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NsS'datatype'
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VA. I. Selden Dam
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NtRp35
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VA. I. Selden Dam is a dam in Hale County, Alabama. The concrete gravity dam was constructed in 1958 by the United States Army Corps of Engineers with a height of 71 feet (22 m) and 684 feet (208 m) long at its crest. It impounds the Black Warrior River for navigation and flood control. Named for the U.S. representative from Alabama, Armistead I. Selden, Jr., the dam is owned and operated by the Corps of Engineers.
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VThe Aar Dam and its reservoir, the Aartalsee, lie in the upper Aar valley in the German state of Hesse. Both are in the municipalities of Bischoffen and Hohenahr in the county of Lahn-Dill-Kreis and about 15 km northwest of the town of Gießen in Hesse. On the lakeshores lie the villages of and , both part of the parish of Hohenahr. Since 1991 the dam has impounded the River Aar, a left-hand tributary of the Dill in the Gladenbach Uplands. The reservoir is also fed by the Stadterbach, Wilsbach (into the forebay), Weidbach and Meerbach (into the main reservoir).
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VAathupalayam Dam
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sbNg6
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NtRp99
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VIndia Tamil Nadu
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VThe Aathupalayam Dam is situated in Karvazhi Village near Thennilai of K. Paramathi Taluk in Karur District. The parched aycut area has not been receiving supplies as the Aathupalayam reservoir had become a storage tank for Orathuppalayam polluted water flowing down the River Noyyal over the past few years.
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VThe Aayash Dam is a dam in Saudi Arabia opened in 2005 and located in Asir region. The main purpose of the dam is flood control.
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VThe Aayash Dam is a dam in Saudi Arabia opened in 2005 and located in Asir region. The main purpose of the dam is flood control.
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sbNNg6
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VThe Aberdeen Lock and Dam is one of four lock and dam structures on the Tennessee-Tombigbee Waterway that generally lie along the original course of the Tombigbee River. It is located east of Aberdeen in Monroe County, Mississippi and impounds Aberdeen Lake.
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VUnited States
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VAbiquiu Dam is a dam on the Rio Chama, located about 60 miles (97 km) northwest of Santa Fe in Rio Arriba County, New Mexico. Built and operated by the U.S. Army Corps of Engineers (USACE), the dam is an earth embankment structure 354 feet (108 m) high and 1,800 feet (550 m) long, containing 11.8 million cubic yards (9,022,000 m3) of fill. The dam forms Abiquiu Lake, one of the largest lakes in New Mexico with a full storage capacity of 1,369,000 acre-feet (1,689,000 dam3) and 5,200 acres (2,100 ha) of water. To date, the reservoir has never filled to capacity, with a record high of 402,258 acre-feet (496,178 dam3), 29.4% of full pool, on June 22, 1987. The dam's primary purpose is flood control, in addition to irrigation and municipal water storage, and hydroelectric generation.
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VAbitibi Canyon Generating Station
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VCanada
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VAbitibi Canyon Generating Station is a hydroelectric power plant owned by Ontario Power Generation on the Abitibi River. The station is located 80 km north of Smooth Rock Falls, within Pitt Township in Northern Unorganized Cochrane District, in Ontario, Canada.
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VAbitibi Canyon Generating Station is a hydroelectric power plant owned by Ontario Power Generation on the Abitibi River. The station is located 80 km north of Smooth Rock Falls, within Pitt Township in Northern Unorganized Cochrane District, in Ontario, Canada.
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VAchwa 1 Hydroelectric Power Station
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VThe Achwa 1 Hydroelectric Power Station (A1HPS), also Achwa I Hydroelectric Power Station, is a hydroelectric power station currently under construction (2020) in Uganda, with a planned installed capacity of 41 megawatts (55,000 hp).
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VAchwa 1 Hydroelectric Power Station
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VThe Achwa 1 Hydroelectric Power Station (A1HPS), also Achwa I Hydroelectric Power Station, is a hydroelectric power station currently under construction (2020) in Uganda, with a planned installed capacity of 41 megawatts (55,000 hp).
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VCentrale hydroélectrique Achwa I
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VThe Achwa 1 Hydroelectric Power Station (A1HPS), also Achwa I Hydroelectric Power Station, is a hydroelectric power station currently under construction (2020) in Uganda, with a planned installed capacity of 41 megawatts (55,000 hp).
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VCentrale hydroélectrique Achwa II
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VO
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VAchwa 2 Hydroelectric Power Station is a 41 megawatts (55,000 hp) hydroelectric power plant, in Uganda.
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VAchwa 2 Hydroelectric Power Station
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VAchwa 2 Hydroelectric Power Station is a 41 megawatts (55,000 hp) hydroelectric power plant, in Uganda.
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VAchwa 2 Hydroelectric Power Station
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VAchwa 2 Hydroelectric Power Station is a 41 megawatts (55,000 hp) hydroelectric power plant, in Uganda.
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VCentrale hydroélectrique Achwa III
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VAchwa 3 Hydroelectric Power Station, also Achwa 3, is a proposed 10 MW (13,000 hp) hydroelectric power project in Uganda.
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VAchwa 3 Hydroelectric Power Station
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VAchwa 3 Hydroelectric Power Station, also Achwa 3, is a proposed 10 MW (13,000 hp) hydroelectric power project in Uganda.
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VAdam T. Bower Memorial Dam
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VThe Adam T. Bower Memorial Dam (formerly known as the Sunbury Fabridam) is the world's longest inflatable dam. The dam is located just below the confluence of the Western and Main Branches of the Susquehanna River, in Upper Augusta Township, between the town of Shamokin Dam and the city of Sunbury, Pennsylvania. The dam is 2,100 feet (640 m) long. When it is raised in the summer time, it creates the 3,000 acre (12 km²) , which is used for recreation. The dam and lake are part of Shikellamy State Park.
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V1992 flood in west gates before built the damIrrigation
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VTamil Nadu#India
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VThe Adavinainar Dam is located at the foothills of Western Ghats and border of Kerala, built across the Hanumanadhi River near Mekkarai, Vadakarai in the Tenkasi district of Tamil Nadu, Southern India. It provides water for irrigation to the region of Sengottai Taluk.
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VAdekokwok Hydroelectric Power Station
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VUganda
p545
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VAdekokwok Hydroelectric Power Station is an 8 megawatts (11,000 hp) mini hydroelectric power project in Uganda.
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VIraq
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VAdhaim Dam is a multi-purpose embankment dam on the Al Uzaym (Adhaim) River 133 km northeast of Baghdad, Iraq. The purpose of the dam is flood control, hydro-power and irrigation. The dam was completed in 2000 with only the embankment, spillway and intake. The power station and irrigation outlets are unfinished. When complete, the power station will have a 27 MW installed capacity and the irrigation outlet will be able to discharge 73 m3/s (2,578 cu ft/s).
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VAdhaim Dam is a multi-purpose embankment dam on the Al Uzaym (Adhaim) River 133 km northeast of Baghdad, Iraq. The purpose of the dam is flood control, hydro-power and irrigation. The dam was completed in 2000 with only the embankment, spillway and intake. The power station and irrigation outlets are unfinished. When complete, the power station will have a 27 MW installed capacity and the irrigation outlet will be able to discharge 73 m3/s (2,578 cu ft/s).
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VAdhaim Dam is a multi-purpose embankment dam on the Al Uzaym (Adhaim) River 133 km northeast of Baghdad, Iraq. The purpose of the dam is flood control, hydro-power and irrigation. The dam was completed in 2000 with only the embankment, spillway and intake. The power station and irrigation outlets are unfinished. When complete, the power station will have a 27 MW installed capacity and the irrigation outlet will be able to discharge 73 m3/s (2,578 cu ft/s).
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VAd\u0131güzel Dam is an embankment dam on the Büyük Menderes River in Denizli Province, Turkey, built between 1976 and 1989. The dam creates a lake which is 25.9 km ² and irrigates 94,825 hectares.
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VAd\u0131güzel Dam is an embankment dam on the Büyük Menderes River in Denizli Province, Turkey, built between 1976 and 1989. The dam creates a lake which is 25.9 km ² and irrigates 94,825 hectares.
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VAd\u0131güzel Dam is an embankment dam on the Büyük Menderes River in Denizli Province, Turkey, built between 1976 and 1989. The dam creates a lake which is 25.9 km ² and irrigates 94,825 hectares.
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VAd\u0131güzel Dam is an embankment dam on the Büyük Menderes River in Denizli Province, Turkey, built between 1976 and 1989. The dam creates a lake which is 25.9 km ² and irrigates 94,825 hectares.
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VAd\u0131güzel Dam is an embankment dam on the Büyük Menderes River in Denizli Province, Turkey, built between 1976 and 1989. The dam creates a lake which is 25.9 km ² and irrigates 94,825 hectares.
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VAfghan-India Friendship Dam (AIFD), formerly Salma Dam, is a hydroelectric and irrigation dam project located on the Hari River in Chishti Sharif District of Herat Province in western Afghanistan. Since this project is funded and constructed by the Government of India as a part of the Indian aid project, the Afghan cabinet renamed the Salma Dam to the Afghan-India Friendship Dam in a gesture of gratitude to strengthen relations between the two countries. The dam was opened on 4 June 2016 by Indian Prime Minister Narendra Modi along with former Afghan President Ashraf Ghani.
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VAfghan-India Friendship Dam (AIFD), formerly Salma Dam, is a hydroelectric and irrigation dam project located on the Hari River in Chishti Sharif District of Herat Province in western Afghanistan. Since this project is funded and constructed by the Government of India as a part of the Indian aid project, the Afghan cabinet renamed the Salma Dam to the Afghan-India Friendship Dam in a gesture of gratitude to strengthen relations between the two countries. The dam was opened on 4 June 2016 by Indian Prime Minister Narendra Modi along with former Afghan President Ashraf Ghani.
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VAfghan-India Friendship Dam (AIFD), formerly Salma Dam, is a hydroelectric and irrigation dam project located on the Hari River in Chishti Sharif District of Herat Province in western Afghanistan. Since this project is funded and constructed by the Government of India as a part of the Indian aid project, the Afghan cabinet renamed the Salma Dam to the Afghan-India Friendship Dam in a gesture of gratitude to strengthen relations between the two countries. The dam was opened on 4 June 2016 by Indian Prime Minister Narendra Modi along with former Afghan President Ashraf Ghani.
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VAfghan-India Friendship Dam (AIFD), formerly Salma Dam, is a hydroelectric and irrigation dam project located on the Hari River in Chishti Sharif District of Herat Province in western Afghanistan. Since this project is funded and constructed by the Government of India as a part of the Indian aid project, the Afghan cabinet renamed the Salma Dam to the Afghan-India Friendship Dam in a gesture of gratitude to strengthen relations between the two countries. The dam was opened on 4 June 2016 by Indian Prime Minister Narendra Modi along with former Afghan President Ashraf Ghani.
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VThe Afobaka Dam is an embankment dam with a main gravity dam section on the Suriname River near Afobaka in Brokopondo District of Suriname. The primary purpose of the dam is to generate hydroelectric power and it supports a 180 MW power station. In 1958, Suriname Aluminum Company LLC, a subsidiary of Alcoa, gained an agreement with the Suriname government to build the dam to power an aluminium smelter. Construction began in 1961 and it was completed in 1964. About 75% of power generated is used for processing aluminum, the rest is used in Paramaribo downstream. The power station was operational in 1965 but the very large reservoir, Brokopondo Reservoir, was not completely filled until 1971. Greenhouse gases emitted from the reservoir resulted in poor water quality for decades. Highly ac
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VThe Afobaka Dam is an embankment dam with a main gravity dam section on the Suriname River near Afobaka in Brokopondo District of Suriname. The primary purpose of the dam is to generate hydroelectric power and it supports a 180 MW power station. In 1958, Suriname Aluminum Company LLC, a subsidiary of Alcoa, gained an agreement with the Suriname government to build the dam to power an aluminium smelter. Construction began in 1961 and it was completed in 1964. About 75% of power generated is used for processing aluminum, the rest is used in Paramaribo downstream. The power station was operational in 1965 but the very large reservoir, Brokopondo Reservoir, was not completely filled until 1971. Greenhouse gases emitted from the reservoir resulted in poor water quality for decades. Highly ac
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VThe Afourer Pumped Storage Station is a pumped storage hydroelectric scheme located in the hills above Afourer of Azilal Province, Morocco. The scheme consists of two power stations with a combined installed capacity of 465 megawatts (624,000 hp). Construction on the project began in 2001 and was complete in 2004. It was funded by the Arab Fund for Economic & Social Development at a cost of US$220 million.
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VThe Afourer Pumped Storage Station is a pumped storage hydroelectric scheme located in the hills above Afourer of Azilal Province, Morocco. The scheme consists of two power stations with a combined installed capacity of 465 megawatts (624,000 hp). Construction on the project began in 2001 and was complete in 2004. It was funded by the Arab Fund for Economic & Social Development at a cost of US$220 million.
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VThe Afourer Pumped Storage Station is a pumped storage hydroelectric scheme located in the hills above Afourer of Azilal Province, Morocco. The scheme consists of two power stations with a combined installed capacity of 465 megawatts (624,000 hp). Construction on the project began in 2001 and was complete in 2004. It was funded by the Arab Fund for Economic & Social Development at a cost of US$220 million.
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VThe Afourer Pumped Storage Station is a pumped storage hydroelectric scheme located in the hills above Afourer of Azilal Province, Morocco. The scheme consists of two power stations with a combined installed capacity of 465 megawatts (624,000 hp). Construction on the project began in 2001 and was complete in 2004. It was funded by the Arab Fund for Economic & Social Development at a cost of US$220 million.
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VThe Afrin Dam (Arabic: \u0633\u062f \u0639\u0641\u0631\u064a\u0646), officially 17 April Dam (Arabic: \u0633\u062f 17 \u0646\u064a\u0633\u0627\u0646), also called Maydanki Dam (Arabic: \u0633\u062f \u0645\u064a\u062f\u0627\u0646\u0643\u064a), is an earth-filled water storage and hydroelectric power dam on the Afrin River in northwest Syria. It provides drinking water to almost 200,000 people, irrigates about 30,000 hectares (74,000 acres) of olives, fruit trees and agricultural crops, and supplies 25 MW of hydroelectric power. It is currently under the control of the Turkish Land Forces.
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VThe Afrin Dam (Arabic: \u0633\u062f \u0639\u0641\u0631\u064a\u0646), officially 17 April Dam (Arabic: \u0633\u062f 17 \u0646\u064a\u0633\u0627\u0646), also called Maydanki Dam (Arabic: \u0633\u062f \u0645\u064a\u062f\u0627\u0646\u0643\u064a), is an earth-filled water storage and hydroelectric power dam on the Afrin River in northwest Syria. It provides drinking water to almost 200,000 people, irrigates about 30,000 hectares (74,000 acres) of olives, fruit trees and agricultural crops, and supplies 25 MW of hydroelectric power. It is currently under the control of the Turkish Land Forces.
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VThe Afsluitdijk (Dutch: [\u02c8\u0251fsl\u0153yd\u025bik]; West Frisian: Ofslútdyk; Dutch Low Saxon: Ofsluutdiek; English: "Closure Dyke") is a major dam and causeway in the Netherlands. It was constructed between 1927 and 1932 and runs from Den Oever in North Holland province to the village of Zurich in Friesland province, over a length of 32 kilometres (20 mi) and a width of 90 metres (300 ft), at an initial height of 7.25 metres (23.8 ft) above sea level. The motorway on the Afsluitdijk was the initial demonstration site for a 130 km/h (81 mph) speed limit in the Netherlands.
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VThe Afsluitdijk (Dutch: [\u02c8\u0251fsl\u0153yd\u025bik]; West Frisian: Ofslútdyk; Dutch Low Saxon: Ofsluutdiek; English: "Closure Dyke") is a major dam and causeway in the Netherlands. It was constructed between 1927 and 1932 and runs from Den Oever in North Holland province to the village of Zurich in Friesland province, over a length of 32 kilometres (20 mi) and a width of 90 metres (300 ft), at an initial height of 7.25 metres (23.8 ft) above sea level. The motorway on the Afsluitdijk was the initial demonstration site for a 130 km/h (81 mph) speed limit in the Netherlands.
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VAgbinika Power Station is a 20 megawatts (27,000 hp) proposed mini hydroelectric power project in Uganda.
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VAgency Valley Dam (National ID # OR00589) is a dam in Oregon, United States, built on the North Fork Malheur River in the eastern part of the state, immediately north of the small town of Beulah in Malheur County. The dam impounds the river to create Beulah Reservoir. The dam is an earthen facility, 110 foot high, with a reservoir capacity of 59,200 acre-feet. This was an irrigation and water-control project of the United States Bureau of Reclamation completed in 1935; no hydroelectric power is generated here.
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VThe Agua del Toro Dam is an arch dam on the Diamante River about 63 kilometres (39 mi) west of San Rafael in Mendoza Province, Argentina. The primary purpose of the dam is hydroelectric power generation and it supports a 150 megawatts (200,000 hp) power station located downstream. Construction on the dam began in 1966, and it was completed in 1973. The power station was started the same year and commissioned in 1982. The dam and power station is part of the which is owned jointly by Hidroeléctrica Diamante (HIDISA) and Hidroeléctrica de los Nihuiles (HINISA).
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VThe Agua del Toro Dam is an arch dam on the Diamante River about 63 kilometres (39 mi) west of San Rafael in Mendoza Province, Argentina. The primary purpose of the dam is hydroelectric power generation and it supports a 150 megawatts (200,000 hp) power station located downstream. Construction on the dam began in 1966, and it was completed in 1973. The power station was started the same year and commissioned in 1982. The dam and power station is part of the which is owned jointly by Hidroeléctrica Diamante (HIDISA) and Hidroeléctrica de los Nihuiles (HINISA).
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VThe Agua del Toro Dam is an arch dam on the Diamante River about 63 kilometres (39 mi) west of San Rafael in Mendoza Province, Argentina. The primary purpose of the dam is hydroelectric power generation and it supports a 150 megawatts (200,000 hp) power station located downstream. Construction on the dam began in 1966, and it was completed in 1973. The power station was started the same year and commissioned in 1982. The dam and power station is part of the which is owned jointly by Hidroeléctrica Diamante (HIDISA) and Hidroeléctrica de los Nihuiles (HINISA).
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VThe Aguamilpa Dam is an embankment dam on the Río Grande de Santiago in the Mexican state of Nayarit, 38 km (24 mi) northeast of Tepic. The primary purpose of the dam is hydroelectric power generation and it supplies a 960 MW power station with water. Construction on the dam began in 1989 and it was completed in 1993 while the power station became operational in 1994.
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VThe Aguamilpa Dam is an embankment dam on the Río Grande de Santiago in the Mexican state of Nayarit, 38 km (24 mi) northeast of Tepic. The primary purpose of the dam is hydroelectric power generation and it supplies a 960 MW power station with water. Construction on the dam began in 1989 and it was completed in 1993 while the power station became operational in 1994.
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VThe Aguamilpa Dam is an embankment dam on the Río Grande de Santiago in the Mexican state of Nayarit, 38 km (24 mi) northeast of Tepic. The primary purpose of the dam is hydroelectric power generation and it supplies a 960 MW power station with water. Construction on the dam began in 1989 and it was completed in 1993 while the power station became operational in 1994.
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VThe Aguamilpa Dam is an embankment dam on the Río Grande de Santiago in the Mexican state of Nayarit, 38 km (24 mi) northeast of Tepic. The primary purpose of the dam is hydroelectric power generation and it supplies a 960 MW power station with water. Construction on the dam began in 1989 and it was completed in 1993 while the power station became operational in 1994.
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VAh Pah Dam was a proposed dam on the Klamath River in the U.S. state of California proposed by the United States Bureau of Reclamation as part of its United Western Investigation study in 1951. It was to have been 813 feet (248 m) high and was to be located 12 miles (19 km) upstream of the river's mouth. It would stand almost as tall as the Transamerica Pyramid building in San Francisco, but would be much more massive. It would flood 40 miles (64 km) of the Trinity River, including the Yurok, Karuk and Hupa Indian Reservations, the lower Salmon River, and 70 miles (110 km) of the Klamath River, creating a reservoir with a volume of 15,000,000 acre-feet (19 km3) \u2013 two-thirds of the size of Lake Mead, and becoming the largest reservoir in California. The water would flow by gravity through a
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VAh Pah Dam was a proposed dam on the Klamath River in the U.S. state of California proposed by the United States Bureau of Reclamation as part of its United Western Investigation study in 1951. It was to have been 813 feet (248 m) high and was to be located 12 miles (19 km) upstream of the river's mouth. It would stand almost as tall as the Transamerica Pyramid building in San Francisco, but would be much more massive. It would flood 40 miles (64 km) of the Trinity River, including the Yurok, Karuk and Hupa Indian Reservations, the lower Salmon River, and 70 miles (110 km) of the Klamath River, creating a reservoir with a volume of 15,000,000 acre-feet (19 km3) \u2013 two-thirds of the size of Lake Mead, and becoming the largest reservoir in California. The water would flow by gravity through a
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VThe Ain Zada Dam is an embankment dam located 10 km (6 mi) east of Khelil on the Bou-Sellam River in Bordj Bou Arréridj Province, Algeria. Constructed between 1982 and 1986, the primary purpose of the dam is supplying drinking and irrigation water to Sétif, located 24 km (15 mi) to the west.
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VThe Ain Zada Dam is an embankment dam located 10 km (6 mi) east of Khelil on the Bou-Sellam River in Bordj Bou Arréridj Province, Algeria. Constructed between 1982 and 1986, the primary purpose of the dam is supplying drinking and irrigation water to Sétif, located 24 km (15 mi) to the west.
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VAjwa is a reservoir located about 10 miles east of the city of Vadodara, Gujarat, India.
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VThe Akanyaru Multipurpose Dam, is a planned dam across the Akanyaru River, at the international border between Rwanda and Burundi. The dam will create a reservoir with storage capacity of 333,000,000 cubic metres (1.1759784018×1010 cu ft). The water is expected to supply drinking water to an estimated 614,200 people in both countries. The reservoir is also expected to provide irrigation water to an estimated 12,474 hectares (30,820 acres) of agricultural land in Burundi and Rwanda, benefitting an estimated 24,948 farmers. The dam will also host Akanyaru Hydroelectric Power Station, with generating capacity of 14.5 MW (19,400 hp).
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VThe Akanyaru Multipurpose Dam, is a planned dam across the Akanyaru River, at the international border between Rwanda and Burundi. The dam will create a reservoir with storage capacity of 333,000,000 cubic metres (1.1759784018×1010 cu ft). The water is expected to supply drinking water to an estimated 614,200 people in both countries. The reservoir is also expected to provide irrigation water to an estimated 12,474 hectares (30,820 acres) of agricultural land in Burundi and Rwanda, benefitting an estimated 24,948 farmers. The dam will also host Akanyaru Hydroelectric Power Station, with generating capacity of 14.5 MW (19,400 hp).
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VThe Akhori Dam project is a proposed multipurpose dam in Pakistan, about 60 km west of Islamabad. Developed by Pakistani Water and Power Development Authority (WAPDA) as part of its Water Vision 2025, it has been proposed by the former Pakistan Muslim League (Q)'s Government. The dam will be able to store about 8.6 billion cubic metres of water that is split filling the Tarbela reservoir during the monsoon season. It will also host a 600 MW hydropower plant, expected to generate an estimated 2,155 GWh/year.
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VAkköprü Dam is an embankment dam on the Dalaman River in Mu\u011fla Province, Turkey, built between 1995 and 2009. It supports a 115 MW power station and provides water for the irrigation of 14,192 hectares (35,070 acres).
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VAkköprü Dam is an embankment dam on the Dalaman River in Mu\u011fla Province, Turkey, built between 1995 and 2009. It supports a 115 MW power station and provides water for the irrigation of 14,192 hectares (35,070 acres).
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p2501
sbg6
(g13
g8
NtRp2502
(dp2503
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp2504
(dp2505
g16
Nsg17
g27
sg11
V1.325e+07
p2506
sbNg6
(g13
g8
NtRp2507
(dp2508
g16
Nsg17
Nsg11
VAkköprü Dam is an embankment dam on the Dalaman River in Mu\u011fla Province, Turkey, built between 1995 and 2009. It supports a 115 MW power station and provides water for the irrigation of 14,192 hectares (35,070 acres).
p2509
sbg6
(g13
g8
NtRp2510
(dp2511
g16
Nsg17
Nsg11
VPOINT(28.902200698853 36.898101806641)
p2512
sbtp2513
a(g6
(g7
g8
NtRp2514
(dp2515
g11
Vhttp://dbpedia.org/resource/Akköprü_Dam
p2516
sbg6
(g13
g8
NtRp2517
(dp2518
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dalaman Akköprü
p2519
sbg6
(g13
g8
NtRp2520
(dp2521
g16
Nsg17
Nsg11
VTurkey
p2522
sbg6
(g13
g8
NtRp2523
(dp2524
g16
Nsg17
Nsg11
VEmbankment
p2525
sbNNg6
(g7
g8
NtRp2526
(dp2527
g11
Vhttp://dbpedia.org/resource/Akköprü_Dam__Lake__1
p2528
sbNNg6
(g13
g8
NtRp2529
(dp2530
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dalaman_River
p2531
sbg6
(g13
g8
NtRp2532
(dp2533
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp2534
(dp2535
g16
Nsg17
g27
sg11
V1.325e+07
p2536
sbNg6
(g13
g8
NtRp2537
(dp2538
g16
Nsg17
Nsg11
VAkköprü Dam is an embankment dam on the Dalaman River in Mu\u011fla Province, Turkey, built between 1995 and 2009. It supports a 115 MW power station and provides water for the irrigation of 14,192 hectares (35,070 acres).
p2539
sbg6
(g13
g8
NtRp2540
(dp2541
g16
Nsg17
Nsg11
VPOINT(28.902200698853 36.898101806641)
p2542
sbtp2543
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(g7
g8
NtRp2544
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g11
Vhttp://dbpedia.org/resource/Akra_Kaur_Dam
p2546
sbg6
(g13
g8
NtRp2547
(dp2548
g16
Nsg17
Nsg11
VAkra Kaur Dam
p2549
sbg6
(g13
g8
NtRp2550
(dp2551
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p2552
sbNNNNg6
(g13
g8
NtRp2553
(dp2554
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Balochistan
p2555
sbNNg6
(g13
g8
NtRp2556
(dp2557
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp2558
(dp2559
g16
Nsg17
Nsg11
VBalochistan Pakistan#Pakistan
p2560
sbg6
(g13
g8
NtRp2561
(dp2562
g16
Nsg17
Nsg11
VAkra Kaur Dam, sometimes also referred to as Ankara Kaur Dam, is located near Gawadar in Balochistan, Pakistan. The dam was constructed in 1995 at a cost of $24 million to supply water to Gawadar and adjoining villages. It is the sole source of water supply to residents of the Gwadar District area. The dam stretches over an area of 17,000 acres (6,900 ha; 27 sq mi).
p2563
sbg6
(g13
g8
NtRp2564
(dp2565
g16
Nsg17
Nsg11
VPOINT(62.278888702393 25.358055114746)
p2566
sbtp2567
a(g6
(g7
g8
NtRp2568
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g11
Vhttp://dbpedia.org/resource/Aksu_Dam
p2570
sbg6
(g13
g8
NtRp2571
(dp2572
g16
Nsg17
Nsg11
VAksu Dam
p2573
sbg6
(g13
g8
NtRp2574
(dp2575
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p2576
sbg6
(g13
g8
NtRp2577
(dp2578
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p2579
sbg6
(g13
g8
NtRp2580
(dp2581
g16
Nsg17
g27
sg11
V0.364
p2582
sbg6
(g13
g8
NtRp2583
(dp2584
g16
Nsg17
g27
sg11
V1047.0
p2585
sbg6
(g7
g8
NtRp2586
(dp2587
g11
Vhttp://dbpedia.org/resource/Aksu_Dam__Lake__1
p2588
sbg6
(g13
g8
NtRp2589
(dp2590
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p2591
sbg6
(g13
g8
NtRp2592
(dp2593
g16
Nsg17
Nsg11
VPower
p2594
sbg6
(g13
g8
NtRp2595
(dp2596
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p2597
sbg6
(g13
g8
NtRp2598
(dp2599
g16
Nsg17
Nsg11
VPreliminary construction
p2600
sbg6
(g13
g8
NtRp2601
(dp2602
g16
Nsg17
g27
sg11
V1.918e+06
p2603
sbg6
(g13
g8
NtRp2604
(dp2605
g16
Nsg17
Nsg11
VTurkey
p2606
sbg6
(g13
g8
NtRp2607
(dp2608
g16
Nsg17
Nsg11
VThe Aksu Dam, sometimes referred to as Aksu-Anakol Dam, is a hydropower dam in the preliminary stages of construction near the town of Aksu on the Çoruh River in Erzurum Province, Turkey. It will have an installed capacity of 160 MW. The 114 m high embankment dam is part of the Çoruh Development Plan, a 17-dam-cascade hydropower scheme designed to tap Çoruh River's hydropower potential. Aksu Dam will be located immediately upstream Arkun Dam (237 MW), and immediately downstream Güllüba\u011f Dam (96 MW), both of which are already operational.
p2609
sbg6
(g13
g8
NtRp2610
(dp2611
g16
Nsg17
Nsg11
VPOINT(41.156944274902 40.601387023926)
p2612
sbtp2613
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g8
NtRp2614
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g11
Vhttp://dbpedia.org/resource/Akçay_Dam
p2616
sbg6
(g13
g8
NtRp2617
(dp2618
g16
Nsg17
Nsg11
VAkçay Dam
p2619
sbg6
(g13
g8
NtRp2620
(dp2621
g16
Nsg17
Nsg11
VTurkey
p2622
sbNNNg6
(g7
g8
NtRp2623
(dp2624
g11
Vhttp://dbpedia.org/resource/Akçay_Dam__Lake__1
p2625
sbNNNNg6
(g13
g8
NtRp2626
(dp2627
g16
Nsg17
g27
sg11
V413000.0
p2628
sbg6
(g13
g8
NtRp2629
(dp2630
g16
Nsg17
Nsg11
VTurkey
p2631
sbg6
(g13
g8
NtRp2632
(dp2633
g16
Nsg17
Nsg11
VAkçay Dam is a dam in Turkey. It is on Akçay River which is a tributary of Sakarya River. It is situated in Gölpazar\u0131 ilçe (district) of Bilecik Province at 40°17\u2032N 30°25\u2032E\ufeff / \ufeff40.283°N 30.417°E close to Softalar village. It is a rockfill dam. The height of the dam is 55 metres (180 ft) and the dam volume is 413,000 cubic metres (14,600,000 cu ft). Its storage capacity is 9,750,000 cubic metres (344,000,000 cu ft). The dam has recently been completed. After water holding phase, 10,660 decares (10.66 km2; 4.12 sq mi) of agricultural land will be irrigated.
p2634
sbg6
(g13
g8
NtRp2635
(dp2636
g16
Nsg17
Nsg11
VPOINT(30.416666030884 40.283332824707)
p2637
sbtp2638
a(g6
(g7
g8
NtRp2639
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g11
Vhttp://dbpedia.org/resource/Al-Alab_dam
p2641
sbg6
(g13
g8
NtRp2642
(dp2643
g16
Nsg17
Nsg11
VAl-Alab dam
p2644
sbg6
(g13
g8
NtRp2645
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p2647
sbNNNNg6
(g13
g8
NtRp2648
(dp2649
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p2650
sbg6
(g13
g8
NtRp2651
(dp2652
g16
Nsg17
Nsg11
VFlood control
p2653
sbNNNg6
(g13
g8
NtRp2654
(dp2655
g16
Nsg17
Nsg11
VSaudi Arabia
p2656
sbg6
(g13
g8
NtRp2657
(dp2658
g16
Nsg17
Nsg11
VThe Al-Alab dam is a dam in Saudi Arabia opened in 1974 and located in Riyadh region. The main purpose of the dam is flood control.
p2659
sbg6
(g13
g8
NtRp2660
(dp2661
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p2662
sbtp2663
a(g6
(g7
g8
NtRp2664
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g11
Vhttp://dbpedia.org/resource/Al-Alab_dam
p2666
sbg6
(g13
g8
NtRp2667
(dp2668
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0639\u0644\u0628
p2669
sbg6
(g13
g8
NtRp2670
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p2672
sbNNNNg6
(g13
g8
NtRp2673
(dp2674
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p2675
sbg6
(g13
g8
NtRp2676
(dp2677
g16
Nsg17
Nsg11
VFlood control
p2678
sbNNNg6
(g13
g8
NtRp2679
(dp2680
g16
Nsg17
Nsg11
VSaudi Arabia
p2681
sbg6
(g13
g8
NtRp2682
(dp2683
g16
Nsg17
Nsg11
VThe Al-Alab dam is a dam in Saudi Arabia opened in 1974 and located in Riyadh region. The main purpose of the dam is flood control.
p2684
sbg6
(g13
g8
NtRp2685
(dp2686
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p2687
sbtp2688
a(g6
(g7
g8
NtRp2689
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g11
Vhttp://dbpedia.org/resource/Al-Hifah_Dam
p2691
sbg6
(g13
g8
NtRp2692
(dp2693
g16
Nsg17
Nsg11
VAl-Hifah Dam
p2694
sbg6
(g13
g8
NtRp2695
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p2697
sbg6
(g13
g8
NtRp2698
(dp2699
g16
Nsg17
Nsg11
VF
sbNNg6
(g7
g8
NtRp2700
(dp2701
g11
Vhttp://dbpedia.org/resource/Al-Hifah_Dam__Lake__1
p2702
sbg6
(g13
g8
NtRp2703
(dp2704
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p2705
sbg6
(g13
g8
NtRp2706
(dp2707
g16
Nsg17
Nsg11
VOther
p2708
sbNNNg6
(g13
g8
NtRp2709
(dp2710
g16
Nsg17
Nsg11
VSaudi Arabia
p2711
sbg6
(g13
g8
NtRp2712
(dp2713
g16
Nsg17
Nsg11
VThe Al-Hifah dam is a dam in Saudi Arabia opened in 1981 and located in Asir region.
p2714
sbg6
(g13
g8
NtRp2715
(dp2716
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
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sbtp2718
a(g6
(g7
g8
NtRp2719
(dp2720
g11
Vhttp://dbpedia.org/resource/Al-Hifah_Dam
p2721
sbg6
(g13
g8
NtRp2722
(dp2723
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u062d\u0641\u0627\u0629
p2724
sbg6
(g13
g8
NtRp2725
(dp2726
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p2727
sbg6
(g13
g8
NtRp2728
(dp2729
g16
Nsg17
Nsg11
VF
sbNNg6
(g7
g8
NtRp2730
(dp2731
g11
Vhttp://dbpedia.org/resource/Al-Hifah_Dam__Lake__1
p2732
sbg6
(g13
g8
NtRp2733
(dp2734
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p2735
sbg6
(g13
g8
NtRp2736
(dp2737
g16
Nsg17
Nsg11
VOther
p2738
sbNNNg6
(g13
g8
NtRp2739
(dp2740
g16
Nsg17
Nsg11
VSaudi Arabia
p2741
sbg6
(g13
g8
NtRp2742
(dp2743
g16
Nsg17
Nsg11
VThe Al-Hifah dam is a dam in Saudi Arabia opened in 1981 and located in Asir region.
p2744
sbg6
(g13
g8
NtRp2745
(dp2746
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
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sbtp2748
a(g6
(g7
g8
NtRp2749
(dp2750
g11
Vhttp://dbpedia.org/resource/Al-Mahzamah_dam
p2751
sbg6
(g13
g8
NtRp2752
(dp2753
g16
Nsg17
Nsg11
VAl-Mahzamah dam
p2754
sbg6
(g13
g8
NtRp2755
(dp2756
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p2757
sbNNNNg6
(g13
g8
NtRp2758
(dp2759
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p2760
sbg6
(g13
g8
NtRp2761
(dp2762
g16
Nsg17
Nsg11
VFlood control
p2763
sbNNNg6
(g13
g8
NtRp2764
(dp2765
g16
Nsg17
Nsg11
VSaudi Arabia
p2766
sbg6
(g13
g8
NtRp2767
(dp2768
g16
Nsg17
Nsg11
VThe Al-Mahzamah dam is a dam in Saudi Arabia opened in 1980 and located in Asir region. The main purpose of the dam is flood control.
p2769
sbg6
(g13
g8
NtRp2770
(dp2771
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p2772
sbtp2773
a(g6
(g7
g8
NtRp2774
(dp2775
g11
Vhttp://dbpedia.org/resource/Al-Mahzamah_dam
p2776
sbg6
(g13
g8
NtRp2777
(dp2778
g16
Nsg17
Nsg11
V\u0633\u062f \u0648\u0627\u062f\u064a \u0627\u0644\u0645\u062d\u0632\u0645\u0629
p2779
sbg6
(g13
g8
NtRp2780
(dp2781
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p2782
sbNNNNg6
(g13
g8
NtRp2783
(dp2784
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p2785
sbg6
(g13
g8
NtRp2786
(dp2787
g16
Nsg17
Nsg11
VFlood control
p2788
sbNNNg6
(g13
g8
NtRp2789
(dp2790
g16
Nsg17
Nsg11
VSaudi Arabia
p2791
sbg6
(g13
g8
NtRp2792
(dp2793
g16
Nsg17
Nsg11
VThe Al-Mahzamah dam is a dam in Saudi Arabia opened in 1980 and located in Asir region. The main purpose of the dam is flood control.
p2794
sbg6
(g13
g8
NtRp2795
(dp2796
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
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sbtp2798
a(g6
(g7
g8
NtRp2799
(dp2800
g11
Vhttp://dbpedia.org/resource/Al-Rastan_Dam
p2801
sbg6
(g13
g8
NtRp2802
(dp2803
g16
Nsg17
Nsg11
VAl-Rastan Dam
p2804
sbg6
(g13
g8
NtRp2805
(dp2806
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p2807
sbNNNg6
(g7
g8
NtRp2808
(dp2809
g11
Vhttp://dbpedia.org/resource/Al-Rastan_Dam__Lake__1
p2810
sbNg6
(g13
g8
NtRp2811
(dp2812
g16
Nsg17
Nsg11
VIrrigation
p2813
sbg6
(g13
g8
NtRp2814
(dp2815
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Orontes_River
p2816
sbg6
(g13
g8
NtRp2817
(dp2818
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp2819
(dp2820
g16
Nsg17
Nsg11
VSyria
p2821
sbg6
(g13
g8
NtRp2822
(dp2823
g16
Nsg17
Nsg11
VAl-Rastan Dam is an embankment dam on the Orontes River in the city of Al-Rastan, Homs Governorate, Syria. It was completed in 1960 with the primary purpose of irrigation. It was constructed by the Bulgarian firm Hydrostroy along with the Mouhardeh Dam, downstream and also on the Orontes.
p2824
sbg6
(g13
g8
NtRp2825
(dp2826
g16
Nsg17
Nsg11
VPOINT(36.734268188477 34.938423156738)
p2827
sbtp2828
a(g6
(g7
g8
NtRp2829
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g11
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p2831
sbg6
(g13
g8
NtRp2832
(dp2833
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0631\u0633\u062a\u0646
p2834
sbg6
(g13
g8
NtRp2835
(dp2836
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p2837
sbNNNg6
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g8
NtRp2838
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g11
Vhttp://dbpedia.org/resource/Al-Rastan_Dam__Lake__1
p2840
sbNg6
(g13
g8
NtRp2841
(dp2842
g16
Nsg17
Nsg11
VIrrigation
p2843
sbg6
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g8
NtRp2844
(dp2845
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Orontes_River
p2846
sbg6
(g13
g8
NtRp2847
(dp2848
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp2849
(dp2850
g16
Nsg17
Nsg11
VSyria
p2851
sbg6
(g13
g8
NtRp2852
(dp2853
g16
Nsg17
Nsg11
VAl-Rastan Dam is an embankment dam on the Orontes River in the city of Al-Rastan, Homs Governorate, Syria. It was completed in 1960 with the primary purpose of irrigation. It was constructed by the Bulgarian firm Hydrostroy along with the Mouhardeh Dam, downstream and also on the Orontes.
p2854
sbg6
(g13
g8
NtRp2855
(dp2856
g16
Nsg17
Nsg11
VPOINT(36.734268188477 34.938423156738)
p2857
sbtp2858
a(g6
(g7
g8
NtRp2859
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g11
Vhttp://dbpedia.org/resource/Al-Rastan_Dam
p2861
sbg6
(g13
g8
NtRp2862
(dp2863
g16
Nsg17
Nsg11
VTalsperre Rastan
p2864
sbg6
(g13
g8
NtRp2865
(dp2866
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p2867
sbNNNg6
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VIrrigation
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VAl-Rastan Dam is an embankment dam on the Orontes River in the city of Al-Rastan, Homs Governorate, Syria. It was completed in 1960 with the primary purpose of irrigation. It was constructed by the Bulgarian firm Hydrostroy along with the Mouhardeh Dam, downstream and also on the Orontes.
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VThe Al Massira Dam is a gravity dam located 70 kilometres (43 mi) south of Settat on the Oum Er-Rbia River in Settat Province, Morocco. Completed in 1979, the dam provides water for the irrigation of over 100,000 hectares (250,000 acres) of farmland in the Doukkala region. The dam's hydroelectric power plant also generates 221 gigawatt-hours (800 TJ) on average annually. The power station was commissioned in 1980. Just to the north of the dam is a rip rap saddle dam to support water elevation in the reservoir. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Al Massira Dam is a gravity dam located 70 kilometres (43 mi) south of Settat on the Oum Er-Rbia River in Settat Province, Morocco. Completed in 1979, the dam provides water for the irrigation of over 100,000 hectares (250,000 acres) of farmland in the Doukkala region. The dam's hydroelectric power plant also generates 221 gigawatt-hours (800 TJ) on average annually. The power station was commissioned in 1980. Just to the north of the dam is a rip rap saddle dam to support water elevation in the reservoir. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Al Massira Dam is a gravity dam located 70 kilometres (43 mi) south of Settat on the Oum Er-Rbia River in Settat Province, Morocco. Completed in 1979, the dam provides water for the irrigation of over 100,000 hectares (250,000 acres) of farmland in the Doukkala region. The dam's hydroelectric power plant also generates 221 gigawatt-hours (800 TJ) on average annually. The power station was commissioned in 1980. Just to the north of the dam is a rip rap saddle dam to support water elevation in the reservoir. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Al Massira Dam is a gravity dam located 70 kilometres (43 mi) south of Settat on the Oum Er-Rbia River in Settat Province, Morocco. Completed in 1979, the dam provides water for the irrigation of over 100,000 hectares (250,000 acres) of farmland in the Doukkala region. The dam's hydroelectric power plant also generates 221 gigawatt-hours (800 TJ) on average annually. The power station was commissioned in 1980. Just to the north of the dam is a rip rap saddle dam to support water elevation in the reservoir. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Al Massira Dam is a gravity dam located 70 kilometres (43 mi) south of Settat on the Oum Er-Rbia River in Settat Province, Morocco. Completed in 1979, the dam provides water for the irrigation of over 100,000 hectares (250,000 acres) of farmland in the Doukkala region. The dam's hydroelectric power plant also generates 221 gigawatt-hours (800 TJ) on average annually. The power station was commissioned in 1980. Just to the north of the dam is a rip rap saddle dam to support water elevation in the reservoir. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Al Massira Dam is a gravity dam located 70 kilometres (43 mi) south of Settat on the Oum Er-Rbia River in Settat Province, Morocco. Completed in 1979, the dam provides water for the irrigation of over 100,000 hectares (250,000 acres) of farmland in the Doukkala region. The dam's hydroelectric power plant also generates 221 gigawatt-hours (800 TJ) on average annually. The power station was commissioned in 1980. Just to the north of the dam is a rip rap saddle dam to support water elevation in the reservoir. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Alakool dam is a dam in Saudi Arabia opened in 1979 and located in Madinah region.
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VThe Alakool dam is a dam in Saudi Arabia opened in 1979 and located in Madinah region.
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VAlaköprü Dam (Turkish: Alaköprü Baraj\u0131) is a concrete-face rock-fill dam on the Anamur (Dragon) Creek in Anamur district of Mersin Province, southern Turkey. The development is backed by the Turkish State Hydraulic Works (DS\u0130). The dam was primarily built as part of the Northern Cyprus Water Supply Project, to supply water for drinking and irrigation to Northern Cyprus. Part of the populated places in the area such as the villages of Sar\u0131a\u011faç, Akine, Çalt\u0131bükü and Ormanc\u0131k will be submerged in the reservoir of Alaköprü Dam.
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Nsg11
VAlaköprü Dam (Turkish: Alaköprü Baraj\u0131) is a concrete-face rock-fill dam on the Anamur (Dragon) Creek in Anamur district of Mersin Province, southern Turkey. The development is backed by the Turkish State Hydraulic Works (DS\u0130). The dam was primarily built as part of the Northern Cyprus Water Supply Project, to supply water for drinking and irrigation to Northern Cyprus. Part of the populated places in the area such as the villages of Sar\u0131a\u011faç, Akine, Çalt\u0131bükü and Ormanc\u0131k will be submerged in the reservoir of Alaköprü Dam.
p3222
sbg6
(g13
g8
NtRp3223
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Nsg17
Nsg11
VPOINT(32.895709991455 36.18140411377)
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sbtp3226
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NtRp3227
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Vhttp://dbpedia.org/resource/Alaköprü_Dam
p3229
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g8
NtRp3230
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g16
Nsg17
Nsg11
VDiga di Alaköprü
p3232
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g8
NtRp3233
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p3235
sbg6
(g13
g8
NtRp3236
(dp3237
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p3238
sbg6
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NtRp3239
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g16
Nsg17
g27
sg11
V0.3854
p3241
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g8
NtRp3242
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g11
Vhttp://dbpedia.org/resource/Alaköprü_Dam__Lake__1
p3244
sbNg6
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g8
NtRp3245
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g16
Nsg17
Nsg11
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p3247
sbNg6
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g8
NtRp3248
(dp3249
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp3250
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g16
Nsg17
g27
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V2.008e+06
p3252
sbg6
(g13
g8
NtRp3253
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g16
Nsg17
Nsg11
VTurkey
p3255
sbg6
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g8
NtRp3256
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Nsg17
Nsg11
VAlaköprü Dam (Turkish: Alaköprü Baraj\u0131) is a concrete-face rock-fill dam on the Anamur (Dragon) Creek in Anamur district of Mersin Province, southern Turkey. The development is backed by the Turkish State Hydraulic Works (DS\u0130). The dam was primarily built as part of the Northern Cyprus Water Supply Project, to supply water for drinking and irrigation to Northern Cyprus. Part of the populated places in the area such as the villages of Sar\u0131a\u011faç, Akine, Çalt\u0131bükü and Ormanc\u0131k will be submerged in the reservoir of Alaköprü Dam.
p3258
sbg6
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g8
NtRp3259
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g16
Nsg17
Nsg11
VPOINT(32.895709991455 36.18140411377)
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sbtp3262
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NtRp3263
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p3265
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g8
NtRp3266
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g16
Nsg17
Nsg11
VDiga di Alaköprü
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NtRp3269
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Nsg17
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NtRp3272
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Nsg11
VEmbankment, concrete-face rock-fill
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NtRp3275
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g27
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Nsg11
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp3286
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g16
Nsg17
g27
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p3288
sbg6
(g13
g8
NtRp3289
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g16
Nsg17
Nsg11
VTurkey
p3291
sbg6
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g8
NtRp3292
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Nsg11
VAlaköprü Dam (Turkish: Alaköprü Baraj\u0131) is a concrete-face rock-fill dam on the Anamur (Dragon) Creek in Anamur district of Mersin Province, southern Turkey. The development is backed by the Turkish State Hydraulic Works (DS\u0130). The dam was primarily built as part of the Northern Cyprus Water Supply Project, to supply water for drinking and irrigation to Northern Cyprus. Part of the populated places in the area such as the villages of Sar\u0131a\u011faç, Akine, Çalt\u0131bükü and Ormanc\u0131k will be submerged in the reservoir of Alaköprü Dam.
p3294
sbg6
(g13
g8
NtRp3295
(dp3296
g16
Nsg17
Nsg11
VPOINT(32.895709991455 36.18140411377)
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VAlaköprü-Talsperre
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NtRp3305
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Nsg11
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NtRp3308
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VEmbankment, concrete-face rock-fill
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sbg6
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NtRp3311
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g27
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V0.3854
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NtRp3314
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NtRp3317
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Nsg11
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NtRp3320
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Nsg17
Nsg11
VO
sbg6
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NtRp3322
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g16
Nsg17
g27
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p3324
sbg6
(g13
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NtRp3325
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Nsg17
Nsg11
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sbg6
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NtRp3328
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Nsg17
Nsg11
VAlaköprü Dam (Turkish: Alaköprü Baraj\u0131) is a concrete-face rock-fill dam on the Anamur (Dragon) Creek in Anamur district of Mersin Province, southern Turkey. The development is backed by the Turkish State Hydraulic Works (DS\u0130). The dam was primarily built as part of the Northern Cyprus Water Supply Project, to supply water for drinking and irrigation to Northern Cyprus. Part of the populated places in the area such as the villages of Sar\u0131a\u011faç, Akine, Çalt\u0131bükü and Ormanc\u0131k will be submerged in the reservoir of Alaköprü Dam.
p3330
sbg6
(g13
g8
NtRp3331
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g16
Nsg17
Nsg11
VPOINT(32.895709991455 36.18140411377)
p3333
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Nsg17
Nsg11
VAlarcón Dam
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g8
NtRp3341
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g16
Nsg17
Nsg11
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sbg6
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NtRp3344
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Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp3346
(dp3347
g16
Nsg17
g27
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V0.317
p3348
sbg6
(g13
g8
NtRp3349
(dp3350
g16
Nsg17
g27
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V814.0
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g8
NtRp3352
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NtRp3355
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p3357
sbg6
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NtRp3358
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Nsg17
Nsg11
VIrrigation, power
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NtRp3361
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Nsg17
Nsg11
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p3363
sbNg6
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g8
NtRp3364
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g16
Nsg17
g27
sg11
V229630.0
p3366
sbg6
(g13
g8
NtRp3367
(dp3368
g16
Nsg17
Nsg11
VSpain Castilla-La Mancha#Spain
p3369
sbg6
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g8
NtRp3370
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Nsg17
Nsg11
VThe Alarcón Dam (Spanish: Presa de Alarcón, Pantano de Alarcón, or Embalse de Alarcón) is a gravity dam on the upper course of the Júcar River. It is located 6 kilometres (3.7 mi) from Alarcón, in the province of Cuenca, in the autonomous community of Castilla-La Mancha, Spain. The reservoir formed by the dam has a water capacity of 1,112 million cubic metres (902 thousand acre-feet) and spans a surface area of 6,840 hectares (26 square miles). All together, its drainage basin measures 3,033 km2 (1,171 mi2). The dam houses a hydroelectric power plant with an installed power capacity of 56 MW.
p3372
sbg6
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g8
NtRp3373
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g16
Nsg17
Nsg11
VPOINT(-2.1130554676056 39.564998626709)
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sbtp3376
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g8
NtRp3377
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p3379
sbg6
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g8
NtRp3380
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Nsg17
Nsg11
V\u0413\u0440\u0435\u0431\u043b\u044f \u0410\u043b\u0430\u0440\u043a\u043e\u043d
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g8
NtRp3383
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spain
p3385
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g8
NtRp3386
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g16
Nsg17
Nsg11
VG
sbg6
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g8
NtRp3388
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g16
Nsg17
g27
sg11
V0.317
p3390
sbg6
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g8
NtRp3391
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g16
Nsg17
g27
sg11
V814.0
p3393
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g8
NtRp3394
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NtRp3397
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Nsg17
Nsg11
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NtRp3400
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Nsg17
Nsg11
VIrrigation, power
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Nsg17
Nsg11
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Nsg17
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V229630.0
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Nsg17
Nsg11
VSpain Castilla-La Mancha#Spain
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NtRp3412
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Nsg17
Nsg11
VThe Alarcón Dam (Spanish: Presa de Alarcón, Pantano de Alarcón, or Embalse de Alarcón) is a gravity dam on the upper course of the Júcar River. It is located 6 kilometres (3.7 mi) from Alarcón, in the province of Cuenca, in the autonomous community of Castilla-La Mancha, Spain. The reservoir formed by the dam has a water capacity of 1,112 million cubic metres (902 thousand acre-feet) and spans a surface area of 6,840 hectares (26 square miles). All together, its drainage basin measures 3,033 km2 (1,171 mi2). The dam houses a hydroelectric power plant with an installed power capacity of 56 MW.
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sbg6
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g8
NtRp3415
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Nsg17
Nsg11
VPOINT(-2.1130554676056 39.564998626709)
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NtRp3419
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Vhttp://dbpedia.org/resource/Alarcón_Dam
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NtRp3422
(dp3423
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Nsg17
Nsg11
VTalsperre Alarcón
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NtRp3425
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spain
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NtRp3428
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Nsg17
Nsg11
VG
sbg6
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NtRp3430
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Nsg17
g27
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p3432
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NtRp3433
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Nsg17
g27
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V814.0
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NtRp3436
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NtRp3439
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Nsg11
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g8
NtRp3442
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Nsg17
Nsg11
VIrrigation, power
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g8
NtRp3445
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Nsg17
Nsg11
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p3447
sbNg6
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g8
NtRp3448
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Nsg17
g27
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V229630.0
p3450
sbg6
(g13
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NtRp3451
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Nsg17
Nsg11
VSpain Castilla-La Mancha#Spain
p3453
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NtRp3454
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Nsg11
VThe Alarcón Dam (Spanish: Presa de Alarcón, Pantano de Alarcón, or Embalse de Alarcón) is a gravity dam on the upper course of the Júcar River. It is located 6 kilometres (3.7 mi) from Alarcón, in the province of Cuenca, in the autonomous community of Castilla-La Mancha, Spain. The reservoir formed by the dam has a water capacity of 1,112 million cubic metres (902 thousand acre-feet) and spans a surface area of 6,840 hectares (26 square miles). All together, its drainage basin measures 3,033 km2 (1,171 mi2). The dam houses a hydroelectric power plant with an installed power capacity of 56 MW.
p3456
sbg6
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g8
NtRp3457
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g16
Nsg17
Nsg11
VPOINT(-2.1130554676056 39.564998626709)
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sbtp3460
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NtRp3461
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p3463
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g8
NtRp3464
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Nsg17
Nsg11
VAlavian Dam
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(g13
g8
NtRp3467
(dp3468
g16
Nsg17
Nsg11
VIran
p3469
sbg6
(g13
g8
NtRp3470
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
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NtRp3473
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Nsg17
g27
sg11
V0.935
p3475
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g8
NtRp3476
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p3478
sbNNNg6
(g13
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NtRp3479
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp3481
(dp3482
g16
Nsg17
g27
sg11
V4.769e+06
p3483
sbg6
(g13
g8
NtRp3484
(dp3485
g16
Nsg17
Nsg11
VIran
p3486
sbg6
(g13
g8
NtRp3487
(dp3488
g16
Nsg17
Nsg11
VThe Alavian Dam and Lake is situated on the Soofian Chay river in East Azerbaijan Province, north-western Iran. It is located about 3 kilometres north of Maraqeh. It is an earth-fill embankment dam with a height of 76 metres and was built between 1990 and 1995; opening on January 1, 1996. The dam serves to provide flood control and water supply for municipal and irrigation uses. After construction, it was noticed that the dam had settled five times more than expected. The settlement of the dam and its gallery, below the body, had unexpected differences as well. This led to "considerable" leakage in the gallery.
p3489
sbg6
(g13
g8
NtRp3490
(dp3491
g16
Nsg17
Nsg11
VPOINT(46.25638961792 37.436668395996)
p3492
sbtp3493
a(g6
(g7
g8
NtRp3494
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Vhttp://dbpedia.org/resource/Alavian_Dam
p3496
sbg6
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g8
NtRp3497
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g16
Nsg17
Nsg11
VSadd-e \u2018Alav\u012b\u0101n
p3499
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NtRp3500
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Nsg17
Nsg11
VIran
p3502
sbg6
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NtRp3503
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Nsg17
Nsg11
VEmbankment, earth-fill
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NtRp3506
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Nsg17
g27
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V0.935
p3508
sbNg6
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g8
NtRp3509
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sbNNNg6
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NtRp3512
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp3514
(dp3515
g16
Nsg17
g27
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V4.769e+06
p3516
sbg6
(g13
g8
NtRp3517
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g16
Nsg17
Nsg11
VIran
p3519
sbg6
(g13
g8
NtRp3520
(dp3521
g16
Nsg17
Nsg11
VThe Alavian Dam and Lake is situated on the Soofian Chay river in East Azerbaijan Province, north-western Iran. It is located about 3 kilometres north of Maraqeh. It is an earth-fill embankment dam with a height of 76 metres and was built between 1990 and 1995; opening on January 1, 1996. The dam serves to provide flood control and water supply for municipal and irrigation uses. After construction, it was noticed that the dam had settled five times more than expected. The settlement of the dam and its gallery, below the body, had unexpected differences as well. This led to "considerable" leakage in the gallery.
p3522
sbg6
(g13
g8
NtRp3523
(dp3524
g16
Nsg17
Nsg11
VPOINT(46.25638961792 37.436668395996)
p3525
sbtp3526
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g8
NtRp3527
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g11
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p3529
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(g13
g8
NtRp3530
(dp3531
g16
Nsg17
Nsg11
VAlbert Falls Dam
p3532
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g8
NtRp3533
(dp3534
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p3535
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NtRp3536
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g16
Nsg17
Nsg11
VF
sbg6
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g8
NtRp3538
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g16
Nsg17
g27
sg11
V2.006
p3540
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g8
NtRp3541
(dp3542
g11
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g8
NtRp3544
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Nsg17
Nsg11
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g8
NtRp3547
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g16
Nsg17
Nsg11
VIrrigation and domestic
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NtRp3550
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Nsg17
Nsg11
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p3552
sbNNg6
(g13
g8
NtRp3553
(dp3554
g16
Nsg17
Nsg11
VSouth Africa KwaZulu-Natal
p3555
sbg6
(g13
g8
NtRp3556
(dp3557
g16
Nsg17
Nsg11
VAlbert Falls Dam is a dam in the Umgeni River, just outside Pietermaritzburg, KwaZulu-Natal, South Africa. It was established in 1976. It has a gross capacity of 290.1 million cubic meters and a surface area of 23.521 square kilometres (9.082 sq mi), the dam wall is 33 metres (108 ft) high.
p3558
sbg6
(g13
g8
NtRp3559
(dp3560
g16
Nsg17
Nsg11
VPOINT(30.388334274292 -29.436111450195)
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sbtp3562
a(g6
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g8
NtRp3563
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g11
Vhttp://dbpedia.org/resource/Albert_Falls_Dam
p3565
sbg6
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g8
NtRp3566
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VAlbert Falls Dam is a dam in the Umgeni River, just outside Pietermaritzburg, KwaZulu-Natal, South Africa. It was established in 1976. It has a gross capacity of 290.1 million cubic meters and a surface area of 23.521 square kilometres (9.082 sq mi), the dam wall is 33 metres (108 ft) high.
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VAlbert Falls Dam is a dam in the Umgeni River, just outside Pietermaritzburg, KwaZulu-Natal, South Africa. It was established in 1976. It has a gross capacity of 290.1 million cubic meters and a surface area of 23.521 square kilometres (9.082 sq mi), the dam wall is 33 metres (108 ft) high.
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VAlfilorios Reservoir is a reservoir in Asturias, Spain across the Barrea River. The dam is located in Ribera de Arriba, but the reservoir is between this municipality and Morcín. It has the aim of supply water to the central zone of Asturias, essentially Oviedo and also an area for fishing and canoeing.
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VAlfilorios Reservoir is a reservoir in Asturias, Spain across the Barrea River. The dam is located in Ribera de Arriba, but the reservoir is between this municipality and Morcín. It has the aim of supply water to the central zone of Asturias, essentially Oviedo and also an area for fishing and canoeing.
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VAlfilorios Reservoir is a reservoir in Asturias, Spain across the Barrea River. The dam is located in Ribera de Arriba, but the reservoir is between this municipality and Morcín. It has the aim of supply water to the central zone of Asturias, essentially Oviedo and also an area for fishing and canoeing.
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VAlfilorios Reservoir is a reservoir in Asturias, Spain across the Barrea River. The dam is located in Ribera de Arriba, but the reservoir is between this municipality and Morcín. It has the aim of supply water to the central zone of Asturias, essentially Oviedo and also an area for fishing and canoeing.
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VThe Alfsee is a reservoir in the north of the district of Osnabrück in the state of Lower Saxony in north Germany. It has an area of 2.2 km². It acts as a flood retention basin for the catchment area of the Hase and as local recreational area.
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VAlicurá Dam
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VThe Alicurá Dam (in Spanish, Embalse de Alicurá) is the first of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), about 100 kilometres (62 mi) from the city of San Carlos de Bariloche and 705 metres (2,313 ft) above mean sea level. It was inaugurated in 1985. The dam is used primarily for the generation of hydroelectricity with an installed capacity of 1,050 MW. The reservoir is also employed to raise Salmonidae. Wikimedia Commons has media related to Alicurá Dam.
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VThe Alicurá Dam (in Spanish, Embalse de Alicurá) is the first of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), about 100 kilometres (62 mi) from the city of San Carlos de Bariloche and 705 metres (2,313 ft) above mean sea level. It was inaugurated in 1985. The dam is used primarily for the generation of hydroelectricity with an installed capacity of 1,050 MW. The reservoir is also employed to raise Salmonidae. Wikimedia Commons has media related to Alicurá Dam.
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VThe Alicurá Dam (in Spanish, Embalse de Alicurá) is the first of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), about 100 kilometres (62 mi) from the city of San Carlos de Bariloche and 705 metres (2,313 ft) above mean sea level. It was inaugurated in 1985. The dam is used primarily for the generation of hydroelectricity with an installed capacity of 1,050 MW. The reservoir is also employed to raise Salmonidae. Wikimedia Commons has media related to Alicurá Dam.
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VThe Alicurá Dam (in Spanish, Embalse de Alicurá) is the first of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), about 100 kilometres (62 mi) from the city of San Carlos de Bariloche and 705 metres (2,313 ft) above mean sea level. It was inaugurated in 1985. The dam is used primarily for the generation of hydroelectricity with an installed capacity of 1,050 MW. The reservoir is also employed to raise Salmonidae. Wikimedia Commons has media related to Alicurá Dam.
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VTamil Nadu
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Nsg17
Nsg11
VAliyar ((also spelt Azhiyar / Aaliyar) Reservoir is a 6.48 km2 (2.5 sq mi) reservoir located in Aliyar village near Pollachi town in Coimbatore District, Tamil Nadu, South India. The dam is located in the foothills of Valparai, in the Anaimalai Hills of the Western Ghats. It is about 65 kilometres (40 mi) from Coimbatore. The dam offers some ideal getaways including a park, garden, aquarium, play area and a mini Theme-Park maintained by Tamil Nadu Fisheries Corporation for visitors enjoyment. The scenery is beautiful, with mountains surrounding three quarters of the reservoir. Boating is also available.
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sbg6
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Nsg17
Nsg11
VPOINT(76.972801208496 10.473899841309)
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sbtp3937
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NtRp3938
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p3940
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(g13
g8
NtRp3941
(dp3942
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u043b\u043a\u0443\u043c\u0440\u0443
p3943
sbg6
(g13
g8
NtRp3944
(dp3945
g16
Nsg17
Nsg11
VTurkey
p3946
sbg6
(g13
g8
NtRp3947
(dp3948
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p3949
sbg6
(g13
g8
NtRp3950
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g16
Nsg17
g27
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V1.058
p3952
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g8
NtRp3953
(dp3954
g16
Nsg17
Nsg11
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p3955
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(g13
g8
NtRp3956
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g16
Nsg17
Nsg11
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p3958
sbg6
(g13
g8
NtRp3959
(dp3960
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp3961
(dp3962
g16
Nsg17
g27
sg11
V1.3e+07
p3963
sbg6
(g13
g8
NtRp3964
(dp3965
g16
Nsg17
Nsg11
VTurkey
p3966
sbg6
(g13
g8
NtRp3967
(dp3968
g16
Nsg17
Nsg11
VThe Alkumru Dam is a rock-fill embankment dam on the Botan River, located 14 km (9 mi) east of Siirt in Siirt Province, Turkey. The dam was constructed between 2008 and 2011. It was inaugurated by President Abdullah Gül and Prime Minister Recep Tayyip Erdo\u011fan on 19 May 2011. Its primary purpose is hydroelectric power generation and it supports a 265.5 MW power station. The first two generators were commissioned in March 2011 with the third and final in April 2011.
p3969
sbg6
(g13
g8
NtRp3970
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g16
Nsg17
Nsg11
VPOINT(42.092777252197 37.959167480469)
p3972
sbtp3973
a(g6
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g8
NtRp3974
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g11
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p3976
sbg6
(g13
g8
NtRp3977
(dp3978
g16
Nsg17
Nsg11
VAlkumru-Talsperre
p3979
sbg6
(g13
g8
NtRp3980
(dp3981
g16
Nsg17
Nsg11
VTurkey
p3982
sbg6
(g13
g8
NtRp3983
(dp3984
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p3985
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g8
NtRp3986
(dp3987
g16
Nsg17
g27
sg11
V1.058
p3988
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(g13
g8
NtRp3989
(dp3990
g16
Nsg17
Nsg11
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p3991
sbNg6
(g13
g8
NtRp3992
(dp3993
g16
Nsg17
Nsg11
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p3994
sbg6
(g13
g8
NtRp3995
(dp3996
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp3997
(dp3998
g16
Nsg17
g27
sg11
V1.3e+07
p3999
sbg6
(g13
g8
NtRp4000
(dp4001
g16
Nsg17
Nsg11
VTurkey
p4002
sbg6
(g13
g8
NtRp4003
(dp4004
g16
Nsg17
Nsg11
VThe Alkumru Dam is a rock-fill embankment dam on the Botan River, located 14 km (9 mi) east of Siirt in Siirt Province, Turkey. The dam was constructed between 2008 and 2011. It was inaugurated by President Abdullah Gül and Prime Minister Recep Tayyip Erdo\u011fan on 19 May 2011. Its primary purpose is hydroelectric power generation and it supports a 265.5 MW power station. The first two generators were commissioned in March 2011 with the third and final in April 2011.
p4005
sbg6
(g13
g8
NtRp4006
(dp4007
g16
Nsg17
Nsg11
VPOINT(42.092777252197 37.959167480469)
p4008
sbtp4009
a(g6
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g8
NtRp4010
(dp4011
g11
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p4012
sbg6
(g13
g8
NtRp4013
(dp4014
g16
Nsg17
Nsg11
VAlkumru Dam
p4015
sbg6
(g13
g8
NtRp4016
(dp4017
g16
Nsg17
Nsg11
VTurkey
p4018
sbg6
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g8
NtRp4019
(dp4020
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p4021
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g8
NtRp4022
(dp4023
g16
Nsg17
g27
sg11
V1.058
p4024
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NtRp4025
(dp4026
g16
Nsg17
Nsg11
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p4027
sbNg6
(g13
g8
NtRp4028
(dp4029
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botan_River
p4030
sbg6
(g13
g8
NtRp4031
(dp4032
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp4033
(dp4034
g16
Nsg17
g27
sg11
V1.3e+07
p4035
sbg6
(g13
g8
NtRp4036
(dp4037
g16
Nsg17
Nsg11
VTurkey
p4038
sbg6
(g13
g8
NtRp4039
(dp4040
g16
Nsg17
Nsg11
VThe Alkumru Dam is a rock-fill embankment dam on the Botan River, located 14 km (9 mi) east of Siirt in Siirt Province, Turkey. The dam was constructed between 2008 and 2011. It was inaugurated by President Abdullah Gül and Prime Minister Recep Tayyip Erdo\u011fan on 19 May 2011. Its primary purpose is hydroelectric power generation and it supports a 265.5 MW power station. The first two generators were commissioned in March 2011 with the third and final in April 2011.
p4041
sbg6
(g13
g8
NtRp4042
(dp4043
g16
Nsg17
Nsg11
VPOINT(42.092777252197 37.959167480469)
p4044
sbtp4045
a(g6
(g7
g8
NtRp4046
(dp4047
g11
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p4048
sbg6
(g13
g8
NtRp4049
(dp4050
g16
Nsg17
Nsg11
V\u0633\u062f \u0639\u0644\u0627\u0644 \u0627\u0644\u0641\u0627\u0633\u0649
p4051
sbg6
(g13
g8
NtRp4052
(dp4053
g16
Nsg17
Nsg11
VMorocco
p4054
sbg6
(g13
g8
NtRp4055
(dp4056
g16
Nsg17
Nsg11
VEmbankment
p4057
sbg6
(g13
g8
NtRp4058
(dp4059
g16
Nsg17
g27
sg11
V0.34
p4060
sbNg6
(g7
g8
NtRp4061
(dp4062
g11
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p4063
sbNNg6
(g13
g8
NtRp4064
(dp4065
g16
Nsg17
Nsg11
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p4066
sbg6
(g13
g8
NtRp4067
(dp4068
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp4069
(dp4070
g16
Nsg17
g27
sg11
V1.3e+06
p4071
sbg6
(g13
g8
NtRp4072
(dp4073
g16
Nsg17
Nsg11
VMorocco
p4074
sbg6
(g13
g8
NtRp4075
(dp4076
g16
Nsg17
Nsg11
VThe Allal al Fassi Dam is an embankment dam located 18 kilometres (11 mi) northeast of Sefrou on the Sebou River in the Fès-Meknès region of Morocco. Completed in 1991, it provides water for irrigation and hydroelectric power production. The dam was named after the famous Moroccan Allal al-Fassi.
p4077
sbg6
(g13
g8
NtRp4078
(dp4079
g16
Nsg17
Nsg11
VPOINT(-4.6772222518921 33.93138885498)
p4080
sbtp4081
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g8
NtRp4082
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g11
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p4084
sbg6
(g13
g8
NtRp4085
(dp4086
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Allal Al Fassi
p4087
sbg6
(g13
g8
NtRp4088
(dp4089
g16
Nsg17
Nsg11
VMorocco
p4090
sbg6
(g13
g8
NtRp4091
(dp4092
g16
Nsg17
Nsg11
VEmbankment
p4093
sbg6
(g13
g8
NtRp4094
(dp4095
g16
Nsg17
g27
sg11
V0.34
p4096
sbNg6
(g7
g8
NtRp4097
(dp4098
g11
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p4099
sbNNg6
(g13
g8
NtRp4100
(dp4101
g16
Nsg17
Nsg11
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p4102
sbg6
(g13
g8
NtRp4103
(dp4104
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp4105
(dp4106
g16
Nsg17
g27
sg11
V1.3e+06
p4107
sbg6
(g13
g8
NtRp4108
(dp4109
g16
Nsg17
Nsg11
VMorocco
p4110
sbg6
(g13
g8
NtRp4111
(dp4112
g16
Nsg17
Nsg11
VThe Allal al Fassi Dam is an embankment dam located 18 kilometres (11 mi) northeast of Sefrou on the Sebou River in the Fès-Meknès region of Morocco. Completed in 1991, it provides water for irrigation and hydroelectric power production. The dam was named after the famous Moroccan Allal al-Fassi.
p4113
sbg6
(g13
g8
NtRp4114
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g16
Nsg17
Nsg11
VPOINT(-4.6772222518921 33.93138885498)
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sbtp4117
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g8
NtRp4118
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p4120
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(g13
g8
NtRp4121
(dp4122
g16
Nsg17
Nsg11
VAllal al Fassi Dam
p4123
sbg6
(g13
g8
NtRp4124
(dp4125
g16
Nsg17
Nsg11
VMorocco
p4126
sbg6
(g13
g8
NtRp4127
(dp4128
g16
Nsg17
Nsg11
VEmbankment
p4129
sbg6
(g13
g8
NtRp4130
(dp4131
g16
Nsg17
g27
sg11
V0.34
p4132
sbNg6
(g7
g8
NtRp4133
(dp4134
g11
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p4135
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g8
NtRp4136
(dp4137
g16
Nsg17
Nsg11
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p4138
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(g13
g8
NtRp4139
(dp4140
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp4141
(dp4142
g16
Nsg17
g27
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V1.3e+06
p4143
sbg6
(g13
g8
NtRp4144
(dp4145
g16
Nsg17
Nsg11
VMorocco
p4146
sbg6
(g13
g8
NtRp4147
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Nsg17
Nsg11
VThe Allal al Fassi Dam is an embankment dam located 18 kilometres (11 mi) northeast of Sefrou on the Sebou River in the Fès-Meknès region of Morocco. Completed in 1991, it provides water for irrigation and hydroelectric power production. The dam was named after the famous Moroccan Allal al-Fassi.
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g8
NtRp4150
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g16
Nsg17
Nsg11
VPOINT(-4.6772222518921 33.93138885498)
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sbtp4153
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NtRp4154
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(g13
g8
NtRp4157
(dp4158
g16
Nsg17
Nsg11
VAllemanskraaldam
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(g13
g8
NtRp4160
(dp4161
g16
Nsg17
Nsg11
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p4162
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g8
NtRp4163
(dp4164
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp4165
(dp4166
g16
Nsg17
g27
sg11
V0.14
p4167
sbNg6
(g7
g8
NtRp4168
(dp4169
g11
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p4170
sbg6
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g8
NtRp4171
(dp4172
g16
Nsg17
Nsg11
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p4173
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(g13
g8
NtRp4174
(dp4175
g16
Nsg17
Nsg11
VHousehold
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g8
NtRp4177
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g16
Nsg17
Nsg11
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p4179
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NtRp4180
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VThe Allemanskraal Dam is a dam in the Free State province of South Africa, on the Sand River. It was established in 1960. The reservoir has a gross capacity of 174,500 cubic metres (6,160,000 cu ft), and a surface area of 26.481 square kilometres (10.224 sq mi), the dam wall is 38 metres (125 ft) high. The dam is completely surrounded by, and forms part of the Willem Pretorius Game Reserve.
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Nsg17
Nsg11
VPOINT(27.150278091431 -28.28750038147)
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NtRp4187
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NtRp4190
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Nsg17
Nsg11
VAllemanskraal Dam
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g8
NtRp4193
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g16
Nsg17
Nsg11
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p4195
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NtRp4196
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Nsg17
Nsg11
VG
sbg6
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g8
NtRp4198
(dp4199
g16
Nsg17
g27
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p4200
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g8
NtRp4201
(dp4202
g11
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p4203
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NtRp4204
(dp4205
g16
Nsg17
Nsg11
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p4206
sbg6
(g13
g8
NtRp4207
(dp4208
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Nsg17
Nsg11
VHousehold
p4209
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g8
NtRp4210
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g16
Nsg17
Nsg11
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p4212
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NtRp4213
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Nsg11
VThe Allemanskraal Dam is a dam in the Free State province of South Africa, on the Sand River. It was established in 1960. The reservoir has a gross capacity of 174,500 cubic metres (6,160,000 cu ft), and a surface area of 26.481 square kilometres (10.224 sq mi), the dam wall is 38 metres (125 ft) high. The dam is completely surrounded by, and forms part of the Willem Pretorius Game Reserve.
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NtRp4216
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Nsg17
Nsg11
VPOINT(27.150278091431 -28.28750038147)
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sbtp4219
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NtRp4220
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p4222
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g8
NtRp4223
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Nsg11
VAlmena Diversion Dam
p4225
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g8
NtRp4226
(dp4227
g16
Nsg17
Nsg11
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p4228
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g8
NtRp4229
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Nsg17
Nsg11
VF
sbNg6
(g13
g8
NtRp4231
(dp4232
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp4233
(dp4234
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Nsg17
Nsg11
VThe Almena Diversion Dam is a reinforced concrete ogee overflow weir located 8 miles northeast of Norton, Kansas long the valley of Prairie Dog Creek and about 11 miles downstream of Norton Dam.
p4235
sbg6
(g13
g8
NtRp4236
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Nsg11
VPOINT(-100.10028076172 39.766387939453)
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p4242
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NtRp4243
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Nsg11
VAlpaslan-2 Dam
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NtRp4246
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Nsg17
Nsg11
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NtRp4249
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Nsg11
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g8
NtRp4252
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g16
Nsg17
g27
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V0.844
p4254
sbg6
(g13
g8
NtRp4255
(dp4256
g16
Nsg17
g27
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V1371.0
p4257
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g8
NtRp4258
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g11
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p4260
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(g13
g8
NtRp4261
(dp4262
g16
Nsg17
Nsg11
VPower, irrigation
p4263
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g8
NtRp4264
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g16
Nsg17
Nsg11
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p4266
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(g13
g8
NtRp4267
(dp4268
g16
Nsg17
Nsg11
VOperational
p4269
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(g13
g8
NtRp4270
(dp4271
g16
Nsg17
g27
sg11
V1.245e+07
p4272
sbg6
(g13
g8
NtRp4273
(dp4274
g16
Nsg17
Nsg11
VTurkey
p4275
sbg6
(g13
g8
NtRp4276
(dp4277
g16
Nsg17
Nsg11
VThe Alpaslan-2 Dam is an embankment dam on the Murat River in Mu\u015f Province, Turkey. The dam is located about 32 km (20 mi) north of the provincial capital, Mu\u015f. The primary purpose of the dam is hydroelectric power production and irrigation. Its power station has an installed capacity of 280 MW, planning to deliver 850 GWh annually, and the reservoir will help irrigate 78,000 ha (190,000 acres) of land.
p4278
sbg6
(g13
g8
NtRp4279
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g16
Nsg17
Nsg11
VPOINT(41.518333435059 39.035278320312)
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p4285
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g8
NtRp4286
(dp4287
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u043b\u044c\u043f\u0430\u0441\u043b\u0430\u043d 2
p4288
sbg6
(g13
g8
NtRp4289
(dp4290
g16
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VThe Alpaslan-2 Dam is an embankment dam on the Murat River in Mu\u015f Province, Turkey. The dam is located about 32 km (20 mi) north of the provincial capital, Mu\u015f. The primary purpose of the dam is hydroelectric power production and irrigation. Its power station has an installed capacity of 280 MW, planning to deliver 850 GWh annually, and the reservoir will help irrigate 78,000 ha (190,000 acres) of land.
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VAlphen Dam is a small dam in the near Stellenbosch, Western Cape province of South Africa. It was established in 1990.
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VThe Alqueva Dam is an arch dam and the centrepiece of the Alqueva Multipurpose Project. It impounds the River Guadiana, on the border of Beja and Évora Districts in south of Portugal. The dam takes its name from the town of Alqueva to its right bank. It creates a large reservoir with an inter-annual regulation capacity from which water may be distributed throughout the region. The dam was completed in 2002 and its reservoir reached the full level, for the first time, in 2010. The 518.4-megawatt (695,200 hp) power station was commissioned in two stages, stage I in 2004 and stage II in 2013. The Alqueva Dam is the largest dam and artificial lake (250 square kilometres (97 sq mi)) in Western Europe.
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VThe Alqueva Dam is an arch dam and the centrepiece of the Alqueva Multipurpose Project. It impounds the River Guadiana, on the border of Beja and Évora Districts in south of Portugal. The dam takes its name from the town of Alqueva to its right bank. It creates a large reservoir with an inter-annual regulation capacity from which water may be distributed throughout the region. The dam was completed in 2002 and its reservoir reached the full level, for the first time, in 2010. The 518.4-megawatt (695,200 hp) power station was commissioned in two stages, stage I in 2004 and stage II in 2013. The Alqueva Dam is the largest dam and artificial lake (250 square kilometres (97 sq mi)) in Western Europe.
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VThe Alqueva Dam is an arch dam and the centrepiece of the Alqueva Multipurpose Project. It impounds the River Guadiana, on the border of Beja and Évora Districts in south of Portugal. The dam takes its name from the town of Alqueva to its right bank. It creates a large reservoir with an inter-annual regulation capacity from which water may be distributed throughout the region. The dam was completed in 2002 and its reservoir reached the full level, for the first time, in 2010. The 518.4-megawatt (695,200 hp) power station was commissioned in two stages, stage I in 2004 and stage II in 2013. The Alqueva Dam is the largest dam and artificial lake (250 square kilometres (97 sq mi)) in Western Europe.
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VThe Alqueva Dam is an arch dam and the centrepiece of the Alqueva Multipurpose Project. It impounds the River Guadiana, on the border of Beja and Évora Districts in south of Portugal. The dam takes its name from the town of Alqueva to its right bank. It creates a large reservoir with an inter-annual regulation capacity from which water may be distributed throughout the region. The dam was completed in 2002 and its reservoir reached the full level, for the first time, in 2010. The 518.4-megawatt (695,200 hp) power station was commissioned in two stages, stage I in 2004 and stage II in 2013. The Alqueva Dam is the largest dam and artificial lake (250 square kilometres (97 sq mi)) in Western Europe.
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VAlta power station (Norwegian: Alta kraftverk) is a hydroelectric power station located on the Alta-Kautokeino River in Troms og Finnmark county, Norway. The power station is located in Alta Municipality, just north of the border with Kautokeino Municipality. It is operated by Statkraft, a Norwegian state-owned electric company, and it opened in 1987.
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VAlta power station (Norwegian: Alta kraftverk) is a hydroelectric power station located on the Alta-Kautokeino River in Troms og Finnmark county, Norway. The power station is located in Alta Municipality, just north of the border with Kautokeino Municipality. It is operated by Statkraft, a Norwegian state-owned electric company, and it opened in 1987.
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VAlta power station (Norwegian: Alta kraftverk) is a hydroelectric power station located on the Alta-Kautokeino River in Troms og Finnmark county, Norway. The power station is located in Alta Municipality, just north of the border with Kautokeino Municipality. It is operated by Statkraft, a Norwegian state-owned electric company, and it opened in 1987.
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VCentrale hydroélectrique d'Alta
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VAlta power station (Norwegian: Alta kraftverk) is a hydroelectric power station located on the Alta-Kautokeino River in Troms og Finnmark county, Norway. The power station is located in Alta Municipality, just north of the border with Kautokeino Municipality. It is operated by Statkraft, a Norwegian state-owned electric company, and it opened in 1987.
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VAltash Water Conservancy Project
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VThe Altash Water Conservancy Project (Chinese: \u963f\u5c14\u5854\u4ec0\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b), also called as Altash Hydro-junction dam, is the largest water conservancy project in Xinjiang. The project is located in the upper reaches of the Yarkant River and deep in the Kunlun Mountains. It is called as "Xinjiang Three Gorges Dam" by some Chinese experts.
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VThe Altash Water Conservancy Project (Chinese: \u963f\u5c14\u5854\u4ec0\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b), also called as Altash Hydro-junction dam, is the largest water conservancy project in Xinjiang. The project is located in the upper reaches of the Yarkant River and deep in the Kunlun Mountains. It is called as "Xinjiang Three Gorges Dam" by some Chinese experts.
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VAltnahinch Dam is a large dam located near Loughguile, County Antrim, Northern Ireland. It is situated on the edge of Slieveanorra Forest in the southern uplands of Glenbush and was constructed in 1967 using stone quarried from newly founded Corkey Quarry almost 3 miles away. The reservoir is fed from a number of tributaries in the greater Glenbush area, Altnahinch Burn and more famously the River Bush itself which flows from the top of Glenbush to through the reservoir and eventually into the sea at Bushmills.
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VAlto Tâmega Dam (Portuguese: Barragem do Alto Tâmega) is a concrete double curvature arch dam on the Tâmega River. It is located in the municipalities of Ribeira de Pena and Vila Pouca de Aguiar, in Vila Real District, Portugal. It is part of the wider Tâmega Electricity-Generating Group formed of 3 dams and 3 plants Iberdrola signed a 70-year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam will be completed in 2024.
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VAlto Tâmega Dam (Portuguese: Barragem do Alto Tâmega) is a concrete double curvature arch dam on the Tâmega River. It is located in the municipalities of Ribeira de Pena and Vila Pouca de Aguiar, in Vila Real District, Portugal. It is part of the wider Tâmega Electricity-Generating Group formed of 3 dams and 3 plants Iberdrola signed a 70-year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam will be completed in 2024.
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VAlwand Dam is a dam located on the Alwand River, southeast of Khanaqin, 6 km (3.7 mi) from the Iraqi-Iranian border. It is a hydroponic dam with a mud core with a length of 1,342 m (4,403 ft) and a height of 24 m (79 ft). The storage quantities in the dam\u2019s lake is 38,000,000 m3 (1.3×109 cu ft) and the surface area of the lake is 6,200,000 m2 (67,000,000 sq ft).
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VAlwand Dam is a dam located on the Alwand River, southeast of Khanaqin, 6 km (3.7 mi) from the Iraqi-Iranian border. It is a hydroponic dam with a mud core with a length of 1,342 m (4,403 ft) and a height of 24 m (79 ft). The storage quantities in the dam\u2019s lake is 38,000,000 m3 (1.3×109 cu ft) and the surface area of the lake is 6,200,000 m2 (67,000,000 sq ft).
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VThe Alwero Dam, also known as the Abobo Dam, is a reservoir and irrigation system in the Abobo district of Gambela Region, Ethiopia. It was built in 1985 with Soviet Union aid, as part of a strategy by the Derg regime led by former Ethiopian President Mengistu Haile Mariam to increase resource spending on irrigation following the 1983\u20131985 famine in Ethiopia. It is located at a longitude of 34.4824508 and latitude of 7.8476356 on Alwero\u2019s river, Abobo, Gambela Region. It was constructed for irrigation, with a water capacity of 74.6 million cubic metres, and a dam height of 22 metres. This offers a conducive environment for water resources development for the population settled in the lowlands area to irrigate the farm in the local region. It drains into the Nile Basin and has the capacity 
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VThe Amagase Dam (\u5929\u30f6\u702c\u30c0\u30e0) is an arch dam on the Uji River just upstream from Uji, Kyoto Prefecture, Japan. The main purpose of the dam is flood control but it supports a hydroelectric power station and creates the lower reservoir for the Kisenyama Pumped Storage Plant. The dam itself serves a 92 MW power station while the pumped-storage power station upstream has a 466 MW capacity. Construction on the dam began in 1955 and it was complete in 1964. The pumped-storage power station became operational in 1970. Both plants are owned by Kansai Electric Power Company.
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VThe Amagase Dam (\u5929\u30f6\u702c\u30c0\u30e0) is an arch dam on the Uji River just upstream from Uji, Kyoto Prefecture, Japan. The main purpose of the dam is flood control but it supports a hydroelectric power station and creates the lower reservoir for the Kisenyama Pumped Storage Plant. The dam itself serves a 92 MW power station while the pumped-storage power station upstream has a 466 MW capacity. Construction on the dam began in 1955 and it was complete in 1964. The pumped-storage power station became operational in 1970. Both plants are owned by Kansai Electric Power Company.
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VAmbuklao Dam
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VCentral Core Rock-fill Embankment
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VAmbuklao Dam is part of a hydroelectric facility in Baragay Ambuclao, Bokod, Benguet province in the Philippines. With a maximum water storage capacity of 327,170,000 cubic metres (265,240 acre\u22c5ft), the facility, which is located 36 km (22 mi) from Baguio city, can produce up to 105 megawatts of electricity to the Luzon grid. The main source of water comes from the Agno River, which originates from Mount Data. The dam is located in a conservation area known as the Upper Agno River Basin Resource Reserve.
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VAmekawa Dam
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VAmekawa Dam (Japanese: \u96e8\u5ddd\u30c0\u30e0) is a check dam on Ame river in Saku, Nagano Prefecture, Japan. The primary purpose is reducing water flow velocity to counteract erosion. It is also used for water supply. The pole of inaccessibility of Japan lies near this dam.
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VAmekawa Dam (Japanese: \u96e8\u5ddd\u30c0\u30e0) is a check dam on Ame river in Saku, Nagano Prefecture, Japan. The primary purpose is reducing water flow velocity to counteract erosion. It is also used for water supply. The pole of inaccessibility of Japan lies near this dam.
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VThe American Dam, or American Diversion Dam, is a diversion dam on the Rio Grande in El Paso, Texas, that divides the river water between Mexico and the U.S. It is about 140 feet (43 m) north of the point where the west bank of the river enters Mexico, 3.5 miles (5.6 km) from the business center. The dam is operated by the International Boundary and Water Commission.It started operation in 1938.
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VThe American Dam, or American Diversion Dam, is a diversion dam on the Rio Grande in El Paso, Texas, that divides the river water between Mexico and the U.S. It is about 140 feet (43 m) north of the point where the west bank of the river enters Mexico, 3.5 miles (5.6 km) from the business center. The dam is operated by the International Boundary and Water Commission.It started operation in 1938.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAmistad Dam (Spanish: Presa la Amistad) is a major embankment dam across the Rio Grande between Texas, United States, and Coahuila, Mexico. Built to provide irrigation water storage, flood control, and hydropower generation, it is the largest dam along the international boundary reach of the Rio Grande. The dam is over 6 miles (9.7 km) long, lies mostly on the Mexican side of the border, and forms Amistad Reservoir. It supplies water for irrigation in the Rio Grande Valley, 574 miles (924 km) upstream of the Rio Grande's mouth on the Gulf of Mexico at Brownsville, Texas/Matamoros, Tamaulipas.
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VAnchor Dam is a dam in Hot Springs County, about 35 miles (56 km) west of Thermopolis, Wyoming. The concrete thin-arch dam was completed in 1960 by the United States Bureau of Reclamation as a water storage project. The 208-foot (63 m)-high dam structure impounds the water of the South Fork of Owl Creek, with the spillway as designed as a central overflow "notch". The reservoir fills enough to provide some irrigation benefit through July and August of each season. It is operated by the local Owl Creek Irrigation District.
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VThe Andekaleka Dam is a gravity dam on the Vohitra river near Andekaleka in eastern Madagascar. The primary purpose of the dam is hydroelectric power generation and it diverts water from the Vohitra east into a 4 kilometres (2.5 mi) headrace tunnel where it reaches a 91 megawatts (122,000 hp) underground power station. After water charges the turbine-generators, it travels down a 500 metres (1,600 ft) tailrace tunnel before it reenters the Vohitra River. The drop in elevation between the dam and power station affords a hydraulic head of 235 metres (771 ft). The dam and power station were funded by the World Bank at a cost of US$142.1 million. It was constructed between 1978 and 1982. The power station can house up to four generators. The first two were operational in 1982 and a third in 20
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VThe Andekaleka Dam is a gravity dam on the Vohitra river near Andekaleka in eastern Madagascar. The primary purpose of the dam is hydroelectric power generation and it diverts water from the Vohitra east into a 4 kilometres (2.5 mi) headrace tunnel where it reaches a 91 megawatts (122,000 hp) underground power station. After water charges the turbine-generators, it travels down a 500 metres (1,600 ft) tailrace tunnel before it reenters the Vohitra River. The drop in elevation between the dam and power station affords a hydraulic head of 235 metres (771 ft). The dam and power station were funded by the World Bank at a cost of US$142.1 million. It was constructed between 1978 and 1982. The power station can house up to four generators. The first two were operational in 1982 and a third in 20
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VThe Andekaleka Dam is a gravity dam on the Vohitra river near Andekaleka in eastern Madagascar. The primary purpose of the dam is hydroelectric power generation and it diverts water from the Vohitra east into a 4 kilometres (2.5 mi) headrace tunnel where it reaches a 91 megawatts (122,000 hp) underground power station. After water charges the turbine-generators, it travels down a 500 metres (1,600 ft) tailrace tunnel before it reenters the Vohitra River. The drop in elevation between the dam and power station affords a hydraulic head of 235 metres (771 ft). The dam and power station were funded by the World Bank at a cost of US$142.1 million. It was constructed between 1978 and 1982. The power station can house up to four generators. The first two were operational in 1982 and a third in 20
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VAnderson Ranch Dam is an earth rockfill type dam in the western United States, on the South Fork of the Boise River in southwestern Idaho. In Elmore County northeast of Mountain Home, it is several miles north of U.S. Route 20 and operated by the U.S. Bureau of Reclamation. The Bureau of Reclamation and Idaho Water Resource Board are working on raising the dam by six feet (1.8 m), resulting in approximately 29,000 acre-feet (35,800,000 m3) of new storage space. The project is scheduled for completion in the summer of 2024.
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VAndhi Khola Hydropower Station
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g16
Nsg17
Nsg11
VNepal
p6055
sbg6
(g13
g8
NtRp6056
(dp6057
g16
Nsg17
Nsg11
VAndhi Khola Hydropower Station (Nepali: \u0906\u0927\u093f\u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Syangja District of Nepal. The flow from Andhi River, a tributary of Kali Gandaki River, is used to generate 9.4 MW electricity and annual energy of 68.38 GWh. The plant is owned and developed by , an IPP of Nepal in technical help from UMN. The plant started generating electricity since 2052-01-08 BS. The generation licence will expire in 2101-12-30 BS, after which the plant will be handed over to the government. The power station is connected to 132 kV national grid through the substation at Rang Khola and sells electricity to Nepal Electricity Authority.
p6058
sbg6
(g13
g8
NtRp6059
(dp6060
g16
Nsg17
Nsg11
VPOINT(83.663101196289 27.941566467285)
p6061
sbtp6062
a(g6
(g7
g8
NtRp6063
(dp6064
g11
Vhttp://dbpedia.org/resource/Andijan_Dam
p6065
sbg6
(g13
g8
NtRp6066
(dp6067
g16
Nsg17
Nsg11
VAndijon-Talsperre
p6068
sbg6
(g13
g8
NtRp6069
(dp6070
g16
Nsg17
Nsg11
VUzbekistan
p6071
sbg6
(g13
g8
NtRp6072
(dp6073
g16
Nsg17
Nsg11
VButtress
p6074
sbg6
(g13
g8
NtRp6075
(dp6076
g16
Nsg17
g27
sg11
V1.115
p6077
sbNg6
(g7
g8
NtRp6078
(dp6079
g11
Vhttp://dbpedia.org/resource/Andijan_Dam__Lake__1
p6080
sbg6
(g13
g8
NtRp6081
(dp6082
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Agriculture_and_Water_Resources_(Uzbekistan)
p6083
sbg6
(g13
g8
NtRp6084
(dp6085
g16
Nsg17
Nsg11
VIrrigation, power
p6086
sbg6
(g13
g8
NtRp6087
(dp6088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kara_Darya
p6089
sbg6
(g13
g8
NtRp6090
(dp6091
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6092
(dp6093
g16
Nsg17
Nsg11
VUzbekistan
p6094
sbg6
(g13
g8
NtRp6095
(dp6096
g16
Nsg17
Nsg11
VThe Andijan Dam is a buttress dam on the river Kara Darya near Andijan in Andijan Region, Uzbekistan. Its reservoir covers 57.28 km2 (22.12 sq mi) and stretches into neighboring Osh Region, Kyrgyzstan. The dam serves several purposes to include irrigation in the Fergana Valley and hydroelectric power production. Water released from the dam can enter a canal on either side of the river downstream. The dam has two power stations located at its base, Andijan 1 and Andijan 2. The former contains four 35 MW turbine-generators and the latter contains two 25 MW Francis turbine-generators for a total installed capacity of 190 MW. Construction on the dam began in 1969 and the generators in Andijan 1 were commissioned between 1974 and 1984. Construction on Andijan 2 began in 2007 and it was commissi
p6097
sbg6
(g13
g8
NtRp6098
(dp6099
g16
Nsg17
Nsg11
VPOINT(73.062767028809 40.769218444824)
p6100
sbtp6101
a(g6
(g7
g8
NtRp6102
(dp6103
g11
Vhttp://dbpedia.org/resource/Andijan_Dam
p6104
sbg6
(g13
g8
NtRp6105
(dp6106
g16
Nsg17
Nsg11
V\u0410\u043d\u0434\u0438\u0436\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p6107
sbg6
(g13
g8
NtRp6108
(dp6109
g16
Nsg17
Nsg11
VUzbekistan
p6110
sbg6
(g13
g8
NtRp6111
(dp6112
g16
Nsg17
Nsg11
VButtress
p6113
sbg6
(g13
g8
NtRp6114
(dp6115
g16
Nsg17
g27
sg11
V1.115
p6116
sbNg6
(g7
g8
NtRp6117
(dp6118
g11
Vhttp://dbpedia.org/resource/Andijan_Dam__Lake__1
p6119
sbg6
(g13
g8
NtRp6120
(dp6121
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Agriculture_and_Water_Resources_(Uzbekistan)
p6122
sbg6
(g13
g8
NtRp6123
(dp6124
g16
Nsg17
Nsg11
VIrrigation, power
p6125
sbg6
(g13
g8
NtRp6126
(dp6127
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kara_Darya
p6128
sbg6
(g13
g8
NtRp6129
(dp6130
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6131
(dp6132
g16
Nsg17
Nsg11
VUzbekistan
p6133
sbg6
(g13
g8
NtRp6134
(dp6135
g16
Nsg17
Nsg11
VThe Andijan Dam is a buttress dam on the river Kara Darya near Andijan in Andijan Region, Uzbekistan. Its reservoir covers 57.28 km2 (22.12 sq mi) and stretches into neighboring Osh Region, Kyrgyzstan. The dam serves several purposes to include irrigation in the Fergana Valley and hydroelectric power production. Water released from the dam can enter a canal on either side of the river downstream. The dam has two power stations located at its base, Andijan 1 and Andijan 2. The former contains four 35 MW turbine-generators and the latter contains two 25 MW Francis turbine-generators for a total installed capacity of 190 MW. Construction on the dam began in 1969 and the generators in Andijan 1 were commissioned between 1974 and 1984. Construction on Andijan 2 began in 2007 and it was commissi
p6136
sbg6
(g13
g8
NtRp6137
(dp6138
g16
Nsg17
Nsg11
VPOINT(73.062767028809 40.769218444824)
p6139
sbtp6140
a(g6
(g7
g8
NtRp6141
(dp6142
g11
Vhttp://dbpedia.org/resource/Andijan_Dam
p6143
sbg6
(g13
g8
NtRp6144
(dp6145
g16
Nsg17
Nsg11
V\u0410\u043d\u0434\u0438\u0436\u0430\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p6146
sbg6
(g13
g8
NtRp6147
(dp6148
g16
Nsg17
Nsg11
VUzbekistan
p6149
sbg6
(g13
g8
NtRp6150
(dp6151
g16
Nsg17
Nsg11
VButtress
p6152
sbg6
(g13
g8
NtRp6153
(dp6154
g16
Nsg17
g27
sg11
V1.115
p6155
sbNg6
(g7
g8
NtRp6156
(dp6157
g11
Vhttp://dbpedia.org/resource/Andijan_Dam__Lake__1
p6158
sbg6
(g13
g8
NtRp6159
(dp6160
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Agriculture_and_Water_Resources_(Uzbekistan)
p6161
sbg6
(g13
g8
NtRp6162
(dp6163
g16
Nsg17
Nsg11
VIrrigation, power
p6164
sbg6
(g13
g8
NtRp6165
(dp6166
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kara_Darya
p6167
sbg6
(g13
g8
NtRp6168
(dp6169
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6170
(dp6171
g16
Nsg17
Nsg11
VUzbekistan
p6172
sbg6
(g13
g8
NtRp6173
(dp6174
g16
Nsg17
Nsg11
VThe Andijan Dam is a buttress dam on the river Kara Darya near Andijan in Andijan Region, Uzbekistan. Its reservoir covers 57.28 km2 (22.12 sq mi) and stretches into neighboring Osh Region, Kyrgyzstan. The dam serves several purposes to include irrigation in the Fergana Valley and hydroelectric power production. Water released from the dam can enter a canal on either side of the river downstream. The dam has two power stations located at its base, Andijan 1 and Andijan 2. The former contains four 35 MW turbine-generators and the latter contains two 25 MW Francis turbine-generators for a total installed capacity of 190 MW. Construction on the dam began in 1969 and the generators in Andijan 1 were commissioned between 1974 and 1984. Construction on Andijan 2 began in 2007 and it was commissi
p6175
sbg6
(g13
g8
NtRp6176
(dp6177
g16
Nsg17
Nsg11
VPOINT(73.062767028809 40.769218444824)
p6178
sbtp6179
a(g6
(g7
g8
NtRp6180
(dp6181
g11
Vhttp://dbpedia.org/resource/Andijan_Dam
p6182
sbg6
(g13
g8
NtRp6183
(dp6184
g16
Nsg17
Nsg11
VBarrage d'Andijan
p6185
sbg6
(g13
g8
NtRp6186
(dp6187
g16
Nsg17
Nsg11
VUzbekistan
p6188
sbg6
(g13
g8
NtRp6189
(dp6190
g16
Nsg17
Nsg11
VButtress
p6191
sbg6
(g13
g8
NtRp6192
(dp6193
g16
Nsg17
g27
sg11
V1.115
p6194
sbNg6
(g7
g8
NtRp6195
(dp6196
g11
Vhttp://dbpedia.org/resource/Andijan_Dam__Lake__1
p6197
sbg6
(g13
g8
NtRp6198
(dp6199
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Agriculture_and_Water_Resources_(Uzbekistan)
p6200
sbg6
(g13
g8
NtRp6201
(dp6202
g16
Nsg17
Nsg11
VIrrigation, power
p6203
sbg6
(g13
g8
NtRp6204
(dp6205
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kara_Darya
p6206
sbg6
(g13
g8
NtRp6207
(dp6208
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6209
(dp6210
g16
Nsg17
Nsg11
VUzbekistan
p6211
sbg6
(g13
g8
NtRp6212
(dp6213
g16
Nsg17
Nsg11
VThe Andijan Dam is a buttress dam on the river Kara Darya near Andijan in Andijan Region, Uzbekistan. Its reservoir covers 57.28 km2 (22.12 sq mi) and stretches into neighboring Osh Region, Kyrgyzstan. The dam serves several purposes to include irrigation in the Fergana Valley and hydroelectric power production. Water released from the dam can enter a canal on either side of the river downstream. The dam has two power stations located at its base, Andijan 1 and Andijan 2. The former contains four 35 MW turbine-generators and the latter contains two 25 MW Francis turbine-generators for a total installed capacity of 190 MW. Construction on the dam began in 1969 and the generators in Andijan 1 were commissioned between 1974 and 1984. Construction on Andijan 2 began in 2007 and it was commissi
p6214
sbg6
(g13
g8
NtRp6215
(dp6216
g16
Nsg17
Nsg11
VPOINT(73.062767028809 40.769218444824)
p6217
sbtp6218
a(g6
(g7
g8
NtRp6219
(dp6220
g11
Vhttp://dbpedia.org/resource/Andijan_Dam
p6221
sbg6
(g13
g8
NtRp6222
(dp6223
g16
Nsg17
Nsg11
VAndijan Dam
p6224
sbg6
(g13
g8
NtRp6225
(dp6226
g16
Nsg17
Nsg11
VUzbekistan
p6227
sbg6
(g13
g8
NtRp6228
(dp6229
g16
Nsg17
Nsg11
VButtress
p6230
sbg6
(g13
g8
NtRp6231
(dp6232
g16
Nsg17
g27
sg11
V1.115
p6233
sbNg6
(g7
g8
NtRp6234
(dp6235
g11
Vhttp://dbpedia.org/resource/Andijan_Dam__Lake__1
p6236
sbg6
(g13
g8
NtRp6237
(dp6238
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Agriculture_and_Water_Resources_(Uzbekistan)
p6239
sbg6
(g13
g8
NtRp6240
(dp6241
g16
Nsg17
Nsg11
VIrrigation, power
p6242
sbg6
(g13
g8
NtRp6243
(dp6244
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kara_Darya
p6245
sbg6
(g13
g8
NtRp6246
(dp6247
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6248
(dp6249
g16
Nsg17
Nsg11
VUzbekistan
p6250
sbg6
(g13
g8
NtRp6251
(dp6252
g16
Nsg17
Nsg11
VThe Andijan Dam is a buttress dam on the river Kara Darya near Andijan in Andijan Region, Uzbekistan. Its reservoir covers 57.28 km2 (22.12 sq mi) and stretches into neighboring Osh Region, Kyrgyzstan. The dam serves several purposes to include irrigation in the Fergana Valley and hydroelectric power production. Water released from the dam can enter a canal on either side of the river downstream. The dam has two power stations located at its base, Andijan 1 and Andijan 2. The former contains four 35 MW turbine-generators and the latter contains two 25 MW Francis turbine-generators for a total installed capacity of 190 MW. Construction on the dam began in 1969 and the generators in Andijan 1 were commissioned between 1974 and 1984. Construction on Andijan 2 began in 2007 and it was commissi
p6253
sbg6
(g13
g8
NtRp6254
(dp6255
g16
Nsg17
Nsg11
VPOINT(73.062767028809 40.769218444824)
p6256
sbtp6257
a(g6
(g7
g8
NtRp6258
(dp6259
g11
Vhttp://dbpedia.org/resource/Andijan_Dam
p6260
sbg6
(g13
g8
NtRp6261
(dp6262
g16
Nsg17
Nsg11
VEmbalse de Andijon
p6263
sbg6
(g13
g8
NtRp6264
(dp6265
g16
Nsg17
Nsg11
VUzbekistan
p6266
sbg6
(g13
g8
NtRp6267
(dp6268
g16
Nsg17
Nsg11
VButtress
p6269
sbg6
(g13
g8
NtRp6270
(dp6271
g16
Nsg17
g27
sg11
V1.115
p6272
sbNg6
(g7
g8
NtRp6273
(dp6274
g11
Vhttp://dbpedia.org/resource/Andijan_Dam__Lake__1
p6275
sbg6
(g13
g8
NtRp6276
(dp6277
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Agriculture_and_Water_Resources_(Uzbekistan)
p6278
sbg6
(g13
g8
NtRp6279
(dp6280
g16
Nsg17
Nsg11
VIrrigation, power
p6281
sbg6
(g13
g8
NtRp6282
(dp6283
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kara_Darya
p6284
sbg6
(g13
g8
NtRp6285
(dp6286
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6287
(dp6288
g16
Nsg17
Nsg11
VUzbekistan
p6289
sbg6
(g13
g8
NtRp6290
(dp6291
g16
Nsg17
Nsg11
VThe Andijan Dam is a buttress dam on the river Kara Darya near Andijan in Andijan Region, Uzbekistan. Its reservoir covers 57.28 km2 (22.12 sq mi) and stretches into neighboring Osh Region, Kyrgyzstan. The dam serves several purposes to include irrigation in the Fergana Valley and hydroelectric power production. Water released from the dam can enter a canal on either side of the river downstream. The dam has two power stations located at its base, Andijan 1 and Andijan 2. The former contains four 35 MW turbine-generators and the latter contains two 25 MW Francis turbine-generators for a total installed capacity of 190 MW. Construction on the dam began in 1969 and the generators in Andijan 1 were commissioned between 1974 and 1984. Construction on Andijan 2 began in 2007 and it was commissi
p6292
sbg6
(g13
g8
NtRp6293
(dp6294
g16
Nsg17
Nsg11
VPOINT(73.062767028809 40.769218444824)
p6295
sbtp6296
a(g6
(g7
g8
NtRp6297
(dp6298
g11
Vhttp://dbpedia.org/resource/Andong_Dam
p6299
sbg6
(g13
g8
NtRp6300
(dp6301
g16
Nsg17
Nsg11
VAndong Dam
p6302
sbg6
(g13
g8
NtRp6303
(dp6304
g16
Nsg17
Nsg11
VSouth Korea
p6305
sbg6
(g13
g8
NtRp6306
(dp6307
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p6308
sbg6
(g13
g8
NtRp6309
(dp6310
g16
Nsg17
g27
sg11
V0.612
p6311
sbNg6
(g7
g8
NtRp6312
(dp6313
g11
Vhttp://dbpedia.org/resource/Andong_Dam__Lake__1
p6314
sbNNg6
(g13
g8
NtRp6315
(dp6316
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nakdong_River
p6317
sbg6
(g13
g8
NtRp6318
(dp6319
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6320
(dp6321
g16
Nsg17
Nsg11
VSouth Korea
p6322
sbg6
(g13
g8
NtRp6323
(dp6324
g16
Nsg17
Nsg11
VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
p6325
sbg6
(g13
g8
NtRp6326
(dp6327
g16
Nsg17
Nsg11
VPOINT(128.77389526367 36.584720611572)
p6328
sbtp6329
a(g6
(g7
g8
NtRp6330
(dp6331
g11
Vhttp://dbpedia.org/resource/Andong_Dam
p6332
sbg6
(g13
g8
NtRp6333
(dp6334
g16
Nsg17
Nsg11
VTalsperre Andong
p6335
sbg6
(g13
g8
NtRp6336
(dp6337
g16
Nsg17
Nsg11
VSouth Korea
p6338
sbg6
(g13
g8
NtRp6339
(dp6340
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p6341
sbg6
(g13
g8
NtRp6342
(dp6343
g16
Nsg17
g27
sg11
V0.612
p6344
sbNg6
(g7
g8
NtRp6345
(dp6346
g11
Vhttp://dbpedia.org/resource/Andong_Dam__Lake__1
p6347
sbNNg6
(g13
g8
NtRp6348
(dp6349
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nakdong_River
p6350
sbg6
(g13
g8
NtRp6351
(dp6352
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp6353
(dp6354
g16
Nsg17
Nsg11
VSouth Korea
p6355
sbg6
(g13
g8
NtRp6356
(dp6357
g16
Nsg17
Nsg11
VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
p6358
sbg6
(g13
g8
NtRp6359
(dp6360
g16
Nsg17
Nsg11
VPOINT(128.77389526367 36.584720611572)
p6361
sbtp6362
a(g6
(g7
g8
NtRp6363
(dp6364
g11
Vhttp://dbpedia.org/resource/Andong_Dam
p6365
sbg6
(g13
g8
NtRp6366
(dp6367
g16
Nsg17
Nsg11
VPresa de Andong
p6368
sbg6
(g13
g8
NtRp6369
(dp6370
g16
Nsg17
Nsg11
VSouth Korea
p6371
sbg6
(g13
g8
NtRp6372
(dp6373
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p6374
sbg6
(g13
g8
NtRp6375
(dp6376
g16
Nsg17
g27
sg11
V0.612
p6377
sbNg6
(g7
g8
NtRp6378
(dp6379
g11
Vhttp://dbpedia.org/resource/Andong_Dam__Lake__1
p6380
sbNNg6
(g13
g8
NtRp6381
(dp6382
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nakdong_River
p6383
sbg6
(g13
g8
NtRp6384
(dp6385
g16
Nsg17
Nsg11
VO
sbNg6
(g13
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VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
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VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
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VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
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VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
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VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
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VThe Andong Dam is an embankment dam on the Nakdong River, 4 km (2 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction of the dam began in 1971 and was complete in 1976. The 83 m (272 ft) tall rock-fill, central clay core dam withholds a reservoir of 1,248,000,000 m3 (1,011,770 acre\u22c5ft) and provides water to an 90 MW pumped-storage power station. The lower reservoir (afterbay) for the power station is created by a 20 m (66 ft) high and 238 m (781 ft) long weir. The power plant is operated by the Korea Hydro and Nuclear Power (KHNP) organisation.
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VThe Angololo Multipurpose Dam is a planned dam across the Malaba River, at the border between Kenya and Uganda. The dam will create a reservoir capable of storing 43,000,000 cubic meters (4.3×1010 L) of water for drinking, irrigation and power generation. An estimated 3,300 hectares (8,200 acres) are expected to come under irrigation (1,180 hectares (2,900 acres) in Kenya and 2,120 hectares (5,200 acres) in Uganda), with water from this dam. The dam is expected to benefit at least 127,300 people in both countries. The dam is also expected to support a mini-hydroelectric power station with capacity of 1.75 megawatts.
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VThe Angostura Dam (officially known as the Belisario Domínguez Dam) is an embankment dam and hydroelectric power station on the Grijalva River near Venustiano Carranza in Chiapas, Mexico. The dam's power plant contains 5 x 180 MW, 3 x 310 MW Francis turbine-generators. The 146 m (479 ft) tall dam withholds one of the largest reservoirs in Mexico of 18,200,000,000 m3 (14,754,980 acre\u22c5ft). Initial construction on the dam began in 1969 and foundation work in 1971. On May 8, 1974, the dam began to impound its reservoir. On 14 July 1976, the dam's first generator went online.
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VThe Angostura Dam (officially known as the Belisario Domínguez Dam) is an embankment dam and hydroelectric power station on the Grijalva River near Venustiano Carranza in Chiapas, Mexico. The dam's power plant contains 5 x 180 MW, 3 x 310 MW Francis turbine-generators. The 146 m (479 ft) tall dam withholds one of the largest reservoirs in Mexico of 18,200,000,000 m3 (14,754,980 acre\u22c5ft). Initial construction on the dam began in 1969 and foundation work in 1971. On May 8, 1974, the dam began to impound its reservoir. On 14 July 1976, the dam's first generator went online.
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VThe Angostura Dam (officially known as the Belisario Domínguez Dam) is an embankment dam and hydroelectric power station on the Grijalva River near Venustiano Carranza in Chiapas, Mexico. The dam's power plant contains 5 x 180 MW, 3 x 310 MW Francis turbine-generators. The 146 m (479 ft) tall dam withholds one of the largest reservoirs in Mexico of 18,200,000,000 m3 (14,754,980 acre\u22c5ft). Initial construction on the dam began in 1969 and foundation work in 1971. On May 8, 1974, the dam began to impound its reservoir. On 14 July 1976, the dam's first generator went online.
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VThe Angostura Dam (officially known as the Belisario Domínguez Dam) is an embankment dam and hydroelectric power station on the Grijalva River near Venustiano Carranza in Chiapas, Mexico. The dam's power plant contains 5 x 180 MW, 3 x 310 MW Francis turbine-generators. The 146 m (479 ft) tall dam withholds one of the largest reservoirs in Mexico of 18,200,000,000 m3 (14,754,980 acre\u22c5ft). Initial construction on the dam began in 1969 and foundation work in 1971. On May 8, 1974, the dam began to impound its reservoir. On 14 July 1976, the dam's first generator went online.
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VThe Angostura Dam (officially known as the Belisario Domínguez Dam) is an embankment dam and hydroelectric power station on the Grijalva River near Venustiano Carranza in Chiapas, Mexico. The dam's power plant contains 5 x 180 MW, 3 x 310 MW Francis turbine-generators. The 146 m (479 ft) tall dam withholds one of the largest reservoirs in Mexico of 18,200,000,000 m3 (14,754,980 acre\u22c5ft). Initial construction on the dam began in 1969 and foundation work in 1971. On May 8, 1974, the dam began to impound its reservoir. On 14 July 1976, the dam's first generator went online.
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VAngostura Dam is an embankment dam across the Cheyenne River in Fall River County in southwestern South Dakota in the United States, about 75 miles (121 km) south of Rapid City. The dam consists of an earth-fill embankment with a concrete spillway section, 193 feet (59 m) high and 2,030 feet (620 m) long; it withholds the 195,121-acre-foot (0.240678 km3) Angostura Reservoir. The dam was conceived as early as 1913, but it was not until the 1930s when a regional drought caused crop failures that the project received widespread support from farmers. Built from 1946 to 1949, the dam is part of the Angostura Division of the Pick-Sloan Missouri Basin Program, and is operated by the U.S. Bureau of Reclamation.
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VAngostura Dam is an embankment dam across the Cheyenne River in Fall River County in southwestern South Dakota in the United States, about 75 miles (121 km) south of Rapid City. The dam consists of an earth-fill embankment with a concrete spillway section, 193 feet (59 m) high and 2,030 feet (620 m) long; it withholds the 195,121-acre-foot (0.240678 km3) Angostura Reservoir. The dam was conceived as early as 1913, but it was not until the 1930s when a regional drought caused crop failures that the project received widespread support from farmers. Built from 1946 to 1949, the dam is part of the Angostura Division of the Pick-Sloan Missouri Basin Program, and is operated by the U.S. Bureau of Reclamation.
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VThe Aniwhenua power station is a hydroelectric power facility in Bay of Plenty in New Zealand located on the Rangitaiki River upstream of the Matahina Power Station. Water is drawn from behind a dam above the Aniwhenua Falls and diverted through a canal and a headpond to the power station before being discharged back into the river. The power station is named after the falls which are adjacent to the power station.
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VThe Ankang Dam is gravity dam on the Hanjiang (Han) River near Ankang in Shaanxi Province, China. The main purpose of the dam is hydroelectric power production along with other purposes such as flood control and navigation. The dam withholds a 2,580,000,000 m3 (2,091,640 acre\u22c5ft) reservoir which supplies water to its powerhouse located on the right toe. The power station contains 4 x 200 MW generators for a total installed capacity of 800 MW. On the dam's surface adjacent to the power house are five controlled spillway chutes. The dam also houses five mid-level openings and four base openings for discharging water as well.
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VThe Ankang Dam is gravity dam on the Hanjiang (Han) River near Ankang in Shaanxi Province, China. The main purpose of the dam is hydroelectric power production along with other purposes such as flood control and navigation. The dam withholds a 2,580,000,000 m3 (2,091,640 acre\u22c5ft) reservoir which supplies water to its powerhouse located on the right toe. The power station contains 4 x 200 MW generators for a total installed capacity of 800 MW. On the dam's surface adjacent to the power house are five controlled spillway chutes. The dam also houses five mid-level openings and four base openings for discharging water as well.
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VThe Ankang Dam is gravity dam on the Hanjiang (Han) River near Ankang in Shaanxi Province, China. The main purpose of the dam is hydroelectric power production along with other purposes such as flood control and navigation. The dam withholds a 2,580,000,000 m3 (2,091,640 acre\u22c5ft) reservoir which supplies water to its powerhouse located on the right toe. The power station contains 4 x 200 MW generators for a total installed capacity of 800 MW. On the dam's surface adjacent to the power house are five controlled spillway chutes. The dam also houses five mid-level openings and four base openings for discharging water as well.
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VAnkhu Khola-1 Hydropower Station (Nepali: \u0906\u0916\u0941 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Dhading District of Nepal. The flow from Ankhu River, a tributary of Trishuli River, is used to generate 8.4 MW electricity. The plant is owned and developed by Ankhu Jalvidut Co. Pvt. Ltd , an IPP of Nepal. The plant started generating electricity from 2070-05-08 BS. The generation licence will expire in 2101-08-25 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VThe Antamina Tailings Dam, also known as the Antamina Tailings Impoundment Facility, is a tailings dam located in the Huincush Ravine 55 km (34 mi) east of Huaraz in the Ancash Region of Peru. The purpose of the dam is to store tailings processed at the nearby Antamina mine. In 2003, Golder Associates, Burnaby, B.C. was awarded the 2002 Canadian Consulting Engineering Award for its innovative design of the dam.
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VThe Antamina Tailings Dam, also known as the Antamina Tailings Impoundment Facility, is a tailings dam located in the Huincush Ravine 55 km (34 mi) east of Huaraz in the Ancash Region of Peru. The purpose of the dam is to store tailings processed at the nearby Antamina mine. In 2003, Golder Associates, Burnaby, B.C. was awarded the 2002 Canadian Consulting Engineering Award for its innovative design of the dam.
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VThe Antamina Tailings Dam, also known as the Antamina Tailings Impoundment Facility, is a tailings dam located in the Huincush Ravine 55 km (34 mi) east of Huaraz in the Ancash Region of Peru. The purpose of the dam is to store tailings processed at the nearby Antamina mine. In 2003, Golder Associates, Burnaby, B.C. was awarded the 2002 Canadian Consulting Engineering Award for its innovative design of the dam.
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Nsg17
Nsg11
V\u0633\u062f \u0639\u0631\u0627\u0631
p7048
sbg6
(g13
g8
NtRp7049
(dp7050
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p7051
sbNNNNg6
(g13
g8
NtRp7052
(dp7053
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p7054
sbg6
(g13
g8
NtRp7055
(dp7056
g16
Nsg17
Nsg11
VFlood control
p7057
sbNNNg6
(g13
g8
NtRp7058
(dp7059
g16
Nsg17
Nsg11
VSaudi Arabia
p7060
sbg6
(g13
g8
NtRp7061
(dp7062
g16
Nsg17
Nsg11
VThe Araer dam is a dam in Saudi Arabia opened in 1985 and located in Asir region. The main purpose of the dam is flood control.
p7063
sbg6
(g13
g8
NtRp7064
(dp7065
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p7066
sbtp7067
a(g6
(g7
g8
NtRp7068
(dp7069
g11
Vhttp://dbpedia.org/resource/Araer_Dam
p7070
sbg6
(g13
g8
NtRp7071
(dp7072
g16
Nsg17
Nsg11
VAraer Dam
p7073
sbg6
(g13
g8
NtRp7074
(dp7075
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p7076
sbNNNNg6
(g13
g8
NtRp7077
(dp7078
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p7079
sbg6
(g13
g8
NtRp7080
(dp7081
g16
Nsg17
Nsg11
VFlood control
p7082
sbNNNg6
(g13
g8
NtRp7083
(dp7084
g16
Nsg17
Nsg11
VSaudi Arabia
p7085
sbg6
(g13
g8
NtRp7086
(dp7087
g16
Nsg17
Nsg11
VThe Araer dam is a dam in Saudi Arabia opened in 1985 and located in Asir region. The main purpose of the dam is flood control.
p7088
sbg6
(g13
g8
NtRp7089
(dp7090
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p7091
sbtp7092
a(g6
(g7
g8
NtRp7093
(dp7094
g11
Vhttp://dbpedia.org/resource/Aragon_Dam
p7095
sbg6
(g13
g8
NtRp7096
(dp7097
g16
Nsg17
Nsg11
VAragon Dam
p7098
sbg6
(g13
g8
NtRp7099
(dp7100
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Philippines
p7101
sbg6
(g13
g8
NtRp7102
(dp7103
g16
Nsg17
Nsg11
VGravity
p7104
sbNNNNNNg6
(g13
g8
NtRp7105
(dp7106
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7107
(dp7108
g16
Nsg17
Nsg11
VPhilippines
p7109
sbg6
(g13
g8
NtRp7110
(dp7111
g16
Nsg17
Nsg11
VAragon Dam is an irrigation dam in Davao Oriental, Philippines. It is situated in the barangay of Aragon, about 12 km (7.5 mi) west of the town of Cateel. The current dam was completed within just seven months although initial development started in 2012 was disrupted by Typhoons Bopha and Lingling (local names: Pablo and Agaton). The dam is part of the Cateel Irrigation Project, the biggest project by the Mindanao Rural Development Project, both in physical and financial terms, costing about \u20b1281 million. The dam is expected to provide irrigation to over 1,600 hectares of rice fields spanning eleven barangays of Cateel.
p7112
sbg6
(g13
g8
NtRp7113
(dp7114
g16
Nsg17
Nsg11
VPOINT(126.34663391113 7.7548637390137)
p7115
sbtp7116
a(g6
(g7
g8
NtRp7117
(dp7118
g11
Vhttp://dbpedia.org/resource/Aragon_Dam
p7119
sbg6
(g13
g8
NtRp7120
(dp7121
g16
Nsg17
Nsg11
VAragon Dam
p7122
sbg6
(g13
g8
NtRp7123
(dp7124
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Philippines
p7125
sbg6
(g13
g8
NtRp7126
(dp7127
g16
Nsg17
Nsg11
VGravity
p7128
sbNNNNNNg6
(g13
g8
NtRp7129
(dp7130
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7131
(dp7132
g16
Nsg17
Nsg11
VPhilippines
p7133
sbg6
(g13
g8
NtRp7134
(dp7135
g16
Nsg17
Nsg11
VAragon Dam is an irrigation dam in Davao Oriental, Philippines. It is situated in the barangay of Aragon, about 12 km (7.5 mi) west of the town of Cateel. The current dam was completed within just seven months although initial development started in 2012 was disrupted by Typhoons Bopha and Lingling (local names: Pablo and Agaton). The dam is part of the Cateel Irrigation Project, the biggest project by the Mindanao Rural Development Project, both in physical and financial terms, costing about \u20b1281 million. The dam is expected to provide irrigation to over 1,600 hectares of rice fields spanning eleven barangays of Cateel.
p7136
sbg6
(g13
g8
NtRp7137
(dp7138
g16
Nsg17
Nsg11
VPOINT(126.34663391113 7.7548637390137)
p7139
sbtp7140
a(g6
(g7
g8
NtRp7141
(dp7142
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station
p7143
sbg6
(g13
g8
NtRp7144
(dp7145
g16
Nsg17
Nsg11
VKraftwerk Arapuni
p7146
sbg6
(g13
g8
NtRp7147
(dp7148
g16
Nsg17
Nsg11
VNew Zealand
p7149
sbNNNg6
(g7
g8
NtRp7150
(dp7151
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station__Lake__1
p7152
sbNg6
(g13
g8
NtRp7153
(dp7154
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp7155
(dp7156
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7157
sbg6
(g13
g8
NtRp7158
(dp7159
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7160
(dp7161
g16
Nsg17
Nsg11
VNew Zealand
p7162
sbg6
(g13
g8
NtRp7163
(dp7164
g16
Nsg17
Nsg11
VArapuni Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is owned and operated by Mercury Energy, and is the seventh and penultimate hydroelectric power station on the Waikato River. It is also the oldest currently generating, the first government-built, and the largest capacity single hydroelectric power station on the Waikato River. The two power houses that make up the Maraetai Power Station have a larger combined capacity however.
p7165
sbg6
(g13
g8
NtRp7166
(dp7167
g16
Nsg17
Nsg11
VPOINT(175.64332580566 -38.071388244629)
p7168
sbtp7169
a(g6
(g7
g8
NtRp7170
(dp7171
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station
p7172
sbg6
(g13
g8
NtRp7173
(dp7174
g16
Nsg17
Nsg11
VKraftwerk Arapuni
p7175
sbg6
(g13
g8
NtRp7176
(dp7177
g16
Nsg17
Nsg11
VNew Zealand
p7178
sbNNNg6
(g7
g8
NtRp7179
(dp7180
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station__Lake__1
p7181
sbNg6
(g13
g8
NtRp7182
(dp7183
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp7184
(dp7185
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7186
sbg6
(g13
g8
NtRp7187
(dp7188
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7189
(dp7190
g16
Nsg17
Nsg11
VNew Zealand
p7191
sbg6
(g13
g8
NtRp7192
(dp7193
g16
Nsg17
Nsg11
VArapuni Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is owned and operated by Mercury Energy, and is the seventh and penultimate hydroelectric power station on the Waikato River. It is also the oldest currently generating, the first government-built, and the largest capacity single hydroelectric power station on the Waikato River. The two power houses that make up the Maraetai Power Station have a larger combined capacity however.
p7194
sbg6
(g13
g8
NtRp7195
(dp7196
g16
Nsg17
Nsg11
VPOINT(175.64332580566 -38.071388244629)
p7197
sbtp7198
a(g6
(g7
g8
NtRp7199
(dp7200
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station
p7201
sbg6
(g13
g8
NtRp7202
(dp7203
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u0440\u0430\u043f\u0443\u043d\u0456
p7204
sbg6
(g13
g8
NtRp7205
(dp7206
g16
Nsg17
Nsg11
VNew Zealand
p7207
sbNNNg6
(g7
g8
NtRp7208
(dp7209
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station__Lake__1
p7210
sbNg6
(g13
g8
NtRp7211
(dp7212
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp7213
(dp7214
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7215
sbg6
(g13
g8
NtRp7216
(dp7217
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7218
(dp7219
g16
Nsg17
Nsg11
VNew Zealand
p7220
sbg6
(g13
g8
NtRp7221
(dp7222
g16
Nsg17
Nsg11
VArapuni Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is owned and operated by Mercury Energy, and is the seventh and penultimate hydroelectric power station on the Waikato River. It is also the oldest currently generating, the first government-built, and the largest capacity single hydroelectric power station on the Waikato River. The two power houses that make up the Maraetai Power Station have a larger combined capacity however.
p7223
sbg6
(g13
g8
NtRp7224
(dp7225
g16
Nsg17
Nsg11
VPOINT(175.64332580566 -38.071388244629)
p7226
sbtp7227
a(g6
(g7
g8
NtRp7228
(dp7229
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station
p7230
sbg6
(g13
g8
NtRp7231
(dp7232
g16
Nsg17
Nsg11
VArapuni Power Station
p7233
sbg6
(g13
g8
NtRp7234
(dp7235
g16
Nsg17
Nsg11
VNew Zealand
p7236
sbNNNg6
(g7
g8
NtRp7237
(dp7238
g11
Vhttp://dbpedia.org/resource/Arapuni_Power_Station__Lake__1
p7239
sbNg6
(g13
g8
NtRp7240
(dp7241
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp7242
(dp7243
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7244
sbg6
(g13
g8
NtRp7245
(dp7246
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7247
(dp7248
g16
Nsg17
Nsg11
VNew Zealand
p7249
sbg6
(g13
g8
NtRp7250
(dp7251
g16
Nsg17
Nsg11
VArapuni Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is owned and operated by Mercury Energy, and is the seventh and penultimate hydroelectric power station on the Waikato River. It is also the oldest currently generating, the first government-built, and the largest capacity single hydroelectric power station on the Waikato River. The two power houses that make up the Maraetai Power Station have a larger combined capacity however.
p7252
sbg6
(g13
g8
NtRp7253
(dp7254
g16
Nsg17
Nsg11
VPOINT(175.64332580566 -38.071388244629)
p7255
sbtp7256
a(g6
(g7
g8
NtRp7257
(dp7258
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7259
sbg6
(g13
g8
NtRp7260
(dp7261
g16
Nsg17
Nsg11
VArasdammen
p7262
sbg6
(g13
g8
NtRp7263
(dp7264
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p7265
sbNg6
(g13
g8
NtRp7266
(dp7267
g16
Nsg17
g27
sg11
V1.026
p7268
sbNg6
(g7
g8
NtRp7269
(dp7270
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7271
sbNNNg6
(g13
g8
NtRp7272
(dp7273
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7274
(dp7275
g16
Nsg17
Nsg11
VAzerbaijan
p7276
sbg6
(g13
g8
NtRp7277
(dp7278
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7279
sbg6
(g13
g8
NtRp7280
(dp7281
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7282
sbtp7283
a(g6
(g7
g8
NtRp7284
(dp7285
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7286
sbg6
(g13
g8
NtRp7287
(dp7288
g16
Nsg17
Nsg11
VBarragem do Araxes
p7289
sbg6
(g13
g8
NtRp7290
(dp7291
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p7292
sbNg6
(g13
g8
NtRp7293
(dp7294
g16
Nsg17
g27
sg11
V1.026
p7295
sbNg6
(g7
g8
NtRp7296
(dp7297
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7298
sbNNNg6
(g13
g8
NtRp7299
(dp7300
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7301
(dp7302
g16
Nsg17
Nsg11
VAzerbaijan
p7303
sbg6
(g13
g8
NtRp7304
(dp7305
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7306
sbg6
(g13
g8
NtRp7307
(dp7308
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7309
sbtp7310
a(g6
(g7
g8
NtRp7311
(dp7312
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7313
sbg6
(g13
g8
NtRp7314
(dp7315
g16
Nsg17
Nsg11
VArasdammen
p7316
sbg6
(g13
g8
NtRp7317
(dp7318
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p7319
sbNg6
(g13
g8
NtRp7320
(dp7321
g16
Nsg17
g27
sg11
V1.026
p7322
sbNg6
(g7
g8
NtRp7323
(dp7324
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7325
sbNNNg6
(g13
g8
NtRp7326
(dp7327
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7328
(dp7329
g16
Nsg17
Nsg11
VAzerbaijan
p7330
sbg6
(g13
g8
NtRp7331
(dp7332
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7333
sbg6
(g13
g8
NtRp7334
(dp7335
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7336
sbtp7337
a(g6
(g7
g8
NtRp7338
(dp7339
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7340
sbg6
(g13
g8
NtRp7341
(dp7342
g16
Nsg17
Nsg11
V\u0410\u0440\u0430\u043a\u0441 \u0413\u042d\u0421
p7343
sbg6
(g13
g8
NtRp7344
(dp7345
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p7346
sbNg6
(g13
g8
NtRp7347
(dp7348
g16
Nsg17
g27
sg11
V1.026
p7349
sbNg6
(g7
g8
NtRp7350
(dp7351
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7352
sbNNNg6
(g13
g8
NtRp7353
(dp7354
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7355
(dp7356
g16
Nsg17
Nsg11
VAzerbaijan
p7357
sbg6
(g13
g8
NtRp7358
(dp7359
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7360
sbg6
(g13
g8
NtRp7361
(dp7362
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7363
sbtp7364
a(g6
(g7
g8
NtRp7365
(dp7366
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7367
sbg6
(g13
g8
NtRp7368
(dp7369
g16
Nsg17
Nsg11
VAras Dam
p7370
sbg6
(g13
g8
NtRp7371
(dp7372
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p7373
sbNg6
(g13
g8
NtRp7374
(dp7375
g16
Nsg17
g27
sg11
V1.026
p7376
sbNg6
(g7
g8
NtRp7377
(dp7378
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7379
sbNNNg6
(g13
g8
NtRp7380
(dp7381
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7382
(dp7383
g16
Nsg17
Nsg11
VAzerbaijan
p7384
sbg6
(g13
g8
NtRp7385
(dp7386
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7387
sbg6
(g13
g8
NtRp7388
(dp7389
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7390
sbtp7391
a(g6
(g7
g8
NtRp7392
(dp7393
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7394
sbg6
(g13
g8
NtRp7395
(dp7396
g16
Nsg17
Nsg11
VAras Dam
p7397
sbg6
(g13
g8
NtRp7398
(dp7399
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p7400
sbNg6
(g13
g8
NtRp7401
(dp7402
g16
Nsg17
g27
sg11
V1.026
p7403
sbNg6
(g7
g8
NtRp7404
(dp7405
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7406
sbNNNg6
(g13
g8
NtRp7407
(dp7408
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7409
(dp7410
g16
Nsg17
Nsg11
VAzerbaijan
p7411
sbg6
(g13
g8
NtRp7412
(dp7413
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7414
sbg6
(g13
g8
NtRp7415
(dp7416
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7417
sbtp7418
a(g6
(g7
g8
NtRp7419
(dp7420
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7421
sbg6
(g13
g8
NtRp7422
(dp7423
g16
Nsg17
Nsg11
V\u0410\u0440\u0430\u043a\u0441 \u0413\u042d\u0421
p7424
sbg6
(g13
g8
NtRp7425
(dp7426
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p7427
sbNg6
(g13
g8
NtRp7428
(dp7429
g16
Nsg17
g27
sg11
V1.026
p7430
sbNg6
(g7
g8
NtRp7431
(dp7432
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7433
sbNNNg6
(g13
g8
NtRp7434
(dp7435
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7436
(dp7437
g16
Nsg17
Nsg11
VAzerbaijan
p7438
sbg6
(g13
g8
NtRp7439
(dp7440
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7441
sbg6
(g13
g8
NtRp7442
(dp7443
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7444
sbtp7445
a(g6
(g7
g8
NtRp7446
(dp7447
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7448
sbg6
(g13
g8
NtRp7449
(dp7450
g16
Nsg17
Nsg11
VAras Dam
p7451
sbg6
(g13
g8
NtRp7452
(dp7453
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p7454
sbNg6
(g13
g8
NtRp7455
(dp7456
g16
Nsg17
g27
sg11
V1.026
p7457
sbNg6
(g7
g8
NtRp7458
(dp7459
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7460
sbNNNg6
(g13
g8
NtRp7461
(dp7462
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7463
(dp7464
g16
Nsg17
Nsg11
VAzerbaijan
p7465
sbg6
(g13
g8
NtRp7466
(dp7467
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7468
sbg6
(g13
g8
NtRp7469
(dp7470
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7471
sbtp7472
a(g6
(g7
g8
NtRp7473
(dp7474
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7475
sbg6
(g13
g8
NtRp7476
(dp7477
g16
Nsg17
Nsg11
VBarragem do Araxes
p7478
sbg6
(g13
g8
NtRp7479
(dp7480
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p7481
sbNg6
(g13
g8
NtRp7482
(dp7483
g16
Nsg17
g27
sg11
V1.026
p7484
sbNg6
(g7
g8
NtRp7485
(dp7486
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7487
sbNNNg6
(g13
g8
NtRp7488
(dp7489
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7490
(dp7491
g16
Nsg17
Nsg11
VAzerbaijan
p7492
sbg6
(g13
g8
NtRp7493
(dp7494
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7495
sbg6
(g13
g8
NtRp7496
(dp7497
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7498
sbtp7499
a(g6
(g7
g8
NtRp7500
(dp7501
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7502
sbg6
(g13
g8
NtRp7503
(dp7504
g16
Nsg17
Nsg11
VArasdammen
p7505
sbg6
(g13
g8
NtRp7506
(dp7507
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p7508
sbNg6
(g13
g8
NtRp7509
(dp7510
g16
Nsg17
g27
sg11
V1.026
p7511
sbNg6
(g7
g8
NtRp7512
(dp7513
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7514
sbNNNg6
(g13
g8
NtRp7515
(dp7516
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7517
(dp7518
g16
Nsg17
Nsg11
VAzerbaijan
p7519
sbg6
(g13
g8
NtRp7520
(dp7521
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7522
sbg6
(g13
g8
NtRp7523
(dp7524
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7525
sbtp7526
a(g6
(g7
g8
NtRp7527
(dp7528
g11
Vhttp://dbpedia.org/resource/Aras_Dam
p7529
sbg6
(g13
g8
NtRp7530
(dp7531
g16
Nsg17
Nsg11
V\u0410\u0440\u0430\u043a\u0441 \u0413\u042d\u0421
p7532
sbg6
(g13
g8
NtRp7533
(dp7534
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p7535
sbNg6
(g13
g8
NtRp7536
(dp7537
g16
Nsg17
g27
sg11
V1.026
p7538
sbNg6
(g7
g8
NtRp7539
(dp7540
g11
Vhttp://dbpedia.org/resource/Aras_Dam__Lake__1
p7541
sbNNNg6
(g13
g8
NtRp7542
(dp7543
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp7544
(dp7545
g16
Nsg17
Nsg11
VAzerbaijan
p7546
sbg6
(g13
g8
NtRp7547
(dp7548
g16
Nsg17
Nsg11
VThe Aras Dam (Azerbaijani: Araz su anbar\u0131; Persian: \u0633\u062f \u0627\u0631\u0633) is an embankment dam on the Aras River along the border of Iran and Azerbaijan. It is located downstream of Poldasht in West Azerbaijan Province, Iran and Nakhchivan City in Nakhchivan Autonomous Republic, Azerbaijan. The primary purpose of the dam is hydroelectric power production and water supply.
p7549
sbg6
(g13
g8
NtRp7550
(dp7551
g16
Nsg17
Nsg11
VPOINT(45.402221679688 39.091110229492)
p7552
sbtp7553
a(g6
(g7
g8
NtRp7554
(dp7555
g11
Vhttp://dbpedia.org/resource/Aratiatia_Power_Station
p7556
sbg6
(g13
g8
NtRp7557
(dp7558
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Aratiatia
p7559
sbg6
(g13
g8
NtRp7560
(dp7561
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p7562
sbNNNg6
(g7
g8
NtRp7563
(dp7564
g11
Vhttp://dbpedia.org/resource/Aratiatia_Power_Station__Lake__1
p7565
sbg6
(g13
g8
NtRp7566
(dp7567
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mercury_Energy
p7568
sbNg6
(g13
g8
NtRp7569
(dp7570
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7571
sbg6
(g13
g8
NtRp7572
(dp7573
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp7574
(dp7575
g16
Nsg17
Nsg11
VAratiatia Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the first hydroelectric power station on the Waikato River, and is located 13 kilometres (8.1 mi) downstream of Lake Taup\u014d. Aratiatia is owned and operated by Mercury Energy. Aratiatia is a largely run-of-the-river station, as it generates electricity from water from the Lake Taup\u014d control gates and to the \u014chakuri Power Station. It does, however, have a 55-hectare (140-acre) lake behind the station for temporary storage.
p7576
sbg6
(g13
g8
NtRp7577
(dp7578
g16
Nsg17
Nsg11
VPOINT(176.14250183105 -38.615833282471)
p7579
sbtp7580
a(g6
(g7
g8
NtRp7581
(dp7582
g11
Vhttp://dbpedia.org/resource/Aratiatia_Power_Station
p7583
sbg6
(g13
g8
NtRp7584
(dp7585
g16
Nsg17
Nsg11
VAratiatia Power Station
p7586
sbg6
(g13
g8
NtRp7587
(dp7588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p7589
sbNNNg6
(g7
g8
NtRp7590
(dp7591
g11
Vhttp://dbpedia.org/resource/Aratiatia_Power_Station__Lake__1
p7592
sbg6
(g13
g8
NtRp7593
(dp7594
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mercury_Energy
p7595
sbNg6
(g13
g8
NtRp7596
(dp7597
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7598
sbg6
(g13
g8
NtRp7599
(dp7600
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp7601
(dp7602
g16
Nsg17
Nsg11
VAratiatia Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the first hydroelectric power station on the Waikato River, and is located 13 kilometres (8.1 mi) downstream of Lake Taup\u014d. Aratiatia is owned and operated by Mercury Energy. Aratiatia is a largely run-of-the-river station, as it generates electricity from water from the Lake Taup\u014d control gates and to the \u014chakuri Power Station. It does, however, have a 55-hectare (140-acre) lake behind the station for temporary storage.
p7603
sbg6
(g13
g8
NtRp7604
(dp7605
g16
Nsg17
Nsg11
VPOINT(176.14250183105 -38.615833282471)
p7606
sbtp7607
a(g6
(g7
g8
NtRp7608
(dp7609
g11
Vhttp://dbpedia.org/resource/Aratiatia_Power_Station
p7610
sbg6
(g13
g8
NtRp7611
(dp7612
g16
Nsg17
Nsg11
VKraftwerk Aratiatia
p7613
sbg6
(g13
g8
NtRp7614
(dp7615
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p7616
sbNNNg6
(g7
g8
NtRp7617
(dp7618
g11
Vhttp://dbpedia.org/resource/Aratiatia_Power_Station__Lake__1
p7619
sbg6
(g13
g8
NtRp7620
(dp7621
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mercury_Energy
p7622
sbNg6
(g13
g8
NtRp7623
(dp7624
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p7625
sbg6
(g13
g8
NtRp7626
(dp7627
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp7628
(dp7629
g16
Nsg17
Nsg11
VAratiatia Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the first hydroelectric power station on the Waikato River, and is located 13 kilometres (8.1 mi) downstream of Lake Taup\u014d. Aratiatia is owned and operated by Mercury Energy. Aratiatia is a largely run-of-the-river station, as it generates electricity from water from the Lake Taup\u014d control gates and to the \u014chakuri Power Station. It does, however, have a 55-hectare (140-acre) lake behind the station for temporary storage.
p7630
sbg6
(g13
g8
NtRp7631
(dp7632
g16
Nsg17
Nsg11
VPOINT(176.14250183105 -38.615833282471)
p7633
sbtp7634
a(g6
(g7
g8
NtRp7635
(dp7636
g11
Vhttp://dbpedia.org/resource/Arda_dam
p7637
sbg6
(g13
g8
NtRp7638
(dp7639
g16
Nsg17
Nsg11
V\u0633\u062f \u0639\u0631\u062f\u0629
p7640
sbg6
(g13
g8
NtRp7641
(dp7642
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p7643
sbNNNNg6
(g13
g8
NtRp7644
(dp7645
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p7646
sbg6
(g13
g8
NtRp7647
(dp7648
g16
Nsg17
Nsg11
VFlood control
p7649
sbNNNg6
(g13
g8
NtRp7650
(dp7651
g16
Nsg17
Nsg11
VSaudi Arabia
p7652
sbg6
(g13
g8
NtRp7653
(dp7654
g16
Nsg17
Nsg11
VThe Arda dam, also known as the Wadi Arda dam, is a dam in Saudi Arabia opened in 1984 and located in Tayif city of Mecca region. The main purpose of the dam is flood control. The estimated cost of the dam is SR140 million (US 37,33 million).
p7655
sbg6
(g13
g8
NtRp7656
(dp7657
g16
Nsg17
Nsg11
VPOINT(40.415832519531 21.270278930664)
p7658
sbtp7659
a(g6
(g7
g8
NtRp7660
(dp7661
g11
Vhttp://dbpedia.org/resource/Arda_dam
p7662
sbg6
(g13
g8
NtRp7663
(dp7664
g16
Nsg17
Nsg11
VArda dam
p7665
sbg6
(g13
g8
NtRp7666
(dp7667
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p7668
sbNNNNg6
(g13
g8
NtRp7669
(dp7670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p7671
sbg6
(g13
g8
NtRp7672
(dp7673
g16
Nsg17
Nsg11
VFlood control
p7674
sbNNNg6
(g13
g8
NtRp7675
(dp7676
g16
Nsg17
Nsg11
VSaudi Arabia
p7677
sbg6
(g13
g8
NtRp7678
(dp7679
g16
Nsg17
Nsg11
VThe Arda dam, also known as the Wadi Arda dam, is a dam in Saudi Arabia opened in 1984 and located in Tayif city of Mecca region. The main purpose of the dam is flood control. The estimated cost of the dam is SR140 million (US 37,33 million).
p7680
sbg6
(g13
g8
NtRp7681
(dp7682
g16
Nsg17
Nsg11
VPOINT(40.415832519531 21.270278930664)
p7683
sbtp7684
a(g6
(g7
g8
NtRp7685
(dp7686
g11
Vhttp://dbpedia.org/resource/Arita_Dam
p7687
sbg6
(g13
g8
NtRp7688
(dp7689
g16
Nsg17
Nsg11
VArita Dam
p7690
sbg6
(g13
g8
NtRp7691
(dp7692
g16
Nsg17
Nsg11
VJapan
p7693
sbNg6
(g13
g8
NtRp7694
(dp7695
g16
Nsg17
g27
sg11
V0.108
p7696
sbNNNNNNNg6
(g13
g8
NtRp7697
(dp7698
g16
Nsg17
Nsg11
VJapan
p7699
sbg6
(g13
g8
NtRp7700
(dp7701
g16
Nsg17
Nsg11
VArita Dam is a gravity dam located in Saga Prefecture in Japan. The dam is used for flood control and water supply. The catchment area of the dam is 2.2 km2. The dam impounds about 18 ha of land when full and can store 1880 thousand cubic meters of water. The construction of the dam was started on 1958 and completed in 1961.
p7702
sbg6
(g13
g8
NtRp7703
(dp7704
g16
Nsg17
Nsg11
VPOINT(129.89527893066 33.198333740234)
p7705
sbtp7706
a(g6
(g7
g8
NtRp7707
(dp7708
g11
Vhttp://dbpedia.org/resource/Arita_Dam
p7709
sbg6
(g13
g8
NtRp7710
(dp7711
g16
Nsg17
Nsg11
V\u6709\u7530\u30c0\u30e0
p7712
sbg6
(g13
g8
NtRp7713
(dp7714
g16
Nsg17
Nsg11
VJapan
p7715
sbNg6
(g13
g8
NtRp7716
(dp7717
g16
Nsg17
g27
sg11
V0.108
p7718
sbNNNNNNNg6
(g13
g8
NtRp7719
(dp7720
g16
Nsg17
Nsg11
VJapan
p7721
sbg6
(g13
g8
NtRp7722
(dp7723
g16
Nsg17
Nsg11
VArita Dam is a gravity dam located in Saga Prefecture in Japan. The dam is used for flood control and water supply. The catchment area of the dam is 2.2 km2. The dam impounds about 18 ha of land when full and can store 1880 thousand cubic meters of water. The construction of the dam was started on 1958 and completed in 1961.
p7724
sbg6
(g13
g8
NtRp7725
(dp7726
g16
Nsg17
Nsg11
VPOINT(129.89527893066 33.198333740234)
p7727
sbtp7728
a(g6
(g7
g8
NtRp7729
(dp7730
g11
Vhttp://dbpedia.org/resource/Arkun_Dam
p7731
sbg6
(g13
g8
NtRp7732
(dp7733
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u0440\u043a\u0443\u043d
p7734
sbg6
(g13
g8
NtRp7735
(dp7736
g16
Nsg17
Nsg11
VTurkey
p7737
sbg6
(g13
g8
NtRp7738
(dp7739
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p7740
sbNNg6
(g7
g8
NtRp7741
(dp7742
g11
Vhttp://dbpedia.org/resource/Arkun_Dam__Lake__1
p7743
sbg6
(g13
g8
NtRp7744
(dp7745
g16
Nsg17
Nsg11
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VO
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V6.77434e+06
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VThe Arkun Dam an embankment dam on the Çoruh River near \u0130spir in Erzurum Province, Turkey. Construction began in 2011 and the primary purpose of the dam is hydroelectric power generation. It is part of the Çoruh Development Plan and its construction is being supervised by Turkey's State Hydraulic Works. The dam and power plant were completed early, in June 2014. Water from the dam's reservoir supplies two power stations; one at the dam's toe (base) (11.92 MW) and the other downstream (225 MW) in Artvin Province.
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VArkun Dam
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VTurkey
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VThe Arkun Dam an embankment dam on the Çoruh River near \u0130spir in Erzurum Province, Turkey. Construction began in 2011 and the primary purpose of the dam is hydroelectric power generation. It is part of the Çoruh Development Plan and its construction is being supervised by Turkey's State Hydraulic Works. The dam and power plant were completed early, in June 2014. Water from the dam's reservoir supplies two power stations; one at the dam's toe (base) (11.92 MW) and the other downstream (225 MW) in Artvin Province.
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VArmenia Dam
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VArmenia Dam is a dam in the , near Hobhouse, Free State province, South Africa. It was established in 1954. It has a capacity of 13,000 cubic metres (460,000 cu ft), and a surface area of 3.933 square kilometres (1.519 sq mi), the wall is 22 metres (72 ft) high.
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VAroona Dam
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VAustralia
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Vwater supply
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VNot known
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V44428.6
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VSouth Australia
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VAroona Dam is a reservoir in the Australian state of South Australia located in the gazetted locality of Leigh Creek about 5 kilometres (3.1 mi) west of the locality\u2019s town centre. The dam consists of a concrete gravity dam of a height of 24 metres (80 ft) and a width of 236 metres (775 ft) which holds back a lake of a volume of 7,500 megalitres (1,650,000,000 imp gal) and which extends for a distance about 3.5 kilometres (2.2 mi) to the east of the dam wall.
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VA
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g27
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V0.35052
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NtRp7894
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VIrrigation
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Vhttp://dbpedia.org/resource/Boise_River
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VUSA#Idaho
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VArrowrock Dam is a concrete arch dam in the western United States, on the Boise River in southwestern Idaho, east of Boise. Opened 107 years ago in 1915, it is located on the border of Boise and Elmore counties, upstream of the Lucky Peak Dam and reservoir. The spillway elevation for Arrowrock is 3,219 feet (981 m) above sea level and its primary purpose is to provide irrigation water for agriculture. The dam was designated as a National Historic Civil Engineering Landmark by the American Society of Civil Engineers in 2016, and is operated by the U.S. Bureau of Reclamation.
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VPOINT(-115.92222595215 43.595554351807)
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VArrowrock Dam
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VA
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V0.35052
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VIrrigation
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VUSA#Idaho
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VArrowrock Dam is a concrete arch dam in the western United States, on the Boise River in southwestern Idaho, east of Boise. Opened 107 years ago in 1915, it is located on the border of Boise and Elmore counties, upstream of the Lucky Peak Dam and reservoir. The spillway elevation for Arrowrock is 3,219 feet (981 m) above sea level and its primary purpose is to provide irrigation water for agriculture. The dam was designated as a National Historic Civil Engineering Landmark by the American Society of Civil Engineers in 2016, and is operated by the U.S. Bureau of Reclamation.
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VPOINT(-115.92222595215 43.595554351807)
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VA
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VIrrigation
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VUSA#Idaho
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VArrowrock Dam is a concrete arch dam in the western United States, on the Boise River in southwestern Idaho, east of Boise. Opened 107 years ago in 1915, it is located on the border of Boise and Elmore counties, upstream of the Lucky Peak Dam and reservoir. The spillway elevation for Arrowrock is 3,219 feet (981 m) above sea level and its primary purpose is to provide irrigation water for agriculture. The dam was designated as a National Historic Civil Engineering Landmark by the American Society of Civil Engineers in 2016, and is operated by the U.S. Bureau of Reclamation.
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VBarrage d'Arrowrock
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VA
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V0.35052
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VIrrigation
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VUSA#Idaho
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VArrowrock Dam is a concrete arch dam in the western United States, on the Boise River in southwestern Idaho, east of Boise. Opened 107 years ago in 1915, it is located on the border of Boise and Elmore counties, upstream of the Lucky Peak Dam and reservoir. The spillway elevation for Arrowrock is 3,219 feet (981 m) above sea level and its primary purpose is to provide irrigation water for agriculture. The dam was designated as a National Historic Civil Engineering Landmark by the American Society of Civil Engineers in 2016, and is operated by the U.S. Bureau of Reclamation.
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VEmbalse de Arroyito
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VO
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VThe Arroyito Dam (in Spanish, Embalse de Arroyito) is the fifth of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), at 315 metres (1,033 ft) above mean sea level. It was inaugurated in 1979. The reservoir has an area of 38.6 square kilometres (14.9 sq mi) and a volume of 300 million cubic metres (11×109 cu ft). Its depth is 7.7 metres (25 ft) on average (maximum: 15 metres (49 ft)).
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VPOINT(-68.585502624512 -39.106998443604)
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VThe Arroyito Dam (in Spanish, Embalse de Arroyito) is the fifth of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), at 315 metres (1,033 ft) above mean sea level. It was inaugurated in 1979. The reservoir has an area of 38.6 square kilometres (14.9 sq mi) and a volume of 300 million cubic metres (11×109 cu ft). Its depth is 7.7 metres (25 ft) on average (maximum: 15 metres (49 ft)).
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VThe Arroyito Dam (in Spanish, Embalse de Arroyito) is the fifth of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), at 315 metres (1,033 ft) above mean sea level. It was inaugurated in 1979. The reservoir has an area of 38.6 square kilometres (14.9 sq mi) and a volume of 300 million cubic metres (11×109 cu ft). Its depth is 7.7 metres (25 ft) on average (maximum: 15 metres (49 ft)).
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VPOINT(-68.585502624512 -39.106998443604)
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VTalsperre Arroyito
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g8
NtRp8099
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g11
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p8101
sbNNg6
(g13
g8
NtRp8102
(dp8103
g16
Nsg17
Nsg11
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p8104
sbg6
(g13
g8
NtRp8105
(dp8106
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8107
(dp8108
g16
Nsg17
Nsg11
VThe Arroyito Dam (in Spanish, Embalse de Arroyito) is the fifth of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), at 315 metres (1,033 ft) above mean sea level. It was inaugurated in 1979. The reservoir has an area of 38.6 square kilometres (14.9 sq mi) and a volume of 300 million cubic metres (11×109 cu ft). Its depth is 7.7 metres (25 ft) on average (maximum: 15 metres (49 ft)).
p8109
sbg6
(g13
g8
NtRp8110
(dp8111
g16
Nsg17
Nsg11
VPOINT(-68.585502624512 -39.106998443604)
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sbtp8113
a(g6
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g8
NtRp8114
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g11
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p8116
sbg6
(g13
g8
NtRp8117
(dp8118
g16
Nsg17
Nsg11
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p8119
sbg6
(g13
g8
NtRp8120
(dp8121
g16
Nsg17
Nsg11
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p8122
sbNNNg6
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g8
NtRp8123
(dp8124
g11
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p8125
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g8
NtRp8126
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g16
Nsg17
Nsg11
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p8128
sbg6
(g13
g8
NtRp8129
(dp8130
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8131
(dp8132
g16
Nsg17
Nsg11
VThe Arroyito Dam (in Spanish, Embalse de Arroyito) is the fifth of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), at 315 metres (1,033 ft) above mean sea level. It was inaugurated in 1979. The reservoir has an area of 38.6 square kilometres (14.9 sq mi) and a volume of 300 million cubic metres (11×109 cu ft). Its depth is 7.7 metres (25 ft) on average (maximum: 15 metres (49 ft)).
p8133
sbg6
(g13
g8
NtRp8134
(dp8135
g16
Nsg17
Nsg11
VPOINT(-68.585502624512 -39.106998443604)
p8136
sbtp8137
a(g6
(g7
g8
NtRp8138
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g11
Vhttp://dbpedia.org/resource/Artvin_Dam
p8140
sbg6
(g13
g8
NtRp8141
(dp8142
g16
Nsg17
Nsg11
VArtvinská p\u0159ehradní nádr\u017e
p8143
sbg6
(g13
g8
NtRp8144
(dp8145
g16
Nsg17
Nsg11
VTurkey
p8146
sbg6
(g13
g8
NtRp8147
(dp8148
g16
Nsg17
Nsg11
VArch-gravity
p8149
sbg6
(g13
g8
NtRp8150
(dp8151
g16
Nsg17
g27
sg11
V0.2779
p8152
sbg6
(g13
g8
NtRp8153
(dp8154
g16
Nsg17
g27
sg11
V515.0
p8155
sbg6
(g7
g8
NtRp8156
(dp8157
g11
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p8158
sbg6
(g13
g8
NtRp8159
(dp8160
g16
Nsg17
Nsg11
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p8161
sbg6
(g13
g8
NtRp8162
(dp8163
g16
Nsg17
Nsg11
VPower
p8164
sbg6
(g13
g8
NtRp8165
(dp8166
g16
Nsg17
Nsg11
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p8167
sbg6
(g13
g8
NtRp8168
(dp8169
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp8170
(dp8171
g16
Nsg17
g27
sg11
V950000.0
p8172
sbg6
(g13
g8
NtRp8173
(dp8174
g16
Nsg17
Nsg11
VTurkey
p8175
sbg6
(g13
g8
NtRp8176
(dp8177
g16
Nsg17
Nsg11
VThe Artvin Dam an arch-gravity dam on the Çoruh River in Artvin Province, Turkey. Preliminary construction on the dam began in December 2010 and the river diversion tunnels were complete in July 2012 at which time construction on the dam foundation started. The purpose of the dam is hydroelectric power generation and its power station has an installed capacity of 340 MW when completed. The dam is part of the Çoruh Development Plan and its construction was supervised by Turkey's State Hydraulic Works. The dam began to impound its reservoir in October 2015 and the power station was commissioned beginning in January 2016.
p8178
sbg6
(g13
g8
NtRp8179
(dp8180
g16
Nsg17
Nsg11
VPOINT(41.769748687744 40.933834075928)
p8181
sbtp8182
a(g6
(g7
g8
NtRp8183
(dp8184
g11
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p8185
sbg6
(g13
g8
NtRp8186
(dp8187
g16
Nsg17
Nsg11
VArtvin Dam
p8188
sbg6
(g13
g8
NtRp8189
(dp8190
g16
Nsg17
Nsg11
VTurkey
p8191
sbg6
(g13
g8
NtRp8192
(dp8193
g16
Nsg17
Nsg11
VArch-gravity
p8194
sbg6
(g13
g8
NtRp8195
(dp8196
g16
Nsg17
g27
sg11
V0.2779
p8197
sbg6
(g13
g8
NtRp8198
(dp8199
g16
Nsg17
g27
sg11
V515.0
p8200
sbg6
(g7
g8
NtRp8201
(dp8202
g11
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p8203
sbg6
(g13
g8
NtRp8204
(dp8205
g16
Nsg17
Nsg11
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p8206
sbg6
(g13
g8
NtRp8207
(dp8208
g16
Nsg17
Nsg11
VPower
p8209
sbg6
(g13
g8
NtRp8210
(dp8211
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p8212
sbg6
(g13
g8
NtRp8213
(dp8214
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp8215
(dp8216
g16
Nsg17
g27
sg11
V950000.0
p8217
sbg6
(g13
g8
NtRp8218
(dp8219
g16
Nsg17
Nsg11
VTurkey
p8220
sbg6
(g13
g8
NtRp8221
(dp8222
g16
Nsg17
Nsg11
VThe Artvin Dam an arch-gravity dam on the Çoruh River in Artvin Province, Turkey. Preliminary construction on the dam began in December 2010 and the river diversion tunnels were complete in July 2012 at which time construction on the dam foundation started. The purpose of the dam is hydroelectric power generation and its power station has an installed capacity of 340 MW when completed. The dam is part of the Çoruh Development Plan and its construction was supervised by Turkey's State Hydraulic Works. The dam began to impound its reservoir in October 2015 and the power station was commissioned beginning in January 2016.
p8223
sbg6
(g13
g8
NtRp8224
(dp8225
g16
Nsg17
Nsg11
VPOINT(41.769748687744 40.933834075928)
p8226
sbtp8227
a(g6
(g7
g8
NtRp8228
(dp8229
g11
Vhttp://dbpedia.org/resource/Artvin_Dam
p8230
sbg6
(g13
g8
NtRp8231
(dp8232
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u0440\u0442\u0432\u0456\u043d
p8233
sbg6
(g13
g8
NtRp8234
(dp8235
g16
Nsg17
Nsg11
VTurkey
p8236
sbg6
(g13
g8
NtRp8237
(dp8238
g16
Nsg17
Nsg11
VArch-gravity
p8239
sbg6
(g13
g8
NtRp8240
(dp8241
g16
Nsg17
g27
sg11
V0.2779
p8242
sbg6
(g13
g8
NtRp8243
(dp8244
g16
Nsg17
g27
sg11
V515.0
p8245
sbg6
(g7
g8
NtRp8246
(dp8247
g11
Vhttp://dbpedia.org/resource/Artvin_Dam__Lake__1
p8248
sbg6
(g13
g8
NtRp8249
(dp8250
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p8251
sbg6
(g13
g8
NtRp8252
(dp8253
g16
Nsg17
Nsg11
VPower
p8254
sbg6
(g13
g8
NtRp8255
(dp8256
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p8257
sbg6
(g13
g8
NtRp8258
(dp8259
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp8260
(dp8261
g16
Nsg17
g27
sg11
V950000.0
p8262
sbg6
(g13
g8
NtRp8263
(dp8264
g16
Nsg17
Nsg11
VTurkey
p8265
sbg6
(g13
g8
NtRp8266
(dp8267
g16
Nsg17
Nsg11
VThe Artvin Dam an arch-gravity dam on the Çoruh River in Artvin Province, Turkey. Preliminary construction on the dam began in December 2010 and the river diversion tunnels were complete in July 2012 at which time construction on the dam foundation started. The purpose of the dam is hydroelectric power generation and its power station has an installed capacity of 340 MW when completed. The dam is part of the Çoruh Development Plan and its construction was supervised by Turkey's State Hydraulic Works. The dam began to impound its reservoir in October 2015 and the power station was commissioned beginning in January 2016.
p8268
sbg6
(g13
g8
NtRp8269
(dp8270
g16
Nsg17
Nsg11
VPOINT(41.769748687744 40.933834075928)
p8271
sbtp8272
a(g6
(g7
g8
NtRp8273
(dp8274
g11
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p8275
sbg6
(g13
g8
NtRp8276
(dp8277
g16
Nsg17
Nsg11
VAsan Barrage
p8278
sbg6
(g13
g8
NtRp8279
(dp8280
g16
Nsg17
Nsg11
VIndia
p8281
sbNg6
(g13
g8
NtRp8282
(dp8283
g16
Nsg17
g27
sg11
V0.2875
p8284
sbNg6
(g7
g8
NtRp8285
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g11
Vhttp://dbpedia.org/resource/Asan_Barrage__Lake__1
p8287
sbNNNNNg6
(g13
g8
NtRp8288
(dp8289
g16
Nsg17
Nsg11
VIndia Uttarakhand
p8290
sbg6
(g13
g8
NtRp8291
(dp8292
g16
Nsg17
Nsg11
VThe Asan Barrage is a barrage in the Uttarakhand-Himachal Pradesh border region in Doon Valley, (Dehradun district), northern India, situated at the confluence of the Eastern Yamuna Canal and the Asan River and about 11 km (7 mi) from Dakpathar, and 28 km. northwest of Dehradun in Uttarakhand. The barrage is 287.5m long and has water throughout the year which is fed from the river Asan and the discharge channel of the river Yamuna. Since 2020 it has been declared as Uttarakhand's first Ramsar site.
p8293
sbg6
(g13
g8
NtRp8294
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g16
Nsg17
Nsg11
VPOINT(77.665557861328 30.435832977295)
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sbtp8297
a(g6
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g8
NtRp8298
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g11
Vhttp://dbpedia.org/resource/Asem_dam
p8300
sbg6
(g13
g8
NtRp8301
(dp8302
g16
Nsg17
Nsg11
V\u0633\u062f \u0639\u0627\u0635\u0645
p8303
sbg6
(g13
g8
NtRp8304
(dp8305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p8306
sbNNNNg6
(g13
g8
NtRp8307
(dp8308
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p8309
sbg6
(g13
g8
NtRp8310
(dp8311
g16
Nsg17
Nsg11
VOther
p8312
sbNNNg6
(g13
g8
NtRp8313
(dp8314
g16
Nsg17
Nsg11
VSaudi Arabia
p8315
sbg6
(g13
g8
NtRp8316
(dp8317
g16
Nsg17
Nsg11
VThe Asem dam is a dam in Saudi Arabia opened in 1984 and located in Asir region.
p8318
sbg6
(g13
g8
NtRp8319
(dp8320
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p8321
sbtp8322
a(g6
(g7
g8
NtRp8323
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g11
Vhttp://dbpedia.org/resource/Asem_dam
p8325
sbg6
(g13
g8
NtRp8326
(dp8327
g16
Nsg17
Nsg11
VAsem dam
p8328
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(g13
g8
NtRp8329
(dp8330
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p8331
sbNNNNg6
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g8
NtRp8332
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p8334
sbg6
(g13
g8
NtRp8335
(dp8336
g16
Nsg17
Nsg11
VOther
p8337
sbNNNg6
(g13
g8
NtRp8338
(dp8339
g16
Nsg17
Nsg11
VSaudi Arabia
p8340
sbg6
(g13
g8
NtRp8341
(dp8342
g16
Nsg17
Nsg11
VThe Asem dam is a dam in Saudi Arabia opened in 1984 and located in Asir region.
p8343
sbg6
(g13
g8
NtRp8344
(dp8345
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
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sbtp8347
a(g6
(g7
g8
NtRp8348
(dp8349
g11
Vhttp://dbpedia.org/resource/Ashley_Reservoir
p8350
sbg6
(g13
g8
NtRp8351
(dp8352
g16
Nsg17
Nsg11
VAshley Reservoir
p8353
sbg6
(g13
g8
NtRp8354
(dp8355
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_of_America
p8356
sbNNNg6
(g7
g8
NtRp8357
(dp8358
g11
Vhttp://dbpedia.org/resource/Ashley_Reservoir__Lake__1
p8359
sbNg6
(g13
g8
NtRp8360
(dp8361
g16
Nsg17
Nsg11
VDrinking water supply
p8362
sbNg6
(g13
g8
NtRp8363
(dp8364
g16
Nsg17
Nsg11
VOperational
p8365
sbNg6
(g13
g8
NtRp8366
(dp8367
g16
Nsg17
Nsg11
VUSA Holyoke#USA Massachusetts#USA
p8368
sbg6
(g13
g8
NtRp8369
(dp8370
g16
Nsg17
Nsg11
VAshley Reservoir, a Class II hazard reservoir, is the secondary drinking supply for the city of Holyoke, Massachusetts. The reservoir, consisting of Wright Pond and Ashley Pond, has an impound capacity of more than 795 million gallons of water and a safe yield of 2.1 million gallons of water per day.
p8371
sbg6
(g13
g8
NtRp8372
(dp8373
g16
Nsg17
Nsg11
VPOINT(-72.661003112793 42.174999237061)
p8374
sbtp8375
a(g6
(g7
g8
NtRp8376
(dp8377
g11
Vhttp://dbpedia.org/resource/Ashran_dam
p8378
sbg6
(g13
g8
NtRp8379
(dp8380
g16
Nsg17
Nsg11
V\u0633\u062f \u0639\u0634\u0631\u0627\u0646
p8381
sbg6
(g13
g8
NtRp8382
(dp8383
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p8384
sbg6
(g13
g8
NtRp8385
(dp8386
g16
Nsg17
Nsg11
Vb
sbNNNg6
(g13
g8
NtRp8387
(dp8388
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p8389
sbg6
(g13
g8
NtRp8390
(dp8391
g16
Nsg17
Nsg11
VFlood control
p8392
sbNNNg6
(g13
g8
NtRp8393
(dp8394
g16
Nsg17
Nsg11
VSaudi Arabia
p8395
sbg6
(g13
g8
NtRp8396
(dp8397
g16
Nsg17
Nsg11
VThe Ashran dam is a dam in Saudi Arabia opened in 1985 and located in Asir region. The main purpose of the dam is flood control.
p8398
sbg6
(g13
g8
NtRp8399
(dp8400
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p8401
sbtp8402
a(g6
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g8
NtRp8403
(dp8404
g11
Vhttp://dbpedia.org/resource/Ashran_dam
p8405
sbg6
(g13
g8
NtRp8406
(dp8407
g16
Nsg17
Nsg11
VAshran dam
p8408
sbg6
(g13
g8
NtRp8409
(dp8410
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p8411
sbg6
(g13
g8
NtRp8412
(dp8413
g16
Nsg17
Nsg11
Vb
sbNNNg6
(g13
g8
NtRp8414
(dp8415
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p8416
sbg6
(g13
g8
NtRp8417
(dp8418
g16
Nsg17
Nsg11
VFlood control
p8419
sbNNNg6
(g13
g8
NtRp8420
(dp8421
g16
Nsg17
Nsg11
VSaudi Arabia
p8422
sbg6
(g13
g8
NtRp8423
(dp8424
g16
Nsg17
Nsg11
VThe Ashran dam is a dam in Saudi Arabia opened in 1985 and located in Asir region. The main purpose of the dam is flood control.
p8425
sbg6
(g13
g8
NtRp8426
(dp8427
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p8428
sbtp8429
a(g6
(g7
g8
NtRp8430
(dp8431
g11
Vhttp://dbpedia.org/resource/Aslanda\u011f_Dam
p8432
sbg6
(g13
g8
NtRp8433
(dp8434
g16
Nsg17
Nsg11
VAslanda\u011f Dam
p8435
sbg6
(g13
g8
NtRp8436
(dp8437
g16
Nsg17
Nsg11
VTurkey
p8438
sbg6
(g13
g8
NtRp8439
(dp8440
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p8441
sbg6
(g13
g8
NtRp8442
(dp8443
g16
Nsg17
g27
sg11
V0.209
p8444
sbg6
(g13
g8
NtRp8445
(dp8446
g16
Nsg17
g27
sg11
V1326.0
p8447
sbg6
(g7
g8
NtRp8448
(dp8449
g11
Vhttp://dbpedia.org/resource/Aslanda\u011f_Dam__Lake__1
p8450
sbg6
(g13
g8
NtRp8451
(dp8452
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p8453
sbg6
(g13
g8
NtRp8454
(dp8455
g16
Nsg17
Nsg11
VWater supply, military
p8456
sbg6
(g13
g8
NtRp8457
(dp8458
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bembo_River
p8459
sbg6
(g13
g8
NtRp8460
(dp8461
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp8462
(dp8463
g16
Nsg17
Nsg11
VTurkey
p8464
sbg6
(g13
g8
NtRp8465
(dp8466
g16
Nsg17
Nsg11
VThe Aslanda\u011f Dam is a gravity dam on the (an eventual tributary of the Great Zab) in \u015eemdinli district of Hakkâri Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, Özdo\u011fan Group began construction on the dam in 2008 and it was complete in 2012. In July 2012 suspected Kurdistan Workers' Party (PKK) militants set fire to equipment at the construction sites of the Aslanda\u011f Dam and also the Beyyurdu Dam which is located downstream.
p8467
sbg6
(g13
g8
NtRp8468
(dp8469
g16
Nsg17
Nsg11
VPOINT(44.440784454346 37.324687957764)
p8470
sbtp8471
a(g6
(g7
g8
NtRp8472
(dp8473
g11
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p8474
sbg6
(g13
g8
NtRp8475
(dp8476
g16
Nsg17
Nsg11
VAssadir dam
p8477
sbg6
(g13
g8
NtRp8478
(dp8479
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p8480
sbNNNNg6
(g13
g8
NtRp8481
(dp8482
g16
Nsg17
Nsg11
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p8483
sbg6
(g13
g8
NtRp8484
(dp8485
g16
Nsg17
Nsg11
VIrrigation
p8486
sbNNNg6
(g13
g8
NtRp8487
(dp8488
g16
Nsg17
Nsg11
VSaudi Arabia
p8489
sbg6
(g13
g8
NtRp8490
(dp8491
g16
Nsg17
Nsg11
VThe Assadir dam is a dam in Saudi Arabia opened in 1982 and located in Al Baha region. The main purpose of the dam is irrigation.
p8492
sbg6
(g13
g8
NtRp8493
(dp8494
g16
Nsg17
Nsg11
VPOINT(41.624584197998 20.126861572266)
p8495
sbtp8496
a(g6
(g7
g8
NtRp8497
(dp8498
g11
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p8499
sbg6
(g13
g8
NtRp8500
(dp8501
g16
Nsg17
Nsg11
V\u0633\u062f \u0648\u0627\u062f\u064a \u0627\u0644\u0635\u062f\u0631
p8502
sbg6
(g13
g8
NtRp8503
(dp8504
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p8505
sbNNNNg6
(g13
g8
NtRp8506
(dp8507
g16
Nsg17
Nsg11
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p8508
sbg6
(g13
g8
NtRp8509
(dp8510
g16
Nsg17
Nsg11
VIrrigation
p8511
sbNNNg6
(g13
g8
NtRp8512
(dp8513
g16
Nsg17
Nsg11
VSaudi Arabia
p8514
sbg6
(g13
g8
NtRp8515
(dp8516
g16
Nsg17
Nsg11
VThe Assadir dam is a dam in Saudi Arabia opened in 1982 and located in Al Baha region. The main purpose of the dam is irrigation.
p8517
sbg6
(g13
g8
NtRp8518
(dp8519
g16
Nsg17
Nsg11
VPOINT(41.624584197998 20.126861572266)
p8520
sbtp8521
a(g6
(g7
g8
NtRp8522
(dp8523
g11
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p8524
sbg6
(g13
g8
NtRp8525
(dp8526
g16
Nsg17
Nsg11
VAsyut-Stauwehr
p8527
sbg6
(g13
g8
NtRp8528
(dp8529
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Egypt
p8530
sbg6
(g13
g8
NtRp8531
(dp8532
g16
Nsg17
Nsg11
VB
sbNNNNNg6
(g13
g8
NtRp8533
(dp8534
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nile
p8535
sbNNNg6
(g13
g8
NtRp8536
(dp8537
g16
Nsg17
Nsg11
VThe Assiut Barrage is a dam on the Nile River in the city of Assiut in Upper Egypt (250 miles to the south of Cairo). It was completed in 1903.
p8538
sbg6
(g13
g8
NtRp8539
(dp8540
g16
Nsg17
Nsg11
VPOINT(31.190210342407 27.202920913696)
p8541
sbtp8542
a(g6
(g7
g8
NtRp8543
(dp8544
g11
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p8545
sbg6
(g13
g8
NtRp8546
(dp8547
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u0441\u044c\u044e\u0442
p8548
sbg6
(g13
g8
NtRp8549
(dp8550
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Egypt
p8551
sbg6
(g13
g8
NtRp8552
(dp8553
g16
Nsg17
Nsg11
VB
sbNNNNNg6
(g13
g8
NtRp8554
(dp8555
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nile
p8556
sbNNNg6
(g13
g8
NtRp8557
(dp8558
g16
Nsg17
Nsg11
VThe Assiut Barrage is a dam on the Nile River in the city of Assiut in Upper Egypt (250 miles to the south of Cairo). It was completed in 1903.
p8559
sbg6
(g13
g8
NtRp8560
(dp8561
g16
Nsg17
Nsg11
VPOINT(31.190210342407 27.202920913696)
p8562
sbtp8563
a(g6
(g7
g8
NtRp8564
(dp8565
g11
Vhttp://dbpedia.org/resource/Assiut_Barrage
p8566
sbg6
(g13
g8
NtRp8567
(dp8568
g16
Nsg17
Nsg11
V\u0642\u0646\u0627\u0637\u0631 \u0623\u0633\u064a\u0648\u0637
p8569
sbg6
(g13
g8
NtRp8570
(dp8571
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Egypt
p8572
sbg6
(g13
g8
NtRp8573
(dp8574
g16
Nsg17
Nsg11
VB
sbNNNNNg6
(g13
g8
NtRp8575
(dp8576
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nile
p8577
sbNNNg6
(g13
g8
NtRp8578
(dp8579
g16
Nsg17
Nsg11
VThe Assiut Barrage is a dam on the Nile River in the city of Assiut in Upper Egypt (250 miles to the south of Cairo). It was completed in 1903.
p8580
sbg6
(g13
g8
NtRp8581
(dp8582
g16
Nsg17
Nsg11
VPOINT(31.190210342407 27.202920913696)
p8583
sbtp8584
a(g6
(g7
g8
NtRp8585
(dp8586
g11
Vhttp://dbpedia.org/resource/Assiut_Barrage
p8587
sbg6
(g13
g8
NtRp8588
(dp8589
g16
Nsg17
Nsg11
VAssiut Barrage
p8590
sbg6
(g13
g8
NtRp8591
(dp8592
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Egypt
p8593
sbg6
(g13
g8
NtRp8594
(dp8595
g16
Nsg17
Nsg11
VB
sbNNNNNg6
(g13
g8
NtRp8596
(dp8597
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nile
p8598
sbNNNg6
(g13
g8
NtRp8599
(dp8600
g16
Nsg17
Nsg11
VThe Assiut Barrage is a dam on the Nile River in the city of Assiut in Upper Egypt (250 miles to the south of Cairo). It was completed in 1903.
p8601
sbg6
(g13
g8
NtRp8602
(dp8603
g16
Nsg17
Nsg11
VPOINT(31.190210342407 27.202920913696)
p8604
sbtp8605
a(g6
(g7
g8
NtRp8606
(dp8607
g11
Vhttp://dbpedia.org/resource/Asurankundu_Dam
p8608
sbg6
(g13
g8
NtRp8609
(dp8610
g16
Nsg17
Nsg11
VAsurankundu Dam
p8611
sbg6
(g13
g8
NtRp8612
(dp8613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p8614
sbg6
(g13
g8
NtRp8615
(dp8616
g16
Nsg17
Nsg11
VCheck dam
p8617
sbNNNNg6
(g13
g8
NtRp8618
(dp8619
g16
Nsg17
Nsg11
VIrrigation
p8620
sbNg6
(g13
g8
NtRp8621
(dp8622
g16
Nsg17
Nsg11
VActive
p8623
sbNg6
(g13
g8
NtRp8624
(dp8625
g16
Nsg17
Nsg11
VIndia#India Kerala
p8626
sbg6
(g13
g8
NtRp8627
(dp8628
g16
Nsg17
Nsg11
VAsurankund Dam is a check dam located on the Chelakkara River in the Indian state of Kerala. It is located in Mullurkara Panchayat in Thrissur district. The dam at Asurankundu is about 30 km from Thrissur. If one turns right off the Vadakkanchery-Mulloorkara road and follows the forest path for some distance, they will reach the check-post of the forest department. The permission to go further inside and closer to the dam can be obtained here.
p8629
sbg6
(g13
g8
NtRp8630
(dp8631
g16
Nsg17
Nsg11
VPOINT(76.295524597168 10.685232162476)
p8632
sbtp8633
a(g6
(g7
g8
NtRp8634
(dp8635
g11
Vhttp://dbpedia.org/resource/Atasu_Dam
p8636
sbg6
(g13
g8
NtRp8637
(dp8638
g16
Nsg17
Nsg11
VAtasu Dam
p8639
sbg6
(g13
g8
NtRp8640
(dp8641
g16
Nsg17
Nsg11
VTurkey
p8642
sbg6
(g13
g8
NtRp8643
(dp8644
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p8645
sbg6
(g13
g8
NtRp8646
(dp8647
g16
Nsg17
g27
sg11
V0.372
p8648
sbNg6
(g7
g8
NtRp8649
(dp8650
g11
Vhttp://dbpedia.org/resource/Atasu_Dam__Lake__1
p8651
sbg6
(g13
g8
NtRp8652
(dp8653
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p8654
sbNNNg6
(g13
g8
NtRp8655
(dp8656
g16
Nsg17
g27
sg11
V3.8e+06
p8657
sbg6
(g13
g8
NtRp8658
(dp8659
g16
Nsg17
Nsg11
VTurkey
p8660
sbg6
(g13
g8
NtRp8661
(dp8662
g16
Nsg17
Nsg11
VAtasu Dam is a concrete-face rock-fill dam on the Gaylan River, 16 km (10 mi) south of Trabzon in Trabzon Province, Turkey. It was built between 1998 and 2010 for the primary purpose of drinking water supply but also has a 5 MW hydroelectric power station.
p8663
sbg6
(g13
g8
NtRp8664
(dp8665
g16
Nsg17
Nsg11
VPOINT(39.699443817139 40.856109619141)
p8666
sbtp8667
a(g6
(g7
g8
NtRp8668
(dp8669
g11
Vhttp://dbpedia.org/resource/Atasu_Dam
p8670
sbg6
(g13
g8
NtRp8671
(dp8672
g16
Nsg17
Nsg11
VAtasu-Talsperre
p8673
sbg6
(g13
g8
NtRp8674
(dp8675
g16
Nsg17
Nsg11
VTurkey
p8676
sbg6
(g13
g8
NtRp8677
(dp8678
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p8679
sbg6
(g13
g8
NtRp8680
(dp8681
g16
Nsg17
g27
sg11
V0.372
p8682
sbNg6
(g7
g8
NtRp8683
(dp8684
g11
Vhttp://dbpedia.org/resource/Atasu_Dam__Lake__1
p8685
sbg6
(g13
g8
NtRp8686
(dp8687
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p8688
sbNNNg6
(g13
g8
NtRp8689
(dp8690
g16
Nsg17
g27
sg11
V3.8e+06
p8691
sbg6
(g13
g8
NtRp8692
(dp8693
g16
Nsg17
Nsg11
VTurkey
p8694
sbg6
(g13
g8
NtRp8695
(dp8696
g16
Nsg17
Nsg11
VAtasu Dam is a concrete-face rock-fill dam on the Gaylan River, 16 km (10 mi) south of Trabzon in Trabzon Province, Turkey. It was built between 1998 and 2010 for the primary purpose of drinking water supply but also has a 5 MW hydroelectric power station.
p8697
sbg6
(g13
g8
NtRp8698
(dp8699
g16
Nsg17
Nsg11
VPOINT(39.699443817139 40.856109619141)
p8700
sbtp8701
a(g6
(g7
g8
NtRp8702
(dp8703
g11
Vhttp://dbpedia.org/resource/Atkinson_Dam
p8704
sbg6
(g13
g8
NtRp8705
(dp8706
g16
Nsg17
Nsg11
VAtkinson Dam
p8707
sbg6
(g13
g8
NtRp8708
(dp8709
g16
Nsg17
Nsg11
VAustralia
p8710
sbg6
(g13
g8
NtRp8711
(dp8712
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp8713
(dp8714
g16
Nsg17
g27
sg11
V2.088
p8715
sbNg6
(g7
g8
NtRp8716
(dp8717
g11
Vhttp://dbpedia.org/resource/Atkinson_Dam__Lake__1
p8718
sbNg6
(g13
g8
NtRp8719
(dp8720
g16
Nsg17
Nsg11
VIrrigation
p8721
sbNg6
(g13
g8
NtRp8722
(dp8723
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp8724
(dp8725
g16
Nsg17
Nsg11
VQueensland
p8726
sbg6
(g13
g8
NtRp8727
(dp8728
g16
Nsg17
Nsg11
VThe Atkinson Dam is an earth-fill embankment dam across the Buaraba Creek and a naturally forming lagoon, which is located near Lowood in the South East region of Queensland, Australia. The main purpose of the dam is for irrigation of farming land in the lower Lockyer Valley. The resultant reservoir is called Lake Atkinson.
p8729
sbg6
(g13
g8
NtRp8730
(dp8731
g16
Nsg17
Nsg11
VPOINT(152.44416809082 -27.428333282471)
p8732
sbtp8733
a(g6
(g7
g8
NtRp8734
(dp8735
g11
Vhttp://dbpedia.org/resource/Attaqa_Mountain_Pumped_Storage_Power_Plant
p8736
sbg6
(g13
g8
NtRp8737
(dp8738
g16
Nsg17
Nsg11
VAttaqa Mountain Pumped Storage Power Plant
p8739
sbg6
(g13
g8
NtRp8740
(dp8741
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Egypt
p8742
sbNNNNNNNNNNg6
(g13
g8
NtRp8743
(dp8744
g16
Nsg17
Nsg11
VAttaqa Mountain Pumped Storage Power Plant is an ongoing hydroelectricity power plant currently in development with a planned total capacity of 2400MWp. It is located in Suez, Egypt and is set to be completed in 2024.
p8745
sbg6
(g13
g8
NtRp8746
(dp8747
g16
Nsg17
Nsg11
VPOINT(32.256942749023 29.964166641235)
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sbtp8749
a(g6
(g7
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NtRp8750
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g11
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p8752
sbg6
(g13
g8
NtRp8753
(dp8754
g16
Nsg17
Nsg11
VAuburn River Dam
p8755
sbg6
(g13
g8
NtRp8756
(dp8757
g16
Nsg17
Nsg11
VAustralia
p8758
sbNg6
(g13
g8
NtRp8759
(dp8760
g16
Nsg17
g27
sg11
V0.49
p8761
sbNg6
(g7
g8
NtRp8762
(dp8763
g11
Vhttp://dbpedia.org/resource/Auburn_River_Dam__Lake__1
p8764
sbNg6
(g13
g8
NtRp8765
(dp8766
g16
Nsg17
Nsg11
VMuti-Purpose
p8767
sbg6
(g13
g8
NtRp8768
(dp8769
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Auburn_River
p8770
sbg6
(g13
g8
NtRp8771
(dp8772
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp8773
(dp8774
g16
Nsg17
Nsg11
VAustralia
p8775
sbg6
(g13
g8
NtRp8776
(dp8777
g16
Nsg17
Nsg11
VThe Auburn River Dam is a possible future reservoir located on the near Mundubbera, Queensland. The site was recommended for a new dam site after a recent soil test declared the area's topography and clay based soil ideal for a large dammed reservoir. At present, no conclusive plans have been created and the dam has not been proposed by either the Queensland Government or Sunwater.
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sbg6
(g13
g8
NtRp8779
(dp8780
g16
Nsg17
Nsg11
VPOINT(151.11305236816 -25.728332519531)
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sbtp8782
a(g6
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NtRp8783
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p8785
sbg6
(g13
g8
NtRp8786
(dp8787
g16
Nsg17
Nsg11
VCentrale hydroélectrique d'Aura
p8788
sbg6
(g13
g8
NtRp8789
(dp8790
g16
Nsg17
Nsg11
VNorway
p8791
sbNNNNg6
(g13
g8
NtRp8792
(dp8793
g16
Nsg17
Nsg11
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p8794
sbNNg6
(g13
g8
NtRp8795
(dp8796
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8797
(dp8798
g16
Nsg17
Nsg11
VAura Power Station (Aura kraftverk) is a hydroelectric power station located in the municipality Sunndal in Møre og Romsdal, Norway. It operates at an installed capacity of 290 MW, with an average annual production of 1,776 GWh.
p8799
sbg6
(g13
g8
NtRp8800
(dp8801
g16
Nsg17
Nsg11
VPOINT(8.5211114883423 62.664722442627)
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NtRp8804
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g11
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p8806
sbg6
(g13
g8
NtRp8807
(dp8808
g16
Nsg17
Nsg11
VAura Hydroelectric Power Station
p8809
sbg6
(g13
g8
NtRp8810
(dp8811
g16
Nsg17
Nsg11
VNorway
p8812
sbNNNNg6
(g13
g8
NtRp8813
(dp8814
g16
Nsg17
Nsg11
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p8815
sbNNg6
(g13
g8
NtRp8816
(dp8817
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8818
(dp8819
g16
Nsg17
Nsg11
VAura Power Station (Aura kraftverk) is a hydroelectric power station located in the municipality Sunndal in Møre og Romsdal, Norway. It operates at an installed capacity of 290 MW, with an average annual production of 1,776 GWh.
p8820
sbg6
(g13
g8
NtRp8821
(dp8822
g16
Nsg17
Nsg11
VPOINT(8.5211114883423 62.664722442627)
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sbtp8824
a(g6
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NtRp8825
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g11
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p8827
sbg6
(g13
g8
NtRp8828
(dp8829
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0410\u0443\u0440\u0430
p8830
sbg6
(g13
g8
NtRp8831
(dp8832
g16
Nsg17
Nsg11
VNorway
p8833
sbNNNNg6
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g8
NtRp8834
(dp8835
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Statkraft
p8836
sbNNg6
(g13
g8
NtRp8837
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8839
(dp8840
g16
Nsg17
Nsg11
VAura Power Station (Aura kraftverk) is a hydroelectric power station located in the municipality Sunndal in Møre og Romsdal, Norway. It operates at an installed capacity of 290 MW, with an average annual production of 1,776 GWh.
p8841
sbg6
(g13
g8
NtRp8842
(dp8843
g16
Nsg17
Nsg11
VPOINT(8.5211114883423 62.664722442627)
p8844
sbtp8845
a(g6
(g7
g8
NtRp8846
(dp8847
g11
Vhttp://dbpedia.org/resource/Austin_Dam_failure_(Texas)
p8848
sbg6
(g13
g8
NtRp8849
(dp8850
g16
Nsg17
Nsg11
VAustin Dam failure (Texas)
p8851
sbg6
(g13
g8
NtRp8852
(dp8853
g16
Nsg17
Nsg11
VUnited States
p8854
sbNg6
(g13
g8
NtRp8855
(dp8856
g16
Nsg17
g27
sg11
V0.332537
p8857
sbNg6
(g7
g8
NtRp8858
(dp8859
g11
Vhttp://dbpedia.org/resource/Austin_Dam_failure_(Texas)__Lake__1
p8860
sbNg6
(g13
g8
NtRp8861
(dp8862
g16
Nsg17
Nsg11
VWater supply and power generation
p8863
sbg6
(g13
g8
NtRp8864
(dp8865
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Colorado_River_(Texas)
p8866
sbg6
(g13
g8
NtRp8867
(dp8868
g16
Nsg17
Nsg11
VDestroyed
p8869
sbNNg6
(g13
g8
NtRp8870
(dp8871
g16
Nsg17
Nsg11
VThe Austin Dam failure, also referred to as "The Great Granite Dam" failure, was a catastrophic dam failure near Austin, Texas that killed several dozen people in 1900. The destruction of the dam drained the Lake McDonald reservoir and left the city of Austin without electrical power for a number of months. Subsequent attempts to rebuild the dam were unsuccessful. The dam was finally replaced by the Tom Miller Dam in the 1940s.
p8872
sbg6
(g13
g8
NtRp8873
(dp8874
g16
Nsg17
Nsg11
VPOINT(-97.786392211914 30.294445037842)
p8875
sbtp8876
a(g6
(g7
g8
NtRp8877
(dp8878
g11
Vhttp://dbpedia.org/resource/Avalon_Dam
p8879
sbg6
(g13
g8
NtRp8880
(dp8881
g16
Nsg17
Nsg11
VAvalon Dam
p8882
sbg6
(g13
g8
NtRp8883
(dp8884
g16
Nsg17
Nsg11
VUnited States
p8885
sbNNNg6
(g7
g8
NtRp8886
(dp8887
g11
Vhttp://dbpedia.org/resource/Avalon_Dam__Lake__1
p8888
sbg6
(g13
g8
NtRp8889
(dp8890
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p8891
sbg6
(g13
g8
NtRp8892
(dp8893
g16
Nsg17
Nsg11
VIrrigation and flood control
p8894
sbNNNg6
(g13
g8
NtRp8895
(dp8896
g16
Nsg17
Nsg11
VNew Mexico
p8897
sbg6
(g13
g8
NtRp8898
(dp8899
g16
Nsg17
Nsg11
VAvalon Dam is a small dam on the Pecos River about 5 miles (8.0 km) north of Carlsbad, New Mexico, United States.The dam is a storage and regulating reservoir, and diverts water into the main canal of the Carlsbad Project, an irrigation scheme.
p8900
sbg6
(g13
g8
NtRp8901
(dp8902
g16
Nsg17
Nsg11
VPOINT(-104.25212097168 32.490795135498)
p8903
sbtp8904
a(g6
(g7
g8
NtRp8905
(dp8906
g11
Vhttp://dbpedia.org/resource/Avis_Dam
p8907
sbg6
(g13
g8
NtRp8908
(dp8909
g16
Nsg17
Nsg11
VAvis Dam
p8910
sbg6
(g13
g8
NtRp8911
(dp8912
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p8913
sbNNNNNNNg6
(g13
g8
NtRp8914
(dp8915
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8916
(dp8917
g16
Nsg17
Nsg11
VThe Avis Dam is a dam outside of Windhoek, Namibia. It was built in 1933 by the South African colonial authorities. It first flooded in April 1934, but only exceeded 75% again in 2007.
p8918
sbg6
(g13
g8
NtRp8919
(dp8920
g16
Nsg17
Nsg11
VPOINT(17.12933921814 -22.574766159058)
p8921
sbtp8922
a(g6
(g7
g8
NtRp8923
(dp8924
g11
Vhttp://dbpedia.org/resource/Avis_Dam
p8925
sbg6
(g13
g8
NtRp8926
(dp8927
g16
Nsg17
Nsg11
VAvis-Damm
p8928
sbg6
(g13
g8
NtRp8929
(dp8930
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p8931
sbNNNNNNNg6
(g13
g8
NtRp8932
(dp8933
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8934
(dp8935
g16
Nsg17
Nsg11
VThe Avis Dam is a dam outside of Windhoek, Namibia. It was built in 1933 by the South African colonial authorities. It first flooded in April 1934, but only exceeded 75% again in 2007.
p8936
sbg6
(g13
g8
NtRp8937
(dp8938
g16
Nsg17
Nsg11
VPOINT(17.12933921814 -22.574766159058)
p8939
sbtp8940
a(g6
(g7
g8
NtRp8941
(dp8942
g11
Vhttp://dbpedia.org/resource/Avis_Dam
p8943
sbg6
(g13
g8
NtRp8944
(dp8945
g16
Nsg17
Nsg11
VAvisdam
p8946
sbg6
(g13
g8
NtRp8947
(dp8948
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p8949
sbNNNNNNNg6
(g13
g8
NtRp8950
(dp8951
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp8952
(dp8953
g16
Nsg17
Nsg11
VThe Avis Dam is a dam outside of Windhoek, Namibia. It was built in 1933 by the South African colonial authorities. It first flooded in April 1934, but only exceeded 75% again in 2007.
p8954
sbg6
(g13
g8
NtRp8955
(dp8956
g16
Nsg17
Nsg11
VPOINT(17.12933921814 -22.574766159058)
p8957
sbtp8958
a(g6
(g7
g8
NtRp8959
(dp8960
g11
Vhttp://dbpedia.org/resource/Ayago_Hydroelectric_Power_Station
p8961
sbg6
(g13
g8
NtRp8962
(dp8963
g16
Nsg17
Nsg11
VCentrale hydroélectrique d'Ayago
p8964
sbg6
(g13
g8
NtRp8965
(dp8966
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p8967
sbNNNNNg6
(g13
g8
NtRp8968
(dp8969
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp8970
(dp8971
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p8972
sbg6
(g13
g8
NtRp8973
(dp8974
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp8975
(dp8976
g16
Nsg17
Nsg11
VUganda
p8977
sbg6
(g13
g8
NtRp8978
(dp8979
g16
Nsg17
Nsg11
VAyago Hydroelectric Power Station, also Ayago Power Station, is a planned 840 megawatt hydroelectric power project to be constructed in Uganda. If it is built, Ayago would be the largest power station in Uganda, based on generating capacity.
p8980
sbg6
(g13
g8
NtRp8981
(dp8982
g16
Nsg17
Nsg11
VPOINT(32.022499084473 2.2838888168335)
p8983
sbtp8984
a(g6
(g7
g8
NtRp8985
(dp8986
g11
Vhttp://dbpedia.org/resource/Ayago_Hydroelectric_Power_Station
p8987
sbg6
(g13
g8
NtRp8988
(dp8989
g16
Nsg17
Nsg11
VAyago Hydroelectric Power Station
p8990
sbg6
(g13
g8
NtRp8991
(dp8992
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p8993
sbNNNNNg6
(g13
g8
NtRp8994
(dp8995
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp8996
(dp8997
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p8998
sbg6
(g13
g8
NtRp8999
(dp9000
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp9001
(dp9002
g16
Nsg17
Nsg11
VUganda
p9003
sbg6
(g13
g8
NtRp9004
(dp9005
g16
Nsg17
Nsg11
VAyago Hydroelectric Power Station, also Ayago Power Station, is a planned 840 megawatt hydroelectric power project to be constructed in Uganda. If it is built, Ayago would be the largest power station in Uganda, based on generating capacity.
p9006
sbg6
(g13
g8
NtRp9007
(dp9008
g16
Nsg17
Nsg11
VPOINT(32.022499084473 2.2838888168335)
p9009
sbtp9010
a(g6
(g7
g8
NtRp9011
(dp9012
g11
Vhttp://dbpedia.org/resource/Azad_Dam
p9013
sbg6
(g13
g8
NtRp9014
(dp9015
g16
Nsg17
Nsg11
VAzad Dam
p9016
sbg6
(g13
g8
NtRp9017
(dp9018
g16
Nsg17
Nsg11
VIran
p9019
sbNg6
(g13
g8
NtRp9020
(dp9021
g16
Nsg17
g27
sg11
V0.595
p9022
sbNg6
(g7
g8
NtRp9023
(dp9024
g11
Vhttp://dbpedia.org/resource/Azad_Dam__Lake__1
p9025
sbNNg6
(g13
g8
NtRp9026
(dp9027
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gura_River
p9028
sbNg6
(g13
g8
NtRp9029
(dp9030
g16
Nsg17
g27
sg11
V8.5e+06
p9031
sbg6
(g13
g8
NtRp9032
(dp9033
g16
Nsg17
Nsg11
VIran
p9034
sbg6
(g13
g8
NtRp9035
(dp9036
g16
Nsg17
Nsg11
VAzad Dam is an embankment dam on the , 40 km (25 mi) west of Sanandaj in Kordestan province, Iran. It is situated in Kurdistan Province and its construction is part of a water management plan for Kurdistan Province. It has an installed electricity generating capacity of 10 MW (13,000 hp) and future pumped storage power plant with a regenerating capacity of 500 MW (670,000 hp). \u000a* v \u000a* t \u000a* e
p9037
sbg6
(g13
g8
NtRp9038
(dp9039
g16
Nsg17
Nsg11
VPOINT(46.548889160156 35.334445953369)
p9040
sbtp9041
a(g6
(g7
g8
NtRp9042
(dp9043
g11
Vhttp://dbpedia.org/resource/Azad_Dam
p9044
sbg6
(g13
g8
NtRp9045
(dp9046
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0410\u0437\u0430\u0434
p9047
sbg6
(g13
g8
NtRp9048
(dp9049
g16
Nsg17
Nsg11
VIran
p9050
sbNg6
(g13
g8
NtRp9051
(dp9052
g16
Nsg17
g27
sg11
V0.595
p9053
sbNg6
(g7
g8
NtRp9054
(dp9055
g11
Vhttp://dbpedia.org/resource/Azad_Dam__Lake__1
p9056
sbNNg6
(g13
g8
NtRp9057
(dp9058
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gura_River
p9059
sbNg6
(g13
g8
NtRp9060
(dp9061
g16
Nsg17
g27
sg11
V8.5e+06
p9062
sbg6
(g13
g8
NtRp9063
(dp9064
g16
Nsg17
Nsg11
VIran
p9065
sbg6
(g13
g8
NtRp9066
(dp9067
g16
Nsg17
Nsg11
VAzad Dam is an embankment dam on the , 40 km (25 mi) west of Sanandaj in Kordestan province, Iran. It is situated in Kurdistan Province and its construction is part of a water management plan for Kurdistan Province. It has an installed electricity generating capacity of 10 MW (13,000 hp) and future pumped storage power plant with a regenerating capacity of 500 MW (670,000 hp). \u000a* v \u000a* t \u000a* e
p9068
sbg6
(g13
g8
NtRp9069
(dp9070
g16
Nsg17
Nsg11
VPOINT(46.548889160156 35.334445953369)
p9071
sbtp9072
a(g6
(g7
g8
NtRp9073
(dp9074
g11
Vhttp://dbpedia.org/resource/Azad_Pattan_Hydropower_Project
p9075
sbg6
(g13
g8
NtRp9076
(dp9077
g16
Nsg17
Nsg11
VAzad Pattan Hydropower Project
p9078
sbg6
(g13
g8
NtRp9079
(dp9080
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p9081
sbg6
(g13
g8
NtRp9082
(dp9083
g16
Nsg17
Nsg11
VGravity dam,Run of the river
p9084
sbg6
(g13
g8
NtRp9085
(dp9086
g16
Nsg17
g27
sg11
V0.08
p9087
sbNNg6
(g13
g8
NtRp9088
(dp9089
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gezhouba_Group
p9090
sbNg6
(g13
g8
NtRp9091
(dp9092
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p9093
sbNNg6
(g13
g8
NtRp9094
(dp9095
g16
Nsg17
Nsg11
VPakistan
p9096
sbg6
(g13
g8
NtRp9097
(dp9098
g16
Nsg17
Nsg11
VThe Azad Pattan Hydropower Project is a 700 MW hydroelectric power station on the Jhelum River roughly 7 km upstream of Azad Pattan Bridge in the Sudhanoti District, Azad Jammu and Kashmir, Pakistan and 90 km from Islamabad, the capital city of Pakistan. The project is scheduled for completion by 2026. In July 2020, the project's $1.5 billion investment agreement was signed between Chinese state-owned China Gezhouba Group and Pakistan, in a ceremony attended by Prime Minister Imran Khan and senior government ministers.
p9099
sbg6
(g13
g8
NtRp9100
(dp9101
g16
Nsg17
Nsg11
VPOINT(73.571510314941 33.767749786377)
p9102
sbtp9103
a(g6
(g7
g8
NtRp9104
(dp9105
g11
Vhttp://dbpedia.org/resource/Azad_Pattan_Hydropower_Project
p9106
sbg6
(g13
g8
NtRp9107
(dp9108
g16
Nsg17
Nsg11
V\u0645\u0634\u0631\u0648\u0639 \u0622\u0632\u0627\u062f \u0628\u0627\u062a\u0627\u0646 \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u0627\u0626\u064a\u0629
p9109
sbg6
(g13
g8
NtRp9110
(dp9111
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p9112
sbg6
(g13
g8
NtRp9113
(dp9114
g16
Nsg17
Nsg11
VGravity dam,Run of the river
p9115
sbg6
(g13
g8
NtRp9116
(dp9117
g16
Nsg17
g27
sg11
V0.08
p9118
sbNNg6
(g13
g8
NtRp9119
(dp9120
g16
Nsg17
Nsg11
Vhttps://www.laraibgroup.com/
p9121
sbNg6
(g13
g8
NtRp9122
(dp9123
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p9124
sbNNg6
(g13
g8
NtRp9125
(dp9126
g16
Nsg17
Nsg11
VPakistan
p9127
sbg6
(g13
g8
NtRp9128
(dp9129
g16
Nsg17
Nsg11
VThe Azad Pattan Hydropower Project is a 700 MW hydroelectric power station on the Jhelum River roughly 7 km upstream of Azad Pattan Bridge in the Sudhanoti District, Azad Jammu and Kashmir, Pakistan and 90 km from Islamabad, the capital city of Pakistan. The project is scheduled for completion by 2026. In July 2020, the project's $1.5 billion investment agreement was signed between Chinese state-owned China Gezhouba Group and Pakistan, in a ceremony attended by Prime Minister Imran Khan and senior government ministers.
p9130
sbg6
(g13
g8
NtRp9131
(dp9132
g16
Nsg17
Nsg11
VPOINT(73.571510314941 33.767749786377)
p9133
sbtp9134
a(g6
(g7
g8
NtRp9135
(dp9136
g11
Vhttp://dbpedia.org/resource/Azad_Pattan_Hydropower_Project
p9137
sbg6
(g13
g8
NtRp9138
(dp9139
g16
Nsg17
Nsg11
V\u0645\u0634\u0631\u0648\u0639 \u0622\u0632\u0627\u062f \u0628\u0627\u062a\u0627\u0646 \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u0627\u0626\u064a\u0629
p9140
sbg6
(g13
g8
NtRp9141
(dp9142
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p9143
sbg6
(g13
g8
NtRp9144
(dp9145
g16
Nsg17
Nsg11
VGravity dam,Run of the river
p9146
sbg6
(g13
g8
NtRp9147
(dp9148
g16
Nsg17
g27
sg11
V0.08
p9149
sbNNg6
(g13
g8
NtRp9150
(dp9151
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gezhouba_Group
p9152
sbNg6
(g13
g8
NtRp9153
(dp9154
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p9155
sbNNg6
(g13
g8
NtRp9156
(dp9157
g16
Nsg17
Nsg11
VPakistan
p9158
sbg6
(g13
g8
NtRp9159
(dp9160
g16
Nsg17
Nsg11
VThe Azad Pattan Hydropower Project is a 700 MW hydroelectric power station on the Jhelum River roughly 7 km upstream of Azad Pattan Bridge in the Sudhanoti District, Azad Jammu and Kashmir, Pakistan and 90 km from Islamabad, the capital city of Pakistan. The project is scheduled for completion by 2026. In July 2020, the project's $1.5 billion investment agreement was signed between Chinese state-owned China Gezhouba Group and Pakistan, in a ceremony attended by Prime Minister Imran Khan and senior government ministers.
p9161
sbg6
(g13
g8
NtRp9162
(dp9163
g16
Nsg17
Nsg11
VPOINT(73.571510314941 33.767749786377)
p9164
sbtp9165
a(g6
(g7
g8
NtRp9166
(dp9167
g11
Vhttp://dbpedia.org/resource/Azad_Pattan_Hydropower_Project
p9168
sbg6
(g13
g8
NtRp9169
(dp9170
g16
Nsg17
Nsg11
V\u0645\u0634\u0631\u0648\u0639 \u0622\u0632\u0627\u062f \u0628\u0627\u062a\u0627\u0646 \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u0627\u0626\u064a\u0629
p9171
sbg6
(g13
g8
NtRp9172
(dp9173
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p9174
sbg6
(g13
g8
NtRp9175
(dp9176
g16
Nsg17
Nsg11
VGravity dam,Run of the river
p9177
sbg6
(g13
g8
NtRp9178
(dp9179
g16
Nsg17
g27
sg11
V0.08
p9180
sbNNg6
(g13
g8
NtRp9181
(dp9182
g16
Nsg17
Nsg11
Vhttps://www.laraibgroup.com/
p9183
sbNg6
(g13
g8
NtRp9184
(dp9185
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p9186
sbNNg6
(g13
g8
NtRp9187
(dp9188
g16
Nsg17
Nsg11
VPakistan
p9189
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VThe Azad Pattan Hydropower Project is a 700 MW hydroelectric power station on the Jhelum River roughly 7 km upstream of Azad Pattan Bridge in the Sudhanoti District, Azad Jammu and Kashmir, Pakistan and 90 km from Islamabad, the capital city of Pakistan. The project is scheduled for completion by 2026. In July 2020, the project's $1.5 billion investment agreement was signed between Chinese state-owned China Gezhouba Group and Pakistan, in a ceremony attended by Prime Minister Imran Khan and senior government ministers.
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VThe Bad Creek Hydroelectric Station is a pumped-storage hydroelectric power station located 8 miles (13 km) north of Salem in Oconee County, South Carolina. The 1,065 megawatts (1,428,000 hp) power plant is owned by Duke Energy and its last generator was commissioned in 1991. The power station generates electricity by shifting water between an upper and lower reservoir. The upper Bad Creek Reservoir was created by damming Bad Creek and West Bad Creek while Lake Jocassee serves as the lower reservoir. During periods of low energy demand, the four 266 megawatts (357,000 hp) Francis pump turbines pump water from Lake Jocassee which lies at an elevation of 1,110 feet (340 m) to the Bad Creek Reservoir at an elevation of 2,310 ft (704 m) through a 1 mile (1.6 km) tunnel. When energy demand is h
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VThe Bad Creek Hydroelectric Station is a pumped-storage hydroelectric power station located 8 miles (13 km) north of Salem in Oconee County, South Carolina. The 1,065 megawatts (1,428,000 hp) power plant is owned by Duke Energy and its last generator was commissioned in 1991. The power station generates electricity by shifting water between an upper and lower reservoir. The upper Bad Creek Reservoir was created by damming Bad Creek and West Bad Creek while Lake Jocassee serves as the lower reservoir. During periods of low energy demand, the four 266 megawatts (357,000 hp) Francis pump turbines pump water from Lake Jocassee which lies at an elevation of 1,110 feet (340 m) to the Bad Creek Reservoir at an elevation of 2,310 ft (704 m) through a 1 mile (1.6 km) tunnel. When energy demand is h
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VThe Bad Creek Hydroelectric Station is a pumped-storage hydroelectric power station located 8 miles (13 km) north of Salem in Oconee County, South Carolina. The 1,065 megawatts (1,428,000 hp) power plant is owned by Duke Energy and its last generator was commissioned in 1991. The power station generates electricity by shifting water between an upper and lower reservoir. The upper Bad Creek Reservoir was created by damming Bad Creek and West Bad Creek while Lake Jocassee serves as the lower reservoir. During periods of low energy demand, the four 266 megawatts (357,000 hp) Francis pump turbines pump water from Lake Jocassee which lies at an elevation of 1,110 feet (340 m) to the Bad Creek Reservoir at an elevation of 2,310 ft (704 m) through a 1 mile (1.6 km) tunnel. When energy demand is h
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VThe Bad Creek Hydroelectric Station is a pumped-storage hydroelectric power station located 8 miles (13 km) north of Salem in Oconee County, South Carolina. The 1,065 megawatts (1,428,000 hp) power plant is owned by Duke Energy and its last generator was commissioned in 1991. The power station generates electricity by shifting water between an upper and lower reservoir. The upper Bad Creek Reservoir was created by damming Bad Creek and West Bad Creek while Lake Jocassee serves as the lower reservoir. During periods of low energy demand, the four 266 megawatts (357,000 hp) Francis pump turbines pump water from Lake Jocassee which lies at an elevation of 1,110 feet (340 m) to the Bad Creek Reservoir at an elevation of 2,310 ft (704 m) through a 1 mile (1.6 km) tunnel. When energy demand is h
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VThe Bad Creek Hydroelectric Station is a pumped-storage hydroelectric power station located 8 miles (13 km) north of Salem in Oconee County, South Carolina. The 1,065 megawatts (1,428,000 hp) power plant is owned by Duke Energy and its last generator was commissioned in 1991. The power station generates electricity by shifting water between an upper and lower reservoir. The upper Bad Creek Reservoir was created by damming Bad Creek and West Bad Creek while Lake Jocassee serves as the lower reservoir. During periods of low energy demand, the four 266 megawatts (357,000 hp) Francis pump turbines pump water from Lake Jocassee which lies at an elevation of 1,110 feet (340 m) to the Bad Creek Reservoir at an elevation of 2,310 ft (704 m) through a 1 mile (1.6 km) tunnel. When energy demand is h
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VBaglihar Dam (Hindi: Baglih\u0101r B\u0101ndh), also known as Baglihar Hydroelectric Power Project, is a run-of-the-river power project on the Chenab River in the Ramban district of Jammu and Kashmir, India. The first power project executed by the Jammu and Kashmir Power Development Corporation, it was conceived in 1992 and approved in 1996, with construction begun in 1999. The project was estimated to cost US$1 billion. The project consists of two-stage of 450MW each. The first stage of the project was completed in 2008-09 and was dedicated to the nation by the Prime Minister Manmohan Singh of India. The second stage of the project was completed in 2015\u201316, and was subsequently dedicated to the nation by the Prime Minister Narendra Modi of India.
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VBaglihar Dam (Hindi: Baglih\u0101r B\u0101ndh), also known as Baglihar Hydroelectric Power Project, is a run-of-the-river power project on the Chenab River in the Ramban district of Jammu and Kashmir, India. The first power project executed by the Jammu and Kashmir Power Development Corporation, it was conceived in 1992 and approved in 1996, with construction begun in 1999. The project was estimated to cost US$1 billion. The project consists of two-stage of 450MW each. The first stage of the project was completed in 2008-09 and was dedicated to the nation by the Prime Minister Manmohan Singh of India. The second stage of the project was completed in 2015\u201316, and was subsequently dedicated to the nation by the Prime Minister Narendra Modi of India.
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VBagmati Nadi Hydropower Station (Nepali: \u092c\u093e\u0917\u092e\u0924\u0940 \u0928\u0926\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Makawanpur District of Nepal. The flow from Bagmati River is used to generate 22 MW electricity.
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g16
Nsg17
Nsg11
VPOINT(85.255554199219 27.505832672119)
p9510
sbtp9511
a(g6
(g7
g8
NtRp9512
(dp9513
g11
Vhttp://dbpedia.org/resource/Bagnell_Dam
p9514
sbg6
(g13
g8
NtRp9515
(dp9516
g16
Nsg17
Nsg11
VBarrage de Bagnell
p9517
sbg6
(g13
g8
NtRp9518
(dp9519
g16
Nsg17
Nsg11
VUnited States
p9520
sbg6
(g13
g8
NtRp9521
(dp9522
g16
Nsg17
Nsg11
VConcrete gravity
p9523
sbg6
(g13
g8
NtRp9524
(dp9525
g16
Nsg17
g27
sg11
V0.775106
p9526
sbNg6
(g7
g8
NtRp9527
(dp9528
g11
Vhttp://dbpedia.org/resource/Bagnell_Dam__Lake__1
p9529
sbg6
(g13
g8
NtRp9530
(dp9531
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p9532
sbg6
(g13
g8
NtRp9533
(dp9534
g16
Nsg17
Nsg11
VHydroelectric
p9535
sbg6
(g13
g8
NtRp9536
(dp9537
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Osage_River
p9538
sbNNg6
(g13
g8
NtRp9539
(dp9540
g16
Nsg17
Nsg11
VMissouri#USA
p9541
sbg6
(g13
g8
NtRp9542
(dp9543
g16
Nsg17
Nsg11
VBagnell Dam (informally, the Osage Dam) impounds the Osage River in the U.S. state of Missouri, creating the Lake of the Ozarks. The dam is located in the city of Lakeside in Miller County, near the Camden-Miller County line. The 148-foot (45 m) tall concrete gravity dam was built by the Union Electric Company (now Ameren) to generate hydroelectric power at its Osage Powerplant. It is 2,543 feet (775 m) long, including a 520-foot (160 m) long spillway and a 511-foot (156 m) long power station. The facility with eight generators has a maximum capacity of 215 megawatts. The dam provides power to 42,000 homes.
p9544
sbg6
(g13
g8
NtRp9545
(dp9546
g16
Nsg17
Nsg11
VPOINT(-92.626945495605 38.202220916748)
p9547
sbtp9548
a(g6
(g7
g8
NtRp9549
(dp9550
g11
Vhttp://dbpedia.org/resource/Bagnell_Dam
p9551
sbg6
(g13
g8
NtRp9552
(dp9553
g16
Nsg17
Nsg11
VBagnell Dam
p9554
sbg6
(g13
g8
NtRp9555
(dp9556
g16
Nsg17
Nsg11
VUnited States
p9557
sbg6
(g13
g8
NtRp9558
(dp9559
g16
Nsg17
Nsg11
VConcrete gravity
p9560
sbg6
(g13
g8
NtRp9561
(dp9562
g16
Nsg17
g27
sg11
V0.775106
p9563
sbNg6
(g7
g8
NtRp9564
(dp9565
g11
Vhttp://dbpedia.org/resource/Bagnell_Dam__Lake__1
p9566
sbg6
(g13
g8
NtRp9567
(dp9568
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p9569
sbg6
(g13
g8
NtRp9570
(dp9571
g16
Nsg17
Nsg11
VHydroelectric
p9572
sbg6
(g13
g8
NtRp9573
(dp9574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Osage_River
p9575
sbNNg6
(g13
g8
NtRp9576
(dp9577
g16
Nsg17
Nsg11
VMissouri#USA
p9578
sbg6
(g13
g8
NtRp9579
(dp9580
g16
Nsg17
Nsg11
VBagnell Dam (informally, the Osage Dam) impounds the Osage River in the U.S. state of Missouri, creating the Lake of the Ozarks. The dam is located in the city of Lakeside in Miller County, near the Camden-Miller County line. The 148-foot (45 m) tall concrete gravity dam was built by the Union Electric Company (now Ameren) to generate hydroelectric power at its Osage Powerplant. It is 2,543 feet (775 m) long, including a 520-foot (160 m) long spillway and a 511-foot (156 m) long power station. The facility with eight generators has a maximum capacity of 215 megawatts. The dam provides power to 42,000 homes.
p9581
sbg6
(g13
g8
NtRp9582
(dp9583
g16
Nsg17
Nsg11
VPOINT(-92.626945495605 38.202220916748)
p9584
sbtp9585
a(g6
(g7
g8
NtRp9586
(dp9587
g11
Vhttp://dbpedia.org/resource/Bagnell_Dam
p9588
sbg6
(g13
g8
NtRp9589
(dp9590
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041e\u0441\u0435\u0439\u0434\u0436
p9591
sbg6
(g13
g8
NtRp9592
(dp9593
g16
Nsg17
Nsg11
VUnited States
p9594
sbg6
(g13
g8
NtRp9595
(dp9596
g16
Nsg17
Nsg11
VConcrete gravity
p9597
sbg6
(g13
g8
NtRp9598
(dp9599
g16
Nsg17
g27
sg11
V0.775106
p9600
sbNg6
(g7
g8
NtRp9601
(dp9602
g11
Vhttp://dbpedia.org/resource/Bagnell_Dam__Lake__1
p9603
sbg6
(g13
g8
NtRp9604
(dp9605
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p9606
sbg6
(g13
g8
NtRp9607
(dp9608
g16
Nsg17
Nsg11
VHydroelectric
p9609
sbg6
(g13
g8
NtRp9610
(dp9611
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Osage_River
p9612
sbNNg6
(g13
g8
NtRp9613
(dp9614
g16
Nsg17
Nsg11
VMissouri#USA
p9615
sbg6
(g13
g8
NtRp9616
(dp9617
g16
Nsg17
Nsg11
VBagnell Dam (informally, the Osage Dam) impounds the Osage River in the U.S. state of Missouri, creating the Lake of the Ozarks. The dam is located in the city of Lakeside in Miller County, near the Camden-Miller County line. The 148-foot (45 m) tall concrete gravity dam was built by the Union Electric Company (now Ameren) to generate hydroelectric power at its Osage Powerplant. It is 2,543 feet (775 m) long, including a 520-foot (160 m) long spillway and a 511-foot (156 m) long power station. The facility with eight generators has a maximum capacity of 215 megawatts. The dam provides power to 42,000 homes.
p9618
sbg6
(g13
g8
NtRp9619
(dp9620
g16
Nsg17
Nsg11
VPOINT(-92.626945495605 38.202220916748)
p9621
sbtp9622
a(g6
(g7
g8
NtRp9623
(dp9624
g11
Vhttp://dbpedia.org/resource/Bagre_Dam
p9625
sbg6
(g13
g8
NtRp9626
(dp9627
g16
Nsg17
Nsg11
VBagre Dam
p9628
sbg6
(g13
g8
NtRp9629
(dp9630
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burkina_Faso
p9631
sbNNNg6
(g7
g8
NtRp9632
(dp9633
g11
Vhttp://dbpedia.org/resource/Bagre_Dam__Lake__1
p9634
sbNg6
(g13
g8
NtRp9635
(dp9636
g16
Nsg17
Nsg11
VPower
p9637
sbg6
(g13
g8
NtRp9638
(dp9639
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/White_Volta
p9640
sbg6
(g13
g8
NtRp9641
(dp9642
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9643
(dp9644
g16
Nsg17
Nsg11
VBurkina Faso
p9645
sbg6
(g13
g8
NtRp9646
(dp9647
g16
Nsg17
Nsg11
VBagre Dam is a multipurpose dam on the White Volta located near Bagré Village in Burkina Faso.
p9648
sbg6
(g13
g8
NtRp9649
(dp9650
g16
Nsg17
Nsg11
VPOINT(-0.54669445753098 11.47688293457)
p9651
sbtp9652
a(g6
(g7
g8
NtRp9653
(dp9654
g11
Vhttp://dbpedia.org/resource/Bagre_Dam
p9655
sbg6
(g13
g8
NtRp9656
(dp9657
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0411\u0430\u0433\u0440\u0435
p9658
sbg6
(g13
g8
NtRp9659
(dp9660
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burkina_Faso
p9661
sbNNNg6
(g7
g8
NtRp9662
(dp9663
g11
Vhttp://dbpedia.org/resource/Bagre_Dam__Lake__1
p9664
sbNg6
(g13
g8
NtRp9665
(dp9666
g16
Nsg17
Nsg11
VPower
p9667
sbg6
(g13
g8
NtRp9668
(dp9669
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/White_Volta
p9670
sbg6
(g13
g8
NtRp9671
(dp9672
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9673
(dp9674
g16
Nsg17
Nsg11
VBurkina Faso
p9675
sbg6
(g13
g8
NtRp9676
(dp9677
g16
Nsg17
Nsg11
VBagre Dam is a multipurpose dam on the White Volta located near Bagré Village in Burkina Faso.
p9678
sbg6
(g13
g8
NtRp9679
(dp9680
g16
Nsg17
Nsg11
VPOINT(-0.54669445753098 11.47688293457)
p9681
sbtp9682
a(g6
(g7
g8
NtRp9683
(dp9684
g11
Vhttp://dbpedia.org/resource/Bailianhe_Pumped_Storage_Power_Station
p9685
sbg6
(g13
g8
NtRp9686
(dp9687
g16
Nsg17
Nsg11
VBailianhe Pumped Storage Power Station
p9688
sbg6
(g13
g8
NtRp9689
(dp9690
g16
Nsg17
Nsg11
VChina
p9691
sbNNNg6
(g7
g8
NtRp9692
(dp9693
g11
Vhttp://dbpedia.org/resource/Bailianhe_Pumped_Storage_Power_Station__Lake__1
p9694
sbg6
(g13
g8
NtRp9695
(dp9696
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Grid_Corporation_of_China
p9697
sbNNg6
(g13
g8
NtRp9698
(dp9699
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp9700
(dp9701
g16
Nsg17
Nsg11
VThe Bailianhe Pumped Storage Power Station (Chinese: \u767d\u83b2\u6cb3\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is a pumped-storage hydroelectric power station located 58 kilometres (36 mi) east of Huanggang in Hubei Province, China. It was constructed between 2004 and 2010 and has a 1,200 megawatts (1,600,000 hp) installed capacity. The power station operates by shifting water between an upper and lower reservoir to generate electricity. For this project, only the upper reservoir had to be created as an existing reservoir, the Bailianhe Reservoir, was used as the lower. During periods of low energy demand, such as at night, water is pumped from Bailianhe Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower reservoir but the pump turbines that pumped the water up now reverse mode 
p9702
sbg6
(g13
g8
NtRp9703
(dp9704
g16
Nsg17
Nsg11
VPOINT(115.44916534424 30.601667404175)
p9705
sbtp9706
a(g6
(g7
g8
NtRp9707
(dp9708
g11
Vhttp://dbpedia.org/resource/Bailianhe_Pumped_Storage_Power_Station
p9709
sbg6
(g13
g8
NtRp9710
(dp9711
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0411\u0430\u0439\u043b\u044f\u043d\u044c\u0445\u0435
p9712
sbg6
(g13
g8
NtRp9713
(dp9714
g16
Nsg17
Nsg11
VChina
p9715
sbNNNg6
(g7
g8
NtRp9716
(dp9717
g11
Vhttp://dbpedia.org/resource/Bailianhe_Pumped_Storage_Power_Station__Lake__1
p9718
sbg6
(g13
g8
NtRp9719
(dp9720
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Grid_Corporation_of_China
p9721
sbNNg6
(g13
g8
NtRp9722
(dp9723
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp9724
(dp9725
g16
Nsg17
Nsg11
VThe Bailianhe Pumped Storage Power Station (Chinese: \u767d\u83b2\u6cb3\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is a pumped-storage hydroelectric power station located 58 kilometres (36 mi) east of Huanggang in Hubei Province, China. It was constructed between 2004 and 2010 and has a 1,200 megawatts (1,600,000 hp) installed capacity. The power station operates by shifting water between an upper and lower reservoir to generate electricity. For this project, only the upper reservoir had to be created as an existing reservoir, the Bailianhe Reservoir, was used as the lower. During periods of low energy demand, such as at night, water is pumped from Bailianhe Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower reservoir but the pump turbines that pumped the water up now reverse mode 
p9726
sbg6
(g13
g8
NtRp9727
(dp9728
g16
Nsg17
Nsg11
VPOINT(115.44916534424 30.601667404175)
p9729
sbtp9730
a(g6
(g7
g8
NtRp9731
(dp9732
g11
Vhttp://dbpedia.org/resource/Bailianhe_Pumped_Storage_Power_Station
p9733
sbg6
(g13
g8
NtRp9734
(dp9735
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Bailianhe
p9736
sbg6
(g13
g8
NtRp9737
(dp9738
g16
Nsg17
Nsg11
VChina
p9739
sbNNNg6
(g7
g8
NtRp9740
(dp9741
g11
Vhttp://dbpedia.org/resource/Bailianhe_Pumped_Storage_Power_Station__Lake__1
p9742
sbg6
(g13
g8
NtRp9743
(dp9744
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Grid_Corporation_of_China
p9745
sbNNg6
(g13
g8
NtRp9746
(dp9747
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp9748
(dp9749
g16
Nsg17
Nsg11
VThe Bailianhe Pumped Storage Power Station (Chinese: \u767d\u83b2\u6cb3\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is a pumped-storage hydroelectric power station located 58 kilometres (36 mi) east of Huanggang in Hubei Province, China. It was constructed between 2004 and 2010 and has a 1,200 megawatts (1,600,000 hp) installed capacity. The power station operates by shifting water between an upper and lower reservoir to generate electricity. For this project, only the upper reservoir had to be created as an existing reservoir, the Bailianhe Reservoir, was used as the lower. During periods of low energy demand, such as at night, water is pumped from Bailianhe Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower reservoir but the pump turbines that pumped the water up now reverse mode 
p9750
sbg6
(g13
g8
NtRp9751
(dp9752
g16
Nsg17
Nsg11
VPOINT(115.44916534424 30.601667404175)
p9753
sbtp9754
a(g6
(g7
g8
NtRp9755
(dp9756
g11
Vhttp://dbpedia.org/resource/Baipaza_Dam
p9757
sbg6
(g13
g8
NtRp9758
(dp9759
g16
Nsg17
Nsg11
V\u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p9760
sbg6
(g13
g8
NtRp9761
(dp9762
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p9763
sbg6
(g13
g8
NtRp9764
(dp9765
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p9766
sbNNNNg6
(g13
g8
NtRp9767
(dp9768
g16
Nsg17
Nsg11
VPower, irrigation
p9769
sbg6
(g13
g8
NtRp9770
(dp9771
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p9772
sbg6
(g13
g8
NtRp9773
(dp9774
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9775
(dp9776
g16
Nsg17
Nsg11
VTajikistan
p9777
sbg6
(g13
g8
NtRp9778
(dp9779
g16
Nsg17
Nsg11
VThe Baipaza Dam (Russian: \u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0411\u043e\u0439\u0493\u043e\u0437\u04e3) is a concrete face rock-fill dam on the Vakhsh River about 9 km (5.6 mi) southeast of Yovon in Khatlon Province, Tajikistan. A purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. The first three 150 MW Francis turbine-generators were commissioned in 1985, the fourth in 1986. Its reservoir also holds water for the irrigation of some 40,000 ha (99,000 acres) in the Yovon and Obikiik Valleys to the west. This is accomplished by a 7.3-kilometre-long (4.5 mi) tunnel which runs from the right back of the reservoir and through a mountain to the valley.
p9780
sbg6
(g13
g8
NtRp9781
(dp9782
g16
Nsg17
Nsg11
VPOINT(69.123413085938 38.267795562744)
p9783
sbtp9784
a(g6
(g7
g8
NtRp9785
(dp9786
g11
Vhttp://dbpedia.org/resource/Baipaza_Dam
p9787
sbg6
(g13
g8
NtRp9788
(dp9789
g16
Nsg17
Nsg11
VBaipaza Dam
p9790
sbg6
(g13
g8
NtRp9791
(dp9792
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p9793
sbg6
(g13
g8
NtRp9794
(dp9795
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p9796
sbNNNNg6
(g13
g8
NtRp9797
(dp9798
g16
Nsg17
Nsg11
VPower, irrigation
p9799
sbg6
(g13
g8
NtRp9800
(dp9801
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p9802
sbg6
(g13
g8
NtRp9803
(dp9804
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9805
(dp9806
g16
Nsg17
Nsg11
VTajikistan
p9807
sbg6
(g13
g8
NtRp9808
(dp9809
g16
Nsg17
Nsg11
VThe Baipaza Dam (Russian: \u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0411\u043e\u0439\u0493\u043e\u0437\u04e3) is a concrete face rock-fill dam on the Vakhsh River about 9 km (5.6 mi) southeast of Yovon in Khatlon Province, Tajikistan. A purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. The first three 150 MW Francis turbine-generators were commissioned in 1985, the fourth in 1986. Its reservoir also holds water for the irrigation of some 40,000 ha (99,000 acres) in the Yovon and Obikiik Valleys to the west. This is accomplished by a 7.3-kilometre-long (4.5 mi) tunnel which runs from the right back of the reservoir and through a mountain to the valley.
p9810
sbg6
(g13
g8
NtRp9811
(dp9812
g16
Nsg17
Nsg11
VPOINT(69.123413085938 38.267795562744)
p9813
sbtp9814
a(g6
(g7
g8
NtRp9815
(dp9816
g11
Vhttp://dbpedia.org/resource/Baipaza_Dam
p9817
sbg6
(g13
g8
NtRp9818
(dp9819
g16
Nsg17
Nsg11
V\u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p9820
sbg6
(g13
g8
NtRp9821
(dp9822
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p9823
sbg6
(g13
g8
NtRp9824
(dp9825
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p9826
sbNNNNg6
(g13
g8
NtRp9827
(dp9828
g16
Nsg17
Nsg11
VPower, irrigation
p9829
sbg6
(g13
g8
NtRp9830
(dp9831
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p9832
sbg6
(g13
g8
NtRp9833
(dp9834
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9835
(dp9836
g16
Nsg17
Nsg11
VTajikistan
p9837
sbg6
(g13
g8
NtRp9838
(dp9839
g16
Nsg17
Nsg11
VThe Baipaza Dam (Russian: \u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0411\u043e\u0439\u0493\u043e\u0437\u04e3) is a concrete face rock-fill dam on the Vakhsh River about 9 km (5.6 mi) southeast of Yovon in Khatlon Province, Tajikistan. A purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. The first three 150 MW Francis turbine-generators were commissioned in 1985, the fourth in 1986. Its reservoir also holds water for the irrigation of some 40,000 ha (99,000 acres) in the Yovon and Obikiik Valleys to the west. This is accomplished by a 7.3-kilometre-long (4.5 mi) tunnel which runs from the right back of the reservoir and through a mountain to the valley.
p9840
sbg6
(g13
g8
NtRp9841
(dp9842
g16
Nsg17
Nsg11
VPOINT(69.123413085938 38.267795562744)
p9843
sbtp9844
a(g6
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g8
NtRp9845
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g11
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p9847
sbg6
(g13
g8
NtRp9848
(dp9849
g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp9851
(dp9852
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p9853
sbg6
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g8
NtRp9854
(dp9855
g16
Nsg17
Nsg11
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p9856
sbNNNNg6
(g13
g8
NtRp9857
(dp9858
g16
Nsg17
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sbg6
(g13
g8
NtRp9860
(dp9861
g16
Nsg17
Nsg11
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p9862
sbg6
(g13
g8
NtRp9863
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9865
(dp9866
g16
Nsg17
Nsg11
VTajikistan
p9867
sbg6
(g13
g8
NtRp9868
(dp9869
g16
Nsg17
Nsg11
VThe Baipaza Dam (Russian: \u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0411\u043e\u0439\u0493\u043e\u0437\u04e3) is a concrete face rock-fill dam on the Vakhsh River about 9 km (5.6 mi) southeast of Yovon in Khatlon Province, Tajikistan. A purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. The first three 150 MW Francis turbine-generators were commissioned in 1985, the fourth in 1986. Its reservoir also holds water for the irrigation of some 40,000 ha (99,000 acres) in the Yovon and Obikiik Valleys to the west. This is accomplished by a 7.3-kilometre-long (4.5 mi) tunnel which runs from the right back of the reservoir and through a mountain to the valley.
p9870
sbg6
(g13
g8
NtRp9871
(dp9872
g16
Nsg17
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VPOINT(69.123413085938 38.267795562744)
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NtRp9875
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p9877
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g8
NtRp9878
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp9881
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p9883
sbg6
(g13
g8
NtRp9884
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g16
Nsg17
Nsg11
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p9886
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(g13
g8
NtRp9887
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g16
Nsg17
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g8
NtRp9890
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g16
Nsg17
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p9892
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g8
NtRp9893
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp9895
(dp9896
g16
Nsg17
Nsg11
VTajikistan
p9897
sbg6
(g13
g8
NtRp9898
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g16
Nsg17
Nsg11
VThe Baipaza Dam (Russian: \u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0411\u043e\u0439\u0493\u043e\u0437\u04e3) is a concrete face rock-fill dam on the Vakhsh River about 9 km (5.6 mi) southeast of Yovon in Khatlon Province, Tajikistan. A purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. The first three 150 MW Francis turbine-generators were commissioned in 1985, the fourth in 1986. Its reservoir also holds water for the irrigation of some 40,000 ha (99,000 acres) in the Yovon and Obikiik Valleys to the west. This is accomplished by a 7.3-kilometre-long (4.5 mi) tunnel which runs from the right back of the reservoir and through a mountain to the valley.
p9900
sbg6
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g8
NtRp9901
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Nsg17
Nsg11
VPOINT(69.123413085938 38.267795562744)
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NtRp9905
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g11
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p9907
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g8
NtRp9908
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g16
Nsg17
Nsg11
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p9910
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g8
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Nsg17
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p9913
sbg6
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g8
NtRp9914
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g16
Nsg17
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NtRp9917
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
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p9922
sbg6
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g8
NtRp9923
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp9925
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g16
Nsg17
Nsg11
VTajikistan
p9927
sbg6
(g13
g8
NtRp9928
(dp9929
g16
Nsg17
Nsg11
VThe Baipaza Dam (Russian: \u0411\u0430\u0439\u043f\u0430\u0437\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0411\u043e\u0439\u0493\u043e\u0437\u04e3) is a concrete face rock-fill dam on the Vakhsh River about 9 km (5.6 mi) southeast of Yovon in Khatlon Province, Tajikistan. A purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. The first three 150 MW Francis turbine-generators were commissioned in 1985, the fourth in 1986. Its reservoir also holds water for the irrigation of some 40,000 ha (99,000 acres) in the Yovon and Obikiik Valleys to the west. This is accomplished by a 7.3-kilometre-long (4.5 mi) tunnel which runs from the right back of the reservoir and through a mountain to the valley.
p9930
sbg6
(g13
g8
NtRp9931
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g16
Nsg17
Nsg11
VPOINT(69.123413085938 38.267795562744)
p9933
sbtp9934
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g8
NtRp9935
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g11
Vhttp://dbpedia.org/resource/Bairabi_Dam
p9937
sbg6
(g13
g8
NtRp9938
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g16
Nsg17
Nsg11
VBairabi Dam
p9940
sbg6
(g13
g8
NtRp9941
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g16
Nsg17
Nsg11
VIndia
p9943
sbg6
(g13
g8
NtRp9944
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
p9946
sbg6
(g13
g8
NtRp9947
(dp9948
g16
Nsg17
g27
sg11
V0.182
p9949
sbNNNNg6
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g8
NtRp9950
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tlawng_River
p9952
sbNNg6
(g13
g8
NtRp9953
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g16
Nsg17
Nsg11
VIndia Mizoram#India
p9955
sbg6
(g13
g8
NtRp9956
(dp9957
g16
Nsg17
Nsg11
VBairabi Dam is a proposed 80 MW dam on the Tlawng river near Bairabi Village in Kolasib district in the state of Mizoram in India.
p9958
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g8
NtRp9960
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g11
Vhttp://dbpedia.org/resource/Baise_Dam
p9962
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g8
NtRp9963
(dp9964
g16
Nsg17
Nsg11
VBaise Dam
p9965
sbg6
(g13
g8
NtRp9966
(dp9967
g16
Nsg17
Nsg11
VChina
p9968
sbg6
(g13
g8
NtRp9969
(dp9970
g16
Nsg17
Nsg11
VGravity
p9971
sbg6
(g13
g8
NtRp9972
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g16
Nsg17
g27
sg11
V0.72
p9974
sbNg6
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g8
NtRp9975
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g11
Vhttp://dbpedia.org/resource/Baise_Dam__Lake__1
p9977
sbNNg6
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g8
NtRp9978
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Youjiang_River
p9980
sbg6
(g13
g8
NtRp9981
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp9983
(dp9984
g16
Nsg17
g27
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V2.672e+06
p9985
sbg6
(g13
g8
NtRp9986
(dp9987
g16
Nsg17
Nsg11
VChina
p9988
sbg6
(g13
g8
NtRp9989
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g16
Nsg17
Nsg11
VThe Baise Dam is a gravity dam on the You River located 16 km (10 mi) west of Baise City in Guangxi, China. The dam was constructed between 2000 and 2006. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and creates a 5,660,000,000 m3 (4,588,637 acre\u22c5ft) reservoir. The dam's power station contains four 135 MW Francis turbine generators for a total installed capacity of 540 MW and average annual generation of 1,690 GWh.
p9991
sbg6
(g13
g8
NtRp9992
(dp9993
g16
Nsg17
Nsg11
VPOINT(106.45583343506 23.926111221313)
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sbtp9995
a(g6
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g8
NtRp9996
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g11
Vhttp://dbpedia.org/resource/Baise_Dam
p9998
sbg6
(g13
g8
NtRp9999
(dp10000
g16
Nsg17
Nsg11
VBarrage de Baise
p10001
sbg6
(g13
g8
NtRp10002
(dp10003
g16
Nsg17
Nsg11
VChina
p10004
sbg6
(g13
g8
NtRp10005
(dp10006
g16
Nsg17
Nsg11
VGravity
p10007
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NtRp10008
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g16
Nsg17
g27
sg11
V0.72
p10010
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g8
NtRp10011
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g11
Vhttp://dbpedia.org/resource/Baise_Dam__Lake__1
p10013
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g8
NtRp10014
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Youjiang_River
p10016
sbg6
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g8
NtRp10017
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp10019
(dp10020
g16
Nsg17
g27
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V2.672e+06
p10021
sbg6
(g13
g8
NtRp10022
(dp10023
g16
Nsg17
Nsg11
VChina
p10024
sbg6
(g13
g8
NtRp10025
(dp10026
g16
Nsg17
Nsg11
VThe Baise Dam is a gravity dam on the You River located 16 km (10 mi) west of Baise City in Guangxi, China. The dam was constructed between 2000 and 2006. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and creates a 5,660,000,000 m3 (4,588,637 acre\u22c5ft) reservoir. The dam's power station contains four 135 MW Francis turbine generators for a total installed capacity of 540 MW and average annual generation of 1,690 GWh.
p10027
sbg6
(g13
g8
NtRp10028
(dp10029
g16
Nsg17
Nsg11
VPOINT(106.45583343506 23.926111221313)
p10030
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g8
NtRp10032
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Vhttp://dbpedia.org/resource/Baise_Dam
p10034
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g8
NtRp10035
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g16
Nsg17
Nsg11
V\u767e\u8272\u6c34\u5229\u67a2\u7ebd
p10037
sbg6
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g8
NtRp10038
(dp10039
g16
Nsg17
Nsg11
VChina
p10040
sbg6
(g13
g8
NtRp10041
(dp10042
g16
Nsg17
Nsg11
VGravity
p10043
sbg6
(g13
g8
NtRp10044
(dp10045
g16
Nsg17
g27
sg11
V0.72
p10046
sbNg6
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g8
NtRp10047
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g11
Vhttp://dbpedia.org/resource/Baise_Dam__Lake__1
p10049
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g8
NtRp10050
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g16
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Vhttp://dbpedia.org/resource/Youjiang_River
p10052
sbg6
(g13
g8
NtRp10053
(dp10054
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp10055
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g16
Nsg17
g27
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V2.672e+06
p10057
sbg6
(g13
g8
NtRp10058
(dp10059
g16
Nsg17
Nsg11
VChina
p10060
sbg6
(g13
g8
NtRp10061
(dp10062
g16
Nsg17
Nsg11
VThe Baise Dam is a gravity dam on the You River located 16 km (10 mi) west of Baise City in Guangxi, China. The dam was constructed between 2000 and 2006. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and creates a 5,660,000,000 m3 (4,588,637 acre\u22c5ft) reservoir. The dam's power station contains four 135 MW Francis turbine generators for a total installed capacity of 540 MW and average annual generation of 1,690 GWh.
p10063
sbg6
(g13
g8
NtRp10064
(dp10065
g16
Nsg17
Nsg11
VPOINT(106.45583343506 23.926111221313)
p10066
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NtRp10068
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Vhttp://dbpedia.org/resource/Baise_Dam
p10070
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g8
NtRp10071
(dp10072
g16
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Nsg11
V\u0413\u0415\u0421 \u0411\u0430\u0439\u0441\u0435
p10073
sbg6
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g8
NtRp10074
(dp10075
g16
Nsg17
Nsg11
VChina
p10076
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(g13
g8
NtRp10077
(dp10078
g16
Nsg17
Nsg11
VGravity
p10079
sbg6
(g13
g8
NtRp10080
(dp10081
g16
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g27
sg11
V0.72
p10082
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NtRp10083
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Vhttp://dbpedia.org/resource/Baise_Dam__Lake__1
p10085
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NtRp10086
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g16
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Vhttp://dbpedia.org/resource/Youjiang_River
p10088
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NtRp10089
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Nsg17
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VO
sbg6
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g8
NtRp10091
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V2.672e+06
p10093
sbg6
(g13
g8
NtRp10094
(dp10095
g16
Nsg17
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VChina
p10096
sbg6
(g13
g8
NtRp10097
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Nsg17
Nsg11
VThe Baise Dam is a gravity dam on the You River located 16 km (10 mi) west of Baise City in Guangxi, China. The dam was constructed between 2000 and 2006. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and creates a 5,660,000,000 m3 (4,588,637 acre\u22c5ft) reservoir. The dam's power station contains four 135 MW Francis turbine generators for a total installed capacity of 540 MW and average annual generation of 1,690 GWh.
p10099
sbg6
(g13
g8
NtRp10100
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g16
Nsg17
Nsg11
VPOINT(106.45583343506 23.926111221313)
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NtRp10104
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Vhttp://dbpedia.org/resource/Baishan_Dam
p10106
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g8
NtRp10107
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VBaishan Dam
p10109
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NtRp10110
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Nsg11
Vhttp://dbpedia.org/resource/China
p10112
sbg6
(g13
g8
NtRp10113
(dp10114
g16
Nsg17
Nsg11
VArch gravity
p10115
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(g13
g8
NtRp10116
(dp10117
g16
Nsg17
g27
sg11
V0.6775
p10118
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g8
NtRp10119
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g11
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p10121
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NtRp10122
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Nsg11
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p10124
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g8
NtRp10125
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g16
Nsg17
Nsg11
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p10127
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g8
NtRp10128
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g16
Nsg17
g27
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V1.663e+06
p10130
sbg6
(g13
g8
NtRp10131
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g16
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Nsg11
VChina
p10133
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(g13
g8
NtRp10134
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g16
Nsg17
Nsg11
VThe Baishan Dam (Chinese: \u767d\u5c71\u6c34\u5e93, meaning: "White Mountain Dam") is an arch-gravity dam on the Second Songhua River near the town of , Huadian, Jilin Province, China. The purpose of the dam is hydroelectric power generation and flood control. The dam supplies water to five turbine-generators in two different powerhouses for an installed capacity of 1,500 megawatts (2,000,000 hp) while it can also control a design 19,100 cubic metres per second (670,000 cu ft/s) flood. Additionally, it has a 300 megawatts (400,000 hp) pumped-storage hydroelectric generation capacity. It is named after Baekdu Mountain (White Mountain), near the city of Baishan.
p10136
sbg6
(g13
g8
NtRp10137
(dp10138
g16
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VPOINT(127.22444152832 42.726387023926)
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sbtp10140
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NtRp10141
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Vhttp://dbpedia.org/resource/Baishan_Dam
p10143
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g8
NtRp10144
(dp10145
g16
Nsg17
Nsg11
VBaishan-Talsperre
p10146
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(g13
g8
NtRp10147
(dp10148
g16
Nsg17
Nsg11
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p10170
sbg6
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VThe Baishan Dam (Chinese: \u767d\u5c71\u6c34\u5e93, meaning: "White Mountain Dam") is an arch-gravity dam on the Second Songhua River near the town of , Huadian, Jilin Province, China. The purpose of the dam is hydroelectric power generation and flood control. The dam supplies water to five turbine-generators in two different powerhouses for an installed capacity of 1,500 megawatts (2,000,000 hp) while it can also control a design 19,100 cubic metres per second (670,000 cu ft/s) flood. Additionally, it has a 300 megawatts (400,000 hp) pumped-storage hydroelectric generation capacity. It is named after Baekdu Mountain (White Mountain), near the city of Baishan.
p10173
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p10198
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p10204
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p10207
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g8
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VThe Baishan Dam (Chinese: \u767d\u5c71\u6c34\u5e93, meaning: "White Mountain Dam") is an arch-gravity dam on the Second Songhua River near the town of , Huadian, Jilin Province, China. The purpose of the dam is hydroelectric power generation and flood control. The dam supplies water to five turbine-generators in two different powerhouses for an installed capacity of 1,500 megawatts (2,000,000 hp) while it can also control a design 19,100 cubic metres per second (670,000 cu ft/s) flood. Additionally, it has a 300 megawatts (400,000 hp) pumped-storage hydroelectric generation capacity. It is named after Baekdu Mountain (White Mountain), near the city of Baishan.
p10210
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g8
NtRp10233
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p10235
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g8
NtRp10236
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p10238
sbg6
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g8
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g27
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p10241
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p10244
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g8
NtRp10245
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VThe Baishan Dam (Chinese: \u767d\u5c71\u6c34\u5e93, meaning: "White Mountain Dam") is an arch-gravity dam on the Second Songhua River near the town of , Huadian, Jilin Province, China. The purpose of the dam is hydroelectric power generation and flood control. The dam supplies water to five turbine-generators in two different powerhouses for an installed capacity of 1,500 megawatts (2,000,000 hp) while it can also control a design 19,100 cubic metres per second (670,000 cu ft/s) flood. Additionally, it has a 300 megawatts (400,000 hp) pumped-storage hydroelectric generation capacity. It is named after Baekdu Mountain (White Mountain), near the city of Baishan.
p10247
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p10254
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NtRp10255
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g8
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p10260
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g8
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g8
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g27
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g8
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p10272
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g8
NtRp10273
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g27
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p10278
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g8
NtRp10279
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g16
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p10281
sbg6
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g8
NtRp10282
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VThe Baishan Dam (Chinese: \u767d\u5c71\u6c34\u5e93, meaning: "White Mountain Dam") is an arch-gravity dam on the Second Songhua River near the town of , Huadian, Jilin Province, China. The purpose of the dam is hydroelectric power generation and flood control. The dam supplies water to five turbine-generators in two different powerhouses for an installed capacity of 1,500 megawatts (2,000,000 hp) while it can also control a design 19,100 cubic metres per second (670,000 cu ft/s) flood. Additionally, it has a 300 megawatts (400,000 hp) pumped-storage hydroelectric generation capacity. It is named after Baekdu Mountain (White Mountain), near the city of Baishan.
p10284
sbg6
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g8
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g11
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p10291
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g8
NtRp10292
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g16
Nsg17
Nsg11
V\u767d\u5c71\u6c34\u7535\u7ad9
p10294
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g8
NtRp10295
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p10309
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g8
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Nsg11
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g8
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g27
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g8
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g8
NtRp10319
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VThe Baishan Dam (Chinese: \u767d\u5c71\u6c34\u5e93, meaning: "White Mountain Dam") is an arch-gravity dam on the Second Songhua River near the town of , Huadian, Jilin Province, China. The purpose of the dam is hydroelectric power generation and flood control. The dam supplies water to five turbine-generators in two different powerhouses for an installed capacity of 1,500 megawatts (2,000,000 hp) while it can also control a design 19,100 cubic metres per second (670,000 cu ft/s) flood. Additionally, it has a 300 megawatts (400,000 hp) pumped-storage hydroelectric generation capacity. It is named after Baekdu Mountain (White Mountain), near the city of Baishan.
p10321
sbg6
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g8
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p10328
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NtRp10332
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g8
NtRp10335
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VThe Baiyun Dam is a concrete-face rock-fill dam on the Wushui River in Chengbu Miao Autonomous County of Hunan Province, China. The dam serves to provide water for irrigation and to generate hydroelectric power. Construction on the dam started in 1992, the reservoir was impounded in 1998 and the project was complete in 1999. The reservoir has a storage capacity of 360,000,000 m3 (290,000 acre\u22c5ft) and the power station has an installed capacity of 54 MW.
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VPOINT(110.33219146729 26.329252243042)
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VThe Baiyun Dam is a concrete-face rock-fill dam on the Wushui River in Chengbu Miao Autonomous County of Hunan Province, China. The dam serves to provide water for irrigation and to generate hydroelectric power. Construction on the dam started in 1992, the reservoir was impounded in 1998 and the project was complete in 1999. The reservoir has a storage capacity of 360,000,000 m3 (290,000 acre\u22c5ft) and the power station has an installed capacity of 54 MW.
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Nsg17
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p10421
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VThe Bakhtiari Dam is an arch dam currently under construction on the Bakhtiari River within the Zagros Mountains on the border of Lorestan and Khuzestan Provinces, Iran. At a planned height of 325 metres (1,066 ft), it will be the world's tallest dam once completed and withhold the second largest reservoir in Iran after the Karkheh reservoir. The main purpose of the dam is hydroelectric power production and it will support a 1,500 MW power station. By trapping sediment, the dam is also expected to extend the life of the Dez Dam 50 km (31 mi) downstream.
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p10458
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VThe Bakhtiari Dam is an arch dam currently under construction on the Bakhtiari River within the Zagros Mountains on the border of Lorestan and Khuzestan Provinces, Iran. At a planned height of 325 metres (1,066 ft), it will be the world's tallest dam once completed and withhold the second largest reservoir in Iran after the Karkheh reservoir. The main purpose of the dam is hydroelectric power production and it will support a 1,500 MW power station. By trapping sediment, the dam is also expected to extend the life of the Dez Dam 50 km (31 mi) downstream.
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sbg6
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p10492
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Nsg17
Nsg11
VThe Bakhtiari Dam is an arch dam currently under construction on the Bakhtiari River within the Zagros Mountains on the border of Lorestan and Khuzestan Provinces, Iran. At a planned height of 325 metres (1,066 ft), it will be the world's tallest dam once completed and withhold the second largest reservoir in Iran after the Karkheh reservoir. The main purpose of the dam is hydroelectric power production and it will support a 1,500 MW power station. By trapping sediment, the dam is also expected to extend the life of the Dez Dam 50 km (31 mi) downstream.
p10498
sbg6
(g13
g8
NtRp10499
(dp10500
g16
Nsg17
Nsg11
VPOINT(48.762500762939 32.957500457764)
p10501
sbtp10502
a(g6
(g7
g8
NtRp10503
(dp10504
g11
Vhttp://dbpedia.org/resource/Bakhtiari_Dam
p10505
sbg6
(g13
g8
NtRp10506
(dp10507
g16
Nsg17
Nsg11
VBachtiari-Talsperre
p10508
sbg6
(g13
g8
NtRp10509
(dp10510
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p10511
sbg6
(g13
g8
NtRp10512
(dp10513
g16
Nsg17
Nsg11
VArch
p10514
sbg6
(g13
g8
NtRp10515
(dp10516
g16
Nsg17
g27
sg11
V0.434
p10517
sbNg6
(g7
g8
NtRp10518
(dp10519
g11
Vhttp://dbpedia.org/resource/Bakhtiari_Dam__Lake__1
p10520
sbNNg6
(g13
g8
NtRp10521
(dp10522
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bakhtiari_River
p10523
sbg6
(g13
g8
NtRp10524
(dp10525
g16
Nsg17
Nsg11
VUC
p10526
sbg6
(g13
g8
NtRp10527
(dp10528
g16
Nsg17
g27
sg11
V3.1e+06
p10529
sbg6
(g13
g8
NtRp10530
(dp10531
g16
Nsg17
Nsg11
VIran
p10532
sbg6
(g13
g8
NtRp10533
(dp10534
g16
Nsg17
Nsg11
VThe Bakhtiari Dam is an arch dam currently under construction on the Bakhtiari River within the Zagros Mountains on the border of Lorestan and Khuzestan Provinces, Iran. At a planned height of 325 metres (1,066 ft), it will be the world's tallest dam once completed and withhold the second largest reservoir in Iran after the Karkheh reservoir. The main purpose of the dam is hydroelectric power production and it will support a 1,500 MW power station. By trapping sediment, the dam is also expected to extend the life of the Dez Dam 50 km (31 mi) downstream.
p10535
sbg6
(g13
g8
NtRp10536
(dp10537
g16
Nsg17
Nsg11
VPOINT(48.762500762939 32.957500457764)
p10538
sbtp10539
a(g6
(g7
g8
NtRp10540
(dp10541
g11
Vhttp://dbpedia.org/resource/Baksan_Hydroelectric_Power_Station
p10542
sbg6
(g13
g8
NtRp10543
(dp10544
g16
Nsg17
Nsg11
VBaksan Hydroelectric Power Station
p10545
sbg6
(g13
g8
NtRp10546
(dp10547
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabardino-Balkaria
p10548
sbNNNNg6
(g13
g8
NtRp10549
(dp10550
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p10551
sbNg6
(g13
g8
NtRp10552
(dp10553
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baksan_River
p10554
sbg6
(g13
g8
NtRp10555
(dp10556
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10557
(dp10558
g16
Nsg17
Nsg11
VRussia Kabardino-Balkaria#Russia
p10559
sbg6
(g13
g8
NtRp10560
(dp10561
g16
Nsg17
Nsg11
VThe Baksan Hydroelectric Power Station is a small hydroelectric power station on the Baksan River in Atazhukino, Baksansky District, Kabardino-Balkaria, Russia. It is one of the oldest hydroelectric plants in Russia. It is owned by RusHydro.
p10562
sbg6
(g13
g8
NtRp10563
(dp10564
g16
Nsg17
Nsg11
VPOINT(43.396907806396 43.655109405518)
p10565
sbtp10566
a(g6
(g7
g8
NtRp10567
(dp10568
g11
Vhttp://dbpedia.org/resource/Baksan_Hydroelectric_Power_Station
p10569
sbg6
(g13
g8
NtRp10570
(dp10571
g16
Nsg17
Nsg11
V\u0411\u0430\u043a\u0441\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p10572
sbg6
(g13
g8
NtRp10573
(dp10574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabardino-Balkaria
p10575
sbNNNNg6
(g13
g8
NtRp10576
(dp10577
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p10578
sbNg6
(g13
g8
NtRp10579
(dp10580
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baksan_River
p10581
sbg6
(g13
g8
NtRp10582
(dp10583
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10584
(dp10585
g16
Nsg17
Nsg11
VRussia Kabardino-Balkaria#Russia
p10586
sbg6
(g13
g8
NtRp10587
(dp10588
g16
Nsg17
Nsg11
VThe Baksan Hydroelectric Power Station is a small hydroelectric power station on the Baksan River in Atazhukino, Baksansky District, Kabardino-Balkaria, Russia. It is one of the oldest hydroelectric plants in Russia. It is owned by RusHydro.
p10589
sbg6
(g13
g8
NtRp10590
(dp10591
g16
Nsg17
Nsg11
VPOINT(43.396907806396 43.655109405518)
p10592
sbtp10593
a(g6
(g7
g8
NtRp10594
(dp10595
g11
Vhttp://dbpedia.org/resource/Baksan_Hydroelectric_Power_Station
p10596
sbg6
(g13
g8
NtRp10597
(dp10598
g16
Nsg17
Nsg11
VBaksa\u0144ska Elektrownia Wodna
p10599
sbg6
(g13
g8
NtRp10600
(dp10601
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p10602
sbNNNNg6
(g13
g8
NtRp10603
(dp10604
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p10605
sbNg6
(g13
g8
NtRp10606
(dp10607
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baksan_River
p10608
sbg6
(g13
g8
NtRp10609
(dp10610
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10611
(dp10612
g16
Nsg17
Nsg11
VRussia Kabardino-Balkaria#Russia
p10613
sbg6
(g13
g8
NtRp10614
(dp10615
g16
Nsg17
Nsg11
VThe Baksan Hydroelectric Power Station is a small hydroelectric power station on the Baksan River in Atazhukino, Baksansky District, Kabardino-Balkaria, Russia. It is one of the oldest hydroelectric plants in Russia. It is owned by RusHydro.
p10616
sbg6
(g13
g8
NtRp10617
(dp10618
g16
Nsg17
Nsg11
VPOINT(43.396907806396 43.655109405518)
p10619
sbtp10620
a(g6
(g7
g8
NtRp10621
(dp10622
g11
Vhttp://dbpedia.org/resource/Baksan_Hydroelectric_Power_Station
p10623
sbg6
(g13
g8
NtRp10624
(dp10625
g16
Nsg17
Nsg11
VBaksan Hydroelectric Power Station
p10626
sbg6
(g13
g8
NtRp10627
(dp10628
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p10629
sbNNNNg6
(g13
g8
NtRp10630
(dp10631
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p10632
sbNg6
(g13
g8
NtRp10633
(dp10634
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baksan_River
p10635
sbg6
(g13
g8
NtRp10636
(dp10637
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10638
(dp10639
g16
Nsg17
Nsg11
VRussia Kabardino-Balkaria#Russia
p10640
sbg6
(g13
g8
NtRp10641
(dp10642
g16
Nsg17
Nsg11
VThe Baksan Hydroelectric Power Station is a small hydroelectric power station on the Baksan River in Atazhukino, Baksansky District, Kabardino-Balkaria, Russia. It is one of the oldest hydroelectric plants in Russia. It is owned by RusHydro.
p10643
sbg6
(g13
g8
NtRp10644
(dp10645
g16
Nsg17
Nsg11
VPOINT(43.396907806396 43.655109405518)
p10646
sbtp10647
a(g6
(g7
g8
NtRp10648
(dp10649
g11
Vhttp://dbpedia.org/resource/Baksan_Hydroelectric_Power_Station
p10650
sbg6
(g13
g8
NtRp10651
(dp10652
g16
Nsg17
Nsg11
VBaksa\u0144ska Elektrownia Wodna
p10653
sbg6
(g13
g8
NtRp10654
(dp10655
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabardino-Balkaria
p10656
sbNNNNg6
(g13
g8
NtRp10657
(dp10658
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p10659
sbNg6
(g13
g8
NtRp10660
(dp10661
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baksan_River
p10662
sbg6
(g13
g8
NtRp10663
(dp10664
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10665
(dp10666
g16
Nsg17
Nsg11
VRussia Kabardino-Balkaria#Russia
p10667
sbg6
(g13
g8
NtRp10668
(dp10669
g16
Nsg17
Nsg11
VThe Baksan Hydroelectric Power Station is a small hydroelectric power station on the Baksan River in Atazhukino, Baksansky District, Kabardino-Balkaria, Russia. It is one of the oldest hydroelectric plants in Russia. It is owned by RusHydro.
p10670
sbg6
(g13
g8
NtRp10671
(dp10672
g16
Nsg17
Nsg11
VPOINT(43.396907806396 43.655109405518)
p10673
sbtp10674
a(g6
(g7
g8
NtRp10675
(dp10676
g11
Vhttp://dbpedia.org/resource/Baksan_Hydroelectric_Power_Station
p10677
sbg6
(g13
g8
NtRp10678
(dp10679
g16
Nsg17
Nsg11
V\u0411\u0430\u043a\u0441\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p10680
sbg6
(g13
g8
NtRp10681
(dp10682
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p10683
sbNNNNg6
(g13
g8
NtRp10684
(dp10685
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p10686
sbNg6
(g13
g8
NtRp10687
(dp10688
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baksan_River
p10689
sbg6
(g13
g8
NtRp10690
(dp10691
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10692
(dp10693
g16
Nsg17
Nsg11
VRussia Kabardino-Balkaria#Russia
p10694
sbg6
(g13
g8
NtRp10695
(dp10696
g16
Nsg17
Nsg11
VThe Baksan Hydroelectric Power Station is a small hydroelectric power station on the Baksan River in Atazhukino, Baksansky District, Kabardino-Balkaria, Russia. It is one of the oldest hydroelectric plants in Russia. It is owned by RusHydro.
p10697
sbg6
(g13
g8
NtRp10698
(dp10699
g16
Nsg17
Nsg11
VPOINT(43.396907806396 43.655109405518)
p10700
sbtp10701
a(g6
(g7
g8
NtRp10702
(dp10703
g11
Vhttp://dbpedia.org/resource/Baldhill_Dam
p10704
sbg6
(g13
g8
NtRp10705
(dp10706
g16
Nsg17
Nsg11
VBaldhill Dam
p10707
sbg6
(g13
g8
NtRp10708
(dp10709
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p10710
sbg6
(g13
g8
NtRp10711
(dp10712
g16
Nsg17
Nsg11
VEarthen
p10713
sbg6
(g13
g8
NtRp10714
(dp10715
g16
Nsg17
g27
sg11
V0.54864
p10716
sbNg6
(g7
g8
NtRp10717
(dp10718
g11
Vhttp://dbpedia.org/resource/Baldhill_Dam__Lake__1
p10719
sbg6
(g13
g8
NtRp10720
(dp10721
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p10722
sbNg6
(g13
g8
NtRp10723
(dp10724
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sheyenne_River
p10725
sbg6
(g13
g8
NtRp10726
(dp10727
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10728
(dp10729
g16
Nsg17
Nsg11
VNorth Dakota
p10730
sbg6
(g13
g8
NtRp10731
(dp10732
g16
Nsg17
Nsg11
VBaldhill Dam is a dam in Barnes County, North Dakota, about 10 miles north-northwest of Valley City in the eastern part of the state. The earthen and concrete dam was constructed in 1951 by the United States Army Corps of Engineers with three tainter gates, a height of 60 feet, and 1800 feet in length at its crest. It impounds the Sheyenne River for irrigation water storage and for flood control. The dam is owned and operated by the Corps of Engineers, St. Paul District.
p10733
sbg6
(g13
g8
NtRp10734
(dp10735
g16
Nsg17
Nsg11
VPOINT(-98.080619812012 47.035495758057)
p10736
sbtp10737
a(g6
(g7
g8
NtRp10738
(dp10739
g11
Vhttp://dbpedia.org/resource/Baldhill_Dam
p10740
sbg6
(g13
g8
NtRp10741
(dp10742
g16
Nsg17
Nsg11
VTalsperre Baldhill
p10743
sbg6
(g13
g8
NtRp10744
(dp10745
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p10746
sbg6
(g13
g8
NtRp10747
(dp10748
g16
Nsg17
Nsg11
VEarthen
p10749
sbg6
(g13
g8
NtRp10750
(dp10751
g16
Nsg17
g27
sg11
V0.54864
p10752
sbNg6
(g7
g8
NtRp10753
(dp10754
g11
Vhttp://dbpedia.org/resource/Baldhill_Dam__Lake__1
p10755
sbg6
(g13
g8
NtRp10756
(dp10757
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p10758
sbNg6
(g13
g8
NtRp10759
(dp10760
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sheyenne_River
p10761
sbg6
(g13
g8
NtRp10762
(dp10763
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10764
(dp10765
g16
Nsg17
Nsg11
VNorth Dakota
p10766
sbg6
(g13
g8
NtRp10767
(dp10768
g16
Nsg17
Nsg11
VBaldhill Dam is a dam in Barnes County, North Dakota, about 10 miles north-northwest of Valley City in the eastern part of the state. The earthen and concrete dam was constructed in 1951 by the United States Army Corps of Engineers with three tainter gates, a height of 60 feet, and 1800 feet in length at its crest. It impounds the Sheyenne River for irrigation water storage and for flood control. The dam is owned and operated by the Corps of Engineers, St. Paul District.
p10769
sbg6
(g13
g8
NtRp10770
(dp10771
g16
Nsg17
Nsg11
VPOINT(-98.080619812012 47.035495758057)
p10772
sbtp10773
a(g6
(g7
g8
NtRp10774
(dp10775
g11
Vhttp://dbpedia.org/resource/Ball_Mountain_Dam
p10776
sbg6
(g13
g8
NtRp10777
(dp10778
g16
Nsg17
Nsg11
VBall Mountain Dam
p10779
sbg6
(g13
g8
NtRp10780
(dp10781
g16
Nsg17
Nsg11
VUnited States
p10782
sbNNNNNNNNNNg6
(g13
g8
NtRp10783
(dp10784
g16
Nsg17
Nsg11
VBall Mountain Dam (National ID # VT00001) is a dam in Jamaica, Windham County, Vermont, in the southeastern part of the state. The earthen and gravel gravity dam was constructed between 1957 and 1961 by the United States Army Corps of Engineers, with a height of 247 feet (75 m) and a length of 915 feet (279 m) at its crest. It impounds the West River of Vermont for flood control. The dam is owned and operated by the Army Corps of Engineers. The Corps identified safety and seepage problems with the dam in 2009, and has assigned it a Dam Safety Action Class rating of DSAC II, or "Urgent".
p10785
sbg6
(g13
g8
NtRp10786
(dp10787
g16
Nsg17
Nsg11
VPOINT(-72.773880004883 43.127960205078)
p10788
sbtp10789
a(g6
(g7
g8
NtRp10790
(dp10791
g11
Vhttp://dbpedia.org/resource/Balli_Dam
p10792
sbg6
(g13
g8
NtRp10793
(dp10794
g16
Nsg17
Nsg11
VBalli Dam
p10795
sbg6
(g13
g8
NtRp10796
(dp10797
g16
Nsg17
Nsg11
VTurkey
p10798
sbg6
(g13
g8
NtRp10799
(dp10800
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p10801
sbNg6
(g13
g8
NtRp10802
(dp10803
g16
Nsg17
g27
sg11
V960.0
p10804
sbg6
(g7
g8
NtRp10805
(dp10806
g11
Vhttp://dbpedia.org/resource/Balli_Dam__Lake__1
p10807
sbg6
(g13
g8
NtRp10808
(dp10809
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p10810
sbg6
(g13
g8
NtRp10811
(dp10812
g16
Nsg17
Nsg11
VWater supply, military
p10813
sbg6
(g13
g8
NtRp10814
(dp10815
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ortasu_River
p10816
sbg6
(g13
g8
NtRp10817
(dp10818
g16
Nsg17
Nsg11
VUC
p10819
sbg6
(g13
g8
NtRp10820
(dp10821
g16
Nsg17
g27
sg11
V99451.0
p10822
sbg6
(g13
g8
NtRp10823
(dp10824
g16
Nsg17
Nsg11
VTurkey
p10825
sbg6
(g13
g8
NtRp10826
(dp10827
g16
Nsg17
Nsg11
VThe Balli Dam is a gravity dam under construction on the (a tributary of the Hezil River) in Uludere district of \u015e\u0131rnak Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, construction on the dam began in 2008 and a completion date has not been announced. Balli dam was still under construction as of March 2019, with construction works 95% complete at that time.
p10828
sbg6
(g13
g8
NtRp10829
(dp10830
g16
Nsg17
Nsg11
VPOINT(42.832431793213 37.406940460205)
p10831
sbtp10832
a(g6
(g7
g8
NtRp10833
(dp10834
g11
Vhttp://dbpedia.org/resource/Banasura_Sagar_Dam
p10835
sbg6
(g13
g8
NtRp10836
(dp10837
g16
Nsg17
Nsg11
VBanasura Sagar Dam
p10838
sbg6
(g13
g8
NtRp10839
(dp10840
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p10841
sbNg6
(g13
g8
NtRp10842
(dp10843
g16
Nsg17
g27
sg11
V0.685
p10844
sbNg6
(g7
g8
NtRp10845
(dp10846
g11
Vhttp://dbpedia.org/resource/Banasura_Sagar_Dam__Lake__1
p10847
sbg6
(g13
g8
NtRp10848
(dp10849
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kerala_State_Electricity_Board
p10850
sbg6
(g13
g8
NtRp10851
(dp10852
g16
Nsg17
Nsg11
VMulti-purpose
p10853
sbg6
(g13
g8
NtRp10854
(dp10855
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabini_River
p10856
sbg6
(g13
g8
NtRp10857
(dp10858
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10859
(dp10860
g16
Nsg17
Nsg11
VIndia Kerala#India
p10861
sbg6
(g13
g8
NtRp10862
(dp10863
g16
Nsg17
Nsg11
VBanasura Sagar Dam, which impounds the Karamanathodu tributary of the Kabini River, is part of the Indian Banasurasagar Project consisting of a dam and a canal project started in 1979. The goal of the project is to support the Kakkayam Hydro electric power project and satisfy the demand for irrigation and drinking water in a region known to have water shortages in seasonal dry periods. The dam is also known as Kuttiyadi Augmentation Main Earthen Dam. The dam has a height of 38.5 metres (126 ft) and length of 685 metres (2,247 ft).
p10864
sbg6
(g13
g8
NtRp10865
(dp10866
g16
Nsg17
Nsg11
VPOINT(75.957778930664 11.670000076294)
p10867
sbtp10868
a(g6
(g7
g8
NtRp10869
(dp10870
g11
Vhttp://dbpedia.org/resource/Banduo_Hydropower_Station
p10871
sbg6
(g13
g8
NtRp10872
(dp10873
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 B\u0101ndu\u014d
p10874
sbg6
(g13
g8
NtRp10875
(dp10876
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p10877
sbNNNNNg6
(g13
g8
NtRp10878
(dp10879
g16
Nsg17
Nsg11
VPower
p10880
sbNNNNg6
(g13
g8
NtRp10881
(dp10882
g16
Nsg17
Nsg11
VThe Banduo Hydropower Station (Chinese: \u73ed\u591a\u6c34\u7535\u7ad9), also spelled Banduo Hydropower Plant, is a water conservancy project in Qinghai of China located at the exit of (\u8328\u54c8\u5ce1) of the Yellow River at the junction of Xinghai County and Tongde County. The main task of the hydropower plant is to generate electricity and not to undertake downstream flood control.
p10883
sbNtp10884
a(g6
(g7
g8
NtRp10885
(dp10886
g11
Vhttp://dbpedia.org/resource/Banduo_Hydropower_Station
p10887
sbg6
(g13
g8
NtRp10888
(dp10889
g16
Nsg17
Nsg11
VBanduo Hydropower Station
p10890
sbg6
(g13
g8
NtRp10891
(dp10892
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p10893
sbNNNNNg6
(g13
g8
NtRp10894
(dp10895
g16
Nsg17
Nsg11
VPower
p10896
sbNNNNg6
(g13
g8
NtRp10897
(dp10898
g16
Nsg17
Nsg11
VThe Banduo Hydropower Station (Chinese: \u73ed\u591a\u6c34\u7535\u7ad9), also spelled Banduo Hydropower Plant, is a water conservancy project in Qinghai of China located at the exit of (\u8328\u54c8\u5ce1) of the Yellow River at the junction of Xinghai County and Tongde County. The main task of the hydropower plant is to generate electricity and not to undertake downstream flood control.
p10899
sbNtp10900
a(g6
(g7
g8
NtRp10901
(dp10902
g11
Vhttp://dbpedia.org/resource/Bang_Lang_Dam
p10903
sbg6
(g13
g8
NtRp10904
(dp10905
g16
Nsg17
Nsg11
VBang Lang-Staudamm
p10906
sbg6
(g13
g8
NtRp10907
(dp10908
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p10909
sbg6
(g13
g8
NtRp10910
(dp10911
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp10912
(dp10913
g16
Nsg17
g27
sg11
V0.43
p10914
sbg6
(g13
g8
NtRp10915
(dp10916
g16
Nsg17
g27
sg11
V120.0
p10917
sbg6
(g7
g8
NtRp10918
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g11
Vhttp://dbpedia.org/resource/Bang_Lang_Dam__Lake__1
p10920
sbg6
(g13
g8
NtRp10921
(dp10922
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p10923
sbg6
(g13
g8
NtRp10924
(dp10925
g16
Nsg17
Nsg11
VMulti-purpose
p10926
sbg6
(g13
g8
NtRp10927
(dp10928
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pattani_River
p10929
sbg6
(g13
g8
NtRp10930
(dp10931
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10932
(dp10933
g16
Nsg17
Nsg11
VThailand
p10934
sbg6
(g13
g8
NtRp10935
(dp10936
g16
Nsg17
Nsg11
VThe Bang Lang Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1a\u0e32\u0e07\u0e25\u0e32\u0e07, RTGS: Khuean Bang Lang, pronounced [k\u02b0\u026f\u0300a\u032fn b\u0101\u02d0\u014b l\u0101\u02d0\u014b]), also known as the Pattani Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e31\u0e15\u0e15\u0e32\u0e19\u0e35, RTGS: Khuean Pattani, pronounced [k\u02b0\u026f\u0300a\u032fn pàt.t\u0101\u02d0.n\u012b\u02d0]), is a multi-purpose hydroelectric dam in the Bannang Sata District of Yala Province, Thailand. It was the first multi-purpose dam developed in Thailand's southern region. The dam impounds the Pattani River, creating the Bang Lang Reservoir. The dam and its accompanying power plant were developed as part of the Pattani Project.
p10937
sbg6
(g13
g8
NtRp10938
(dp10939
g16
Nsg17
Nsg11
VPOINT(101.27361297607 6.156388759613)
p10940
sbtp10941
a(g6
(g7
g8
NtRp10942
(dp10943
g11
Vhttp://dbpedia.org/resource/Bang_Lang_Dam
p10944
sbg6
(g13
g8
NtRp10945
(dp10946
g16
Nsg17
Nsg11
VBang Lang Dam
p10947
sbg6
(g13
g8
NtRp10948
(dp10949
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p10950
sbg6
(g13
g8
NtRp10951
(dp10952
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp10953
(dp10954
g16
Nsg17
g27
sg11
V0.43
p10955
sbg6
(g13
g8
NtRp10956
(dp10957
g16
Nsg17
g27
sg11
V120.0
p10958
sbg6
(g7
g8
NtRp10959
(dp10960
g11
Vhttp://dbpedia.org/resource/Bang_Lang_Dam__Lake__1
p10961
sbg6
(g13
g8
NtRp10962
(dp10963
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p10964
sbg6
(g13
g8
NtRp10965
(dp10966
g16
Nsg17
Nsg11
VMulti-purpose
p10967
sbg6
(g13
g8
NtRp10968
(dp10969
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pattani_River
p10970
sbg6
(g13
g8
NtRp10971
(dp10972
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp10973
(dp10974
g16
Nsg17
Nsg11
VThailand
p10975
sbg6
(g13
g8
NtRp10976
(dp10977
g16
Nsg17
Nsg11
VThe Bang Lang Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1a\u0e32\u0e07\u0e25\u0e32\u0e07, RTGS: Khuean Bang Lang, pronounced [k\u02b0\u026f\u0300a\u032fn b\u0101\u02d0\u014b l\u0101\u02d0\u014b]), also known as the Pattani Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e31\u0e15\u0e15\u0e32\u0e19\u0e35, RTGS: Khuean Pattani, pronounced [k\u02b0\u026f\u0300a\u032fn pàt.t\u0101\u02d0.n\u012b\u02d0]), is a multi-purpose hydroelectric dam in the Bannang Sata District of Yala Province, Thailand. It was the first multi-purpose dam developed in Thailand's southern region. The dam impounds the Pattani River, creating the Bang Lang Reservoir. The dam and its accompanying power plant were developed as part of the Pattani Project.
p10978
sbg6
(g13
g8
NtRp10979
(dp10980
g16
Nsg17
Nsg11
VPOINT(101.27361297607 6.156388759613)
p10981
sbtp10982
a(g6
(g7
g8
NtRp10983
(dp10984
g11
Vhttp://dbpedia.org/resource/Bang_Lang_Dam
p10985
sbg6
(g13
g8
NtRp10986
(dp10987
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0411\u0430\u043d\u0433-\u041b\u0430\u043d\u0433 (\u041f\u0430\u0442\u0442\u0430\u043d\u0456)
p10988
sbg6
(g13
g8
NtRp10989
(dp10990
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p10991
sbg6
(g13
g8
NtRp10992
(dp10993
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp10994
(dp10995
g16
Nsg17
g27
sg11
V0.43
p10996
sbg6
(g13
g8
NtRp10997
(dp10998
g16
Nsg17
g27
sg11
V120.0
p10999
sbg6
(g7
g8
NtRp11000
(dp11001
g11
Vhttp://dbpedia.org/resource/Bang_Lang_Dam__Lake__1
p11002
sbg6
(g13
g8
NtRp11003
(dp11004
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p11005
sbg6
(g13
g8
NtRp11006
(dp11007
g16
Nsg17
Nsg11
VMulti-purpose
p11008
sbg6
(g13
g8
NtRp11009
(dp11010
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pattani_River
p11011
sbg6
(g13
g8
NtRp11012
(dp11013
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp11014
(dp11015
g16
Nsg17
Nsg11
VThailand
p11016
sbg6
(g13
g8
NtRp11017
(dp11018
g16
Nsg17
Nsg11
VThe Bang Lang Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1a\u0e32\u0e07\u0e25\u0e32\u0e07, RTGS: Khuean Bang Lang, pronounced [k\u02b0\u026f\u0300a\u032fn b\u0101\u02d0\u014b l\u0101\u02d0\u014b]), also known as the Pattani Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e31\u0e15\u0e15\u0e32\u0e19\u0e35, RTGS: Khuean Pattani, pronounced [k\u02b0\u026f\u0300a\u032fn pàt.t\u0101\u02d0.n\u012b\u02d0]), is a multi-purpose hydroelectric dam in the Bannang Sata District of Yala Province, Thailand. It was the first multi-purpose dam developed in Thailand's southern region. The dam impounds the Pattani River, creating the Bang Lang Reservoir. The dam and its accompanying power plant were developed as part of the Pattani Project.
p11019
sbg6
(g13
g8
NtRp11020
(dp11021
g16
Nsg17
Nsg11
VPOINT(101.27361297607 6.156388759613)
p11022
sbtp11023
a(g6
(g7
g8
NtRp11024
(dp11025
g11
Vhttp://dbpedia.org/resource/Banieya_Dam
p11026
sbg6
(g13
g8
NtRp11027
(dp11028
g16
Nsg17
Nsg11
VBanieya Dam
p11029
sbg6
(g13
g8
NtRp11030
(dp11031
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guinea
p11032
sbg6
(g13
g8
NtRp11033
(dp11034
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p11035
sbNNg6
(g7
g8
NtRp11036
(dp11037
g11
Vhttp://dbpedia.org/resource/Banieya_Dam__Lake__1
p11038
sbNg6
(g13
g8
NtRp11039
(dp11040
g16
Nsg17
Nsg11
VPower, water supply
p11041
sbg6
(g13
g8
NtRp11042
(dp11043
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Samou_River
p11044
sbg6
(g13
g8
NtRp11045
(dp11046
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp11047
(dp11048
g16
Nsg17
Nsg11
VGuinea
p11049
sbg6
(g13
g8
NtRp11050
(dp11051
g16
Nsg17
Nsg11
VThe Banieya Dam is an embankment dam on the in the Kindia Region of Guinea. It is located 16 km (9.9 mi) west of Kindia. The dam was completed by 1969 for the purpose of water supply. A hydroelectric power station of 5.2 megawatts (7,000 hp) was commissioned at the dam's toe in 1988. The , which also supports a hydroelectric power station, is located downstream.
p11052
sbg6
(g13
g8
NtRp11053
(dp11054
g16
Nsg17
Nsg11
VPOINT(-12.996341705322 10.006591796875)
p11055
sbtp11056
a(g6
(g7
g8
NtRp11057
(dp11058
g11
Vhttp://dbpedia.org/resource/Banimboola_Hydroelectric_Power_Station
p11059
sbg6
(g13
g8
NtRp11060
(dp11061
g16
Nsg17
Nsg11
VBanimboola Hydroelectric Power Station
p11062
sbg6
(g13
g8
NtRp11063
(dp11064
g16
Nsg17
Nsg11
VAustralia
p11065
sbNNNg6
(g7
g8
NtRp11066
(dp11067
g11
Vhttp://dbpedia.org/resource/Banimboola_Hydroelectric_Power_Station__Lake__1
p11068
sbNNNg6
(g13
g8
NtRp11069
(dp11070
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp11071
(dp11072
g16
Nsg17
Nsg11
VBanimboola Power Station is a hydroelectric power station on the Dartmouth Dam Regulating Pond (or Banimboola Pondage), downstream of Dartmouth Dam on the Mitta Mitta River in Victoria, Australia. Banimboola has three turbo generators, with a generating capacity of 12.2 megawatts (16,360 hp) of electricity. It is owned and operated by AGL Energy.
p11073
sbg6
(g13
g8
NtRp11074
(dp11075
g16
Nsg17
Nsg11
VPOINT(147.45971679688 -36.534168243408)
p11076
sbtp11077
a(g6
(g7
g8
NtRp11078
(dp11079
g11
Vhttp://dbpedia.org/resource/Baniqayis_dam
p11080
sbg6
(g13
g8
NtRp11081
(dp11082
g16
Nsg17
Nsg11
V\u0633\u062f \u0628\u0646\u064a \u0642\u064a\u0633
p11083
sbg6
(g13
g8
NtRp11084
(dp11085
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p11086
sbg6
(g13
g8
NtRp11087
(dp11088
g16
Nsg17
Nsg11
Vf
sbNNg6
(g7
g8
NtRp11089
(dp11090
g11
Vhttp://dbpedia.org/resource/Baniqayis_dam__Lake__1
p11091
sbg6
(g13
g8
NtRp11092
(dp11093
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p11094
sbg6
(g13
g8
NtRp11095
(dp11096
g16
Nsg17
Nsg11
VOther
p11097
sbNNNg6
(g13
g8
NtRp11098
(dp11099
g16
Nsg17
Nsg11
VSaudi Arabia
p11100
sbg6
(g13
g8
NtRp11101
(dp11102
g16
Nsg17
Nsg11
VThe Baniqayis dam is a dam in Saudi Arabia opened in 2005 and located in Asir region.
p11103
sbg6
(g13
g8
NtRp11104
(dp11105
g16
Nsg17
Nsg11
VPOINT(42.033889770508 19.144721984863)
p11106
sbtp11107
a(g6
(g7
g8
NtRp11108
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g11
Vhttp://dbpedia.org/resource/Baniqayis_dam
p11110
sbg6
(g13
g8
NtRp11111
(dp11112
g16
Nsg17
Nsg11
VBaniqayis dam
p11113
sbg6
(g13
g8
NtRp11114
(dp11115
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p11116
sbg6
(g13
g8
NtRp11117
(dp11118
g16
Nsg17
Nsg11
Vf
sbNNg6
(g7
g8
NtRp11119
(dp11120
g11
Vhttp://dbpedia.org/resource/Baniqayis_dam__Lake__1
p11121
sbg6
(g13
g8
NtRp11122
(dp11123
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p11124
sbg6
(g13
g8
NtRp11125
(dp11126
g16
Nsg17
Nsg11
VOther
p11127
sbNNNg6
(g13
g8
NtRp11128
(dp11129
g16
Nsg17
Nsg11
VSaudi Arabia
p11130
sbg6
(g13
g8
NtRp11131
(dp11132
g16
Nsg17
Nsg11
VThe Baniqayis dam is a dam in Saudi Arabia opened in 2005 and located in Asir region.
p11133
sbg6
(g13
g8
NtRp11134
(dp11135
g16
Nsg17
Nsg11
VPOINT(42.033889770508 19.144721984863)
p11136
sbtp11137
a(g6
(g7
g8
NtRp11138
(dp11139
g11
Vhttp://dbpedia.org/resource/Banjë_Hydro_Power_Plant
p11140
sbg6
(g13
g8
NtRp11141
(dp11142
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Banjë
p11143
sbg6
(g13
g8
NtRp11144
(dp11145
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Albania
p11146
sbNNNg6
(g7
g8
NtRp11147
(dp11148
g11
Vhttp://dbpedia.org/resource/Banjë_Hydro_Power_Plant__Lake__1
p11149
sbg6
(g13
g8
NtRp11150
(dp11151
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Statkraft
p11152
sbNg6
(g13
g8
NtRp11153
(dp11154
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Devoll_(river)
p11155
sbNNg6
(g13
g8
NtRp11156
(dp11157
g16
Nsg17
Nsg11
VAlbania
p11158
sbg6
(g13
g8
NtRp11159
(dp11160
g16
Nsg17
Nsg11
VBanjë Hydro Power Plant is a large hydroelectricity plant on the river Devoll situated near the village of Banjë, Albania. It was built by Devoll Hydropower, an Albanian company owned by Norwegian power company Statkraft. The project consists of a large power plant with a nominal capacity of 70 MW and an average annual production of 242 GWh. The dam is 900 m long, 370 m wide and 80 m high. The reservoir was planned to have a surface area of 14 km2, and a storage capacity of about 400 million m3. It was completed in 2016.
p11161
sbg6
(g13
g8
NtRp11162
(dp11163
g16
Nsg17
Nsg11
VPOINT(20.068000793457 40.964000701904)
p11164
sbtp11165
a(g6
(g7
g8
NtRp11166
(dp11167
g11
Vhttp://dbpedia.org/resource/Banjë_Hydro_Power_Plant
p11168
sbg6
(g13
g8
NtRp11169
(dp11170
g16
Nsg17
Nsg11
VBanjë Hydro Power Plant
p11171
sbg6
(g13
g8
NtRp11172
(dp11173
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Albania
p11174
sbNNNg6
(g7
g8
NtRp11175
(dp11176
g11
Vhttp://dbpedia.org/resource/Banjë_Hydro_Power_Plant__Lake__1
p11177
sbg6
(g13
g8
NtRp11178
(dp11179
g16
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VBanjë Hydro Power Plant is a large hydroelectricity plant on the river Devoll situated near the village of Banjë, Albania. It was built by Devoll Hydropower, an Albanian company owned by Norwegian power company Statkraft. The project consists of a large power plant with a nominal capacity of 70 MW and an average annual production of 242 GWh. The dam is 900 m long, 370 m wide and 80 m high. The reservoir was planned to have a surface area of 14 km2, and a storage capacity of about 400 million m3. It was completed in 2016.
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VLake Eleanor (National ID # CA00737), also known as Banning Dam, is an 8-acre freshwater lake (gravity dam) near Westlake Village in Thousand Oaks, California. The lake lies within the 513-acre Lake Eleanor Open Space and was Ventura County Historic Landmark No. 120 in 1988. It is also designated City of Thousand Oaks Historical Landmark No. 9. Currently under ownership of Conejo Open Space Conservation Agency (COSCA), the lake sits in a gorge with sheer cliffs and drops of 40\u201350 ft. An artificial lake, it was first constructed in 1889, and may be the first concrete arched dam built in California.
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Bao-Tavera Dam Complex refers to two earth-filled embankment dams located about 15 km (9.3 mi) south of Santiago in Santiago Province of the Dominican Republic. The Bao Dam on the Bao River is 113 m (371 ft) and withholds a reservoir with a maximum storage capacity of 280,000,000 m3 (230,000 acre\u22c5ft). It is the second tallest dam in the country behind the Monción Dam. The Tavera Dam, about 8 km (5.0 mi) east of Bao Dam, on the river Yaque del Norte is 82 m (269 ft) high and has a reservoir with a capacity of 170,000,000 m3 (140,000 acre\u22c5ft). A 1.5 km (0.93 mi) canal connects each reservoir, making them a complex. The purpose of the complex is to provide municipal water, water for irrigation and to generate hydroelectric power. Water from the Tavera Reservoir is piped downstream to the 
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VThe Baoquan Pumped Storage Power Station is a pumped-storage hydroelectric power station located 34 kilometres (21 mi) northeast of Jiaozuo in Henan Province, China. It was constructed between June 2004 and December 2011 and has a 1,200 megawatts (1,600,000 hp) installed capacity. The power station operates by shifting water between an upper and lower reservoir to generate electricity.
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VThe Baoquan Pumped Storage Power Station is a pumped-storage hydroelectric power station located 34 kilometres (21 mi) northeast of Jiaozuo in Henan Province, China. It was constructed between June 2004 and December 2011 and has a 1,200 megawatts (1,600,000 hp) installed capacity. The power station operates by shifting water between an upper and lower reservoir to generate electricity.
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Nsg11
VChina
p11823
sbg6
(g13
g8
NtRp11824
(dp11825
g16
Nsg17
Nsg11
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p11826
sbg6
(g13
g8
NtRp11827
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g16
Nsg17
g27
sg11
V0.524
p11829
sbg6
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g8
NtRp11830
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g16
Nsg17
g27
sg11
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p11832
sbg6
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g8
NtRp11833
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g11
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p11835
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g8
NtRp11836
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g16
Nsg17
Nsg11
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p11838
sbg6
(g13
g8
NtRp11839
(dp11840
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp11841
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g16
Nsg17
g27
sg11
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p11843
sbg6
(g13
g8
NtRp11844
(dp11845
g16
Nsg17
Nsg11
VChina
p11846
sbg6
(g13
g8
NtRp11847
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g16
Nsg17
Nsg11
VThe Baozhusi Dam is a gravity dam on the Bailong River, located 23 km (14 mi) northwest of Guangyuan in Sichuan Province, China. Construction on the dam began in 1984, the generators were operational between 1996 and 1998 while the rest of the facilities were complete 2000. The dam was constructed for hydroelectric power generation, flood control and water supply for irrigation and industrial uses. The 132 m (433 ft) tall concrete gravity dam creates a 2,550,000,000 m3 (2,067,319 acre\u22c5ft) reservoir with a surface area of 61.2 km2 (24 sq mi). On either side of power station at the dam's base, there are two gate-controlled chute spillways. Beside them are two pairs of intermediate sluice-controlled orifice openings. Below the left intermediate opening are two bottom sluices. The total discha
p11849
sbg6
(g13
g8
NtRp11850
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Nsg11
VPOINT(105.61027526855 32.519721984863)
p11852
sbtp11853
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g8
NtRp11854
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p11856
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g8
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Nsg11
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g8
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Nsg11
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g8
NtRp11863
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Nsg11
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sbg6
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g8
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g16
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g27
sg11
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p11868
sbg6
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g8
NtRp11869
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Nsg17
g27
sg11
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p11871
sbg6
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g8
NtRp11872
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p11874
sbNNg6
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g8
NtRp11875
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Nsg17
Nsg11
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p11877
sbg6
(g13
g8
NtRp11878
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp11880
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g27
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p11882
sbg6
(g13
g8
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Nsg11
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p11885
sbg6
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g8
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VThe Baozhusi Dam is a gravity dam on the Bailong River, located 23 km (14 mi) northwest of Guangyuan in Sichuan Province, China. Construction on the dam began in 1984, the generators were operational between 1996 and 1998 while the rest of the facilities were complete 2000. The dam was constructed for hydroelectric power generation, flood control and water supply for irrigation and industrial uses. The 132 m (433 ft) tall concrete gravity dam creates a 2,550,000,000 m3 (2,067,319 acre\u22c5ft) reservoir with a surface area of 61.2 km2 (24 sq mi). On either side of power station at the dam's base, there are two gate-controlled chute spillways. Beside them are two pairs of intermediate sluice-controlled orifice openings. Below the left intermediate opening are two bottom sluices. The total discha
p11888
sbg6
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g8
NtRp11889
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Nsg17
Nsg11
VPOINT(105.61027526855 32.519721984863)
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g8
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g8
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Nsg11
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g8
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Nsg11
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g8
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Nsg11
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g8
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Nsg11
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p11910
sbg6
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g8
NtRp11911
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Nsg17
Nsg11
VIrrigation, power
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g8
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Nsg11
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g8
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g8
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p11922
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VBara Dam is a proposed small, low-head, earth core rockfill, hydroelectric dam with a capacity of 5.8 megawatts, located across Bara River at the confluence of Mastura River in Tirah Valley, Khyber Agency, FATA, Pakistan. It is part of a wider plan that consists in remodeling the Bara River, to promote agriculture. Construction, which had not started yet as of late 2019, is expected to last 5 years. The estimated cost of the project is US$311 million (Rs. 14.2 billion), out of which $227 million for civil works and $28 million for electro-mechanical works are required.
p11925
sbg6
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g8
NtRp11926
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VPOINT(71.016670227051 33.966667175293)
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g8
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p11932
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g8
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Nsg11
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p11935
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g8
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Nsg11
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p11938
sbg6
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g8
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g8
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p11944
sbg6
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g8
NtRp11945
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Nsg11
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p11947
sbg6
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g8
NtRp11948
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Nsg17
Nsg11
VIrrigation, power
p11950
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g8
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Nsg11
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p11953
sbg6
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g8
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sbNg6
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g8
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g16
Nsg17
Nsg11
VPakistan
p11959
sbg6
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g8
NtRp11960
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Nsg17
Nsg11
VBara Dam is a proposed small, low-head, earth core rockfill, hydroelectric dam with a capacity of 5.8 megawatts, located across Bara River at the confluence of Mastura River in Tirah Valley, Khyber Agency, FATA, Pakistan. It is part of a wider plan that consists in remodeling the Bara River, to promote agriculture. Construction, which had not started yet as of late 2019, is expected to last 5 years. The estimated cost of the project is US$311 million (Rs. 14.2 billion), out of which $227 million for civil works and $28 million for electro-mechanical works are required.
p11962
sbg6
(g13
g8
NtRp11963
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Nsg17
Nsg11
VPOINT(71.016670227051 33.966667175293)
p11965
sbtp11966
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g8
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p11969
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g8
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p11972
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g8
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Nsg11
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p11975
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p11978
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g8
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g11
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p11981
sbg6
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g8
NtRp11982
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g16
Nsg17
Nsg11
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p11984
sbg6
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g8
NtRp11985
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g16
Nsg17
Nsg11
VIrrigation, power
p11987
sbg6
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g8
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g16
Nsg17
Nsg11
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p11990
sbg6
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g8
NtRp11991
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g16
Nsg17
Nsg11
VProposed
p11993
sbNg6
(g13
g8
NtRp11994
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g16
Nsg17
Nsg11
VPakistan
p11996
sbg6
(g13
g8
NtRp11997
(dp11998
g16
Nsg17
Nsg11
VBara Dam is a proposed small, low-head, earth core rockfill, hydroelectric dam with a capacity of 5.8 megawatts, located across Bara River at the confluence of Mastura River in Tirah Valley, Khyber Agency, FATA, Pakistan. It is part of a wider plan that consists in remodeling the Bara River, to promote agriculture. Construction, which had not started yet as of late 2019, is expected to last 5 years. The estimated cost of the project is US$311 million (Rs. 14.2 billion), out of which $227 million for civil works and $28 million for electro-mechanical works are required.
p11999
sbg6
(g13
g8
NtRp12000
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g16
Nsg17
Nsg11
VPOINT(71.016670227051 33.966667175293)
p12002
sbtp12003
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g8
NtRp12004
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g11
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p12006
sbg6
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g8
NtRp12007
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Nsg11
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p12009
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g8
NtRp12010
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p12012
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g8
NtRp12013
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g16
Nsg17
Nsg11
VEarth core rockfill
p12015
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g8
NtRp12016
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g11
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p12018
sbg6
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g8
NtRp12019
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g16
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Nsg11
Vhttp://dbpedia.org/resource/WAPDA
p12021
sbg6
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g8
NtRp12022
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g16
Nsg17
Nsg11
VIrrigation, power
p12024
sbg6
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g8
NtRp12025
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g16
Nsg17
Nsg11
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p12027
sbg6
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g8
NtRp12028
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g16
Nsg17
Nsg11
VProposed
p12030
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(g13
g8
NtRp12031
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g16
Nsg17
Nsg11
VPakistan
p12033
sbg6
(g13
g8
NtRp12034
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VBara Dam is a proposed small, low-head, earth core rockfill, hydroelectric dam with a capacity of 5.8 megawatts, located across Bara River at the confluence of Mastura River in Tirah Valley, Khyber Agency, FATA, Pakistan. It is part of a wider plan that consists in remodeling the Bara River, to promote agriculture. Construction, which had not started yet as of late 2019, is expected to last 5 years. The estimated cost of the project is US$311 million (Rs. 14.2 billion), out of which $227 million for civil works and $28 million for electro-mechanical works are required.
p12036
sbg6
(g13
g8
NtRp12037
(dp12038
g16
Nsg17
Nsg11
VPOINT(71.016670227051 33.966667175293)
p12039
sbtp12040
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(g7
g8
NtRp12041
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g11
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p12043
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(g13
g8
NtRp12044
(dp12045
g16
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Nsg11
VBaram Dam
p12046
sbg6
(g13
g8
NtRp12047
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Malaysia
p12049
sbg6
(g13
g8
NtRp12050
(dp12051
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p12052
sbg6
(g13
g8
NtRp12053
(dp12054
g16
Nsg17
g27
sg11
V0.685
p12055
sbg6
(g13
g8
NtRp12056
(dp12057
g16
Nsg17
g27
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V180.0
p12058
sbg6
(g7
g8
NtRp12059
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g11
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p12061
sbNg6
(g13
g8
NtRp12062
(dp12063
g16
Nsg17
Nsg11
VPower
p12064
sbg6
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g8
NtRp12065
(dp12066
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baram_River
p12067
sbg6
(g13
g8
NtRp12068
(dp12069
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp12070
(dp12071
g16
Nsg17
Nsg11
VMalaysia
p12072
sbg6
(g13
g8
NtRp12073
(dp12074
g16
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Nsg11
VThe Baram Dam, also known as Baram 1 Dam, (Baram Hydro-electric Dam Project) is a proposed gravity dam on the Baram River in Sarawak, Malaysia. The site of the dam is 250 kilometres (160 mi) inland from Miri, the second largest city in Sarawak. The dam is part of the Sarawak Corridor of Renewable Energy and, if completed, would support a 1,200 MW power station. In November 2015, the Sarawak Chief Minister Tan Sri Adenan Satem announced that the Sarawak government had decided to shelf the Baram Dam because the people in Baram did not welcome the plan.
p12075
sbg6
(g13
g8
NtRp12076
(dp12077
g16
Nsg17
Nsg11
VPOINT(114.56777954102 3.3830554485321)
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sbtp12079
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(g7
g8
NtRp12080
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g11
Vhttp://dbpedia.org/resource/Baram_Dam
p12082
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(g13
g8
NtRp12083
(dp12084
g16
Nsg17
Nsg11
VBendungan Baram
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(g13
g8
NtRp12086
(dp12087
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Malaysia
p12088
sbg6
(g13
g8
NtRp12089
(dp12090
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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sbg6
(g13
g8
NtRp12092
(dp12093
g16
Nsg17
g27
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V0.685
p12094
sbg6
(g13
g8
NtRp12095
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g16
Nsg17
g27
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V180.0
p12097
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g8
NtRp12098
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NtRp12101
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g16
Nsg17
Nsg11
VPower
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NtRp12104
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Baram_River
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sbg6
(g13
g8
NtRp12107
(dp12108
g16
Nsg17
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VP
sbNg6
(g13
g8
NtRp12109
(dp12110
g16
Nsg17
Nsg11
VMalaysia
p12111
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(g13
g8
NtRp12112
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Nsg17
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VThe Baram Dam, also known as Baram 1 Dam, (Baram Hydro-electric Dam Project) is a proposed gravity dam on the Baram River in Sarawak, Malaysia. The site of the dam is 250 kilometres (160 mi) inland from Miri, the second largest city in Sarawak. The dam is part of the Sarawak Corridor of Renewable Energy and, if completed, would support a 1,200 MW power station. In November 2015, the Sarawak Chief Minister Tan Sri Adenan Satem announced that the Sarawak government had decided to shelf the Baram Dam because the people in Baram did not welcome the plan.
p12114
sbg6
(g13
g8
NtRp12115
(dp12116
g16
Nsg17
Nsg11
VPOINT(114.56777954102 3.3830554485321)
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sbtp12118
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(g7
g8
NtRp12119
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g8
NtRp12122
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Nsg17
Nsg11
VBaramchi Khola Hydropower Station
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g8
NtRp12125
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g16
Nsg17
Nsg11
VNepal
p12127
sbg6
(g13
g8
NtRp12128
(dp12129
g16
Nsg17
Nsg11
VGravity
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g8
NtRp12131
(dp12132
g16
Nsg17
Nsg11
VPower
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NtRp12134
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bramchi_River
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g8
NtRp12137
(dp12138
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp12139
(dp12140
g16
Nsg17
Nsg11
VNepal
p12141
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g8
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VBaramchi Khola Hydropower Station (Nepali: \u092c\u093e\u0930\u092e\u094d\u091a\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sindhupalchok District of Nepal. The flow from Baramchi River is used to generate 4.2 MW electricity. The plant is owned and developed by Unique Hydel Pvt Ltd , an IPP of Nepal. The plant started generating electricity from 2071-12-30 BS. The generation licence will expire in 2101-10-25 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p12144
sbg6
(g13
g8
NtRp12145
(dp12146
g16
Nsg17
Nsg11
VPOINT(85.777221679688 27.836389541626)
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sbtp12148
a(g6
(g7
g8
NtRp12149
(dp12150
g11
Vhttp://dbpedia.org/resource/Barber_Dam
p12151
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(g13
g8
NtRp12152
(dp12153
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Nsg17
Nsg11
VBarber Dam
p12154
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g8
NtRp12155
(dp12156
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p12157
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g8
NtRp12158
(dp12159
g16
Nsg17
g27
sg11
V0.12192
p12160
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g8
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g11
Vhttp://dbpedia.org/resource/Barber_Dam__Lake__1
p12163
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g8
NtRp12164
(dp12165
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp12166
(dp12167
g16
Nsg17
Nsg11
VUSA#Idaho
p12168
sbg6
(g13
g8
NtRp12169
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Nsg17
Nsg11
VThe Barber Dam is a timber-crib dam in the western United States, on the Boise River in southwestern Idaho. Located in Ada County, about three miles (5 km) east of Boise, the dam was constructed by the Barber Lumber Company between 1904 and 1906 to serve as a mill pond for timber. A power plant was also constructed in conjunction with the dam which powered the mill and the town of Barberton (Barber), which was established in 1910.
p12171
sbg6
(g13
g8
NtRp12172
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VMunicipal water supply
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VBarekese Dam is a dam on the Ofin River that supports the main water treatment plant for Kumasi in the Ashanti Region of Ghana, supplying about 80 percent of the potable water for the city and its surrounding environs. It is operated by the Ghana Water Company.
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VBarkley Dam is a dam along the Cumberland River in Kentucky. Its construction along with Kentucky Dam formed the Land Between the Lakes National Recreation Area (LBLNRA) by stopping the flow of the Cumberland and Tennessee Rivers, forming Lake Barkley and Kentucky Lake respectively. Barkley Dam is 157 feet (48 m) high and impounds a maximum of 2,082,000 acre-feet (2.6 billion cubic meters). Completed in 1966, the dam and artificial lake were both named for former Vice President of the United States Alben Barkley.
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VBarkley Dam is a dam along the Cumberland River in Kentucky. Its construction along with Kentucky Dam formed the Land Between the Lakes National Recreation Area (LBLNRA) by stopping the flow of the Cumberland and Tennessee Rivers, forming Lake Barkley and Kentucky Lake respectively. Barkley Dam is 157 feet (48 m) high and impounds a maximum of 2,082,000 acre-feet (2.6 billion cubic meters). Completed in 1966, the dam and artificial lake were both named for former Vice President of the United States Alben Barkley.
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VIndia
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VIndia
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VThe Barna Dam is a gravity dam on the Barna River in Badi tahsil Raisen district, Madhya Pradesh, India. Barna river is a major tributary of the Narmada River. It is about 100 km (62 mi) east of Bhopal. Dam was constructed by Madhaya Pradesh Water Resource Department. The primary purpose of the dam is irrigation and it was completed in 18.oct.1978.
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VThe Baroon Pocket Dam is a rock and earth-fill embankment dam with an un-gated spillway across the Obi Obi Creek, in North Maleny, Sunshine Coast Region, in South East Queensland, Australia. The main purpose of the dam is for potable water supply. The impounded reservoir is called Lake Baroon. Just below the dam is Obi Obi Gorge, one of the few remaining places left where the Mary River cod maintains a wild population. After its initial filling, the dam reached its lowest level between December 2002 and February 2003 at 50% capacity.
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VBaroota Reservoir
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VBaroota Reservoir is a reservoir on the western edge of the southern Flinders Ranges of South Australia. It was built in 1921 to supply additional water to Port Pirie as part of the Beetaloo Reservoir distribution network. The dam is no longer used to supply drinking water, but is maintained as an emergency water source in the event that the Morgan-Whyalla pipeline fails. It is also used for a small amount of irrigation.
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VInactive reserve
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VAustralia South Australia
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VBaroota Reservoir is a reservoir on the western edge of the southern Flinders Ranges of South Australia. It was built in 1921 to supply additional water to Port Pirie as part of the Beetaloo Reservoir distribution network. The dam is no longer used to supply drinking water, but is maintained as an emergency water source in the event that the Morgan-Whyalla pipeline fails. It is also used for a small amount of irrigation.
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VBarossa Reservoir
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VAustralia
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VArch dam
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Vwater supply
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VAustralia South Australia
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VBarossa Reservoir is a reservoir in the Australian state of South Australia, built between 1899 and 1902 to supply water to Gawler and other northern country areas. Built at a cost of almost A£170,000 the reservoir was hailed on completion as an engineering marvel, and with the reservoir wall rising to a height of 36 metres (118 ft), it was, at the time of its completion, the highest dam wall in Australia.
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VThe Grandval Dam (French: barrage de Grandval, French pronunciation: \u200b[ba\u0281a\u0292 d\u0259 \u0261\u0281\u0251\u0303val]) is a dam in the French region Massif central, which opened in 1960. It was conceived by architects Henri et Louis Marty. It is located on the Truyère river, in the departement of Cantal, in between the communes of Fridefont et de Lavastrie. \u000a* v \u000a* t \u000a* e
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VThe Grandval Dam (French: barrage de Grandval, French pronunciation: \u200b[ba\u0281a\u0292 d\u0259 \u0261\u0281\u0251\u0303val]) is a dam in the French region Massif central, which opened in 1960. It was conceived by architects Henri et Louis Marty. It is located on the Truyère river, in the departement of Cantal, in between the communes of Fridefont et de Lavastrie. \u000a* v \u000a* t \u000a* e
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VThe Grandval Dam (French: barrage de Grandval, French pronunciation: \u200b[ba\u0281a\u0292 d\u0259 \u0261\u0281\u0251\u0303val]) is a dam in the French region Massif central, which opened in 1960. It was conceived by architects Henri et Louis Marty. It is located on the Truyère river, in the departement of Cantal, in between the communes of Fridefont et de Lavastrie. \u000a* v \u000a* t \u000a* e
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VThe Grandval Dam (French: barrage de Grandval, French pronunciation: \u200b[ba\u0281a\u0292 d\u0259 \u0261\u0281\u0251\u0303val]) is a dam in the French region Massif central, which opened in 1960. It was conceived by architects Henri et Louis Marty. It is located on the Truyère river, in the departement of Cantal, in between the communes of Fridefont et de Lavastrie. \u000a* v \u000a* t \u000a* e
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VBarrett Dam
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VUnited States
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VConcrete gravity arch
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VThe Bashan Dam is an embankment dam on the Renhe River located 15 km (9 mi) northwest of Chengkou County's seat in Chongqing, China. The primary purpose of the dam is hydroelectric power generation and it supports a 140 MW power station containing two 70 MW Pelton turbine-generators. It is a concrete-face rock-fill type with a height of 155 m (509 ft); creating a reservoir with a capacity of 315,000,000 m3 (412,004,445 cu yd). The dam is located before a bend in the river and diverts water through a 2,181 m (7,156 ft) long headrace tunnel that leads to the power station. Construction on the project began in 2005, the river was diverted by 2006 and the generators operational in 2009.
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VThe Bastora Dam or Goma-Span Dam is a gravity dam currently being constructed on the Bastora River at Goma span gorge, near Gomespan, in Erbil Governorate, Iraq. It is located about 30 km (19 mi) northeast of Erbil. The primary purpose of the dam is water supply for irrigation but it will support a small 2.4 MW hydroelectric power station. It is expected to irrigate 4,000 ha (9,900 acres). Construction on the 85 m (279 ft) tall roller-compacted concrete dam began in 2013 and it is expected to be complete in 2023.
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VBatang Toru hydropower plant is an under construction hydropower plant project located in Batang Toru River in South Tapanuli District of North Sumatra Province in Indonesia. The power plant is scheduled to be operational in 2022 and designed to be 4x127.5 MW in capacity. Batang Toru hydropower plant is developed by PT North Sumatra Hydro Energy (PT NSHE), a company founded in 2008. The pre-construction phase of the power plant has been started after the Purchasing Power Agreement (PPA) contract with the National Electricity Company (PLN) was signed on December 21, 2015.
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VThe Bath County Pumped Storage Station is a pumped storage hydroelectric power plant, which is described as the "largest battery in the world", with a maximum generation capacity of 3,003 MW, an average of 2,772 MW, and a total storage capacity of 24,000 MWh. The station is located in the northern corner of Bath County, Virginia, on the southeast side of the Eastern Continental Divide, which forms this section of the border between Virginia and West Virginia. The station consists of two reservoirs separated by about 1,260 feet (380 m) in elevation. It was the largest pumped-storage power station in the world until 2021, when it was surpassed by the Fengning Pumped Storage Power Station.
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VThe Bath County Pumped Storage Station is a pumped storage hydroelectric power plant, which is described as the "largest battery in the world", with a maximum generation capacity of 3,003 MW, an average of 2,772 MW, and a total storage capacity of 24,000 MWh. The station is located in the northern corner of Bath County, Virginia, on the southeast side of the Eastern Continental Divide, which forms this section of the border between Virginia and West Virginia. The station consists of two reservoirs separated by about 1,260 feet (380 m) in elevation. It was the largest pumped-storage power station in the world until 2021, when it was surpassed by the Fengning Pumped Storage Power Station.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBattersea Power Station is a decommissioned Grade II* listed coal-fired power station, located on the south bank of the River Thames, in Nine Elms, Battersea, in the London Borough of Wandsworth. It was built by the London Power Company (LPC) to the design of Leonard Pearce, Engineer in Chief to the LPC, and CS Allott & Son Engineers. The architects were J. Theo Halliday and Giles Gilbert Scott. The station is one of the world's largest brick buildings and notable for its original, Art Deco interior fittings and decor.
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VBatu Dam (Malay: Empangan Batu) is one of the major dams of Klang Valley located in Selangor, Malaysia. The dam is a water supply dam. The dam holding capacity is 30,199 ML. The Sungai Batu water treatment plant produces 114 ML per day of treated water.
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VBatu Dam (Malay: Empangan Batu) is one of the major dams of Klang Valley located in Selangor, Malaysia. The dam is a water supply dam. The dam holding capacity is 30,199 ML. The Sungai Batu water treatment plant produces 114 ML per day of treated water.
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VThe Bawanur Dam is an earth-fill dam currently being constructed on the Diyala River just upstream of the town of Bawanur in Sulaymaniyah Governorate, Iraq. The 23 m (75 ft) tall dam will support a 32 MW run-of-the-river hydroelectric power station. It will also serve to control floods and provide water for irrigation. In August 2013, the Kurdistan Regional Government signed a US$200 million contract with the Romanian firm, Hidroconstruc\u021bia, to build the dam and power station. The project is expected to be complete in 2018.
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VThe Baynes Hydroelectric Power Station is a planned 600 megawatts (804,613 hp) hydroelectric power plant in northwest Namibia, at the border with Angola.
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VThe Baysh Dam is a gravity dam on Wadi Baysh about 35 km (22 mi) northeast of in the Jizan Region of southwestern Saudi Arabia. The dam has many purposes to include flood control, irrigation and groundwater recharge. The dam was constructed between 2003 and 2009. At 106 m (348 ft) in height, it is the tallest dam in Saudi Arabia. It was constructed by Yüksel \u0130n\u015faat A.\u015e. and is owned and operated by the Ministry of Water and Electricity.
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sbg6
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VPower
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VPOINT(38.522945404053 39.449317932129)
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NtRp14721
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Nsg17
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VPower
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Nsg17
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sbg6
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VPOINT(38.522945404053 39.449317932129)
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Nsg17
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VO
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p14779
sbg6
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Nsg17
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VPOINT(38.522945404053 39.449317932129)
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Nsg17
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VThe Ba\u011f\u0131\u015fta\u015f 1 Dam is a gravity dam on the Karasu River near \u0130liç in Erzincan Province, eastern Turkey. The primary purpose of the dam is hydroelectric power generation and it supports a 48.6 MW power station. Construction began in 2010 and the generators were commissioned in 2012 and 2013. The dam and power plant are owned and operated by the State Hydraulic Works.
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VBear Creek Dam was built on the Bear Creek River, formerly called Grand Encampment as a noteworthy place where multiple Indian tribes gathered, traded, and settled, as reported in an 1816 survey of the area by a French party. The US Army Corps of Engineers built and operates a dam on the confluence of Bear Creek and within the city limits of Lakewood, Colorado.
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VBeaumont Generating Station is a hydroelectric dam built on the Saint-Maurice River, in , in upper Mauricie, Quebec, Canada. This hydroelectric dam is located between La Trenche generating station and La Tuque generating station. It is the fifth dam from the head of the river, among 11. Unlike the other hydroelectric plants on the river, which took the name from the rapids or falls they drowned, the Central Beaumont was named for , the former president of the Shawinigan Water & Power Company.
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VCentrale Beaumont
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VBeaumont Generating Station is a hydroelectric dam built on the Saint-Maurice River, in , in upper Mauricie, Quebec, Canada. This hydroelectric dam is located between La Trenche generating station and La Tuque generating station. It is the fifth dam from the head of the river, among 11. Unlike the other hydroelectric plants on the river, which took the name from the rapids or falls they drowned, the Central Beaumont was named for , the former president of the Shawinigan Water & Power Company.
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VBeaumont Generating Station is a hydroelectric dam built on the Saint-Maurice River, in , in upper Mauricie, Quebec, Canada. This hydroelectric dam is located between La Trenche generating station and La Tuque generating station. It is the fifth dam from the head of the river, among 11. Unlike the other hydroelectric plants on the river, which took the name from the rapids or falls they drowned, the Central Beaumont was named for , the former president of the Shawinigan Water & Power Company.
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VBeaver Valley (Ontario)
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VThe Beaver Valley is a valley in southern Ontario, Canada, at the southern tip of Georgian Bay. The Beaver River flows north through the valley, emptying into Georgian Bay in the town of Thornbury. It is a productive agricultural area, producing a significant portion of Canada's apple crop. It also contains one of Ontario's best-preserved hardwood swamp ecosystems. The Bruce Trail follows the perimeter of the valley passing several natural landmarks including , the , and . The main towns in the valley are Flesherton at the south end, Kimberley, and Thornbury.
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VThe Beda dam is a dam in Saudi Arabia opened in 1985 and located in Al Baha region.
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VThe Beda dam is a dam in Saudi Arabia opened in 1985 and located in Al Baha region.
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VThe Beduhe Dam is a concrete-face rock-fill dam currently under construction near in Dohuk Province, Iraq. The foundation stone for the dam was laid on 18 February 2010.
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VThe Beetaloo Reservoir is a currently unused reservoir in the southern Flinders Ranges locality of Beetaloo Valley in the hills east of Port Pirie in the Mid North region of South Australia. The Beetaloo Reservoir no longer supplies drinking water and is kept as a reserve for a major outage on the Morgan-Whyalla pipeline and as a recreation and fishing reserve. It was built between 1886 and 1890 as a source for water to supply Yorke Peninsula. It has a capacity of 3.18 gigalitres (112,000,000 cu ft). When it was built, Beetaloo Dam was considered the largest concrete dam in the southern hemisphere. It is now the smallest of SA Water's 16 reservoirs in South Australia. At the time of its construction, Yorke Peninsula was a developing agricultural base, as well as copper mining and smelting 
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VBeihai Power Station (Chinese: \u5317\u6d77\u7535\u5382), also spelled Beihai Power Plant, is a large coal-fired power plant located in (\u77f3\u5934\u57e0\u6751), (\u5174\u6e2f\u9547), Tieshan Port District (\u94c1\u5c71\u6e2f\u533a). The total investment of the project is 8.26 billion yuan.
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VBen Chifley Dam, or Chifley Dam, is a rock and earth-fill embankment dam across the Campbells River in the central west region of New South Wales, Australia. The main purpose of the dam is to supply potable water to the city of Bathurst. The dam is named in honour of Ben Chifley, a former Prime Minister of Australia, Member for Macquarie and resident of Bathurst.
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VBen Chifley Dam, or Chifley Dam, is a rock and earth-fill embankment dam across the Campbells River in the central west region of New South Wales, Australia. The main purpose of the dam is to supply potable water to the city of Bathurst. The dam is named in honour of Ben Chifley, a former Prime Minister of Australia, Member for Macquarie and resident of Bathurst.
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p15267
sbg6
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g8
NtRp15268
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g16
Nsg17
Nsg11
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p15270
sbg6
(g13
g8
NtRp15271
(dp15272
g16
Nsg17
Nsg11
VPotablewater supply
p15273
sbg6
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g8
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g16
Nsg17
Nsg11
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p15276
sbg6
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g8
NtRp15277
(dp15278
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp15279
(dp15280
g16
Nsg17
Nsg11
VAustralian Capital Territory
p15281
sbg6
(g13
g8
NtRp15282
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Nsg17
Nsg11
VThe Bendora Dam is a thin-wall, double curvature concrete arch dam across the upper reaches of the Cotter River, located within Namadgi National Park in the Australian Capital Territory, Australia. The impounded reservoir is called the Bendora Reservoir which is a supply source of potable water for the city of Canberra and its environs.
p15284
sbg6
(g13
g8
NtRp15285
(dp15286
g16
Nsg17
Nsg11
VPOINT(148.82800292969 -35.446998596191)
p15287
sbtp15288
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g8
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p15291
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g8
NtRp15292
(dp15293
g16
Nsg17
Nsg11
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p15294
sbg6
(g13
g8
NtRp15295
(dp15296
g16
Nsg17
Nsg11
VBrunei
p15297
sbg6
(g13
g8
NtRp15298
(dp15299
g16
Nsg17
Nsg11
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p15300
sbNNg6
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g8
NtRp15301
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g11
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p15303
sbNg6
(g13
g8
NtRp15304
(dp15305
g16
Nsg17
Nsg11
VWater supply
p15306
sbg6
(g13
g8
NtRp15307
(dp15308
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Benutan_River
p15309
sbg6
(g13
g8
NtRp15310
(dp15311
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp15312
(dp15313
g16
Nsg17
Nsg11
VBrunei
p15314
sbg6
(g13
g8
NtRp15315
(dp15316
g16
Nsg17
Nsg11
VThe Benutan Dam, also spelled Binutan, is an embankment dam on the in Tutong District, Brunei. The dam was completed in 1988 with the primary purpose of increasing water supply to the capital of Brunei, Bandar Seri Begawan. It has a normal reservoir volume of 45,000,000 m3 (36,000 acre\u22c5ft).
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sbg6
(g13
g8
NtRp15318
(dp15319
g16
Nsg17
Nsg11
VPOINT(114.75074768066 4.629255771637)
p15320
sbtp15321
a(g6
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g8
NtRp15322
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g11
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p15324
sbg6
(g13
g8
NtRp15325
(dp15326
g16
Nsg17
Nsg11
VBerg River Dam
p15327
sbg6
(g13
g8
NtRp15328
(dp15329
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p15330
sbg6
(g13
g8
NtRp15331
(dp15332
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp15333
(dp15334
g16
Nsg17
g27
sg11
V0.929
p15335
sbNg6
(g7
g8
NtRp15336
(dp15337
g11
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p15338
sbg6
(g13
g8
NtRp15339
(dp15340
g16
Nsg17
Nsg11
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p15341
sbg6
(g13
g8
NtRp15342
(dp15343
g16
Nsg17
Nsg11
VDrinking water, storage
p15344
sbg6
(g13
g8
NtRp15345
(dp15346
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Berg_River
p15347
sbNNg6
(g13
g8
NtRp15348
(dp15349
g16
Nsg17
Nsg11
VSouth Africa
p15350
sbg6
(g13
g8
NtRp15351
(dp15352
g16
Nsg17
Nsg11
VThe Berg River Dam is a 68-metre (223 ft) high dam on the Berg River in South Africa. It is the centerpiece of the Berg Water Project (BWP) which is designed to capture the winter rainfall and store it for supply to Cape Town during the dry summer months. The project in turn forms an important part of the Western Cape Water Supply System (WCWSS), an intricate system of dams and bulk water infrastructure that provides water to more than 3 million people. At the inauguration of the dam in 2009, then President of South Africa Kgalema Motlanthe called the project "a good example of how public infrastructure projects can be used to contribute meaningfully to poverty eradication and to foster social empowerment of the people." The Berg River Dam was the first dam in South Africa to be designed a
p15353
sbg6
(g13
g8
NtRp15354
(dp15355
g16
Nsg17
Nsg11
VPOINT(19.056999206543 -33.902400970459)
p15356
sbtp15357
a(g6
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g8
NtRp15358
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g11
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p15360
sbg6
(g13
g8
NtRp15361
(dp15362
g16
Nsg17
Nsg11
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p15363
sbg6
(g13
g8
NtRp15364
(dp15365
g16
Nsg17
Nsg11
VTurkey
p15366
sbg6
(g13
g8
NtRp15367
(dp15368
g16
Nsg17
Nsg11
VGravity
p15369
sbg6
(g13
g8
NtRp15370
(dp15371
g16
Nsg17
g27
sg11
V0.364
p15372
sbNg6
(g7
g8
NtRp15373
(dp15374
g11
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p15375
sbNg6
(g13
g8
NtRp15376
(dp15377
g16
Nsg17
Nsg11
VPower
p15378
sbg6
(g13
g8
NtRp15379
(dp15380
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murat_River
p15381
sbg6
(g13
g8
NtRp15382
(dp15383
g16
Nsg17
Nsg11
VPlanned
p15384
sbg6
(g13
g8
NtRp15385
(dp15386
g16
Nsg17
g27
sg11
V232000.0
p15387
sbg6
(g13
g8
NtRp15388
(dp15389
g16
Nsg17
Nsg11
VTurkey
p15390
sbg6
(g13
g8
NtRp15391
(dp15392
g16
Nsg17
Nsg11
VThe Beyhan II Dam is a planned gravity dam on the Murat River near the village of Beyhan in Palu district, Elaz\u0131\u011f Province, Turkey. The primary purpose of the 62 m (203 ft) tall dam is power and it supports a 264 MW hydroelectric power station. It is owned by Kalehan Energy Generation.
p15393
sbg6
(g13
g8
NtRp15394
(dp15395
g16
Nsg17
Nsg11
VPOINT(39.986888885498 38.707279205322)
p15396
sbtp15397
a(g6
(g7
g8
NtRp15398
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g11
Vhttp://dbpedia.org/resource/Beyhan_II_Dam
p15400
sbg6
(g13
g8
NtRp15401
(dp15402
g16
Nsg17
Nsg11
VBeyhan II Dam
p15403
sbg6
(g13
g8
NtRp15404
(dp15405
g16
Nsg17
Nsg11
VTurkey
p15406
sbg6
(g13
g8
NtRp15407
(dp15408
g16
Nsg17
Nsg11
VGravity
p15409
sbg6
(g13
g8
NtRp15410
(dp15411
g16
Nsg17
g27
sg11
V0.364
p15412
sbNg6
(g7
g8
NtRp15413
(dp15414
g11
Vhttp://dbpedia.org/resource/Beyhan_II_Dam__Lake__1
p15415
sbNg6
(g13
g8
NtRp15416
(dp15417
g16
Nsg17
Nsg11
VPower
p15418
sbg6
(g13
g8
NtRp15419
(dp15420
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murat_River
p15421
sbg6
(g13
g8
NtRp15422
(dp15423
g16
Nsg17
Nsg11
VPlanned
p15424
sbg6
(g13
g8
NtRp15425
(dp15426
g16
Nsg17
g27
sg11
V232000.0
p15427
sbg6
(g13
g8
NtRp15428
(dp15429
g16
Nsg17
Nsg11
VTurkey
p15430
sbg6
(g13
g8
NtRp15431
(dp15432
g16
Nsg17
Nsg11
VThe Beyhan II Dam is a planned gravity dam on the Murat River near the village of Beyhan in Palu district, Elaz\u0131\u011f Province, Turkey. The primary purpose of the 62 m (203 ft) tall dam is power and it supports a 264 MW hydroelectric power station. It is owned by Kalehan Energy Generation.
p15433
sbg6
(g13
g8
NtRp15434
(dp15435
g16
Nsg17
Nsg11
VPOINT(39.986888885498 38.707279205322)
p15436
sbtp15437
a(g6
(g7
g8
NtRp15438
(dp15439
g11
Vhttp://dbpedia.org/resource/Beyhan_I_Dam
p15440
sbg6
(g13
g8
NtRp15441
(dp15442
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0411\u0435\u0439\u0445\u0430\u043d I
p15443
sbg6
(g13
g8
NtRp15444
(dp15445
g16
Nsg17
Nsg11
VTurkey
p15446
sbg6
(g13
g8
NtRp15447
(dp15448
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p15449
sbg6
(g13
g8
NtRp15450
(dp15451
g16
Nsg17
g27
sg11
V0.364
p15452
sbNg6
(g7
g8
NtRp15453
(dp15454
g11
Vhttp://dbpedia.org/resource/Beyhan_I_Dam__Lake__1
p15455
sbNg6
(g13
g8
NtRp15456
(dp15457
g16
Nsg17
Nsg11
VPower
p15458
sbg6
(g13
g8
NtRp15459
(dp15460
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murat_River
p15461
sbg6
(g13
g8
NtRp15462
(dp15463
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp15464
(dp15465
g16
Nsg17
g27
sg11
V1.22e+06
p15466
sbg6
(g13
g8
NtRp15467
(dp15468
g16
Nsg17
Nsg11
VTurkey
p15469
sbg6
(g13
g8
NtRp15470
(dp15471
g16
Nsg17
Nsg11
VThe Beyhan I Dam is a gravity dam on the Murat River near the village of Beyhan in Palu district, Elaz\u0131\u011f Province, Turkey. The primary purpose of the 97 m (318 ft) tall dam roller-compacted concrete dam is power and it supports a 582 MW hydroelectric power station. Construction on the dam began in 2011 and its first generator was commissioned in March 2015, the other three that same year. It is owned by Kalehan Energy Generation.
p15472
sbg6
(g13
g8
NtRp15473
(dp15474
g16
Nsg17
Nsg11
VPOINT(40.135772705078 38.751934051514)
p15475
sbtp15476
a(g6
(g7
g8
NtRp15477
(dp15478
g11
Vhttp://dbpedia.org/resource/Beyhan_I_Dam
p15479
sbg6
(g13
g8
NtRp15480
(dp15481
g16
Nsg17
Nsg11
VBeyhan I Dam
p15482
sbg6
(g13
g8
NtRp15483
(dp15484
g16
Nsg17
Nsg11
VTurkey
p15485
sbg6
(g13
g8
NtRp15486
(dp15487
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p15488
sbg6
(g13
g8
NtRp15489
(dp15490
g16
Nsg17
g27
sg11
V0.364
p15491
sbNg6
(g7
g8
NtRp15492
(dp15493
g11
Vhttp://dbpedia.org/resource/Beyhan_I_Dam__Lake__1
p15494
sbNg6
(g13
g8
NtRp15495
(dp15496
g16
Nsg17
Nsg11
VPower
p15497
sbg6
(g13
g8
NtRp15498
(dp15499
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murat_River
p15500
sbg6
(g13
g8
NtRp15501
(dp15502
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp15503
(dp15504
g16
Nsg17
g27
sg11
V1.22e+06
p15505
sbg6
(g13
g8
NtRp15506
(dp15507
g16
Nsg17
Nsg11
VTurkey
p15508
sbg6
(g13
g8
NtRp15509
(dp15510
g16
Nsg17
Nsg11
VThe Beyhan I Dam is a gravity dam on the Murat River near the village of Beyhan in Palu district, Elaz\u0131\u011f Province, Turkey. The primary purpose of the 97 m (318 ft) tall dam roller-compacted concrete dam is power and it supports a 582 MW hydroelectric power station. Construction on the dam began in 2011 and its first generator was commissioned in March 2015, the other three that same year. It is owned by Kalehan Energy Generation.
p15511
sbg6
(g13
g8
NtRp15512
(dp15513
g16
Nsg17
Nsg11
VPOINT(40.135772705078 38.751934051514)
p15514
sbtp15515
a(g6
(g7
g8
NtRp15516
(dp15517
g11
Vhttp://dbpedia.org/resource/Beyyurdu_Dam
p15518
sbg6
(g13
g8
NtRp15519
(dp15520
g16
Nsg17
Nsg11
VBeyyurdu Dam
p15521
sbg6
(g13
g8
NtRp15522
(dp15523
g16
Nsg17
Nsg11
VTurkey
p15524
sbg6
(g13
g8
NtRp15525
(dp15526
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p15527
sbg6
(g13
g8
NtRp15528
(dp15529
g16
Nsg17
g27
sg11
V0.176
p15530
sbg6
(g13
g8
NtRp15531
(dp15532
g16
Nsg17
g27
sg11
V1273.0
p15533
sbg6
(g7
g8
NtRp15534
(dp15535
g11
Vhttp://dbpedia.org/resource/Beyyurdu_Dam__Lake__1
p15536
sbg6
(g13
g8
NtRp15537
(dp15538
g16
Nsg17
Nsg11
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p15539
sbg6
(g13
g8
NtRp15540
(dp15541
g16
Nsg17
Nsg11
VWater supply, military
p15542
sbg6
(g13
g8
NtRp15543
(dp15544
g16
Nsg17
Nsg11
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p15545
sbg6
(g13
g8
NtRp15546
(dp15547
g16
Nsg17
Nsg11
VOperational
p15548
sbNg6
(g13
g8
NtRp15549
(dp15550
g16
Nsg17
Nsg11
VTurkey
p15551
sbg6
(g13
g8
NtRp15552
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g16
Nsg17
Nsg11
VThe Beyyurdu Dam is a gravity dam on the Bembo River (an eventual tributary of the Great Zab) in Beyyurdu, \u015eemdinli district of Hakkâri Province, southeast Turkey.
p15554
sbg6
(g13
g8
NtRp15555
(dp15556
g16
Nsg17
Nsg11
VPOINT(44.433570861816 37.340396881104)
p15557
sbtp15558
a(g6
(g7
g8
NtRp15559
(dp15560
g11
Vhttp://dbpedia.org/resource/Bhadbhut_barrage
p15561
sbg6
(g13
g8
NtRp15562
(dp15563
g16
Nsg17
Nsg11
VBhadbhut barrage
p15564
sbg6
(g13
g8
NtRp15565
(dp15566
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p15567
sbg6
(g13
g8
NtRp15568
(dp15569
g16
Nsg17
Nsg11
VBarrage
p15570
sbg6
(g13
g8
NtRp15571
(dp15572
g16
Nsg17
g27
sg11
V1.663
p15573
sbNg6
(g7
g8
NtRp15574
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g11
Vhttp://dbpedia.org/resource/Bhadbhut_barrage__Lake__1
p15576
sbg6
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g8
NtRp15577
(dp15578
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Gujarat
p15579
sbg6
(g13
g8
NtRp15580
(dp15581
g16
Nsg17
Nsg11
VIrrigation, water supply, seawater ingress protection, flood protection
p15582
sbg6
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g8
NtRp15583
(dp15584
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narmada_River
p15585
sbg6
(g13
g8
NtRp15586
(dp15587
g16
Nsg17
Nsg11
Vu
sbNg6
(g13
g8
NtRp15588
(dp15589
g16
Nsg17
Nsg11
VIndia Gujarat
p15590
sbg6
(g13
g8
NtRp15591
(dp15592
g16
Nsg17
Nsg11
VThe Bhadbhut barrage or Bhadbhut dam is an under construction barrage on Narmada river near Bhadbhut village in Bharuch district, Gujarat, India. The construction started on 7 August 2020 and will be completed by 2025.
p15593
sbg6
(g13
g8
NtRp15594
(dp15595
g16
Nsg17
Nsg11
VPOINT(72.793914794922 21.657346725464)
p15596
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a(g6
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g8
NtRp15598
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g11
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p15600
sbg6
(g13
g8
NtRp15601
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g16
Nsg17
Nsg11
VBhairab Kund Khola Hydropower Station
p15603
sbg6
(g13
g8
NtRp15604
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g16
Nsg17
Nsg11
VNepal
p15606
sbg6
(g13
g8
NtRp15607
(dp15608
g16
Nsg17
Nsg11
VGravity
p15609
sbNNNNg6
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g8
NtRp15610
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g16
Nsg17
Nsg11
VPower
p15612
sbg6
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g8
NtRp15613
(dp15614
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhairab_Kund_River
p15615
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g8
NtRp15616
(dp15617
g16
Nsg17
Nsg11
Vo
sbNg6
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g8
NtRp15618
(dp15619
g16
Nsg17
Nsg11
VNepal
p15620
sbg6
(g13
g8
NtRp15621
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Nsg17
Nsg11
VBhairab Kund Khola Hydropower Station (Nepali:\u092d\u0948\u0930\u0935 \u0915\u0941\u0923\u094d\u0921 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Larcha, Sindhupalchok District of Nepal. The flow from Bhairab Kund River, a tributary of , is used to generate 3 MW electricity. The plant is owned and developed by Bhairabkund Hydropower Pvt. Ltd. , an IPP of Nepal. The plant started generating electricity from 2071-02-22 BS. The generation licence will expire in 2101-05-18 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p15623
sbg6
(g13
g8
NtRp15624
(dp15625
g16
Nsg17
Nsg11
VPOINT(85.93138885498 27.93111038208)
p15626
sbtp15627
a(g6
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g8
NtRp15628
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g11
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p15630
sbg6
(g13
g8
NtRp15631
(dp15632
g16
Nsg17
Nsg11
VBheemgarh Dam
p15633
sbg6
(g13
g8
NtRp15634
(dp15635
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p15636
sbg6
(g13
g8
NtRp15637
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VBheemgarh dam or Bhimgarh, officially the Upper Wainganga (Sanjay Sarovar) Dam, is built across the Wainganga river in Chhapara tehsil of Seoni district of Indian state of Madhya Pradesh. The structure is 3,871 m long. The Bhimgarh Sanjay Sarovar Dam is located 43 km away from the Seoni. It is bounded by mountains from all sides. In recent years, the reservoir has failed to fill.
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VBheemgarh dam or Bhimgarh, officially the Upper Wainganga (Sanjay Sarovar) Dam, is built across the Wainganga river in Chhapara tehsil of Seoni district of Indian state of Madhya Pradesh. The structure is 3,871 m long. The Bhimgarh Sanjay Sarovar Dam is located 43 km away from the Seoni. It is bounded by mountains from all sides. In recent years, the reservoir has failed to fill.
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VBheri Babai Diversion Multipurpose Project (BBDMP) is a multi-basin irrigation cum hydropower project lying in Surkhet District of Karnali Province in Mid-West Nepal. The water is diverted from the Bheri River and discharged to Babai River. The project aims to irrigate 51,000 ha of land in Banke and Bardiya District throughout the year. The elevation difference between the intake and irrigation area provided an opportunity to install 46.8 MW firm electricity. The project has a tunnel 12208 meters long that was constructed using a tunnel boring machine (TBM) for the first time in Nepal. The project is owned by the Ministry of Energy, Water Resources and Irrigation. Construction of the project commenced in 2015 and is expected to complete in 2023. The project is estimated to cost NPR 30,00,0
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VBhimber Dam is a proposed dam to be built over located in Bhimber District, Azad Kashmir, Pakistan.
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VThe Bhimgoda Barrage, also referred to as the Bhimgoda Weir or Bhimgoda Head Works, is a barrage on the Ganges River at Har ki Pauri near Haridwar in Haridwar district, Uttarakhand, India. Built as the headworks of the Upper Ganges Canal, an initial barrage was completed by 1854 and replaced twice; the final one completed in 1983. The primary purpose for the barrage is irrigation but it also serves to provide water for hydroelectric power production and control floods. The area behind the barrage is known as the Neel Dhara Bird Sanctuary and is a popular destination for various waterbirds and tourists.
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VThe Bhote Koshi Power Plant (also known as Upper Bhote Koshi Project) is a run-of-the-river power plant in Sindhulpalchok District, Nepal. It was constructed between 1997 and 2000 with power generation starting in January 2001. The project cost about US$98 million. The majority of finances was provided by Panda Energy International. The dam, located at 27°56\u203220\u2033N 85°56\u203242\u2033E\ufeff / \ufeff27.93889°N 85.94500°E, diverts water downstream into a 3,300 m (10,827 ft) long head race tunnel which terminates into two penstocks that supply the two 22 MW Francis turbine-generators with water. The drop in elevation between the dam and power plant affords a normal hydraulic head of 135.5 m (445 ft).
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VThe Bhumibol Dam (formerly known as the Yanhi Dam) is a concrete arch dam on the Ping River, a tributary of the Chao Phraya River, in Sam Ngao District of Tak Province, Thailand. It is about 480 km (298 mi) north of Bangkok and was built for the purposes of water storage, hydroelectric power production, flood control, fisheries and saltwater intrusion management. The dam was named after King Bhumibol Adulyadej and it was Thailand's first multi-purpose project. It is the highest dam in Thailand at 154 m (505 ft) tall.
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VThe Bhumibol Dam (formerly known as the Yanhi Dam) is a concrete arch dam on the Ping River, a tributary of the Chao Phraya River, in Sam Ngao District of Tak Province, Thailand. It is about 480 km (298 mi) north of Bangkok and was built for the purposes of water storage, hydroelectric power production, flood control, fisheries and saltwater intrusion management. The dam was named after King Bhumibol Adulyadej and it was Thailand's first multi-purpose project. It is the highest dam in Thailand at 154 m (505 ft) tall.
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VThe Bhumibol Dam (formerly known as the Yanhi Dam) is a concrete arch dam on the Ping River, a tributary of the Chao Phraya River, in Sam Ngao District of Tak Province, Thailand. It is about 480 km (298 mi) north of Bangkok and was built for the purposes of water storage, hydroelectric power production, flood control, fisheries and saltwater intrusion management. The dam was named after King Bhumibol Adulyadej and it was Thailand's first multi-purpose project. It is the highest dam in Thailand at 154 m (505 ft) tall.
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VThe Bhumibol Dam (formerly known as the Yanhi Dam) is a concrete arch dam on the Ping River, a tributary of the Chao Phraya River, in Sam Ngao District of Tak Province, Thailand. It is about 480 km (298 mi) north of Bangkok and was built for the purposes of water storage, hydroelectric power production, flood control, fisheries and saltwater intrusion management. The dam was named after King Bhumibol Adulyadej and it was Thailand's first multi-purpose project. It is the highest dam in Thailand at 154 m (505 ft) tall.
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VThe Bhumibol Dam (formerly known as the Yanhi Dam) is a concrete arch dam on the Ping River, a tributary of the Chao Phraya River, in Sam Ngao District of Tak Province, Thailand. It is about 480 km (298 mi) north of Bangkok and was built for the purposes of water storage, hydroelectric power production, flood control, fisheries and saltwater intrusion management. The dam was named after King Bhumibol Adulyadej and it was Thailand's first multi-purpose project. It is the highest dam in Thailand at 154 m (505 ft) tall.
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g16
Nsg17
Nsg11
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sbtp15985
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g8
NtRp15986
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g8
NtRp15989
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g16
Nsg17
Nsg11
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g8
NtRp15992
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Nsg17
Nsg11
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p15994
sbg6
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NtRp15995
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Nsg17
Nsg11
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g8
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g11
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Nsg11
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Nsg11
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p16009
sbg6
(g13
g8
NtRp16010
(dp16011
g16
Nsg17
Nsg11
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sbg6
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g8
NtRp16012
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g16
Nsg17
g27
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p16014
sbg6
(g13
g8
NtRp16015
(dp16016
g16
Nsg17
Nsg11
VSouth Dakota
p16017
sbg6
(g13
g8
NtRp16018
(dp16019
g16
Nsg17
Nsg11
VBig Bend Dam is a major embankment rolled-earth dam on the Missouri River in Central South Dakota, United States, creating Lake Sharpe. The dam was constructed by the U.S. Army Corps of Engineers as part of the Pick-Sloan Plan for Missouri watershed development authorized by the Flood Control Act of 1944. Construction began in 1959 and the embankment was completed in July 1963. Power generation began at the facility in 1964 and the entire complex was completed in 1966 at a total cost of $107 million. The hydroelectric plant generates 493,300 kilowatts of electricity at maximum capacity, with an annual production of 969 million kilowatt hours, and meets peak-hour demand for power within the Missouri River Basin.
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sbg6
(g13
g8
NtRp16021
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g16
Nsg17
Nsg11
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g8
NtRp16028
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Nsg17
Nsg11
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g8
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g16
Nsg17
Nsg11
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p16033
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Nsg17
Nsg11
VEmbankment, Rolled-earthshalefill &chalkfill
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g8
NtRp16037
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Nsg17
g27
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p16039
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g8
NtRp16040
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g11
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p16042
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g8
NtRp16043
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g16
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Nsg11
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p16048
sbg6
(g13
g8
NtRp16049
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g16
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Nsg11
VO
sbg6
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g8
NtRp16051
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g16
Nsg17
g27
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p16053
sbg6
(g13
g8
NtRp16054
(dp16055
g16
Nsg17
Nsg11
VSouth Dakota
p16056
sbg6
(g13
g8
NtRp16057
(dp16058
g16
Nsg17
Nsg11
VBig Bend Dam is a major embankment rolled-earth dam on the Missouri River in Central South Dakota, United States, creating Lake Sharpe. The dam was constructed by the U.S. Army Corps of Engineers as part of the Pick-Sloan Plan for Missouri watershed development authorized by the Flood Control Act of 1944. Construction began in 1959 and the embankment was completed in July 1963. Power generation began at the facility in 1964 and the entire complex was completed in 1966 at a total cost of $107 million. The hydroelectric plant generates 493,300 kilowatts of electricity at maximum capacity, with an annual production of 969 million kilowatt hours, and meets peak-hour demand for power within the Missouri River Basin.
p16059
sbg6
(g13
g8
NtRp16060
(dp16061
g16
Nsg17
Nsg11
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sbtp16063
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g11
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p16066
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g8
NtRp16067
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g16
Nsg17
Nsg11
VBarrage de Big Bend
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g8
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g16
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Nsg11
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p16072
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Nsg11
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g8
NtRp16076
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g11
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p16081
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NtRp16082
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g16
Nsg17
Nsg11
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p16084
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g8
NtRp16085
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g16
Nsg17
Nsg11
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p16087
sbg6
(g13
g8
NtRp16088
(dp16089
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp16090
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g16
Nsg17
g27
sg11
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p16092
sbg6
(g13
g8
NtRp16093
(dp16094
g16
Nsg17
Nsg11
VSouth Dakota
p16095
sbg6
(g13
g8
NtRp16096
(dp16097
g16
Nsg17
Nsg11
VBig Bend Dam is a major embankment rolled-earth dam on the Missouri River in Central South Dakota, United States, creating Lake Sharpe. The dam was constructed by the U.S. Army Corps of Engineers as part of the Pick-Sloan Plan for Missouri watershed development authorized by the Flood Control Act of 1944. Construction began in 1959 and the embankment was completed in July 1963. Power generation began at the facility in 1964 and the entire complex was completed in 1966 at a total cost of $107 million. The hydroelectric plant generates 493,300 kilowatts of electricity at maximum capacity, with an annual production of 969 million kilowatt hours, and meets peak-hour demand for power within the Missouri River Basin.
p16098
sbg6
(g13
g8
NtRp16099
(dp16100
g16
Nsg17
Nsg11
VPOINT(-99.448585510254 44.049472808838)
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sbtp16102
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g8
NtRp16103
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g11
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p16105
sbg6
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g8
NtRp16106
(dp16107
g16
Nsg17
Nsg11
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p16108
sbg6
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g8
NtRp16109
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g16
Nsg17
Nsg11
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p16111
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Nsg17
Nsg11
VEmbankment, Rolled-earthshalefill &chalkfill
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g8
NtRp16115
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g16
Nsg17
g27
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g8
NtRp16118
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g11
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p16120
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g8
NtRp16121
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g16
Nsg17
Nsg11
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g8
NtRp16124
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g16
Nsg17
Nsg11
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p16126
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g8
NtRp16127
(dp16128
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp16129
(dp16130
g16
Nsg17
g27
sg11
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p16131
sbg6
(g13
g8
NtRp16132
(dp16133
g16
Nsg17
Nsg11
VSouth Dakota
p16134
sbg6
(g13
g8
NtRp16135
(dp16136
g16
Nsg17
Nsg11
VBig Bend Dam is a major embankment rolled-earth dam on the Missouri River in Central South Dakota, United States, creating Lake Sharpe. The dam was constructed by the U.S. Army Corps of Engineers as part of the Pick-Sloan Plan for Missouri watershed development authorized by the Flood Control Act of 1944. Construction began in 1959 and the embankment was completed in July 1963. Power generation began at the facility in 1964 and the entire complex was completed in 1966 at a total cost of $107 million. The hydroelectric plant generates 493,300 kilowatts of electricity at maximum capacity, with an annual production of 969 million kilowatt hours, and meets peak-hour demand for power within the Missouri River Basin.
p16137
sbg6
(g13
g8
NtRp16138
(dp16139
g16
Nsg17
Nsg11
VPOINT(-99.448585510254 44.049472808838)
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sbtp16141
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g8
NtRp16142
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g11
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p16144
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g8
NtRp16145
(dp16146
g16
Nsg17
Nsg11
VBig Cliff Dam
p16147
sbg6
(g13
g8
NtRp16148
(dp16149
g16
Nsg17
Nsg11
VUnited States
p16150
sbg6
(g13
g8
NtRp16151
(dp16152
g16
Nsg17
Nsg11
VConcrete gravity
p16153
sbg6
(g13
g8
NtRp16154
(dp16155
g16
Nsg17
g27
sg11
V0.085344
p16156
sbg6
(g13
g8
NtRp16157
(dp16158
g16
Nsg17
g27
sg11
V369.418
p16159
sbg6
(g7
g8
NtRp16160
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g11
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p16162
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g8
NtRp16163
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g16
Nsg17
Nsg11
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p16165
sbg6
(g13
g8
NtRp16166
(dp16167
g16
Nsg17
Nsg11
VPower
p16168
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g8
NtRp16169
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g16
Nsg17
Nsg11
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p16171
sbg6
(g13
g8
NtRp16172
(dp16173
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp16174
(dp16175
g16
Nsg17
Nsg11
VOregon
p16176
sbg6
(g13
g8
NtRp16177
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g16
Nsg17
Nsg11
VBig Cliff Dam is a concrete gravity dam on the North Santiam River in the western part of the U.S. state of Oregon. The dam spans the Linn County\u2013Marion County border in the Oregon Cascades. The dam's primary functions are flood control, power generation, irrigation, fish habitat, water quality improvement, and recreation. It is one of 13 dams created by the U.S. Army Corps of Engineers under the which was authorized by the Flood Control Act of 1938. Big Cliff can generate up to 18 megawatts of power.
p16179
sbg6
(g13
g8
NtRp16180
(dp16181
g16
Nsg17
Nsg11
VPOINT(-122.28309631348 44.750999450684)
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sbtp16183
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g8
NtRp16184
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g11
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(g13
g8
NtRp16187
(dp16188
g16
Nsg17
Nsg11
VTalsperre Big Tujunga
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(g13
g8
NtRp16190
(dp16191
g16
Nsg17
Nsg11
VUnited States
p16192
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(g13
g8
NtRp16193
(dp16194
g16
Nsg17
Nsg11
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g8
NtRp16196
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g16
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g27
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g11
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g8
NtRp16202
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g16
Nsg17
Nsg11
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p16204
sbNg6
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g8
NtRp16205
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g16
Nsg17
Nsg11
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p16207
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(g13
g8
NtRp16208
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g16
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Nsg11
VBig Tujunga Dam is a 244-foot-high (74 m) concrete arch dam in Los Angeles County, California, spanning Big Tujunga Canyon northeast of Sunland, in the foothills of the San Gabriel Mountains. Completed in 1931, it provides flood control and groundwater recharge for the San Fernando Valley.
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sbg6
(g13
g8
NtRp16211
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g16
Nsg17
Nsg11
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NtRp16218
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g16
Nsg17
Nsg11
VBig Tujunga Dam
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(g13
g8
NtRp16221
(dp16222
g16
Nsg17
Nsg11
VUnited States
p16223
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g8
NtRp16224
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g16
Nsg17
Nsg11
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p16226
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NtRp16227
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g16
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g27
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p16229
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g8
NtRp16230
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p16232
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NtRp16233
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NtRp16236
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Nsg17
Nsg11
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p16238
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(g13
g8
NtRp16239
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g16
Nsg17
Nsg11
VBig Tujunga Dam is a 244-foot-high (74 m) concrete arch dam in Los Angeles County, California, spanning Big Tujunga Canyon northeast of Sunland, in the foothills of the San Gabriel Mountains. Completed in 1931, it provides flood control and groundwater recharge for the San Fernando Valley.
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sbg6
(g13
g8
NtRp16242
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g16
Nsg17
Nsg11
VPOINT(-118.188331604 34.293334960938)
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sbtp16245
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g8
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(g13
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NtRp16249
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g16
Nsg17
Nsg11
VBiggera Creek Dam
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(g13
g8
NtRp16252
(dp16253
g16
Nsg17
Nsg11
VAustralia
p16254
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g8
NtRp16255
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g11
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p16257
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(g13
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NtRp16258
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g16
Nsg17
Nsg11
VFlood mitigation
p16260
sbNg6
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NtRp16261
(dp16262
g16
Nsg17
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VO
sbNg6
(g13
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NtRp16263
(dp16264
g16
Nsg17
Nsg11
VQueensland
p16265
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g8
NtRp16266
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Nsg17
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VThe Biggera Creek Dam, or formally the Biggera Creek Flood Mitigation Dam, is a dam established for flood mitigation purposes over the Biggera Creek, located in the South East region of Queensland, Australia. The dam is situated approximately 3 kilometres (1.9 mi) northwest of Southport in the suburb of Arundel. It is operated by the Gold Coast City Council. The dam has a capacity of 3,700 megalitres (810×106 imp gal; 980×106 US gal) and the height of the dam wall is 12.5 meters (41 feet).
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g8
NtRp16269
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g16
Nsg17
Nsg11
VPOINT(153.38305664062 -27.948333740234)
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sbtp16272
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NtRp16276
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Nsg17
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p16284
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p16287
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NtRp16288
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Nsg17
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p16290
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NtRp16291
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Nsg17
Nsg11
VThe Biggesee or Bigge Reservoir (German: Biggetalsperre) is a reservoir in Germany. It lies in the southern part of the Sauerland between Olpe and Attendorn.
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sbg6
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g8
NtRp16294
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Nsg17
Nsg11
VPOINT(7.8958334922791 51.110279083252)
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NtRp16301
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Nsg17
Nsg11
VBiggesee
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NtRp16304
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g16
Nsg17
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p16306
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NtRp16307
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p16309
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p16312
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p16315
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NtRp16316
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VThe Biggesee or Bigge Reservoir (German: Biggetalsperre) is a reservoir in Germany. It lies in the southern part of the Sauerland between Olpe and Attendorn.
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sbg6
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g8
NtRp16319
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VPOINT(7.8958334922791 51.110279083252)
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NtRp16326
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Nsg11
V\u6bd4\u683c\u6e56
p16328
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NtRp16329
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Nsg17
Nsg11
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p16331
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NtRp16332
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Nsg17
g27
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p16334
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NtRp16335
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p16337
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NtRp16338
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Nsg17
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p16340
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g8
NtRp16341
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g16
Nsg17
Nsg11
VThe Biggesee or Bigge Reservoir (German: Biggetalsperre) is a reservoir in Germany. It lies in the southern part of the Sauerland between Olpe and Attendorn.
p16343
sbg6
(g13
g8
NtRp16344
(dp16345
g16
Nsg17
Nsg11
VPOINT(7.8958334922791 51.110279083252)
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sbtp16347
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g8
NtRp16348
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g11
Vhttp://dbpedia.org/resource/Bijapur_Dam
p16350
sbg6
(g13
g8
NtRp16351
(dp16352
g16
Nsg17
Nsg11
VBijapur Dam
p16353
sbg6
(g13
g8
NtRp16354
(dp16355
g16
Nsg17
Nsg11
VIndia
p16356
sbg6
(g13
g8
NtRp16357
(dp16358
g16
Nsg17
Nsg11
VCheck Dam
p16359
sbNNNNNNNNNg6
(g13
g8
NtRp16360
(dp16361
g16
Nsg17
Nsg11
VBijapur Dam is situated in the Garhi Cantonment area of Dehradun, Uttarakhand, India. The Bijapur check dam was built on the Tons river close to Karkuli valley by Britishers in the year 1841, witnessing the civil engineering proficiency of British official Sir Proby Thomas Cautley, who worked on this one of the oldest check dams in Uttarakhand to improve the water supply in the region.
p16362
sbNtp16363
a(g6
(g7
g8
NtRp16364
(dp16365
g11
Vhttp://dbpedia.org/resource/Bijayapur-1_Hydropower_Station
p16366
sbg6
(g13
g8
NtRp16367
(dp16368
g16
Nsg17
Nsg11
VBijayapur-1 Hydropower Station
p16369
sbg6
(g13
g8
NtRp16370
(dp16371
g16
Nsg17
Nsg11
VNepal
p16372
sbg6
(g13
g8
NtRp16373
(dp16374
g16
Nsg17
Nsg11
VGravity
p16375
sbNNNNg6
(g13
g8
NtRp16376
(dp16377
g16
Nsg17
Nsg11
VPower
p16378
sbg6
(g13
g8
NtRp16379
(dp16380
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bijayapur_River
p16381
sbg6
(g13
g8
NtRp16382
(dp16383
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp16384
(dp16385
g16
Nsg17
Nsg11
VNepal
p16386
sbg6
(g13
g8
NtRp16387
(dp16388
g16
Nsg17
Nsg11
VBijayapur-1 Hydropower Station (Nepali: \u092c\u093f\u091c\u092f\u092a\u0941\u0930-\u0967 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from Bijayapur River is used to generate 4.5 MW electricity. The plant is owned and developed by Bhagawati Hydropower Development Company , an IPP of Nepal. The plant started generating electricity from 2069-05-05 BS. The generation licence will expire in 2101-12-21 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p16389
sbg6
(g13
g8
NtRp16390
(dp16391
g16
Nsg17
Nsg11
VPOINT(85.804168701172 27.836389541626)
p16392
sbtp16393
a(g6
(g7
g8
NtRp16394
(dp16395
g11
Vhttp://dbpedia.org/resource/Bikou_Dam
p16396
sbg6
(g13
g8
NtRp16397
(dp16398
g16
Nsg17
Nsg11
VBikou Shuiku
p16399
sbg6
(g13
g8
NtRp16400
(dp16401
g16
Nsg17
Nsg11
VChina
p16402
sbg6
(g13
g8
NtRp16403
(dp16404
g16
Nsg17
Nsg11
VEmbankment, earth-core rock-fill
p16405
sbg6
(g13
g8
NtRp16406
(dp16407
g16
Nsg17
g27
sg11
V0.297
p16408
sbNg6
(g7
g8
NtRp16409
(dp16410
g11
Vhttp://dbpedia.org/resource/Bikou_Dam__Lake__1
p16411
sbNNg6
(g13
g8
NtRp16412
(dp16413
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bailong_River
p16414
sbg6
(g13
g8
NtRp16415
(dp16416
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp16417
(dp16418
g16
Nsg17
g27
sg11
V4.241e+06
p16419
sbg6
(g13
g8
NtRp16420
(dp16421
g16
Nsg17
Nsg11
VChina
p16422
sbg6
(g13
g8
NtRp16423
(dp16424
g16
Nsg17
Nsg11
VThe Bikou Dam is an embankment dam on the Bailong River just upstream of Bikou in Wen County, Gansu Province, China. Construction on the dam began in 1969, the generators were commissioned in 1976 and the dam was complete in 1977. The 101 m (331 ft) tall earth-core rock-fill dam creates a reservoir with a 521,000,000 m3 (422,382 acre\u22c5ft) capacity. The dam supports a 300 MW power station. The dam sustained some damage from the 2008 Sichuan earthquake.
p16425
sbg6
(g13
g8
NtRp16426
(dp16427
g16
Nsg17
Nsg11
VPOINT(105.22416687012 32.760276794434)
p16428
sbtp16429
a(g6
(g7
g8
NtRp16430
(dp16431
g11
Vhttp://dbpedia.org/resource/Bikou_Dam
p16432
sbg6
(g13
g8
NtRp16433
(dp16434
g16
Nsg17
Nsg11
V\u78a7\u53e3\u6c34\u5e93
p16435
sbg6
(g13
g8
NtRp16436
(dp16437
g16
Nsg17
Nsg11
VChina
p16438
sbg6
(g13
g8
NtRp16439
(dp16440
g16
Nsg17
Nsg11
VEmbankment, earth-core rock-fill
p16441
sbg6
(g13
g8
NtRp16442
(dp16443
g16
Nsg17
g27
sg11
V0.297
p16444
sbNg6
(g7
g8
NtRp16445
(dp16446
g11
Vhttp://dbpedia.org/resource/Bikou_Dam__Lake__1
p16447
sbNNg6
(g13
g8
NtRp16448
(dp16449
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bailong_River
p16450
sbg6
(g13
g8
NtRp16451
(dp16452
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp16453
(dp16454
g16
Nsg17
g27
sg11
V4.241e+06
p16455
sbg6
(g13
g8
NtRp16456
(dp16457
g16
Nsg17
Nsg11
VChina
p16458
sbg6
(g13
g8
NtRp16459
(dp16460
g16
Nsg17
Nsg11
VThe Bikou Dam is an embankment dam on the Bailong River just upstream of Bikou in Wen County, Gansu Province, China. Construction on the dam began in 1969, the generators were commissioned in 1976 and the dam was complete in 1977. The 101 m (331 ft) tall earth-core rock-fill dam creates a reservoir with a 521,000,000 m3 (422,382 acre\u22c5ft) capacity. The dam supports a 300 MW power station. The dam sustained some damage from the 2008 Sichuan earthquake.
p16461
sbg6
(g13
g8
NtRp16462
(dp16463
g16
Nsg17
Nsg11
VPOINT(105.22416687012 32.760276794434)
p16464
sbtp16465
a(g6
(g7
g8
NtRp16466
(dp16467
g11
Vhttp://dbpedia.org/resource/Bikou_Dam
p16468
sbg6
(g13
g8
NtRp16469
(dp16470
g16
Nsg17
Nsg11
VBikou Dam
p16471
sbg6
(g13
g8
NtRp16472
(dp16473
g16
Nsg17
Nsg11
VChina
p16474
sbg6
(g13
g8
NtRp16475
(dp16476
g16
Nsg17
Nsg11
VEmbankment, earth-core rock-fill
p16477
sbg6
(g13
g8
NtRp16478
(dp16479
g16
Nsg17
g27
sg11
V0.297
p16480
sbNg6
(g7
g8
NtRp16481
(dp16482
g11
Vhttp://dbpedia.org/resource/Bikou_Dam__Lake__1
p16483
sbNNg6
(g13
g8
NtRp16484
(dp16485
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bailong_River
p16486
sbg6
(g13
g8
NtRp16487
(dp16488
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp16489
(dp16490
g16
Nsg17
g27
sg11
V4.241e+06
p16491
sbg6
(g13
g8
NtRp16492
(dp16493
g16
Nsg17
Nsg11
VChina
p16494
sbg6
(g13
g8
NtRp16495
(dp16496
g16
Nsg17
Nsg11
VThe Bikou Dam is an embankment dam on the Bailong River just upstream of Bikou in Wen County, Gansu Province, China. Construction on the dam began in 1969, the generators were commissioned in 1976 and the dam was complete in 1977. The 101 m (331 ft) tall earth-core rock-fill dam creates a reservoir with a 521,000,000 m3 (422,382 acre\u22c5ft) capacity. The dam supports a 300 MW power station. The dam sustained some damage from the 2008 Sichuan earthquake.
p16497
sbg6
(g13
g8
NtRp16498
(dp16499
g16
Nsg17
Nsg11
VPOINT(105.22416687012 32.760276794434)
p16500
sbtp16501
a(g6
(g7
g8
NtRp16502
(dp16503
g11
Vhttp://dbpedia.org/resource/Bikou_Dam
p16504
sbg6
(g13
g8
NtRp16505
(dp16506
g16
Nsg17
Nsg11
V\u0411\u0456\u043a\u043e\u0443 (\u0413\u0415\u0421)
p16507
sbg6
(g13
g8
NtRp16508
(dp16509
g16
Nsg17
Nsg11
VChina
p16510
sbg6
(g13
g8
NtRp16511
(dp16512
g16
Nsg17
Nsg11
VEmbankment, earth-core rock-fill
p16513
sbg6
(g13
g8
NtRp16514
(dp16515
g16
Nsg17
g27
sg11
V0.297
p16516
sbNg6
(g7
g8
NtRp16517
(dp16518
g11
Vhttp://dbpedia.org/resource/Bikou_Dam__Lake__1
p16519
sbNNg6
(g13
g8
NtRp16520
(dp16521
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bailong_River
p16522
sbg6
(g13
g8
NtRp16523
(dp16524
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp16525
(dp16526
g16
Nsg17
g27
sg11
V4.241e+06
p16527
sbg6
(g13
g8
NtRp16528
(dp16529
g16
Nsg17
Nsg11
VChina
p16530
sbg6
(g13
g8
NtRp16531
(dp16532
g16
Nsg17
Nsg11
VThe Bikou Dam is an embankment dam on the Bailong River just upstream of Bikou in Wen County, Gansu Province, China. Construction on the dam began in 1969, the generators were commissioned in 1976 and the dam was complete in 1977. The 101 m (331 ft) tall earth-core rock-fill dam creates a reservoir with a 521,000,000 m3 (422,382 acre\u22c5ft) capacity. The dam supports a 300 MW power station. The dam sustained some damage from the 2008 Sichuan earthquake.
p16533
sbg6
(g13
g8
NtRp16534
(dp16535
g16
Nsg17
Nsg11
VPOINT(105.22416687012 32.760276794434)
p16536
sbtp16537
a(g6
(g7
g8
NtRp16538
(dp16539
g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam
p16540
sbg6
(g13
g8
NtRp16541
(dp16542
g16
Nsg17
Nsg11
VBendungan Bilibili
p16543
sbg6
(g13
g8
NtRp16544
(dp16545
g16
Nsg17
Nsg11
VIndonesia
p16546
sbg6
(g13
g8
NtRp16547
(dp16548
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p16549
sbg6
(g13
g8
NtRp16550
(dp16551
g16
Nsg17
g27
sg11
V1.8
p16552
sbNg6
(g7
g8
NtRp16553
(dp16554
g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam__Lake__1
p16555
sbNg6
(g13
g8
NtRp16556
(dp16557
g16
Nsg17
Nsg11
VIrrigation, power, flood control
p16558
sbg6
(g13
g8
NtRp16559
(dp16560
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jeneberang_River
p16561
sbg6
(g13
g8
NtRp16562
(dp16563
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp16564
(dp16565
g16
Nsg17
Nsg11
VIndonesia Sulawesi#Indonesia
p16566
sbg6
(g13
g8
NtRp16567
(dp16568
g16
Nsg17
Nsg11
VThe Bili-Bili Dam is located in Gowa Regency, South Sulawesi, Indonesia, on the Jeneberang River, about 30 km from the city of Makassar. It serves several purposes to include flood control, irrigation and hydroelectric power generation. The dam was constructed between 1991 and 1998.
p16569
sbg6
(g13
g8
NtRp16570
(dp16571
g16
Nsg17
Nsg11
VPOINT(119.58058166504 -5.2765831947327)
p16572
sbtp16573
a(g6
(g7
g8
NtRp16574
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g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam
p16576
sbg6
(g13
g8
NtRp16577
(dp16578
g16
Nsg17
Nsg11
VStaudamm Bilibili
p16579
sbg6
(g13
g8
NtRp16580
(dp16581
g16
Nsg17
Nsg11
VIndonesia
p16582
sbg6
(g13
g8
NtRp16583
(dp16584
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p16585
sbg6
(g13
g8
NtRp16586
(dp16587
g16
Nsg17
g27
sg11
V1.8
p16588
sbNg6
(g7
g8
NtRp16589
(dp16590
g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam__Lake__1
p16591
sbNg6
(g13
g8
NtRp16592
(dp16593
g16
Nsg17
Nsg11
VIrrigation, power, flood control
p16594
sbg6
(g13
g8
NtRp16595
(dp16596
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jeneberang_River
p16597
sbg6
(g13
g8
NtRp16598
(dp16599
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp16600
(dp16601
g16
Nsg17
Nsg11
VIndonesia Sulawesi#Indonesia
p16602
sbg6
(g13
g8
NtRp16603
(dp16604
g16
Nsg17
Nsg11
VThe Bili-Bili Dam is located in Gowa Regency, South Sulawesi, Indonesia, on the Jeneberang River, about 30 km from the city of Makassar. It serves several purposes to include flood control, irrigation and hydroelectric power generation. The dam was constructed between 1991 and 1998.
p16605
sbg6
(g13
g8
NtRp16606
(dp16607
g16
Nsg17
Nsg11
VPOINT(119.58058166504 -5.2765831947327)
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sbtp16609
a(g6
(g7
g8
NtRp16610
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g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam
p16612
sbg6
(g13
g8
NtRp16613
(dp16614
g16
Nsg17
Nsg11
VBili-Bili Dam
p16615
sbg6
(g13
g8
NtRp16616
(dp16617
g16
Nsg17
Nsg11
VIndonesia
p16618
sbg6
(g13
g8
NtRp16619
(dp16620
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p16621
sbg6
(g13
g8
NtRp16622
(dp16623
g16
Nsg17
g27
sg11
V1.8
p16624
sbNg6
(g7
g8
NtRp16625
(dp16626
g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam__Lake__1
p16627
sbNg6
(g13
g8
NtRp16628
(dp16629
g16
Nsg17
Nsg11
VIrrigation, power, flood control
p16630
sbg6
(g13
g8
NtRp16631
(dp16632
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jeneberang_River
p16633
sbg6
(g13
g8
NtRp16634
(dp16635
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp16636
(dp16637
g16
Nsg17
Nsg11
VIndonesia Sulawesi#Indonesia
p16638
sbg6
(g13
g8
NtRp16639
(dp16640
g16
Nsg17
Nsg11
VThe Bili-Bili Dam is located in Gowa Regency, South Sulawesi, Indonesia, on the Jeneberang River, about 30 km from the city of Makassar. It serves several purposes to include flood control, irrigation and hydroelectric power generation. The dam was constructed between 1991 and 1998.
p16641
sbg6
(g13
g8
NtRp16642
(dp16643
g16
Nsg17
Nsg11
VPOINT(119.58058166504 -5.2765831947327)
p16644
sbtp16645
a(g6
(g7
g8
NtRp16646
(dp16647
g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam
p16648
sbg6
(g13
g8
NtRp16649
(dp16650
g16
Nsg17
Nsg11
V\u6bd4\u91cc\u6bd4\u91cc\u6c34\u575d
p16651
sbg6
(g13
g8
NtRp16652
(dp16653
g16
Nsg17
Nsg11
VIndonesia
p16654
sbg6
(g13
g8
NtRp16655
(dp16656
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p16657
sbg6
(g13
g8
NtRp16658
(dp16659
g16
Nsg17
g27
sg11
V1.8
p16660
sbNg6
(g7
g8
NtRp16661
(dp16662
g11
Vhttp://dbpedia.org/resource/Bili-Bili_Dam__Lake__1
p16663
sbNg6
(g13
g8
NtRp16664
(dp16665
g16
Nsg17
Nsg11
VIrrigation, power, flood control
p16666
sbg6
(g13
g8
NtRp16667
(dp16668
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jeneberang_River
p16669
sbg6
(g13
g8
NtRp16670
(dp16671
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp16672
(dp16673
g16
Nsg17
Nsg11
VIndonesia Sulawesi#Indonesia
p16674
sbg6
(g13
g8
NtRp16675
(dp16676
g16
Nsg17
Nsg11
VThe Bili-Bili Dam is located in Gowa Regency, South Sulawesi, Indonesia, on the Jeneberang River, about 30 km from the city of Makassar. It serves several purposes to include flood control, irrigation and hydroelectric power generation. The dam was constructed between 1991 and 1998.
p16677
sbg6
(g13
g8
NtRp16678
(dp16679
g16
Nsg17
Nsg11
VPOINT(119.58058166504 -5.2765831947327)
p16680
sbtp16681
a(g6
(g7
g8
NtRp16682
(dp16683
g11
Vhttp://dbpedia.org/resource/Bill_Gunn_Dam
p16684
sbg6
(g13
g8
NtRp16685
(dp16686
g16
Nsg17
Nsg11
VBill Gunn Dam
p16687
sbg6
(g13
g8
NtRp16688
(dp16689
g16
Nsg17
Nsg11
VAustralia
p16690
sbg6
(g13
g8
NtRp16691
(dp16692
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp16693
(dp16694
g16
Nsg17
g27
sg11
V1.16
p16695
sbNg6
(g7
g8
NtRp16696
(dp16697
g11
Vhttp://dbpedia.org/resource/Bill_Gunn_Dam__Lake__1
p16698
sbNg6
(g13
g8
NtRp16699
(dp16700
g16
Nsg17
Nsg11
VIrrigation
p16701
sbg6
(g13
g8
NtRp16702
(dp16703
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Off-stream_reservoir
p16704
sbg6
(g13
g8
NtRp16705
(dp16706
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp16707
(dp16708
g16
Nsg17
Nsg11
VQueensland
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VThe Bin el Ouidane Dam is an arch dam located 28 kilometres (17 mi) south of Beni Mellal on the El-Abid River in Azilal Province, Morocco. Designed by Coyne et Bellier and constructed between 1949 and 1953, the purpose of the dam is hydroelectric power production and irrigation. Its 135 MW (181,000 hp) power station produces an average of 287 gigawatt-hours (1,030 TJ) annually and water from the reservoir helps irrigate 69,500 hectares (172,000 acres) in the Beni Moussa and Tadla plains.
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VBinfield Park Dam is a dam on the Tyhume River, near Alice, Eastern Cape, South Africa. It was established in 1986, and commissioned in 1987. The villagers underused the Binfield Park Dam and vicinity areas located nearby \u2013 no fishing, aquaculture, irrigation or recreation. It is concluded that with the help from Government and institutions, the appropriate use of indigenous knowledge and the dam can benefit the communities and the environment regarding ecotourism or ecofeminitourism.
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VBinfield Park Dam
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VIrrigation, drinking water
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VBinfield Park Dam is a dam on the Tyhume River, near Alice, Eastern Cape, South Africa. It was established in 1986, and commissioned in 1987. The villagers underused the Binfield Park Dam and vicinity areas located nearby \u2013 no fishing, aquaculture, irrigation or recreation. It is concluded that with the help from Government and institutions, the appropriate use of indigenous knowledge and the dam can benefit the communities and the environment regarding ecotourism or ecofeminitourism.
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VBirkap\u0131l\u0131 HES is a privatelly-owned hydroelectric plant in Turkey. It is at 36°43\u203213\u2033N 33°26\u203236\u2033E\ufeff / \ufeff36.72028°N 33.44333°E in Mut ilçe (district) of Mersin Province. It is to the east of Turkish state highway D.715 which connects Mersin to Karaman. The dam is on Sö\u011fütözü (also called Pirinç Suyu) creek, a tributary of Göksu River. It was taken into operation on 11 March 2004. Its operator is Melike Tekstil.
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VThe Birnbaumteich is a reservoir in the German state of Saxony-Anhalt, located near Neudorf in the Harz mountains.
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VBisalpur Dam is a gravity dam on the Banas River near Bisalpur in Tonk district, Rajasthan, India. The dam was completed in 1999 for the purpose of irrigation and water supply.
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VThe Bissorte Dam (French: Barrage de Bissorte) is a gravity dam in the Maurienne Valley, in Savoie, France, about 7 km (4.3 mi) east of Valmeinier. It was built from 1930 to 1935 to supply a hydroelectric plant capable of generating 75 megawatts (MW) of power. The complex was reconfigured from 1980 to 1986 in order to add a 750 MW pumped-storage power plant known as Super-Bissorte, the third most powerful in France after Grand'Maison and Montézic.
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VBarrage de Bissorte
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VThe Bissorte Dam (French: Barrage de Bissorte) is a gravity dam in the Maurienne Valley, in Savoie, France, about 7 km (4.3 mi) east of Valmeinier. It was built from 1930 to 1935 to supply a hydroelectric plant capable of generating 75 megawatts (MW) of power. The complex was reconfigured from 1980 to 1986 in order to add a 750 MW pumped-storage power plant known as Super-Bissorte, the third most powerful in France after Grand'Maison and Montézic.
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VBivane Dam
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VBivane Dam (formerly known as the Paris Dam) is an arch type dam on the Bivane River, near Vryheid, KwaZulu-Natal, South Africa. It was established in 2000. Its primary purpose is for irrigation and domestic use. The owner is the Impala User Association. Its hazard potential is ranked category 3.
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VBlack Rock Dam (Schuylkill River)
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VThe Black Rock Dam is a low head dam in the Schuylkill River. Originally constructed as a stone filled, timber crib dam in the early 19th century by the Schuylkill Navigation Company, the dam was one of dozens built to create a slack water pools for the Schuylkill Navigation System. The dam is a contributing property of the "Schuylkill Navigation Canal, Oakes Reach Section" registered historic district. The dam is located between Phoenixville and Mont Clare in southeastern Pennsylvania, USA.
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VIceland
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VBlanda Power Station (Icelandic: Blöndustöð [\u02c8pl\u0153nt\u028f\u02ccst\u0153\u02d0\u03b8]) is a dam and hydroelectric on the Blanda River within the northern edge of the highlands in Iceland. The Blanda Station came on-line in 1991. It is located on the northern edge of the high-lands near the end of the Kjalvegur Mountain Road. To the north is a view over the Blöndu-dalur Valley where the River Blanda flows out to the sea near the town of Blönduós. The Blanda Station is an underground plant, located approximately 230 metres below the surface.
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VCentrale hydroélectrique du Blanda
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VBlanda Power Station (Icelandic: Blöndustöð [\u02c8pl\u0153nt\u028f\u02ccst\u0153\u02d0\u03b8]) is a dam and hydroelectric on the Blanda River within the northern edge of the highlands in Iceland. The Blanda Station came on-line in 1991. It is located on the northern edge of the high-lands near the end of the Kjalvegur Mountain Road. To the north is a view over the Blöndu-dalur Valley where the River Blanda flows out to the sea near the town of Blönduós. The Blanda Station is an underground plant, located approximately 230 metres below the surface.
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VBlanda Power Station (Icelandic: Blöndustöð [\u02c8pl\u0153nt\u028f\u02ccst\u0153\u02d0\u03b8]) is a dam and hydroelectric on the Blanda River within the northern edge of the highlands in Iceland. The Blanda Station came on-line in 1991. It is located on the northern edge of the high-lands near the end of the Kjalvegur Mountain Road. To the north is a view over the Blöndu-dalur Valley where the River Blanda flows out to the sea near the town of Blönduós. The Blanda Station is an underground plant, located approximately 230 metres below the surface.
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VBlanda Power Station (Icelandic: Blöndustöð [\u02c8pl\u0153nt\u028f\u02ccst\u0153\u02d0\u03b8]) is a dam and hydroelectric on the Blanda River within the northern edge of the highlands in Iceland. The Blanda Station came on-line in 1991. It is located on the northern edge of the high-lands near the end of the Kjalvegur Mountain Road. To the north is a view over the Blöndu-dalur Valley where the River Blanda flows out to the sea near the town of Blönduós. The Blanda Station is an underground plant, located approximately 230 metres below the surface.
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sbNNNNNg6
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VIceland
p17410
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NtRp17411
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Nsg17
Nsg11
VBlanda Power Station (Icelandic: Blöndustöð [\u02c8pl\u0153nt\u028f\u02ccst\u0153\u02d0\u03b8]) is a dam and hydroelectric on the Blanda River within the northern edge of the highlands in Iceland. The Blanda Station came on-line in 1991. It is located on the northern edge of the high-lands near the end of the Kjalvegur Mountain Road. To the north is a view over the Blöndu-dalur Valley where the River Blanda flows out to the sea near the town of Blönduós. The Blanda Station is an underground plant, located approximately 230 metres below the surface.
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VPOINT(-19.819999694824 65.416084289551)
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Vhttp://dbpedia.org/resource/Blenheim\u2013Gilboa_Hydroelectric_Power_Station
p17420
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g8
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Nsg11
VPumpspeicherkraftwerk Blenheim-Gilboa
p17423
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NtRp17424
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Nsg17
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VUnited States
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Vhttp://dbpedia.org/resource/Blenheim\u2013Gilboa_Hydroelectric_Power_Station__Lake__1
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Vhttp://dbpedia.org/resource/New_York_Power_Authority
p17432
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VThe Blenheim\u2013Gilboa Pumped Storage Power Station is a pumped-storage hydroelectricity plant in the Catskill Mountains of New York State. The plant is part of the New York Power Authority, and can generate over 1,100 megawatts (1,500,000 hp) of electricity, all of which is sent to New York City. It is used daily to cover peak demand. There are two reservoirs that are involved in the project, both with a capacity of 5 billion US gallons (19,000,000 m3); one at the foot of in the Schoharie Valley, and another one at the top of the mountain. The power station has an accumulated capacity of about 12,000 megawatt-hours (43,000 GJ) after storing up to 17,000 megawatt-hours (61,000 GJ).
p17435
sbg6
(g13
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VPOINT(-74.458053588867 42.455001831055)
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Vhttp://dbpedia.org/resource/Blenheim\u2013Gilboa_Hydroelectric_Power_Station
p17442
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VBlenheim\u2013Gilboa Hydroelectric Power Station
p17445
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NtRp17446
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Nsg17
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VUnited States
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p17454
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VThe Blenheim\u2013Gilboa Pumped Storage Power Station is a pumped-storage hydroelectricity plant in the Catskill Mountains of New York State. The plant is part of the New York Power Authority, and can generate over 1,100 megawatts (1,500,000 hp) of electricity, all of which is sent to New York City. It is used daily to cover peak demand. There are two reservoirs that are involved in the project, both with a capacity of 5 billion US gallons (19,000,000 m3); one at the foot of in the Schoharie Valley, and another one at the top of the mountain. The power station has an accumulated capacity of about 12,000 megawatt-hours (43,000 GJ) after storing up to 17,000 megawatt-hours (61,000 GJ).
p17457
sbg6
(g13
g8
NtRp17458
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VPOINT(-74.458053588867 42.455001831055)
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Vhttp://dbpedia.org/resource/Blenheim\u2013Gilboa_Hydroelectric_Power_Station
p17464
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V\u0413\u0410\u0415\u0421 Blenheim-Gilboa
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VUnited States
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Vhttp://dbpedia.org/resource/New_York_Power_Authority
p17476
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VThe Blenheim\u2013Gilboa Pumped Storage Power Station is a pumped-storage hydroelectricity plant in the Catskill Mountains of New York State. The plant is part of the New York Power Authority, and can generate over 1,100 megawatts (1,500,000 hp) of electricity, all of which is sent to New York City. It is used daily to cover peak demand. There are two reservoirs that are involved in the project, both with a capacity of 5 billion US gallons (19,000,000 m3); one at the foot of in the Schoharie Valley, and another one at the top of the mountain. The power station has an accumulated capacity of about 12,000 megawatt-hours (43,000 GJ) after storing up to 17,000 megawatt-hours (61,000 GJ).
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sbg6
(g13
g8
NtRp17480
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g16
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Nsg11
VPOINT(-74.458053588867 42.455001831055)
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Vhttp://dbpedia.org/resource/Blenheim\u2013Gilboa_Hydroelectric_Power_Station
p17486
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g8
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VPumpspeicherkraftwerk Blenheim-Gilboa
p17489
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g8
NtRp17490
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Nsg17
Nsg11
VUnited States
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VThe Blenheim\u2013Gilboa Pumped Storage Power Station is a pumped-storage hydroelectricity plant in the Catskill Mountains of New York State. The plant is part of the New York Power Authority, and can generate over 1,100 megawatts (1,500,000 hp) of electricity, all of which is sent to New York City. It is used daily to cover peak demand. There are two reservoirs that are involved in the project, both with a capacity of 5 billion US gallons (19,000,000 m3); one at the foot of in the Schoharie Valley, and another one at the top of the mountain. The power station has an accumulated capacity of about 12,000 megawatt-hours (43,000 GJ) after storing up to 17,000 megawatt-hours (61,000 GJ).
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NtRp17502
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VPOINT(-74.458053588867 42.455001831055)
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p17508
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g8
NtRp17509
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VBlenheim\u2013Gilboa Hydroelectric Power Station
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(g13
g8
NtRp17512
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Nsg17
Nsg11
VUnited States
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g8
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Vhttp://dbpedia.org/resource/New_York_Power_Authority
p17520
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VThe Blenheim\u2013Gilboa Pumped Storage Power Station is a pumped-storage hydroelectricity plant in the Catskill Mountains of New York State. The plant is part of the New York Power Authority, and can generate over 1,100 megawatts (1,500,000 hp) of electricity, all of which is sent to New York City. It is used daily to cover peak demand. There are two reservoirs that are involved in the project, both with a capacity of 5 billion US gallons (19,000,000 m3); one at the foot of in the Schoharie Valley, and another one at the top of the mountain. The power station has an accumulated capacity of about 12,000 megawatt-hours (43,000 GJ) after storing up to 17,000 megawatt-hours (61,000 GJ).
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sbg6
(g13
g8
NtRp17524
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g16
Nsg17
Nsg11
VPOINT(-74.458053588867 42.455001831055)
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sbtp17527
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NtRp17528
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Vhttp://dbpedia.org/resource/Bloemhof_Dam
p17530
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(g13
g8
NtRp17531
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Nsg17
Nsg11
VBloemhof Dam
p17533
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(g13
g8
NtRp17534
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p17536
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(g13
g8
NtRp17537
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g16
Nsg17
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VConcrete gravity with earth flanks
p17539
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(g13
g8
NtRp17540
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g16
Nsg17
g27
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V4.27
p17542
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g8
NtRp17543
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g11
Vhttp://dbpedia.org/resource/Bloemhof_Dam__Lake__1
p17545
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g8
NtRp17546
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p17548
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p17551
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g8
NtRp17552
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Nsg17
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VSouth Africa
p17554
sbg6
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g8
NtRp17555
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Nsg17
Nsg11
VBloemhof Dam is a dam in South Africa. It was originally known as the Oppermansdrif Dam when under construction during the late 1960s. It is located at the confluence of the Vaal River and the Vet River, on the border between the provinces North West and Free State. The dam wall has a total length of 4,270 metres (14,010 ft) The reservoir is very shallow, and therefore needs a large area to mean anything for water storage. The area around the reservoir (dam), has been a protected area, but because it lies on the border between provinces, these became two separate nature reserves. On the North West Province side lies the , on the Free State side is the Sandveld Nature Reserve.
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g8
NtRp17558
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g16
Nsg17
Nsg11
VPOINT(25.627777099609 -27.670833587646)
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NtRp17565
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Nsg17
Nsg11
VDiga di Bloemhof
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Nsg17
Nsg11
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p17570
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VConcrete gravity with earth flanks
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p17576
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Vhttp://dbpedia.org/resource/Bloemhof_Dam__Lake__1
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p17585
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VSouth Africa
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VBloemhof Dam is a dam in South Africa. It was originally known as the Oppermansdrif Dam when under construction during the late 1960s. It is located at the confluence of the Vaal River and the Vet River, on the border between the provinces North West and Free State. The dam wall has a total length of 4,270 metres (14,010 ft) The reservoir is very shallow, and therefore needs a large area to mean anything for water storage. The area around the reservoir (dam), has been a protected area, but because it lies on the border between provinces, these became two separate nature reserves. On the North West Province side lies the , on the Free State side is the Sandveld Nature Reserve.
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VPOINT(25.627777099609 -27.670833587646)
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VBarrage Blowering
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VAustralia
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VO
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V8563.0
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VAustralia New South Wales
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VThe Blowering Dam is a major ungated rock fill with clay core embankment dam with concrete chute spillway impounding a reservoir under the same name. It is located on the Tumut River upstream of Tumut in the Snowy Mountains region of New South Wales, Australia. Purposes for the dam include flood mitigation, hydro-power, irrigation, water supply and conservation. The dam is part of the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro.
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VBlowering Dam
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VAustralia
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V8563.0
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VThe Blowering Dam is a major ungated rock fill with clay core embankment dam with concrete chute spillway impounding a reservoir under the same name. It is located on the Tumut River upstream of Tumut in the Snowy Mountains region of New South Wales, Australia. Purposes for the dam include flood mitigation, hydro-power, irrigation, water supply and conservation. The dam is part of the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro.
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VBlue Rock Dam
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VVictoria
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VThe Blue Rock Dam is a minor rock-fill embankment dam with controlled chute spillway across the Tanjil River, located approximately 30 kilometres (19 mi) north of Moe, in the Central Gippsland region of Victoria, Australia. The dam is operated by .
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VPOINT(146.22752380371 -38.079650878906)
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VBlue Rock Lake
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VAustralia
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VVictoria
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VThe Blue Rock Dam is a minor rock-fill embankment dam with controlled chute spillway across the Tanjil River, located approximately 30 kilometres (19 mi) north of Moe, in the Central Gippsland region of Victoria, Australia. The dam is operated by .
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VPOINT(146.22752380371 -38.079650878906)
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VBlyderivierpoort Dam is a gravity-arch dam on the Blyde River, in the lower Blyde River Canyon, near Hoedspruit in Mpumalanga, South Africa. It also floods the lower reaches of the Blyde's Ohrigstad River tributary. The dam was completed in 1974. The 71 m high dam wall and 22 m deep is situated 3 km from Swadini resort by road.
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VBlyth Power Station (also known as Cambois Power Station) refers to a pair of now demolished coal-fired power stations, which were located on the Northumberland coast in North East England. The two stations were built alongside each other on a site near Cambois in Northumberland, on the northern bank of the River Blyth, between its tidal estuary and the North Sea. The stations took their name from the town of Blyth on the opposite bank of the estuary. Blyth A Power Station was built and opened first but had a smaller generating capacity than its sister station, Blyth B Power Station, which was built to its west four years later. The power stations' four large chimneys were a landmark of the Northumberland skyline for over 40 years; the A Station's two chimneys each stood at 140 metres (460
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VBlyth Power Station (also known as Cambois Power Station) refers to a pair of now demolished coal-fired power stations, which were located on the Northumberland coast in North East England. The two stations were built alongside each other on a site near Cambois in Northumberland, on the northern bank of the River Blyth, between its tidal estuary and the North Sea. The stations took their name from the town of Blyth on the opposite bank of the estuary. Blyth A Power Station was built and opened first but had a smaller generating capacity than its sister station, Blyth B Power Station, which was built to its west four years later. The power stations' four large chimneys were a landmark of the Northumberland skyline for over 40 years; the A Station's two chimneys each stood at 140 metres (460
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VBlyth Power Station (also known as Cambois Power Station) refers to a pair of now demolished coal-fired power stations, which were located on the Northumberland coast in North East England. The two stations were built alongside each other on a site near Cambois in Northumberland, on the northern bank of the River Blyth, between its tidal estuary and the North Sea. The stations took their name from the town of Blyth on the opposite bank of the estuary. Blyth A Power Station was built and opened first but had a smaller generating capacity than its sister station, Blyth B Power Station, which was built to its west four years later. The power stations' four large chimneys were a landmark of the Northumberland skyline for over 40 years; the A Station's two chimneys each stood at 140 metres (460
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
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NtRp18069
(dp18070
g16
Nsg17
g27
sg11
V0.25
p18071
sbNg6
(g7
g8
NtRp18072
(dp18073
g11
Vhttp://dbpedia.org/resource/Boadella_Reservoir__Lake__1
p18074
sbNNg6
(g13
g8
NtRp18075
(dp18076
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ter_(river)
p18077
sbg6
(g13
g8
NtRp18078
(dp18079
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18080
(dp18081
g16
Nsg17
Nsg11
VSpain Catalonia
p18082
sbg6
(g13
g8
NtRp18083
(dp18084
g16
Nsg17
Nsg11
VBoadella reservoir (Catalan: Pantà de Boadella) is a reservoir located on the Muga river, near Darnius, Catalonia, Spain. The dam is located at Darnius while the main water body is also within the boundaries of Sant Llorenç de la Muga, Terrades and Maçanet de Cabrenys. Despite giving it its name to the reservoir, the municipality of Boadella i les Escaules is not located within its boundaries. The construction of the hydroelectric dam was completed in 1969 and was designed by chief engineer Eugenio Pinedo, creating a reservoir with a storage capacity of 60.2 hm³. The dam has a structural height of 63 m and a crest length of 250 m.
p18085
sbg6
(g13
g8
NtRp18086
(dp18087
g16
Nsg17
Nsg11
VPOINT(2.8333332538605 42.340831756592)
p18088
sbtp18089
a(g6
(g7
g8
NtRp18090
(dp18091
g11
Vhttp://dbpedia.org/resource/Boali_Hydroelectric_Power_Station
p18092
sbg6
(g13
g8
NtRp18093
(dp18094
g16
Nsg17
Nsg11
VBoali Hydroelectric Power Station
p18095
sbg6
(g13
g8
NtRp18096
(dp18097
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Central_African_Republic
p18098
sbNNNNg6
(g13
g8
NtRp18099
(dp18100
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Central_African_Republic
p18101
sbg6
(g13
g8
NtRp18102
(dp18103
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp18104
(dp18105
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18106
(dp18107
g16
Nsg17
Nsg11
VCentral African Republic#Africa#World
p18108
sbg6
(g13
g8
NtRp18109
(dp18110
g16
Nsg17
Nsg11
VBoali Hydroelectric Power Station is a 38.75 megawatts (51,960 hp) hydroelectric power complex in the Central African Republic.The power complex comprises three units (a) Boali I (1 x 8.75MW) (b) Boali II (1 x 20MW) and (c) Boali III (1 x 10MW). As of December 2020, the power station was undergoing rehabilitation and renovation, to raise its capacity from 38.75 megawatts to 43.75 megawatts, by increasing the Boali III output from 10 megawatts to 15 megawatts.
p18111
sbg6
(g13
g8
NtRp18112
(dp18113
g16
Nsg17
Nsg11
VPOINT(18.049999237061 4.8711109161377)
p18114
sbtp18115
a(g6
(g7
g8
NtRp18116
(dp18117
g11
Vhttp://dbpedia.org/resource/Boegoeberg_Dam
p18118
sbg6
(g13
g8
NtRp18119
(dp18120
g16
Nsg17
Nsg11
VBoegoeberg Dam
p18121
sbg6
(g13
g8
NtRp18122
(dp18123
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p18124
sbg6
(g13
g8
NtRp18125
(dp18126
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp18127
(dp18128
g16
Nsg17
g27
sg11
V0.622
p18129
sbNg6
(g7
g8
NtRp18130
(dp18131
g11
Vhttp://dbpedia.org/resource/Boegoeberg_Dam__Lake__1
p18132
sbg6
(g13
g8
NtRp18133
(dp18134
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p18135
sbg6
(g13
g8
NtRp18136
(dp18137
g16
Nsg17
Nsg11
VIrrigation
p18138
sbg6
(g13
g8
NtRp18139
(dp18140
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Orange_River
p18141
sbNNNg6
(g13
g8
NtRp18142
(dp18143
g16
Nsg17
Nsg11
VBoegoeberg Dam is a gravity type dam on the Orange River, near Prieska, Northern Cape, South Africa. Building was started in 1926 and completed by 1933. Boegoeberg is named for the small tree Croton gratissimus, also known as Bergboegoe. Its primary purpose is for irrigation and it has a low hazard potential.
p18144
sbg6
(g13
g8
NtRp18145
(dp18146
g16
Nsg17
Nsg11
VPOINT(22.203611373901 -29.041666030884)
p18147
sbtp18148
a(g6
(g7
g8
NtRp18149
(dp18150
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18151
sbg6
(g13
g8
NtRp18152
(dp18153
g16
Nsg17
Nsg11
VBogu\u010danská vodní elektrárna
p18154
sbg6
(g13
g8
NtRp18155
(dp18156
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18157
sbg6
(g13
g8
NtRp18158
(dp18159
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18160
sbg6
(g13
g8
NtRp18161
(dp18162
g16
Nsg17
g27
sg11
V2.587
p18163
sbNg6
(g7
g8
NtRp18164
(dp18165
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18166
sbNNg6
(g13
g8
NtRp18167
(dp18168
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18169
sbNNg6
(g13
g8
NtRp18170
(dp18171
g16
Nsg17
Nsg11
VRussia
p18172
sbg6
(g13
g8
NtRp18173
(dp18174
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18175
sbg6
(g13
g8
NtRp18176
(dp18177
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18178
sbtp18179
a(g6
(g7
g8
NtRp18180
(dp18181
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18182
sbg6
(g13
g8
NtRp18183
(dp18184
g16
Nsg17
Nsg11
VBoguchany Dam
p18185
sbg6
(g13
g8
NtRp18186
(dp18187
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18188
sbg6
(g13
g8
NtRp18189
(dp18190
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18191
sbg6
(g13
g8
NtRp18192
(dp18193
g16
Nsg17
g27
sg11
V2.587
p18194
sbNg6
(g7
g8
NtRp18195
(dp18196
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18197
sbNNg6
(g13
g8
NtRp18198
(dp18199
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18200
sbNNg6
(g13
g8
NtRp18201
(dp18202
g16
Nsg17
Nsg11
VRussia
p18203
sbg6
(g13
g8
NtRp18204
(dp18205
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18206
sbg6
(g13
g8
NtRp18207
(dp18208
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18209
sbtp18210
a(g6
(g7
g8
NtRp18211
(dp18212
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18213
sbg6
(g13
g8
NtRp18214
(dp18215
g16
Nsg17
Nsg11
VBogutschanystausee
p18216
sbg6
(g13
g8
NtRp18217
(dp18218
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18219
sbg6
(g13
g8
NtRp18220
(dp18221
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18222
sbg6
(g13
g8
NtRp18223
(dp18224
g16
Nsg17
g27
sg11
V2.587
p18225
sbNg6
(g7
g8
NtRp18226
(dp18227
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18228
sbNNg6
(g13
g8
NtRp18229
(dp18230
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18231
sbNNg6
(g13
g8
NtRp18232
(dp18233
g16
Nsg17
Nsg11
VRussia
p18234
sbg6
(g13
g8
NtRp18235
(dp18236
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18237
sbg6
(g13
g8
NtRp18238
(dp18239
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18240
sbtp18241
a(g6
(g7
g8
NtRp18242
(dp18243
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18244
sbg6
(g13
g8
NtRp18245
(dp18246
g16
Nsg17
Nsg11
V\u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p18247
sbg6
(g13
g8
NtRp18248
(dp18249
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18250
sbg6
(g13
g8
NtRp18251
(dp18252
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18253
sbg6
(g13
g8
NtRp18254
(dp18255
g16
Nsg17
g27
sg11
V2.587
p18256
sbNg6
(g7
g8
NtRp18257
(dp18258
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18259
sbNNg6
(g13
g8
NtRp18260
(dp18261
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18262
sbNNg6
(g13
g8
NtRp18263
(dp18264
g16
Nsg17
Nsg11
VRussia
p18265
sbg6
(g13
g8
NtRp18266
(dp18267
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18268
sbg6
(g13
g8
NtRp18269
(dp18270
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18271
sbtp18272
a(g6
(g7
g8
NtRp18273
(dp18274
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18275
sbg6
(g13
g8
NtRp18276
(dp18277
g16
Nsg17
Nsg11
VBarrage de Bogoutchany
p18278
sbg6
(g13
g8
NtRp18279
(dp18280
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18281
sbg6
(g13
g8
NtRp18282
(dp18283
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18284
sbg6
(g13
g8
NtRp18285
(dp18286
g16
Nsg17
g27
sg11
V2.587
p18287
sbNg6
(g7
g8
NtRp18288
(dp18289
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18290
sbNNg6
(g13
g8
NtRp18291
(dp18292
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18293
sbNNg6
(g13
g8
NtRp18294
(dp18295
g16
Nsg17
Nsg11
VRussia
p18296
sbg6
(g13
g8
NtRp18297
(dp18298
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18299
sbg6
(g13
g8
NtRp18300
(dp18301
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18302
sbtp18303
a(g6
(g7
g8
NtRp18304
(dp18305
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18306
sbg6
(g13
g8
NtRp18307
(dp18308
g16
Nsg17
Nsg11
V\u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p18309
sbg6
(g13
g8
NtRp18310
(dp18311
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18312
sbg6
(g13
g8
NtRp18313
(dp18314
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18315
sbg6
(g13
g8
NtRp18316
(dp18317
g16
Nsg17
g27
sg11
V2.587
p18318
sbNg6
(g7
g8
NtRp18319
(dp18320
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18321
sbNNg6
(g13
g8
NtRp18322
(dp18323
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18324
sbNNg6
(g13
g8
NtRp18325
(dp18326
g16
Nsg17
Nsg11
VRussia
p18327
sbg6
(g13
g8
NtRp18328
(dp18329
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18330
sbg6
(g13
g8
NtRp18331
(dp18332
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18333
sbtp18334
a(g6
(g7
g8
NtRp18335
(dp18336
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18337
sbg6
(g13
g8
NtRp18338
(dp18339
g16
Nsg17
Nsg11
VCentral hidroeléctrica de Boguchany
p18340
sbg6
(g13
g8
NtRp18341
(dp18342
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18343
sbg6
(g13
g8
NtRp18344
(dp18345
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18346
sbg6
(g13
g8
NtRp18347
(dp18348
g16
Nsg17
g27
sg11
V2.587
p18349
sbNg6
(g7
g8
NtRp18350
(dp18351
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18352
sbNNg6
(g13
g8
NtRp18353
(dp18354
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18355
sbNNg6
(g13
g8
NtRp18356
(dp18357
g16
Nsg17
Nsg11
VRussia
p18358
sbg6
(g13
g8
NtRp18359
(dp18360
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18361
sbg6
(g13
g8
NtRp18362
(dp18363
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18364
sbtp18365
a(g6
(g7
g8
NtRp18366
(dp18367
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18368
sbg6
(g13
g8
NtRp18369
(dp18370
g16
Nsg17
Nsg11
VWaterkrachtcentrale Bogoetsjany
p18371
sbg6
(g13
g8
NtRp18372
(dp18373
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18374
sbg6
(g13
g8
NtRp18375
(dp18376
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18377
sbg6
(g13
g8
NtRp18378
(dp18379
g16
Nsg17
g27
sg11
V2.587
p18380
sbNg6
(g7
g8
NtRp18381
(dp18382
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18383
sbNNg6
(g13
g8
NtRp18384
(dp18385
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18386
sbNNg6
(g13
g8
NtRp18387
(dp18388
g16
Nsg17
Nsg11
VRussia
p18389
sbg6
(g13
g8
NtRp18390
(dp18391
g16
Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
p18392
sbg6
(g13
g8
NtRp18393
(dp18394
g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
p18395
sbtp18396
a(g6
(g7
g8
NtRp18397
(dp18398
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam
p18399
sbg6
(g13
g8
NtRp18400
(dp18401
g16
Nsg17
Nsg11
VBogucza\u0144ska Elektrownia Wodna
p18402
sbg6
(g13
g8
NtRp18403
(dp18404
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p18405
sbg6
(g13
g8
NtRp18406
(dp18407
g16
Nsg17
Nsg11
VCombinedgravityandrock-filldam
p18408
sbg6
(g13
g8
NtRp18409
(dp18410
g16
Nsg17
g27
sg11
V2.587
p18411
sbNg6
(g7
g8
NtRp18412
(dp18413
g11
Vhttp://dbpedia.org/resource/Boguchany_Dam__Lake__1
p18414
sbNNg6
(g13
g8
NtRp18415
(dp18416
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angara_River
p18417
sbNNg6
(g13
g8
NtRp18418
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g16
Nsg17
Nsg11
VRussia
p18420
sbg6
(g13
g8
NtRp18421
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Nsg17
Nsg11
VThe Boguchany Dam (Russian: \u0411\u043e\u0433\u0443\u0447\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a large hydroelectric dam on the Angara River in Kodinsk, Krasnoyarsk Krai, Russia. It has an installed capacity of 2,997 MW. Construction of the power plant was completed when a ninth and final generator was brought online in January 2015.
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sbg6
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g8
NtRp18424
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g16
Nsg17
Nsg11
VPOINT(99.148887634277 58.694721221924)
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sbtp18427
a(g6
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g8
NtRp18428
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g11
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p18430
sbg6
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g8
NtRp18431
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g16
Nsg17
Nsg11
VBoise River Diversion Dam
p18433
sbg6
(g13
g8
NtRp18434
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p18436
sbNg6
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g8
NtRp18437
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g16
Nsg17
g27
sg11
V0.1524
p18439
sbg6
(g13
g8
NtRp18440
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g16
Nsg17
g27
sg11
V862.279
p18442
sbNg6
(g13
g8
NtRp18443
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g16
Nsg17
Nsg11
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p18445
sbNg6
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g8
NtRp18446
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g16
Nsg17
Nsg11
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p18448
sbg6
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g8
NtRp18449
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18451
(dp18452
g16
Nsg17
Nsg11
VUSA#Idaho
p18453
sbg6
(g13
g8
NtRp18454
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g16
Nsg17
Nsg11
VThe Boise River Diversion Dam is a diversion dam in the western United States, on the Boise River in southwestern Idaho. Seven miles (11 km) southeast and upstream of Boise in Ada County, it was completed 113 years ago in 1909 and is operated by the U.S. Bureau of Reclamation. The diverted water fills the concrete New York Canal, the primary irrigation channel for Ada and Canyon counties in the Treasure Valley. Several miles upstream of the Diversion Dam is Lucky Peak Dam. Completed in 1955, it was built and is operated by the U.S. Army Corps of Engineers.
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sbg6
(g13
g8
NtRp18457
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Nsg17
Nsg11
VPOINT(-116.0933303833 43.537498474121)
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sbtp18460
a(g6
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g8
NtRp18461
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g11
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p18463
sbg6
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g8
NtRp18464
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g16
Nsg17
Nsg11
VBokaa Dam
p18466
sbg6
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g8
NtRp18467
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botswana
p18469
sbNNNg6
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g8
NtRp18470
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g11
Vhttp://dbpedia.org/resource/Bokaa_Dam__Lake__1
p18472
sbNg6
(g13
g8
NtRp18473
(dp18474
g16
Nsg17
Nsg11
VUrban water supply
p18475
sbNNNg6
(g13
g8
NtRp18476
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g16
Nsg17
Nsg11
VBotswana
p18478
sbg6
(g13
g8
NtRp18479
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g16
Nsg17
Nsg11
VThe Bokaa Dam is a dam on the Metsimotlhabe River, a tributary of the Ngotwane River, in Botswana.It provides water to the capital city of Gaborone. It is operated by the Water Utilities Corporation.
p18481
sbg6
(g13
g8
NtRp18482
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g16
Nsg17
Nsg11
VPOINT(26.019926071167 -24.438125610352)
p18484
sbtp18485
a(g6
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g8
NtRp18486
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g11
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p18488
sbg6
(g13
g8
NtRp18489
(dp18490
g16
Nsg17
Nsg11
VBon Accord Dam
p18491
sbg6
(g13
g8
NtRp18492
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p18494
sbg6
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g8
NtRp18495
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g16
Nsg17
Nsg11
VF
sbg6
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g8
NtRp18497
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g16
Nsg17
g27
sg11
V1.167
p18499
sbNg6
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g8
NtRp18500
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g11
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p18502
sbNg6
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g8
NtRp18503
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g16
Nsg17
Nsg11
VIrrigation, drinking water
p18505
sbg6
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g8
NtRp18506
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Apies_River
p18508
sbNNNg6
(g13
g8
NtRp18509
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g16
Nsg17
Nsg11
VBon Accord Dam is an earth-fill type dam located on the Apies River, some 15 km north of Pretoria. The dam comprises an earth embankment with a side spillway. The catchment area of the dam is 315 km2 and comprises primarily the City of Tshwane Metropolitan Municipal area in Gauteng, South Africa. It was established in 1923 and its main purpose is irrigation.
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sbg6
(g13
g8
NtRp18512
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g16
Nsg17
Nsg11
VPOINT(28.189443588257 -25.629167556763)
p18514
sbtp18515
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g8
NtRp18516
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g11
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p18518
sbg6
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g8
NtRp18519
(dp18520
g16
Nsg17
Nsg11
VBonyic Dam
p18521
sbg6
(g13
g8
NtRp18522
(dp18523
g16
Nsg17
Nsg11
VPanama
p18524
sbg6
(g13
g8
NtRp18525
(dp18526
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p18527
sbg6
(g13
g8
NtRp18528
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g16
Nsg17
g27
sg11
V0.165
p18530
sbg6
(g13
g8
NtRp18531
(dp18532
g16
Nsg17
g27
sg11
V244.0
p18533
sbNNg6
(g13
g8
NtRp18534
(dp18535
g16
Nsg17
Nsg11
VPower
p18536
sbg6
(g13
g8
NtRp18537
(dp18538
g16
Nsg17
Nsg11
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p18539
sbg6
(g13
g8
NtRp18540
(dp18541
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18542
(dp18543
g16
Nsg17
Nsg11
VPanama
p18544
sbg6
(g13
g8
NtRp18545
(dp18546
g16
Nsg17
Nsg11
VThe Bonyic Dam is a gravity dam on the , a tributary of the Teribe River about 24 km (15 mi) southwest of Changuinola in the Bocas del Toro province of northwestern Panama. The project produce hydroelectricity at a 32.64 MW power station about 3.8 km (2 mi) downstream of the dam. The builder and operator is Hidroécología Teribe (HET) S.A., a private Panamanian company whose majority stockholder is Empresas Públicas de Medellín (EPM), a public utility company owned by the municipal government of Medellín, Colombia. The dam construction was subject to controversies that have resulted in the removal of its funding by the Inter-American Development Bank. The Bonyic dam would obstruct access for migrating fish to La Amistad International Park. Members of the local indigenous people, the Naso, h
p18547
sbg6
(g13
g8
NtRp18548
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g16
Nsg17
Nsg11
VPOINT(-82.641304016113 9.324649810791)
p18550
sbtp18551
a(g6
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g8
NtRp18552
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g11
Vhttp://dbpedia.org/resource/Borumba_Dam
p18554
sbg6
(g13
g8
NtRp18555
(dp18556
g16
Nsg17
Nsg11
VBorumba Dam
p18557
sbg6
(g13
g8
NtRp18558
(dp18559
g16
Nsg17
Nsg11
VAustralia
p18560
sbg6
(g13
g8
NtRp18561
(dp18562
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp18563
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g16
Nsg17
g27
sg11
V0.343
p18565
sbNg6
(g7
g8
NtRp18566
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g11
Vhttp://dbpedia.org/resource/Borumba_Dam__Lake__1
p18568
sbNg6
(g13
g8
NtRp18569
(dp18570
g16
Nsg17
Nsg11
VIrrigationandpotablewater supply
p18571
sbNg6
(g13
g8
NtRp18572
(dp18573
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18574
(dp18575
g16
Nsg17
Nsg11
VQueensland
p18576
sbg6
(g13
g8
NtRp18577
(dp18578
g16
Nsg17
Nsg11
VThe Borumba Dam is a rock-fill embankment dam with an un-gated spillway located across the Yabba Creek in the Wide Bay\u2013Burnett region of Queensland, Australia. The main purposes of the dam are for irrigation and potable water supply. The resultant impounded reservoir is called Lake Borumba.
p18579
sbg6
(g13
g8
NtRp18580
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g16
Nsg17
Nsg11
VPOINT(152.57888793945 -26.511943817139)
p18582
sbtp18583
a(g6
(g7
g8
NtRp18584
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g11
Vhttp://dbpedia.org/resource/Borumba_Dam
p18586
sbg6
(g13
g8
NtRp18587
(dp18588
g16
Nsg17
Nsg11
VLake Borumba
p18589
sbg6
(g13
g8
NtRp18590
(dp18591
g16
Nsg17
Nsg11
VAustralia
p18592
sbg6
(g13
g8
NtRp18593
(dp18594
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp18595
(dp18596
g16
Nsg17
g27
sg11
V0.343
p18597
sbNg6
(g7
g8
NtRp18598
(dp18599
g11
Vhttp://dbpedia.org/resource/Borumba_Dam__Lake__1
p18600
sbNg6
(g13
g8
NtRp18601
(dp18602
g16
Nsg17
Nsg11
VIrrigationandpotablewater supply
p18603
sbNg6
(g13
g8
NtRp18604
(dp18605
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18606
(dp18607
g16
Nsg17
Nsg11
VQueensland
p18608
sbg6
(g13
g8
NtRp18609
(dp18610
g16
Nsg17
Nsg11
VThe Borumba Dam is a rock-fill embankment dam with an un-gated spillway located across the Yabba Creek in the Wide Bay\u2013Burnett region of Queensland, Australia. The main purposes of the dam are for irrigation and potable water supply. The resultant impounded reservoir is called Lake Borumba.
p18611
sbg6
(g13
g8
NtRp18612
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g16
Nsg17
Nsg11
VPOINT(152.57888793945 -26.511943817139)
p18614
sbtp18615
a(g6
(g7
g8
NtRp18616
(dp18617
g11
Vhttp://dbpedia.org/resource/Boschmanskop_No_1_Dam
p18618
sbg6
(g13
g8
NtRp18619
(dp18620
g16
Nsg17
Nsg11
VBoschmanskop No 1 Dam
p18621
sbg6
(g13
g8
NtRp18622
(dp18623
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p18624
sbg6
(g13
g8
NtRp18625
(dp18626
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp18627
(dp18628
g16
Nsg17
g27
sg11
V0.955
p18629
sbNg6
(g7
g8
NtRp18630
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g11
Vhttp://dbpedia.org/resource/Boschmanskop_No_1_Dam__Lake__1
p18632
sbNg6
(g13
g8
NtRp18633
(dp18634
g16
Nsg17
Nsg11
VFlood control
p18635
sbg6
(g13
g8
NtRp18636
(dp18637
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Woes-Alleen_River
p18638
sbNNNg6
(g13
g8
NtRp18639
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g16
Nsg17
Nsg11
VBoschmanskop No 1+2 Dam, is an earth-fill type dam on the , near Middelburg, Mpumalanga, South Africa. It was established in 1995. Its primary purpose is flood control and it is owned by Optimum Colliery Pullen's Hope.
p18641
sbg6
(g13
g8
NtRp18642
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g16
Nsg17
Nsg11
VPOINT(29.630556106567 -26.018333435059)
p18644
sbtp18645
a(g6
(g7
g8
NtRp18646
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g11
Vhttp://dbpedia.org/resource/Boskop_Dam
p18648
sbg6
(g13
g8
NtRp18649
(dp18650
g16
Nsg17
Nsg11
VBoskop Dam
p18651
sbg6
(g13
g8
NtRp18652
(dp18653
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p18654
sbg6
(g13
g8
NtRp18655
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g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp18657
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g16
Nsg17
g27
sg11
V1.32
p18659
sbNg6
(g7
g8
NtRp18660
(dp18661
g11
Vhttp://dbpedia.org/resource/Boskop_Dam__Lake__1
p18662
sbg6
(g13
g8
NtRp18663
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p18665
sbg6
(g13
g8
NtRp18666
(dp18667
g16
Nsg17
Nsg11
VIrrigation and domestic
p18668
sbg6
(g13
g8
NtRp18669
(dp18670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mooi_River_(Vaal)
p18671
sbNNNg6
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g8
NtRp18672
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g16
Nsg17
Nsg11
VBoskop Dam is an earth-fill type dam on the Mooi River, near Potchefstroom, North West Province, South Africa. It was constructed in 1959. The main purpose of the dam is for irrigation and domestic usage. Its hazard potential is ranked as high, due to poor maintenance and the development of sink holes. The Boskop Dam Nature Reserve has been established on 3 000 hectare around the dam's reservoir.
p18674
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g8
NtRp18675
(dp18676
g16
Nsg17
Nsg11
VPOINT(27.119443893433 -26.545833587646)
p18677
sbtp18678
a(g6
(g7
g8
NtRp18679
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g11
Vhttp://dbpedia.org/resource/Bospoort_Dam
p18681
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(g13
g8
NtRp18682
(dp18683
g16
Nsg17
Nsg11
VBospoort Dam
p18684
sbg6
(g13
g8
NtRp18685
(dp18686
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p18687
sbg6
(g13
g8
NtRp18688
(dp18689
g16
Nsg17
Nsg11
VC
sbg6
(g13
g8
NtRp18690
(dp18691
g16
Nsg17
g27
sg11
V0.468
p18692
sbNg6
(g7
g8
NtRp18693
(dp18694
g11
Vhttp://dbpedia.org/resource/Bospoort_Dam__Lake__1
p18695
sbg6
(g13
g8
NtRp18696
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p18698
sbg6
(g13
g8
NtRp18699
(dp18700
g16
Nsg17
Nsg11
VIrrigation
p18701
sbg6
(g13
g8
NtRp18702
(dp18703
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hex_River_(Elands_River)
p18704
sbNNNg6
(g13
g8
NtRp18705
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g16
Nsg17
Nsg11
VBospoort Dam is a gravity/earth-fill type dam on the , a tributary of the Elands River, part of the Crocodile River (Limpopo) basin. It is located near Rustenburg, North West, South Africa. Its primary purpose is for irrigation.
p18707
sbg6
(g13
g8
NtRp18708
(dp18709
g16
Nsg17
Nsg11
VPOINT(27.353889465332 -25.5625)
p18710
sbtp18711
a(g6
(g7
g8
NtRp18712
(dp18713
g11
Vhttp://dbpedia.org/resource/Boundary_Dam
p18714
sbg6
(g13
g8
NtRp18715
(dp18716
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0411\u043e\u0443\u043d\u0434\u0430\u0440\u0456
p18717
sbg6
(g13
g8
NtRp18718
(dp18719
g16
Nsg17
Nsg11
VUnited States
p18720
sbg6
(g13
g8
NtRp18721
(dp18722
g16
Nsg17
Nsg11
VArch-gravity
p18723
sbg6
(g13
g8
NtRp18724
(dp18725
g16
Nsg17
g27
sg11
V0.225552
p18726
sbNg6
(g7
g8
NtRp18727
(dp18728
g11
Vhttp://dbpedia.org/resource/Boundary_Dam__Lake__1
p18729
sbg6
(g13
g8
NtRp18730
(dp18731
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/City_of_Seattle
p18732
sbNg6
(g13
g8
NtRp18733
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pend_Oreille_River
p18735
sbg6
(g13
g8
NtRp18736
(dp18737
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18738
(dp18739
g16
Nsg17
Nsg11
VWashington
p18740
sbg6
(g13
g8
NtRp18741
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g16
Nsg17
Nsg11
VBoundary Dam is a concrete arch gravity-type hydroelectric dam, finished in 1967, on the Pend Oreille River, in the U.S. state of Washington. The dam is located in the northeast corner of Washington state. It is operated by Seattle City Light and makes up a significant portion of the City of Seattle's energy portfolio. On average, it provides upwards of 46% of the power generated by Seattle City Light. Boundary Powerhouse, located adjacent to the dam, is completely built inside of the rock that makes up the left abutment of the dam itself. It has a nameplate capacity of just over 1 gigawatt of generation. The component of the hydroelectric project were listed on the National Register of Historic Places in 2018.
p18743
sbg6
(g13
g8
NtRp18744
(dp18745
g16
Nsg17
Nsg11
VPOINT(-117.34750366211 48.98722076416)
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sbtp18747
a(g6
(g7
g8
NtRp18748
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g11
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p18750
sbg6
(g13
g8
NtRp18751
(dp18752
g16
Nsg17
Nsg11
VBoundary Dam
p18753
sbg6
(g13
g8
NtRp18754
(dp18755
g16
Nsg17
Nsg11
VUnited States
p18756
sbg6
(g13
g8
NtRp18757
(dp18758
g16
Nsg17
Nsg11
VArch-gravity
p18759
sbg6
(g13
g8
NtRp18760
(dp18761
g16
Nsg17
g27
sg11
V0.225552
p18762
sbNg6
(g7
g8
NtRp18763
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g11
Vhttp://dbpedia.org/resource/Boundary_Dam__Lake__1
p18765
sbg6
(g13
g8
NtRp18766
(dp18767
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/City_of_Seattle
p18768
sbNg6
(g13
g8
NtRp18769
(dp18770
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pend_Oreille_River
p18771
sbg6
(g13
g8
NtRp18772
(dp18773
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp18774
(dp18775
g16
Nsg17
Nsg11
VWashington
p18776
sbg6
(g13
g8
NtRp18777
(dp18778
g16
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VBoundary Dam is a concrete arch gravity-type hydroelectric dam, finished in 1967, on the Pend Oreille River, in the U.S. state of Washington. The dam is located in the northeast corner of Washington state. It is operated by Seattle City Light and makes up a significant portion of the City of Seattle's energy portfolio. On average, it provides upwards of 46% of the power generated by Seattle City Light. Boundary Powerhouse, located adjacent to the dam, is completely built inside of the rock that makes up the left abutment of the dam itself. It has a nameplate capacity of just over 1 gigawatt of generation. The component of the hydroelectric project were listed on the National Register of Historic Places in 2018.
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VBoundary Dam is a concrete arch gravity-type hydroelectric dam, finished in 1967, on the Pend Oreille River, in the U.S. state of Washington. The dam is located in the northeast corner of Washington state. It is operated by Seattle City Light and makes up a significant portion of the City of Seattle's energy portfolio. On average, it provides upwards of 46% of the power generated by Seattle City Light. Boundary Powerhouse, located adjacent to the dam, is completely built inside of the rock that makes up the left abutment of the dam itself. It has a nameplate capacity of just over 1 gigawatt of generation. The component of the hydroelectric project were listed on the National Register of Historic Places in 2018.
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VBoundary Dam is a concrete arch gravity-type hydroelectric dam, finished in 1967, on the Pend Oreille River, in the U.S. state of Washington. The dam is located in the northeast corner of Washington state. It is operated by Seattle City Light and makes up a significant portion of the City of Seattle's energy portfolio. On average, it provides upwards of 46% of the power generated by Seattle City Light. Boundary Powerhouse, located adjacent to the dam, is completely built inside of the rock that makes up the left abutment of the dam itself. It has a nameplate capacity of just over 1 gigawatt of generation. The component of the hydroelectric project were listed on the National Register of Historic Places in 2018.
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VBowman-Haley Dam is an embankment dam located in Bowman County, North Dakota, in the southwestern part of the state. The dam is just over 2 miles north of the South Dakota border. The earthen dam was constructed in 1970 by the United States Army Corps of Engineers to impound the North Fork of the Grand River for flood control, fish and wildlife preservation, recreation, and municipal and industrial water supply. The dam is owned and operated by the Corps of Engineers, with a height of 79 feet and a length of 5730 at its crest.
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VBowman-Haley Dam is an embankment dam located in Bowman County, North Dakota, in the southwestern part of the state. The dam is just over 2 miles north of the South Dakota border. The earthen dam was constructed in 1970 by the United States Army Corps of Engineers to impound the North Fork of the Grand River for flood control, fish and wildlife preservation, recreation, and municipal and industrial water supply. The dam is owned and operated by the Corps of Engineers, with a height of 79 feet and a length of 5730 at its crest.
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VThe Boyabat Dam is a concrete gravity dam on the K\u0131z\u0131l\u0131rmak River bordering Sinop and Samsun Provinces, Turkey. It is 8 km (5 mi) southwest of Dura\u011fan and 24 km (15 mi) southeast of Boyabat. Construction began in 2008 and the dam and power plant were completed in December 2012. Its primary purpose is to generate hydroelectric power. The dam's power plant has an installed capacity of 513 MW.
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VThe Boyabat Dam is a concrete gravity dam on the K\u0131z\u0131l\u0131rmak River bordering Sinop and Samsun Provinces, Turkey. It is 8 km (5 mi) southwest of Dura\u011fan and 24 km (15 mi) southeast of Boyabat. Construction began in 2008 and the dam and power plant were completed in December 2012. Its primary purpose is to generate hydroelectric power. The dam's power plant has an installed capacity of 513 MW.
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VThe Boysen Dam is a rockfill dam on the Wind River in the U.S. state of Wyoming. The dam lies at the head of Wind River Canyon through the Owl Creek Mountains in western Wyoming and creates Boysen Reservoir. It is owned by the U.S. Bureau of Reclamation and furnishes irrigation water supply to the Bighorn Basin as well as providing flood control and hydroelectric power.
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VThe Boysen Dam is a rockfill dam on the Wind River in the U.S. state of Wyoming. The dam lies at the head of Wind River Canyon through the Owl Creek Mountains in western Wyoming and creates Boysen Reservoir. It is owned by the U.S. Bureau of Reclamation and furnishes irrigation water supply to the Bighorn Basin as well as providing flood control and hydroelectric power.
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VBo\u0161kov Most Hydro Power Plant, referred to as Bo\u0161kov Most HPP, is a derivation plant planned to be built in Mala Reka valley, in the southernmost part of the Mavrovo National Park, in North Macedonia. It will have a total capacity of 71,5 MW. Construction is expected to last 4 years. The project raises several environmental concerns, including threats on the survival of the Balkan lynx.
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VBradbury Dam is an earthen dam across the Santa Ynez River in central Santa Barbara County, California. The dam forms Lake Cachuma, which provides the majority of water supplies within the county. Although the Santa Ynez can reach massive flows in the winter, it usually dries up for several months of the year in the summer. A large storage facility to catch winter floodwaters for use in the summer and autumn was desperately needed by the growing population of the region, especially that of south coast cities like Santa Barbara and Carpinteria. Even before Bradbury Dam was considered, the Gibraltar Dam was built upstream to divert water through a tunnel to the city of Santa Barbara. However, that dam was plagued by siltation and was unable to fully serve the water requirements of the city.
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VBrandvlei Dam is an earth-fill type dam on the in Western Cape, South Africa. It was completed in 1983 and the inlet is the Holsloot River.
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VBrandvlei Dam is an earth-fill type dam on the in Western Cape, South Africa. It was completed in 1983 and the inlet is the Holsloot River.
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VThe Brandåa Hydroelectric Power Station (Norwegian: Brandåa kraftverk) is a hydroelectric power station in the municipality of Rindal in Møre og Romsdal county, Norway. It is a run-of-river hydro power station utilizing a drop of 373 meters (1,224 ft) in some tributaries of the Surna River. Permission was granted for construction in 2006 and the plant came into operation in 2009. It is operated by Svorka Produksjon AS. It operates at an installed capacity of 4.1 MW, with an average annual production of about 15.8 GWh.
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VBrantley Dam is a flood-control and irrigation water-storage dam on the Pecos River in Eddy County, New Mexico, about 13 miles (21 km) north of Carlsbad, New Mexico, and 10 miles (16 km) upstream from Avalon Dam.
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VBratsberg Power Station (Bratsberg kraftverk) is a hydroelectric power station located in Trondheim in Sør-Trøndelag County, Norway, owned by Statkraft. It operates at an installed capacity of 124 MW, with an average annual production of 650 GWh. The power plant is fed from the Selbusjøen reservoir, connected with a 12 km long tunnel, offering a gross head of 147 m. The power plant has two Francis turbines.
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VBratsberg Power Station (Bratsberg kraftverk) is a hydroelectric power station located in Trondheim in Sør-Trøndelag County, Norway, owned by Statkraft. It operates at an installed capacity of 124 MW, with an average annual production of 650 GWh. The power plant is fed from the Selbusjøen reservoir, connected with a 12 km long tunnel, offering a gross head of 147 m. The power plant has two Francis turbines.
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VBratsberg Power Station (Bratsberg kraftverk) is a hydroelectric power station located in Trondheim in Sør-Trøndelag County, Norway, owned by Statkraft. It operates at an installed capacity of 124 MW, with an average annual production of 650 GWh. The power plant is fed from the Selbusjøen reservoir, connected with a 12 km long tunnel, offering a gross head of 147 m. The power plant has two Francis turbines.
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VBridge Canyon Dam, also called Hualapai Dam, was a proposed dam in the lower Grand Canyon of the Colorado River, in northern Arizona in the United States. It would have been located near Bridge Canyon Rapids in an extremely rugged and isolated portion of the canyon, 235 miles (378 km) downstream of Lees Ferry and at the uppermost end of Lake Mead.
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VBridgeport Reservoir is a lake at the lower end of Bridgeport Valley in Mono County, California. Its earth-filled dam was constructed in 1923 by the Walker River Irrigation District, along the East Walker River. The lake has a storage capacity of 42,455 acre-feet (52,367,000 m3) and is regulated by a Federal Watermaster supplying primarily agricultural irrigation and flood control for Lyon County, Nevada. The community of Bridgeport, which is the seat of Mono County, and the Bryant Field airstrip, are located along the river and adjacent to the upper end of the lake.
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VBridle Drift Dam
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VBridle Drift Dam is a rock-fill type dam on the Buffalo River, near East London, Eastern Cape, South Africa. It was first constructed in 1969 and renovated in 1994. The purpose of the dam is for industrial and domestic use, the reservoir is now the main drinking water supply for Buffalo City.
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VBrilliant Dam is a hydroelectric dam on the Kootenay River near Castlegar, British Columbia, Canada. It was built during the Second World War, mostly by Doukhobour men exempt from military service, and its 129 MW twin turbines first came into operation in June, 1944. The Columbia Power Corporation purchased the dam from Teck Cominco in 1996. Brilliant Dam is 42.6 metres high, with a net hydraulic head of 28 metres, and eight sluice gates. In 2000 work began to increase flow and upgrade the generating units. Upon completion, its four turbines will generate a combined 145 MW of electricity.
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VBrilliant Dam is a hydroelectric dam on the Kootenay River near Castlegar, British Columbia, Canada. It was built during the Second World War, mostly by Doukhobour men exempt from military service, and its 129 MW twin turbines first came into operation in June, 1944. The Columbia Power Corporation purchased the dam from Teck Cominco in 1996. Brilliant Dam is 42.6 metres high, with a net hydraulic head of 28 metres, and eight sluice gates. In 2000 work began to increase flow and upgrade the generating units. Upon completion, its four turbines will generate a combined 145 MW of electricity.
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VBrilliant Dam is a hydroelectric dam on the Kootenay River near Castlegar, British Columbia, Canada. It was built during the Second World War, mostly by Doukhobour men exempt from military service, and its 129 MW twin turbines first came into operation in June, 1944. The Columbia Power Corporation purchased the dam from Teck Cominco in 1996. Brilliant Dam is 42.6 metres high, with a net hydraulic head of 28 metres, and eight sluice gates. In 2000 work began to increase flow and upgrade the generating units. Upon completion, its four turbines will generate a combined 145 MW of electricity.
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VPOINT(-117.62000274658 49.324722290039)
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VBroadlands Dam
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VUC
p19666
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VThe Broadlands Dam (also known as the Broadlands Hydropower Project by the developers) is a 35 MW run-of-the-river hydroelectric complex currently under construction in Kitulgala, Sri Lanka. The project is expected to be completed in 2020, and will consist of two dams, and a power station further downstream.
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VBrocks Gap Dam
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VUnited States
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VEarthfill
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VUnbuilt
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VVirginia
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VBrocks Gap Dam was a never-built proposal for a water storage dam on the North Fork of the Shenandoah River at Brocks Gap in northwest Virginia. The proposal by the U.S. Army Corps of Engineers encountered opposition from local residents and was withdrawn in 1967.
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VBrogo Dam
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VAustralia
p19719
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sbg6
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VEnvironmental flows,hydro-electricpower generation,irrigation, andwater supply
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VO
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VNew South Wales
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VBrogo Dam is a minor ungated rockfill embankment dam with an uncontrolled unlined rock cut spillway across the Brogo River upstream of in the South Coast region of New South Wales, Australia. The dam's purpose includes environmental flows, hydro-electric power generation, irrigation, and water supply. The impounded reservoir is also called Brogo Dam.
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VBrokke Hydroelectric Power Station
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VNorway
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VThe Brokke Power Station is a hydroelectric power station located in the municipality Valle in Agder county, Norway. It is located on the west shore of the river Otra, about 4 kilometres (2.5 mi) north of the village of Rysstad. The Norwegian National Road 9 runs past the station. The facility operates at an installed capacity of 330 megawatts (440,000 hp). The average annual production is 1,416 gigawatt-hours (5,100 TJ). The power station receives its water from the lake Botnsvatnet via a 30-kilometre (19 mi) long tunnel from the lake high up in the mountains. The water flowing down through the tunnel is used to produce the hydroelectric power.
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VThe Brokke Power Station is a hydroelectric power station located in the municipality Valle in Agder county, Norway. It is located on the west shore of the river Otra, about 4 kilometres (2.5 mi) north of the village of Rysstad. The Norwegian National Road 9 runs past the station. The facility operates at an installed capacity of 330 megawatts (440,000 hp). The average annual production is 1,416 gigawatt-hours (5,100 TJ). The power station receives its water from the lake Botnsvatnet via a 30-kilometre (19 mi) long tunnel from the lake high up in the mountains. The water flowing down through the tunnel is used to produce the hydroelectric power.
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VBromelton Dam
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VAustralia
p19795
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VE
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V4.11
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VPotablewater supply
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VQueensland
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VThe Bromelton Dam is an earth-fill embankment dam located off-stream at Gleneagle in the South East region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Beaudesert area. The resultant reservoir is called Bromelton Offstream Storage.
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VBronkhorstspruit Dam
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VA
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VIndustrial and domestic
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VBronkhorstspruit Dam is a concrete-arch type dam on the Bronkhorst Spruit, near Bronkhorstspruit, Gauteng, South Africa. It was established in 1950 and its main purpose is for domestic supply and industrial use. The lake's shores are home to numerous recreational resorts and exclusive housing projects. It is a mecca for boating and water sports such as sailing, jetskiing, waterskiing and parasailing.
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VBrookville Lake Dam (National ID # IN03017) is a dam in Brookville Township, Franklin County, Indiana, just north of Brookville, in the southeastern part of the state. The earthen dam was constructed in 1974 by the United States Army Corps of Engineers with a height of 181 feet and 2800 feet long at its crest. It impounds the East Fork of the Whitewater River for flood control and storm water management. The dam is owned and operated by the Louisville District, Great Lakes and Ohio River Division of the Corps of Engineers.
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VBrownlee Dam is a hydroelectric earth fill embankment dam in the western United States, on the Snake River along the Idaho-Oregon border. In Hells Canyon at river mile 285, it impounds the Snake River in the 58-mile-long (93 km) Brownlee Reservoir. It is part of the Hells Canyon Project that also includes Hells Canyon Dam and Oxbow Dam, all built and operated by Idaho Power Company. The first and upper-most of the three dams, its contractor was Morrison-Knudsen of Boise. Filling started 64 years ago on May 9, 1958, flooding the community of Robinette, Oregon.
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VBrownlee Dam is a hydroelectric earth fill embankment dam in the western United States, on the Snake River along the Idaho-Oregon border. In Hells Canyon at river mile 285, it impounds the Snake River in the 58-mile-long (93 km) Brownlee Reservoir. It is part of the Hells Canyon Project that also includes Hells Canyon Dam and Oxbow Dam, all built and operated by Idaho Power Company. The first and upper-most of the three dams, its contractor was Morrison-Knudsen of Boise. Filling started 64 years ago on May 9, 1958, flooding the community of Robinette, Oregon.
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VBrownlee Dam is a hydroelectric earth fill embankment dam in the western United States, on the Snake River along the Idaho-Oregon border. In Hells Canyon at river mile 285, it impounds the Snake River in the 58-mile-long (93 km) Brownlee Reservoir. It is part of the Hells Canyon Project that also includes Hells Canyon Dam and Oxbow Dam, all built and operated by Idaho Power Company. The first and upper-most of the three dams, its contractor was Morrison-Knudsen of Boise. Filling started 64 years ago on May 9, 1958, flooding the community of Robinette, Oregon.
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VBrownlee Dam is a hydroelectric earth fill embankment dam in the western United States, on the Snake River along the Idaho-Oregon border. In Hells Canyon at river mile 285, it impounds the Snake River in the 58-mile-long (93 km) Brownlee Reservoir. It is part of the Hells Canyon Project that also includes Hells Canyon Dam and Oxbow Dam, all built and operated by Idaho Power Company. The first and upper-most of the three dams, its contractor was Morrison-Knudsen of Boise. Filling started 64 years ago on May 9, 1958, flooding the community of Robinette, Oregon.
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VBrownlee Dam is a hydroelectric earth fill embankment dam in the western United States, on the Snake River along the Idaho-Oregon border. In Hells Canyon at river mile 285, it impounds the Snake River in the 58-mile-long (93 km) Brownlee Reservoir. It is part of the Hells Canyon Project that also includes Hells Canyon Dam and Oxbow Dam, all built and operated by Idaho Power Company. The first and upper-most of the three dams, its contractor was Morrison-Knudsen of Boise. Filling started 64 years ago on May 9, 1958, flooding the community of Robinette, Oregon.
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VBrownlee Dam is a hydroelectric earth fill embankment dam in the western United States, on the Snake River along the Idaho-Oregon border. In Hells Canyon at river mile 285, it impounds the Snake River in the 58-mile-long (93 km) Brownlee Reservoir. It is part of the Hells Canyon Project that also includes Hells Canyon Dam and Oxbow Dam, all built and operated by Idaho Power Company. The first and upper-most of the three dams, its contractor was Morrison-Knudsen of Boise. Filling started 64 years ago on May 9, 1958, flooding the community of Robinette, Oregon.
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VThe Bruno Creek Tailings Impoundment is a tailings dam on Bruno Creek, 19 mi (31 km) southwest of Challis in Custer County, Idaho. It serves to store tailings for the nearby Thompson Creek Mine. At 550 ft (168 m) tall, it is the second tallest center-line tailings dam in the world. In 2008, Phase 8 of the mine was approved which includes a raising of the dam to 750 ft (229 m). The dam is mainly composed of cycloned sand. Currently, the dam stores 100,000,000 t (98,420,653 long tons; 110,231,131 short tons) of tailings and the raise would increase storage to 125,000,000 t (123,025,816 long tons; 137,788,914 short tons). The downstream slope of the dam will be steepened from 3:1 to 2.75:1. In 1994, it was discovered that acid mine drainage had been forming on the embankment since 1987. Since
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VThe Bruno Creek Tailings Impoundment is a tailings dam on Bruno Creek, 19 mi (31 km) southwest of Challis in Custer County, Idaho. It serves to store tailings for the nearby Thompson Creek Mine. At 550 ft (168 m) tall, it is the second tallest center-line tailings dam in the world. In 2008, Phase 8 of the mine was approved which includes a raising of the dam to 750 ft (229 m). The dam is mainly composed of cycloned sand. Currently, the dam stores 100,000,000 t (98,420,653 long tons; 110,231,131 short tons) of tailings and the raise would increase storage to 125,000,000 t (123,025,816 long tons; 137,788,914 short tons). The downstream slope of the dam will be steepened from 3:1 to 2.75:1. In 1994, it was discovered that acid mine drainage had been forming on the embankment since 1987. Since
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VThe Brushy Fork Coal Impoundment, also known as the Brushy Fork Coal Sludge Dam, is a large tailings dam on the Brushy Fork near Marfork in western Raleigh County of West Virginia, United States. It is located 18 mi (29 km) northwest of Beckley, the seat of Raleigh County. Brushy Fork flows into Little Marsh Fork, which then enters Marsh Fork, which is a tributary of the Coal River. The purpose of the dam is to store a sludge consisting of tailings and waste from a nearby coal mine. In 1995 Massey Energy received a permit to construct the dam. Over the years additional permits to increase the size and storage volume of the dam have been issued in the midst of local and regional opposition to its structural integrity. Currently at approximately 900 ft (270 m) in height, it is the tallest da
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VThe Budhi Gandaki Hydroelectric Project is a proposed hydroelectric power plant in Nepal, to be developed by Nepal Electricity Authority (NEA). This storage hydropower plant is to be located on the Budhi Gandaki River, approximately 2 km upstream of its confluence with Trishuli River, about 55 km west of Kathmandu (80 km by road). With its planned installed capacity of 1,200 MW, it is the largest hydropower project in Nepal (before 900 MW Upper Karnali and Arun III projects), being sometimes considered a national pride. The 225 meters high dam will also be one of the highest in the country.
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VThe Budhi Gandaki Hydroelectric Project is a proposed hydroelectric power plant in Nepal, to be developed by Nepal Electricity Authority (NEA). This storage hydropower plant is to be located on the Budhi Gandaki River, approximately 2 km upstream of its confluence with Trishuli River, about 55 km west of Kathmandu (80 km by road). With its planned installed capacity of 1,200 MW, it is the largest hydropower project in Nepal (before 900 MW Upper Karnali and Arun III projects), being sometimes considered a national pride. The 225 meters high dam will also be one of the highest in the country.
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VThe Budhi Gandaki Hydroelectric Project is a proposed hydroelectric power plant in Nepal, to be developed by Nepal Electricity Authority (NEA). This storage hydropower plant is to be located on the Budhi Gandaki River, approximately 2 km upstream of its confluence with Trishuli River, about 55 km west of Kathmandu (80 km by road). With its planned installed capacity of 1,200 MW, it is the largest hydropower project in Nepal (before 900 MW Upper Karnali and Arun III projects), being sometimes considered a national pride. The 225 meters high dam will also be one of the highest in the country.
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VBudhigandaki Hydroelectric Project
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VThe Budhi Gandaki Hydroelectric Project is a proposed hydroelectric power plant in Nepal, to be developed by Nepal Electricity Authority (NEA). This storage hydropower plant is to be located on the Budhi Gandaki River, approximately 2 km upstream of its confluence with Trishuli River, about 55 km west of Kathmandu (80 km by road). With its planned installed capacity of 1,200 MW, it is the largest hydropower project in Nepal (before 900 MW Upper Karnali and Arun III projects), being sometimes considered a national pride. The 225 meters high dam will also be one of the highest in the country.
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VBudhiganga Hydropower Project
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Vunder construction
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VBudhiganga Hydropower Project is a peaking run-of-river type located at the Achham and Bajura districts of Nepal. The headworks of the project is located in a narrow gorge below Rakse Khand. All major project structures are located on the left bank of the river. The project site is about 890 km west of Kathmandu. The design flow is 27.63 m3/s and gross head is 90 m giving an output of 20 MW and annual average energy of 106.28 GWh. The peaking capacity is 0.236 Mm3. The waterways consist of 5.6 km long tunnel. The project is owned by Nepal Government. The total project cost is NPR 6 Billion.
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VBuffeljags Dam is a gravity/earth-fill type dam on the Buffeljags River, near Swellendam, Western Cape, South Africa. It was established in 1967 and renovated in 1983. Its primary purpose today is for irrigation use.
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VBuffelspoort Dam
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VBuffelspoort Dam is an arch type dam in the , a tributary of the Crocodile River (West), North West Province, South Africa. Its main purpose is for irrigation use and it is owned by the Department of Water Affairs. It is located on the northern slopes of Magaliesberg mountain range, 27 km southeast of Rustenburg. This dam is a popular fishing spot.
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VBuford Dam
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VBuford Dam is a dam in Buford, Georgia which is located at the southern end of Lake Lanier, a reservoir formed by the construction of the dam in 1956. The dam itself is managed by the United States Army Corps of Engineers. The dam is made of earth and concrete, supplemented by three saddle dikes, and was built to provide a water source for the Atlanta area, power homes, and prevent flooding of the Chattahoochee River.
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VBugoye Hydroelectric Power Station
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VBugoye Power Station is a 13 MW (17,000 hp) mini hydroelectric power station in Uganda. In the literature, Bugoye Power Station is sometimes referred to as Mubuku II Power Station.
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VOperational
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VThe Bui Dam is a 400-megawatt (540,000 hp) hydroelectric project in Ghana. It is built on the Black Volta river at the Bui Gorge, at the southern end of Bui National Park. The project is a collaboration between the government of Ghana and Sino Hydro, a Chinese construction company. Construction on the main dam began in December 2009. Its first generator was commissioned on 3 May 2013, and the dam was inaugurated in December of the same year.
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VBarrage de Bui
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VThe Buk Bijela Hydro Power Plant is proposed hydroelectric power plant (HPP) on the Drina river in Bosnia and Herzegovina. If built, the 57 m high concrete gravity dam will be one of the largest hydropower plants in the country, with an installed electric capacity of 93 MW and an expected annual generation of 322 GWh.
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VThe Buk Bijela Hydro Power Plant is proposed hydroelectric power plant (HPP) on the Drina river in Bosnia and Herzegovina. If built, the 57 m high concrete gravity dam will be one of the largest hydropower plants in the country, with an installed electric capacity of 93 MW and an expected annual generation of 322 GWh.
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VThe Bull Run Hydroelectric Project was a Portland General Electric (PGE) development in the Sandy River basin in the U.S. state of Oregon. Originally built between 1908 and 1912 near the town of Bull Run, it supplied hydroelectric power for the Portland area for nearly a century, until it was removed in 2007 and 2008. The project used a system of canals, tunnels, wood box flumes and diversion dams to feed a remote storage reservoir and powerhouse. The entire project was removed because of rising environmental costs. Marmot Dam on the Sandy River was demolished in 2007, and the Little Sandy Dam on the Little Sandy River was taken down in 2008.
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VBull Shoals Dam is a concrete gravity dam on the White River in northern Arkansas in the United States. The dam lies on the border of Marion and Baxter Counties, and forms Bull Shoals Lake, which extends well northwest into Missouri. Its main purposes are hydroelectricity production and flood control.
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VBull Shoals Dam is a concrete gravity dam on the White River in northern Arkansas in the United States. The dam lies on the border of Marion and Baxter Counties, and forms Bull Shoals Lake, which extends well northwest into Missouri. Its main purposes are hydroelectricity production and flood control.
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VBull Shoals Dam is a concrete gravity dam on the White River in northern Arkansas in the United States. The dam lies on the border of Marion and Baxter Counties, and forms Bull Shoals Lake, which extends well northwest into Missouri. Its main purposes are hydroelectricity production and flood control.
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VSierra Leone
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VThe Bumbuna Dam is a concrete-face rock-fill dam on the Seli River near Bumbuna in Tonkolili District, Sierra Leone, and 350 kilometres (220 mi) from the capital of Freetown, the main consumer. The country's first hydroelectric dam, it supports a 50-megawatt (67,000 hp) power station. After completion, the project has been plagued with problems, and barely produces 10 megawatts (13,000 hp) or 25 megawatts (34,000 hp) as of 2013.
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VBumbuna Dam
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VSierra Leone
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VThe Bumbuna Dam is a concrete-face rock-fill dam on the Seli River near Bumbuna in Tonkolili District, Sierra Leone, and 350 kilometres (220 mi) from the capital of Freetown, the main consumer. The country's first hydroelectric dam, it supports a 50-megawatt (67,000 hp) power station. After completion, the project has been plagued with problems, and barely produces 10 megawatts (13,000 hp) or 25 megawatts (34,000 hp) as of 2013.
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VThe Bumbuna Dam is a concrete-face rock-fill dam on the Seli River near Bumbuna in Tonkolili District, Sierra Leone, and 350 kilometres (220 mi) from the capital of Freetown, the main consumer. The country's first hydroelectric dam, it supports a 50-megawatt (67,000 hp) power station. After completion, the project has been plagued with problems, and barely produces 10 megawatts (13,000 hp) or 25 megawatts (34,000 hp) as of 2013.
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VSierra Leone
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VBumbuna II Hydroelectric Power Station is a planned 143 megawatts (192,000 hp) hydroelectric power station in Sierra Leone. The power plant is under development by a consortium of renewable energy IPPs and investors, led by Joule Africa Limited. The energy generated here will be sold to Electricity Distribution and Supply Authority (EDSA), the electricity utility company of Sierra Leone, under a 25-year power purchase agreement.
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VSierra Leone
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VBumbuna II Hydroelectric Power Station is a planned 143 megawatts (192,000 hp) hydroelectric power station in Sierra Leone. The power plant is under development by a consortium of renewable energy IPPs and investors, led by Joule Africa Limited. The energy generated here will be sold to Electricity Distribution and Supply Authority (EDSA), the electricity utility company of Sierra Leone, under a 25-year power purchase agreement.
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VSierra Leone
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VBumbuna II Hydroelectric Power Station is a planned 143 megawatts (192,000 hp) hydroelectric power station in Sierra Leone. The power plant is under development by a consortium of renewable energy IPPs and investors, led by Joule Africa Limited. The energy generated here will be sold to Electricity Distribution and Supply Authority (EDSA), the electricity utility company of Sierra Leone, under a 25-year power purchase agreement.
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VBunji Dam is proposed large hydro-power project on Indus River in Bunji, Gilgit Baltistan, Pakistan. If built it would be Pakistan's second largest hydropower project. The feasibility study of the project was carried out by joint consultant firms Artelia and Sogreah Consultants of France, Nippon Koei of Japan and Development, Mott MacDonald of UK and Management consultants, DMC of Pakistan. The Gravity RCC dam will be 190 m high and will have an installed capacity of 7100 MW. In 2009, Pakistan and China signed a MoU for the construction of Bunji Dam. The accord was signed between Ministry of Water and Power, Pakistan and Three Gorges Project Corporation, China. The construction cost of the dam is US$8.1 billion.
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g8
NtRp20888
(dp20889
g11
Vhttp://dbpedia.org/resource/Bunji_Dam
p20890
sbg6
(g13
g8
NtRp20891
(dp20892
g16
Nsg17
Nsg11
VBunji Dam
p20893
sbg6
(g13
g8
NtRp20894
(dp20895
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p20896
sbg6
(g13
g8
NtRp20897
(dp20898
g16
Nsg17
Nsg11
VGravity RCC
p20899
sbNNg6
(g7
g8
NtRp20900
(dp20901
g11
Vhttp://dbpedia.org/resource/Bunji_Dam__Lake__1
p20902
sbg6
(g13
g8
NtRp20903
(dp20904
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wapda
p20905
sbNg6
(g13
g8
NtRp20906
(dp20907
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Indus_river
p20908
sbg6
(g13
g8
NtRp20909
(dp20910
g16
Nsg17
Nsg11
VDesign stage
p20911
sbNg6
(g13
g8
NtRp20912
(dp20913
g16
Nsg17
Nsg11
VPakistan
p20914
sbg6
(g13
g8
NtRp20915
(dp20916
g16
Nsg17
Nsg11
VBunji Dam is proposed large hydro-power project on Indus River in Bunji, Gilgit Baltistan, Pakistan. If built it would be Pakistan's second largest hydropower project. The feasibility study of the project was carried out by joint consultant firms Artelia and Sogreah Consultants of France, Nippon Koei of Japan and Development, Mott MacDonald of UK and Management consultants, DMC of Pakistan. The Gravity RCC dam will be 190 m high and will have an installed capacity of 7100 MW. In 2009, Pakistan and China signed a MoU for the construction of Bunji Dam. The accord was signed between Ministry of Water and Power, Pakistan and Three Gorges Project Corporation, China. The construction cost of the dam is US$8.1 billion.
p20917
sbg6
(g13
g8
NtRp20918
(dp20919
g16
Nsg17
Nsg11
VPOINT(74.74055480957 35.718887329102)
p20920
sbtp20921
a(g6
(g7
g8
NtRp20922
(dp20923
g11
Vhttp://dbpedia.org/resource/Bunsui_Dam
p20924
sbg6
(g13
g8
NtRp20925
(dp20926
g16
Nsg17
Nsg11
VBunsui Dam
p20927
sbg6
(g13
g8
NtRp20928
(dp20929
g16
Nsg17
Nsg11
VJapan
p20930
sbNNNNNNNNNNg6
(g13
g8
NtRp20931
(dp20932
g16
Nsg17
Nsg11
VBunsui Dam (\u5206\u6c34\u30c0\u30e0) is a dam in Ino, K\u014dchi Prefecture, Japan.
p20933
sbg6
(g13
g8
NtRp20934
(dp20935
g16
Nsg17
Nsg11
VPOINT(133.33915710449 33.697406768799)
p20936
sbtp20937
a(g6
(g7
g8
NtRp20938
(dp20939
g11
Vhttp://dbpedia.org/resource/Bunsui_Dam
p20940
sbg6
(g13
g8
NtRp20941
(dp20942
g16
Nsg17
Nsg11
VBunsui Dam
p20943
sbg6
(g13
g8
NtRp20944
(dp20945
g16
Nsg17
Nsg11
VJapan
p20946
sbNNNNNNNNNNg6
(g13
g8
NtRp20947
(dp20948
g16
Nsg17
Nsg11
VBunsui Dam (\u5206\u6c34\u30c0\u30e0) is a dam in Ino, K\u014dchi Prefecture, Japan.
p20949
sbg6
(g13
g8
NtRp20950
(dp20951
g16
Nsg17
Nsg11
VPOINT(133.33915710449 33.697406768799)
p20952
sbtp20953
a(g6
(g7
g8
NtRp20954
(dp20955
g11
Vhttp://dbpedia.org/resource/Burdekin_Dam
p20956
sbg6
(g13
g8
NtRp20957
(dp20958
g16
Nsg17
Nsg11
VBarrage de Burdekin
p20959
sbg6
(g13
g8
NtRp20960
(dp20961
g16
Nsg17
Nsg11
VAustralia
p20962
sbg6
(g13
g8
NtRp20963
(dp20964
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp20965
(dp20966
g16
Nsg17
g27
sg11
V0.876
p20967
sbNg6
(g7
g8
NtRp20968
(dp20969
g11
Vhttp://dbpedia.org/resource/Burdekin_Dam__Lake__1
p20970
sbg6
(g13
g8
NtRp20971
(dp20972
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/SunWater
p20973
sbg6
(g13
g8
NtRp20974
(dp20975
g16
Nsg17
Nsg11
VIrrigation
p20976
sbg6
(g13
g8
NtRp20977
(dp20978
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burdekin_River
p20979
sbNNg6
(g13
g8
NtRp20980
(dp20981
g16
Nsg17
Nsg11
VAustralia Queensland
p20982
sbg6
(g13
g8
NtRp20983
(dp20984
g16
Nsg17
Nsg11
VThe Burdekin Dam, officially the Burdekin Falls Dam, is a concrete gravity dam with an uncontrolled spillway across the Burdekin River, located south west of Ayr, and Home Hill in North Queensland, Australia. Built for the purpose of irrigation, the reservoir, called Lake Dalrymple. Burdekin Dam is managed by SunWater. Water from the reservoir is also used to replenish downstream aquifers.
p20985
sbg6
(g13
g8
NtRp20986
(dp20987
g16
Nsg17
Nsg11
VPOINT(147.14083862305 -20.642499923706)
p20988
sbtp20989
a(g6
(g7
g8
NtRp20990
(dp20991
g11
Vhttp://dbpedia.org/resource/Burdekin_Dam
p20992
sbg6
(g13
g8
NtRp20993
(dp20994
g16
Nsg17
Nsg11
VBurdekindam
p20995
sbg6
(g13
g8
NtRp20996
(dp20997
g16
Nsg17
Nsg11
VAustralia
p20998
sbg6
(g13
g8
NtRp20999
(dp21000
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp21001
(dp21002
g16
Nsg17
g27
sg11
V0.876
p21003
sbNg6
(g7
g8
NtRp21004
(dp21005
g11
Vhttp://dbpedia.org/resource/Burdekin_Dam__Lake__1
p21006
sbg6
(g13
g8
NtRp21007
(dp21008
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/SunWater
p21009
sbg6
(g13
g8
NtRp21010
(dp21011
g16
Nsg17
Nsg11
VIrrigation
p21012
sbg6
(g13
g8
NtRp21013
(dp21014
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burdekin_River
p21015
sbNNg6
(g13
g8
NtRp21016
(dp21017
g16
Nsg17
Nsg11
VAustralia Queensland
p21018
sbg6
(g13
g8
NtRp21019
(dp21020
g16
Nsg17
Nsg11
VThe Burdekin Dam, officially the Burdekin Falls Dam, is a concrete gravity dam with an uncontrolled spillway across the Burdekin River, located south west of Ayr, and Home Hill in North Queensland, Australia. Built for the purpose of irrigation, the reservoir, called Lake Dalrymple. Burdekin Dam is managed by SunWater. Water from the reservoir is also used to replenish downstream aquifers.
p21021
sbg6
(g13
g8
NtRp21022
(dp21023
g16
Nsg17
Nsg11
VPOINT(147.14083862305 -20.642499923706)
p21024
sbtp21025
a(g6
(g7
g8
NtRp21026
(dp21027
g11
Vhttp://dbpedia.org/resource/Burdekin_Dam
p21028
sbg6
(g13
g8
NtRp21029
(dp21030
g16
Nsg17
Nsg11
VBurdekin Dam
p21031
sbg6
(g13
g8
NtRp21032
(dp21033
g16
Nsg17
Nsg11
VAustralia
p21034
sbg6
(g13
g8
NtRp21035
(dp21036
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp21037
(dp21038
g16
Nsg17
g27
sg11
V0.876
p21039
sbNg6
(g7
g8
NtRp21040
(dp21041
g11
Vhttp://dbpedia.org/resource/Burdekin_Dam__Lake__1
p21042
sbg6
(g13
g8
NtRp21043
(dp21044
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/SunWater
p21045
sbg6
(g13
g8
NtRp21046
(dp21047
g16
Nsg17
Nsg11
VIrrigation
p21048
sbg6
(g13
g8
NtRp21049
(dp21050
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burdekin_River
p21051
sbNNg6
(g13
g8
NtRp21052
(dp21053
g16
Nsg17
Nsg11
VAustralia Queensland
p21054
sbg6
(g13
g8
NtRp21055
(dp21056
g16
Nsg17
Nsg11
VThe Burdekin Dam, officially the Burdekin Falls Dam, is a concrete gravity dam with an uncontrolled spillway across the Burdekin River, located south west of Ayr, and Home Hill in North Queensland, Australia. Built for the purpose of irrigation, the reservoir, called Lake Dalrymple. Burdekin Dam is managed by SunWater. Water from the reservoir is also used to replenish downstream aquifers.
p21057
sbg6
(g13
g8
NtRp21058
(dp21059
g16
Nsg17
Nsg11
VPOINT(147.14083862305 -20.642499923706)
p21060
sbtp21061
a(g6
(g7
g8
NtRp21062
(dp21063
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21064
sbg6
(g13
g8
NtRp21065
(dp21066
g16
Nsg17
Nsg11
V\u0411\u0443\u0440\u0435\u0439\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p21067
sbg6
(g13
g8
NtRp21068
(dp21069
g16
Nsg17
Nsg11
VRussia
p21070
sbg6
(g13
g8
NtRp21071
(dp21072
g16
Nsg17
Nsg11
VGravity dam
p21073
sbg6
(g13
g8
NtRp21074
(dp21075
g16
Nsg17
g27
sg11
V0.736
p21076
sbNg6
(g7
g8
NtRp21077
(dp21078
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21079
sbg6
(g13
g8
NtRp21080
(dp21081
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21082
sbNg6
(g13
g8
NtRp21083
(dp21084
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21085
sbg6
(g13
g8
NtRp21086
(dp21087
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21088
(dp21089
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21090
sbg6
(g13
g8
NtRp21091
(dp21092
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21093
sbg6
(g13
g8
NtRp21094
(dp21095
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21096
sbtp21097
a(g6
(g7
g8
NtRp21098
(dp21099
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21100
sbg6
(g13
g8
NtRp21101
(dp21102
g16
Nsg17
Nsg11
VBarrage de Boureïa
p21103
sbg6
(g13
g8
NtRp21104
(dp21105
g16
Nsg17
Nsg11
VRussia
p21106
sbg6
(g13
g8
NtRp21107
(dp21108
g16
Nsg17
Nsg11
VGravity dam
p21109
sbg6
(g13
g8
NtRp21110
(dp21111
g16
Nsg17
g27
sg11
V0.736
p21112
sbNg6
(g7
g8
NtRp21113
(dp21114
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21115
sbg6
(g13
g8
NtRp21116
(dp21117
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21118
sbNg6
(g13
g8
NtRp21119
(dp21120
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21121
sbg6
(g13
g8
NtRp21122
(dp21123
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21124
(dp21125
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21126
sbg6
(g13
g8
NtRp21127
(dp21128
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21129
sbg6
(g13
g8
NtRp21130
(dp21131
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21132
sbtp21133
a(g6
(g7
g8
NtRp21134
(dp21135
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21136
sbg6
(g13
g8
NtRp21137
(dp21138
g16
Nsg17
Nsg11
VBureja-Talsperre
p21139
sbg6
(g13
g8
NtRp21140
(dp21141
g16
Nsg17
Nsg11
VRussia
p21142
sbg6
(g13
g8
NtRp21143
(dp21144
g16
Nsg17
Nsg11
VGravity dam
p21145
sbg6
(g13
g8
NtRp21146
(dp21147
g16
Nsg17
g27
sg11
V0.736
p21148
sbNg6
(g7
g8
NtRp21149
(dp21150
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21151
sbg6
(g13
g8
NtRp21152
(dp21153
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21154
sbNg6
(g13
g8
NtRp21155
(dp21156
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21157
sbg6
(g13
g8
NtRp21158
(dp21159
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21160
(dp21161
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21162
sbg6
(g13
g8
NtRp21163
(dp21164
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21165
sbg6
(g13
g8
NtRp21166
(dp21167
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21168
sbtp21169
a(g6
(g7
g8
NtRp21170
(dp21171
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21172
sbg6
(g13
g8
NtRp21173
(dp21174
g16
Nsg17
Nsg11
V\u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p21175
sbg6
(g13
g8
NtRp21176
(dp21177
g16
Nsg17
Nsg11
VRussia
p21178
sbg6
(g13
g8
NtRp21179
(dp21180
g16
Nsg17
Nsg11
VGravity dam
p21181
sbg6
(g13
g8
NtRp21182
(dp21183
g16
Nsg17
g27
sg11
V0.736
p21184
sbNg6
(g7
g8
NtRp21185
(dp21186
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21187
sbg6
(g13
g8
NtRp21188
(dp21189
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21190
sbNg6
(g13
g8
NtRp21191
(dp21192
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21193
sbg6
(g13
g8
NtRp21194
(dp21195
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21196
(dp21197
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21198
sbg6
(g13
g8
NtRp21199
(dp21200
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21201
sbg6
(g13
g8
NtRp21202
(dp21203
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21204
sbtp21205
a(g6
(g7
g8
NtRp21206
(dp21207
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21208
sbg6
(g13
g8
NtRp21209
(dp21210
g16
Nsg17
Nsg11
V\u30d6\u30ec\u30e4\u30fb\u30c0\u30e0
p21211
sbg6
(g13
g8
NtRp21212
(dp21213
g16
Nsg17
Nsg11
VRussia
p21214
sbg6
(g13
g8
NtRp21215
(dp21216
g16
Nsg17
Nsg11
VGravity dam
p21217
sbg6
(g13
g8
NtRp21218
(dp21219
g16
Nsg17
g27
sg11
V0.736
p21220
sbNg6
(g7
g8
NtRp21221
(dp21222
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21223
sbg6
(g13
g8
NtRp21224
(dp21225
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21226
sbNg6
(g13
g8
NtRp21227
(dp21228
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21229
sbg6
(g13
g8
NtRp21230
(dp21231
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21232
(dp21233
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21234
sbg6
(g13
g8
NtRp21235
(dp21236
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21237
sbg6
(g13
g8
NtRp21238
(dp21239
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21240
sbtp21241
a(g6
(g7
g8
NtRp21242
(dp21243
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21244
sbg6
(g13
g8
NtRp21245
(dp21246
g16
Nsg17
Nsg11
VBurejská vodní elektrárna
p21247
sbg6
(g13
g8
NtRp21248
(dp21249
g16
Nsg17
Nsg11
VRussia
p21250
sbg6
(g13
g8
NtRp21251
(dp21252
g16
Nsg17
Nsg11
VGravity dam
p21253
sbg6
(g13
g8
NtRp21254
(dp21255
g16
Nsg17
g27
sg11
V0.736
p21256
sbNg6
(g7
g8
NtRp21257
(dp21258
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21259
sbg6
(g13
g8
NtRp21260
(dp21261
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21262
sbNg6
(g13
g8
NtRp21263
(dp21264
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21265
sbg6
(g13
g8
NtRp21266
(dp21267
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21268
(dp21269
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21270
sbg6
(g13
g8
NtRp21271
(dp21272
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21273
sbg6
(g13
g8
NtRp21274
(dp21275
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21276
sbtp21277
a(g6
(g7
g8
NtRp21278
(dp21279
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21280
sbg6
(g13
g8
NtRp21281
(dp21282
g16
Nsg17
Nsg11
VBurejska Elektrownia Wodna
p21283
sbg6
(g13
g8
NtRp21284
(dp21285
g16
Nsg17
Nsg11
VRussia
p21286
sbg6
(g13
g8
NtRp21287
(dp21288
g16
Nsg17
Nsg11
VGravity dam
p21289
sbg6
(g13
g8
NtRp21290
(dp21291
g16
Nsg17
g27
sg11
V0.736
p21292
sbNg6
(g7
g8
NtRp21293
(dp21294
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21295
sbg6
(g13
g8
NtRp21296
(dp21297
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21298
sbNg6
(g13
g8
NtRp21299
(dp21300
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21301
sbg6
(g13
g8
NtRp21302
(dp21303
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21304
(dp21305
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21306
sbg6
(g13
g8
NtRp21307
(dp21308
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21309
sbg6
(g13
g8
NtRp21310
(dp21311
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21312
sbtp21313
a(g6
(g7
g8
NtRp21314
(dp21315
g11
Vhttp://dbpedia.org/resource/Bureya_Dam
p21316
sbg6
(g13
g8
NtRp21317
(dp21318
g16
Nsg17
Nsg11
VBureya Dam
p21319
sbg6
(g13
g8
NtRp21320
(dp21321
g16
Nsg17
Nsg11
VRussia
p21322
sbg6
(g13
g8
NtRp21323
(dp21324
g16
Nsg17
Nsg11
VGravity dam
p21325
sbg6
(g13
g8
NtRp21326
(dp21327
g16
Nsg17
g27
sg11
V0.736
p21328
sbNg6
(g7
g8
NtRp21329
(dp21330
g11
Vhttp://dbpedia.org/resource/Bureya_Dam__Lake__1
p21331
sbg6
(g13
g8
NtRp21332
(dp21333
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p21334
sbNg6
(g13
g8
NtRp21335
(dp21336
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureya_River
p21337
sbg6
(g13
g8
NtRp21338
(dp21339
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21340
(dp21341
g16
Nsg17
Nsg11
VRussia Amur Oblast#Russia
p21342
sbg6
(g13
g8
NtRp21343
(dp21344
g16
Nsg17
Nsg11
VThe Bureya Dam (locally referred to as Bureyskaya, Russian: \u0411\u0443\u0440\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric dam on the Bureya River in the Russian Far East.
p21345
sbg6
(g13
g8
NtRp21346
(dp21347
g16
Nsg17
Nsg11
VPOINT(130.3133392334 50.269165039062)
p21348
sbtp21349
a(g6
(g7
g8
NtRp21350
(dp21351
g11
Vhttp://dbpedia.org/resource/Burj_Aziz_Khan_Dam
p21352
sbg6
(g13
g8
NtRp21353
(dp21354
g16
Nsg17
Nsg11
VBurj Aziz Khan Dam
p21355
sbg6
(g13
g8
NtRp21356
(dp21357
g16
Nsg17
Nsg11
VPakistan
p21358
sbNNNNNNNg6
(g13
g8
NtRp21359
(dp21360
g16
Nsg17
Nsg11
VIn use
p21361
sbNNg6
(g13
g8
NtRp21362
(dp21363
g16
Nsg17
Nsg11
VBurj Aziz Khan Dam is located near Quetta in Balochistan, Pakistan. It was constructed at a cost of $291 million to supply water to Quetta.
p21364
sbNtp21365
a(g6
(g7
g8
NtRp21366
(dp21367
g11
Vhttp://dbpedia.org/resource/Burqin_Shankou_Dam
p21368
sbg6
(g13
g8
NtRp21369
(dp21370
g16
Nsg17
Nsg11
VBarrage de Burqin Shankou
p21371
sbg6
(g13
g8
NtRp21372
(dp21373
g16
Nsg17
Nsg11
VChina
p21374
sbg6
(g13
g8
NtRp21375
(dp21376
g16
Nsg17
Nsg11
VArch
p21377
sbg6
(g13
g8
NtRp21378
(dp21379
g16
Nsg17
g27
sg11
V0.3115
p21380
sbNg6
(g7
g8
NtRp21381
(dp21382
g11
Vhttp://dbpedia.org/resource/Burqin_Shankou_Dam__Lake__1
p21383
sbNg6
(g13
g8
NtRp21384
(dp21385
g16
Nsg17
Nsg11
VWater supply, power
p21386
sbg6
(g13
g8
NtRp21387
(dp21388
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burqin_(river)
p21389
sbg6
(g13
g8
NtRp21390
(dp21391
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21392
(dp21393
g16
Nsg17
Nsg11
VChina
p21394
sbg6
(g13
g8
NtRp21395
(dp21396
g16
Nsg17
Nsg11
VThe Burqin Shankou Dam (Chinese: \u5e03\u5c14\u6d25\u5c71\u53e3\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b; pinyin: Bù'\u011brj\u012bn Sh\u0101nk\u01d2u shu\u01d0lì sh\u016bni\u01d4 g\u014dngchéng) is an arch dam in Burqin County of Xinjiang Uighur Autonomous Region of China. The Burqin Shankou Dam is constructed in the narrow gorge of the , a right tributary of the Irtysh, in the area where it leaves the Altai Mountains for the Irtysh plain. This is a concrete arch dam 94 m tall; the dam (measured along its curved top) is 311.5 m long and 10 m wide at the top, and 27 m wide at the bottom. The dam creates a reservoir with the volume of 0.221 cubic km; the dam's hydroelectric plant will eventually generate 220 Megawatt of power. The construction work started in July 2009. In September 2014 the last of the concrete was poured on the dam and it began to impound its reservoir. The reservoir wa
p21397
sbg6
(g13
g8
NtRp21398
(dp21399
g16
Nsg17
Nsg11
VPOINT(87.204170227051 47.903610229492)
p21400
sbtp21401
a(g6
(g7
g8
NtRp21402
(dp21403
g11
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p21404
sbg6
(g13
g8
NtRp21405
(dp21406
g16
Nsg17
Nsg11
VBurqin Shankou Dam
p21407
sbg6
(g13
g8
NtRp21408
(dp21409
g16
Nsg17
Nsg11
VChina
p21410
sbg6
(g13
g8
NtRp21411
(dp21412
g16
Nsg17
Nsg11
VArch
p21413
sbg6
(g13
g8
NtRp21414
(dp21415
g16
Nsg17
g27
sg11
V0.3115
p21416
sbNg6
(g7
g8
NtRp21417
(dp21418
g11
Vhttp://dbpedia.org/resource/Burqin_Shankou_Dam__Lake__1
p21419
sbNg6
(g13
g8
NtRp21420
(dp21421
g16
Nsg17
Nsg11
VWater supply, power
p21422
sbg6
(g13
g8
NtRp21423
(dp21424
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burqin_(river)
p21425
sbg6
(g13
g8
NtRp21426
(dp21427
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21428
(dp21429
g16
Nsg17
Nsg11
VChina
p21430
sbg6
(g13
g8
NtRp21431
(dp21432
g16
Nsg17
Nsg11
VThe Burqin Shankou Dam (Chinese: \u5e03\u5c14\u6d25\u5c71\u53e3\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b; pinyin: Bù'\u011brj\u012bn Sh\u0101nk\u01d2u shu\u01d0lì sh\u016bni\u01d4 g\u014dngchéng) is an arch dam in Burqin County of Xinjiang Uighur Autonomous Region of China. The Burqin Shankou Dam is constructed in the narrow gorge of the , a right tributary of the Irtysh, in the area where it leaves the Altai Mountains for the Irtysh plain. This is a concrete arch dam 94 m tall; the dam (measured along its curved top) is 311.5 m long and 10 m wide at the top, and 27 m wide at the bottom. The dam creates a reservoir with the volume of 0.221 cubic km; the dam's hydroelectric plant will eventually generate 220 Megawatt of power. The construction work started in July 2009. In September 2014 the last of the concrete was poured on the dam and it began to impound its reservoir. The reservoir wa
p21433
sbg6
(g13
g8
NtRp21434
(dp21435
g16
Nsg17
Nsg11
VPOINT(87.204170227051 47.903610229492)
p21436
sbtp21437
a(g6
(g7
g8
NtRp21438
(dp21439
g11
Vhttp://dbpedia.org/resource/Burrendong_Dam
p21440
sbg6
(g13
g8
NtRp21441
(dp21442
g16
Nsg17
Nsg11
VBurrendong Dam
p21443
sbg6
(g13
g8
NtRp21444
(dp21445
g16
Nsg17
Nsg11
VAustralia
p21446
sbNNNNNNNNNg6
(g13
g8
NtRp21447
(dp21448
g16
Nsg17
Nsg11
VNew South Wales
p21449
sbg6
(g13
g8
NtRp21450
(dp21451
g16
Nsg17
Nsg11
VBurrendong Dam is a rock-fill embankment major gated dam with a clay core across the Macquarie River upstream of Wellington in the central west region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and hydro-electric power generation. The dam impounds Lake Burrendong and is filled by the waters from the Macquarie, and Cudgegong rivers as well as Meroo Creek.
p21452
sbg6
(g13
g8
NtRp21453
(dp21454
g16
Nsg17
Nsg11
VPOINT(149.10694885254 -32.667778015137)
p21455
sbtp21456
a(g6
(g7
g8
NtRp21457
(dp21458
g11
Vhttp://dbpedia.org/resource/Burrendong_Dam
p21459
sbg6
(g13
g8
NtRp21460
(dp21461
g16
Nsg17
Nsg11
VBarrage de Burrendong
p21462
sbg6
(g13
g8
NtRp21463
(dp21464
g16
Nsg17
Nsg11
VAustralia
p21465
sbNNNNNNNNNg6
(g13
g8
NtRp21466
(dp21467
g16
Nsg17
Nsg11
VNew South Wales
p21468
sbg6
(g13
g8
NtRp21469
(dp21470
g16
Nsg17
Nsg11
VBurrendong Dam is a rock-fill embankment major gated dam with a clay core across the Macquarie River upstream of Wellington in the central west region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and hydro-electric power generation. The dam impounds Lake Burrendong and is filled by the waters from the Macquarie, and Cudgegong rivers as well as Meroo Creek.
p21471
sbg6
(g13
g8
NtRp21472
(dp21473
g16
Nsg17
Nsg11
VPOINT(149.10694885254 -32.667778015137)
p21474
sbtp21475
a(g6
(g7
g8
NtRp21476
(dp21477
g11
Vhttp://dbpedia.org/resource/Burrendong_Dam
p21478
sbg6
(g13
g8
NtRp21479
(dp21480
g16
Nsg17
Nsg11
VBurrendong Dam
p21481
sbg6
(g13
g8
NtRp21482
(dp21483
g16
Nsg17
Nsg11
VAustralia
p21484
sbNNNNNNNNNg6
(g13
g8
NtRp21485
(dp21486
g16
Nsg17
Nsg11
VNew South Wales
p21487
sbg6
(g13
g8
NtRp21488
(dp21489
g16
Nsg17
Nsg11
VBurrendong Dam is a rock-fill embankment major gated dam with a clay core across the Macquarie River upstream of Wellington in the central west region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and hydro-electric power generation. The dam impounds Lake Burrendong and is filled by the waters from the Macquarie, and Cudgegong rivers as well as Meroo Creek.
p21490
sbg6
(g13
g8
NtRp21491
(dp21492
g16
Nsg17
Nsg11
VPOINT(149.10694885254 -32.667778015137)
p21493
sbtp21494
a(g6
(g7
g8
NtRp21495
(dp21496
g11
Vhttp://dbpedia.org/resource/Burrinjuck_Dam
p21497
sbg6
(g13
g8
NtRp21498
(dp21499
g16
Nsg17
Nsg11
VBurrinjuck Dam
p21500
sbg6
(g13
g8
NtRp21501
(dp21502
g16
Nsg17
Nsg11
VAustralia
p21503
sbg6
(g13
g8
NtRp21504
(dp21505
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp21506
(dp21507
g16
Nsg17
g27
sg11
V0.233
p21508
sbNg6
(g7
g8
NtRp21509
(dp21510
g11
Vhttp://dbpedia.org/resource/Burrinjuck_Dam__Lake__1
p21511
sbNNg6
(g13
g8
NtRp21512
(dp21513
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murrumbidgee_River
p21514
sbg6
(g13
g8
NtRp21515
(dp21516
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp21517
(dp21518
g16
Nsg17
g27
sg11
V394000.0
p21519
sbg6
(g13
g8
NtRp21520
(dp21521
g16
Nsg17
Nsg11
VNew South Wales
p21522
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(g13
g8
NtRp21523
(dp21524
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Nsg17
Nsg11
VBurrinjuck Dam is a heritage-listed major gated concrete-walled gravity hydro-electric dam at Burrinjuck, Yass Valley Shire, New South Wales, Australia. It has three spillways across the Murrumbidgee River located in the South West Slopes region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-power, irrigation, water supply and conservation. The impounded reservoir is called Lake Burrinjuck. It was designed by Lawrence Augustus Burton Wade (of the New South Wales Public Works Department) and built from 1907 to 1927 by Lane & Peters, Sydney. It is also known as Barren Jack Dam and Barrenjack. The property was owned by Department of Planning and Infrastructure (State Government). It was added to the New South Wales State Heritage Register on 2 April 1999.
p21525
sbg6
(g13
g8
NtRp21526
(dp21527
g16
Nsg17
Nsg11
VPOINT(148.58444213867 -34.998332977295)
p21528
sbtp21529
a(g6
(g7
g8
NtRp21530
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g11
Vhttp://dbpedia.org/resource/Burç_Bendi_Dam
p21532
sbg6
(g13
g8
NtRp21533
(dp21534
g16
Nsg17
Nsg11
VBurç Bendi Dam
p21535
sbg6
(g13
g8
NtRp21536
(dp21537
g16
Nsg17
Nsg11
VTurkey
p21538
sbg6
(g13
g8
NtRp21539
(dp21540
g16
Nsg17
Nsg11
VGravity
p21541
sbg6
(g13
g8
NtRp21542
(dp21543
g16
Nsg17
g27
sg11
V0.1525
p21544
sbNg6
(g7
g8
NtRp21545
(dp21546
g11
Vhttp://dbpedia.org/resource/Burç_Bendi_Dam__Lake__1
p21547
sbNg6
(g13
g8
NtRp21548
(dp21549
g16
Nsg17
Nsg11
VPower
p21550
sbg6
(g13
g8
NtRp21551
(dp21552
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p21553
sbg6
(g13
g8
NtRp21554
(dp21555
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp21556
(dp21557
g16
Nsg17
g27
sg11
V67000.0
p21558
sbg6
(g13
g8
NtRp21559
(dp21560
g16
Nsg17
Nsg11
VTurkey
p21561
sbg6
(g13
g8
NtRp21562
(dp21563
g16
Nsg17
Nsg11
VThe Burç Bendi Dam is a gravity dam on the (a tributary of the Euphrates), near the village of Burç in Ad\u0131yaman district, Ad\u0131yaman Province, Turkey. Its primary purpose is hydroelectric power generation and it supports a 27.9 MW run-of-the-river power station. Construction on the dam began in January 2008 and it was fully operational by 3 November 2010. The 57 m (187 ft) tall concrete dam withholds a reservoir of 26,600,000 m3 (21,600 acre\u22c5ft). Water is diverted through a 536 m (1,759 ft) long tunnel to the power station downstream which contains three 9.3 vertical Kaplan turbine-generators. It is owned and operated by \u010cEZ Group.
p21564
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(g13
g8
NtRp21565
(dp21566
g16
Nsg17
Nsg11
VPOINT(38.170677185059 37.468460083008)
p21567
sbtp21568
a(g6
(g7
g8
NtRp21569
(dp21570
g11
Vhttp://dbpedia.org/resource/Burç_Bendi_Dam
p21571
sbg6
(g13
g8
NtRp21572
(dp21573
g16
Nsg17
Nsg11
VBurç-Bendi-Talsperre
p21574
sbg6
(g13
g8
NtRp21575
(dp21576
g16
Nsg17
Nsg11
VTurkey
p21577
sbg6
(g13
g8
NtRp21578
(dp21579
g16
Nsg17
Nsg11
VGravity
p21580
sbg6
(g13
g8
NtRp21581
(dp21582
g16
Nsg17
g27
sg11
V0.1525
p21583
sbNg6
(g7
g8
NtRp21584
(dp21585
g11
Vhttp://dbpedia.org/resource/Burç_Bendi_Dam__Lake__1
p21586
sbNg6
(g13
g8
NtRp21587
(dp21588
g16
Nsg17
Nsg11
VPower
p21589
sbg6
(g13
g8
NtRp21590
(dp21591
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p21592
sbg6
(g13
g8
NtRp21593
(dp21594
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp21595
(dp21596
g16
Nsg17
g27
sg11
V67000.0
p21597
sbg6
(g13
g8
NtRp21598
(dp21599
g16
Nsg17
Nsg11
VTurkey
p21600
sbg6
(g13
g8
NtRp21601
(dp21602
g16
Nsg17
Nsg11
VThe Burç Bendi Dam is a gravity dam on the (a tributary of the Euphrates), near the village of Burç in Ad\u0131yaman district, Ad\u0131yaman Province, Turkey. Its primary purpose is hydroelectric power generation and it supports a 27.9 MW run-of-the-river power station. Construction on the dam began in January 2008 and it was fully operational by 3 November 2010. The 57 m (187 ft) tall concrete dam withholds a reservoir of 26,600,000 m3 (21,600 acre\u22c5ft). Water is diverted through a 536 m (1,759 ft) long tunnel to the power station downstream which contains three 9.3 vertical Kaplan turbine-generators. It is owned and operated by \u010cEZ Group.
p21603
sbg6
(g13
g8
NtRp21604
(dp21605
g16
Nsg17
Nsg11
VPOINT(38.170677185059 37.468460083008)
p21606
sbtp21607
a(g6
(g7
g8
NtRp21608
(dp21609
g11
Vhttp://dbpedia.org/resource/Burç_Bendi_Dam
p21610
sbg6
(g13
g8
NtRp21611
(dp21612
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0411\u0443\u0440\u0447-\u0411\u0435\u043d\u0434\u0456
p21613
sbg6
(g13
g8
NtRp21614
(dp21615
g16
Nsg17
Nsg11
VTurkey
p21616
sbg6
(g13
g8
NtRp21617
(dp21618
g16
Nsg17
Nsg11
VGravity
p21619
sbg6
(g13
g8
NtRp21620
(dp21621
g16
Nsg17
g27
sg11
V0.1525
p21622
sbNg6
(g7
g8
NtRp21623
(dp21624
g11
Vhttp://dbpedia.org/resource/Burç_Bendi_Dam__Lake__1
p21625
sbNg6
(g13
g8
NtRp21626
(dp21627
g16
Nsg17
Nsg11
VPower
p21628
sbg6
(g13
g8
NtRp21629
(dp21630
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p21631
sbg6
(g13
g8
NtRp21632
(dp21633
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp21634
(dp21635
g16
Nsg17
g27
sg11
V67000.0
p21636
sbg6
(g13
g8
NtRp21637
(dp21638
g16
Nsg17
Nsg11
VTurkey
p21639
sbg6
(g13
g8
NtRp21640
(dp21641
g16
Nsg17
Nsg11
VThe Burç Bendi Dam is a gravity dam on the (a tributary of the Euphrates), near the village of Burç in Ad\u0131yaman district, Ad\u0131yaman Province, Turkey. Its primary purpose is hydroelectric power generation and it supports a 27.9 MW run-of-the-river power station. Construction on the dam began in January 2008 and it was fully operational by 3 November 2010. The 57 m (187 ft) tall concrete dam withholds a reservoir of 26,600,000 m3 (21,600 acre\u22c5ft). Water is diverted through a 536 m (1,759 ft) long tunnel to the power station downstream which contains three 9.3 vertical Kaplan turbine-generators. It is owned and operated by \u010cEZ Group.
p21642
sbg6
(g13
g8
NtRp21643
(dp21644
g16
Nsg17
Nsg11
VPOINT(38.170677185059 37.468460083008)
p21645
sbtp21646
a(g6
(g7
g8
NtRp21647
(dp21648
g11
Vhttp://dbpedia.org/resource/Butlers_Gorge_Power_Station
p21649
sbg6
(g13
g8
NtRp21650
(dp21651
g16
Nsg17
Nsg11
VButlers Gorge Power Station
p21652
sbg6
(g13
g8
NtRp21653
(dp21654
g16
Nsg17
Nsg11
VAustralia
p21655
sbg6
(g13
g8
NtRp21656
(dp21657
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp21658
(dp21659
g16
Nsg17
g27
sg11
V0.378
p21660
sbNg6
(g7
g8
NtRp21661
(dp21662
g11
Vhttp://dbpedia.org/resource/Butlers_Gorge_Power_Station__Lake__1
p21663
sbg6
(g13
g8
NtRp21664
(dp21665
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p21666
sbg6
(g13
g8
NtRp21667
(dp21668
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp21669
(dp21670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/River_Derwent_(Tasmania)
p21671
sbg6
(g13
g8
NtRp21672
(dp21673
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21674
(dp21675
g16
Nsg17
Nsg11
VAustralia Tasmania
p21676
sbg6
(g13
g8
NtRp21677
(dp21678
g16
Nsg17
Nsg11
VThe Butlers Gorge Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia.
p21679
sbg6
(g13
g8
NtRp21680
(dp21681
g16
Nsg17
Nsg11
VPOINT(146.25999450684 -42.259998321533)
p21682
sbtp21683
a(g6
(g7
g8
NtRp21684
(dp21685
g11
Vhttp://dbpedia.org/resource/Butlers_Gorge_Power_Station
p21686
sbg6
(g13
g8
NtRp21687
(dp21688
g16
Nsg17
Nsg11
VButlers Gorge Power Station
p21689
sbg6
(g13
g8
NtRp21690
(dp21691
g16
Nsg17
Nsg11
VAustralia
p21692
sbg6
(g13
g8
NtRp21693
(dp21694
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp21695
(dp21696
g16
Nsg17
g27
sg11
V0.378
p21697
sbNg6
(g7
g8
NtRp21698
(dp21699
g11
Vhttp://dbpedia.org/resource/Butlers_Gorge_Power_Station__Lake__1
p21700
sbg6
(g13
g8
NtRp21701
(dp21702
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p21703
sbg6
(g13
g8
NtRp21704
(dp21705
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp21706
(dp21707
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/River_Derwent_(Tasmania)
p21708
sbg6
(g13
g8
NtRp21709
(dp21710
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21711
(dp21712
g16
Nsg17
Nsg11
VAustralia Tasmania
p21713
sbg6
(g13
g8
NtRp21714
(dp21715
g16
Nsg17
Nsg11
VThe Butlers Gorge Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia.
p21716
sbg6
(g13
g8
NtRp21717
(dp21718
g16
Nsg17
Nsg11
VPOINT(146.25999450684 -42.259998321533)
p21719
sbtp21720
a(g6
(g7
g8
NtRp21721
(dp21722
g11
Vhttp://dbpedia.org/resource/Buyo_Dam
p21723
sbg6
(g13
g8
NtRp21724
(dp21725
g16
Nsg17
Nsg11
VBarrage de Buyo
p21726
sbg6
(g13
g8
NtRp21727
(dp21728
g16
Nsg17
Nsg11
VIvory Coast
p21729
sbg6
(g13
g8
NtRp21730
(dp21731
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p21732
sbg6
(g13
g8
NtRp21733
(dp21734
g16
Nsg17
g27
sg11
V3.615
p21735
sbNg6
(g7
g8
NtRp21736
(dp21737
g11
Vhttp://dbpedia.org/resource/Buyo_Dam__Lake__1
p21738
sbNg6
(g13
g8
NtRp21739
(dp21740
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp21741
(dp21742
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sassandra_River
p21743
sbg6
(g13
g8
NtRp21744
(dp21745
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21746
(dp21747
g16
Nsg17
Nsg11
VIvory Coast
p21748
sbg6
(g13
g8
NtRp21749
(dp21750
g16
Nsg17
Nsg11
VThe Buyo Dam is an embankment dam on the Sassandra River in the Bas-Sassandra district of Côte d'Ivoire. Completed in 1980, it has a hydroelectric power station with an installed capacity of 165 megawatts (221,000 hp), enough to power over 111,000 homes.
p21751
sbg6
(g13
g8
NtRp21752
(dp21753
g16
Nsg17
Nsg11
VPOINT(-7.0334219932556 6.241250038147)
p21754
sbtp21755
a(g6
(g7
g8
NtRp21756
(dp21757
g11
Vhttp://dbpedia.org/resource/Buyo_Dam
p21758
sbg6
(g13
g8
NtRp21759
(dp21760
g16
Nsg17
Nsg11
VBuyo Dam
p21761
sbg6
(g13
g8
NtRp21762
(dp21763
g16
Nsg17
Nsg11
VIvory Coast
p21764
sbg6
(g13
g8
NtRp21765
(dp21766
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p21767
sbg6
(g13
g8
NtRp21768
(dp21769
g16
Nsg17
g27
sg11
V3.615
p21770
sbNg6
(g7
g8
NtRp21771
(dp21772
g11
Vhttp://dbpedia.org/resource/Buyo_Dam__Lake__1
p21773
sbNg6
(g13
g8
NtRp21774
(dp21775
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp21776
(dp21777
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sassandra_River
p21778
sbg6
(g13
g8
NtRp21779
(dp21780
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21781
(dp21782
g16
Nsg17
Nsg11
VIvory Coast
p21783
sbg6
(g13
g8
NtRp21784
(dp21785
g16
Nsg17
Nsg11
VThe Buyo Dam is an embankment dam on the Sassandra River in the Bas-Sassandra district of Côte d'Ivoire. Completed in 1980, it has a hydroelectric power station with an installed capacity of 165 megawatts (221,000 hp), enough to power over 111,000 homes.
p21786
sbg6
(g13
g8
NtRp21787
(dp21788
g16
Nsg17
Nsg11
VPOINT(-7.0334219932556 6.241250038147)
p21789
sbtp21790
a(g6
(g7
g8
NtRp21791
(dp21792
g11
Vhttp://dbpedia.org/resource/Buyo_Dam
p21793
sbg6
(g13
g8
NtRp21794
(dp21795
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0411\u0443\u0439\u043e
p21796
sbg6
(g13
g8
NtRp21797
(dp21798
g16
Nsg17
Nsg11
VIvory Coast
p21799
sbg6
(g13
g8
NtRp21800
(dp21801
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p21802
sbg6
(g13
g8
NtRp21803
(dp21804
g16
Nsg17
g27
sg11
V3.615
p21805
sbNg6
(g7
g8
NtRp21806
(dp21807
g11
Vhttp://dbpedia.org/resource/Buyo_Dam__Lake__1
p21808
sbNg6
(g13
g8
NtRp21809
(dp21810
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp21811
(dp21812
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sassandra_River
p21813
sbg6
(g13
g8
NtRp21814
(dp21815
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21816
(dp21817
g16
Nsg17
Nsg11
VIvory Coast
p21818
sbg6
(g13
g8
NtRp21819
(dp21820
g16
Nsg17
Nsg11
VThe Buyo Dam is an embankment dam on the Sassandra River in the Bas-Sassandra district of Côte d'Ivoire. Completed in 1980, it has a hydroelectric power station with an installed capacity of 165 megawatts (221,000 hp), enough to power over 111,000 homes.
p21821
sbg6
(g13
g8
NtRp21822
(dp21823
g16
Nsg17
Nsg11
VPOINT(-7.0334219932556 6.241250038147)
p21824
sbtp21825
a(g6
(g7
g8
NtRp21826
(dp21827
g11
Vhttp://dbpedia.org/resource/Byrte_Hydroelectric_Power_Station
p21828
sbg6
(g13
g8
NtRp21829
(dp21830
g16
Nsg17
Nsg11
VByrte Hydroelectric Power Station
p21831
sbg6
(g13
g8
NtRp21832
(dp21833
g16
Nsg17
Nsg11
VNorway
p21834
sbNNNg6
(g7
g8
NtRp21835
(dp21836
g11
Vhttp://dbpedia.org/resource/Byrte_Hydroelectric_Power_Station__Lake__1
p21837
sbg6
(g13
g8
NtRp21838
(dp21839
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Statkraft
p21840
sbNNNNNg6
(g13
g8
NtRp21841
(dp21842
g16
Nsg17
Nsg11
VThe Byrte Power Station is a hydroelectric power station located near the lake Byrtevatn in the municipality Tokke in Vestfold og Telemark, Norway. It exploits the water from Botnedalsvatn, a height difference of 290 metres (950 ft).
p21843
sbg6
(g13
g8
NtRp21844
(dp21845
g16
Nsg17
Nsg11
VPOINT(7.8333334922791 59.496112823486)
p21846
sbtp21847
a(g6
(g7
g8
NtRp21848
(dp21849
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21850
sbg6
(g13
g8
NtRp21851
(dp21852
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Búrfell
p21853
sbg6
(g13
g8
NtRp21854
(dp21855
g16
Nsg17
Nsg11
VIceland
p21856
sbNNNg6
(g7
g8
NtRp21857
(dp21858
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p21859
sbNNNg6
(g13
g8
NtRp21860
(dp21861
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21862
(dp21863
g16
Nsg17
Nsg11
VIceland
p21864
sbg6
(g13
g8
NtRp21865
(dp21866
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p21867
sbg6
(g13
g8
NtRp21868
(dp21869
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p21870
sbtp21871
a(g6
(g7
g8
NtRp21872
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21874
sbg6
(g13
g8
NtRp21875
(dp21876
g16
Nsg17
Nsg11
VBúrfell hydroelectric power station
p21877
sbg6
(g13
g8
NtRp21878
(dp21879
g16
Nsg17
Nsg11
VIceland
p21880
sbNNNg6
(g7
g8
NtRp21881
(dp21882
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p21883
sbNNNg6
(g13
g8
NtRp21884
(dp21885
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21886
(dp21887
g16
Nsg17
Nsg11
VIceland
p21888
sbg6
(g13
g8
NtRp21889
(dp21890
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p21891
sbg6
(g13
g8
NtRp21892
(dp21893
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p21894
sbtp21895
a(g6
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g8
NtRp21896
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21898
sbg6
(g13
g8
NtRp21899
(dp21900
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Búrfell
p21901
sbg6
(g13
g8
NtRp21902
(dp21903
g16
Nsg17
Nsg11
VIceland
p21904
sbNNNg6
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g8
NtRp21905
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p21907
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(g13
g8
NtRp21908
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21910
(dp21911
g16
Nsg17
Nsg11
VIceland
p21912
sbg6
(g13
g8
NtRp21913
(dp21914
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p21915
sbg6
(g13
g8
NtRp21916
(dp21917
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p21918
sbtp21919
a(g6
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g8
NtRp21920
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21922
sbg6
(g13
g8
NtRp21923
(dp21924
g16
Nsg17
Nsg11
VVodní elektrárna Búrfell
p21925
sbg6
(g13
g8
NtRp21926
(dp21927
g16
Nsg17
Nsg11
VIceland
p21928
sbNNNg6
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g8
NtRp21929
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p21931
sbNNNg6
(g13
g8
NtRp21932
(dp21933
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21934
(dp21935
g16
Nsg17
Nsg11
VIceland
p21936
sbg6
(g13
g8
NtRp21937
(dp21938
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p21939
sbg6
(g13
g8
NtRp21940
(dp21941
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p21942
sbtp21943
a(g6
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g8
NtRp21944
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21946
sbg6
(g13
g8
NtRp21947
(dp21948
g16
Nsg17
Nsg11
VCentral hidroeléctrica de Búrfell
p21949
sbg6
(g13
g8
NtRp21950
(dp21951
g16
Nsg17
Nsg11
VIceland
p21952
sbNNNg6
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g8
NtRp21953
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g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p21955
sbNNNg6
(g13
g8
NtRp21956
(dp21957
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21958
(dp21959
g16
Nsg17
Nsg11
VIceland
p21960
sbg6
(g13
g8
NtRp21961
(dp21962
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p21963
sbg6
(g13
g8
NtRp21964
(dp21965
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p21966
sbtp21967
a(g6
(g7
g8
NtRp21968
(dp21969
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21970
sbg6
(g13
g8
NtRp21971
(dp21972
g16
Nsg17
Nsg11
VBúrfells vattenkraftverk
p21973
sbg6
(g13
g8
NtRp21974
(dp21975
g16
Nsg17
Nsg11
VIceland
p21976
sbNNNg6
(g7
g8
NtRp21977
(dp21978
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p21979
sbNNNg6
(g13
g8
NtRp21980
(dp21981
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp21982
(dp21983
g16
Nsg17
Nsg11
VIceland
p21984
sbg6
(g13
g8
NtRp21985
(dp21986
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p21987
sbg6
(g13
g8
NtRp21988
(dp21989
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p21990
sbtp21991
a(g6
(g7
g8
NtRp21992
(dp21993
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station
p21994
sbg6
(g13
g8
NtRp21995
(dp21996
g16
Nsg17
Nsg11
VBúrfell-Kraftwerk
p21997
sbg6
(g13
g8
NtRp21998
(dp21999
g16
Nsg17
Nsg11
VIceland
p22000
sbNNNg6
(g7
g8
NtRp22001
(dp22002
g11
Vhttp://dbpedia.org/resource/Búrfell_hydroelectric_power_station__Lake__1
p22003
sbNNNg6
(g13
g8
NtRp22004
(dp22005
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp22006
(dp22007
g16
Nsg17
Nsg11
VIceland
p22008
sbg6
(g13
g8
NtRp22009
(dp22010
g16
Nsg17
Nsg11
VThe Búrfell hydroelectric power plant (Búrfellsstöð or Búrfellsvirkjun in Icelandic) is a run-of-river hydroelectric power plant located in the Þjórsá valley in southwest Iceland. It is operated by Landsvirkjun. It was, since its construction in 1969, until the construction of the Kárahnjúka power plant in 2008, the largest power plant in Iceland with a capacity of 270 MW (increased to 370 MW in 2018). It was mainly built to supply electricity to an aluminum factory located in Straumsvík, 3 km west of Hafnarfjörður.
p22011
sbg6
(g13
g8
NtRp22012
(dp22013
g16
Nsg17
Nsg11
VPOINT(-19.837669372559 64.104248046875)
p22014
sbtp22015
a(g6
(g7
g8
NtRp22016
(dp22017
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant
p22018
sbg6
(g13
g8
NtRp22019
(dp22020
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Búðarháls
p22021
sbg6
(g13
g8
NtRp22022
(dp22023
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
p22024
sbg6
(g13
g8
NtRp22025
(dp22026
g16
Nsg17
Nsg11
VEmbankment, two rock-fill dams
p22027
sbg6
(g13
g8
NtRp22028
(dp22029
g16
Nsg17
g27
sg11
V0.17
p22030
sbNg6
(g7
g8
NtRp22031
(dp22032
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant__Lake__1
p22033
sbNNNg6
(g13
g8
NtRp22034
(dp22035
g16
Nsg17
Nsg11
VOptional
p22036
sbg6
(g13
g8
NtRp22037
(dp22038
g16
Nsg17
g27
sg11
V165000.0
p22039
sbNg6
(g13
g8
NtRp22040
(dp22041
g16
Nsg17
Nsg11
VBúðarháls hydroelectric power plant (Icelandic: Búðarhálsstöð [\u02c8pu\u02d0ðar\u02cchauls\u02ccst\u0153\u02d0\u03b8]) is the seventh largest power station of Landsvirkjun, the Icelandic national power company. It is located in the south of Iceland, around 150 km to the east of Reykjavík, in the Þjórsá and Tungnaá water catchment area, near the junction of the Kaldakvísl and Tungnaá rivers. It was officially opened on 7 March 2014.
p22042
sbg6
(g13
g8
NtRp22043
(dp22044
g16
Nsg17
Nsg11
VPOINT(-19.369167327881 64.235275268555)
p22045
sbtp22046
a(g6
(g7
g8
NtRp22047
(dp22048
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant
p22049
sbg6
(g13
g8
NtRp22050
(dp22051
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Búðarháls
p22052
sbg6
(g13
g8
NtRp22053
(dp22054
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
p22055
sbg6
(g13
g8
NtRp22056
(dp22057
g16
Nsg17
Nsg11
VEmbankment, two rock-fill dams
p22058
sbg6
(g13
g8
NtRp22059
(dp22060
g16
Nsg17
g27
sg11
V0.17
p22061
sbNg6
(g7
g8
NtRp22062
(dp22063
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant__Lake__1
p22064
sbNNNg6
(g13
g8
NtRp22065
(dp22066
g16
Nsg17
Nsg11
VOptional
p22067
sbg6
(g13
g8
NtRp22068
(dp22069
g16
Nsg17
g27
sg11
V25500.0
p22070
sbNg6
(g13
g8
NtRp22071
(dp22072
g16
Nsg17
Nsg11
VBúðarháls hydroelectric power plant (Icelandic: Búðarhálsstöð [\u02c8pu\u02d0ðar\u02cchauls\u02ccst\u0153\u02d0\u03b8]) is the seventh largest power station of Landsvirkjun, the Icelandic national power company. It is located in the south of Iceland, around 150 km to the east of Reykjavík, in the Þjórsá and Tungnaá water catchment area, near the junction of the Kaldakvísl and Tungnaá rivers. It was officially opened on 7 March 2014.
p22073
sbg6
(g13
g8
NtRp22074
(dp22075
g16
Nsg17
Nsg11
VPOINT(-19.369167327881 64.235275268555)
p22076
sbtp22077
a(g6
(g7
g8
NtRp22078
(dp22079
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant
p22080
sbg6
(g13
g8
NtRp22081
(dp22082
g16
Nsg17
Nsg11
VBúðarháls Power Plant
p22083
sbg6
(g13
g8
NtRp22084
(dp22085
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
p22086
sbg6
(g13
g8
NtRp22087
(dp22088
g16
Nsg17
Nsg11
VEmbankment, two rock-fill dams
p22089
sbg6
(g13
g8
NtRp22090
(dp22091
g16
Nsg17
g27
sg11
V0.17
p22092
sbNg6
(g7
g8
NtRp22093
(dp22094
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant__Lake__1
p22095
sbNNNg6
(g13
g8
NtRp22096
(dp22097
g16
Nsg17
Nsg11
VOptional
p22098
sbg6
(g13
g8
NtRp22099
(dp22100
g16
Nsg17
g27
sg11
V165000.0
p22101
sbNg6
(g13
g8
NtRp22102
(dp22103
g16
Nsg17
Nsg11
VBúðarháls hydroelectric power plant (Icelandic: Búðarhálsstöð [\u02c8pu\u02d0ðar\u02cchauls\u02ccst\u0153\u02d0\u03b8]) is the seventh largest power station of Landsvirkjun, the Icelandic national power company. It is located in the south of Iceland, around 150 km to the east of Reykjavík, in the Þjórsá and Tungnaá water catchment area, near the junction of the Kaldakvísl and Tungnaá rivers. It was officially opened on 7 March 2014.
p22104
sbg6
(g13
g8
NtRp22105
(dp22106
g16
Nsg17
Nsg11
VPOINT(-19.369167327881 64.235275268555)
p22107
sbtp22108
a(g6
(g7
g8
NtRp22109
(dp22110
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant
p22111
sbg6
(g13
g8
NtRp22112
(dp22113
g16
Nsg17
Nsg11
VBúðarháls Power Plant
p22114
sbg6
(g13
g8
NtRp22115
(dp22116
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
p22117
sbg6
(g13
g8
NtRp22118
(dp22119
g16
Nsg17
Nsg11
VEmbankment, two rock-fill dams
p22120
sbg6
(g13
g8
NtRp22121
(dp22122
g16
Nsg17
g27
sg11
V0.17
p22123
sbNg6
(g7
g8
NtRp22124
(dp22125
g11
Vhttp://dbpedia.org/resource/Búðarháls_Power_Plant__Lake__1
p22126
sbNNNg6
(g13
g8
NtRp22127
(dp22128
g16
Nsg17
Nsg11
VOptional
p22129
sbg6
(g13
g8
NtRp22130
(dp22131
g16
Nsg17
g27
sg11
V25500.0
p22132
sbNg6
(g13
g8
NtRp22133
(dp22134
g16
Nsg17
Nsg11
VBúðarháls hydroelectric power plant (Icelandic: Búðarhálsstöð [\u02c8pu\u02d0ðar\u02cchauls\u02ccst\u0153\u02d0\u03b8]) is the seventh largest power station of Landsvirkjun, the Icelandic national power company. It is located in the south of Iceland, around 150 km to the east of Reykjavík, in the Þjórsá and Tungnaá water catchment area, near the junction of the Kaldakvísl and Tungnaá rivers. It was officially opened on 7 March 2014.
p22135
sbg6
(g13
g8
NtRp22136
(dp22137
g16
Nsg17
Nsg11
VPOINT(-19.369167327881 64.235275268555)
p22138
sbtp22139
a(g6
(g7
g8
NtRp22140
(dp22141
g11
Vhttp://dbpedia.org/resource/C._J._Strike_Dam
p22142
sbg6
(g13
g8
NtRp22143
(dp22144
g16
Nsg17
Nsg11
VC. J. Strike Dam
p22145
sbg6
(g13
g8
NtRp22146
(dp22147
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p22148
sbNg6
(g13
g8
NtRp22149
(dp22150
g16
Nsg17
g27
sg11
V0.981456
p22151
sbNg6
(g7
g8
NtRp22152
(dp22153
g11
Vhttp://dbpedia.org/resource/C._J._Strike_Dam__Lake__1
p22154
sbNNg6
(g13
g8
NtRp22155
(dp22156
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snake_River
p22157
sbNNg6
(g13
g8
NtRp22158
(dp22159
g16
Nsg17
Nsg11
VUSA#Idaho
p22160
sbg6
(g13
g8
NtRp22161
(dp22162
g16
Nsg17
Nsg11
VC. J. Strike Dam is an earth-fill type hydroelectric dam in the western United States, on the Snake River in southwestern Idaho. Located just below the Bruneau River confluence near Grand View, its impoundment extends 36 miles (58 km) up the Snake River and twelve miles (19 km) up the Bruneau River. Named after Clifford J. Strike, the general manager of Idaho Power Company from 1938 to 1948, the dam's powerplant has a nameplate capacity of 82.8 MW.
p22163
sbg6
(g13
g8
NtRp22164
(dp22165
g16
Nsg17
Nsg11
VPOINT(-115.97499847412 42.948333740234)
p22166
sbtp22167
a(g6
(g7
g8
NtRp22168
(dp22169
g11
Vhttp://dbpedia.org/resource/C._J._Strike_Dam
p22170
sbg6
(g13
g8
NtRp22171
(dp22172
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421.\u0414\u0436.\u0421\u0442\u0440\u0430\u0439\u043a
p22173
sbg6
(g13
g8
NtRp22174
(dp22175
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p22176
sbNg6
(g13
g8
NtRp22177
(dp22178
g16
Nsg17
g27
sg11
V0.981456
p22179
sbNg6
(g7
g8
NtRp22180
(dp22181
g11
Vhttp://dbpedia.org/resource/C._J._Strike_Dam__Lake__1
p22182
sbNNg6
(g13
g8
NtRp22183
(dp22184
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snake_River
p22185
sbNNg6
(g13
g8
NtRp22186
(dp22187
g16
Nsg17
Nsg11
VUSA#Idaho
p22188
sbg6
(g13
g8
NtRp22189
(dp22190
g16
Nsg17
Nsg11
VC. J. Strike Dam is an earth-fill type hydroelectric dam in the western United States, on the Snake River in southwestern Idaho. Located just below the Bruneau River confluence near Grand View, its impoundment extends 36 miles (58 km) up the Snake River and twelve miles (19 km) up the Bruneau River. Named after Clifford J. Strike, the general manager of Idaho Power Company from 1938 to 1948, the dam's powerplant has a nameplate capacity of 82.8 MW.
p22191
sbg6
(g13
g8
NtRp22192
(dp22193
g16
Nsg17
Nsg11
VPOINT(-115.97499847412 42.948333740234)
p22194
sbtp22195
a(g6
(g7
g8
NtRp22196
(dp22197
g11
Vhttp://dbpedia.org/resource/Caatinga
p22198
sbg6
(g13
g8
NtRp22199
(dp22200
g16
Nsg17
Nsg11
VCaatinga
p22201
sbg6
(g13
g8
NtRp22202
(dp22203
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p22204
sbNNNNNNNNNNg6
(g13
g8
NtRp22205
(dp22206
g16
Nsg17
Nsg11
VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
p22207
sbg6
(g13
g8
NtRp22208
(dp22209
g16
Nsg17
Nsg11
VPOINT(-40 -6)
p22210
sbtp22211
a(g6
(g7
g8
NtRp22212
(dp22213
g11
Vhttp://dbpedia.org/resource/Caatinga
p22214
sbg6
(g13
g8
NtRp22215
(dp22216
g16
Nsg17
Nsg11
VCaatinga
p22217
sbg6
(g13
g8
NtRp22218
(dp22219
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p22220
sbNNNNNNNNNNg6
(g13
g8
NtRp22221
(dp22222
g16
Nsg17
Nsg11
VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
p22223
sbg6
(g13
g8
NtRp22224
(dp22225
g16
Nsg17
Nsg11
VPOINT(-40 -6)
p22226
sbtp22227
a(g6
(g7
g8
NtRp22228
(dp22229
g11
Vhttp://dbpedia.org/resource/Caatinga
p22230
sbg6
(g13
g8
NtRp22231
(dp22232
g16
Nsg17
Nsg11
VCaatinga
p22233
sbg6
(g13
g8
NtRp22234
(dp22235
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p22236
sbNNNNNNNNNNg6
(g13
g8
NtRp22237
(dp22238
g16
Nsg17
Nsg11
VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
p22239
sbg6
(g13
g8
NtRp22240
(dp22241
g16
Nsg17
Nsg11
VPOINT(-40 -6)
p22242
sbtp22243
a(g6
(g7
g8
NtRp22244
(dp22245
g11
Vhttp://dbpedia.org/resource/Caatinga
p22246
sbg6
(g13
g8
NtRp22247
(dp22248
g16
Nsg17
Nsg11
VCaatinga
p22249
sbg6
(g13
g8
NtRp22250
(dp22251
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p22252
sbNNNNNNNNNNg6
(g13
g8
NtRp22253
(dp22254
g16
Nsg17
Nsg11
VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
p22255
sbg6
(g13
g8
NtRp22256
(dp22257
g16
Nsg17
Nsg11
VPOINT(-40 -6)
p22258
sbtp22259
a(g6
(g7
g8
NtRp22260
(dp22261
g11
Vhttp://dbpedia.org/resource/Caatinga
p22262
sbg6
(g13
g8
NtRp22263
(dp22264
g16
Nsg17
Nsg11
VKatinga
p22265
sbg6
(g13
g8
NtRp22266
(dp22267
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p22268
sbNNNNNNNNNNg6
(g13
g8
NtRp22269
(dp22270
g16
Nsg17
Nsg11
VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
p22271
sbg6
(g13
g8
NtRp22272
(dp22273
g16
Nsg17
Nsg11
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VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
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VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
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VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
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VCaatinga (Portuguese pronunciation: [ka.\u0250\u02c8t\u0283\u0129\u0261\u0250], locally [ka.a\u02c8t\u0129\u0261\u0250]) is a type of semi-arid tropical vegetation, and an ecoregion characterized by this vegetation in interior northeastern Brazil. The name "Caatinga" is a Tupi word meaning "white forest" or "white vegetation" (caa = forest, vegetation, tinga = white). Caatinga falls entirely within earth's tropical zone and is one of 6 major ecoregions of Brazil. It covers 850,000 km², nearly 10% of Brazil's territory. It is home to 26 million people and over 2000 species of plants, fish, reptiles, amphibians, birds, and mammals.
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VCaballo Dam is an earthen dam on the Rio Grande about 15 miles (24 km) downstream from Truth or Consequences, New Mexico, United States. In conjunction with Elephant Butte Dam, which lies about 25 miles (40 km) upstream, it regulates the discharge of the river in the lower Rio Grande Valley of New Mexico. Caballo serves as an afterbay for the Elephant Butte Reservoir, i.e. it stores water released from Elephant Butte for hydroelectricity generation purposes and discharges it in the dry season to provide for irrigation agriculture downstream. The dam is an important part of the Rio Grande Project. A secondary purpose of the dam was to compensate for lost capacity in Elephant Butte Lake due to sedimentation.
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VCabril Dam (Portuguese: Barragem do Cabril) is a concrete double curvature arch dam on the Zêzere River, where the river forms the border line between the districts of Castelo Branco and Leiria. It is located in the municipality Sertã, in Castelo Branco District, Portugal. Construction of the dam began in 1950. The dam was completed in 1954. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCabril Dam (Portuguese: Barragem do Cabril) is a concrete double curvature arch dam on the Zêzere River, where the river forms the border line between the districts of Castelo Branco and Leiria. It is located in the municipality Sertã, in Castelo Branco District, Portugal. Construction of the dam began in 1950. The dam was completed in 1954. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCabril Dam (Portuguese: Barragem do Cabril) is a concrete double curvature arch dam on the Zêzere River, where the river forms the border line between the districts of Castelo Branco and Leiria. It is located in the municipality Sertã, in Castelo Branco District, Portugal. Construction of the dam began in 1950. The dam was completed in 1954. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCabril Dam (Portuguese: Barragem do Cabril) is a concrete double curvature arch dam on the Zêzere River, where the river forms the border line between the districts of Castelo Branco and Leiria. It is located in the municipality Sertã, in Castelo Branco District, Portugal. Construction of the dam began in 1950. The dam was completed in 1954. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VThe Cachoeira do Cai Dam (Portuguese: Barragem de Cachoeira do Cai}) is a planned hydroelectric dam on the Jamanxim River in the state of Pará, Brazil, with a capacity of 802 megawatts (1,075,000 hp).
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VThe Cachoeira do Cai Dam (Portuguese: Barragem de Cachoeira do Cai}) is a planned hydroelectric dam on the Jamanxim River in the state of Pará, Brazil, with a capacity of 802 megawatts (1,075,000 hp).
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VThe Cachoeira dos Patos Dam (Portuguese: Barragem de Cachoeira dos Patos}) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.Work has been delayed due to concern about environmental impact and lack of consultation with affected indigenous people.
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Vhttp://dbpedia.org/resource/Cachoeira_dos_Patos_Dam
p22628
sbg6
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g8
NtRp22629
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VUsina Hidrelétrica Cachoeira dos Patos
p22631
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g8
NtRp22632
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g16
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Nsg11
VBrazil
p22634
sbNNNg6
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g8
NtRp22635
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p22637
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NtRp22638
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Nsg11
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p22646
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(g13
g8
NtRp22647
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g16
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VBrazil
p22649
sbg6
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g8
NtRp22650
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VThe Cachoeira dos Patos Dam (Portuguese: Barragem de Cachoeira dos Patos}) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.Work has been delayed due to concern about environmental impact and lack of consultation with affected indigenous people.
p22652
sbg6
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VPOINT(-55.732597351074 -5.9024419784546)
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p22659
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VCachoeira dos Patos Dam
p22662
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NtRp22663
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Nsg11
VBrazil
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p22668
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g8
NtRp22669
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p22671
sbg6
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g8
NtRp22672
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Nsg11
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p22674
sbg6
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g8
NtRp22675
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VPlanned
p22677
sbNg6
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g8
NtRp22678
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g16
Nsg17
Nsg11
VBrazil
p22680
sbg6
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g8
NtRp22681
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Nsg17
Nsg11
VThe Cachoeira dos Patos Dam (Portuguese: Barragem de Cachoeira dos Patos}) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.Work has been delayed due to concern about environmental impact and lack of consultation with affected indigenous people.
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sbg6
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VPOINT(-55.732597351074 -5.9024419784546)
p22686
sbtp22687
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p22690
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VCachoeira dos Patos Dam
p22693
sbg6
(g13
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NtRp22694
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VBrazil
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g8
NtRp22697
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Vhttp://dbpedia.org/resource/Cachoeira_dos_Patos_Dam__Lake__1
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VHydroelectric
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Vhttp://dbpedia.org/resource/Jamanxim_River
p22705
sbg6
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VPlanned
p22708
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g8
NtRp22709
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g16
Nsg17
Nsg11
VBrazil
p22711
sbg6
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g8
NtRp22712
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g16
Nsg17
Nsg11
VThe Cachoeira dos Patos Dam (Portuguese: Barragem de Cachoeira dos Patos}) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.Work has been delayed due to concern about environmental impact and lack of consultation with affected indigenous people.
p22714
sbg6
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g8
NtRp22715
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g16
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Nsg11
VPOINT(-55.732597351074 -5.9024419784546)
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sbtp22718
a(g6
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p22721
sbg6
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g8
NtRp22722
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VBarrage de Caculo Cabaça
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sbg6
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NtRp22725
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Vhttp://dbpedia.org/resource/Angola
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sbNNNNg6
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Vhttp://dbpedia.org/resource/Government_of_Angola
p22730
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g8
NtRp22731
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Nsg17
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VP
sbg6
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g8
NtRp22733
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kwanza_River
p22735
sbg6
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g8
NtRp22736
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g16
Nsg17
Nsg11
VUC
p22738
sbNg6
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g8
NtRp22739
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g16
Nsg17
Nsg11
VAngola
p22741
sbg6
(g13
g8
NtRp22742
(dp22743
g16
Nsg17
Nsg11
VCaculo Cabaça Hydroelectric Power Station is a 2,172 megawatts (2,913,000 hp) hydroelectric power station under construction in Angola. When completed, it will be bigger than the 2,070 megawatts (2,780,000 hp) Laúca Hydroelectric Power Station, the largest power station in the country, as of July 2017.
p22744
sbg6
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g8
NtRp22745
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g16
Nsg17
Nsg11
VPOINT(14.549444198608 -9.7805557250977)
p22747
sbtp22748
a(g6
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g8
NtRp22749
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g11
Vhttp://dbpedia.org/resource/Caculo_Cabaça_Hydroelectric_Power_Station
p22751
sbg6
(g13
g8
NtRp22752
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Nsg17
Nsg11
VCaculo Cabaça Hydroelectric Power Station
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sbg6
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NtRp22755
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angola
p22757
sbNNNNg6
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g8
NtRp22758
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Vhttp://dbpedia.org/resource/Government_of_Angola
p22760
sbg6
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g8
NtRp22761
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Nsg17
Nsg11
VP
sbg6
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g8
NtRp22763
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kwanza_River
p22765
sbg6
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g8
NtRp22766
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g16
Nsg17
Nsg11
VUC
p22768
sbNg6
(g13
g8
NtRp22769
(dp22770
g16
Nsg17
Nsg11
VAngola
p22771
sbg6
(g13
g8
NtRp22772
(dp22773
g16
Nsg17
Nsg11
VCaculo Cabaça Hydroelectric Power Station is a 2,172 megawatts (2,913,000 hp) hydroelectric power station under construction in Angola. When completed, it will be bigger than the 2,070 megawatts (2,780,000 hp) Laúca Hydroelectric Power Station, the largest power station in the country, as of July 2017.
p22774
sbg6
(g13
g8
NtRp22775
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g16
Nsg17
Nsg11
VPOINT(14.549444198608 -9.7805557250977)
p22777
sbtp22778
a(g6
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g8
NtRp22779
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g11
Vhttp://dbpedia.org/resource/Caculo_Cabaça_Hydroelectric_Power_Station
p22781
sbg6
(g13
g8
NtRp22782
(dp22783
g16
Nsg17
Nsg11
VCentral Hidroelétrica de Caculo Cabaça
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sbg6
(g13
g8
NtRp22785
(dp22786
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angola
p22787
sbNNNNg6
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g8
NtRp22788
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Angola
p22790
sbg6
(g13
g8
NtRp22791
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g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp22793
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kwanza_River
p22795
sbg6
(g13
g8
NtRp22796
(dp22797
g16
Nsg17
Nsg11
VUC
p22798
sbNg6
(g13
g8
NtRp22799
(dp22800
g16
Nsg17
Nsg11
VAngola
p22801
sbg6
(g13
g8
NtRp22802
(dp22803
g16
Nsg17
Nsg11
VCaculo Cabaça Hydroelectric Power Station is a 2,172 megawatts (2,913,000 hp) hydroelectric power station under construction in Angola. When completed, it will be bigger than the 2,070 megawatts (2,780,000 hp) Laúca Hydroelectric Power Station, the largest power station in the country, as of July 2017.
p22804
sbg6
(g13
g8
NtRp22805
(dp22806
g16
Nsg17
Nsg11
VPOINT(14.549444198608 -9.7805557250977)
p22807
sbtp22808
a(g6
(g7
g8
NtRp22809
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g11
Vhttp://dbpedia.org/resource/Caliraya_Dam
p22811
sbg6
(g13
g8
NtRp22812
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g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u041a\u0430\u043b\u0430\u044f\u0430\u043d
p22814
sbg6
(g13
g8
NtRp22815
(dp22816
g16
Nsg17
Nsg11
VPhilippines
p22817
sbg6
(g13
g8
NtRp22818
(dp22819
g16
Nsg17
Nsg11
VE
sbNNg6
(g7
g8
NtRp22820
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g11
Vhttp://dbpedia.org/resource/Caliraya_Dam__Lake__1
p22822
sbNNNg6
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g8
NtRp22823
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp22825
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g16
Nsg17
Nsg11
VPhilippines
p22827
sbg6
(g13
g8
NtRp22828
(dp22829
g16
Nsg17
Nsg11
VCaliraya Dam is an embankment dam located in the town of Lumban province of Laguna, in the Sierra Madre Mountain Range of the Philippines. The reservoir created by the dam, Lake Caliraya, initially supplied one of the oldest hydroelectric plants in the Philippines, and later became a popular recreational area for numerous water sports and fishing. The dam's construction was started in 1939 under the supervision of the architecture firm of Pedro Siochi and Company and a small hydroelectric plant was operated in 1942.
p22830
sbg6
(g13
g8
NtRp22831
(dp22832
g16
Nsg17
Nsg11
VPOINT(121.5013885498 14.288332939148)
p22833
sbtp22834
a(g6
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g8
NtRp22835
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Vhttp://dbpedia.org/resource/Caliraya_Dam
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sbg6
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NtRp22838
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Nsg17
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VCaliraya Dam
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sbg6
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NtRp22841
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Nsg17
Nsg11
VPhilippines
p22843
sbg6
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g8
NtRp22844
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g16
Nsg17
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VE
sbNNg6
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g8
NtRp22846
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g11
Vhttp://dbpedia.org/resource/Caliraya_Dam__Lake__1
p22848
sbNNNg6
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NtRp22849
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g16
Nsg17
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VO
sbNg6
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g8
NtRp22851
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g16
Nsg17
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VPhilippines
p22853
sbg6
(g13
g8
NtRp22854
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Nsg17
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VCaliraya Dam is an embankment dam located in the town of Lumban province of Laguna, in the Sierra Madre Mountain Range of the Philippines. The reservoir created by the dam, Lake Caliraya, initially supplied one of the oldest hydroelectric plants in the Philippines, and later became a popular recreational area for numerous water sports and fishing. The dam's construction was started in 1939 under the supervision of the architecture firm of Pedro Siochi and Company and a small hydroelectric plant was operated in 1942.
p22856
sbg6
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g8
NtRp22857
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VPOINT(121.5013885498 14.288332939148)
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sbtp22860
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g8
NtRp22861
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Vhttp://dbpedia.org/resource/Calueque_Dam
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NtRp22864
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Nsg17
Nsg11
VBarragem do Calueque
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sbg6
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NtRp22867
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Vhttp://dbpedia.org/resource/Angola
p22869
sbNNg6
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NtRp22870
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g27
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V1048.0
p22872
sbNNg6
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NtRp22873
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VPower, Drinking, Irrigation
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NtRp22876
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Nsg11
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p22878
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NtRp22879
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VO
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NtRp22881
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Nsg17
g27
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V4.75e+08
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sbg6
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NtRp22884
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Nsg17
Nsg11
VAngola
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sbg6
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NtRp22887
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Nsg17
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VThe Caluequee Dam, is an operational multipurpose dam across the Kunene River, in Kunene Province, in southwestern Angola. The dam stores water for the 347 MW (465,000 hp) Ruacana Hydroelectric Power Station, in neighboring Namibia. Its waters are also used for the irrigation of farmland, both in Angola and Namibia.
p22889
sbg6
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g8
NtRp22890
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Nsg17
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VPOINT(14.544444084167 -17.272777557373)
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sbtp22893
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NtRp22894
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VBarrage de Calueque
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NtRp22900
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angola
p22902
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NtRp22903
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V1048.0
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NtRp22906
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VPower, Drinking, Irrigation
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NtRp22909
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VO
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V4.75e+08
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sbg6
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NtRp22917
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VAngola
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NtRp22920
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VThe Caluequee Dam, is an operational multipurpose dam across the Kunene River, in Kunene Province, in southwestern Angola. The dam stores water for the 347 MW (465,000 hp) Ruacana Hydroelectric Power Station, in neighboring Namibia. Its waters are also used for the irrigation of farmland, both in Angola and Namibia.
p22922
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g8
NtRp22923
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VPOINT(14.544444084167 -17.272777557373)
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VCaluequedam
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Vhttp://dbpedia.org/resource/Angola
p22935
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p22938
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NtRp22939
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VPower, Drinking, Irrigation
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p22944
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VO
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g27
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V4.75e+08
p22949
sbg6
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NtRp22950
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Nsg17
Nsg11
VAngola
p22952
sbg6
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g8
NtRp22953
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g16
Nsg17
Nsg11
VThe Caluequee Dam, is an operational multipurpose dam across the Kunene River, in Kunene Province, in southwestern Angola. The dam stores water for the 347 MW (465,000 hp) Ruacana Hydroelectric Power Station, in neighboring Namibia. Its waters are also used for the irrigation of farmland, both in Angola and Namibia.
p22955
sbg6
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g8
NtRp22956
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Nsg17
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VPOINT(14.544444084167 -17.272777557373)
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sbtp22959
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VCalueque Dam
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Vhttp://dbpedia.org/resource/Angola
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sbNNg6
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NtRp22969
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g27
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V1048.0
p22971
sbNNg6
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NtRp22972
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Nsg17
Nsg11
VPower, Drinking, Irrigation
p22974
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NtRp22975
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Nsg17
Nsg11
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p22977
sbg6
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g8
NtRp22978
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g16
Nsg17
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VO
sbg6
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g8
NtRp22980
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g16
Nsg17
g27
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V4.75e+08
p22982
sbg6
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g8
NtRp22983
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g16
Nsg17
Nsg11
VAngola
p22985
sbg6
(g13
g8
NtRp22986
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g16
Nsg17
Nsg11
VThe Caluequee Dam, is an operational multipurpose dam across the Kunene River, in Kunene Province, in southwestern Angola. The dam stores water for the 347 MW (465,000 hp) Ruacana Hydroelectric Power Station, in neighboring Namibia. Its waters are also used for the irrigation of farmland, both in Angola and Namibia.
p22988
sbg6
(g13
g8
NtRp22989
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g16
Nsg17
Nsg11
VPOINT(14.544444084167 -17.272777557373)
p22991
sbtp22992
a(g6
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NtRp22993
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Vhttp://dbpedia.org/resource/Calueque_Dam
p22995
sbg6
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NtRp22996
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Nsg17
Nsg11
VRepresa de Calueque
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VPower, Drinking, Irrigation
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VO
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VThe Caluequee Dam, is an operational multipurpose dam across the Kunene River, in Kunene Province, in southwestern Angola. The dam stores water for the 347 MW (465,000 hp) Ruacana Hydroelectric Power Station, in neighboring Namibia. Its waters are also used for the irrigation of farmland, both in Angola and Namibia.
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VCalumet Bluff is a hill about 180 feet high overlooking Lewis and Clark Lake and the Missouri River in Cedar County, Nebraska, U.S., where the Lewis and Clark Expedition held its first council with the Sioux Indians for two days in 1804. Today the Bluff forms the right or south abutment of the Gavins Point Dam. The U.S. Army Corps of Engineers maintains the Lewis and Clark Visitor Center and the Gavins Point Project Administration Offices on Calumet Bluff overlooking the dam.
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VCalumet Bluff is a hill about 180 feet high overlooking Lewis and Clark Lake and the Missouri River in Cedar County, Nebraska, U.S., where the Lewis and Clark Expedition held its first council with the Sioux Indians for two days in 1804. Today the Bluff forms the right or south abutment of the Gavins Point Dam. The U.S. Army Corps of Engineers maintains the Lewis and Clark Visitor Center and the Gavins Point Project Administration Offices on Calumet Bluff overlooking the dam.
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VCamanche Dam is an earthfill Dam on the Mokelumne River in the central California, about 20 mi (32 km) from East Lodi. The dam and reservoir lie in the Sierra Nevada foothills in San Joaquin County. Construction of Camanche Dam was started in 1963 and completed in 1964. East Bay Municipal Utilities District (EBMUD) owns and operates it. The purpose of Camanche Dam and reservoir is to provide flood control, water flows for agriculture, habitat for fisheries and recreation for community.
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VCamanche Dam is an earthfill Dam on the Mokelumne River in the central California, about 20 mi (32 km) from East Lodi. The dam and reservoir lie in the Sierra Nevada foothills in San Joaquin County. Construction of Camanche Dam was started in 1963 and completed in 1964. East Bay Municipal Utilities District (EBMUD) owns and operates it. The purpose of Camanche Dam and reservoir is to provide flood control, water flows for agriculture, habitat for fisheries and recreation for community.
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VCamanche Dam is an earthfill Dam on the Mokelumne River in the central California, about 20 mi (32 km) from East Lodi. The dam and reservoir lie in the Sierra Nevada foothills in San Joaquin County. Construction of Camanche Dam was started in 1963 and completed in 1964. East Bay Municipal Utilities District (EBMUD) owns and operates it. The purpose of Camanche Dam and reservoir is to provide flood control, water flows for agriculture, habitat for fisheries and recreation for community.
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VCambambe Hydroelectric Power Station
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VUC
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NtRp23189
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VAngola
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VThe Cambambe Hydroelectric Power Station is a hydroelectric power plant across the Kwanza River at the border between Cuanza Norte Province and Bengo Province in Angola. Following rehabilitation and expansion, the generation capacity of this installation is 960 megawatts (1,290,000 hp).
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VUC
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NtRp23222
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VAngola
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VThe Cambambe Hydroelectric Power Station is a hydroelectric power plant across the Kwanza River at the border between Cuanza Norte Province and Bengo Province in Angola. Following rehabilitation and expansion, the generation capacity of this installation is 960 megawatts (1,290,000 hp).
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VCambambe-Talsperre
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VThe Cambambe Hydroelectric Power Station is a hydroelectric power plant across the Kwanza River at the border between Cuanza Norte Province and Bengo Province in Angola. Following rehabilitation and expansion, the generation capacity of this installation is 960 megawatts (1,290,000 hp).
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VCentral Hidroelétrica de Cambambe
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VThe Cambambe Hydroelectric Power Station is a hydroelectric power plant across the Kwanza River at the border between Cuanza Norte Province and Bengo Province in Angola. Following rehabilitation and expansion, the generation capacity of this installation is 960 megawatts (1,290,000 hp).
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VThe Cambambe Hydroelectric Power Station is a hydroelectric power plant across the Kwanza River at the border between Cuanza Norte Province and Bengo Province in Angola. Following rehabilitation and expansion, the generation capacity of this installation is 960 megawatts (1,290,000 hp).
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VO
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VSpain
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VCanelles Reservoir is a reservoir in the Pre-Pyrenees area in Spain. It is located in the Noguera Ribagorzana river bordering the province of Huesca, Aragon and the province of Lleida, Catalonia. It was built by the Spanish power utility ENHER.
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NtRp23359
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VCanelles Reservoir is a reservoir in the Pre-Pyrenees area in Spain. It is located in the Noguera Ribagorzana river bordering the province of Huesca, Aragon and the province of Lleida, Catalonia. It was built by the Spanish power utility ENHER.
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VCanyon Dam (National ID # CA00327m also known as Lake Almanor Dam) is an embankment dam on the North Fork Feather River in northern California, 16 mi (26 km) southwest of Westwood. Located about 8 miles (13 km) southeast of Chester, the dam forms Lake Almanor, a large and shallow reservoir surrounded by the Sierra Nevada mountains.
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VThe Canyon Dam is a large arch-gravity dam built across the Maskeliya Oya, 4.5 km (2.8 mi) upstream of the iconic Laxapana Falls, in the Central Province of Sri Lanka. The associated power station plays a major role in the national power grid, due to its significant output.The dam is surrounded by steel structures of the substation.
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VThe Canyon Dam in Texas is a rolled-earth dam on the Guadalupe River in the Hill Country. The water impounded by the dam forms Canyon Lake.
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VCanyon Ferry Dam is a concrete gravity dam in a narrow valley of the Missouri River, United States, where the Big Belt Mountains and the Spokane Hills merge, approximately 68 miles (109 km) downstream from the confluence of the Gallatin, Madison, and Jefferson rivers, and about 20 miles (32 km) east of the city of Helena, Montana. The dam is for flood control, irrigation, recreation and hydroelectric power. The building of the dam created a reservoir known as Canyon Ferry Lake.
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VCanyon Ferry Dam is a concrete gravity dam in a narrow valley of the Missouri River, United States, where the Big Belt Mountains and the Spokane Hills merge, approximately 68 miles (109 km) downstream from the confluence of the Gallatin, Madison, and Jefferson rivers, and about 20 miles (32 km) east of the city of Helena, Montana. The dam is for flood control, irrigation, recreation and hydroelectric power. The building of the dam created a reservoir known as Canyon Ferry Lake.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VThe Capivara Dam is an embankment dam on the Paranapanema River about 10 kilometres (6.2 mi) north of Porecatu, PR in Brazil. It is located along the border of the state of São Paulo to the north and the state of Paraná to the south. It was constructed between 1971 and 1978 for the primary purpose of hydroelectric power generation. The dam's first generator was commissioned in 1977. The dam can store up to 10,540,000,000 cubic metres (8,540,000 acre\u22c5ft) in its reservoir which also covers and area of 515 square kilometres (199 sq mi). It is operated by Duke Energy Generation Paranapanema International.
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VCaptain Anthony Meldahl Locks and Dam
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VThe Captain Anthony Meldahl Locks and Dam is a non-navigable river control dam with an associated lock, located at mile marker 436 on the Ohio River. It was named for Captain Anthony Meldahl, a river captain. The dam has a top length of 1,756 feet (535 m) with a 372-foot (113 m) fixed weir and a 310-foot (94 m) open crest. At normal pool elevation the length is 95 miles (153 km) upstream encompassing an area of 21,700 acres (88 km2). The facility is operated by the United States Army Corps of Engineers.
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V\u0413\u0415\u0421 Meldahl
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VThe Captain Anthony Meldahl Locks and Dam is a non-navigable river control dam with an associated lock, located at mile marker 436 on the Ohio River. It was named for Captain Anthony Meldahl, a river captain. The dam has a top length of 1,756 feet (535 m) with a 372-foot (113 m) fixed weir and a 310-foot (94 m) open crest. At normal pool elevation the length is 95 miles (153 km) upstream encompassing an area of 21,700 acres (88 km2). The facility is operated by the United States Army Corps of Engineers.
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VThe Captain Anthony Meldahl Locks and Dam is a non-navigable river control dam with an associated lock, located at mile marker 436 on the Ohio River. It was named for Captain Anthony Meldahl, a river captain. The dam has a top length of 1,756 feet (535 m) with a 372-foot (113 m) fixed weir and a 310-foot (94 m) open crest. At normal pool elevation the length is 95 miles (153 km) upstream encompassing an area of 21,700 acres (88 km2). The facility is operated by the United States Army Corps of Engineers.
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VCarbon Canyon Dam (or Carbon Creek Dam) is a dam at the northern edge of Orange County, California. The dam is approximately 4 miles (6.4 km) east of the city of Brea and approximately 12 miles (19 km) north of the city of Santa Ana. The drainage area above the dam is 19.3 square miles (50 km2) and is encompassed entirely within the . The flows in a generally southwesterly direction onto the coastal , joins Coyote Creek, and then flows into the San Gabriel River.
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VCardiff Bay Barrage (Welsh: Morglawdd Bae Caerdydd) lies across the mouth of Cardiff Bay, Wales between Queen Alexandra Dock and Penarth Head. It was one of the largest civil engineering projects in Europe during construction in the 1990s.
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VCardiff Bay Barrage (Welsh: Morglawdd Bae Caerdydd) lies across the mouth of Cardiff Bay, Wales between Queen Alexandra Dock and Penarth Head. It was one of the largest civil engineering projects in Europe during construction in the 1990s.
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VThe Caroni\u2013Arena Dam is the largest dam in Trinidad and Tobago. It is located in the Arena Forest Reserve, south of Arima, in the eastern Caroni Plains. WASA supplies water to areas of central Trinidad by purifying the water from the dam. It was opened in the late 1970s/early 1980s.
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VThe Caroni\u2013Arena Dam is the largest dam in Trinidad and Tobago. It is located in the Arena Forest Reserve, south of Arima, in the eastern Caroni Plains. WASA supplies water to areas of central Trinidad by purifying the water from the dam. It was opened in the late 1970s/early 1980s.
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VCarrapatelo Dam (Portuguese: Barragem do Carrapatelo) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Porto and Viseu. It is located in the municipalities of Marco de Canaveses, in Porto District, and Cinfães, Viseu District, Portugal. Construction of the dam began in 1964. The dam was completed in 1972. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCarrapatelo Dam (Portuguese: Barragem do Carrapatelo) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Porto and Viseu. It is located in the municipalities of Marco de Canaveses, in Porto District, and Cinfães, Viseu District, Portugal. Construction of the dam began in 1964. The dam was completed in 1972. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCastaic Power Plant, also known as the Castaic Pumped-Storage Plant, is a seven unit pumped-storage hydroelectric plant, operated by the Los Angeles Department of Water and Power, which provides peak load power from the falling water on the West Branch of the California State Aqueduct. It is a cooperative venture between the LADWP and the Department of Water Resources of the State of California. An agreement between the two organizations was signed on September 2, 1966, for construction of the project.
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p24783
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g8
NtRp24784
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Nsg17
Nsg11
VWater reservoir
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g8
NtRp24787
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jaguaribe_River
p24789
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NtRp24790
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Nsg17
Nsg11
VActive
p24792
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g8
NtRp24793
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Nsg17
Nsg11
VBrazil
p24795
sbg6
(g13
g8
NtRp24796
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Nsg17
Nsg11
VThe Castanhão Dam (Portuguese: Açude Castanhão) is a dam in the state of Ceará, Brazil. It is the largest multiple use reservoir in the country, the largest on an intermittent river, and the main reservoir for the state and the metropolitan region of Fortaleza. The dam supplies drinking water, and supports industry, irrigation and fish farming. Through steady release of water the dam maintains water flow in the Jaguaribe River throughout the year. During 2012\u201316 Ceará experienced a prolonged drought. Water levels in the reservoir dropped to 5% of capacity and usage had to be rationed.
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sbg6
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g8
NtRp24799
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Nsg11
VPOINT(-38.44694519043 -5.4974999427795)
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Nsg17
Nsg11
VCastlereigh Dam
p24808
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g8
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Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p24811
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Nsg17
Nsg11
VG
sbNNNg6
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g8
NtRp24814
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Nsg17
Nsg11
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g8
NtRp24817
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Nsg17
Nsg11
VP
sbg6
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g8
NtRp24819
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kehelgamu_Oya
p24821
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g8
NtRp24822
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp24824
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g16
Nsg17
Nsg11
VSri Lanka
p24826
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g8
NtRp24827
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VThe Castlereigh Dam (also spelled Castlereagh) is a gravity dam built across the Kehelgamu Oya, a major tributary to the Kelani River, approximately 3 km (1.9 mi) south-west of Hatton, in the Central Province of Sri Lanka.
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sbg6
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NtRp24830
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VPOINT(80.566390991211 6.8733334541321)
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g8
NtRp24837
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Nsg17
Nsg11
VCatagunya Power Station
p24839
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g8
NtRp24840
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Nsg17
Nsg11
VAustralia
p24842
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g8
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Nsg17
Nsg11
VG
sbg6
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Nsg17
g27
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Nsg17
Nsg11
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p24853
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g8
NtRp24854
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Nsg17
Nsg11
VP
sbg6
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/River_Derwent_(Tasmania)
p24858
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g8
NtRp24859
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp24861
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g16
Nsg17
Nsg11
VAustralia Tasmania
p24863
sbg6
(g13
g8
NtRp24864
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g16
Nsg17
Nsg11
VThe Catagunya Power Station is a run-of-the-river hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Lower River Derwent catchment and is owned and operated by Hydro Tasmania.
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sbg6
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g8
NtRp24867
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g16
Nsg17
Nsg11
VPOINT(146.58999633789 -42.439998626709)
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sbtp24870
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NtRp24871
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p24873
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g8
NtRp24874
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u0442\u0430\u0433\u0443\u043d\u044f
p24876
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g8
NtRp24877
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Nsg11
VAustralia
p24879
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g8
NtRp24880
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g16
Nsg17
Nsg11
VG
sbg6
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g8
NtRp24882
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Nsg17
g27
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p24884
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g8
NtRp24885
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g11
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p24887
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g8
NtRp24888
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p24890
sbg6
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g8
NtRp24891
(dp24892
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp24893
(dp24894
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/River_Derwent_(Tasmania)
p24895
sbg6
(g13
g8
NtRp24896
(dp24897
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp24898
(dp24899
g16
Nsg17
Nsg11
VAustralia Tasmania
p24900
sbg6
(g13
g8
NtRp24901
(dp24902
g16
Nsg17
Nsg11
VThe Catagunya Power Station is a run-of-the-river hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Lower River Derwent catchment and is owned and operated by Hydro Tasmania.
p24903
sbg6
(g13
g8
NtRp24904
(dp24905
g16
Nsg17
Nsg11
VPOINT(146.58999633789 -42.439998626709)
p24906
sbtp24907
a(g6
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g8
NtRp24908
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g11
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p24910
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g8
NtRp24911
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g16
Nsg17
Nsg11
VCataract Dam
p24913
sbg6
(g13
g8
NtRp24914
(dp24915
g16
Nsg17
Nsg11
VAustralia
p24916
sbg6
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g8
NtRp24917
(dp24918
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp24919
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g16
Nsg17
g27
sg11
V0.247
p24921
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g8
NtRp24922
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g11
Vhttp://dbpedia.org/resource/Cataract_Dam__Lake__1
p24924
sbNg6
(g13
g8
NtRp24925
(dp24926
g16
Nsg17
Nsg11
VPotablewater supply
p24927
sbg6
(g13
g8
NtRp24928
(dp24929
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cataract_River_(Wollondilly)
p24930
sbg6
(g13
g8
NtRp24931
(dp24932
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp24933
(dp24934
g16
Nsg17
Nsg11
VAustralia New South Wales
p24935
sbg6
(g13
g8
NtRp24936
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Nsg17
Nsg11
VThe Cataract Dam is a heritage-listed dam in Cataract (formerly Appin), New South Wales, Australia, provides water to the Macarthur and Illawarra regions, the Wollondilly Shire, and metropolitan Sydney. It is one of four dams and weirs in the catchment of the Upper Nepean Scheme. Completed in 1907 under the supervision of Ernest Macartney de Burgh, the dam is currently owned by Water NSW, an agency of the Government of New South Wales. The dam was listed on the NSW State Heritage Register on 18 November 1999.
p24938
sbg6
(g13
g8
NtRp24939
(dp24940
g16
Nsg17
Nsg11
VPOINT(150.80305480957 -34.265556335449)
p24941
sbtp24942
a(g6
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g8
NtRp24943
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g11
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p24945
sbg6
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g8
NtRp24946
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g16
Nsg17
Nsg11
VCataract Dam
p24948
sbg6
(g13
g8
NtRp24949
(dp24950
g16
Nsg17
Nsg11
VAustralia
p24951
sbg6
(g13
g8
NtRp24952
(dp24953
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp24954
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g16
Nsg17
g27
sg11
V0.247
p24956
sbNg6
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g8
NtRp24957
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g11
Vhttp://dbpedia.org/resource/Cataract_Dam__Lake__1
p24959
sbNg6
(g13
g8
NtRp24960
(dp24961
g16
Nsg17
Nsg11
VPotablewater supply
p24962
sbg6
(g13
g8
NtRp24963
(dp24964
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cataract_River_(Wollondilly)
p24965
sbg6
(g13
g8
NtRp24966
(dp24967
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp24968
(dp24969
g16
Nsg17
Nsg11
VAustralia New South Wales
p24970
sbg6
(g13
g8
NtRp24971
(dp24972
g16
Nsg17
Nsg11
VThe Cataract Dam is a heritage-listed dam in Cataract (formerly Appin), New South Wales, Australia, provides water to the Macarthur and Illawarra regions, the Wollondilly Shire, and metropolitan Sydney. It is one of four dams and weirs in the catchment of the Upper Nepean Scheme. Completed in 1907 under the supervision of Ernest Macartney de Burgh, the dam is currently owned by Water NSW, an agency of the Government of New South Wales. The dam was listed on the NSW State Heritage Register on 18 November 1999.
p24973
sbg6
(g13
g8
NtRp24974
(dp24975
g16
Nsg17
Nsg11
VPOINT(150.80305480957 -34.265556335449)
p24976
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a(g6
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g8
NtRp24978
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g11
Vhttp://dbpedia.org/resource/Cataract_Dam
p24980
sbg6
(g13
g8
NtRp24981
(dp24982
g16
Nsg17
Nsg11
VCataract-Talsperre
p24983
sbg6
(g13
g8
NtRp24984
(dp24985
g16
Nsg17
Nsg11
VAustralia
p24986
sbg6
(g13
g8
NtRp24987
(dp24988
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp24989
(dp24990
g16
Nsg17
g27
sg11
V0.247
p24991
sbNg6
(g7
g8
NtRp24992
(dp24993
g11
Vhttp://dbpedia.org/resource/Cataract_Dam__Lake__1
p24994
sbNg6
(g13
g8
NtRp24995
(dp24996
g16
Nsg17
Nsg11
VPotablewater supply
p24997
sbg6
(g13
g8
NtRp24998
(dp24999
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cataract_River_(Wollondilly)
p25000
sbg6
(g13
g8
NtRp25001
(dp25002
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp25003
(dp25004
g16
Nsg17
Nsg11
VAustralia New South Wales
p25005
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(g13
g8
NtRp25006
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g16
Nsg17
Nsg11
VThe Cataract Dam is a heritage-listed dam in Cataract (formerly Appin), New South Wales, Australia, provides water to the Macarthur and Illawarra regions, the Wollondilly Shire, and metropolitan Sydney. It is one of four dams and weirs in the catchment of the Upper Nepean Scheme. Completed in 1907 under the supervision of Ernest Macartney de Burgh, the dam is currently owned by Water NSW, an agency of the Government of New South Wales. The dam was listed on the NSW State Heritage Register on 18 November 1999.
p25008
sbg6
(g13
g8
NtRp25009
(dp25010
g16
Nsg17
Nsg11
VPOINT(150.80305480957 -34.265556335449)
p25011
sbtp25012
a(g6
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g8
NtRp25013
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p25015
sbg6
(g13
g8
NtRp25016
(dp25017
g16
Nsg17
Nsg11
VCedar Grove Weir
p25018
sbg6
(g13
g8
NtRp25019
(dp25020
g16
Nsg17
Nsg11
VAustralia
p25021
sbNNNNNNNNNg6
(g13
g8
NtRp25022
(dp25023
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Nsg17
Nsg11
VQueensland
p25024
sbg6
(g13
g8
NtRp25025
(dp25026
g16
Nsg17
Nsg11
VThe Cedar Grove Weir is a weir located across the Logan River in the South East region of Queensland, Australia. The main purpose of the weir is for potable water storage.
p25027
sbg6
(g13
g8
NtRp25028
(dp25029
g16
Nsg17
Nsg11
VPOINT(152.97500610352 -27.846389770508)
p25030
sbtp25031
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g8
NtRp25032
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g11
Vhttp://dbpedia.org/resource/Cedar_Pocket_Dam
p25034
sbg6
(g13
g8
NtRp25035
(dp25036
g16
Nsg17
Nsg11
VCedar Pocket Dam
p25037
sbg6
(g13
g8
NtRp25038
(dp25039
g16
Nsg17
Nsg11
VAustralia
p25040
sbNNNNNNNNNg6
(g13
g8
NtRp25041
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Nsg17
Nsg11
VQueensland
p25043
sbg6
(g13
g8
NtRp25044
(dp25045
g16
Nsg17
Nsg11
VThe Cedar Pocket Dam is a partially concrete gravity and rock and earth-fill embankment dam with an un-gated spillway located across the Deep Creek in the Wide Bay\u2013Burnett region of Queensland, Australia. The main purpose of the dam is for irrigation, where the dam provides regulated water supplies along Deep Creek, a tributary of the Mary River.
p25046
sbg6
(g13
g8
NtRp25047
(dp25048
g16
Nsg17
Nsg11
VPOINT(152.79194641113 -26.213333129883)
p25049
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NtRp25051
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p25053
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(g13
g8
NtRp25054
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g16
Nsg17
Nsg11
VCeres Koekedouw Dam
p25056
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g8
NtRp25057
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p25059
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(g13
g8
NtRp25060
(dp25061
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Nsg17
Nsg11
Vrockfill
p25062
sbg6
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g8
NtRp25063
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g16
Nsg17
g27
sg11
V0.275
p25065
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g8
NtRp25066
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g11
Vhttp://dbpedia.org/resource/Ceres_Koekedouw_Dam__Lake__1
p25068
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(g13
g8
NtRp25069
(dp25070
g16
Nsg17
Nsg11
VIrrigation
p25071
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g8
NtRp25072
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Nsg11
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p25074
sbNNNg6
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g8
NtRp25075
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Nsg17
Nsg11
VCeres Koekedouw Dam is a rockfill type dam on the Koekedouw River, near Ceres, Western Cape, South Africa. Its primary purpose is for irrigation.
p25077
sbg6
(g13
g8
NtRp25078
(dp25079
g16
Nsg17
Nsg11
VPOINT(19.275278091431 -33.362499237061)
p25080
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g8
NtRp25082
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g11
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p25084
sbg6
(g13
g8
NtRp25085
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Nsg17
Nsg11
V\u0413\u0415\u0421 Cethana
p25087
sbg6
(g13
g8
NtRp25088
(dp25089
g16
Nsg17
Nsg11
VAustralia
p25090
sbg6
(g13
g8
NtRp25091
(dp25092
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp25093
(dp25094
g16
Nsg17
g27
sg11
V0.213
p25095
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g8
NtRp25096
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p25098
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g8
NtRp25099
(dp25100
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p25101
sbg6
(g13
g8
NtRp25102
(dp25103
g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp25104
(dp25105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Forth_River_(Tasmania)
p25106
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(g13
g8
NtRp25107
(dp25108
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp25109
(dp25110
g16
Nsg17
Nsg11
VAustralia Tasmania
p25111
sbg6
(g13
g8
NtRp25112
(dp25113
g16
Nsg17
Nsg11
VThe Cethana Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia.
p25114
sbg6
(g13
g8
NtRp25115
(dp25116
g16
Nsg17
Nsg11
VPOINT(146.13360595703 -41.479721069336)
p25117
sbtp25118
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g8
NtRp25119
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g11
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p25121
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g8
NtRp25122
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Nsg17
Nsg11
VCethana Power Station
p25124
sbg6
(g13
g8
NtRp25125
(dp25126
g16
Nsg17
Nsg11
VAustralia
p25127
sbg6
(g13
g8
NtRp25128
(dp25129
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp25130
(dp25131
g16
Nsg17
g27
sg11
V0.213
p25132
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(g7
g8
NtRp25133
(dp25134
g11
Vhttp://dbpedia.org/resource/Cethana_Power_Station__Lake__1
p25135
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g8
NtRp25136
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p25138
sbg6
(g13
g8
NtRp25139
(dp25140
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp25141
(dp25142
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Forth_River_(Tasmania)
p25143
sbg6
(g13
g8
NtRp25144
(dp25145
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp25146
(dp25147
g16
Nsg17
Nsg11
VAustralia Tasmania
p25148
sbg6
(g13
g8
NtRp25149
(dp25150
g16
Nsg17
Nsg11
VThe Cethana Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia.
p25151
sbg6
(g13
g8
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VThe Chacorão Dam (or Chocorão Dam, Portuguese: Barragem de Chacorão) is a proposed dam on the Tapajós river in the state of Pará, Brazil.It would flood a section of rapids in the river, making them navigable by barges carrying soybeans to ports on the Amazon River. The dam would include locks for the barges and a hydroelectric power plant.It is controversial since it would flood a large area of an indigenous territory.
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VChain of Rocks Lock and Dam, also known as Locks No. 27, is a lock situated at the southern end of Chouteau Island near St. Louis, Missouri on the Upper Mississippi River. Its associated dam is just downstream of the Chain of Rocks Bridge, and the lock is located over 3 miles (4.8 km) southeast on the Chain of Rocks canal. The canal and locks allow river traffic to bypass a portion of the river that is unnavigable in low water due to an anticlinal exposure of bedrock in the river\u2014a "chain of rocks".
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VChain of Rocks Lock and Dam, also known as Locks No. 27, is a lock situated at the southern end of Chouteau Island near St. Louis, Missouri on the Upper Mississippi River. Its associated dam is just downstream of the Chain of Rocks Bridge, and the lock is located over 3 miles (4.8 km) southeast on the Chain of Rocks canal. The canal and locks allow river traffic to bypass a portion of the river that is unnavigable in low water due to an anticlinal exposure of bedrock in the river\u2014a "chain of rocks".
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VThe Chaira Pumped Storage Hydro Power Plant (Chaira PSHPP) was built in the Rila mountains, about 100 kilometres (62 mi) southeast of Bulgaria's capital city, Sofia. Chaira has generating capacity of 864 megawatts (1,159,000 hp) and a pumping capacity of 788 megawatts (1,057,000 hp). The power plant is equipped with four reversible Francis pump-turbines, each rated at 216 megawatts (290,000 hp) in the generating mode, and 197 megawatts (264,000 hp) in pumping mode. Units 1 and 2 have been in operation since 1995, and at that time Chaira was the largest pumped-storage plant in southeast Europe with the highest head in the world for a single-stage pump turbine (690 metres (2,260 ft) generating and 701 metres (2,300 ft) pumping). Units 3 and 4 came online in 1999. The pump-turbines and motor-
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VThe Chaira Pumped Storage Hydro Power Plant (Chaira PSHPP) was built in the Rila mountains, about 100 kilometres (62 mi) southeast of Bulgaria's capital city, Sofia. Chaira has generating capacity of 864 megawatts (1,159,000 hp) and a pumping capacity of 788 megawatts (1,057,000 hp). The power plant is equipped with four reversible Francis pump-turbines, each rated at 216 megawatts (290,000 hp) in the generating mode, and 197 megawatts (264,000 hp) in pumping mode. Units 1 and 2 have been in operation since 1995, and at that time Chaira was the largest pumped-storage plant in southeast Europe with the highest head in the world for a single-stage pump turbine (690 metres (2,260 ft) generating and 701 metres (2,300 ft) pumping). Units 3 and 4 came online in 1999. The pump-turbines and motor-
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VThe Chaira Pumped Storage Hydro Power Plant (Chaira PSHPP) was built in the Rila mountains, about 100 kilometres (62 mi) southeast of Bulgaria's capital city, Sofia. Chaira has generating capacity of 864 megawatts (1,159,000 hp) and a pumping capacity of 788 megawatts (1,057,000 hp). The power plant is equipped with four reversible Francis pump-turbines, each rated at 216 megawatts (290,000 hp) in the generating mode, and 197 megawatts (264,000 hp) in pumping mode. Units 1 and 2 have been in operation since 1995, and at that time Chaira was the largest pumped-storage plant in southeast Europe with the highest head in the world for a single-stage pump turbine (690 metres (2,260 ft) generating and 701 metres (2,300 ft) pumping). Units 3 and 4 came online in 1999. The pump-turbines and motor-
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VChake Khola Hydropower Station (Nepali: \u091a\u093e\u0915\u0947 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ramechhap District of Nepal. The flow from is used to generate 2.83 MW electricity. The plant is owned and developed by Garjang Upatyaka HP Company Limited, an IPP of Nepal. The plant started generating electricity from 2018(2074-08-28BS) and the generation licence will expire in 2049 (2105-11-20 BS) after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VChaku Khola Hydropower Station is a run-of-the-river hydroelectric power station with an installed capacity of 3 MW. The power station is located in Sindhupalchok District, Nepal. The plant is operated by Alliance Power Nepal, an IPP.
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VThe Chalillo Dam is a gravity dam on the Macal River about 33 km (21 mi) south of San Ignacio in Cayo District, Belize. Chalillo Dam's capacity was premeditated to be only 7.0MW. The dam was constructed by Sinohydro of Beijing, China between 2002 and 2005 with the primary purpose of hydroelectric power production. It is owned and operated by Belize Electricity Limited (BEL). The project budget was approximately US 30 million and included at least 350 Belizean construction workers. Its construction generated controversy over its effect on the surrounding rain forest. Two smaller dams, the Mollejon and Vaca, are downstream from the Chalillo Dam.
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VChameliya Khola Hydropower Station (\u091a\u092e\u0947\u0932\u093f\u092f\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sikhar, Darchula District of Nepal. The flow from the is used to generate 30 MW electricity. The plant is owned and operated by Nepal Electricity Authority. The plant started generating electricity from 2074-10-27 BS. The power station is connected to the national grid.
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VIndia Jharkhand # India3
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VChandil Dam was built across the Subarnarekha, in Bihar (later Jharkhand), as a part of the Subarnarekha Multipurpose Project.
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VThe Changheba Dam (simplified Chinese: \u957f\u6cb3\u575d\u6c34\u7535\u7ad9; traditional Chinese: \u9577\u6cb3\u58e9\u6c34\u96fb\u7ad9) is a concrete rock-filled embankment dam on the Dadu River near Kangding in Sichuan Province, China. Initial construction on the dam began in 2006, before it was officially approved in December 2010 and impounded in 2016. Its power station was fully operational in December 2017. In July 2009, a landslide at the construction site killed four people while causing damage and temporarily blocking the river.
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p25501
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p25506
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VThe Changheba Dam (simplified Chinese: \u957f\u6cb3\u575d\u6c34\u7535\u7ad9; traditional Chinese: \u9577\u6cb3\u58e9\u6c34\u96fb\u7ad9) is a concrete rock-filled embankment dam on the Dadu River near Kangding in Sichuan Province, China. Initial construction on the dam began in 2006, before it was officially approved in December 2010 and impounded in 2016. Its power station was fully operational in December 2017. In July 2009, a landslide at the construction site killed four people while causing damage and temporarily blocking the river.
p25509
sbg6
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VThe Changheba Dam (simplified Chinese: \u957f\u6cb3\u575d\u6c34\u7535\u7ad9; traditional Chinese: \u9577\u6cb3\u58e9\u6c34\u96fb\u7ad9) is a concrete rock-filled embankment dam on the Dadu River near Kangding in Sichuan Province, China. Initial construction on the dam began in 2006, before it was officially approved in December 2010 and impounded in 2016. Its power station was fully operational in December 2017. In July 2009, a landslide at the construction site killed four people while causing damage and temporarily blocking the river.
p25542
sbg6
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NtRp25543
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VSichuan
p25572
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VThe Changheba Dam (simplified Chinese: \u957f\u6cb3\u575d\u6c34\u7535\u7ad9; traditional Chinese: \u9577\u6cb3\u58e9\u6c34\u96fb\u7ad9) is a concrete rock-filled embankment dam on the Dadu River near Kangding in Sichuan Province, China. Initial construction on the dam began in 2006, before it was officially approved in December 2010 and impounded in 2016. Its power station was fully operational in December 2017. In July 2009, a landslide at the construction site killed four people while causing damage and temporarily blocking the river.
p25575
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p25594
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VChao-Phraya-Staudamm
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VThe Chao Phraya Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e08\u0e49\u0e32\u0e1e\u0e23\u0e30\u0e22\u0e32, RTGS: Khuean Chao Phraya, pronounced [k\u02b0\u026f\u0300a\u032fn t\u0361\u0255â\u02d0w p\u02b0r\u0101.j\u0101\u02d0]) is a barrage dam in Sapphaya district, Chai Nat province, Thailand. It regulates the flow of the Chao Phraya River as it passes into lower central Thailand, distributing water to an area of 11,600 square kilometres (4,500 sq mi) in seventeen provinces as part of the . The dam has sixteen 12.5-metre gates. It was built between 1952 and 1957.
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p25639
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VThe Chao Phraya Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e08\u0e49\u0e32\u0e1e\u0e23\u0e30\u0e22\u0e32, RTGS: Khuean Chao Phraya, pronounced [k\u02b0\u026f\u0300a\u032fn t\u0361\u0255â\u02d0w p\u02b0r\u0101.j\u0101\u02d0]) is a barrage dam in Sapphaya district, Chai Nat province, Thailand. It regulates the flow of the Chao Phraya River as it passes into lower central Thailand, distributing water to an area of 11,600 square kilometres (4,500 sq mi) in seventeen provinces as part of the . The dam has sixteen 12.5-metre gates. It was built between 1952 and 1957.
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VIrrigation, power
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VThe Chardara Dam (Kazakh: Shardara), also known as Chardarin Dam, is an earth-fill embankment dam on the Syr Darya River in Shardara District, Kazakhstan. It was constructed between 1964 and 1968 with the primary purpose of irrigation. The dam has an associated 100 MW hydroelectric plant named Shardarinsk Hydroelectric Power Station. The dam provides water to the Kyzyl-Kum channel for crop irrigation. The reservoir created by the dam has a maximum storage capacity of 5,700,000,000 m3 (4,600,000 acre\u22c5ft) and a surface area of 900 km2 (350 sq mi). The dam has been undergoing structural rehabilitation and a power station upgrade is currently in planning. The power station's four 25 MW Kaplan turbine-generators are scheduled to be upgraded to 31.5 MW each.
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p25711
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VThe Chardara Dam (Kazakh: Shardara), also known as Chardarin Dam, is an earth-fill embankment dam on the Syr Darya River in Shardara District, Kazakhstan. It was constructed between 1964 and 1968 with the primary purpose of irrigation. The dam has an associated 100 MW hydroelectric plant named Shardarinsk Hydroelectric Power Station. The dam provides water to the Kyzyl-Kum channel for crop irrigation. The reservoir created by the dam has a maximum storage capacity of 5,700,000,000 m3 (4,600,000 acre\u22c5ft) and a surface area of 900 km2 (350 sq mi). The dam has been undergoing structural rehabilitation and a power station upgrade is currently in planning. The power station's four 25 MW Kaplan turbine-generators are scheduled to be upgraded to 31.5 MW each.
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VEmbalse de Chardara
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VEmbankment, earth-fill
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VThe Chardara Dam (Kazakh: Shardara), also known as Chardarin Dam, is an earth-fill embankment dam on the Syr Darya River in Shardara District, Kazakhstan. It was constructed between 1964 and 1968 with the primary purpose of irrigation. The dam has an associated 100 MW hydroelectric plant named Shardarinsk Hydroelectric Power Station. The dam provides water to the Kyzyl-Kum channel for crop irrigation. The reservoir created by the dam has a maximum storage capacity of 5,700,000,000 m3 (4,600,000 acre\u22c5ft) and a surface area of 900 km2 (350 sq mi). The dam has been undergoing structural rehabilitation and a power station upgrade is currently in planning. The power station's four 25 MW Kaplan turbine-generators are scheduled to be upgraded to 31.5 MW each.
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VEmbankment, earth-fill
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VIrrigation, power
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VThe Chardara Dam (Kazakh: Shardara), also known as Chardarin Dam, is an earth-fill embankment dam on the Syr Darya River in Shardara District, Kazakhstan. It was constructed between 1964 and 1968 with the primary purpose of irrigation. The dam has an associated 100 MW hydroelectric plant named Shardarinsk Hydroelectric Power Station. The dam provides water to the Kyzyl-Kum channel for crop irrigation. The reservoir created by the dam has a maximum storage capacity of 5,700,000,000 m3 (4,600,000 acre\u22c5ft) and a surface area of 900 km2 (350 sq mi). The dam has been undergoing structural rehabilitation and a power station upgrade is currently in planning. The power station's four 25 MW Kaplan turbine-generators are scheduled to be upgraded to 31.5 MW each.
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Vo
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VCharnawati Khola Hydroelectric Project is a run-of-the-river hydroelectric power station with an installed capacity of 3.52 MW. This power station is located in Dolakha District, Nepal. The flow is 2.19 m3/s and gross head is 199 m. The annual generation of energy is 20.383 GWh. The electricity is connected to Makaibari (Gaighat) substation of NEA via 11 km long 33kV transmission line. The plant is operated by Nepal Hydro Developer Limited, a public company developing various hydropower projects in Nepal.
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VCharowa dam, (also known as Charwa dam), is situated in the midst of four hills in Hazaribagh district, Jharkhand, India. The Charawa dam reservoir is known to fill up beyond the safe level during the monsoon, most recently in 2017, when spill gates were opened to prevent unsafe levels. The reservoir is home to various vulture species, including the largest and the smallest vultures, the Himalayan vulture and the Egyptian vulture respectively. Critically Endangered species like the Indian vulture and White-rumped vulture are also found here.
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VCharowa dam, (also known as Charwa dam), is situated in the midst of four hills in Hazaribagh district, Jharkhand, India. The Charawa dam reservoir is known to fill up beyond the safe level during the monsoon, most recently in 2017, when spill gates were opened to prevent unsafe levels. The reservoir is home to various vulture species, including the largest and the smallest vultures, the Himalayan vulture and the Egyptian vulture respectively. Critically Endangered species like the Indian vulture and White-rumped vulture are also found here.
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VChatara Hydropower Station(\u0928\u0947\u092a\u093e\u0932\u0940\u0903 \u091a\u0924\u0930\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a canal drop type power station having an installed capacity of 3.2 MW. The power station was commissioned in the year 1996 AD and was handed over to Nepal Electricity Authority by Sunsari Morang Irrigation Project on 29 March 1999. This power station is supplying electricity to local area through Chatara feeder. The plant was repaired in 2073BS by replacing the turbines.
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VChelmarsh Reservoir is a water supply reservoir located in the village of Chelmarsh, Shropshire. The reservoir is operated by South Staffordshire Water and was created in 1963 to augment the supply of water in a large area of South Staffordshire and the Black Country. The main source of water to the reservoir is from abstraction from the River Severn. The reservoir is the main source of supply for Sedgley beacon service reservoir that feeds potable water to some parts of Wolverhampton.Chelmarsh Reservoir attracts many species of wild birds.
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VThe Chengbihe Dam is an embankment dam on the Chengbihe River, a tributary of the You River. It is located 6 km (4 mi) north of Baise City in Guangxi, China. The dam was constructed between 1958 and 1961. The 70 m (230 ft) tall earth dam with a concrete core creates a 1,150,000,000 m3 (932,320 acre\u22c5ft) reservoir and supports a 30 MW power station. The original four generators were commissioned in 1966 at 6.5 MW each but were uprated to 7.5 MW in 1997.
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VCheongpyeong Dam (Korean: \uccad\ud3c9\ub310) is a dam located in Gyeonggi Province. The dam is located 49 m (160 feet) above sea level, about 40 km (25 miles) from Seoul. Located on the Bukhan River in the southwest of Gapyeong County, it was built in 1943 as the Cheongpyeong hydroelectric power plant. This power plant has an installed capacity of 79,600 kW and an average output of 35,000 kW. Transportation to Seoul attracts many tourists from Gyeongin. In particular, Cheongpyeong Dam has a popular water ski resort, and an American-run foreigner's amusement park even more famous inside the dam.
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VDiga di Cheongpyeong
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VCheongpyeong Dam (Korean: \uccad\ud3c9\ub310) is a dam located in Gyeonggi Province. The dam is located 49 m (160 feet) above sea level, about 40 km (25 miles) from Seoul. Located on the Bukhan River in the southwest of Gapyeong County, it was built in 1943 as the Cheongpyeong hydroelectric power plant. This power plant has an installed capacity of 79,600 kW and an average output of 35,000 kW. Transportation to Seoul attracts many tourists from Gyeongin. In particular, Cheongpyeong Dam has a popular water ski resort, and an American-run foreigner's amusement park even more famous inside the dam.
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VCheongpyeong Dam (Korean: \uccad\ud3c9\ub310) is a dam located in Gyeonggi Province. The dam is located 49 m (160 feet) above sea level, about 40 km (25 miles) from Seoul. Located on the Bukhan River in the southwest of Gapyeong County, it was built in 1943 as the Cheongpyeong hydroelectric power plant. This power plant has an installed capacity of 79,600 kW and an average output of 35,000 kW. Transportation to Seoul attracts many tourists from Gyeongin. In particular, Cheongpyeong Dam has a popular water ski resort, and an American-run foreigner's amusement park even more famous inside the dam.
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VCheongpyeong Dam (Korean: \uccad\ud3c9\ub310) is a dam located in Gyeonggi Province. The dam is located 49 m (160 feet) above sea level, about 40 km (25 miles) from Seoul. Located on the Bukhan River in the southwest of Gapyeong County, it was built in 1943 as the Cheongpyeong hydroelectric power plant. This power plant has an installed capacity of 79,600 kW and an average output of 35,000 kW. Transportation to Seoul attracts many tourists from Gyeongin. In particular, Cheongpyeong Dam has a popular water ski resort, and an American-run foreigner's amusement park even more famous inside the dam.
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VThe Cheruthoni Dam, located in Idukki District, Kerala, India, is a 138m tall concrete gravity dam. This dam was constructed in 1976 as part of the Idukki Hydroelectric Project along with two other dams Idukki and Kulamavu. The Government of Canada aided the Project with long-term loans and grants. The dam was constructed by HCC (Hindustan Construction Company Ltd.) and the consultant was S.N.C.Inc., Canada,
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VChhandi Khola Hydropower Station (Nepali: \u091b\u094d\u092f\u093e\u0919\u094d\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Lamjung District of Nepal. The flow from Chhandi River is used to generate 2 MW electricity. The plant has design flow of 0.67 m3/s and design head of 710 m, making it one of the projects with the largest head.
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VChichester Dam is a minor concrete gravity dam across the Chichester and Wangat rivers, upstream of Dungog, in the Hunter Region of New South Wales, Australia. The dam's main purpose is water supply for the Lower Hunter region. A mini hydro-electric power station operates at times of peak flow and is connected to the national grid. The impounded reservoir is Lake Chichester.
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VChichester Dam is a minor concrete gravity dam across the Chichester and Wangat rivers, upstream of Dungog, in the Hunter Region of New South Wales, Australia. The dam's main purpose is water supply for the Lower Hunter region. A mini hydro-electric power station operates at times of peak flow and is connected to the national grid. The impounded reservoir is Lake Chichester.
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VChichester Dam is a minor concrete gravity dam across the Chichester and Wangat rivers, upstream of Dungog, in the Hunter Region of New South Wales, Australia. The dam's main purpose is water supply for the Lower Hunter region. A mini hydro-electric power station operates at times of peak flow and is connected to the national grid. The impounded reservoir is Lake Chichester.
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VChichester Dam is a minor concrete gravity dam across the Chichester and Wangat rivers, upstream of Dungog, in the Hunter Region of New South Wales, Australia. The dam's main purpose is water supply for the Lower Hunter region. A mini hydro-electric power station operates at times of peak flow and is connected to the national grid. The impounded reservoir is Lake Chichester.
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VThe Chicoasén Dam (officially known as Manuel Moreno Torres) is an embankment dam and hydroelectric power station on the Grijalva River near Chicoasén in Chiapas, Mexico. The dam's power plant, officially named for Manuel Moreno Torres, contains 5 x 300 MW, 3 x 310 MW Francis turbine-generators. Torres was Comisión Federal de Electricidad's (the dam's owner) Director General in the later 1950s. The original generators were first operational in 1980 while the 310 MW units were ordered in 2000 and operational by 2005. Since then, the hydroelectric power station is the largest in Mexico. The dam was designed in the early 1970s and constructed between 1974 and 1980 under topographical and geological constraints. It is an earth and rock fill embankment type with a height of 261 m (856 ft)and le
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VThe Chicoasén Dam (officially known as Manuel Moreno Torres) is an embankment dam and hydroelectric power station on the Grijalva River near Chicoasén in Chiapas, Mexico. The dam's power plant, officially named for Manuel Moreno Torres, contains 5 x 300 MW, 3 x 310 MW Francis turbine-generators. Torres was Comisión Federal de Electricidad's (the dam's owner) Director General in the later 1950s. The original generators were first operational in 1980 while the 310 MW units were ordered in 2000 and operational by 2005. Since then, the hydroelectric power station is the largest in Mexico. The dam was designed in the early 1970s and constructed between 1974 and 1980 under topographical and geological constraints. It is an earth and rock fill embankment type with a height of 261 m (856 ft)and le
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VThe Chicoasén Dam (officially known as Manuel Moreno Torres) is an embankment dam and hydroelectric power station on the Grijalva River near Chicoasén in Chiapas, Mexico. The dam's power plant, officially named for Manuel Moreno Torres, contains 5 x 300 MW, 3 x 310 MW Francis turbine-generators. Torres was Comisión Federal de Electricidad's (the dam's owner) Director General in the later 1950s. The original generators were first operational in 1980 while the 310 MW units were ordered in 2000 and operational by 2005. Since then, the hydroelectric power station is the largest in Mexico. The dam was designed in the early 1970s and constructed between 1974 and 1980 under topographical and geological constraints. It is an earth and rock fill embankment type with a height of 261 m (856 ft)and le
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VThe Chicoasén Dam (officially known as Manuel Moreno Torres) is an embankment dam and hydroelectric power station on the Grijalva River near Chicoasén in Chiapas, Mexico. The dam's power plant, officially named for Manuel Moreno Torres, contains 5 x 300 MW, 3 x 310 MW Francis turbine-generators. Torres was Comisión Federal de Electricidad's (the dam's owner) Director General in the later 1950s. The original generators were first operational in 1980 while the 310 MW units were ordered in 2000 and operational by 2005. Since then, the hydroelectric power station is the largest in Mexico. The dam was designed in the early 1970s and constructed between 1974 and 1980 under topographical and geological constraints. It is an earth and rock fill embankment type with a height of 261 m (856 ft)and le
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VChilime Hydropower Company Limited (Chilime) was incorporated in 1995 with an objective of hydroelectricity generation through optimal utilization of resources within the country. Nepal Electricity Authority (NEA) holds majority ownership with 51% share holding. Remaining 49% shareholding is from general public including 10% equity ownership of local people. Chilime owns and operates 22.1 MW power plant commissioned on August 25, 2003 and located in Rasuwa district, 133 km north of capital city Kathmandu. It sales bulk electricity to NEA at the long term PPA price. The annual energy generation from the plant is about 150 GWh.
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VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
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VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
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V1.275e+06
p26868
sbg6
(g13
g8
NtRp26869
(dp26870
g16
Nsg17
Nsg11
VRussia Dagestan#Russia
p26871
sbg6
(g13
g8
NtRp26872
(dp26873
g16
Nsg17
Nsg11
VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
p26874
sbg6
(g13
g8
NtRp26875
(dp26876
g16
Nsg17
Nsg11
VPOINT(46.871112823486 42.976943969727)
p26877
sbtp26878
a(g6
(g7
g8
NtRp26879
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g11
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p26881
sbg6
(g13
g8
NtRp26882
(dp26883
g16
Nsg17
Nsg11
VChirkey Dam
p26884
sbg6
(g13
g8
NtRp26885
(dp26886
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p26887
sbg6
(g13
g8
NtRp26888
(dp26889
g16
Nsg17
Nsg11
VArch
p26890
sbg6
(g13
g8
NtRp26891
(dp26892
g16
Nsg17
g27
sg11
V0.338
p26893
sbNg6
(g7
g8
NtRp26894
(dp26895
g11
Vhttp://dbpedia.org/resource/Chirkey_Dam__Lake__1
p26896
sbg6
(g13
g8
NtRp26897
(dp26898
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p26899
sbNg6
(g13
g8
NtRp26900
(dp26901
g16
Nsg17
Nsg11
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p26902
sbg6
(g13
g8
NtRp26903
(dp26904
g16
Nsg17
Nsg11
VIn use
p26905
sbg6
(g13
g8
NtRp26906
(dp26907
g16
Nsg17
g27
sg11
V1.275e+06
p26908
sbg6
(g13
g8
NtRp26909
(dp26910
g16
Nsg17
Nsg11
VRussia Dagestan#Russia
p26911
sbg6
(g13
g8
NtRp26912
(dp26913
g16
Nsg17
Nsg11
VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
p26914
sbg6
(g13
g8
NtRp26915
(dp26916
g16
Nsg17
Nsg11
VPOINT(46.871112823486 42.976943969727)
p26917
sbtp26918
a(g6
(g7
g8
NtRp26919
(dp26920
g11
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p26921
sbg6
(g13
g8
NtRp26922
(dp26923
g16
Nsg17
Nsg11
VBarrage de Tchirkeïsk
p26924
sbg6
(g13
g8
NtRp26925
(dp26926
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p26927
sbg6
(g13
g8
NtRp26928
(dp26929
g16
Nsg17
Nsg11
VArch
p26930
sbg6
(g13
g8
NtRp26931
(dp26932
g16
Nsg17
g27
sg11
V0.338
p26933
sbNg6
(g7
g8
NtRp26934
(dp26935
g11
Vhttp://dbpedia.org/resource/Chirkey_Dam__Lake__1
p26936
sbg6
(g13
g8
NtRp26937
(dp26938
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p26939
sbNg6
(g13
g8
NtRp26940
(dp26941
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sulak_River
p26942
sbg6
(g13
g8
NtRp26943
(dp26944
g16
Nsg17
Nsg11
VIn use
p26945
sbg6
(g13
g8
NtRp26946
(dp26947
g16
Nsg17
g27
sg11
V1.275e+06
p26948
sbg6
(g13
g8
NtRp26949
(dp26950
g16
Nsg17
Nsg11
VRussia Dagestan#Russia
p26951
sbg6
(g13
g8
NtRp26952
(dp26953
g16
Nsg17
Nsg11
VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
p26954
sbg6
(g13
g8
NtRp26955
(dp26956
g16
Nsg17
Nsg11
VPOINT(46.871112823486 42.976943969727)
p26957
sbtp26958
a(g6
(g7
g8
NtRp26959
(dp26960
g11
Vhttp://dbpedia.org/resource/Chirkey_Dam
p26961
sbg6
(g13
g8
NtRp26962
(dp26963
g16
Nsg17
Nsg11
V\u0427\u0438\u0440\u043a\u0435\u0439\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p26964
sbg6
(g13
g8
NtRp26965
(dp26966
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p26967
sbg6
(g13
g8
NtRp26968
(dp26969
g16
Nsg17
Nsg11
VArch
p26970
sbg6
(g13
g8
NtRp26971
(dp26972
g16
Nsg17
g27
sg11
V0.338
p26973
sbNg6
(g7
g8
NtRp26974
(dp26975
g11
Vhttp://dbpedia.org/resource/Chirkey_Dam__Lake__1
p26976
sbg6
(g13
g8
NtRp26977
(dp26978
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p26979
sbNg6
(g13
g8
NtRp26980
(dp26981
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sulak_River
p26982
sbg6
(g13
g8
NtRp26983
(dp26984
g16
Nsg17
Nsg11
VIn use
p26985
sbg6
(g13
g8
NtRp26986
(dp26987
g16
Nsg17
g27
sg11
V1.275e+06
p26988
sbg6
(g13
g8
NtRp26989
(dp26990
g16
Nsg17
Nsg11
VRussia Dagestan#Russia
p26991
sbg6
(g13
g8
NtRp26992
(dp26993
g16
Nsg17
Nsg11
VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
p26994
sbg6
(g13
g8
NtRp26995
(dp26996
g16
Nsg17
Nsg11
VPOINT(46.871112823486 42.976943969727)
p26997
sbtp26998
a(g6
(g7
g8
NtRp26999
(dp27000
g11
Vhttp://dbpedia.org/resource/Chirkey_Dam
p27001
sbg6
(g13
g8
NtRp27002
(dp27003
g16
Nsg17
Nsg11
VTschirkei-Talsperre
p27004
sbg6
(g13
g8
NtRp27005
(dp27006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russia
p27007
sbg6
(g13
g8
NtRp27008
(dp27009
g16
Nsg17
Nsg11
VArch
p27010
sbg6
(g13
g8
NtRp27011
(dp27012
g16
Nsg17
g27
sg11
V0.338
p27013
sbNg6
(g7
g8
NtRp27014
(dp27015
g11
Vhttp://dbpedia.org/resource/Chirkey_Dam__Lake__1
p27016
sbg6
(g13
g8
NtRp27017
(dp27018
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p27019
sbNg6
(g13
g8
NtRp27020
(dp27021
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sulak_River
p27022
sbg6
(g13
g8
NtRp27023
(dp27024
g16
Nsg17
Nsg11
VIn use
p27025
sbg6
(g13
g8
NtRp27026
(dp27027
g16
Nsg17
g27
sg11
V1.275e+06
p27028
sbg6
(g13
g8
NtRp27029
(dp27030
g16
Nsg17
Nsg11
VRussia Dagestan#Russia
p27031
sbg6
(g13
g8
NtRp27032
(dp27033
g16
Nsg17
Nsg11
VThe Chirkey Dam (Chirkeisk GES) is an arch dam on the Sulak River in Dagestan, Russia. The main purpose of the dam is hydroelectric power production, and it supports a 1,000 MW power station. Construction on the dam began in 1964, the first generator was operational by 1974, the last in 1976 while the project was officially completed in 1978. It is the tallest arch dam in Russia.
p27034
sbg6
(g13
g8
NtRp27035
(dp27036
g16
Nsg17
Nsg11
VPOINT(46.871112823486 42.976943969727)
p27037
sbtp27038
a(g6
(g7
g8
NtRp27039
(dp27040
g11
Vhttp://dbpedia.org/resource/Chishimba_Hydroelectric_Power_Station
p27041
sbg6
(g13
g8
NtRp27042
(dp27043
g16
Nsg17
Nsg11
VChishimba Hydroelectric Power Station
p27044
sbg6
(g13
g8
NtRp27045
(dp27046
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p27047
sbNNNNg6
(g13
g8
NtRp27048
(dp27049
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p27050
sbg6
(g13
g8
NtRp27051
(dp27052
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp27053
(dp27054
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp27055
(dp27056
g16
Nsg17
Nsg11
VZambia#Africa#World
p27057
sbg6
(g13
g8
NtRp27058
(dp27059
g16
Nsg17
Nsg11
VChishimba Hydroelectric Power Station is a 15 megawatts (20,000 hp) hydroelectric power station that sits across the Luombe River in Zambia. The power station, first commissioned in 1959, was rehabilitated and expanded in 1971 and again expanded and modernized in the 2020s. This power station is owned by the Government of Zambia and is operated and maintained by Zambia Electricity Supply Corporation Limited (ZESCO), the national electricity utility company. The energy generated here is distributed to the city of Kasama and other parts of Kasama District.
p27060
sbg6
(g13
g8
NtRp27061
(dp27062
g16
Nsg17
Nsg11
VPOINT(30.914443969727 -10.11888885498)
p27063
sbtp27064
a(g6
(g7
g8
NtRp27065
(dp27066
g11
Vhttp://dbpedia.org/resource/Chishimba_Hydroelectric_Power_Station
p27067
sbg6
(g13
g8
NtRp27068
(dp27069
g16
Nsg17
Nsg11
VChishimba Hydroelectric Power Station
p27070
sbg6
(g13
g8
NtRp27071
(dp27072
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p27073
sbNNNNg6
(g13
g8
NtRp27074
(dp27075
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p27076
sbg6
(g13
g8
NtRp27077
(dp27078
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp27079
(dp27080
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp27081
(dp27082
g16
Nsg17
Nsg11
VZambia#Africa#World
p27083
sbg6
(g13
g8
NtRp27084
(dp27085
g16
Nsg17
Nsg11
VChishimba Hydroelectric Power Station is a 15 megawatts (20,000 hp) hydroelectric power station that sits across the Luombe River in Zambia. The power station, first commissioned in 1959, was rehabilitated and expanded in 1971 and again expanded and modernized in the 2020s. This power station is owned by the Government of Zambia and is operated and maintained by Zambia Electricity Supply Corporation Limited (ZESCO), the national electricity utility company. The energy generated here is distributed to the city of Kasama and other parts of Kasama District.
p27086
sbg6
(g13
g8
NtRp27087
(dp27088
g16
Nsg17
Nsg11
VPOINT(30.914443969727 -10.11888885498)
p27089
sbtp27090
a(g6
(g7
g8
NtRp27091
(dp27092
g11
Vhttp://dbpedia.org/resource/Chollet_Hydroelectric_Power_Station
p27093
sbg6
(g13
g8
NtRp27094
(dp27095
g16
Nsg17
Nsg11
VChollet Hydroelectric Power Station
p27096
sbg6
(g13
g8
NtRp27097
(dp27098
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cameroon
p27099
sbNNNNg6
(g13
g8
NtRp27100
(dp27101
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Cameroon
p27102
sbg6
(g13
g8
NtRp27103
(dp27104
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp27105
(dp27106
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ngoko_River
p27107
sbg6
(g13
g8
NtRp27108
(dp27109
g16
Nsg17
Nsg11
VUC
p27110
sbNg6
(g13
g8
NtRp27111
(dp27112
g16
Nsg17
Nsg11
VCameroon#Africa#World
p27113
sbg6
(g13
g8
NtRp27114
(dp27115
g16
Nsg17
Nsg11
VChollet Hydroelectric Power Station is a 600 megawatts (800,000 hp) hydroelectric power station under development across the Ngoko River, in Cameroon and the Republic of the Congo in Central Africa. The construction contract was awarded to China Gezhouba Group Company (CGGC), in May 2021.
p27116
sbg6
(g13
g8
NtRp27117
(dp27118
g16
Nsg17
Nsg11
VPOINT(15.001944541931 2.0133333206177)
p27119
sbtp27120
a(g6
(g7
g8
NtRp27121
(dp27122
g11
Vhttp://dbpedia.org/resource/Chonghu'er_Dam
p27123
sbg6
(g13
g8
NtRp27124
(dp27125
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Ch\u014dngh\u016b\u011br
p27126
sbg6
(g13
g8
NtRp27127
(dp27128
g16
Nsg17
Nsg11
VChina
p27129
sbg6
(g13
g8
NtRp27130
(dp27131
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p27132
sbg6
(g13
g8
NtRp27133
(dp27134
g16
Nsg17
g27
sg11
V0.545
p27135
sbNg6
(g7
g8
NtRp27136
(dp27137
g11
Vhttp://dbpedia.org/resource/Chonghu'er_Dam__Lake__1
p27138
sbNg6
(g13
g8
NtRp27139
(dp27140
g16
Nsg17
Nsg11
VPower
p27141
sbg6
(g13
g8
NtRp27142
(dp27143
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burqin_River
p27144
sbg6
(g13
g8
NtRp27145
(dp27146
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp27147
(dp27148
g16
Nsg17
Nsg11
VChina
p27149
sbg6
(g13
g8
NtRp27150
(dp27151
g16
Nsg17
Nsg11
VThe Chonghu'er Dam is a gravity dam on the river in Burqin County of Xinjiang Uighur Autonomous Region, China. The 74 m (243 ft) tall dam is constructed with roller-compacted concrete and supports a 110 MW hydroelectric power station. Construction on the dam began in 2006 and it was completed in 2009.
p27152
sbg6
(g13
g8
NtRp27153
(dp27154
g16
Nsg17
Nsg11
VPOINT(87.151443481445 48.183437347412)
p27155
sbtp27156
a(g6
(g7
g8
NtRp27157
(dp27158
g11
Vhttp://dbpedia.org/resource/Chonghu'er_Dam
p27159
sbg6
(g13
g8
NtRp27160
(dp27161
g16
Nsg17
Nsg11
VChonghu'er Dam
p27162
sbg6
(g13
g8
NtRp27163
(dp27164
g16
Nsg17
Nsg11
VChina
p27165
sbg6
(g13
g8
NtRp27166
(dp27167
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p27168
sbg6
(g13
g8
NtRp27169
(dp27170
g16
Nsg17
g27
sg11
V0.545
p27171
sbNg6
(g7
g8
NtRp27172
(dp27173
g11
Vhttp://dbpedia.org/resource/Chonghu'er_Dam__Lake__1
p27174
sbNg6
(g13
g8
NtRp27175
(dp27176
g16
Nsg17
Nsg11
VPower
p27177
sbg6
(g13
g8
NtRp27178
(dp27179
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burqin_River
p27180
sbg6
(g13
g8
NtRp27181
(dp27182
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp27183
(dp27184
g16
Nsg17
Nsg11
VChina
p27185
sbg6
(g13
g8
NtRp27186
(dp27187
g16
Nsg17
Nsg11
VThe Chonghu'er Dam is a gravity dam on the river in Burqin County of Xinjiang Uighur Autonomous Region, China. The 74 m (243 ft) tall dam is constructed with roller-compacted concrete and supports a 110 MW hydroelectric power station. Construction on the dam began in 2006 and it was completed in 2009.
p27188
sbg6
(g13
g8
NtRp27189
(dp27190
g16
Nsg17
Nsg11
VPOINT(87.151443481445 48.183437347412)
p27191
sbtp27192
a(g6
(g7
g8
NtRp27193
(dp27194
g11
Vhttp://dbpedia.org/resource/Chotiari_Dam
p27195
sbg6
(g13
g8
NtRp27196
(dp27197
g16
Nsg17
Nsg11
VChotiari Dam
p27198
sbg6
(g13
g8
NtRp27199
(dp27200
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p27201
sbNNNg6
(g7
g8
NtRp27202
(dp27203
g11
Vhttp://dbpedia.org/resource/Chotiari_Dam__Lake__1
p27204
sbNg6
(g13
g8
NtRp27205
(dp27206
g16
Nsg17
Nsg11
VReservoir
p27207
sbNg6
(g13
g8
NtRp27208
(dp27209
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp27210
(dp27211
g16
Nsg17
Nsg11
VSindh#Pakistan
p27212
sbg6
(g13
g8
NtRp27213
(dp27214
g16
Nsg17
Nsg11
VChotiari Dam (Urdu: \u0686\u0648\u0679\u06cc\u0627\u0631\u06cc \u0628\u0646\u062f ) is an artificial water reservoir situated 35 km away from the Sanghar town in Sanghar District, Sindh, Pakistan. Its construction was completed in December 2002, at the total cost of Rs 6 billion. The main purpose of constructing this dam is to discharge saline water of the Left Bank Outfall Drain (LBOD). The dam is extended to 24,300 acres (9,800 ha) with storage capacity of 750,000 acres (300,000 ha) feet. It has an active capacity of 0.67 MAF.
p27215
sbg6
(g13
g8
NtRp27216
(dp27217
g16
Nsg17
Nsg11
VPOINT(69.063331604004 26.137500762939)
p27218
sbtp27219
a(g6
(g7
g8
NtRp27220
(dp27221
g11
Vhttp://dbpedia.org/resource/Chouteau_Lock_&_Dam
p27222
sbg6
(g13
g8
NtRp27223
(dp27224
g16
Nsg17
Nsg11
VChouteau Lock & Dam
p27225
sbg6
(g13
g8
NtRp27226
(dp27227
g16
Nsg17
Nsg11
VUnited States
p27228
sbNg6
(g13
g8
NtRp27229
(dp27230
g16
Nsg17
g27
sg11
V0.0161544
p27231
sbNg6
(g7
g8
NtRp27232
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VChouteau Lock & Dam, also identified as Chouteau Lock & Dam 17, is 17th lock and dam of the McClellan-Kerr Arkansas River Navigation System (MKARNS) from the Mississippi River to its terminus at the Tulsa Port of Catoosa, and is the first lock and dam on the Verdigris River in Oklahoma, just above the Three Forks junction with the Arkansas River. The lock is about 4 miles (6.4 km) northwest of Okay in Wagoner County, Oklahoma. Construction of this facility started in 1966 and was completed in 1970. The estimated cost of Chouteau Lock & Dam was $ 31.8 million.
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VChowilla Dam was a proposed water storage reservoir on the Murray River in the 1960s. The dam wall would have been in South Australia, but the reservoir behind it would have stretched upstream into Victoria and New South Wales. The site was selected in 1960. Early preparations for its construction were conducted before the project was halted. These included a 23 km service railway from the Barmera railway line, which was dismantled without ever actually being used.
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VChulabhorn Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e08\u0e38\u0e2c\u0e32\u0e20\u0e23\u0e13\u0e4c) is a dam in Tambon Thung Lui Lai, Khon San District, Chaiyaphum Province, Thailand. It impounds the Phrom River, a tributary of the Mekong. The dam has diverted the Nam Phrong River. As water leaves its turbines, it empties into the Choen River. The dam is named for Princess Chulabhorn of Thailand.
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VChulabhorn Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e08\u0e38\u0e2c\u0e32\u0e20\u0e23\u0e13\u0e4c) is a dam in Tambon Thung Lui Lai, Khon San District, Chaiyaphum Province, Thailand. It impounds the Phrom River, a tributary of the Mekong. The dam has diverted the Nam Phrong River. As water leaves its turbines, it empties into the Choen River. The dam is named for Princess Chulabhorn of Thailand.
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VThe Chungju Dam is a gravity dam on the Namhan River, 6 km (4 mi) northeast of Chungju in Chungcheongbuk-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1978 and was complete in 1985. The 98 m (322 ft) tall dam withholds a reservoir of 2,750,000,000 m3 (2,229,461 acre\u22c5ft) and supplies water to a 400 MW power station.
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VThe Chungju Dam is a gravity dam on the Namhan River, 6 km (4 mi) northeast of Chungju in Chungcheongbuk-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1978 and was complete in 1985. The 98 m (322 ft) tall dam withholds a reservoir of 2,750,000,000 m3 (2,229,461 acre\u22c5ft) and supplies water to a 400 MW power station.
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VThe Chungju Dam is a gravity dam on the Namhan River, 6 km (4 mi) northeast of Chungju in Chungcheongbuk-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1978 and was complete in 1985. The 98 m (322 ft) tall dam withholds a reservoir of 2,750,000,000 m3 (2,229,461 acre\u22c5ft) and supplies water to a 400 MW power station.
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VThe Chungju Dam is a gravity dam on the Namhan River, 6 km (4 mi) northeast of Chungju in Chungcheongbuk-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1978 and was complete in 1985. The 98 m (322 ft) tall dam withholds a reservoir of 2,750,000,000 m3 (2,229,461 acre\u22c5ft) and supplies water to a 400 MW power station.
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VThe Chungju Dam is a gravity dam on the Namhan River, 6 km (4 mi) northeast of Chungju in Chungcheongbuk-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1978 and was complete in 1985. The 98 m (322 ft) tall dam withholds a reservoir of 2,750,000,000 m3 (2,229,461 acre\u22c5ft) and supplies water to a 400 MW power station.
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VThe Chungju Dam is a gravity dam on the Namhan River, 6 km (4 mi) northeast of Chungju in Chungcheongbuk-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1978 and was complete in 1985. The 98 m (322 ft) tall dam withholds a reservoir of 2,750,000,000 m3 (2,229,461 acre\u22c5ft) and supplies water to a 400 MW power station.
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VCimarron Hydroelectric Power Project a hydroelectric power plant in El Salvador, that was to start construction in 2010. The plant would have been be located in the upper basin of the Lempa River, upstream of the Cerrón Grande Hydroelectric Dam. The proposed location of the dam was between the towns of on the left shore and Metapán, Santa Ana, on the right shore. A tunnel would divert water from the Lempa River to a powerhouse and substation to be built near Agua Caliente. With an estimated capacity of 261 megawatts, the project would have increased El Salvador's total generation capacity by almost 25%.
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VThe Cingino Dam is a gravity masonry dam located 7 kilometres (4 mi) southwest of Antrona Schieranco, Province of Verbano-Cusio-Ossola in Piedmont, Italy. The dam creates Lago Cingino (or Cingino reservoir) which is fed by the Antigine and Troncone streams. The reservoir has a surface area of 0.14 square kilometres (0.1 sq mi) and is maximum 2,262 metres (7,421 ft) above sea level, typically 2,250 metres (7,382 ft). It is one of five reservoirs within a hydroelectric complex in the Valle Antrona and helps supply the Campliccioli Power Plant with water for power production.
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VThe Cingino Dam is a gravity masonry dam located 7 kilometres (4 mi) southwest of Antrona Schieranco, Province of Verbano-Cusio-Ossola in Piedmont, Italy. The dam creates Lago Cingino (or Cingino reservoir) which is fed by the Antigine and Troncone streams. The reservoir has a surface area of 0.14 square kilometres (0.1 sq mi) and is maximum 2,262 metres (7,421 ft) above sea level, typically 2,250 metres (7,382 ft). It is one of five reservoirs within a hydroelectric complex in the Valle Antrona and helps supply the Campliccioli Power Plant with water for power production.
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VThe Cingino Dam is a gravity masonry dam located 7 kilometres (4 mi) southwest of Antrona Schieranco, Province of Verbano-Cusio-Ossola in Piedmont, Italy. The dam creates Lago Cingino (or Cingino reservoir) which is fed by the Antigine and Troncone streams. The reservoir has a surface area of 0.14 square kilometres (0.1 sq mi) and is maximum 2,262 metres (7,421 ft) above sea level, typically 2,250 metres (7,382 ft). It is one of five reservoirs within a hydroelectric complex in the Valle Antrona and helps supply the Campliccioli Power Plant with water for power production.
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VThe Cingino Dam is a gravity masonry dam located 7 kilometres (4 mi) southwest of Antrona Schieranco, Province of Verbano-Cusio-Ossola in Piedmont, Italy. The dam creates Lago Cingino (or Cingino reservoir) which is fed by the Antigine and Troncone streams. The reservoir has a surface area of 0.14 square kilometres (0.1 sq mi) and is maximum 2,262 metres (7,421 ft) above sea level, typically 2,250 metres (7,382 ft). It is one of five reservoirs within a hydroelectric complex in the Valle Antrona and helps supply the Campliccioli Power Plant with water for power production.
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VThe Cingino Dam is a gravity masonry dam located 7 kilometres (4 mi) southwest of Antrona Schieranco, Province of Verbano-Cusio-Ossola in Piedmont, Italy. The dam creates Lago Cingino (or Cingino reservoir) which is fed by the Antigine and Troncone streams. The reservoir has a surface area of 0.14 square kilometres (0.1 sq mi) and is maximum 2,262 metres (7,421 ft) above sea level, typically 2,250 metres (7,382 ft). It is one of five reservoirs within a hydroelectric complex in the Valle Antrona and helps supply the Campliccioli Power Plant with water for power production.
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VThe Cirata Dam is an embankment dam on the Citarum River in West Java, Indonesia. It is located 100 km (62 mi) southeast of Jakarta. It was constructed between 1984 and 1988 for the primary purpose of hydroelectric power generation. Other purposes include flood control, aquaculture, water supply and irrigation. The 125 m (410 ft) tall concrete-face rock-fill dam is situated just before a sharp bend in the river and withholds a reservoir with a gross storage capacity of 2,165,000,000 m3 (1,755,194 acre\u22c5ft). The reservoir has a surface area of 62 km2 (24 sq mi) which caused the relocation of 6,335 families. The dam's power station is located on the north side of the river bend and contains eight 126 MW Francis turbine-generators. It has a total installed capacity of 1,008 MW and an annual ge
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VThe Cirata Dam is an embankment dam on the Citarum River in West Java, Indonesia. It is located 100 km (62 mi) southeast of Jakarta. It was constructed between 1984 and 1988 for the primary purpose of hydroelectric power generation. Other purposes include flood control, aquaculture, water supply and irrigation. The 125 m (410 ft) tall concrete-face rock-fill dam is situated just before a sharp bend in the river and withholds a reservoir with a gross storage capacity of 2,165,000,000 m3 (1,755,194 acre\u22c5ft). The reservoir has a surface area of 62 km2 (24 sq mi) which caused the relocation of 6,335 families. The dam's power station is located on the north side of the river bend and contains eight 126 MW Francis turbine-generators. It has a total installed capacity of 1,008 MW and an annual ge
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VThe Cirata Dam is an embankment dam on the Citarum River in West Java, Indonesia. It is located 100 km (62 mi) southeast of Jakarta. It was constructed between 1984 and 1988 for the primary purpose of hydroelectric power generation. Other purposes include flood control, aquaculture, water supply and irrigation. The 125 m (410 ft) tall concrete-face rock-fill dam is situated just before a sharp bend in the river and withholds a reservoir with a gross storage capacity of 2,165,000,000 m3 (1,755,194 acre\u22c5ft). The reservoir has a surface area of 62 km2 (24 sq mi) which caused the relocation of 6,335 families. The dam's power station is located on the north side of the river bend and contains eight 126 MW Francis turbine-generators. It has a total installed capacity of 1,008 MW and an annual ge
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VThe Cirata Dam is an embankment dam on the Citarum River in West Java, Indonesia. It is located 100 km (62 mi) southeast of Jakarta. It was constructed between 1984 and 1988 for the primary purpose of hydroelectric power generation. Other purposes include flood control, aquaculture, water supply and irrigation. The 125 m (410 ft) tall concrete-face rock-fill dam is situated just before a sharp bend in the river and withholds a reservoir with a gross storage capacity of 2,165,000,000 m3 (1,755,194 acre\u22c5ft). The reservoir has a surface area of 62 km2 (24 sq mi) which caused the relocation of 6,335 families. The dam's power station is located on the north side of the river bend and contains eight 126 MW Francis turbine-generators. It has a total installed capacity of 1,008 MW and an annual ge
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VThe Cirata Dam is an embankment dam on the Citarum River in West Java, Indonesia. It is located 100 km (62 mi) southeast of Jakarta. It was constructed between 1984 and 1988 for the primary purpose of hydroelectric power generation. Other purposes include flood control, aquaculture, water supply and irrigation. The 125 m (410 ft) tall concrete-face rock-fill dam is situated just before a sharp bend in the river and withholds a reservoir with a gross storage capacity of 2,165,000,000 m3 (1,755,194 acre\u22c5ft). The reservoir has a surface area of 62 km2 (24 sq mi) which caused the relocation of 6,335 families. The dam's power station is located on the north side of the river bend and contains eight 126 MW Francis turbine-generators. It has a total installed capacity of 1,008 MW and an annual ge
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VClanwilliam Dam is a concrete gravity dam on the Olifants River, near Clanwilliam, Western Cape, South Africa. It was established in 1935, and the wall was raised to its current height of 43 metres (141 ft) in 1964. The main purpose of the dam is to provide irrigation water to the agricultural region downstream. It has a capacity of 121,800,000 cubic metres (4.30×109 cu ft). The feasibility of raising the dam wall by another 15 metres has been investigated.
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VThe Clarendon Weir is a weir in the Australian state of South Australia, located on the Onkaparinga River in the suburb of Clarendon, about 20 kilometres (12 mi) south of the Adelaide city centre. Built in 1894\u201396 as a solution to Adelaide's sewer problems, the weir supplied water to the Adelaide plains to flush the sewers as there simply was not enough water to keep the population healthy. A tunnel was built with ponies and carts through the hills to Happy Valley where a reservoir was built. The water was pumped from the Weir through the tunnel to Happy Valley Reservoir. There is no other catchment for this reservoir. Mt Bold Reservoir was added in the 1940s to again supplement Adelaide's water supply with the Clarendon Weir acting as a holding dam down stream. The water is used to supply
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VThe Clarendon Weir is a weir in the Australian state of South Australia, located on the Onkaparinga River in the suburb of Clarendon, about 20 kilometres (12 mi) south of the Adelaide city centre. Built in 1894\u201396 as a solution to Adelaide's sewer problems, the weir supplied water to the Adelaide plains to flush the sewers as there simply was not enough water to keep the population healthy. A tunnel was built with ponies and carts through the hills to Happy Valley where a reservoir was built. The water was pumped from the Weir through the tunnel to Happy Valley Reservoir. There is no other catchment for this reservoir. Mt Bold Reservoir was added in the 1940s to again supplement Adelaide's water supply with the Clarendon Weir acting as a holding dam down stream. The water is used to supply
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VClark Canyon Dam is an earthfill dam located in Beaverhead County, Montana, about 20 miles (30 km) south of the county seat of Dillon. The dam impounds the waters of the Beaverhead River, creating a body of water known as Clark Canyon Reservoir. The structure was constructed in 1961-1964 by the United States Bureau of Reclamation, to hold water for downstream irrigation and for flood control purposes.
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VThe Claytor Dam is a gravity dam on the New River in Pulaski County, Virginia, United States. It is also located about 2.5 mi (4.0 km) south of Radford. It is named after William Graham Claytor, then vice president of Appalachian Power Company (APC), who was instrumental in the dam's construction. APC is now a subsidiary of American Electric Power (AEP) who owns the dam. The primary purpose of the dam is hydroelectric power generation and it supports a 75 MW power station. Its reservoir, Claytor Lake, is also used for recreation. The dam was constructed and its power station commissioned in 1939. It received its first license in 1943. It is 1,142 ft (348 m) long and 145 ft (44 m) tall. It stores a reservoir with a capacity of 225,000 acre\u22c5ft (278,000,000 m3). The reservoir covers 4,472 acr
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VThe Claytor Dam is a gravity dam on the New River in Pulaski County, Virginia, United States. It is also located about 2.5 mi (4.0 km) south of Radford. It is named after William Graham Claytor, then vice president of Appalachian Power Company (APC), who was instrumental in the dam's construction. APC is now a subsidiary of American Electric Power (AEP) who owns the dam. The primary purpose of the dam is hydroelectric power generation and it supports a 75 MW power station. Its reservoir, Claytor Lake, is also used for recreation. The dam was constructed and its power station commissioned in 1939. It received its first license in 1943. It is 1,142 ft (348 m) long and 145 ft (44 m) tall. It stores a reservoir with a capacity of 225,000 acre\u22c5ft (278,000,000 m3). The reservoir covers 4,472 acr
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VThe Cleveland Dam is a 91-metre high (299 ft) concrete dam at the head of the Capilano River in North Vancouver, British Columbia, Canada that holds back Capilano Lake, also known as Capilano reservoir. Part of the Capilano River Regional Park, it stores a portion of the Lower Mainland's drinking water. It captures water from one of the three Metro Vancouver watersheds. Construction was started in 1951 and completed in 1954.
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VThe Cleveland Dam is a 91-metre high (299 ft) concrete dam at the head of the Capilano River in North Vancouver, British Columbia, Canada that holds back Capilano Lake, also known as Capilano reservoir. Part of the Capilano River Regional Park, it stores a portion of the Lower Mainland's drinking water. It captures water from one of the three Metro Vancouver watersheds. Construction was started in 1951 and completed in 1954.
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VPOINT(-123.11074829102 49.360408782959)
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VThe Cleveland Dam is a 91-metre high (299 ft) concrete dam at the head of the Capilano River in North Vancouver, British Columbia, Canada that holds back Capilano Lake, also known as Capilano reservoir. Part of the Capilano River Regional Park, it stores a portion of the Lower Mainland's drinking water. It captures water from one of the three Metro Vancouver watersheds. Construction was started in 1951 and completed in 1954.
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VThe Cleveland Dam is a 91-metre high (299 ft) concrete dam at the head of the Capilano River in North Vancouver, British Columbia, Canada that holds back Capilano Lake, also known as Capilano reservoir. Part of the Capilano River Regional Park, it stores a portion of the Lower Mainland's drinking water. It captures water from one of the three Metro Vancouver watersheds. Construction was started in 1951 and completed in 1954.
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VThe Cluny Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Lower River Derwent catchment and is owned and operated by Hydro Tasmania.
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VThe Coca Codo Sinclair Dam is a hydroelectric dam in Ecuador. It is located on the Coca River in Napo Province, 100 kilometres (62 mi) east of Quito. It is the largest energy project in Ecuador. The dam was constructed by Sinohydro Corporation for $2.25 billion. The plant became fully operational in November 2016. It has a capacity of 1,500 megawatts.
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VThe Coca Codo Sinclair Dam is a hydroelectric dam in Ecuador. It is located on the Coca River in Napo Province, 100 kilometres (62 mi) east of Quito. It is the largest energy project in Ecuador. The dam was constructed by Sinohydro Corporation for $2.25 billion. The plant became fully operational in November 2016. It has a capacity of 1,500 megawatts.
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g27
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g8
NtRp28275
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g16
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g8
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g16
Nsg17
Nsg11
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NtRp28281
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g16
Nsg17
Nsg11
VEcuador
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g8
NtRp28284
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Nsg17
Nsg11
VThe Coca Codo Sinclair Dam is a hydroelectric dam in Ecuador. It is located on the Coca River in Napo Province, 100 kilometres (62 mi) east of Quito. It is the largest energy project in Ecuador. The dam was constructed by Sinohydro Corporation for $2.25 billion. The plant became fully operational in November 2016. It has a capacity of 1,500 megawatts.
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g8
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VPOINT(-77.453002929688 -0.13799999654293)
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p28293
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NtRp28294
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g16
Nsg17
Nsg11
VCentrale hydroélectrique Coca Codo Sinclair
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g8
NtRp28297
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g16
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Nsg11
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NtRp28300
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g16
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g8
NtRp28312
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g16
Nsg17
Nsg11
VEcuador
p28314
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g8
NtRp28315
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g16
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VThe Coca Codo Sinclair Dam is a hydroelectric dam in Ecuador. It is located on the Coca River in Napo Province, 100 kilometres (62 mi) east of Quito. It is the largest energy project in Ecuador. The dam was constructed by Sinohydro Corporation for $2.25 billion. The plant became fully operational in November 2016. It has a capacity of 1,500 megawatts.
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p28324
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NtRp28325
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Nsg11
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g16
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g16
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g16
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p28342
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g8
NtRp28343
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g16
Nsg17
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VEcuador
p28345
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(g13
g8
NtRp28346
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g16
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Nsg11
VThe Coca Codo Sinclair Dam is a hydroelectric dam in Ecuador. It is located on the Coca River in Napo Province, 100 kilometres (62 mi) east of Quito. It is the largest energy project in Ecuador. The dam was constructed by Sinohydro Corporation for $2.25 billion. The plant became fully operational in November 2016. It has a capacity of 1,500 megawatts.
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g8
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VPOINT(-77.453002929688 -0.13799999654293)
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g8
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g16
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Nsg11
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g8
NtRp28362
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g16
Nsg17
Nsg11
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g8
NtRp28365
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g16
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g27
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g8
NtRp28368
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Nsg11
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g8
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g16
Nsg17
Nsg11
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p28373
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(g13
g8
NtRp28374
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g16
Nsg17
Nsg11
VEcuador
p28376
sbg6
(g13
g8
NtRp28377
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g16
Nsg17
Nsg11
VThe Coca Codo Sinclair Dam is a hydroelectric dam in Ecuador. It is located on the Coca River in Napo Province, 100 kilometres (62 mi) east of Quito. It is the largest energy project in Ecuador. The dam was constructed by Sinohydro Corporation for $2.25 billion. The plant became fully operational in November 2016. It has a capacity of 1,500 megawatts.
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g8
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g16
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VPOINT(-77.453002929688 -0.13799999654293)
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NtRp28387
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Nsg17
Nsg11
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g8
NtRp28390
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g16
Nsg17
Nsg11
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g8
NtRp28393
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g16
Nsg17
Nsg11
VMontana
p28395
sbg6
(g13
g8
NtRp28396
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g16
Nsg17
Nsg11
VCochrane Dam is a run-of-the river hydroelectric dam on the Missouri River, about 8 miles (13 km) northeast of Great Falls in the U.S. state of Montana. The dam has a concrete gravity design and is 59 feet (18 m) high and 753 feet (230 m) long. Its power station has two generators capable of producing 64 megawatts. Construction of the dam was finished in 1958. Montana Power Company originally built the dam, PPL Corporation purchased it in 1997 and sold it to NorthWestern Corporation in 2014.
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g8
NtRp28399
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g16
Nsg17
Nsg11
VPOINT(-111.14888763428 47.55305480957)
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sbtp28402
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g8
NtRp28403
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g8
NtRp28406
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp28409
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g16
Nsg17
Nsg11
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p28411
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g8
NtRp28412
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g16
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VMontana
p28414
sbg6
(g13
g8
NtRp28415
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g16
Nsg17
Nsg11
VCochrane Dam is a run-of-the river hydroelectric dam on the Missouri River, about 8 miles (13 km) northeast of Great Falls in the U.S. state of Montana. The dam has a concrete gravity design and is 59 feet (18 m) high and 753 feet (230 m) long. Its power station has two generators capable of producing 64 megawatts. Construction of the dam was finished in 1958. Montana Power Company originally built the dam, PPL Corporation purchased it in 1997 and sold it to NorthWestern Corporation in 2014.
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g8
NtRp28418
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g16
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Nsg11
VPOINT(-111.14888763428 47.55305480957)
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sbtp28421
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g8
NtRp28422
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g11
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p28424
sbg6
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g8
NtRp28425
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g16
Nsg17
Nsg11
VCochrane Dam (New South Wales)
p28427
sbg6
(g13
g8
NtRp28428
(dp28429
g16
Nsg17
Nsg11
VAustralia
p28430
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(g13
g8
NtRp28431
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g16
Nsg17
Nsg11
VNew South Wales
p28433
sbg6
(g13
g8
NtRp28434
(dp28435
g16
Nsg17
Nsg11
VCochrane Dam is a minor earthfill embankment dam with concrete spillway across Georges Creek, located in the South Coast region of New South Wales, Australia. The main purpose of the dam is to supply water for hydro-power at the downstream Brown Mountain Power Station and for irrigation purposes. The impounded reservoir is called Cochrane Lake.
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sbg6
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g8
NtRp28437
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g16
Nsg17
Nsg11
VPOINT(149.45111083984 -36.564998626709)
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sbtp28440
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NtRp28441
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g11
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p28443
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g8
NtRp28444
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g16
Nsg17
Nsg11
VCochrane Dam
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(g13
g8
NtRp28447
(dp28448
g16
Nsg17
Nsg11
VAustralia
p28449
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(g13
g8
NtRp28450
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g16
Nsg17
Nsg11
VNew South Wales
p28452
sbg6
(g13
g8
NtRp28453
(dp28454
g16
Nsg17
Nsg11
VCochrane Dam is a minor earthfill embankment dam with concrete spillway across Georges Creek, located in the South Coast region of New South Wales, Australia. The main purpose of the dam is to supply water for hydro-power at the downstream Brown Mountain Power Station and for irrigation purposes. The impounded reservoir is called Cochrane Lake.
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g8
NtRp28456
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g16
Nsg17
Nsg11
VPOINT(149.45111083984 -36.564998626709)
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NtRp28463
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g16
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Nsg11
VCocorobó Dam
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(g13
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NtRp28466
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g16
Nsg17
Nsg11
VBrazil
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NtRp28469
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g16
Nsg17
Nsg11
VEarth fill
p28471
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(g13
g8
NtRp28472
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g16
Nsg17
g27
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V0.643
p28474
sbg6
(g13
g8
NtRp28475
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g16
Nsg17
g27
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V362.0
p28477
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g8
NtRp28478
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p28480
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g8
NtRp28481
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g16
Nsg17
Nsg11
VWater storage
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g8
NtRp28484
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g16
Nsg17
Nsg11
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g8
NtRp28487
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Nsg11
VActive
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g8
NtRp28490
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g16
Nsg17
Nsg11
VBrazil
p28492
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g8
NtRp28493
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Nsg17
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VThe Cocorobó Dam (Portuguese: Açude Cocorobó) is a dam in the state of Bahia, Brazil.It provides a reservoir of water for irrigation and drinking in the arid caatinga environment of the Raso da Catarina.The reservoir covers the ruins of the city of Canudos, scene of the War of Canudos in 1896\u201397.
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VPOINT(-39.039096832275 -9.8827438354492)
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Nsg11
VCoffeeville Lock and Dam
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(g13
g8
NtRp28506
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g16
Nsg17
Nsg11
VUnited States
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g8
NtRp28509
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g16
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VAlabama
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g8
NtRp28512
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g16
Nsg17
Nsg11
VCoffeeville Lock and Dam are located on the Tombigbee River in Choctaw County, Alabama near the town of Coffeeville operated by the US Army Corps of Engineers. Construction on the lock began in 1956 and while the lock was operational in 1960, all works were not completed until 1965. They were originally known as Jackson Lock and Dam.
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g8
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VPOINT(-88.129104614258 31.757091522217)
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NtRp28522
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g16
Nsg17
Nsg11
VCogswell Dam
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g8
NtRp28525
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g16
Nsg17
Nsg11
VUnited States
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Nsg17
g27
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g8
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NtRp28534
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Nsg17
Nsg11
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Nsg11
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g8
NtRp28540
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g16
Nsg17
Nsg11
VCalifornia
p28542
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g8
NtRp28543
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g16
Nsg17
Nsg11
VCogswell Dam is a rockfill dam on the West Fork of the San Gabriel River in Los Angeles County, California. It is located in the San Gabriel Mountains, northeast of Mount Wilson, and within the Angeles National Forest. It forms Cogswell Reservoir, which has a capacity of 8,969 acre-feet (11,063,000 m3). The dam serves mainly for flood control in conjunction with San Gabriel Dam and Morris Dam downstream. San Gabriel Dam lies 13 miles (21 km) downstream.
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g8
NtRp28546
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g16
Nsg17
Nsg11
VPOINT(-117.96527862549 34.244720458984)
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NtRp28550
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NtRp28553
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g16
Nsg17
Nsg11
VCold Brook Dam
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g8
NtRp28556
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
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g8
NtRp28559
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Nsg17
Nsg11
VEmbankment
p28561
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g8
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p28564
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g8
NtRp28565
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p28567
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g8
NtRp28568
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Nsg11
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p28570
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g8
NtRp28571
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp28573
(dp28574
g16
Nsg17
Nsg11
VSouth Dakota
p28575
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g8
NtRp28576
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g16
Nsg17
Nsg11
VCold Brook Dam is an earthen dam located near Hot Springs, South Dakota in Fall River County in the southwestern part of the state, in the southern Black Hills. The earthen dam was constructed in 1953 by the United States Army Corps of Engineers with a height of 127 feet and a length at its crest of 925 feet. It impounds , a tributary of the Cheyenne River for flood control purposes during flash flood events for nearby Hot Springs. The dam is owned and operated by the Corps of Engineers, Omaha District.
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g8
NtRp28579
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g16
Nsg17
Nsg11
VPOINT(-103.48908996582 43.4541015625)
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NtRp28583
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p28585
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(g13
g8
NtRp28586
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g16
Nsg17
Nsg11
VColeridge Power Station
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(g13
g8
NtRp28589
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g16
Nsg17
Nsg11
VNew Zealand
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NtRp28592
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p28594
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NtRp28595
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Nsg17
Nsg11
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NtRp28598
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp28600
(dp28601
g16
Nsg17
Nsg11
VThe Coleridge Power Station is a hydroelectric facility at Lake Coleridge on the Rakaia River in Canterbury, New Zealand. The power station is owned and operated by TrustPower.
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g8
NtRp28603
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Nsg11
VPOINT(171.52694702148 -43.364166259766)
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NtRp28610
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g16
Nsg17
Nsg11
VColley Wobbles Power Station
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g8
NtRp28613
(dp28614
g16
Nsg17
Nsg11
VSouth Africa
p28615
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NtRp28616
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Eskom
p28618
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NtRp28619
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g16
Nsg17
Nsg11
VPower
p28621
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g8
NtRp28622
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g16
Nsg17
Nsg11
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p28624
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g8
NtRp28625
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g16
Nsg17
Nsg11
VOperational
p28627
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g8
NtRp28628
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g16
Nsg17
Nsg11
VSouth Africa
p28630
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g8
NtRp28631
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Nsg17
Nsg11
VThe Colley Wobbles Power Station is a hydroelectric power facility located approximately 30 km east of Dutywa in the Amathole District Municipality of the Eastern Cape of South Africa. Water is drawn from behind a dam on the Mbhashe River and diverted through a penstock to the Colley Wobbles Power Station. The power station discharges into the Mbhashe River.
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VThe Columbia River Treaty is a 1961 agreement between Canada and the United States on the development and operation of dams in the upper Columbia River basin for power and flood control benefits in both countries. Four dams were constructed under this treaty: three in the Canadian province of British Columbia (Duncan Dam, Mica Dam, Keenleyside Dam) and one in the U.S. state of Montana (Libby Dam).
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VThe Columbia River Treaty is a 1961 agreement between Canada and the United States on the development and operation of dams in the upper Columbia River basin for power and flood control benefits in both countries. Four dams were constructed under this treaty: three in the Canadian province of British Columbia (Duncan Dam, Mica Dam, Keenleyside Dam) and one in the U.S. state of Montana (Libby Dam).
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VTraité du fleuve Columbia
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VThe Columbia River Treaty is a 1961 agreement between Canada and the United States on the development and operation of dams in the upper Columbia River basin for power and flood control benefits in both countries. Four dams were constructed under this treaty: three in the Canadian province of British Columbia (Duncan Dam, Mica Dam, Keenleyside Dam) and one in the U.S. state of Montana (Libby Dam).
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VThe Columbia River Treaty is a 1961 agreement between Canada and the United States on the development and operation of dams in the upper Columbia River basin for power and flood control benefits in both countries. Four dams were constructed under this treaty: three in the Canadian province of British Columbia (Duncan Dam, Mica Dam, Keenleyside Dam) and one in the U.S. state of Montana (Libby Dam).
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VConchas Dam is a dam on the Canadian River in San Miguel County, New Mexico in the United States, about 50 miles (80 km) northeast of Santa Rosa. Forming Conchas Lake, it is a concrete gravity dam flanked by earthen wing dikes, standing 235 feet (72 m) high with a total length of 19,500 feet (5,900 m). The dam serves mainly for irrigation water supply and flood control and is operated by the U.S. Army Corps of Engineers.
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VThe Condor Cliff Dam, formerly known as Néstor Kirchner Dam, is a concrete-face rock-fill dam being built on the Santa Cruz River about 180 km (110 mi) west of Puerto Santa Cruz in Santa Cruz Province, Argentina. It was renamed after the former president Néstor Kirchner, born in Santa Cruz. A consortium led by China's Gezhouba Group was awarded the contract to build the Néstor Kirchner Dam and Jorge Cepernic Dam downstream in August 2013. The consortium will also fund the construction. Both dams are expected to cost nearly US$4.8 billion. It will be built by the firm Electroingeniería, led by Osvaldo Acosta and Gerardo Ferreyra. The primary purpose of the dam is hydroelectric power generation and its power station will have an installed capacity of 1,140 megawatts (1,530,000 hp).
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VThe Condor Cliff Dam, formerly known as Néstor Kirchner Dam, is a concrete-face rock-fill dam being built on the Santa Cruz River about 180 km (110 mi) west of Puerto Santa Cruz in Santa Cruz Province, Argentina. It was renamed after the former president Néstor Kirchner, born in Santa Cruz. A consortium led by China's Gezhouba Group was awarded the contract to build the Néstor Kirchner Dam and Jorge Cepernic Dam downstream in August 2013. The consortium will also fund the construction. Both dams are expected to cost nearly US$4.8 billion. It will be built by the firm Electroingeniería, led by Osvaldo Acosta and Gerardo Ferreyra. The primary purpose of the dam is hydroelectric power generation and its power station will have an installed capacity of 1,140 megawatts (1,530,000 hp).
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VThe Condor Cliff Dam, formerly known as Néstor Kirchner Dam, is a concrete-face rock-fill dam being built on the Santa Cruz River about 180 km (110 mi) west of Puerto Santa Cruz in Santa Cruz Province, Argentina. It was renamed after the former president Néstor Kirchner, born in Santa Cruz. A consortium led by China's Gezhouba Group was awarded the contract to build the Néstor Kirchner Dam and Jorge Cepernic Dam downstream in August 2013. The consortium will also fund the construction. Both dams are expected to cost nearly US$4.8 billion. It will be built by the firm Electroingeniería, led by Osvaldo Acosta and Gerardo Ferreyra. The primary purpose of the dam is hydroelectric power generation and its power station will have an installed capacity of 1,140 megawatts (1,530,000 hp).
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VFlood control, power
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VConemaugh Dam (also known as Conemaugh River Dam or Conemaugh River Lake Dam) is a concrete gravity dam across the Conemaugh River, near the town of Saltsburg, in Pennsylvania. The dam was authorized by the Flood Control Act of 1936 and completed in 1952 by the U.S. Army Corps of Engineers for flood protection on the Conemaugh, Kiskiminetas, and Allegheny Rivers. The dam is one of 16 flood control structures in the Corps' Pittsburgh District.
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VThe Conklingville Dam, in Hadley, Saratoga County, New York, is an earthen dam which holds back the Great Sacandaga Lake (in the town of Day, New York). The dam, completed in 1930, is owned by the Hudson River\u2013Black River Regulating District. It stands 95 feet high, impounds a maximum of 792,000 acre-feet; the lake has a perimeter of 129 miles (208 km), and an area of 42 square miles (11,000 ha). The hydroelectric plant is named for Elmer West, a builder of the Spier Falls Dam located downstream on the Hudson.
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VThe Connolly Dam, also called the Silverwood Dam, is a rock\u2013fill embankment dam with an un\u2013gated spillway across the Rosenthall Creek and the Fitz Creek that is located in the Darling Downs region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Southern Downs Region.
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VThe Conowingo Dam (also Conowingo Hydroelectric Plant, Conowingo Hydroelectric Station) is a large hydroelectric dam in the lower Susquehanna River near the town of Conowingo, Maryland. The medium-height, masonry gravity dam is one of the largest non-federal hydroelectric dams in the U.S., and the largest dam in the state of Maryland. The dam sits about 9.9 miles (16 km) from the river mouth at the Chesapeake Bay, 5 miles (8 km) south of the Pennsylvania border and 45 miles (72 km) northeast of Baltimore, on the border between Cecil and Harford counties.
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VThe Conowingo Dam (also Conowingo Hydroelectric Plant, Conowingo Hydroelectric Station) is a large hydroelectric dam in the lower Susquehanna River near the town of Conowingo, Maryland. The medium-height, masonry gravity dam is one of the largest non-federal hydroelectric dams in the U.S., and the largest dam in the state of Maryland. The dam sits about 9.9 miles (16 km) from the river mouth at the Chesapeake Bay, 5 miles (8 km) south of the Pennsylvania border and 45 miles (72 km) northeast of Baltimore, on the border between Cecil and Harford counties.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coo-Trois-Ponts Hydroelectric Power Station is a pumped-storage hydroelectric power station located in Trois-Ponts, Province of Liege, Belgium. Located next to the Amblève River, the power station uses its water to support a power scheme where water is pumped from a lower reservoir to one of two upper reservoirs known as Coo I and Coo II. When energy demand is high, water can be released from these reservoirs for power generation. The water then returns to the lower reservoir and the process repeats as needed. The same machines that pump the water to the upper reservoirs at a higher elevation are also used as generators. The plant was commissioned in two stages, Coo I (1969) and Coo II (1978). It is owned by Electrabel and has an installed capacity of 1,164 MW.
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VThe Coolidge Dam is a reinforced concrete multiple dome and buttress dam 31 miles (50 km) southeast of Globe, Arizona on the Gila River. Built between 1924 and 1928, the Coolidge Dam was part of the San Carlos Irrigation Project. Coolidge Dam was named after the 30th US President, Calvin Coolidge and was dedicated by President Coolidge on March 4, 1930. The design and construction engineer was Herman Neuffer, who oversaw much of the construction undertaken by the Bureau of Indian Affairs (BIA) during the 1920s in Arizona and New Mexico.
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VLake Coolmunda
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NtRp29311
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g16
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VAustralia
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Nsg11
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Nsg17
Nsg11
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Nsg17
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VO
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NtRp29327
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Nsg11
VQueensland
p29329
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VThe Coolmunda Dam is an earth\u2013fill embankment dam with a gated spillway across the Macintrye Brook, a tributary of the Dumaresq River, that is located on Darling Downs in Coolmunda, Goondiwindi Region, Queensland, Australia. The main purposes of the dam are for irrigation and potable water supply. The impounded reservoir is called the Lake Coolmunda.
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VCoolmunda Dam
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g16
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Nsg11
VAustralia
p29345
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g16
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Nsg11
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sbg6
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g16
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g27
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p29353
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NtRp29354
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g16
Nsg17
Nsg11
VPotablewater supply
p29356
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NtRp29357
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp29359
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g16
Nsg17
Nsg11
VQueensland
p29361
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NtRp29362
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VThe Coolmunda Dam is an earth\u2013fill embankment dam with a gated spillway across the Macintrye Brook, a tributary of the Dumaresq River, that is located on Darling Downs in Coolmunda, Goondiwindi Region, Queensland, Australia. The main purposes of the dam are for irrigation and potable water supply. The impounded reservoir is called the Lake Coolmunda.
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p29371
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NtRp29372
(dp29373
g16
Nsg17
Nsg11
VCopco Lake
p29374
sbg6
(g13
g8
NtRp29375
(dp29376
g16
Nsg17
Nsg11
VUnited States
p29377
sbNg6
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g8
NtRp29378
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g16
Nsg17
g27
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V4.82803
p29380
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g8
NtRp29381
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g16
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g27
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p29383
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NtRp29384
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Nsg17
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VCopco Lake is an artificial lake on the Klamath River in Siskiyou County, California, near the Oregon border in the United States. The lake's waters are impounded by the Copco Number 1 Dam (National ID CA00323), which was completed in 1922. COPCO was an acronym referring to the California Oregon Power Company, which merged into Pacific Power and Light in 1961, and is now known as Pacificorp.
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VPOINT(-122.30361175537 41.979442596436)
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g8
NtRp29394
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Nsg11
VCoralville Lake
p29396
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g8
NtRp29397
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Nsg17
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VUnited States
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NtRp29400
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VCoralville Lake is an artificial lake in Johnson County, Iowa, United States, formed by the Coralville Dam, a dam built from 1949 to 1958 on the Iowa River upstream from the city of Coralville, Iowa.
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Nsg11
VPOINT(-91.529724121094 41.724445343018)
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NtRp29407
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g11
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p29409
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g8
NtRp29410
(dp29411
g16
Nsg17
Nsg11
VCorbara Dam
p29412
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(g13
g8
NtRp29413
(dp29414
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
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sbg6
(g13
g8
NtRp29416
(dp29417
g16
Nsg17
Nsg11
VGravity with embankment section
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sbg6
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g8
NtRp29419
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g16
Nsg17
g27
sg11
V0.64
p29421
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(g7
g8
NtRp29422
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g11
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p29424
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g8
NtRp29425
(dp29426
g16
Nsg17
Nsg11
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p29427
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(g13
g8
NtRp29428
(dp29429
g16
Nsg17
Nsg11
VPower, flood control
p29430
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g8
NtRp29431
(dp29432
g16
Nsg17
Nsg11
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p29433
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g8
NtRp29434
(dp29435
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp29436
(dp29437
g16
Nsg17
Nsg11
VItaly
p29438
sbg6
(g13
g8
NtRp29439
(dp29440
g16
Nsg17
Nsg11
VThe Corbara Dam is located on the River Tiber near in the province of Terni in the Umbria region of Italy. It is a combination gravity and embankment dam. The gravity section forms the spillway while the embankment section adjoins on the left side. The dam was constructed between 1959 and 1963 for the primary purpose of hydroelectric power generation but it was later found to useful in preventing floods in Rome downstream. The reservoir created by the dam, Lake Corbara, supplies water to the expansive Terni Hydroelectric Complex. The complex has an installed capacity of 531 MW and is owned by Enel.
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g8
NtRp29442
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g16
Nsg17
Nsg11
VPOINT(12.230813980103 42.703140258789)
p29444
sbtp29445
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g8
NtRp29446
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g11
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p29448
sbg6
(g13
g8
NtRp29449
(dp29450
g16
Nsg17
Nsg11
VCorin Dam
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(g13
g8
NtRp29452
(dp29453
g16
Nsg17
Nsg11
VAustralia
p29454
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(g13
g8
NtRp29455
(dp29456
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp29457
(dp29458
g16
Nsg17
g27
sg11
V0.282
p29459
sbNg6
(g7
g8
NtRp29460
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g11
Vhttp://dbpedia.org/resource/Corin_Dam__Lake__1
p29462
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(g13
g8
NtRp29463
(dp29464
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ACTEW_Corporation
p29465
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(g13
g8
NtRp29466
(dp29467
g16
Nsg17
Nsg11
VPotablewater supply
p29468
sbg6
(g13
g8
NtRp29469
(dp29470
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cotter_River
p29471
sbg6
(g13
g8
NtRp29472
(dp29473
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp29474
(dp29475
g16
Nsg17
Nsg11
VAustralian Capital Territory
p29476
sbg6
(g13
g8
NtRp29477
(dp29478
g16
Nsg17
Nsg11
VThe Corin Dam is an earth and rockfill embankment dam with an uncontrolled side channel spillway across the Cotter River, located within Namadgi National Park in the Australian Capital Territory, Australia. The impounded reservoir is called the Corin Reservoir which is a supply source of potable water for the city of Canberra and its environs. It is named after William Corin (1867\u20131929), a pioneer in hydroelectric development in Australia.
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sbg6
(g13
g8
NtRp29480
(dp29481
g16
Nsg17
Nsg11
VPOINT(148.83108520508 -35.565410614014)
p29482
sbtp29483
a(g6
(g7
g8
NtRp29484
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g11
Vhttp://dbpedia.org/resource/Coteau_Creek_Hydroelectric_Station
p29486
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(g13
g8
NtRp29487
(dp29488
g16
Nsg17
Nsg11
VCoteau Creek Hydroelectric Station
p29489
sbg6
(g13
g8
NtRp29490
(dp29491
g16
Nsg17
Nsg11
VCanada
p29492
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g8
NtRp29493
(dp29494
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/SaskPower
p29495
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(g13
g8
NtRp29496
(dp29497
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp29498
(dp29499
g16
Nsg17
Nsg11
VSaskatchewan
p29500
sbg6
(g13
g8
NtRp29501
(dp29502
g16
Nsg17
Nsg11
VCoteau Creek Hydroelectric Station is a hydroelectric station owned by SaskPower, located near Danielson Provincial Park about 100 kilometres (62 mi) south-west of Saskatoon, between the towns of Outlook and Elbow. The station is on the South Saskatchewan River and draws water from the Gardiner Dam and is named after a nearby tributary to the South Saskatchewan River. The Gardiner Dam was constructed between 1959 and 1967. The generating station required nearly 3 years to construct at a cost of CDN $40 million and became operational in 1969.
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g8
NtRp29504
(dp29505
g16
Nsg17
Nsg11
VPOINT(-106.87305450439 51.275001525879)
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sbtp29507
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g8
NtRp29508
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g11
Vhttp://dbpedia.org/resource/Coteau_Creek_Hydroelectric_Station
p29510
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(g13
g8
NtRp29511
(dp29512
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u043e\u0442\u043e-\u041a\u0440\u0456\u043a
p29513
sbg6
(g13
g8
NtRp29514
(dp29515
g16
Nsg17
Nsg11
VCanada
p29516
sbNNNNg6
(g13
g8
NtRp29517
(dp29518
g16
Nsg17
Nsg11
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p29519
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(g13
g8
NtRp29520
(dp29521
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp29522
(dp29523
g16
Nsg17
Nsg11
VSaskatchewan
p29524
sbg6
(g13
g8
NtRp29525
(dp29526
g16
Nsg17
Nsg11
VCoteau Creek Hydroelectric Station is a hydroelectric station owned by SaskPower, located near Danielson Provincial Park about 100 kilometres (62 mi) south-west of Saskatoon, between the towns of Outlook and Elbow. The station is on the South Saskatchewan River and draws water from the Gardiner Dam and is named after a nearby tributary to the South Saskatchewan River. The Gardiner Dam was constructed between 1959 and 1967. The generating station required nearly 3 years to construct at a cost of CDN $40 million and became operational in 1969.
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g8
NtRp29528
(dp29529
g16
Nsg17
Nsg11
VPOINT(-106.87305450439 51.275001525879)
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sbtp29531
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(g7
g8
NtRp29532
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g11
Vhttp://dbpedia.org/resource/Cottonwood_Springs_Dam
p29534
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(g13
g8
NtRp29535
(dp29536
g16
Nsg17
Nsg11
VCottonwood Springs Dam
p29537
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(g13
g8
NtRp29538
(dp29539
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p29540
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g8
NtRp29541
(dp29542
g16
Nsg17
Nsg11
VEmbankment, earthen
p29543
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g8
NtRp29544
(dp29545
g11
Vhttp://dbpedia.org/resource/Cottonwood_Springs_Dam__Lake__1
p29546
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g8
NtRp29547
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g16
Nsg17
Nsg11
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p29549
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g8
NtRp29550
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp29552
(dp29553
g16
Nsg17
Nsg11
VSouth Dakota
p29554
sbg6
(g13
g8
NtRp29555
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Nsg17
Nsg11
VCottonwood Springs Dam is a dam in Fall River County, South Dakota in the southwestern part of the state, south of the Black Hills. The earthen dam was constructed in 1969 by the U.S. Army Corps of Engineers with a height of 123 feet and a length at its crest of 1190 feet. It impounds for area flood control. The reservoir it creates, Cottonwood Springs Lake, has a water surface of 36 acres and has a maximum capacity of 11,635 acre-feet. Recreation is year-round and includes camping, hiking, and fishing. Recreation is managed by the Corps of Engineers.
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g8
NtRp29558
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g16
Nsg17
Nsg11
VPOINT(-103.56580352783 43.437999725342)
p29560
sbtp29561
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g8
NtRp29562
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p29564
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(g13
g8
NtRp29565
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g16
Nsg17
Nsg11
VCottonwood Springs Dam
p29567
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g8
NtRp29568
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p29570
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(g13
g8
NtRp29571
(dp29572
g16
Nsg17
Nsg11
VEmbankment, earthen
p29573
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g8
NtRp29574
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g11
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g8
NtRp29577
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g16
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Nsg11
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p29579
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(g13
g8
NtRp29580
(dp29581
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp29582
(dp29583
g16
Nsg17
Nsg11
VSouth Dakota
p29584
sbg6
(g13
g8
NtRp29585
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g16
Nsg17
Nsg11
VCottonwood Springs Dam is a dam in Fall River County, South Dakota in the southwestern part of the state, south of the Black Hills. The earthen dam was constructed in 1969 by the U.S. Army Corps of Engineers with a height of 123 feet and a length at its crest of 1190 feet. It impounds for area flood control. The reservoir it creates, Cottonwood Springs Lake, has a water surface of 36 acres and has a maximum capacity of 11,635 acre-feet. Recreation is year-round and includes camping, hiking, and fishing. Recreation is managed by the Corps of Engineers.
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g8
NtRp29588
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Nsg17
Nsg11
VPOINT(-103.56580352783 43.437999725342)
p29590
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g8
NtRp29592
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p29594
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(g13
g8
NtRp29595
(dp29596
g16
Nsg17
Nsg11
VCovão dos Conchos
p29597
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g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p29600
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(g13
g8
NtRp29601
(dp29602
g16
Nsg17
Nsg11
VNon Operational
p29603
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g8
NtRp29604
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Nsg17
Nsg11
VCovão dos Conchos is an artificial lake in the Serra da Estrela mountains in Portugal that is famous for its Bell-mouth spillway. The spillway was built in 1955 with the aim of diverting water from Ribeira das Naves to Lagoa Comprida. It is a part of a hydro-electric dam system of Serra da Estrela. This sci-fi-looking spillway was little-known until photos of the hole went viral in 2016. Over the last 60 years moss and foliage has grown onto the mouth of the funnel, adding to its ethereal allure. It has a height of 4.6 meters and has a circumference of 48 meters. The tunnel that collects the water is 1,519 meters long.
p29606
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g8
NtRp29607
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g16
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Nsg11
VPOINT(-7.6108999252319 40.363899230957)
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g8
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g11
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p29613
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g8
NtRp29614
(dp29615
g16
Nsg17
Nsg11
VCovão dos Conchos
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g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p29619
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(g13
g8
NtRp29620
(dp29621
g16
Nsg17
Nsg11
VNon Operational
p29622
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g8
NtRp29623
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g16
Nsg17
Nsg11
VCovão dos Conchos is an artificial lake in the Serra da Estrela mountains in Portugal that is famous for its Bell-mouth spillway. The spillway was built in 1955 with the aim of diverting water from Ribeira das Naves to Lagoa Comprida. It is a part of a hydro-electric dam system of Serra da Estrela. This sci-fi-looking spillway was little-known until photos of the hole went viral in 2016. Over the last 60 years moss and foliage has grown onto the mouth of the funnel, adding to its ethereal allure. It has a height of 4.6 meters and has a circumference of 48 meters. The tunnel that collects the water is 1,519 meters long.
p29625
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g8
NtRp29626
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g16
Nsg17
Nsg11
VPOINT(-7.6108999252319 40.363899230957)
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g8
NtRp29630
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g11
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g8
NtRp29633
(dp29634
g16
Nsg17
Nsg11
V\u79d1\u4f0a\u7565\u79d1\u67e5\u6e56
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g8
NtRp29636
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peru
p29638
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g8
NtRp29639
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g11
Vhttp://dbpedia.org/resource/Coyllococha__Lake__1
p29641
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g8
NtRp29642
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g16
Nsg17
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VCoyllococha (possibly from Quechua quyllu impeccable white; generic name for a kind of potatoes, qucha lake,) is a lake in Peru located in the Junín Region, Huancayo Province, Chongos Alto District. It is situated at a height of approximately 4,683 metres (15,364 ft), about 4.15 km long and 1.45 km at its widest point. Coyllococha lies southwest of Yurajcocha and Huichicocha. It belongs to the watershed of the Mantaro River.
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VCoyllococha (possibly from Quechua quyllu impeccable white; generic name for a kind of potatoes, qucha lake,) is a lake in Peru located in the Junín Region, Huancayo Province, Chongos Alto District. It is situated at a height of approximately 4,683 metres (15,364 ft), about 4.15 km long and 1.45 km at its widest point. Coyllococha lies southwest of Yurajcocha and Huichicocha. It belongs to the watershed of the Mantaro River.
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VCraigie Burn Dam is an arch/earth-fill type dam located on the , near Greytown, KwaZulu-Natal, South Africa. It was established in 1963 and its primary purpose is for irrigation usage. Recent assessments however, assign a significant hazard potential to the dam/reservoir which in turn makes the intended use questionable.
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VCrestuma\u2013Lever Dam (Portuguese: Barragem de Crestuma-Lever) is a concrete gravity dam on the Douro. It is located in the municipality Vila Nova de Gaia, in Porto District, Portugal. Construction of the dam began in 1976. The dam was completed in 1985. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCrestuma\u2013Lever Dam (Portuguese: Barragem de Crestuma-Lever) is a concrete gravity dam on the Douro. It is located in the municipality Vila Nova de Gaia, in Porto District, Portugal. Construction of the dam began in 1976. The dam was completed in 1985. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCrestuma\u2013Lever Dam (Portuguese: Barragem de Crestuma-Lever) is a concrete gravity dam on the Douro. It is located in the municipality Vila Nova de Gaia, in Porto District, Portugal. Construction of the dam began in 1976. The dam was completed in 1985. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCrestuma\u2013Lever Dam (Portuguese: Barragem de Crestuma-Lever) is a concrete gravity dam on the Douro. It is located in the municipality Vila Nova de Gaia, in Porto District, Portugal. Construction of the dam began in 1976. The dam was completed in 1985. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCrestuma\u2013Lever Dam (Portuguese: Barragem de Crestuma-Lever) is a concrete gravity dam on the Douro. It is located in the municipality Vila Nova de Gaia, in Porto District, Portugal. Construction of the dam began in 1976. The dam was completed in 1985. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VCrooks' Hollow Dam (alternatively, Dundas Town Dam) was a buttressed gravity dam, built of concrete in 1916 on Spencer Creek in Greensville, Ontario, Canada. About 100 yards upstream from the ruins of the much earlier Cockburn sawmill and dam, it replaced that dam in supplying water by pipe to Dundas for all uses. It also provided much greater flood control, and, more than the Cockburn dam, supplied a managed flow for water power users in the industries downstream. The Dundas Star commented on its completion: "... an excellent piece of work. It is now hoped there will be no further difficulty about securing an adequate water supply for many years to come." The dam was demolished in early 2013.
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VCroton Dam (or Croton Hydroelectric Plant) is an earth-filled embankment dam and powerplant complex on the Muskegon River in Croton Township, Newaygo County, Michigan. It was built in 1907 under the direction of William D. Fargo by the Grand Rapids - Muskegon Power Company, a predecessor of Consumers Energy. The 40-foot-high (12 m) dam impounds 7.2 billion U.S. gallons (6 billion imp. gal/27 billion L) of water in its 1,209-acre (489 ha) reservoir and is capable of producing 8,850 kilowatts at peak outflow. It was listed on the National Register of Historic Places in 1979.
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Nsg17
Nsg11
VThe Crotty Dam, also known during construction as the King Dam, or the King River Dam on initial approval, is a rockfill embankment dam with a controlled and uncontrolled spillway across the King River, between Mount Jukes and Mount Huxley, located in Western Tasmania, Australia. The impounded reservoir is called Lake Burbury. The dam was constructed in 1991 as part of the King River Power Development Scheme, by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the John Butters Power Station located 8 kilometres (5.0 mi) below the dam wall.
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sbg6
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g8
NtRp30015
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VPOINT(145.61666870117 -42.159721374512)
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g8
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g11
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p30021
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g8
NtRp30022
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Nsg17
Nsg11
V\u0413\u0415\u0421-\u0413\u0410\u0415\u0421 \u041a\u0440\u0443\u0430\u0447\u0430\u043d
p30024
sbg6
(g13
g8
NtRp30025
(dp30026
g16
Nsg17
Nsg11
VScotland
p30027
sbNNNg6
(g7
g8
NtRp30028
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g11
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p30030
sbg6
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g8
NtRp30031
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Nsg17
Nsg11
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p30033
sbNNg6
(g13
g8
NtRp30034
(dp30035
g16
Nsg17
Nsg11
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p30036
sbNNg6
(g13
g8
NtRp30037
(dp30038
g16
Nsg17
Nsg11
VThe Cruachan Power Station (also known as the Cruachan Dam) is a pumped-storage hydroelectric power station in Argyll and Bute, Scotland. The scheme can provide 440 MW of power and produced 705 GWh in 2009. The turbine hall is located inside Ben Cruachan, and the scheme takes water between Cruachan Reservoir to Loch Awe, a height difference of 396 metres (1,299 ft). It is one of only four pumped storage power stations in the UK, and is capable of providing a black start capability to the National Grid.
p30039
sbg6
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g8
NtRp30040
(dp30041
g16
Nsg17
Nsg11
VPOINT(-5.1130557060242 56.406387329102)
p30042
sbtp30043
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p30046
sbg6
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g8
NtRp30047
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Nsg17
Nsg11
VCruachan Power Station
p30049
sbg6
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g8
NtRp30050
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Nsg17
Nsg11
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p30052
sbNNNg6
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g8
NtRp30053
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p30055
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g8
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p30058
sbNNg6
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NtRp30059
(dp30060
g16
Nsg17
Nsg11
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p30061
sbNNg6
(g13
g8
NtRp30062
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g16
Nsg17
Nsg11
VThe Cruachan Power Station (also known as the Cruachan Dam) is a pumped-storage hydroelectric power station in Argyll and Bute, Scotland. The scheme can provide 440 MW of power and produced 705 GWh in 2009. The turbine hall is located inside Ben Cruachan, and the scheme takes water between Cruachan Reservoir to Loch Awe, a height difference of 396 metres (1,299 ft). It is one of only four pumped storage power stations in the UK, and is capable of providing a black start capability to the National Grid.
p30064
sbg6
(g13
g8
NtRp30065
(dp30066
g16
Nsg17
Nsg11
VPOINT(-5.1130557060242 56.406387329102)
p30067
sbtp30068
a(g6
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g8
NtRp30069
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g11
Vhttp://dbpedia.org/resource/Cårrujavrit_Hydroelectric_Power_Station
p30071
sbg6
(g13
g8
NtRp30072
(dp30073
g16
Nsg17
Nsg11
VCårrujavrit Hydroelectric Power Station
p30074
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(g13
g8
NtRp30075
(dp30076
g16
Nsg17
Nsg11
VNorway
p30077
sbNNNNNNNg6
(g13
g8
NtRp30078
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Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp30080
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Nsg17
Nsg11
VThe Cårrujavrit Hydroelectric Power Station (Norwegian: Cårrujavrit kraftverk or \u010cårrujavrit kraftverk) is a hydroelectric power station in the municipality of Kvænangen in Troms county, Norway. It utilizes a drop of 305 meters (1,001 ft) between its intake reservoir on the Njemenaiko River (Norwegian: Njemenaikoelva, Kven: Niemenaikunjoki, Northern Sami: Njemenjáikojohka) and Little Lakes (Norwegian: Småvatnan, Kven: Pikkujärvet, Northern Sami: \u010corrojávrrit), which is also the reservoir for the Kvænangsbotn Hydroelectric Power Station. Lake Tjoika (Kven: Sueikkajärvi or Hyttysenjärvi, Northern Sami: \u0160uoikkatjávri) serves as the reservoir for the plant and is regulated at a level between 529 m (1,736 ft) and 516 m (1,693 ft). The plant has a Francis turbine and operates at an installed cap
p30082
sbg6
(g13
g8
NtRp30083
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g16
Nsg17
Nsg11
VPOINT(22.160833358765 69.691665649414)
p30085
sbtp30086
a(g6
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g8
NtRp30087
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g11
Vhttp://dbpedia.org/resource/Dachaoshan_Dam
p30089
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(g13
g8
NtRp30090
(dp30091
g16
Nsg17
Nsg11
VBarrage de Dachaoshan
p30092
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(g13
g8
NtRp30093
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p30095
sbg6
(g13
g8
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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sbg6
(g13
g8
NtRp30099
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g16
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g27
sg11
V0.46
p30101
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g8
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g11
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NtRp30105
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p30107
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g8
NtRp30108
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Nsg17
Nsg11
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g16
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g27
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V1.1267e+06
p30113
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g16
Nsg17
Nsg11
VChina
p30116
sbg6
(g13
g8
NtRp30117
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g16
Nsg17
Nsg11
VThe Dachaoshan Dam (Chinese: \u5927\u671d\u5c71\u5927\u575d) is a gravity dam on the Lancang (Mekong) River in Yunnan Province, China. The sole purpose of the dam is hydroelectric power production as it supplies water to a power station containing six 225 MW generators for a total installed capacity of 1,350 MW.
p30119
sbg6
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g8
NtRp30120
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g16
Nsg17
Nsg11
VPOINT(100.36916351318 24.024444580078)
p30122
sbtp30123
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g8
NtRp30124
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g11
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p30126
sbg6
(g13
g8
NtRp30127
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g16
Nsg17
Nsg11
VDachaoshan-Talsperre
p30129
sbg6
(g13
g8
NtRp30130
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g16
Nsg17
Nsg11
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p30132
sbg6
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g8
NtRp30133
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g16
Nsg17
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p30135
sbg6
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g8
NtRp30136
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g27
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p30138
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g8
NtRp30139
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g11
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g8
NtRp30142
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p30144
sbg6
(g13
g8
NtRp30145
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g16
Nsg17
Nsg11
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p30147
sbg6
(g13
g8
NtRp30148
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g16
Nsg17
g27
sg11
V1.1267e+06
p30150
sbg6
(g13
g8
NtRp30151
(dp30152
g16
Nsg17
Nsg11
VChina
p30153
sbg6
(g13
g8
NtRp30154
(dp30155
g16
Nsg17
Nsg11
VThe Dachaoshan Dam (Chinese: \u5927\u671d\u5c71\u5927\u575d) is a gravity dam on the Lancang (Mekong) River in Yunnan Province, China. The sole purpose of the dam is hydroelectric power production as it supplies water to a power station containing six 225 MW generators for a total installed capacity of 1,350 MW.
p30156
sbg6
(g13
g8
NtRp30157
(dp30158
g16
Nsg17
Nsg11
VPOINT(100.36916351318 24.024444580078)
p30159
sbtp30160
a(g6
(g7
g8
NtRp30161
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g11
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p30163
sbg6
(g13
g8
NtRp30164
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g16
Nsg17
Nsg11
VDachaoshan Dam
p30166
sbg6
(g13
g8
NtRp30167
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g16
Nsg17
Nsg11
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p30169
sbg6
(g13
g8
NtRp30170
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p30172
sbg6
(g13
g8
NtRp30173
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g16
Nsg17
g27
sg11
V0.46
p30175
sbNg6
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g8
NtRp30176
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g11
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p30178
sbNNg6
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g8
NtRp30179
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g16
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Nsg11
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p30181
sbg6
(g13
g8
NtRp30182
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g16
Nsg17
Nsg11
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p30184
sbg6
(g13
g8
NtRp30185
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g16
Nsg17
g27
sg11
V1.1267e+06
p30187
sbg6
(g13
g8
NtRp30188
(dp30189
g16
Nsg17
Nsg11
VChina
p30190
sbg6
(g13
g8
NtRp30191
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g16
Nsg17
Nsg11
VThe Dachaoshan Dam (Chinese: \u5927\u671d\u5c71\u5927\u575d) is a gravity dam on the Lancang (Mekong) River in Yunnan Province, China. The sole purpose of the dam is hydroelectric power production as it supplies water to a power station containing six 225 MW generators for a total installed capacity of 1,350 MW.
p30193
sbg6
(g13
g8
NtRp30194
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g16
Nsg17
Nsg11
VPOINT(100.36916351318 24.024444580078)
p30196
sbtp30197
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g8
NtRp30198
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g11
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p30200
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NtRp30201
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g16
Nsg17
Nsg11
VDachaoshan Dam
p30203
sbg6
(g13
g8
NtRp30204
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p30206
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g8
NtRp30207
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p30209
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g16
Nsg17
g27
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V0.46
p30212
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NtRp30216
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Nsg11
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p30218
sbg6
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g8
NtRp30219
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g16
Nsg17
Nsg11
VIn use
p30221
sbg6
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g8
NtRp30222
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g16
Nsg17
g27
sg11
V1.1267e+06
p30224
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(g13
g8
NtRp30225
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g16
Nsg17
Nsg11
VChina
p30227
sbg6
(g13
g8
NtRp30228
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g16
Nsg17
Nsg11
VThe Dachaoshan Dam (Chinese: \u5927\u671d\u5c71\u5927\u575d) is a gravity dam on the Lancang (Mekong) River in Yunnan Province, China. The sole purpose of the dam is hydroelectric power production as it supplies water to a power station containing six 225 MW generators for a total installed capacity of 1,350 MW.
p30230
sbg6
(g13
g8
NtRp30231
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g16
Nsg17
Nsg11
VPOINT(100.36916351318 24.024444580078)
p30233
sbtp30234
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g8
NtRp30235
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g11
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p30237
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(g13
g8
NtRp30238
(dp30239
g16
Nsg17
Nsg11
V\u0414\u0430\u0447\u0430\u043e\u0448\u0430\u043d\u044c
p30240
sbg6
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g8
NtRp30241
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p30243
sbg6
(g13
g8
NtRp30244
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p30246
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g8
NtRp30247
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g16
Nsg17
g27
sg11
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p30249
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g8
NtRp30250
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g11
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p30252
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g8
NtRp30253
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Nsg17
Nsg11
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p30255
sbg6
(g13
g8
NtRp30256
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g16
Nsg17
Nsg11
VIn use
p30258
sbg6
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g8
NtRp30259
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g16
Nsg17
g27
sg11
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p30261
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g8
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Nsg17
Nsg11
VChina
p30264
sbg6
(g13
g8
NtRp30265
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Nsg17
Nsg11
VThe Dachaoshan Dam (Chinese: \u5927\u671d\u5c71\u5927\u575d) is a gravity dam on the Lancang (Mekong) River in Yunnan Province, China. The sole purpose of the dam is hydroelectric power production as it supplies water to a power station containing six 225 MW generators for a total installed capacity of 1,350 MW.
p30267
sbg6
(g13
g8
NtRp30268
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g16
Nsg17
Nsg11
VPOINT(100.36916351318 24.024444580078)
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g8
NtRp30272
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g8
NtRp30275
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Nsg17
Nsg11
VBendungan Dachaoshan
p30277
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g8
NtRp30278
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Nsg17
Nsg11
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NtRp30281
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Nsg17
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Nsg17
g27
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g8
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NtRp30290
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Nsg17
Nsg11
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p30292
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g8
NtRp30293
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Nsg17
Nsg11
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g8
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Nsg17
g27
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g8
NtRp30299
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Nsg17
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p30301
sbg6
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g8
NtRp30302
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Nsg17
Nsg11
VThe Dachaoshan Dam (Chinese: \u5927\u671d\u5c71\u5927\u575d) is a gravity dam on the Lancang (Mekong) River in Yunnan Province, China. The sole purpose of the dam is hydroelectric power production as it supplies water to a power station containing six 225 MW generators for a total installed capacity of 1,350 MW.
p30304
sbg6
(g13
g8
NtRp30305
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g16
Nsg17
Nsg11
VPOINT(100.36916351318 24.024444580078)
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sbtp30308
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NtRp30312
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Nsg17
Nsg11
VDaecheong Dam
p30314
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g8
NtRp30315
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g16
Nsg17
Nsg11
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g8
NtRp30318
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Nsg17
Nsg11
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p30320
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g8
NtRp30321
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Nsg17
g27
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p30323
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g8
NtRp30324
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g8
NtRp30327
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g16
Nsg17
Nsg11
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g8
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Nsg17
Nsg11
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p30332
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g8
NtRp30333
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp30335
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Nsg17
Nsg11
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p30337
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g8
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VThe Daecheong Dam is a combination concrete gravity (made of concrete) and embankment dam (made of earth) on the Geum River, 16 km (10 mi) north of Daejeon in South Korea. The multi-purpose dam provides benefits of flood control, water supply and hydroelectric power generation. Construction on the dam began in 1975 and was formally commissioned on 1 December 1980. The 72 m (236 ft) high rock-fill dam has a central clay core and has created a reservoir with storage of 1,490,000,000 m3 (1,207,963 acre\u22c5ft).
p30340
sbg6
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g8
NtRp30341
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g16
Nsg17
Nsg11
VPOINT(127.48083496094 36.477500915527)
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sbtp30344
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g8
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g16
Nsg17
Nsg11
VTalsperre Daecheong
p30350
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(g13
g8
NtRp30351
(dp30352
g16
Nsg17
Nsg11
VSouth Korea
p30353
sbg6
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g8
NtRp30354
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g16
Nsg17
Nsg11
VEmbankment and gravity
p30356
sbg6
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g8
NtRp30357
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Nsg17
g27
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p30359
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g8
NtRp30360
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p30362
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g8
NtRp30363
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g16
Nsg17
Nsg11
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p30365
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g8
NtRp30366
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Nsg17
Nsg11
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p30368
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g8
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(dp30370
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30371
(dp30372
g16
Nsg17
Nsg11
VSouth Korea
p30373
sbg6
(g13
g8
NtRp30374
(dp30375
g16
Nsg17
Nsg11
VThe Daecheong Dam is a combination concrete gravity (made of concrete) and embankment dam (made of earth) on the Geum River, 16 km (10 mi) north of Daejeon in South Korea. The multi-purpose dam provides benefits of flood control, water supply and hydroelectric power generation. Construction on the dam began in 1975 and was formally commissioned on 1 December 1980. The 72 m (236 ft) high rock-fill dam has a central clay core and has created a reservoir with storage of 1,490,000,000 m3 (1,207,963 acre\u22c5ft).
p30376
sbg6
(g13
g8
NtRp30377
(dp30378
g16
Nsg17
Nsg11
VPOINT(127.48083496094 36.477500915527)
p30379
sbtp30380
a(g6
(g7
g8
NtRp30381
(dp30382
g11
Vhttp://dbpedia.org/resource/Daecheong_Dam
p30383
sbg6
(g13
g8
NtRp30384
(dp30385
g16
Nsg17
Nsg11
V\ub300\uccad\ub2e4\ubaa9\uc801\ub310
p30386
sbg6
(g13
g8
NtRp30387
(dp30388
g16
Nsg17
Nsg11
VSouth Korea
p30389
sbg6
(g13
g8
NtRp30390
(dp30391
g16
Nsg17
Nsg11
VEmbankment and gravity
p30392
sbg6
(g13
g8
NtRp30393
(dp30394
g16
Nsg17
g27
sg11
V0.495
p30395
sbNg6
(g7
g8
NtRp30396
(dp30397
g11
Vhttp://dbpedia.org/resource/Daecheong_Dam__Lake__1
p30398
sbg6
(g13
g8
NtRp30399
(dp30400
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p30401
sbNg6
(g13
g8
NtRp30402
(dp30403
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Geum_River
p30404
sbg6
(g13
g8
NtRp30405
(dp30406
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30407
(dp30408
g16
Nsg17
Nsg11
VSouth Korea
p30409
sbg6
(g13
g8
NtRp30410
(dp30411
g16
Nsg17
Nsg11
VThe Daecheong Dam is a combination concrete gravity (made of concrete) and embankment dam (made of earth) on the Geum River, 16 km (10 mi) north of Daejeon in South Korea. The multi-purpose dam provides benefits of flood control, water supply and hydroelectric power generation. Construction on the dam began in 1975 and was formally commissioned on 1 December 1980. The 72 m (236 ft) high rock-fill dam has a central clay core and has created a reservoir with storage of 1,490,000,000 m3 (1,207,963 acre\u22c5ft).
p30412
sbg6
(g13
g8
NtRp30413
(dp30414
g16
Nsg17
Nsg11
VPOINT(127.48083496094 36.477500915527)
p30415
sbtp30416
a(g6
(g7
g8
NtRp30417
(dp30418
g11
Vhttp://dbpedia.org/resource/Daecheong_Dam
p30419
sbg6
(g13
g8
NtRp30420
(dp30421
g16
Nsg17
Nsg11
VDaecheong-dammen
p30422
sbg6
(g13
g8
NtRp30423
(dp30424
g16
Nsg17
Nsg11
VSouth Korea
p30425
sbg6
(g13
g8
NtRp30426
(dp30427
g16
Nsg17
Nsg11
VEmbankment and gravity
p30428
sbg6
(g13
g8
NtRp30429
(dp30430
g16
Nsg17
g27
sg11
V0.495
p30431
sbNg6
(g7
g8
NtRp30432
(dp30433
g11
Vhttp://dbpedia.org/resource/Daecheong_Dam__Lake__1
p30434
sbg6
(g13
g8
NtRp30435
(dp30436
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p30437
sbNg6
(g13
g8
NtRp30438
(dp30439
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Geum_River
p30440
sbg6
(g13
g8
NtRp30441
(dp30442
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30443
(dp30444
g16
Nsg17
Nsg11
VSouth Korea
p30445
sbg6
(g13
g8
NtRp30446
(dp30447
g16
Nsg17
Nsg11
VThe Daecheong Dam is a combination concrete gravity (made of concrete) and embankment dam (made of earth) on the Geum River, 16 km (10 mi) north of Daejeon in South Korea. The multi-purpose dam provides benefits of flood control, water supply and hydroelectric power generation. Construction on the dam began in 1975 and was formally commissioned on 1 December 1980. The 72 m (236 ft) high rock-fill dam has a central clay core and has created a reservoir with storage of 1,490,000,000 m3 (1,207,963 acre\u22c5ft).
p30448
sbg6
(g13
g8
NtRp30449
(dp30450
g16
Nsg17
Nsg11
VPOINT(127.48083496094 36.477500915527)
p30451
sbtp30452
a(g6
(g7
g8
NtRp30453
(dp30454
g11
Vhttp://dbpedia.org/resource/Daecheong_Dam
p30455
sbg6
(g13
g8
NtRp30456
(dp30457
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Daecheong
p30458
sbg6
(g13
g8
NtRp30459
(dp30460
g16
Nsg17
Nsg11
VSouth Korea
p30461
sbg6
(g13
g8
NtRp30462
(dp30463
g16
Nsg17
Nsg11
VEmbankment and gravity
p30464
sbg6
(g13
g8
NtRp30465
(dp30466
g16
Nsg17
g27
sg11
V0.495
p30467
sbNg6
(g7
g8
NtRp30468
(dp30469
g11
Vhttp://dbpedia.org/resource/Daecheong_Dam__Lake__1
p30470
sbg6
(g13
g8
NtRp30471
(dp30472
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p30473
sbNg6
(g13
g8
NtRp30474
(dp30475
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Geum_River
p30476
sbg6
(g13
g8
NtRp30477
(dp30478
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30479
(dp30480
g16
Nsg17
Nsg11
VSouth Korea
p30481
sbg6
(g13
g8
NtRp30482
(dp30483
g16
Nsg17
Nsg11
VThe Daecheong Dam is a combination concrete gravity (made of concrete) and embankment dam (made of earth) on the Geum River, 16 km (10 mi) north of Daejeon in South Korea. The multi-purpose dam provides benefits of flood control, water supply and hydroelectric power generation. Construction on the dam began in 1975 and was formally commissioned on 1 December 1980. The 72 m (236 ft) high rock-fill dam has a central clay core and has created a reservoir with storage of 1,490,000,000 m3 (1,207,963 acre\u22c5ft).
p30484
sbg6
(g13
g8
NtRp30485
(dp30486
g16
Nsg17
Nsg11
VPOINT(127.48083496094 36.477500915527)
p30487
sbtp30488
a(g6
(g7
g8
NtRp30489
(dp30490
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam
p30491
sbg6
(g13
g8
NtRp30492
(dp30493
g16
Nsg17
Nsg11
VDagangshan Dam
p30494
sbg6
(g13
g8
NtRp30495
(dp30496
g16
Nsg17
Nsg11
VChina
p30497
sbg6
(g13
g8
NtRp30498
(dp30499
g16
Nsg17
Nsg11
VArch
p30500
sbg6
(g13
g8
NtRp30501
(dp30502
g16
Nsg17
g27
sg11
V0.61
p30503
sbNg6
(g7
g8
NtRp30504
(dp30505
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam__Lake__1
p30506
sbNNg6
(g13
g8
NtRp30507
(dp30508
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dadu_River_(Sichuan)
p30509
sbg6
(g13
g8
NtRp30510
(dp30511
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30512
(dp30513
g16
Nsg17
Nsg11
VChina#China Sichuan
p30514
sbg6
(g13
g8
NtRp30515
(dp30516
g16
Nsg17
Nsg11
VThe Dagangshan Dam (Chinese: \u5927\u5c97\u5c71\u6c34\u7535\u7ad9) is an arch dam on the Dadu River in Shimian County, Ya'an, Sichuan Province, China. The dam houses a hydroelectric power station with 4 x 650 MW generators for a total installed capacity of 2,600 MW. Construction on the dam began in 2008 and the power plant in 2010. The first two generators were commissioned on 2 September 2015, and the entire project was completed in 2016.
p30517
sbg6
(g13
g8
NtRp30518
(dp30519
g16
Nsg17
Nsg11
VPOINT(102.2186126709 29.448610305786)
p30520
sbtp30521
a(g6
(g7
g8
NtRp30522
(dp30523
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam
p30524
sbg6
(g13
g8
NtRp30525
(dp30526
g16
Nsg17
Nsg11
VWasserkraftwerk Dagangshan
p30527
sbg6
(g13
g8
NtRp30528
(dp30529
g16
Nsg17
Nsg11
VChina
p30530
sbg6
(g13
g8
NtRp30531
(dp30532
g16
Nsg17
Nsg11
VArch
p30533
sbg6
(g13
g8
NtRp30534
(dp30535
g16
Nsg17
g27
sg11
V0.61
p30536
sbNg6
(g7
g8
NtRp30537
(dp30538
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam__Lake__1
p30539
sbNNg6
(g13
g8
NtRp30540
(dp30541
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dadu_River_(Sichuan)
p30542
sbg6
(g13
g8
NtRp30543
(dp30544
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30545
(dp30546
g16
Nsg17
Nsg11
VChina#China Sichuan
p30547
sbg6
(g13
g8
NtRp30548
(dp30549
g16
Nsg17
Nsg11
VThe Dagangshan Dam (Chinese: \u5927\u5c97\u5c71\u6c34\u7535\u7ad9) is an arch dam on the Dadu River in Shimian County, Ya'an, Sichuan Province, China. The dam houses a hydroelectric power station with 4 x 650 MW generators for a total installed capacity of 2,600 MW. Construction on the dam began in 2008 and the power plant in 2010. The first two generators were commissioned on 2 September 2015, and the entire project was completed in 2016.
p30550
sbg6
(g13
g8
NtRp30551
(dp30552
g16
Nsg17
Nsg11
VPOINT(102.2186126709 29.448610305786)
p30553
sbtp30554
a(g6
(g7
g8
NtRp30555
(dp30556
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam
p30557
sbg6
(g13
g8
NtRp30558
(dp30559
g16
Nsg17
Nsg11
VBarrage de Dagangshan
p30560
sbg6
(g13
g8
NtRp30561
(dp30562
g16
Nsg17
Nsg11
VChina
p30563
sbg6
(g13
g8
NtRp30564
(dp30565
g16
Nsg17
Nsg11
VArch
p30566
sbg6
(g13
g8
NtRp30567
(dp30568
g16
Nsg17
g27
sg11
V0.61
p30569
sbNg6
(g7
g8
NtRp30570
(dp30571
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam__Lake__1
p30572
sbNNg6
(g13
g8
NtRp30573
(dp30574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dadu_River_(Sichuan)
p30575
sbg6
(g13
g8
NtRp30576
(dp30577
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30578
(dp30579
g16
Nsg17
Nsg11
VChina#China Sichuan
p30580
sbg6
(g13
g8
NtRp30581
(dp30582
g16
Nsg17
Nsg11
VThe Dagangshan Dam (Chinese: \u5927\u5c97\u5c71\u6c34\u7535\u7ad9) is an arch dam on the Dadu River in Shimian County, Ya'an, Sichuan Province, China. The dam houses a hydroelectric power station with 4 x 650 MW generators for a total installed capacity of 2,600 MW. Construction on the dam began in 2008 and the power plant in 2010. The first two generators were commissioned on 2 September 2015, and the entire project was completed in 2016.
p30583
sbg6
(g13
g8
NtRp30584
(dp30585
g16
Nsg17
Nsg11
VPOINT(102.2186126709 29.448610305786)
p30586
sbtp30587
a(g6
(g7
g8
NtRp30588
(dp30589
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam
p30590
sbg6
(g13
g8
NtRp30591
(dp30592
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dàg\u01cengsh\u0101n
p30593
sbg6
(g13
g8
NtRp30594
(dp30595
g16
Nsg17
Nsg11
VChina
p30596
sbg6
(g13
g8
NtRp30597
(dp30598
g16
Nsg17
Nsg11
VArch
p30599
sbg6
(g13
g8
NtRp30600
(dp30601
g16
Nsg17
g27
sg11
V0.61
p30602
sbNg6
(g7
g8
NtRp30603
(dp30604
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam__Lake__1
p30605
sbNNg6
(g13
g8
NtRp30606
(dp30607
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dadu_River_(Sichuan)
p30608
sbg6
(g13
g8
NtRp30609
(dp30610
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30611
(dp30612
g16
Nsg17
Nsg11
VChina#China Sichuan
p30613
sbg6
(g13
g8
NtRp30614
(dp30615
g16
Nsg17
Nsg11
VThe Dagangshan Dam (Chinese: \u5927\u5c97\u5c71\u6c34\u7535\u7ad9) is an arch dam on the Dadu River in Shimian County, Ya'an, Sichuan Province, China. The dam houses a hydroelectric power station with 4 x 650 MW generators for a total installed capacity of 2,600 MW. Construction on the dam began in 2008 and the power plant in 2010. The first two generators were commissioned on 2 September 2015, and the entire project was completed in 2016.
p30616
sbg6
(g13
g8
NtRp30617
(dp30618
g16
Nsg17
Nsg11
VPOINT(102.2186126709 29.448610305786)
p30619
sbtp30620
a(g6
(g7
g8
NtRp30621
(dp30622
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam
p30623
sbg6
(g13
g8
NtRp30624
(dp30625
g16
Nsg17
Nsg11
V\u5927\u5c97\u5c71\u6c34\u7535\u7ad9
p30626
sbg6
(g13
g8
NtRp30627
(dp30628
g16
Nsg17
Nsg11
VChina
p30629
sbg6
(g13
g8
NtRp30630
(dp30631
g16
Nsg17
Nsg11
VArch
p30632
sbg6
(g13
g8
NtRp30633
(dp30634
g16
Nsg17
g27
sg11
V0.61
p30635
sbNg6
(g7
g8
NtRp30636
(dp30637
g11
Vhttp://dbpedia.org/resource/Dagangshan_Dam__Lake__1
p30638
sbNNg6
(g13
g8
NtRp30639
(dp30640
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dadu_River_(Sichuan)
p30641
sbg6
(g13
g8
NtRp30642
(dp30643
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp30644
(dp30645
g16
Nsg17
Nsg11
VChina#China Sichuan
p30646
sbg6
(g13
g8
NtRp30647
(dp30648
g16
Nsg17
Nsg11
VThe Dagangshan Dam (Chinese: \u5927\u5c97\u5c71\u6c34\u7535\u7ad9) is an arch dam on the Dadu River in Shimian County, Ya'an, Sichuan Province, China. The dam houses a hydroelectric power station with 4 x 650 MW generators for a total installed capacity of 2,600 MW. Construction on the dam began in 2008 and the power plant in 2010. The first two generators were commissioned on 2 September 2015, and the entire project was completed in 2016.
p30649
sbg6
(g13
g8
NtRp30650
(dp30651
g16
Nsg17
Nsg11
VPOINT(102.2186126709 29.448610305786)
p30652
sbtp30653
a(g6
(g7
g8
NtRp30654
(dp30655
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30656
sbg6
(g13
g8
NtRp30657
(dp30658
g16
Nsg17
Nsg11
VBarrage de Daguangba
p30659
sbg6
(g13
g8
NtRp30660
(dp30661
g16
Nsg17
Nsg11
VChina
p30662
sbg6
(g13
g8
NtRp30663
(dp30664
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30665
sbg6
(g13
g8
NtRp30666
(dp30667
g16
Nsg17
g27
sg11
V0.719
p30668
sbg6
(g13
g8
NtRp30669
(dp30670
g16
Nsg17
g27
sg11
V144.0
p30671
sbg6
(g7
g8
NtRp30672
(dp30673
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30674
sbNNg6
(g13
g8
NtRp30675
(dp30676
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30677
sbg6
(g13
g8
NtRp30678
(dp30679
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30680
(dp30681
g16
Nsg17
g27
sg11
V860000.0
p30682
sbg6
(g13
g8
NtRp30683
(dp30684
g16
Nsg17
Nsg11
VHainan#China
p30685
sbg6
(g13
g8
NtRp30686
(dp30687
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30688
sbg6
(g13
g8
NtRp30689
(dp30690
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30691
sbtp30692
a(g6
(g7
g8
NtRp30693
(dp30694
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30695
sbg6
(g13
g8
NtRp30696
(dp30697
g16
Nsg17
Nsg11
VDaguangba Dam
p30698
sbg6
(g13
g8
NtRp30699
(dp30700
g16
Nsg17
Nsg11
VChina
p30701
sbg6
(g13
g8
NtRp30702
(dp30703
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30704
sbg6
(g13
g8
NtRp30705
(dp30706
g16
Nsg17
g27
sg11
V0.719
p30707
sbg6
(g13
g8
NtRp30708
(dp30709
g16
Nsg17
g27
sg11
V145.0
p30710
sbg6
(g7
g8
NtRp30711
(dp30712
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30713
sbNNg6
(g13
g8
NtRp30714
(dp30715
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30716
sbg6
(g13
g8
NtRp30717
(dp30718
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30719
(dp30720
g16
Nsg17
g27
sg11
V860000.0
p30721
sbg6
(g13
g8
NtRp30722
(dp30723
g16
Nsg17
Nsg11
VHainan#China
p30724
sbg6
(g13
g8
NtRp30725
(dp30726
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30727
sbg6
(g13
g8
NtRp30728
(dp30729
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30730
sbtp30731
a(g6
(g7
g8
NtRp30732
(dp30733
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30734
sbg6
(g13
g8
NtRp30735
(dp30736
g16
Nsg17
Nsg11
VBarrage de Daguangba
p30737
sbg6
(g13
g8
NtRp30738
(dp30739
g16
Nsg17
Nsg11
VChina
p30740
sbg6
(g13
g8
NtRp30741
(dp30742
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30743
sbg6
(g13
g8
NtRp30744
(dp30745
g16
Nsg17
g27
sg11
V0.719
p30746
sbg6
(g13
g8
NtRp30747
(dp30748
g16
Nsg17
g27
sg11
V144.0
p30749
sbg6
(g7
g8
NtRp30750
(dp30751
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30752
sbNNg6
(g13
g8
NtRp30753
(dp30754
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30755
sbg6
(g13
g8
NtRp30756
(dp30757
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30758
(dp30759
g16
Nsg17
g27
sg11
V7.8e+06
p30760
sbg6
(g13
g8
NtRp30761
(dp30762
g16
Nsg17
Nsg11
VHainan#China
p30763
sbg6
(g13
g8
NtRp30764
(dp30765
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30766
sbg6
(g13
g8
NtRp30767
(dp30768
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30769
sbtp30770
a(g6
(g7
g8
NtRp30771
(dp30772
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30773
sbg6
(g13
g8
NtRp30774
(dp30775
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dàgu\u01cengbà
p30776
sbg6
(g13
g8
NtRp30777
(dp30778
g16
Nsg17
Nsg11
VChina
p30779
sbg6
(g13
g8
NtRp30780
(dp30781
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30782
sbg6
(g13
g8
NtRp30783
(dp30784
g16
Nsg17
g27
sg11
V0.719
p30785
sbg6
(g13
g8
NtRp30786
(dp30787
g16
Nsg17
g27
sg11
V145.0
p30788
sbg6
(g7
g8
NtRp30789
(dp30790
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30791
sbNNg6
(g13
g8
NtRp30792
(dp30793
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30794
sbg6
(g13
g8
NtRp30795
(dp30796
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30797
(dp30798
g16
Nsg17
g27
sg11
V7.8e+06
p30799
sbg6
(g13
g8
NtRp30800
(dp30801
g16
Nsg17
Nsg11
VHainan#China
p30802
sbg6
(g13
g8
NtRp30803
(dp30804
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30805
sbg6
(g13
g8
NtRp30806
(dp30807
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30808
sbtp30809
a(g6
(g7
g8
NtRp30810
(dp30811
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30812
sbg6
(g13
g8
NtRp30813
(dp30814
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dàgu\u01cengbà
p30815
sbg6
(g13
g8
NtRp30816
(dp30817
g16
Nsg17
Nsg11
VChina
p30818
sbg6
(g13
g8
NtRp30819
(dp30820
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30821
sbg6
(g13
g8
NtRp30822
(dp30823
g16
Nsg17
g27
sg11
V0.719
p30824
sbg6
(g13
g8
NtRp30825
(dp30826
g16
Nsg17
g27
sg11
V144.0
p30827
sbg6
(g7
g8
NtRp30828
(dp30829
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30830
sbNNg6
(g13
g8
NtRp30831
(dp30832
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30833
sbg6
(g13
g8
NtRp30834
(dp30835
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30836
(dp30837
g16
Nsg17
g27
sg11
V860000.0
p30838
sbg6
(g13
g8
NtRp30839
(dp30840
g16
Nsg17
Nsg11
VHainan#China
p30841
sbg6
(g13
g8
NtRp30842
(dp30843
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30844
sbg6
(g13
g8
NtRp30845
(dp30846
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30847
sbtp30848
a(g6
(g7
g8
NtRp30849
(dp30850
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30851
sbg6
(g13
g8
NtRp30852
(dp30853
g16
Nsg17
Nsg11
VDaguangba Dam
p30854
sbg6
(g13
g8
NtRp30855
(dp30856
g16
Nsg17
Nsg11
VChina
p30857
sbg6
(g13
g8
NtRp30858
(dp30859
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30860
sbg6
(g13
g8
NtRp30861
(dp30862
g16
Nsg17
g27
sg11
V0.719
p30863
sbg6
(g13
g8
NtRp30864
(dp30865
g16
Nsg17
g27
sg11
V145.0
p30866
sbg6
(g7
g8
NtRp30867
(dp30868
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30869
sbNNg6
(g13
g8
NtRp30870
(dp30871
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30872
sbg6
(g13
g8
NtRp30873
(dp30874
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30875
(dp30876
g16
Nsg17
g27
sg11
V7.8e+06
p30877
sbg6
(g13
g8
NtRp30878
(dp30879
g16
Nsg17
Nsg11
VHainan#China
p30880
sbg6
(g13
g8
NtRp30881
(dp30882
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30883
sbg6
(g13
g8
NtRp30884
(dp30885
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30886
sbtp30887
a(g6
(g7
g8
NtRp30888
(dp30889
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30890
sbg6
(g13
g8
NtRp30891
(dp30892
g16
Nsg17
Nsg11
VBarrage de Daguangba
p30893
sbg6
(g13
g8
NtRp30894
(dp30895
g16
Nsg17
Nsg11
VChina
p30896
sbg6
(g13
g8
NtRp30897
(dp30898
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30899
sbg6
(g13
g8
NtRp30900
(dp30901
g16
Nsg17
g27
sg11
V0.719
p30902
sbg6
(g13
g8
NtRp30903
(dp30904
g16
Nsg17
g27
sg11
V145.0
p30905
sbg6
(g7
g8
NtRp30906
(dp30907
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30908
sbNNg6
(g13
g8
NtRp30909
(dp30910
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30911
sbg6
(g13
g8
NtRp30912
(dp30913
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30914
(dp30915
g16
Nsg17
g27
sg11
V7.8e+06
p30916
sbg6
(g13
g8
NtRp30917
(dp30918
g16
Nsg17
Nsg11
VHainan#China
p30919
sbg6
(g13
g8
NtRp30920
(dp30921
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30922
sbg6
(g13
g8
NtRp30923
(dp30924
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30925
sbtp30926
a(g6
(g7
g8
NtRp30927
(dp30928
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30929
sbg6
(g13
g8
NtRp30930
(dp30931
g16
Nsg17
Nsg11
VDaguangba Dam
p30932
sbg6
(g13
g8
NtRp30933
(dp30934
g16
Nsg17
Nsg11
VChina
p30935
sbg6
(g13
g8
NtRp30936
(dp30937
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30938
sbg6
(g13
g8
NtRp30939
(dp30940
g16
Nsg17
g27
sg11
V0.719
p30941
sbg6
(g13
g8
NtRp30942
(dp30943
g16
Nsg17
g27
sg11
V144.0
p30944
sbg6
(g7
g8
NtRp30945
(dp30946
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30947
sbNNg6
(g13
g8
NtRp30948
(dp30949
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30950
sbg6
(g13
g8
NtRp30951
(dp30952
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30953
(dp30954
g16
Nsg17
g27
sg11
V7.8e+06
p30955
sbg6
(g13
g8
NtRp30956
(dp30957
g16
Nsg17
Nsg11
VHainan#China
p30958
sbg6
(g13
g8
NtRp30959
(dp30960
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p30961
sbg6
(g13
g8
NtRp30962
(dp30963
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p30964
sbtp30965
a(g6
(g7
g8
NtRp30966
(dp30967
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p30968
sbg6
(g13
g8
NtRp30969
(dp30970
g16
Nsg17
Nsg11
VBarrage de Daguangba
p30971
sbg6
(g13
g8
NtRp30972
(dp30973
g16
Nsg17
Nsg11
VChina
p30974
sbg6
(g13
g8
NtRp30975
(dp30976
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p30977
sbg6
(g13
g8
NtRp30978
(dp30979
g16
Nsg17
g27
sg11
V0.719
p30980
sbg6
(g13
g8
NtRp30981
(dp30982
g16
Nsg17
g27
sg11
V145.0
p30983
sbg6
(g7
g8
NtRp30984
(dp30985
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p30986
sbNNg6
(g13
g8
NtRp30987
(dp30988
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p30989
sbg6
(g13
g8
NtRp30990
(dp30991
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp30992
(dp30993
g16
Nsg17
g27
sg11
V860000.0
p30994
sbg6
(g13
g8
NtRp30995
(dp30996
g16
Nsg17
Nsg11
VHainan#China
p30997
sbg6
(g13
g8
NtRp30998
(dp30999
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p31000
sbg6
(g13
g8
NtRp31001
(dp31002
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p31003
sbtp31004
a(g6
(g7
g8
NtRp31005
(dp31006
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p31007
sbg6
(g13
g8
NtRp31008
(dp31009
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dàgu\u01cengbà
p31010
sbg6
(g13
g8
NtRp31011
(dp31012
g16
Nsg17
Nsg11
VChina
p31013
sbg6
(g13
g8
NtRp31014
(dp31015
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p31016
sbg6
(g13
g8
NtRp31017
(dp31018
g16
Nsg17
g27
sg11
V0.719
p31019
sbg6
(g13
g8
NtRp31020
(dp31021
g16
Nsg17
g27
sg11
V144.0
p31022
sbg6
(g7
g8
NtRp31023
(dp31024
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p31025
sbNNg6
(g13
g8
NtRp31026
(dp31027
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p31028
sbg6
(g13
g8
NtRp31029
(dp31030
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp31031
(dp31032
g16
Nsg17
g27
sg11
V7.8e+06
p31033
sbg6
(g13
g8
NtRp31034
(dp31035
g16
Nsg17
Nsg11
VHainan#China
p31036
sbg6
(g13
g8
NtRp31037
(dp31038
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p31039
sbg6
(g13
g8
NtRp31040
(dp31041
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p31042
sbtp31043
a(g6
(g7
g8
NtRp31044
(dp31045
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p31046
sbg6
(g13
g8
NtRp31047
(dp31048
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dàgu\u01cengbà
p31049
sbg6
(g13
g8
NtRp31050
(dp31051
g16
Nsg17
Nsg11
VChina
p31052
sbg6
(g13
g8
NtRp31053
(dp31054
g16
Nsg17
Nsg11
VConcrete gravity/Embankment
p31055
sbg6
(g13
g8
NtRp31056
(dp31057
g16
Nsg17
g27
sg11
V0.719
p31058
sbg6
(g13
g8
NtRp31059
(dp31060
g16
Nsg17
g27
sg11
V145.0
p31061
sbg6
(g7
g8
NtRp31062
(dp31063
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam__Lake__1
p31064
sbNNg6
(g13
g8
NtRp31065
(dp31066
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p31067
sbg6
(g13
g8
NtRp31068
(dp31069
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp31070
(dp31071
g16
Nsg17
g27
sg11
V860000.0
p31072
sbg6
(g13
g8
NtRp31073
(dp31074
g16
Nsg17
Nsg11
VHainan#China
p31075
sbg6
(g13
g8
NtRp31076
(dp31077
g16
Nsg17
Nsg11
VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
p31078
sbg6
(g13
g8
NtRp31079
(dp31080
g16
Nsg17
Nsg11
VPOINT(108.97944641113 19.019443511963)
p31081
sbtp31082
a(g6
(g7
g8
NtRp31083
(dp31084
g11
Vhttp://dbpedia.org/resource/Daguangba_Dam
p31085
sbg6
(g13
g8
NtRp31086
(dp31087
g16
Nsg17
Nsg11
VDaguangba Dam
p31088
sbg6
(g13
g8
NtRp31089
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p31111
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VThe Daguangba Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 35 km (22 mi) east of Dongfang. As the primary component of the Daguangba Multipurpose Project, the dam was constructed between 1990 and 1995. It serves to provide water for both hydroelectric power generation and agriculture. It supports a 240 MW power station and supplies water for the irrigation of 12,700 ha (31,382 acres). It is also the largest dam and hydroelectric power station in Hainan.
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VThe Dahuaqiao Dam is a gravity dam on the Lancang (upper Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction began in 2010 and its 900 MW hydroelectric power station was fully operational as of 2019.
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VThe Dahuaqiao Dam is a gravity dam on the Lancang (upper Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction began in 2010 and its 900 MW hydroelectric power station was fully operational as of 2019.
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VThe Dahuaqiao Dam is a gravity dam on the Lancang (upper Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction began in 2010 and its 900 MW hydroelectric power station was fully operational as of 2019.
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VThe Dahuashui Dam is an arch dam on the Qingshuihe River near in Kaiyang County of Guizhou Province, China. The purpose of the dam is hydroelectric power production and flood control. The dam creates a reservoir of 276,500,000 m3 (224,162 acre\u22c5ft) which supplies water to a power station containing two 200 MW generators. Construction on the dam began in December 2003 and was expected to be complete in May 2007 but a lack of funding delayed project completion until initial operation on January 20, 2008. The dam was constructed with roller-compacted concrete.
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VThe Dahuashui Dam is an arch dam on the Qingshuihe River near in Kaiyang County of Guizhou Province, China. The purpose of the dam is hydroelectric power production and flood control. The dam creates a reservoir of 276,500,000 m3 (224,162 acre\u22c5ft) which supplies water to a power station containing two 200 MW generators. Construction on the dam began in December 2003 and was expected to be complete in May 2007 but a lack of funding delayed project completion until initial operation on January 20, 2008. The dam was constructed with roller-compacted concrete.
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VDaivões Dam (Portuguese: Barragem de Daivões) is a concrete arch-gravity dam on the Tâmega River. It is located in the municipalities of Ribeira de Pena and Cabeceiras de Basto, in Vila Real and Braga Districts, respectively, Portugal and it is part of the wider Tâmega Electricity-Generating Group formed of 3 dams and 3 plants Iberdrola signed a 70 year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam completed in July 2022.
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VDaivões Dam (Portuguese: Barragem de Daivões) is a concrete arch-gravity dam on the Tâmega River. It is located in the municipalities of Ribeira de Pena and Cabeceiras de Basto, in Vila Real and Braga Districts, respectively, Portugal and it is part of the wider Tâmega Electricity-Generating Group formed of 3 dams and 3 plants Iberdrola signed a 70 year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam completed in July 2022.
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VDaivões Dam (Portuguese: Barragem de Daivões) is a concrete arch-gravity dam on the Tâmega River. It is located in the municipalities of Ribeira de Pena and Cabeceiras de Basto, in Vila Real and Braga Districts, respectively, Portugal and it is part of the wider Tâmega Electricity-Generating Group formed of 3 dams and 3 plants Iberdrola signed a 70 year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam completed in July 2022.
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VDaivões Dam (Portuguese: Barragem de Daivões) is a concrete arch-gravity dam on the Tâmega River. It is located in the municipalities of Ribeira de Pena and Cabeceiras de Basto, in Vila Real and Braga Districts, respectively, Portugal and it is part of the wider Tâmega Electricity-Generating Group formed of 3 dams and 3 plants Iberdrola signed a 70 year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam completed in July 2022.
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VDaja Hydroelectric Power Station
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VThe Daja Hydroelectric Power Station (Norwegian: Daja kraftverk or Daja kraftstasjon) is a hydroelectric power station in the municipality of Fauske in Nordland county, Norway. It is located about 2.3 kilometers (1.4 mi) east-southeast of Jakobsbakken.
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VThe Dakpathar Barrage is a concrete barrage across the Yamuna River adjacent to Dakpathar in Uttarakhand, India. In a run-of-the-river scheme, the barrage serves to divert water into the East Yamuna Canal for hydroelectric power production at the Dhakrani and Dhalipur Power Plants. The foundation stone for the dam was laid on 23 May 1949 by India's Prime Minister Jawaharlal Nehru. The barrage is controlled by 25 floodgates and has a length of 516.5 m (1,695 ft).
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VDamsal Dam is an earth-fill dam in Mehingrowal of Hoshiarpur district, northern India. It is on the seasonal Damsal River and primarily serves for flood control and irrigation in the area. The dam is maintained by Kandi Area Dam Maintenance Division, Hoshiarpur. The dam and reservoir are also called the Mehingrowal watershed and is situated about 20 km from Hoshiarpur town. It had construction cost of Rs. 1203.88 lacs; with a height 26.5 m (87 ft). It provides irrigation to 1,920 ha (4,700 acres) and has saved 2,400 ha (5,900 acres) of land from floods.
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VDandy Dam is small earth-filled dam in what was previously the North Waziristan District of the Khyber Pakhtunkhwa, Pakistan. Construction was started in 2008 and completed in 2011 at a cost of PKR 553 million. The dam has a height of 101 feet, covered a length of around 1764 feet, with water storage capacity of 2907 acre feet. The dam irrigates around 2000 acres.
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VThe Danjiangkou Dam (Chinese: \u4e39\u6c5f\u53e3\u5927\u575d; pinyin: D\u0101nji\u0101ngk\u01d2u Dàbà) is a concrete gravity dam on the Han river near Danjiangkou in Hubei Province, China. The original dam was constructed between 1958 and 1973. The dam creates a large Danjiangkou Reservoir. In the 21st century, the Danjiangkou Dam became part of the South-North Water Transfer Project. In 2005-2009, its height was raised in order to increase the reservoir's capacity.
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VThe Danjiangkou Dam (Chinese: \u4e39\u6c5f\u53e3\u5927\u575d; pinyin: D\u0101nji\u0101ngk\u01d2u Dàbà) is a concrete gravity dam on the Han river near Danjiangkou in Hubei Province, China. The original dam was constructed between 1958 and 1973. The dam creates a large Danjiangkou Reservoir. In the 21st century, the Danjiangkou Dam became part of the South-North Water Transfer Project. In 2005-2009, its height was raised in order to increase the reservoir's capacity.
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VThe Danjiangkou Dam (Chinese: \u4e39\u6c5f\u53e3\u5927\u575d; pinyin: D\u0101nji\u0101ngk\u01d2u Dàbà) is a concrete gravity dam on the Han river near Danjiangkou in Hubei Province, China. The original dam was constructed between 1958 and 1973. The dam creates a large Danjiangkou Reservoir. In the 21st century, the Danjiangkou Dam became part of the South-North Water Transfer Project. In 2005-2009, its height was raised in order to increase the reservoir's capacity.
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VThe Danjiangkou Dam (Chinese: \u4e39\u6c5f\u53e3\u5927\u575d; pinyin: D\u0101nji\u0101ngk\u01d2u Dàbà) is a concrete gravity dam on the Han river near Danjiangkou in Hubei Province, China. The original dam was constructed between 1958 and 1973. The dam creates a large Danjiangkou Reservoir. In the 21st century, the Danjiangkou Dam became part of the South-North Water Transfer Project. In 2005-2009, its height was raised in order to increase the reservoir's capacity.
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VThe Danjiangkou Dam (Chinese: \u4e39\u6c5f\u53e3\u5927\u575d; pinyin: D\u0101nji\u0101ngk\u01d2u Dàbà) is a concrete gravity dam on the Han river near Danjiangkou in Hubei Province, China. The original dam was constructed between 1958 and 1973. The dam creates a large Danjiangkou Reservoir. In the 21st century, the Danjiangkou Dam became part of the South-North Water Transfer Project. In 2005-2009, its height was raised in order to increase the reservoir's capacity.
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NtRp31787
(dp31788
g16
Nsg17
Nsg11
V\ub2e8\uc7a5\ucee4\uc6b0 \uc800\uc218\uc9c0
p31789
sbg6
(g13
g8
NtRp31790
(dp31791
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p31792
sbNg6
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g8
NtRp31793
(dp31794
g16
Nsg17
g27
sg11
V2.494
p31795
sbg6
(g13
g8
NtRp31796
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g16
Nsg17
g27
sg11
V176.6
p31798
sbg6
(g7
g8
NtRp31799
(dp31800
g11
Vhttp://dbpedia.org/resource/Danjiangkou_Dam__Lake__1
p31801
sbNNg6
(g13
g8
NtRp31802
(dp31803
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Han_River_(Hanshui)
p31804
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g8
NtRp31805
(dp31806
g16
Nsg17
Nsg11
VChina
p31807
sbg6
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g8
NtRp31808
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VThe Danjiangkou Dam (Chinese: \u4e39\u6c5f\u53e3\u5927\u575d; pinyin: D\u0101nji\u0101ngk\u01d2u Dàbà) is a concrete gravity dam on the Han river near Danjiangkou in Hubei Province, China. The original dam was constructed between 1958 and 1973. The dam creates a large Danjiangkou Reservoir. In the 21st century, the Danjiangkou Dam became part of the South-North Water Transfer Project. In 2005-2009, its height was raised in order to increase the reservoir's capacity.
p31810
sbg6
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g8
NtRp31811
(dp31812
g16
Nsg17
Nsg11
VPOINT(111.48805236816 32.55611038208)
p31813
sbtp31814
a(g6
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g8
NtRp31815
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Vhttp://dbpedia.org/resource/Dantiwada_Dam
p31817
sbg6
(g13
g8
NtRp31818
(dp31819
g16
Nsg17
Nsg11
VDantiwada Dam
p31820
sbg6
(g13
g8
NtRp31821
(dp31822
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p31823
sbNg6
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g8
NtRp31824
(dp31825
g16
Nsg17
g27
sg11
V4.832
p31826
sbNg6
(g7
g8
NtRp31827
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g11
Vhttp://dbpedia.org/resource/Dantiwada_Dam__Lake__1
p31829
sbNg6
(g13
g8
NtRp31830
(dp31831
g16
Nsg17
Nsg11
VIrrigation & water supply
p31832
sbg6
(g13
g8
NtRp31833
(dp31834
g16
Nsg17
Nsg11
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p31835
sbg6
(g13
g8
NtRp31836
(dp31837
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp31838
(dp31839
g16
Nsg17
Nsg11
VIndia
p31840
sbg6
(g13
g8
NtRp31841
(dp31842
g16
Nsg17
Nsg11
VThe Dantiwada Dam is a mud and masonry dam on the West Banas River near Dantiwada, Banaskantha district of northern Gujarat in India. The dam was constructed in 1965 mainly for irrigation and flood control. 111 total villages are under command of the Dantiwada Dam, of which 12 villages are partially submerged. Total land submerged under the reservoir include 1,215 hectares (3,000 acres; 4.69 sq mi) forest land, 810 hectares (2,000 acres; 3.1 sq mi) wasteland, 2,025 hectares (5,000 acres; 7.82 sq mi) cultivable land. It irrigated 50,284 hectares (124,250 acres; 194.15 sq mi) in 1994\u201395.
p31843
sbg6
(g13
g8
NtRp31844
(dp31845
g16
Nsg17
Nsg11
VPOINT(72.3251953125 24.316453933716)
p31846
sbtp31847
a(g6
(g7
g8
NtRp31848
(dp31849
g11
Vhttp://dbpedia.org/resource/Daraban_Zam_Dam
p31850
sbg6
(g13
g8
NtRp31851
(dp31852
g16
Nsg17
Nsg11
VDaraban Zam Dam
p31853
sbg6
(g13
g8
NtRp31854
(dp31855
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p31856
sbg6
(g13
g8
NtRp31857
(dp31858
g16
Nsg17
Nsg11
VConcrete-face rock-fill dam
p31859
sbNNNNg6
(g13
g8
NtRp31860
(dp31861
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp31862
(dp31863
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Khora_River
p31864
sbg6
(g13
g8
NtRp31865
(dp31866
g16
Nsg17
Nsg11
VP
sbNNg6
(g13
g8
NtRp31867
(dp31868
g16
Nsg17
Nsg11
VDaraban Zam Dam is a proposed dam located in Dera Ismail Khan District, Khyber Pakhtunkhwa, Pakistan. It is proposed to be built on the .
p31869
sbNtp31870
a(g6
(g7
g8
NtRp31871
(dp31872
g11
Vhttp://dbpedia.org/resource/Daram_Khola-A_Hydropower_Station
p31873
sbg6
(g13
g8
NtRp31874
(dp31875
g16
Nsg17
Nsg11
VDaram Khola-A Hydropower Station
p31876
sbg6
(g13
g8
NtRp31877
(dp31878
g16
Nsg17
Nsg11
VNepal
p31879
sbg6
(g13
g8
NtRp31880
(dp31881
g16
Nsg17
Nsg11
VGravity
p31882
sbNNNNg6
(g13
g8
NtRp31883
(dp31884
g16
Nsg17
Nsg11
VPower
p31885
sbg6
(g13
g8
NtRp31886
(dp31887
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Daram_Khola
p31888
sbg6
(g13
g8
NtRp31889
(dp31890
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp31891
(dp31892
g16
Nsg17
Nsg11
VNepal
p31893
sbg6
(g13
g8
NtRp31894
(dp31895
g16
Nsg17
Nsg11
VDaram Khola-A Hydropower Station (Nepali: \u0926\u0930\u092e \u0916\u094b\u0932\u093e A \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-the-river hydroelectricity plant located in Baglung District of Nepal. The flow from Daram River is used to generate 2.5 MW electricity.
p31896
sbg6
(g13
g8
NtRp31897
(dp31898
g16
Nsg17
Nsg11
VPOINT(83.418502807617 28.283399581909)
p31899
sbtp31900
a(g6
(g7
g8
NtRp31901
(dp31902
g11
Vhttp://dbpedia.org/resource/Daraudi_A_Hydropower_Plant
p31903
sbg6
(g13
g8
NtRp31904
(dp31905
g16
Nsg17
Nsg11
VDaraudi A Hydropower Plant
p31906
sbg6
(g13
g8
NtRp31907
(dp31908
g16
Nsg17
Nsg11
VNepal
p31909
sbg6
(g13
g8
NtRp31910
(dp31911
g16
Nsg17
Nsg11
VGravity
p31912
sbNNNNg6
(g13
g8
NtRp31913
(dp31914
g16
Nsg17
Nsg11
VPower
p31915
sbg6
(g13
g8
NtRp31916
(dp31917
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Daraundi_River
p31918
sbg6
(g13
g8
NtRp31919
(dp31920
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp31921
(dp31922
g16
Nsg17
Nsg11
VNepal
p31923
sbg6
(g13
g8
NtRp31924
(dp31925
g16
Nsg17
Nsg11
VDaraundi A Hydropower Station (or Daraudi A; Nepali: \u0926\u0930\u094c\u0926\u0940 A \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a 6 MW run-of-river hydro-electric plant located on the Daraundi River in the Gorkha District of Nepal.
p31926
sbg6
(g13
g8
NtRp31927
(dp31928
g16
Nsg17
Nsg11
VPOINT(84.686515808105 28.134105682373)
p31929
sbtp31930
a(g6
(g7
g8
NtRp31931
(dp31932
g11
Vhttp://dbpedia.org/resource/Darawat_Dam
p31933
sbg6
(g13
g8
NtRp31934
(dp31935
g16
Nsg17
Nsg11
VDarawat Dam
p31936
sbg6
(g13
g8
NtRp31937
(dp31938
g16
Nsg17
Nsg11
VPakistan
p31939
sbg6
(g13
g8
NtRp31940
(dp31941
g16
Nsg17
Nsg11
VConcrete gravity
p31942
sbg6
(g13
g8
NtRp31943
(dp31944
g16
Nsg17
g27
sg11
V0.306
p31945
sbNg6
(g7
g8
NtRp31946
(dp31947
g11
Vhttp://dbpedia.org/resource/Darawat_Dam__Lake__1
p31948
sbNNNg6
(g13
g8
NtRp31949
(dp31950
g16
Nsg17
Nsg11
VOperational
p31951
sbNg6
(g13
g8
NtRp31952
(dp31953
g16
Nsg17
Nsg11
VSindh#Pakistan
p31954
sbg6
(g13
g8
NtRp31955
(dp31956
g16
Nsg17
Nsg11
VDarawat Dam is concrete gravity dam across Nai Baran River near Village of in Jamshoro district of Sindh, Pakistan. Construction of dam started in March 2010 and its completion was inaugurated by Former President of Pakistan Asif Ali Zardari on 9 March 2013. Its estimated cost was PKR 9.3 Billion. The dam is 250 metres (820 ft) in length and 43 metres (141 ft) in height, which would store about 150 million cubic metres (120,000 acre ft) of water to help irrigate 10,000 hectares (25,000 acres) of land.
p31957
sbg6
(g13
g8
NtRp31958
(dp31959
g16
Nsg17
Nsg11
VPOINT(67.942581176758 25.40927696228)
p31960
sbtp31961
a(g6
(g7
g8
NtRp31962
(dp31963
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p31964
sbg6
(g13
g8
NtRp31965
(dp31966
g16
Nsg17
Nsg11
VPresa de Darbandikhan
p31967
sbg6
(g13
g8
NtRp31968
(dp31969
g16
Nsg17
Nsg11
VIraq
p31970
sbg6
(g13
g8
NtRp31971
(dp31972
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p31973
sbg6
(g13
g8
NtRp31974
(dp31975
g16
Nsg17
g27
sg11
V0.445
p31976
sbg6
(g13
g8
NtRp31977
(dp31978
g16
Nsg17
g27
sg11
V495.0
p31979
sbg6
(g7
g8
NtRp31980
(dp31981
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p31982
sbg6
(g13
g8
NtRp31983
(dp31984
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p31985
sbNg6
(g13
g8
NtRp31986
(dp31987
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p31988
sbg6
(g13
g8
NtRp31989
(dp31990
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp31991
(dp31992
g16
Nsg17
g27
sg11
V7.1e+06
p31993
sbg6
(g13
g8
NtRp31994
(dp31995
g16
Nsg17
Nsg11
VIraq
p31996
sbg6
(g13
g8
NtRp31997
(dp31998
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p31999
sbg6
(g13
g8
NtRp32000
(dp32001
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32002
sbtp32003
a(g6
(g7
g8
NtRp32004
(dp32005
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32006
sbg6
(g13
g8
NtRp32007
(dp32008
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0435\u0440\u0431\u0430\u043d\u0434\u0456\u043a\u0445\u0430\u043d
p32009
sbg6
(g13
g8
NtRp32010
(dp32011
g16
Nsg17
Nsg11
VIraq
p32012
sbg6
(g13
g8
NtRp32013
(dp32014
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32015
sbg6
(g13
g8
NtRp32016
(dp32017
g16
Nsg17
g27
sg11
V0.445
p32018
sbg6
(g13
g8
NtRp32019
(dp32020
g16
Nsg17
g27
sg11
V495.0
p32021
sbg6
(g7
g8
NtRp32022
(dp32023
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32024
sbg6
(g13
g8
NtRp32025
(dp32026
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32027
sbNg6
(g13
g8
NtRp32028
(dp32029
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32030
sbg6
(g13
g8
NtRp32031
(dp32032
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32033
(dp32034
g16
Nsg17
g27
sg11
V7.1e+06
p32035
sbg6
(g13
g8
NtRp32036
(dp32037
g16
Nsg17
Nsg11
VIraq
p32038
sbg6
(g13
g8
NtRp32039
(dp32040
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32041
sbg6
(g13
g8
NtRp32042
(dp32043
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32044
sbtp32045
a(g6
(g7
g8
NtRp32046
(dp32047
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32048
sbg6
(g13
g8
NtRp32049
(dp32050
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0435\u0440\u0431\u0430\u043d\u0434\u0456\u043a\u0445\u0430\u043d
p32051
sbg6
(g13
g8
NtRp32052
(dp32053
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kurdistan_Region
p32054
sbg6
(g13
g8
NtRp32055
(dp32056
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32057
sbg6
(g13
g8
NtRp32058
(dp32059
g16
Nsg17
g27
sg11
V0.445
p32060
sbg6
(g13
g8
NtRp32061
(dp32062
g16
Nsg17
g27
sg11
V495.0
p32063
sbg6
(g7
g8
NtRp32064
(dp32065
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32066
sbg6
(g13
g8
NtRp32067
(dp32068
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32069
sbNg6
(g13
g8
NtRp32070
(dp32071
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32072
sbg6
(g13
g8
NtRp32073
(dp32074
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32075
(dp32076
g16
Nsg17
g27
sg11
V7.1e+06
p32077
sbg6
(g13
g8
NtRp32078
(dp32079
g16
Nsg17
Nsg11
VIraq
p32080
sbg6
(g13
g8
NtRp32081
(dp32082
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32083
sbg6
(g13
g8
NtRp32084
(dp32085
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32086
sbtp32087
a(g6
(g7
g8
NtRp32088
(dp32089
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32090
sbg6
(g13
g8
NtRp32091
(dp32092
g16
Nsg17
Nsg11
VDiga di Darbandikhan
p32093
sbg6
(g13
g8
NtRp32094
(dp32095
g16
Nsg17
Nsg11
VIraq
p32096
sbg6
(g13
g8
NtRp32097
(dp32098
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32099
sbg6
(g13
g8
NtRp32100
(dp32101
g16
Nsg17
g27
sg11
V0.445
p32102
sbg6
(g13
g8
NtRp32103
(dp32104
g16
Nsg17
g27
sg11
V495.0
p32105
sbg6
(g7
g8
NtRp32106
(dp32107
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32108
sbg6
(g13
g8
NtRp32109
(dp32110
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32111
sbNg6
(g13
g8
NtRp32112
(dp32113
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32114
sbg6
(g13
g8
NtRp32115
(dp32116
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32117
(dp32118
g16
Nsg17
g27
sg11
V7.1e+06
p32119
sbg6
(g13
g8
NtRp32120
(dp32121
g16
Nsg17
Nsg11
VIraq
p32122
sbg6
(g13
g8
NtRp32123
(dp32124
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32125
sbg6
(g13
g8
NtRp32126
(dp32127
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32128
sbtp32129
a(g6
(g7
g8
NtRp32130
(dp32131
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32132
sbg6
(g13
g8
NtRp32133
(dp32134
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u0631\u0628\u0646\u062f\u062e\u0627\u0646
p32135
sbg6
(g13
g8
NtRp32136
(dp32137
g16
Nsg17
Nsg11
VIraq
p32138
sbg6
(g13
g8
NtRp32139
(dp32140
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32141
sbg6
(g13
g8
NtRp32142
(dp32143
g16
Nsg17
g27
sg11
V0.445
p32144
sbg6
(g13
g8
NtRp32145
(dp32146
g16
Nsg17
g27
sg11
V495.0
p32147
sbg6
(g7
g8
NtRp32148
(dp32149
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32150
sbg6
(g13
g8
NtRp32151
(dp32152
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32153
sbNg6
(g13
g8
NtRp32154
(dp32155
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32156
sbg6
(g13
g8
NtRp32157
(dp32158
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32159
(dp32160
g16
Nsg17
g27
sg11
V7.1e+06
p32161
sbg6
(g13
g8
NtRp32162
(dp32163
g16
Nsg17
Nsg11
VIraq
p32164
sbg6
(g13
g8
NtRp32165
(dp32166
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32167
sbg6
(g13
g8
NtRp32168
(dp32169
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32170
sbtp32171
a(g6
(g7
g8
NtRp32172
(dp32173
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32174
sbg6
(g13
g8
NtRp32175
(dp32176
g16
Nsg17
Nsg11
VDarbandichan-Talsperre
p32177
sbg6
(g13
g8
NtRp32178
(dp32179
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kurdistan_Region
p32180
sbg6
(g13
g8
NtRp32181
(dp32182
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32183
sbg6
(g13
g8
NtRp32184
(dp32185
g16
Nsg17
g27
sg11
V0.445
p32186
sbg6
(g13
g8
NtRp32187
(dp32188
g16
Nsg17
g27
sg11
V495.0
p32189
sbg6
(g7
g8
NtRp32190
(dp32191
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32192
sbg6
(g13
g8
NtRp32193
(dp32194
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32195
sbNg6
(g13
g8
NtRp32196
(dp32197
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32198
sbg6
(g13
g8
NtRp32199
(dp32200
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32201
(dp32202
g16
Nsg17
g27
sg11
V7.1e+06
p32203
sbg6
(g13
g8
NtRp32204
(dp32205
g16
Nsg17
Nsg11
VIraq
p32206
sbg6
(g13
g8
NtRp32207
(dp32208
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32209
sbg6
(g13
g8
NtRp32210
(dp32211
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32212
sbtp32213
a(g6
(g7
g8
NtRp32214
(dp32215
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32216
sbg6
(g13
g8
NtRp32217
(dp32218
g16
Nsg17
Nsg11
VDiga di Darbandikhan
p32219
sbg6
(g13
g8
NtRp32220
(dp32221
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kurdistan_Region
p32222
sbg6
(g13
g8
NtRp32223
(dp32224
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32225
sbg6
(g13
g8
NtRp32226
(dp32227
g16
Nsg17
g27
sg11
V0.445
p32228
sbg6
(g13
g8
NtRp32229
(dp32230
g16
Nsg17
g27
sg11
V495.0
p32231
sbg6
(g7
g8
NtRp32232
(dp32233
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32234
sbg6
(g13
g8
NtRp32235
(dp32236
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32237
sbNg6
(g13
g8
NtRp32238
(dp32239
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32240
sbg6
(g13
g8
NtRp32241
(dp32242
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32243
(dp32244
g16
Nsg17
g27
sg11
V7.1e+06
p32245
sbg6
(g13
g8
NtRp32246
(dp32247
g16
Nsg17
Nsg11
VIraq
p32248
sbg6
(g13
g8
NtRp32249
(dp32250
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32251
sbg6
(g13
g8
NtRp32252
(dp32253
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32254
sbtp32255
a(g6
(g7
g8
NtRp32256
(dp32257
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32258
sbg6
(g13
g8
NtRp32259
(dp32260
g16
Nsg17
Nsg11
VBarrage de Darbandikhan
p32261
sbg6
(g13
g8
NtRp32262
(dp32263
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kurdistan_Region
p32264
sbg6
(g13
g8
NtRp32265
(dp32266
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32267
sbg6
(g13
g8
NtRp32268
(dp32269
g16
Nsg17
g27
sg11
V0.445
p32270
sbg6
(g13
g8
NtRp32271
(dp32272
g16
Nsg17
g27
sg11
V495.0
p32273
sbg6
(g7
g8
NtRp32274
(dp32275
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32276
sbg6
(g13
g8
NtRp32277
(dp32278
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32279
sbNg6
(g13
g8
NtRp32280
(dp32281
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32282
sbg6
(g13
g8
NtRp32283
(dp32284
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32285
(dp32286
g16
Nsg17
g27
sg11
V7.1e+06
p32287
sbg6
(g13
g8
NtRp32288
(dp32289
g16
Nsg17
Nsg11
VIraq
p32290
sbg6
(g13
g8
NtRp32291
(dp32292
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32293
sbg6
(g13
g8
NtRp32294
(dp32295
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32296
sbtp32297
a(g6
(g7
g8
NtRp32298
(dp32299
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32300
sbg6
(g13
g8
NtRp32301
(dp32302
g16
Nsg17
Nsg11
VDarbandikhan Dam
p32303
sbg6
(g13
g8
NtRp32304
(dp32305
g16
Nsg17
Nsg11
VIraq
p32306
sbg6
(g13
g8
NtRp32307
(dp32308
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32309
sbg6
(g13
g8
NtRp32310
(dp32311
g16
Nsg17
g27
sg11
V0.445
p32312
sbg6
(g13
g8
NtRp32313
(dp32314
g16
Nsg17
g27
sg11
V495.0
p32315
sbg6
(g7
g8
NtRp32316
(dp32317
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32318
sbg6
(g13
g8
NtRp32319
(dp32320
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32321
sbNg6
(g13
g8
NtRp32322
(dp32323
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32324
sbg6
(g13
g8
NtRp32325
(dp32326
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32327
(dp32328
g16
Nsg17
g27
sg11
V7.1e+06
p32329
sbg6
(g13
g8
NtRp32330
(dp32331
g16
Nsg17
Nsg11
VIraq
p32332
sbg6
(g13
g8
NtRp32333
(dp32334
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32335
sbg6
(g13
g8
NtRp32336
(dp32337
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32338
sbtp32339
a(g6
(g7
g8
NtRp32340
(dp32341
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32342
sbg6
(g13
g8
NtRp32343
(dp32344
g16
Nsg17
Nsg11
VSadd Darbandikhan
p32345
sbg6
(g13
g8
NtRp32346
(dp32347
g16
Nsg17
Nsg11
VIraq
p32348
sbg6
(g13
g8
NtRp32349
(dp32350
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32351
sbg6
(g13
g8
NtRp32352
(dp32353
g16
Nsg17
g27
sg11
V0.445
p32354
sbg6
(g13
g8
NtRp32355
(dp32356
g16
Nsg17
g27
sg11
V495.0
p32357
sbg6
(g7
g8
NtRp32358
(dp32359
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32360
sbg6
(g13
g8
NtRp32361
(dp32362
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32363
sbNg6
(g13
g8
NtRp32364
(dp32365
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32366
sbg6
(g13
g8
NtRp32367
(dp32368
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32369
(dp32370
g16
Nsg17
g27
sg11
V7.1e+06
p32371
sbg6
(g13
g8
NtRp32372
(dp32373
g16
Nsg17
Nsg11
VIraq
p32374
sbg6
(g13
g8
NtRp32375
(dp32376
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32377
sbg6
(g13
g8
NtRp32378
(dp32379
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32380
sbtp32381
a(g6
(g7
g8
NtRp32382
(dp32383
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32384
sbg6
(g13
g8
NtRp32385
(dp32386
g16
Nsg17
Nsg11
VBendungan Darbandikhan
p32387
sbg6
(g13
g8
NtRp32388
(dp32389
g16
Nsg17
Nsg11
VIraq
p32390
sbg6
(g13
g8
NtRp32391
(dp32392
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32393
sbg6
(g13
g8
NtRp32394
(dp32395
g16
Nsg17
g27
sg11
V0.445
p32396
sbg6
(g13
g8
NtRp32397
(dp32398
g16
Nsg17
g27
sg11
V495.0
p32399
sbg6
(g7
g8
NtRp32400
(dp32401
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32402
sbg6
(g13
g8
NtRp32403
(dp32404
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32405
sbNg6
(g13
g8
NtRp32406
(dp32407
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32408
sbg6
(g13
g8
NtRp32409
(dp32410
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32411
(dp32412
g16
Nsg17
g27
sg11
V7.1e+06
p32413
sbg6
(g13
g8
NtRp32414
(dp32415
g16
Nsg17
Nsg11
VIraq
p32416
sbg6
(g13
g8
NtRp32417
(dp32418
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32419
sbg6
(g13
g8
NtRp32420
(dp32421
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32422
sbtp32423
a(g6
(g7
g8
NtRp32424
(dp32425
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam
p32426
sbg6
(g13
g8
NtRp32427
(dp32428
g16
Nsg17
Nsg11
VBendungan Darbandikhan
p32429
sbg6
(g13
g8
NtRp32430
(dp32431
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kurdistan_Region
p32432
sbg6
(g13
g8
NtRp32433
(dp32434
g16
Nsg17
Nsg11
VEmbankment; rock-fill, central clay core
p32435
sbg6
(g13
g8
NtRp32436
(dp32437
g16
Nsg17
g27
sg11
V0.445
p32438
sbg6
(g13
g8
NtRp32439
(dp32440
g16
Nsg17
g27
sg11
V495.0
p32441
sbg6
(g7
g8
NtRp32442
(dp32443
g11
Vhttp://dbpedia.org/resource/Darbandikhan_Dam__Lake__1
p32444
sbg6
(g13
g8
NtRp32445
(dp32446
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_(Iraq)
p32447
sbNg6
(g13
g8
NtRp32448
(dp32449
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirwan_River
p32450
sbg6
(g13
g8
NtRp32451
(dp32452
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp32453
(dp32454
g16
Nsg17
g27
sg11
V7.1e+06
p32455
sbg6
(g13
g8
NtRp32456
(dp32457
g16
Nsg17
Nsg11
VIraq
p32458
sbg6
(g13
g8
NtRp32459
(dp32460
g16
Nsg17
Nsg11
VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
p32461
sbg6
(g13
g8
NtRp32462
(dp32463
g16
Nsg17
Nsg11
VPOINT(45.706390380859 35.112777709961)
p32464
sbtp32465
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sbg6
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VIraq
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sbg6
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sbg6
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g8
NtRp32588
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VPOINT(45.706390380859 35.112777709961)
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NtRp32604
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p32618
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g8
NtRp32619
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VO
sbg6
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g8
NtRp32621
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g27
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p32623
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NtRp32624
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VIraq
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NtRp32627
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VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
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sbg6
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g8
NtRp32630
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VPOINT(45.706390380859 35.112777709961)
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NtRp32634
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NtRp32637
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VDarbandichan-Talsperre
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NtRp32640
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VIraq
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NtRp32643
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NtRp32646
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sbg6
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NtRp32663
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NtRp32666
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VIraq
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VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
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VPOINT(45.706390380859 35.112777709961)
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VIraq
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VThe Darbandikhan Dam (Kurdish: Bendava Derbendîxanê ,\u0628\u06d5\u0646\u062f\u0627\u0648\u06cc \u062f\u06d5\u0631\u0628\u06d5\u0646\u062f\u06cc\u062e\u0627\u0646) is a multi-purpose embankment dam on the Diyala River in northern Sulaymaniyah Governorate, Iraq. It was constructed between 1956 and 1961. The purpose of the dam is irrigation, flood control, hydroelectric power production and recreation. Due to poor construction and neglect, the dam and its 249 MW power station have undergone several repairs over the years. A rehabilitation of the power station began in 2007 and was completed in 2013.
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VPOINT(45.706390380859 35.112777709961)
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VDargai Pal Dam
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VPakistan
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p32732
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VDargai Pal Dam is an earth filled dam in South Waziristan district of Khyber Pakhtunkhwa, Pakistan. The construction of dam was started in 2008 and completed in 2010 at a cost of PKR 204 million. The dam has a height of 84 feet, covered a length of around 764 feet, with actual storage capacity of water 2178 acre feet. The dam was constructed under supervision of FATA Development Authority. For construction supervision the services of NESPAK were hired.
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VDarlington Dam, also referred to as Lake Mentz. is a gravity type dam situated in the Sundays River, near Kirkwood, in Eastern Cape, South Africa. It was completed in 1922 and only filled by 1928, the delay a result of extensive drought. The impoundment now has a capacity of 187,000,000 cubic metres (6.6×109 cu ft), with a 35.3 metres (116 ft)-high wall. Its primary purpose is for irrigation, industrial and domestic use.
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VPOINT(25.133611679077 -33.206111907959)
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Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p32811
sbg6
(g13
g8
NtRp32812
(dp32813
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p32814
sbtp32815
a(g6
(g7
g8
NtRp32816
(dp32817
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p32818
sbg6
(g13
g8
NtRp32819
(dp32820
g16
Nsg17
Nsg11
VDartmouth Dam
p32821
sbg6
(g13
g8
NtRp32822
(dp32823
g16
Nsg17
Nsg11
VAustralia
p32824
sbg6
(g13
g8
NtRp32825
(dp32826
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp32827
(dp32828
g16
Nsg17
g27
sg11
V0.092
p32829
sbNg6
(g7
g8
NtRp32830
(dp32831
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p32832
sbg6
(g13
g8
NtRp32833
(dp32834
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p32835
sbNg6
(g13
g8
NtRp32836
(dp32837
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mitta_Mitta_River
p32838
sbg6
(g13
g8
NtRp32839
(dp32840
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp32841
(dp32842
g16
Nsg17
Nsg11
VVictoria
p32843
sbg6
(g13
g8
NtRp32844
(dp32845
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p32846
sbg6
(g13
g8
NtRp32847
(dp32848
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p32849
sbtp32850
a(g6
(g7
g8
NtRp32851
(dp32852
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p32853
sbg6
(g13
g8
NtRp32854
(dp32855
g16
Nsg17
Nsg11
VDartmouth Dam
p32856
sbg6
(g13
g8
NtRp32857
(dp32858
g16
Nsg17
Nsg11
VAustralia
p32859
sbg6
(g13
g8
NtRp32860
(dp32861
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp32862
(dp32863
g16
Nsg17
g27
sg11
V0.092
p32864
sbNg6
(g7
g8
NtRp32865
(dp32866
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p32867
sbg6
(g13
g8
NtRp32868
(dp32869
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p32870
sbNg6
(g13
g8
NtRp32871
(dp32872
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dart_River_(Victoria)
p32873
sbg6
(g13
g8
NtRp32874
(dp32875
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp32876
(dp32877
g16
Nsg17
Nsg11
VVictoria
p32878
sbg6
(g13
g8
NtRp32879
(dp32880
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p32881
sbg6
(g13
g8
NtRp32882
(dp32883
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p32884
sbtp32885
a(g6
(g7
g8
NtRp32886
(dp32887
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p32888
sbg6
(g13
g8
NtRp32889
(dp32890
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u0627\u0631\u062a\u0645\u0648\u062b
p32891
sbg6
(g13
g8
NtRp32892
(dp32893
g16
Nsg17
Nsg11
VAustralia
p32894
sbg6
(g13
g8
NtRp32895
(dp32896
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp32897
(dp32898
g16
Nsg17
g27
sg11
V0.092
p32899
sbNg6
(g7
g8
NtRp32900
(dp32901
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p32902
sbg6
(g13
g8
NtRp32903
(dp32904
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p32905
sbNg6
(g13
g8
NtRp32906
(dp32907
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gibbo_River
p32908
sbg6
(g13
g8
NtRp32909
(dp32910
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp32911
(dp32912
g16
Nsg17
Nsg11
VVictoria
p32913
sbg6
(g13
g8
NtRp32914
(dp32915
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p32916
sbg6
(g13
g8
NtRp32917
(dp32918
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p32919
sbtp32920
a(g6
(g7
g8
NtRp32921
(dp32922
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p32923
sbg6
(g13
g8
NtRp32924
(dp32925
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u0627\u0631\u062a\u0645\u0648\u062b
p32926
sbg6
(g13
g8
NtRp32927
(dp32928
g16
Nsg17
Nsg11
VAustralia
p32929
sbg6
(g13
g8
NtRp32930
(dp32931
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp32932
(dp32933
g16
Nsg17
g27
sg11
V0.092
p32934
sbNg6
(g7
g8
NtRp32935
(dp32936
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p32937
sbg6
(g13
g8
NtRp32938
(dp32939
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p32940
sbNg6
(g13
g8
NtRp32941
(dp32942
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mitta_Mitta_River
p32943
sbg6
(g13
g8
NtRp32944
(dp32945
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp32946
(dp32947
g16
Nsg17
Nsg11
VVictoria
p32948
sbg6
(g13
g8
NtRp32949
(dp32950
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p32951
sbg6
(g13
g8
NtRp32952
(dp32953
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p32954
sbtp32955
a(g6
(g7
g8
NtRp32956
(dp32957
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p32958
sbg6
(g13
g8
NtRp32959
(dp32960
g16
Nsg17
Nsg11
VDartmouth Dam
p32961
sbg6
(g13
g8
NtRp32962
(dp32963
g16
Nsg17
Nsg11
VAustralia
p32964
sbg6
(g13
g8
NtRp32965
(dp32966
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp32967
(dp32968
g16
Nsg17
g27
sg11
V0.092
p32969
sbNg6
(g7
g8
NtRp32970
(dp32971
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p32972
sbg6
(g13
g8
NtRp32973
(dp32974
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p32975
sbNg6
(g13
g8
NtRp32976
(dp32977
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gibbo_River
p32978
sbg6
(g13
g8
NtRp32979
(dp32980
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp32981
(dp32982
g16
Nsg17
Nsg11
VVictoria
p32983
sbg6
(g13
g8
NtRp32984
(dp32985
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p32986
sbg6
(g13
g8
NtRp32987
(dp32988
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p32989
sbtp32990
a(g6
(g7
g8
NtRp32991
(dp32992
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p32993
sbg6
(g13
g8
NtRp32994
(dp32995
g16
Nsg17
Nsg11
VDartmouth-Talsperre
p32996
sbg6
(g13
g8
NtRp32997
(dp32998
g16
Nsg17
Nsg11
VAustralia
p32999
sbg6
(g13
g8
NtRp33000
(dp33001
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33002
(dp33003
g16
Nsg17
g27
sg11
V0.092
p33004
sbNg6
(g7
g8
NtRp33005
(dp33006
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p33007
sbg6
(g13
g8
NtRp33008
(dp33009
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p33010
sbNg6
(g13
g8
NtRp33011
(dp33012
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mitta_Mitta_River
p33013
sbg6
(g13
g8
NtRp33014
(dp33015
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33016
(dp33017
g16
Nsg17
Nsg11
VVictoria
p33018
sbg6
(g13
g8
NtRp33019
(dp33020
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p33021
sbg6
(g13
g8
NtRp33022
(dp33023
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p33024
sbtp33025
a(g6
(g7
g8
NtRp33026
(dp33027
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p33028
sbg6
(g13
g8
NtRp33029
(dp33030
g16
Nsg17
Nsg11
VDartmouthdam
p33031
sbg6
(g13
g8
NtRp33032
(dp33033
g16
Nsg17
Nsg11
VAustralia
p33034
sbg6
(g13
g8
NtRp33035
(dp33036
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33037
(dp33038
g16
Nsg17
g27
sg11
V0.092
p33039
sbNg6
(g7
g8
NtRp33040
(dp33041
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p33042
sbg6
(g13
g8
NtRp33043
(dp33044
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p33045
sbNg6
(g13
g8
NtRp33046
(dp33047
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mitta_Mitta_River
p33048
sbg6
(g13
g8
NtRp33049
(dp33050
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33051
(dp33052
g16
Nsg17
Nsg11
VVictoria
p33053
sbg6
(g13
g8
NtRp33054
(dp33055
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p33056
sbg6
(g13
g8
NtRp33057
(dp33058
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p33059
sbtp33060
a(g6
(g7
g8
NtRp33061
(dp33062
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p33063
sbg6
(g13
g8
NtRp33064
(dp33065
g16
Nsg17
Nsg11
VDartmouthdam
p33066
sbg6
(g13
g8
NtRp33067
(dp33068
g16
Nsg17
Nsg11
VAustralia
p33069
sbg6
(g13
g8
NtRp33070
(dp33071
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33072
(dp33073
g16
Nsg17
g27
sg11
V0.092
p33074
sbNg6
(g7
g8
NtRp33075
(dp33076
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p33077
sbg6
(g13
g8
NtRp33078
(dp33079
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p33080
sbNg6
(g13
g8
NtRp33081
(dp33082
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dart_River_(Victoria)
p33083
sbg6
(g13
g8
NtRp33084
(dp33085
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33086
(dp33087
g16
Nsg17
Nsg11
VVictoria
p33088
sbg6
(g13
g8
NtRp33089
(dp33090
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p33091
sbg6
(g13
g8
NtRp33092
(dp33093
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p33094
sbtp33095
a(g6
(g7
g8
NtRp33096
(dp33097
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p33098
sbg6
(g13
g8
NtRp33099
(dp33100
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u0627\u0631\u062a\u0645\u0648\u062b
p33101
sbg6
(g13
g8
NtRp33102
(dp33103
g16
Nsg17
Nsg11
VAustralia
p33104
sbg6
(g13
g8
NtRp33105
(dp33106
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33107
(dp33108
g16
Nsg17
g27
sg11
V0.092
p33109
sbNg6
(g7
g8
NtRp33110
(dp33111
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p33112
sbg6
(g13
g8
NtRp33113
(dp33114
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p33115
sbNg6
(g13
g8
NtRp33116
(dp33117
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dart_River_(Victoria)
p33118
sbg6
(g13
g8
NtRp33119
(dp33120
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33121
(dp33122
g16
Nsg17
Nsg11
VVictoria
p33123
sbg6
(g13
g8
NtRp33124
(dp33125
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p33126
sbg6
(g13
g8
NtRp33127
(dp33128
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p33129
sbtp33130
a(g6
(g7
g8
NtRp33131
(dp33132
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p33133
sbg6
(g13
g8
NtRp33134
(dp33135
g16
Nsg17
Nsg11
VDartmouth-Talsperre
p33136
sbg6
(g13
g8
NtRp33137
(dp33138
g16
Nsg17
Nsg11
VAustralia
p33139
sbg6
(g13
g8
NtRp33140
(dp33141
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33142
(dp33143
g16
Nsg17
g27
sg11
V0.092
p33144
sbNg6
(g7
g8
NtRp33145
(dp33146
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p33147
sbg6
(g13
g8
NtRp33148
(dp33149
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p33150
sbNg6
(g13
g8
NtRp33151
(dp33152
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dart_River_(Victoria)
p33153
sbg6
(g13
g8
NtRp33154
(dp33155
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33156
(dp33157
g16
Nsg17
Nsg11
VVictoria
p33158
sbg6
(g13
g8
NtRp33159
(dp33160
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p33161
sbg6
(g13
g8
NtRp33162
(dp33163
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p33164
sbtp33165
a(g6
(g7
g8
NtRp33166
(dp33167
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam
p33168
sbg6
(g13
g8
NtRp33169
(dp33170
g16
Nsg17
Nsg11
VDartmouthdam
p33171
sbg6
(g13
g8
NtRp33172
(dp33173
g16
Nsg17
Nsg11
VAustralia
p33174
sbg6
(g13
g8
NtRp33175
(dp33176
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33177
(dp33178
g16
Nsg17
g27
sg11
V0.092
p33179
sbNg6
(g7
g8
NtRp33180
(dp33181
g11
Vhttp://dbpedia.org/resource/Dartmouth_Dam__Lake__1
p33182
sbg6
(g13
g8
NtRp33183
(dp33184
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murray_Darling_Basin_Authority
p33185
sbNg6
(g13
g8
NtRp33186
(dp33187
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gibbo_River
p33188
sbg6
(g13
g8
NtRp33189
(dp33190
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33191
(dp33192
g16
Nsg17
Nsg11
VVictoria
p33193
sbg6
(g13
g8
NtRp33194
(dp33195
g16
Nsg17
Nsg11
VDartmouth Dam is a large rock-fill embankment dam with an uncontrolled chute spillway across the Mitta Mitta, Gibbo, and Dart rivers, the Morass Creek and a number of small tributaries. The dam is located near Mount Bogong in the north-east of the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Dartmouth Reservoir, sometimes called Lake Dartmouth. The Dartmouth Power Station, a hydro-electric power station that generates power to the national grid, is located near the dam wall.
p33196
sbg6
(g13
g8
NtRp33197
(dp33198
g16
Nsg17
Nsg11
VPOINT(147.52360534668 -36.558055877686)
p33199
sbtp33200
a(g6
(g7
g8
NtRp33201
(dp33202
g11
Vhttp://dbpedia.org/resource/Darunta_Dam
p33203
sbg6
(g13
g8
NtRp33204
(dp33205
g16
Nsg17
Nsg11
VDarunta Dam
p33206
sbg6
(g13
g8
NtRp33207
(dp33208
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p33209
sbNNNNg6
(g13
g8
NtRp33210
(dp33211
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p33212
sbg6
(g13
g8
NtRp33213
(dp33214
g16
Nsg17
Nsg11
VIrrigation and electricity
p33215
sbg6
(g13
g8
NtRp33216
(dp33217
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p33218
sbg6
(g13
g8
NtRp33219
(dp33220
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp33221
(dp33222
g16
Nsg17
Nsg11
VThe Darunta Dam (Pashto: \u062f\u0631\u0648\u0646\u067c\u0647 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a hydroelectric power dam located on the Kabul River near Darunta, approximately 7 kilometres (4.3 mi) west of Jalalabad, the capital of Nangarhar Province in eastern Afghanistan.
p33223
sbg6
(g13
g8
NtRp33224
(dp33225
g16
Nsg17
Nsg11
VPOINT(70.363334655762 34.484722137451)
p33226
sbtp33227
a(g6
(g7
g8
NtRp33228
(dp33229
g11
Vhttp://dbpedia.org/resource/Darunta_Dam
p33230
sbg6
(g13
g8
NtRp33231
(dp33232
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u0631\u0648\u0646\u062a\u0627
p33233
sbg6
(g13
g8
NtRp33234
(dp33235
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p33236
sbNNNNg6
(g13
g8
NtRp33237
(dp33238
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p33239
sbg6
(g13
g8
NtRp33240
(dp33241
g16
Nsg17
Nsg11
VIrrigation and electricity
p33242
sbg6
(g13
g8
NtRp33243
(dp33244
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p33245
sbg6
(g13
g8
NtRp33246
(dp33247
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp33248
(dp33249
g16
Nsg17
Nsg11
VThe Darunta Dam (Pashto: \u062f\u0631\u0648\u0646\u067c\u0647 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a hydroelectric power dam located on the Kabul River near Darunta, approximately 7 kilometres (4.3 mi) west of Jalalabad, the capital of Nangarhar Province in eastern Afghanistan.
p33250
sbg6
(g13
g8
NtRp33251
(dp33252
g16
Nsg17
Nsg11
VPOINT(70.363334655762 34.484722137451)
p33253
sbtp33254
a(g6
(g7
g8
NtRp33255
(dp33256
g11
Vhttp://dbpedia.org/resource/Darunta_Dam
p33257
sbg6
(g13
g8
NtRp33258
(dp33259
g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u0414\u0430\u0440\u0443\u043d\u0442\u0430
p33260
sbg6
(g13
g8
NtRp33261
(dp33262
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p33263
sbNNNNg6
(g13
g8
NtRp33264
(dp33265
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p33266
sbg6
(g13
g8
NtRp33267
(dp33268
g16
Nsg17
Nsg11
VIrrigation and electricity
p33269
sbg6
(g13
g8
NtRp33270
(dp33271
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p33272
sbg6
(g13
g8
NtRp33273
(dp33274
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp33275
(dp33276
g16
Nsg17
Nsg11
VThe Darunta Dam (Pashto: \u062f\u0631\u0648\u0646\u067c\u0647 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a hydroelectric power dam located on the Kabul River near Darunta, approximately 7 kilometres (4.3 mi) west of Jalalabad, the capital of Nangarhar Province in eastern Afghanistan.
p33277
sbg6
(g13
g8
NtRp33278
(dp33279
g16
Nsg17
Nsg11
VPOINT(70.363334655762 34.484722137451)
p33280
sbtp33281
a(g6
(g7
g8
NtRp33282
(dp33283
g11
Vhttp://dbpedia.org/resource/Darunta_Dam
p33284
sbg6
(g13
g8
NtRp33285
(dp33286
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0430\u0440\u0443\u043d\u0442\u0430
p33287
sbg6
(g13
g8
NtRp33288
(dp33289
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p33290
sbNNNNg6
(g13
g8
NtRp33291
(dp33292
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p33293
sbg6
(g13
g8
NtRp33294
(dp33295
g16
Nsg17
Nsg11
VIrrigation and electricity
p33296
sbg6
(g13
g8
NtRp33297
(dp33298
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p33299
sbg6
(g13
g8
NtRp33300
(dp33301
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp33302
(dp33303
g16
Nsg17
Nsg11
VThe Darunta Dam (Pashto: \u062f\u0631\u0648\u0646\u067c\u0647 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a hydroelectric power dam located on the Kabul River near Darunta, approximately 7 kilometres (4.3 mi) west of Jalalabad, the capital of Nangarhar Province in eastern Afghanistan.
p33304
sbg6
(g13
g8
NtRp33305
(dp33306
g16
Nsg17
Nsg11
VPOINT(70.363334655762 34.484722137451)
p33307
sbtp33308
a(g6
(g7
g8
NtRp33309
(dp33310
g11
Vhttp://dbpedia.org/resource/Darunta_Dam
p33311
sbg6
(g13
g8
NtRp33312
(dp33313
g16
Nsg17
Nsg11
VBarrage de Darunta
p33314
sbg6
(g13
g8
NtRp33315
(dp33316
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p33317
sbNNNNg6
(g13
g8
NtRp33318
(dp33319
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p33320
sbg6
(g13
g8
NtRp33321
(dp33322
g16
Nsg17
Nsg11
VIrrigation and electricity
p33323
sbg6
(g13
g8
NtRp33324
(dp33325
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p33326
sbg6
(g13
g8
NtRp33327
(dp33328
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp33329
(dp33330
g16
Nsg17
Nsg11
VThe Darunta Dam (Pashto: \u062f\u0631\u0648\u0646\u067c\u0647 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a hydroelectric power dam located on the Kabul River near Darunta, approximately 7 kilometres (4.3 mi) west of Jalalabad, the capital of Nangarhar Province in eastern Afghanistan.
p33331
sbg6
(g13
g8
NtRp33332
(dp33333
g16
Nsg17
Nsg11
VPOINT(70.363334655762 34.484722137451)
p33334
sbtp33335
a(g6
(g7
g8
NtRp33336
(dp33337
g11
Vhttp://dbpedia.org/resource/Darwin_Dam
p33338
sbg6
(g13
g8
NtRp33339
(dp33340
g16
Nsg17
Nsg11
VDarwin Dam
p33341
sbg6
(g13
g8
NtRp33342
(dp33343
g16
Nsg17
Nsg11
VAustralia
p33344
sbg6
(g13
g8
NtRp33345
(dp33346
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp33347
(dp33348
g16
Nsg17
g27
sg11
V0.7
p33349
sbNg6
(g7
g8
NtRp33350
(dp33351
g11
Vhttp://dbpedia.org/resource/Darwin_Dam__Lake__1
p33352
sbg6
(g13
g8
NtRp33353
(dp33354
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p33355
sbg6
(g13
g8
NtRp33356
(dp33357
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp33358
(dp33359
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33360
(dp33361
g16
Nsg17
Nsg11
VAustralia Tasmania
p33362
sbg6
(g13
g8
NtRp33363
(dp33364
g16
Nsg17
Nsg11
VThe Darwin Dam is an offstream earthfill embankment saddle dam without a spillway, located in Western Tasmania, Australia. The impounded reservoir, also formed by Crotty Dam, is called Lake Burbury. The dam was constructed in 1990 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the John Butters Power Station. It had been known during construction as the Andrew Divide Dam.
p33365
sbg6
(g13
g8
NtRp33366
(dp33367
g16
Nsg17
Nsg11
VPOINT(145.61000061035 -42.209999084473)
p33368
sbtp33369
a(g6
(g7
g8
NtRp33370
(dp33371
g11
Vhttp://dbpedia.org/resource/Daryan_Dam
p33372
sbg6
(g13
g8
NtRp33373
(dp33374
g16
Nsg17
Nsg11
VDaryan Dam
p33375
sbg6
(g13
g8
NtRp33376
(dp33377
g16
Nsg17
Nsg11
VIran
p33378
sbg6
(g13
g8
NtRp33379
(dp33380
g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay-core
p33381
sbg6
(g13
g8
NtRp33382
(dp33383
g16
Nsg17
g27
sg11
V0.368
p33384
sbNg6
(g7
g8
NtRp33385
(dp33386
g11
Vhttp://dbpedia.org/resource/Daryan_Dam__Lake__1
p33387
sbNg6
(g13
g8
NtRp33388
(dp33389
g16
Nsg17
Nsg11
VWater diversion for irrigation, power
p33390
sbg6
(g13
g8
NtRp33391
(dp33392
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirvan_River
p33393
sbg6
(g13
g8
NtRp33394
(dp33395
g16
Nsg17
Nsg11
VUC
p33396
sbg6
(g13
g8
NtRp33397
(dp33398
g16
Nsg17
g27
sg11
V9.7e+06
p33399
sbg6
(g13
g8
NtRp33400
(dp33401
g16
Nsg17
Nsg11
VIran
p33402
sbg6
(g13
g8
NtRp33403
(dp33404
g16
Nsg17
Nsg11
VThe Daryan Dam, also spelled Darian, is an embankment dam constructed on the Sirvan River just north of Daryan in Paveh County, Kermanshah Province, Iran. The primary purpose of the dam is to supply up to 1,378,000,000 m3 (1,117,000 acre\u22c5ft) of water annually to the 48 km (30 mi) long Nowsud Water Conveyance Tunnel where it will irrigate areas of Southwestern Iran. The dam also has a 210 MW hydroelectric power station. Construction on the dam began in 2009 and the dam began to fill its reservoir in late November 2015. The Darian Dam Archaeological Salvage Program (DDASP) was planned by Iranian Center for Archaeological Research before flooding the reservoir. As a result a number of important archaeological sites were discovered and some were excavated. The power station was commissioned in
p33405
sbg6
(g13
g8
NtRp33406
(dp33407
g16
Nsg17
Nsg11
VPOINT(46.308280944824 35.152191162109)
p33408
sbtp33409
a(g6
(g7
g8
NtRp33410
(dp33411
g11
Vhttp://dbpedia.org/resource/Daryan_Dam
p33412
sbg6
(g13
g8
NtRp33413
(dp33414
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0430\u0440'\u044f\u043d
p33415
sbg6
(g13
g8
NtRp33416
(dp33417
g16
Nsg17
Nsg11
VIran
p33418
sbg6
(g13
g8
NtRp33419
(dp33420
g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay-core
p33421
sbg6
(g13
g8
NtRp33422
(dp33423
g16
Nsg17
g27
sg11
V0.368
p33424
sbNg6
(g7
g8
NtRp33425
(dp33426
g11
Vhttp://dbpedia.org/resource/Daryan_Dam__Lake__1
p33427
sbNg6
(g13
g8
NtRp33428
(dp33429
g16
Nsg17
Nsg11
VWater diversion for irrigation, power
p33430
sbg6
(g13
g8
NtRp33431
(dp33432
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sirvan_River
p33433
sbg6
(g13
g8
NtRp33434
(dp33435
g16
Nsg17
Nsg11
VUC
p33436
sbg6
(g13
g8
NtRp33437
(dp33438
g16
Nsg17
g27
sg11
V9.7e+06
p33439
sbg6
(g13
g8
NtRp33440
(dp33441
g16
Nsg17
Nsg11
VIran
p33442
sbg6
(g13
g8
NtRp33443
(dp33444
g16
Nsg17
Nsg11
VThe Daryan Dam, also spelled Darian, is an embankment dam constructed on the Sirvan River just north of Daryan in Paveh County, Kermanshah Province, Iran. The primary purpose of the dam is to supply up to 1,378,000,000 m3 (1,117,000 acre\u22c5ft) of water annually to the 48 km (30 mi) long Nowsud Water Conveyance Tunnel where it will irrigate areas of Southwestern Iran. The dam also has a 210 MW hydroelectric power station. Construction on the dam began in 2009 and the dam began to fill its reservoir in late November 2015. The Darian Dam Archaeological Salvage Program (DDASP) was planned by Iranian Center for Archaeological Research before flooding the reservoir. As a result a number of important archaeological sites were discovered and some were excavated. The power station was commissioned in
p33445
sbg6
(g13
g8
NtRp33446
(dp33447
g16
Nsg17
Nsg11
VPOINT(46.308280944824 35.152191162109)
p33448
sbtp33449
a(g6
(g7
g8
NtRp33450
(dp33451
g11
Vhttp://dbpedia.org/resource/Dasu_Dam
p33452
sbg6
(g13
g8
NtRp33453
(dp33454
g16
Nsg17
Nsg11
V\u8fbe\u82cf\u6c34\u7535\u7ad9
p33455
sbg6
(g13
g8
NtRp33456
(dp33457
g16
Nsg17
Nsg11
VPakistan
p33458
sbg6
(g13
g8
NtRp33459
(dp33460
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p33461
sbg6
(g13
g8
NtRp33462
(dp33463
g16
Nsg17
g27
sg11
V0.57
p33464
sbNg6
(g7
g8
NtRp33465
(dp33466
g11
Vhttp://dbpedia.org/resource/Dasu_Dam__Lake__1
p33467
sbg6
(g13
g8
NtRp33468
(dp33469
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Pakistan
p33470
sbg6
(g13
g8
NtRp33471
(dp33472
g16
Nsg17
Nsg11
VPower, water supply
p33473
sbg6
(g13
g8
NtRp33474
(dp33475
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Indus_River
p33476
sbg6
(g13
g8
NtRp33477
(dp33478
g16
Nsg17
Nsg11
VUC
p33479
sbNg6
(g13
g8
NtRp33480
(dp33481
g16
Nsg17
Nsg11
VPakistan
p33482
sbg6
(g13
g8
NtRp33483
(dp33484
g16
Nsg17
Nsg11
VThe Dasu Dam is a large hydroelectric gravity dam currently under construction on the Indus River near Dasu in Kohistan District, Khyber Pakhtunkhwa Province, Pakistan. It is developed by Pakistan Water and Power Development Authority (Wapda), as a key component of the company's Water Vision 2025. The project was started in 2017 but faced a delay due to funds and land acquisition disputes. Work resumed in 2019 after land acquisition and arrangements of funding facility, the World Bank agreed to contributed $700 million of the $4.2 billion as the government of Imran Khan decided to proceed ahead with the construction of the project, as part of his vision of reducing Pakistan's reliance on non-renewable energy.
p33485
sbg6
(g13
g8
NtRp33486
(dp33487
g16
Nsg17
Nsg11
VPOINT(73.19327545166 35.317268371582)
p33488
sbtp33489
a(g6
(g7
g8
NtRp33490
(dp33491
g11
Vhttp://dbpedia.org/resource/Dasu_Dam
p33492
sbg6
(g13
g8
NtRp33493
(dp33494
g16
Nsg17
Nsg11
VBarrage de Dasu
p33495
sbg6
(g13
g8
NtRp33496
(dp33497
g16
Nsg17
Nsg11
VPakistan
p33498
sbg6
(g13
g8
NtRp33499
(dp33500
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p33501
sbg6
(g13
g8
NtRp33502
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g16
Nsg17
g27
sg11
V0.57
p33504
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g8
NtRp33505
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g11
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p33507
sbg6
(g13
g8
NtRp33508
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g16
Nsg17
Nsg11
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p33510
sbg6
(g13
g8
NtRp33511
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g16
Nsg17
Nsg11
VPower, water supply
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g8
NtRp33514
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g16
Nsg17
Nsg11
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p33516
sbg6
(g13
g8
NtRp33517
(dp33518
g16
Nsg17
Nsg11
VUC
p33519
sbNg6
(g13
g8
NtRp33520
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g16
Nsg17
Nsg11
VPakistan
p33522
sbg6
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g8
NtRp33523
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g16
Nsg17
Nsg11
VThe Dasu Dam is a large hydroelectric gravity dam currently under construction on the Indus River near Dasu in Kohistan District, Khyber Pakhtunkhwa Province, Pakistan. It is developed by Pakistan Water and Power Development Authority (Wapda), as a key component of the company's Water Vision 2025. The project was started in 2017 but faced a delay due to funds and land acquisition disputes. Work resumed in 2019 after land acquisition and arrangements of funding facility, the World Bank agreed to contributed $700 million of the $4.2 billion as the government of Imran Khan decided to proceed ahead with the construction of the project, as part of his vision of reducing Pakistan's reliance on non-renewable energy.
p33525
sbg6
(g13
g8
NtRp33526
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g16
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VPOINT(73.19327545166 35.317268371582)
p33528
sbtp33529
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g8
NtRp33530
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g11
Vhttp://dbpedia.org/resource/Dasu_Dam
p33532
sbg6
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g8
NtRp33533
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g16
Nsg17
Nsg11
VDasu Dam
p33535
sbg6
(g13
g8
NtRp33536
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g16
Nsg17
Nsg11
VPakistan
p33538
sbg6
(g13
g8
NtRp33539
(dp33540
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p33541
sbg6
(g13
g8
NtRp33542
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g16
Nsg17
g27
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V0.57
p33544
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g8
NtRp33545
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g11
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p33547
sbg6
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g8
NtRp33548
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Pakistan
p33550
sbg6
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g8
NtRp33551
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g16
Nsg17
Nsg11
VPower, water supply
p33553
sbg6
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g8
NtRp33554
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g16
Nsg17
Nsg11
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p33556
sbg6
(g13
g8
NtRp33557
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g16
Nsg17
Nsg11
VUC
p33559
sbNg6
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g8
NtRp33560
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g16
Nsg17
Nsg11
VPakistan
p33562
sbg6
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g8
NtRp33563
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g16
Nsg17
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VThe Dasu Dam is a large hydroelectric gravity dam currently under construction on the Indus River near Dasu in Kohistan District, Khyber Pakhtunkhwa Province, Pakistan. It is developed by Pakistan Water and Power Development Authority (Wapda), as a key component of the company's Water Vision 2025. The project was started in 2017 but faced a delay due to funds and land acquisition disputes. Work resumed in 2019 after land acquisition and arrangements of funding facility, the World Bank agreed to contributed $700 million of the $4.2 billion as the government of Imran Khan decided to proceed ahead with the construction of the project, as part of his vision of reducing Pakistan's reliance on non-renewable energy.
p33565
sbg6
(g13
g8
NtRp33566
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g16
Nsg17
Nsg11
VPOINT(73.19327545166 35.317268371582)
p33568
sbtp33569
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g8
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p33572
sbg6
(g13
g8
NtRp33573
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g16
Nsg17
Nsg11
VTalsperre Dasu
p33575
sbg6
(g13
g8
NtRp33576
(dp33577
g16
Nsg17
Nsg11
VPakistan
p33578
sbg6
(g13
g8
NtRp33579
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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sbg6
(g13
g8
NtRp33582
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g16
Nsg17
g27
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V0.57
p33584
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g8
NtRp33585
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g11
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p33587
sbg6
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g8
NtRp33588
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g16
Nsg17
Nsg11
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p33590
sbg6
(g13
g8
NtRp33591
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g16
Nsg17
Nsg11
VPower, water supply
p33593
sbg6
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g8
NtRp33594
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g16
Nsg17
Nsg11
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p33596
sbg6
(g13
g8
NtRp33597
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g16
Nsg17
Nsg11
VUC
p33599
sbNg6
(g13
g8
NtRp33600
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g16
Nsg17
Nsg11
VPakistan
p33602
sbg6
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g8
NtRp33603
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g16
Nsg17
Nsg11
VThe Dasu Dam is a large hydroelectric gravity dam currently under construction on the Indus River near Dasu in Kohistan District, Khyber Pakhtunkhwa Province, Pakistan. It is developed by Pakistan Water and Power Development Authority (Wapda), as a key component of the company's Water Vision 2025. The project was started in 2017 but faced a delay due to funds and land acquisition disputes. Work resumed in 2019 after land acquisition and arrangements of funding facility, the World Bank agreed to contributed $700 million of the $4.2 billion as the government of Imran Khan decided to proceed ahead with the construction of the project, as part of his vision of reducing Pakistan's reliance on non-renewable energy.
p33605
sbg6
(g13
g8
NtRp33606
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g16
Nsg17
Nsg11
VPOINT(73.19327545166 35.317268371582)
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g8
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g11
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p33612
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g8
NtRp33613
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g16
Nsg17
Nsg11
VBarrage de Dasu
p33615
sbg6
(g13
g8
NtRp33616
(dp33617
g16
Nsg17
Nsg11
VPakistan
p33618
sbg6
(g13
g8
NtRp33619
(dp33620
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p33621
sbg6
(g13
g8
NtRp33622
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g16
Nsg17
g27
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V0.57
p33624
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g8
NtRp33625
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p33627
sbg6
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g16
Nsg17
Nsg11
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p33630
sbg6
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g8
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g16
Nsg17
Nsg11
VPower, water supply
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sbg6
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g8
NtRp33634
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Indus_River
p33636
sbg6
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g8
NtRp33637
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g16
Nsg17
Nsg11
VUC
p33639
sbNg6
(g13
g8
NtRp33640
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g16
Nsg17
Nsg11
VPakistan
p33642
sbg6
(g13
g8
NtRp33643
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Nsg17
Nsg11
VThe Dasu Dam is a large hydroelectric gravity dam currently under construction on the Indus River near Dasu in Kohistan District, Khyber Pakhtunkhwa Province, Pakistan. It is developed by Pakistan Water and Power Development Authority (Wapda), as a key component of the company's Water Vision 2025. The project was started in 2017 but faced a delay due to funds and land acquisition disputes. Work resumed in 2019 after land acquisition and arrangements of funding facility, the World Bank agreed to contributed $700 million of the $4.2 billion as the government of Imran Khan decided to proceed ahead with the construction of the project, as part of his vision of reducing Pakistan's reliance on non-renewable energy.
p33645
sbg6
(g13
g8
NtRp33646
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g16
Nsg17
Nsg11
VPOINT(73.19327545166 35.317268371582)
p33648
sbtp33649
a(g6
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g8
NtRp33650
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g11
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p33652
sbg6
(g13
g8
NtRp33653
(dp33654
g16
Nsg17
Nsg11
VDeduru Oya
p33655
sbg6
(g13
g8
NtRp33656
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p33658
sbg6
(g13
g8
NtRp33659
(dp33660
g16
Nsg17
Nsg11
VEmbankment
p33661
sbg6
(g13
g8
NtRp33662
(dp33663
g16
Nsg17
g27
sg11
V2.4
p33664
sbNg6
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g8
NtRp33665
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g11
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p33667
sbNg6
(g13
g8
NtRp33668
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g16
Nsg17
Nsg11
VIrrigation
p33670
sbg6
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g8
NtRp33671
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Deduru_Oya
p33673
sbg6
(g13
g8
NtRp33674
(dp33675
g16
Nsg17
Nsg11
VOperational
p33676
sbNg6
(g13
g8
NtRp33677
(dp33678
g16
Nsg17
Nsg11
VSri Lanka
p33679
sbg6
(g13
g8
NtRp33680
(dp33681
g16
Nsg17
Nsg11
VThe Deduru Oya Dam is an embankment dam built across the Deduru River in Kurunegala District of Sri Lanka. Built in 2014, the primary purpose of the dam is to retain approximately a billion cubic metres of water for irrigation purposes, which would otherwise flow out to sea. Site studies of the dam began in 2006 and construction started in 2008. It was ceremonially completed in 2014, with the presence of the then President Mahinda Rajapaksa.
p33682
sbg6
(g13
g8
NtRp33683
(dp33684
g16
Nsg17
Nsg11
VPOINT(80.274444580078 7.7183332443237)
p33685
sbtp33686
a(g6
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g8
NtRp33687
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g11
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p33689
sbg6
(g13
g8
NtRp33690
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g16
Nsg17
Nsg11
VDeduru Oya Dam
p33692
sbg6
(g13
g8
NtRp33693
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p33695
sbg6
(g13
g8
NtRp33696
(dp33697
g16
Nsg17
Nsg11
VEmbankment
p33698
sbg6
(g13
g8
NtRp33699
(dp33700
g16
Nsg17
g27
sg11
V2.4
p33701
sbNg6
(g7
g8
NtRp33702
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g11
Vhttp://dbpedia.org/resource/Deduru_Oya_Dam__Lake__1
p33704
sbNg6
(g13
g8
NtRp33705
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g16
Nsg17
Nsg11
VIrrigation
p33707
sbg6
(g13
g8
NtRp33708
(dp33709
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Deduru_Oya
p33710
sbg6
(g13
g8
NtRp33711
(dp33712
g16
Nsg17
Nsg11
VOperational
p33713
sbNg6
(g13
g8
NtRp33714
(dp33715
g16
Nsg17
Nsg11
VSri Lanka
p33716
sbg6
(g13
g8
NtRp33717
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g16
Nsg17
Nsg11
VThe Deduru Oya Dam is an embankment dam built across the Deduru River in Kurunegala District of Sri Lanka. Built in 2014, the primary purpose of the dam is to retain approximately a billion cubic metres of water for irrigation purposes, which would otherwise flow out to sea. Site studies of the dam began in 2006 and construction started in 2008. It was ceremonially completed in 2014, with the presence of the then President Mahinda Rajapaksa.
p33719
sbg6
(g13
g8
NtRp33720
(dp33721
g16
Nsg17
Nsg11
VPOINT(80.274444580078 7.7183332443237)
p33722
sbtp33723
a(g6
(g7
g8
NtRp33724
(dp33725
g11
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p33726
sbg6
(g13
g8
NtRp33727
(dp33728
g16
Nsg17
Nsg11
VDeerfield Dam
p33729
sbg6
(g13
g8
NtRp33730
(dp33731
g16
Nsg17
Nsg11
VUnited States
p33732
sbNNNg6
(g7
g8
NtRp33733
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g11
Vhttp://dbpedia.org/resource/Deerfield_Dam__Lake__1
p33735
sbNg6
(g13
g8
NtRp33736
(dp33737
g16
Nsg17
Nsg11
VIrrigation and Municipal Water Supply
p33738
sbg6
(g13
g8
NtRp33739
(dp33740
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Castle_Creek_(South_Dakota)
p33741
sbg6
(g13
g8
NtRp33742
(dp33743
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33744
(dp33745
g16
Nsg17
Nsg11
VSouth Dakota
p33746
sbg6
(g13
g8
NtRp33747
(dp33748
g16
Nsg17
Nsg11
VDeerfield Dam is a dam impounding Castle Creek in the Black Hills of South Dakota. The dam creates Deerfield Reservoir within the Black Hills National Forest. The earthen dam was originally built by the United States Bureau of Reclamation in 1942\u20131947, with a height of 171 feet, to store irrigation water for the surrounding Pennington County. Construction was started in July 1942 by the Farm Security Administration, and later continued by the Civilian Conservation Corps under the Works Projects Administration during World War II. Employment of conscientious objectors under the Civilian Public Service here drew complaints from locals.
p33749
sbg6
(g13
g8
NtRp33750
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g16
Nsg17
Nsg11
VPOINT(-103.78482818604 44.029479980469)
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sbtp33753
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NtRp33754
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(g13
g8
NtRp33757
(dp33758
g16
Nsg17
Nsg11
VVorsperre Deesbach
p33759
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g8
NtRp33760
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Nsg17
Nsg11
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NtRp33763
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g16
Nsg17
g27
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NtRp33766
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NtRp33769
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Nsg17
g27
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V13500.0
p33771
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NtRp33772
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Nsg17
Nsg11
VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33774
sbg6
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g8
NtRp33775
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g16
Nsg17
Nsg11
VPOINT(11.169722557068 50.57527923584)
p33777
sbtp33778
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p33781
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NtRp33782
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VVorsperre Deesbach
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Nsg17
Nsg11
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p33787
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NtRp33788
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g27
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p33790
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NtRp33791
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p33793
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NtRp33794
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g16
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g27
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V13500.0
p33796
sbNg6
(g13
g8
NtRp33797
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g16
Nsg17
Nsg11
VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33799
sbg6
(g13
g8
NtRp33800
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g16
Nsg17
Nsg11
VPOINT(11.169722557068 50.57527923584)
p33802
sbtp33803
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g8
NtRp33804
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g11
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p33806
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g8
NtRp33807
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g16
Nsg17
Nsg11
VDeesbach Forebay
p33809
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NtRp33810
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thuringia
p33812
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g8
NtRp33813
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g27
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p33815
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p33818
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g27
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V13500.0
p33821
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g8
NtRp33822
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g16
Nsg17
Nsg11
VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33824
sbg6
(g13
g8
NtRp33825
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g16
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Nsg11
VPOINT(11.169722557068 50.57527923584)
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sbtp33828
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p33831
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g8
NtRp33832
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g16
Nsg17
Nsg11
VDeesbach Forebay
p33834
sbg6
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NtRp33835
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g16
Nsg17
Nsg11
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p33837
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g8
NtRp33838
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p33840
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NtRp33841
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p33843
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V13500.0
p33846
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g8
NtRp33847
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g16
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VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33849
sbg6
(g13
g8
NtRp33850
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g16
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Nsg11
VPOINT(11.169722557068 50.57527923584)
p33852
sbtp33853
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g8
NtRp33854
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Nsg17
Nsg11
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g8
NtRp33860
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Nsg17
Nsg11
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g8
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g16
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p33865
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p33868
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g8
NtRp33869
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g16
Nsg17
g27
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V13500.0
p33871
sbNg6
(g13
g8
NtRp33872
(dp33873
g16
Nsg17
Nsg11
VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33874
sbg6
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g8
NtRp33875
(dp33876
g16
Nsg17
Nsg11
VPOINT(11.169722557068 50.57527923584)
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sbtp33878
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g8
NtRp33882
(dp33883
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Nsg11
VDeesbach Forebay
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p33890
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g8
NtRp33894
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g16
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g27
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V13500.0
p33896
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g8
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g16
Nsg17
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VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
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sbg6
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g8
NtRp33900
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g16
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VPOINT(11.169722557068 50.57527923584)
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a(g6
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NtRp33907
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Nsg17
Nsg11
VVorsperre Deesbach
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g8
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g16
Nsg17
g27
sg11
V0.178
p33915
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g8
NtRp33916
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g11
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g8
NtRp33919
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g16
Nsg17
g27
sg11
V13500.0
p33921
sbNg6
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g8
NtRp33922
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g16
Nsg17
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VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33924
sbg6
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g8
NtRp33925
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g16
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Nsg11
VPOINT(11.169722557068 50.57527923584)
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sbtp33928
a(g6
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g8
NtRp33929
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g11
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p33931
sbg6
(g13
g8
NtRp33932
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g16
Nsg17
Nsg11
VVorsperre Deesbach
p33934
sbg6
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g8
NtRp33935
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g16
Nsg17
Nsg11
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p33937
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g8
NtRp33938
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g16
Nsg17
g27
sg11
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p33940
sbNg6
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g8
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g11
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p33943
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g8
NtRp33944
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g16
Nsg17
g27
sg11
V13500.0
p33946
sbNg6
(g13
g8
NtRp33947
(dp33948
g16
Nsg17
Nsg11
VThe Deesbach Forebay (German: Vorsperre Deesbach) is a dam in the German state of Thuringia in the Thuringian Highland. It impounds the river Lichte and lies between the municipalities Lichte (Geiersthal) and Unterweissbach. That particular forebay belongs to the Leibis-Lichte Dam (de: Talsperre Leibis-Lichte). The name, Deesbach Forebay, was derived d from the close proximity to the municipality Deesbach.
p33949
sbg6
(g13
g8
NtRp33950
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g16
Nsg17
Nsg11
VPOINT(11.169722557068 50.57527923584)
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sbtp33953
a(g6
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g8
NtRp33954
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g11
Vhttp://dbpedia.org/resource/Degania_Dam
p33956
sbg6
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g8
NtRp33957
(dp33958
g16
Nsg17
Nsg11
VDegania Dam
p33959
sbg6
(g13
g8
NtRp33960
(dp33961
g16
Nsg17
Nsg11
VIsrael
p33962
sbg6
(g13
g8
NtRp33963
(dp33964
g16
Nsg17
Nsg11
VBarrage
p33965
sbNNNNg6
(g13
g8
NtRp33966
(dp33967
g16
Nsg17
Nsg11
VRegulation
p33968
sbg6
(g13
g8
NtRp33969
(dp33970
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jordan_River
p33971
sbg6
(g13
g8
NtRp33972
(dp33973
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp33974
(dp33975
g16
Nsg17
Nsg11
VIsrael
p33976
sbg6
(g13
g8
NtRp33977
(dp33978
g16
Nsg17
Nsg11
VThe Degania Dam is a small barrage across the Jordan River just below the Sea of Galilee near Degania Alef and Yardenit in northern Israel. The purpose of the dam is to regulate water levels in the Sea of Galilee and flows into the lower Jordan River. It has two floodgates capable of releasing 800 m3/s (28,000 cu ft/s).
p33979
sbg6
(g13
g8
NtRp33980
(dp33981
g16
Nsg17
Nsg11
VPOINT(35.573154449463 32.711570739746)
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sbtp33983
a(g6
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g8
NtRp33984
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g11
Vhttp://dbpedia.org/resource/Degania_Dam
p33986
sbg6
(g13
g8
NtRp33987
(dp33988
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u063a\u0627\u0646\u064a\u0627
p33989
sbg6
(g13
g8
NtRp33990
(dp33991
g16
Nsg17
Nsg11
VIsrael
p33992
sbg6
(g13
g8
NtRp33993
(dp33994
g16
Nsg17
Nsg11
VBarrage
p33995
sbNNNNg6
(g13
g8
NtRp33996
(dp33997
g16
Nsg17
Nsg11
VRegulation
p33998
sbg6
(g13
g8
NtRp33999
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jordan_River
p34001
sbg6
(g13
g8
NtRp34002
(dp34003
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34004
(dp34005
g16
Nsg17
Nsg11
VIsrael
p34006
sbg6
(g13
g8
NtRp34007
(dp34008
g16
Nsg17
Nsg11
VThe Degania Dam is a small barrage across the Jordan River just below the Sea of Galilee near Degania Alef and Yardenit in northern Israel. The purpose of the dam is to regulate water levels in the Sea of Galilee and flows into the lower Jordan River. It has two floodgates capable of releasing 800 m3/s (28,000 cu ft/s).
p34009
sbg6
(g13
g8
NtRp34010
(dp34011
g16
Nsg17
Nsg11
VPOINT(35.573154449463 32.711570739746)
p34012
sbtp34013
a(g6
(g7
g8
NtRp34014
(dp34015
g11
Vhttp://dbpedia.org/resource/Denawaka_Ganga_Mini_Hydro_Power_Project
p34016
sbg6
(g13
g8
NtRp34017
(dp34018
g16
Nsg17
Nsg11
VDenawaka Ganga Mini Hydro Power Project
p34019
sbg6
(g13
g8
NtRp34020
(dp34021
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p34022
sbNNNNg6
(g13
g8
NtRp34023
(dp34024
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vallibel_Power_Erathna
p34025
sbg6
(g13
g8
NtRp34026
(dp34027
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp34028
(dp34029
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp34030
(dp34031
g16
Nsg17
Nsg11
VDenawaka Ganga Mini Hydro Power Project is a run of river mini hydro power project located in Ratnapura, Sri Lanka. The install capacity of the project is 7.2 MW and the annual generation is 25GWh. The generated energy is fed into the national electric grid of Sri Lanka.
p34032
sbg6
(g13
g8
NtRp34033
(dp34034
g16
Nsg17
Nsg11
VPOINT(80.449722290039 6.7033333778381)
p34035
sbtp34036
a(g6
(g7
g8
NtRp34037
(dp34038
g11
Vhttp://dbpedia.org/resource/Denis-Perron_dam
p34039
sbg6
(g13
g8
NtRp34040
(dp34041
g16
Nsg17
Nsg11
VBarrage Denis-Perron
p34042
sbg6
(g13
g8
NtRp34043
(dp34044
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p34045
sbNg6
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g8
NtRp34046
(dp34047
g16
Nsg17
g27
sg11
V0.378
p34048
sbNg6
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g8
NtRp34049
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g11
Vhttp://dbpedia.org/resource/Denis-Perron_dam__Lake__1
p34051
sbg6
(g13
g8
NtRp34052
(dp34053
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p34054
sbNNNg6
(g13
g8
NtRp34055
(dp34056
g16
Nsg17
g27
sg11
V6.325e+06
p34057
sbg6
(g13
g8
NtRp34058
(dp34059
g16
Nsg17
Nsg11
VQuebec
p34060
sbg6
(g13
g8
NtRp34061
(dp34062
g16
Nsg17
Nsg11
VDenis-Perron dam (French: Barrage Denis-Perron) is a rockfill embankment dam spanning the Sainte-Marguerite River, a tributary of the lower Saint Lawrence River, in eastern Quebec, Canada. Standing 171 metres (561 ft) high and 378 metres (1,240 ft) long, the dam is the primary component of Hydro-Québec's Sainte-Marguerite 3 hydroelectric project. The dam is the second highest in Quebec and the hydraulic head afforded to its power plant is also the largest in the province.
p34063
sbg6
(g13
g8
NtRp34064
(dp34065
g16
Nsg17
Nsg11
VPOINT(-66.791946411133 50.790279388428)
p34066
sbtp34067
a(g6
(g7
g8
NtRp34068
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g11
Vhttp://dbpedia.org/resource/Denis-Perron_dam
p34070
sbg6
(g13
g8
NtRp34071
(dp34072
g16
Nsg17
Nsg11
VDenis-Perron dam
p34073
sbg6
(g13
g8
NtRp34074
(dp34075
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p34076
sbNg6
(g13
g8
NtRp34077
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g16
Nsg17
g27
sg11
V0.378
p34079
sbNg6
(g7
g8
NtRp34080
(dp34081
g11
Vhttp://dbpedia.org/resource/Denis-Perron_dam__Lake__1
p34082
sbg6
(g13
g8
NtRp34083
(dp34084
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p34085
sbNNNg6
(g13
g8
NtRp34086
(dp34087
g16
Nsg17
g27
sg11
V6.325e+06
p34088
sbg6
(g13
g8
NtRp34089
(dp34090
g16
Nsg17
Nsg11
VQuebec
p34091
sbg6
(g13
g8
NtRp34092
(dp34093
g16
Nsg17
Nsg11
VDenis-Perron dam (French: Barrage Denis-Perron) is a rockfill embankment dam spanning the Sainte-Marguerite River, a tributary of the lower Saint Lawrence River, in eastern Quebec, Canada. Standing 171 metres (561 ft) high and 378 metres (1,240 ft) long, the dam is the primary component of Hydro-Québec's Sainte-Marguerite 3 hydroelectric project. The dam is the second highest in Quebec and the hydraulic head afforded to its power plant is also the largest in the province.
p34094
sbg6
(g13
g8
NtRp34095
(dp34096
g16
Nsg17
Nsg11
VPOINT(-66.791946411133 50.790279388428)
p34097
sbtp34098
a(g6
(g7
g8
NtRp34099
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g11
Vhttp://dbpedia.org/resource/Denison_Dam
p34101
sbg6
(g13
g8
NtRp34102
(dp34103
g16
Nsg17
Nsg11
VDenison Dam
p34104
sbg6
(g13
g8
NtRp34105
(dp34106
g16
Nsg17
Nsg11
VUnited States
p34107
sbg6
(g13
g8
NtRp34108
(dp34109
g16
Nsg17
Nsg11
VEarth-fill embankment
p34110
sbg6
(g13
g8
NtRp34111
(dp34112
g16
Nsg17
g27
sg11
V4.63296
p34113
sbNg6
(g7
g8
NtRp34114
(dp34115
g11
Vhttp://dbpedia.org/resource/Denison_Dam__Lake__1
p34116
sbg6
(g13
g8
NtRp34117
(dp34118
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p34119
sbNg6
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g8
NtRp34120
(dp34121
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Red_River_of_the_South
p34122
sbg6
(g13
g8
NtRp34123
(dp34124
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34125
(dp34126
g16
Nsg17
Nsg11
VOklahoma
p34127
sbg6
(g13
g8
NtRp34128
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g16
Nsg17
Nsg11
VDenison Dam, also known as Lake Texoma Dam, is a dam located on the Red River between Texas and Oklahoma that impounds Lake Texoma. The purpose of the dam is flood control, water supply, hydroelectric power production, river regulation, navigation and recreation. It was also designated by the American Society of Civil Engineers as a National Historic Civil Engineering Landmark in 1993.
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sbg6
(g13
g8
NtRp34131
(dp34132
g16
Nsg17
Nsg11
VPOINT(-96.572219848633 33.818054199219)
p34133
sbtp34134
a(g6
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g8
NtRp34135
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g11
Vhttp://dbpedia.org/resource/Deralok_Dam
p34137
sbg6
(g13
g8
NtRp34138
(dp34139
g16
Nsg17
Nsg11
VDeralok Dam
p34140
sbg6
(g13
g8
NtRp34141
(dp34142
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iraq
p34143
sbg6
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g8
NtRp34144
(dp34145
g16
Nsg17
Nsg11
VGravity, diversion weir
p34146
sbg6
(g13
g8
NtRp34147
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g16
Nsg17
g27
sg11
V0.119
p34149
sbg6
(g13
g8
NtRp34150
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g16
Nsg17
g27
sg11
V640.0
p34152
sbNg6
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g8
NtRp34153
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kurdistan_Regional_Government
p34155
sbg6
(g13
g8
NtRp34156
(dp34157
g16
Nsg17
Nsg11
VPower, flood control
p34158
sbg6
(g13
g8
NtRp34159
(dp34160
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Zab
p34161
sbg6
(g13
g8
NtRp34162
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g16
Nsg17
Nsg11
VUC
p34164
sbg6
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g8
NtRp34165
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g16
Nsg17
g27
sg11
V200000.0
p34167
sbg6
(g13
g8
NtRp34168
(dp34169
g16
Nsg17
Nsg11
VIraq
p34170
sbg6
(g13
g8
NtRp34171
(dp34172
g16
Nsg17
Nsg11
VThe Rashava-Deralok Dam is a gravity dam currently being constructed on the Great Zab River, just upstream of the town of Deralok in Dohuk Governorate, Kurdistan region of Iraq. The dam will support a 37.6 MW run-of-the-river hydroelectric power station, with the primary purpose to address continued power shortfalls in the region, most precisely to supply the towns of Amadiya and Badinan. According to Kurdish Prime Minister Nechirvan Barzani, it is the first hydropower project launched by the Kurdistan Regional Government.
p34173
sbg6
(g13
g8
NtRp34174
(dp34175
g16
Nsg17
Nsg11
VPOINT(43.658054351807 37.071388244629)
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a(g6
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NtRp34178
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p34180
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g8
NtRp34181
(dp34182
g16
Nsg17
Nsg11
VDetroit Dam
p34183
sbg6
(g13
g8
NtRp34184
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g16
Nsg17
Nsg11
VUnited States
p34186
sbg6
(g13
g8
NtRp34187
(dp34188
g16
Nsg17
Nsg11
VConcrete gravity
p34189
sbg6
(g13
g8
NtRp34190
(dp34191
g16
Nsg17
g27
sg11
V0.464363
p34192
sbg6
(g13
g8
NtRp34193
(dp34194
g16
Nsg17
g27
sg11
V481.584
p34195
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(g7
g8
NtRp34196
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g11
Vhttp://dbpedia.org/resource/Detroit_Dam__Lake__1
p34198
sbg6
(g13
g8
NtRp34199
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Army_Corps_of_Engineers
p34201
sbg6
(g13
g8
NtRp34202
(dp34203
g16
Nsg17
Nsg11
VFlood control, power, irrigation
p34204
sbg6
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g8
NtRp34205
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Santiam_River
p34207
sbg6
(g13
g8
NtRp34208
(dp34209
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34210
(dp34211
g16
Nsg17
Nsg11
VOregon
p34212
sbg6
(g13
g8
NtRp34213
(dp34214
g16
Nsg17
Nsg11
VDetroit Dam is a gravity dam on the North Santiam River between Linn County and Marion County, Oregon. It is located in the Cascades, about 5 mi (8.0 km) west of the city of Detroit. It was constructed between 1949 and 1953 by the United States Army Corps of Engineers. The dam created 400-foot (120 m) deep Detroit Lake, more than 9 miles (14 km) long with 32 miles (51 km) of shoreline. \u000a* Free-overflow spill test, 2013 \u000a* Top of Dam
p34215
sbg6
(g13
g8
NtRp34216
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g16
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V\u0413\u0415\u0421 \u0414\u0435\u0442\u0440\u043e\u0439\u0442
p34225
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p34234
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VFlood control, power, irrigation
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p34249
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sbNg6
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p34254
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VDetroit Dam is a gravity dam on the North Santiam River between Linn County and Marion County, Oregon. It is located in the Cascades, about 5 mi (8.0 km) west of the city of Detroit. It was constructed between 1949 and 1953 by the United States Army Corps of Engineers. The dam created 400-foot (120 m) deep Detroit Lake, more than 9 miles (14 km) long with 32 miles (51 km) of shoreline. \u000a* Free-overflow spill test, 2013 \u000a* Top of Dam
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NtRp34258
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p34264
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VDevecikona\u011f\u0131 Dam
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NtRp34268
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g16
Nsg17
Nsg11
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p34270
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NtRp34271
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g16
Nsg17
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VGravity,roller-compacted concrete
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g27
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p34276
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NtRp34282
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Nsg17
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VO
sbNg6
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NtRp34284
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g16
Nsg17
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p34286
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NtRp34287
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VThe Devecikona\u011f\u0131 Dam is a gravity dam on Emet Stream about 5 km (3.1 mi) south of in Bursa Province, Turkey. The primary purpose of the dam is to generate hydroelectric power and it has a 29 MW power station. Construction on the 40 m (130 ft) tall dam began in September 2010 and its power station was operational in 2012. To regulate water flow into the dam's reservoir and produce power more consistently, is planned upstream.
p34289
sbg6
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NtRp34290
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Nsg17
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VPOINT(28.574417114258 39.875514984131)
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NtRp34297
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VDevighat Hydropower Station
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sbg6
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g8
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Nsg17
Nsg11
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p34302
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NtRp34303
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Nsg17
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g8
NtRp34306
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Nsg17
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p34308
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NtRp34309
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Nsg17
Nsg11
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sbNg6
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NtRp34311
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p34313
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VDevighat Hydropower Station is a 14.1 MW cascade project of Trishuli Hydropower Station. The station is located at Bidur Municipality in Nuwakot, Nepal. The plant was commissioned in 1984. The plant was developed jointly by the Government of India and the Government of Nepal. The project cost was NPR 750 Million. The plant was overhauled in 2011 to regain efficiency. The design flow is 45.66 m3/s and the rated head is 40.5 m.
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p34323
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NtRp34324
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p34326
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g8
NtRp34327
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Nsg17
Nsg11
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p34329
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g8
NtRp34330
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g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp34332
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g16
Nsg17
g27
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p34334
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g8
NtRp34335
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g11
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p34337
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NtRp34338
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p34340
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g8
NtRp34341
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g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp34343
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Nsg17
Nsg11
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p34345
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g8
NtRp34346
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp34348
(dp34349
g16
Nsg17
Nsg11
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p34350
sbg6
(g13
g8
NtRp34351
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g16
Nsg17
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VThe Devils Gate Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia. The dam is 84 metres (276 ft) high. It is one of the thinnest concrete arch dams in the world.
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g8
NtRp34354
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p34360
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g8
NtRp34361
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Nsg17
Nsg11
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p34363
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g8
NtRp34364
(dp34365
g16
Nsg17
Nsg11
VAustralia
p34366
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g8
NtRp34367
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g16
Nsg17
Nsg11
VA
sbg6
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NtRp34369
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g27
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p34371
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p34374
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NtRp34375
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p34377
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g8
NtRp34378
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g16
Nsg17
Nsg11
VP
sbg6
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NtRp34380
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p34382
sbg6
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g8
NtRp34383
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34385
(dp34386
g16
Nsg17
Nsg11
VAustralia Tasmania
p34387
sbg6
(g13
g8
NtRp34388
(dp34389
g16
Nsg17
Nsg11
VThe Devils Gate Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia. The dam is 84 metres (276 ft) high. It is one of the thinnest concrete arch dams in the world.
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g8
NtRp34391
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g16
Nsg17
Nsg11
VPOINT(146.26333618164 -41.350276947021)
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NtRp34395
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p34397
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g8
NtRp34398
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Nsg17
Nsg11
VDez Dam
p34400
sbg6
(g13
g8
NtRp34401
(dp34402
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p34403
sbg6
(g13
g8
NtRp34404
(dp34405
g16
Nsg17
Nsg11
VConcrete arch dam
p34406
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(g13
g8
NtRp34407
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g16
Nsg17
g27
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V0.38
p34409
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g8
NtRp34410
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g11
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p34412
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g8
NtRp34413
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g16
Nsg17
Nsg11
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p34415
sbg6
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g8
NtRp34416
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp34418
(dp34419
g16
Nsg17
Nsg11
VIran
p34420
sbg6
(g13
g8
NtRp34421
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g16
Nsg17
Nsg11
VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
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NtRp34424
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Nsg17
Nsg11
VPOINT(48.463333129883 32.604999542236)
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p34430
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g8
NtRp34431
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g16
Nsg17
Nsg11
VDez-Talsperre
p34433
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g8
NtRp34434
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g16
Nsg17
Nsg11
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(g13
g8
NtRp34437
(dp34438
g16
Nsg17
Nsg11
VConcrete arch dam
p34439
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g8
NtRp34440
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g16
Nsg17
g27
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V0.38
p34442
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NtRp34443
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p34445
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NtRp34446
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p34448
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NtRp34449
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Nsg17
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VO
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NtRp34451
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Nsg17
Nsg11
VIran
p34453
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g8
NtRp34454
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VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
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g8
NtRp34457
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p34466
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NtRp34470
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Nsg17
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VConcrete arch dam
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g27
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p34475
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p34481
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Nsg17
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VO
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NtRp34484
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Nsg17
Nsg11
VIran
p34486
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VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
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g8
NtRp34490
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Nsg17
Nsg11
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VBarrage de Dez
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NtRp34515
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Nsg17
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NtRp34517
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Nsg17
Nsg11
VIran
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NtRp34520
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VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
p34522
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NtRp34523
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VPOINT(48.463333129883 32.604999542236)
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NtRp34533
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p34541
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NtRp34545
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p34547
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NtRp34548
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Nsg17
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VO
sbNg6
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NtRp34550
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Nsg17
Nsg11
VIran
p34552
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NtRp34553
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Nsg17
Nsg11
VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
p34555
sbg6
(g13
g8
NtRp34556
(dp34557
g16
Nsg17
Nsg11
VPOINT(48.463333129883 32.604999542236)
p34558
sbtp34559
a(g6
(g7
g8
NtRp34560
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g11
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p34562
sbg6
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g8
NtRp34563
(dp34564
g16
Nsg17
Nsg11
VSadd-e Dez
p34565
sbg6
(g13
g8
NtRp34566
(dp34567
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p34568
sbg6
(g13
g8
NtRp34569
(dp34570
g16
Nsg17
Nsg11
VConcrete arch dam
p34571
sbg6
(g13
g8
NtRp34572
(dp34573
g16
Nsg17
g27
sg11
V0.38
p34574
sbNg6
(g7
g8
NtRp34575
(dp34576
g11
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p34577
sbNNg6
(g13
g8
NtRp34578
(dp34579
g16
Nsg17
Nsg11
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p34580
sbg6
(g13
g8
NtRp34581
(dp34582
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34583
(dp34584
g16
Nsg17
Nsg11
VIran
p34585
sbg6
(g13
g8
NtRp34586
(dp34587
g16
Nsg17
Nsg11
VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
p34588
sbg6
(g13
g8
NtRp34589
(dp34590
g16
Nsg17
Nsg11
VPOINT(48.463333129883 32.604999542236)
p34591
sbtp34592
a(g6
(g7
g8
NtRp34593
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g11
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p34595
sbg6
(g13
g8
NtRp34596
(dp34597
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0456\u0437
p34598
sbg6
(g13
g8
NtRp34599
(dp34600
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p34601
sbg6
(g13
g8
NtRp34602
(dp34603
g16
Nsg17
Nsg11
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p34604
sbg6
(g13
g8
NtRp34605
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g16
Nsg17
g27
sg11
V0.38
p34607
sbNg6
(g7
g8
NtRp34608
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g11
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p34610
sbNNg6
(g13
g8
NtRp34611
(dp34612
g16
Nsg17
Nsg11
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p34613
sbg6
(g13
g8
NtRp34614
(dp34615
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34616
(dp34617
g16
Nsg17
Nsg11
VIran
p34618
sbg6
(g13
g8
NtRp34619
(dp34620
g16
Nsg17
Nsg11
VThe Dez Dam (Persian: \u0633\u062f \u062f\u0632), formerly known as Mohammad-Reza Shah Pahlavi Dam (Persian: \u0633\u062f \u0645\u062d\u0645\u062f\u0631\u0636\u0627 \u0634\u0627\u0647 \u067e\u0647\u0644\u0648\u06cc) before 1979 Revolution, is an arch dam on the Dez River in the southwestern province of Khuzestan, Iran. It is about 23 km of Andimeshk city. It was built between 1959 and 1963 under the rule of Mohammad Reza Pahlavi, the last Shah of Iran, with contacting an Italian consortium and is owned by the Khuzestan Water & Power Authority. The dam is 203 metres (666 ft) high, making it one of the highest in the country, and has a reservoir capacity of 3,340,000,000 m3 (2,710,000 acre\u22c5ft). At the time of construction the Dez Dam was Iran's biggest development project. The primary purpose of the dam is hydroelectric power production and irrigation. It has an associated 520 MW power station 
p34621
sbg6
(g13
g8
NtRp34622
(dp34623
g16
Nsg17
Nsg11
VPOINT(48.463333129883 32.604999542236)
p34624
sbtp34625
a(g6
(g7
g8
NtRp34626
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g11
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p34628
sbg6
(g13
g8
NtRp34629
(dp34630
g16
Nsg17
Nsg11
VDharasu Power Station
p34631
sbg6
(g13
g8
NtRp34632
(dp34633
g16
Nsg17
Nsg11
VIndia
p34634
sbNNNNNNg6
(g13
g8
NtRp34635
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g16
Nsg17
Nsg11
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p34637
sbg6
(g13
g8
NtRp34638
(dp34639
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34640
(dp34641
g16
Nsg17
Nsg11
VIndia Uttarakhand#India
p34642
sbg6
(g13
g8
NtRp34643
(dp34644
g16
Nsg17
Nsg11
VThe Dharasu Power Station is a run-of-the-river hydroelectric power station on the Bhagirathi River located at Dharasu in Uttarkashi district, Uttarakhand, India. The power station was commissioned in 2008 and has a 304 MW capacity.
p34645
sbg6
(g13
g8
NtRp34646
(dp34647
g16
Nsg17
Nsg11
VPOINT(78.31916809082 30.607221603394)
p34648
sbtp34649
a(g6
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g8
NtRp34650
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g11
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p34652
sbg6
(g13
g8
NtRp34653
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g16
Nsg17
Nsg11
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p34655
sbg6
(g13
g8
NtRp34656
(dp34657
g16
Nsg17
Nsg11
VIndia
p34658
sbNNNNNNg6
(g13
g8
NtRp34659
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g16
Nsg17
Nsg11
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p34661
sbg6
(g13
g8
NtRp34662
(dp34663
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34664
(dp34665
g16
Nsg17
Nsg11
VIndia Uttarakhand#India
p34666
sbg6
(g13
g8
NtRp34667
(dp34668
g16
Nsg17
Nsg11
VThe Dharasu Power Station is a run-of-the-river hydroelectric power station on the Bhagirathi River located at Dharasu in Uttarkashi district, Uttarakhand, India. The power station was commissioned in 2008 and has a 304 MW capacity.
p34669
sbg6
(g13
g8
NtRp34670
(dp34671
g16
Nsg17
Nsg11
VPOINT(78.31916809082 30.607221603394)
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sbtp34673
a(g6
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g8
NtRp34674
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g11
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p34676
sbg6
(g13
g8
NtRp34677
(dp34678
g16
Nsg17
Nsg11
VDharoi dam
p34679
sbg6
(g13
g8
NtRp34680
(dp34681
g16
Nsg17
Nsg11
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p34682
sbNg6
(g13
g8
NtRp34683
(dp34684
g16
Nsg17
g27
sg11
V1.207
p34685
sbNg6
(g7
g8
NtRp34686
(dp34687
g11
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p34688
sbNg6
(g13
g8
NtRp34689
(dp34690
g16
Nsg17
Nsg11
VIrrigation & water supply
p34691
sbg6
(g13
g8
NtRp34692
(dp34693
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sabarmati_River
p34694
sbg6
(g13
g8
NtRp34695
(dp34696
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp34697
(dp34698
g16
Nsg17
Nsg11
VIndia Gujarat
p34699
sbg6
(g13
g8
NtRp34700
(dp34701
g16
Nsg17
Nsg11
VDharoi Dam is a gravity dam on the Sabarmati river near Dharoi, Satlasana Taluka, Mehsana district of northern Gujarat in India. Constructed in 1978, the dam is meant for irrigation, power generation and flood control.
p34702
sbg6
(g13
g8
NtRp34703
(dp34704
g16
Nsg17
Nsg11
VPOINT(72.853614807129 24.004444122314)
p34705
sbtp34706
a(g6
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g8
NtRp34707
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g11
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p34709
sbg6
(g13
g8
NtRp34710
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g16
Nsg17
Nsg11
VDhauliganga Dam
p34712
sbg6
(g13
g8
NtRp34713
(dp34714
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p34715
sbg6
(g13
g8
NtRp34716
(dp34717
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p34718
sbg6
(g13
g8
NtRp34719
(dp34720
g16
Nsg17
g27
sg11
V0.315
p34721
sbNNNNg6
(g13
g8
NtRp34722
(dp34723
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dhauliganga_River
p34724
sbg6
(g13
g8
NtRp34725
(dp34726
g16
Nsg17
Nsg11
Vdestroyed by flooding
p34727
sbNg6
(g13
g8
NtRp34728
(dp34729
g16
Nsg17
Nsg11
VIndia Uttarakhand
p34730
sbg6
(g13
g8
NtRp34731
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g16
Nsg17
Nsg11
VThe Dhauliganga Dam was a concrete face rock and earth-fill embankment dam on the Dhauliganga River near Dharchula in Uttarakhand, India, close to the borders with Tibet and Nepal. It had very little pondage and operated as run-of-the-river. It was constructed by a joint venture of Kajima Construction Corporation, Ltd., and Daewoo Engineering & Construction with Bauer Maschinen.HRT & PH was constructed by JV of [HCC, Hindustan Construction Company] and Samsung Corporation [E&C] Group. It generates 280 MW(4x70 MW) of hydro power.
p34733
sbg6
(g13
g8
NtRp34734
(dp34735
g16
Nsg17
Nsg11
VPOINT(80.571998596191 29.978500366211)
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sbtp34737
a(g6
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g8
NtRp34738
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g11
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p34740
sbg6
(g13
g8
NtRp34741
(dp34742
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0445\u0430\u0443\u043b\u0456\u0433\u0430\u043d\u0433\u0430
p34743
sbg6
(g13
g8
NtRp34744
(dp34745
g16
Nsg17
Nsg11
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p34746
sbg6
(g13
g8
NtRp34747
(dp34748
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p34749
sbg6
(g13
g8
NtRp34750
(dp34751
g16
Nsg17
g27
sg11
V0.315
p34752
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g8
NtRp34753
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g16
Nsg17
Nsg11
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p34755
sbg6
(g13
g8
NtRp34756
(dp34757
g16
Nsg17
Nsg11
Vdestroyed by flooding
p34758
sbNg6
(g13
g8
NtRp34759
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g16
Nsg17
Nsg11
VIndia Uttarakhand
p34761
sbg6
(g13
g8
NtRp34762
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g16
Nsg17
Nsg11
VThe Dhauliganga Dam was a concrete face rock and earth-fill embankment dam on the Dhauliganga River near Dharchula in Uttarakhand, India, close to the borders with Tibet and Nepal. It had very little pondage and operated as run-of-the-river. It was constructed by a joint venture of Kajima Construction Corporation, Ltd., and Daewoo Engineering & Construction with Bauer Maschinen.HRT & PH was constructed by JV of [HCC, Hindustan Construction Company] and Samsung Corporation [E&C] Group. It generates 280 MW(4x70 MW) of hydro power.
p34764
sbg6
(g13
g8
NtRp34765
(dp34766
g16
Nsg17
Nsg11
VPOINT(80.571998596191 29.978500366211)
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sbtp34768
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p34771
sbg6
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g8
NtRp34772
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g16
Nsg17
Nsg11
VDholidhaja Dam
p34774
sbg6
(g13
g8
NtRp34775
(dp34776
g16
Nsg17
Nsg11
VIndia
p34777
sbg6
(g13
g8
NtRp34778
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g16
Nsg17
Nsg11
VEarthen
p34780
sbg6
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g8
NtRp34781
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g16
Nsg17
g27
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p34783
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g8
NtRp34784
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Nsg17
Nsg11
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p34786
sbNNg6
(g13
g8
NtRp34787
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g16
Nsg17
Nsg11
VIndia Gujarat#India
p34789
sbg6
(g13
g8
NtRp34790
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g16
Nsg17
Nsg11
VDholi Dhaja (White Flag) Dam across the Bhogavo River is located near Surendranagar city and in the urban area of Surendranagar Dudhrej Municipality in the state of Gujarat, India.
p34792
sbg6
(g13
g8
NtRp34793
(dp34794
g16
Nsg17
Nsg11
VPOINT(71.572219848633 22.713888168335)
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NtRp34797
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g11
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sbg6
(g13
g8
NtRp34800
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g16
Nsg17
Nsg11
VDhuaian dam
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sbg6
(g13
g8
NtRp34803
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g16
Nsg17
Nsg11
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sbNNNNg6
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g8
NtRp34806
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g16
Nsg17
Nsg11
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p34808
sbg6
(g13
g8
NtRp34809
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g16
Nsg17
Nsg11
VOther
p34811
sbNNNg6
(g13
g8
NtRp34812
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g16
Nsg17
Nsg11
VSaudi Arabia
p34814
sbg6
(g13
g8
NtRp34815
(dp34816
g16
Nsg17
Nsg11
VThe Dhuaian dam is a dam in Saudi Arabia opened in 2000 and located in Al Baha region.
p34817
sbg6
(g13
g8
NtRp34818
(dp34819
g16
Nsg17
Nsg11
VPOINT(41.5 20)
p34820
sbtp34821
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g8
NtRp34822
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g11
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p34824
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g8
NtRp34825
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g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0636\u062d\u064a\u0627\u0646
p34827
sbg6
(g13
g8
NtRp34828
(dp34829
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p34830
sbNNNNg6
(g13
g8
NtRp34831
(dp34832
g16
Nsg17
Nsg11
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p34833
sbg6
(g13
g8
NtRp34834
(dp34835
g16
Nsg17
Nsg11
VOther
p34836
sbNNNg6
(g13
g8
NtRp34837
(dp34838
g16
Nsg17
Nsg11
VSaudi Arabia
p34839
sbg6
(g13
g8
NtRp34840
(dp34841
g16
Nsg17
Nsg11
VThe Dhuaian dam is a dam in Saudi Arabia opened in 2000 and located in Al Baha region.
p34842
sbg6
(g13
g8
NtRp34843
(dp34844
g16
Nsg17
Nsg11
VPOINT(41.5 20)
p34845
sbtp34846
a(g6
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g8
NtRp34847
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g11
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p34849
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(g13
g8
NtRp34850
(dp34851
g16
Nsg17
Nsg11
V\u0414\u0438\u0430\u043c\u0430 (\u043f\u043b\u043e\u0442\u0438\u043d\u0430)
p34852
sbg6
(g13
g8
NtRp34853
(dp34854
g16
Nsg17
Nsg11
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p34855
sbg6
(g13
g8
NtRp34856
(dp34857
g16
Nsg17
Nsg11
VGravity
p34858
sbg6
(g13
g8
NtRp34859
(dp34860
g16
Nsg17
g27
sg11
V0.61
p34861
sbNg6
(g7
g8
NtRp34862
(dp34863
g11
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p34864
sbNg6
(g13
g8
NtRp34865
(dp34866
g16
Nsg17
Nsg11
VNavigation, water quality, irrigation
p34867
sbg6
(g13
g8
NtRp34868
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Senegal_River
p34870
sbg6
(g13
g8
NtRp34871
(dp34872
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp34873
(dp34874
g16
Nsg17
Nsg11
VSenegal
p34875
sbg6
(g13
g8
NtRp34876
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g16
Nsg17
Nsg11
VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
p34878
sbg6
(g13
g8
NtRp34879
(dp34880
g16
Nsg17
Nsg11
VPOINT(-16.414897918701 16.216722488403)
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sbtp34882
a(g6
(g7
g8
NtRp34883
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g11
Vhttp://dbpedia.org/resource/Diama_Dam
p34885
sbg6
(g13
g8
NtRp34886
(dp34887
g16
Nsg17
Nsg11
VBarrage de Diama
p34888
sbg6
(g13
g8
NtRp34889
(dp34890
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mauritania
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VThe Diama Dam, sometimes referred to as the Maka\u2013Diama Dam, is a gravity dam on the Senegal River, spanning the border of Senegal and Mauritania. It is located next to the town of Diama, Senegal and about 22 km (14 mi) north of Saint-Louis, Senegal. The purpose of the dam is to prevent saltwater intrusion upstream, supply water for the irrigation of about 45,000 ha (110,000 acres) of crops and create a road crossing for the road between St. Louis and Nouakchott in Mauritania. Additionally, a ship lock built within the dam provides for navigation upstream. Plans for the dam were first drawn in 1970 when the riparian states within the Senegal River Basin Development Authority agreed to develop the Senegal River. The Diama Dam was to be constructed in conjunction with the Manantali Dam which 
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VDiamer-Bhasha Dam is a concreted-filled gravity dam, in the preliminary stages of construction, on the River Indus between Kohistan district in Khyber Pakhtunkhwa and Diamer district in Gilgit Baltistan, Pakistan administered Kashmir. Its foundation stone was laid by the then Prime Minister of Pakistan in 1998. The dam site is situated near a place called "Bhasha", hence the name which is 40 km downstream of Chilas town and 315 km from Tarbela Dam. The eight million acre feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world.
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VDiamer-Bhasha Dam is a concreted-filled gravity dam, in the preliminary stages of construction, on the River Indus between Kohistan district in Khyber Pakhtunkhwa and Diamer district in Gilgit Baltistan, Pakistan administered Kashmir. Its foundation stone was laid by the then Prime Minister of Pakistan in 1998. The dam site is situated near a place called "Bhasha", hence the name which is 40 km downstream of Chilas town and 315 km from Tarbela Dam. The eight million acre feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world.
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VDiamer-Bhasha Dam is a concreted-filled gravity dam, in the preliminary stages of construction, on the River Indus between Kohistan district in Khyber Pakhtunkhwa and Diamer district in Gilgit Baltistan, Pakistan administered Kashmir. Its foundation stone was laid by the then Prime Minister of Pakistan in 1998. The dam site is situated near a place called "Bhasha", hence the name which is 40 km downstream of Chilas town and 315 km from Tarbela Dam. The eight million acre feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world.
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VDiamer-Bhasha Dam is a concreted-filled gravity dam, in the preliminary stages of construction, on the River Indus between Kohistan district in Khyber Pakhtunkhwa and Diamer district in Gilgit Baltistan, Pakistan administered Kashmir. Its foundation stone was laid by the then Prime Minister of Pakistan in 1998. The dam site is situated near a place called "Bhasha", hence the name which is 40 km downstream of Chilas town and 315 km from Tarbela Dam. The eight million acre feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world.
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VThe Dibang Dam is a planned concrete gravity dam, located in the Lower Dibang Valley District in Arunachal Pradesh, India. If constructed, it will be India's largest dam and the world's tallest concrete gravity dam, standing 288 metres (945 ft) tall. The Dibang Dam is expected to provide up to 3,000 megawatts of hydroelectric power and will also assist with flood control in the Dibang Valley.
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VDibwangui Hydroelectric Power Station is a planned 15 megawatts hydroelectric power station in Gabon. The power station is under development by a consortium comprising (a) Eranove, a French independent power producer (IPP) and (b) Gabon Strategic Investment Fund (FGIS), a government-owned investment parastatal company. A long term power purchase agreement (PPA) was signed between the Gabonese authorities and Louetsi Energy, the special purpose vehicle (SPV) company which owns and is developing this power station.
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VDickson Dam is a flow regulation dam constructed in 1983 which impounded the Red Deer River creating a reservoir known as Gleniffer Lake (Alberta). The dam is located 20 km (12 mi) west of the town of Innisfail and 50 km (31 mi) southwest of the city of Red Deer. The dam was created to control for floods and low winter flows, to improve quality of the river, to create a recreational resource and to provide a reliable, year-round water supply sufficient for future industrial, regional and municipal growth.
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VThe Dikgatlhong Dam is a dam near the village of Robelela on the Shashe River in Botswana, completed in December 2011.When full it will hold 400,000,000 cubic metres (1.4×1010 cu ft).The next largest dam in Botswana, the Gaborone Dam, has capacity of 141,000,000 cubic metres (5.0×109 cu ft).
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VThe Dilimli Dam is a rock-fill embankment dam on the Büyük River, located 9 km (6 mi) northeast of Yüksekova in Hakkari Province, Turkey. Construction on the project began in 1995 after the main contract was awarded in 1994. Development is backed by the Turkish State Hydraulic Works. It was completed in late November 2014. The mayor of Dilimli opposes the dam because of its effects on nature. The primary purpose of the dam is water supply and it will divert water into a 505 m (1,657 ft) long tunnel for the irrigation of 9,142 ha (22,590 acres).
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VThe Dilimli Dam is a rock-fill embankment dam on the Büyük River, located 9 km (6 mi) northeast of Yüksekova in Hakkari Province, Turkey. Construction on the project began in 1995 after the main contract was awarded in 1994. Development is backed by the Turkish State Hydraulic Works. It was completed in late November 2014. The mayor of Dilimli opposes the dam because of its effects on nature. The primary purpose of the dam is water supply and it will divert water into a 505 m (1,657 ft) long tunnel for the irrigation of 9,142 ha (22,590 acres).
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VDim Dam is a concrete-face rock-fill dam on the Dim River located 12 km (7 mi) east of Alanya in Antalya Province, Turkey. Constructed between 1996 and 2007, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is water supply and it provides water for the irrigation of 5,312 ha (13,126 acres). Additionally, the dam supplies a 38 MW hydroelectric power plant with water.
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VDim Dam is a concrete-face rock-fill dam on the Dim River located 12 km (7 mi) east of Alanya in Antalya Province, Turkey. Constructed between 1996 and 2007, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is water supply and it provides water for the irrigation of 5,312 ha (13,126 acres). Additionally, the dam supplies a 38 MW hydroelectric power plant with water.
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VDim Dam is a concrete-face rock-fill dam on the Dim River located 12 km (7 mi) east of Alanya in Antalya Province, Turkey. Constructed between 1996 and 2007, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is water supply and it provides water for the irrigation of 5,312 ha (13,126 acres). Additionally, the dam supplies a 38 MW hydroelectric power plant with water.
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VDim Dam is a concrete-face rock-fill dam on the Dim River located 12 km (7 mi) east of Alanya in Antalya Province, Turkey. Constructed between 1996 and 2007, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is water supply and it provides water for the irrigation of 5,312 ha (13,126 acres). Additionally, the dam supplies a 38 MW hydroelectric power plant with water.
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VThe Djibloho Dam is a gravity dam on the Wele River near Djibloho in Wele-Nzas, Equatorial Guinea. The primary purpose of the dam is hydroelectric power generation and it supports a 120 megawatts (160,000 hp) power station. Construction on the project began in 2008 and it was inaugurated in October 2012. It is the largest hydroelectric power station in the country. Most of the project's cost was funded by the host government but some funds were provided by the Chinese government. Sinohydro constructed the dam and power station.
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VO
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VThe Djibloho Dam is a gravity dam on the Wele River near Djibloho in Wele-Nzas, Equatorial Guinea. The primary purpose of the dam is hydroelectric power generation and it supports a 120 megawatts (160,000 hp) power station. Construction on the project began in 2008 and it was inaugurated in October 2012. It is the largest hydroelectric power station in the country. Most of the project's cost was funded by the host government but some funds were provided by the Chinese government. Sinohydro constructed the dam and power station.
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VThe Djibloho Dam is a gravity dam on the Wele River near Djibloho in Wele-Nzas, Equatorial Guinea. The primary purpose of the dam is hydroelectric power generation and it supports a 120 megawatts (160,000 hp) power station. Construction on the project began in 2008 and it was inaugurated in October 2012. It is the largest hydroelectric power station in the country. Most of the project's cost was funded by the host government but some funds were provided by the Chinese government. Sinohydro constructed the dam and power station.
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VThe Djibloho Dam is a gravity dam on the Wele River near Djibloho in Wele-Nzas, Equatorial Guinea. The primary purpose of the dam is hydroelectric power generation and it supports a 120 megawatts (160,000 hp) power station. Construction on the project began in 2008 and it was inaugurated in October 2012. It is the largest hydroelectric power station in the country. Most of the project's cost was funded by the host government but some funds were provided by the Chinese government. Sinohydro constructed the dam and power station.
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VThe Djibloho Dam is a gravity dam on the Wele River near Djibloho in Wele-Nzas, Equatorial Guinea. The primary purpose of the dam is hydroelectric power generation and it supports a 120 megawatts (160,000 hp) power station. Construction on the project began in 2008 and it was inaugurated in October 2012. It is the largest hydroelectric power station in the country. Most of the project's cost was funded by the host government but some funds were provided by the Chinese government. Sinohydro constructed the dam and power station.
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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VBarrage de Djorf Torba
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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VDjorf Torba Dam
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VDjorf Torba Dam is a dam in Kenadsa District, Béchar Province, Algeria, crossing the Oued Guir about 50 kilometres (31 mi) west of the capital, Béchar. It is used for the purposes of irrigation and water supply. The area around the head of the dam features a number of notable ancient monuments. The dam has resulted in a significant reduction in the flow of Oued Guir and Oued Saoura in locations downstream of the dam.
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p36049
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VDlouhé strán\u011b Hydro Power Plant
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VElektrownia szczytowo-pompowa Dlouhé Strán\u011b
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VDlouhé strán\u011b Hydro Power Plant is a large pumped storage plant in the Czech Republic, located on the Desná river. It has 2 turbines with a nominal power of 325 megawatts (436,000 hp) each, providing a total capacity of 650 megawatts (870,000 hp). The elevated reservoir is situated on top of the Dlouhé Strán\u011b mountain, 1,350 metres (4,430 ft) above sea level and the head of turbines is 510 metres (1,670 ft). It has the largest reversing water turbine in Europe
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VDnieper Hydroelectric Station
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VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
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Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36271
sbg6
(g13
g8
NtRp36272
(dp36273
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36274
sbtp36275
a(g6
(g7
g8
NtRp36276
(dp36277
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36278
sbg6
(g13
g8
NtRp36279
(dp36280
g16
Nsg17
Nsg11
VDn\u011bproGES
p36281
sbg6
(g13
g8
NtRp36282
(dp36283
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36284
sbNg6
(g13
g8
NtRp36285
(dp36286
g16
Nsg17
g27
sg11
V0.8
p36287
sbNNNNg6
(g13
g8
NtRp36288
(dp36289
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36290
sbg6
(g13
g8
NtRp36291
(dp36292
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36293
(dp36294
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36295
sbg6
(g13
g8
NtRp36296
(dp36297
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36298
sbg6
(g13
g8
NtRp36299
(dp36300
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36301
sbtp36302
a(g6
(g7
g8
NtRp36303
(dp36304
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36305
sbg6
(g13
g8
NtRp36306
(dp36307
g16
Nsg17
Nsg11
VDnieprza\u0144ska Elektrownia Wodna
p36308
sbg6
(g13
g8
NtRp36309
(dp36310
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36311
sbNg6
(g13
g8
NtRp36312
(dp36313
g16
Nsg17
g27
sg11
V0.8
p36314
sbNNNNg6
(g13
g8
NtRp36315
(dp36316
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36317
sbg6
(g13
g8
NtRp36318
(dp36319
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36320
(dp36321
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36322
sbg6
(g13
g8
NtRp36323
(dp36324
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36325
sbg6
(g13
g8
NtRp36326
(dp36327
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36328
sbtp36329
a(g6
(g7
g8
NtRp36330
(dp36331
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36332
sbg6
(g13
g8
NtRp36333
(dp36334
g16
Nsg17
Nsg11
VEstación Hidroeléctrica Dniéper
p36335
sbg6
(g13
g8
NtRp36336
(dp36337
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36338
sbNg6
(g13
g8
NtRp36339
(dp36340
g16
Nsg17
g27
sg11
V0.8
p36341
sbNNNNg6
(g13
g8
NtRp36342
(dp36343
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36344
sbg6
(g13
g8
NtRp36345
(dp36346
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36347
(dp36348
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36349
sbg6
(g13
g8
NtRp36350
(dp36351
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36352
sbg6
(g13
g8
NtRp36353
(dp36354
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36355
sbtp36356
a(g6
(g7
g8
NtRp36357
(dp36358
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36359
sbg6
(g13
g8
NtRp36360
(dp36361
g16
Nsg17
Nsg11
VDniproHES
p36362
sbg6
(g13
g8
NtRp36363
(dp36364
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36365
sbNg6
(g13
g8
NtRp36366
(dp36367
g16
Nsg17
g27
sg11
V0.8
p36368
sbNNNNg6
(g13
g8
NtRp36369
(dp36370
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36371
sbg6
(g13
g8
NtRp36372
(dp36373
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36374
(dp36375
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36376
sbg6
(g13
g8
NtRp36377
(dp36378
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36379
sbg6
(g13
g8
NtRp36380
(dp36381
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36382
sbtp36383
a(g6
(g7
g8
NtRp36384
(dp36385
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36386
sbg6
(g13
g8
NtRp36387
(dp36388
g16
Nsg17
Nsg11
VPembangkit Listrik Tenaga Air Dnieper
p36389
sbg6
(g13
g8
NtRp36390
(dp36391
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36392
sbNg6
(g13
g8
NtRp36393
(dp36394
g16
Nsg17
g27
sg11
V0.8
p36395
sbNNNNg6
(g13
g8
NtRp36396
(dp36397
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36398
sbg6
(g13
g8
NtRp36399
(dp36400
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36401
(dp36402
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36403
sbg6
(g13
g8
NtRp36404
(dp36405
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36406
sbg6
(g13
g8
NtRp36407
(dp36408
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36409
sbtp36410
a(g6
(g7
g8
NtRp36411
(dp36412
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36413
sbg6
(g13
g8
NtRp36414
(dp36415
g16
Nsg17
Nsg11
VCentrale idroelettrica del Dnepr
p36416
sbg6
(g13
g8
NtRp36417
(dp36418
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36419
sbNg6
(g13
g8
NtRp36420
(dp36421
g16
Nsg17
g27
sg11
V0.8
p36422
sbNNNNg6
(g13
g8
NtRp36423
(dp36424
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36425
sbg6
(g13
g8
NtRp36426
(dp36427
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36428
(dp36429
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36430
sbg6
(g13
g8
NtRp36431
(dp36432
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36433
sbg6
(g13
g8
NtRp36434
(dp36435
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36436
sbtp36437
a(g6
(g7
g8
NtRp36438
(dp36439
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36440
sbg6
(g13
g8
NtRp36441
(dp36442
g16
Nsg17
Nsg11
VEstació Hidroelèctrica del Dnièper
p36443
sbg6
(g13
g8
NtRp36444
(dp36445
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36446
sbNg6
(g13
g8
NtRp36447
(dp36448
g16
Nsg17
g27
sg11
V0.8
p36449
sbNNNNg6
(g13
g8
NtRp36450
(dp36451
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36452
sbg6
(g13
g8
NtRp36453
(dp36454
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36455
(dp36456
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36457
sbg6
(g13
g8
NtRp36458
(dp36459
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36460
sbg6
(g13
g8
NtRp36461
(dp36462
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36463
sbtp36464
a(g6
(g7
g8
NtRp36465
(dp36466
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36467
sbg6
(g13
g8
NtRp36468
(dp36469
g16
Nsg17
Nsg11
V\u0414\u043d\u0456\u043f\u0440\u043e\u0432\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p36470
sbg6
(g13
g8
NtRp36471
(dp36472
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36473
sbNg6
(g13
g8
NtRp36474
(dp36475
g16
Nsg17
g27
sg11
V0.8
p36476
sbNNNNg6
(g13
g8
NtRp36477
(dp36478
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36479
sbg6
(g13
g8
NtRp36480
(dp36481
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36482
(dp36483
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36484
sbg6
(g13
g8
NtRp36485
(dp36486
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36487
sbg6
(g13
g8
NtRp36488
(dp36489
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36490
sbtp36491
a(g6
(g7
g8
NtRp36492
(dp36493
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36494
sbg6
(g13
g8
NtRp36495
(dp36496
g16
Nsg17
Nsg11
V\u7b2c\u8042\u4f2f\u6cb3\u6c34\u7535\u7ad9
p36497
sbg6
(g13
g8
NtRp36498
(dp36499
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36500
sbNg6
(g13
g8
NtRp36501
(dp36502
g16
Nsg17
g27
sg11
V0.8
p36503
sbNNNNg6
(g13
g8
NtRp36504
(dp36505
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36506
sbg6
(g13
g8
NtRp36507
(dp36508
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36509
(dp36510
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36511
sbg6
(g13
g8
NtRp36512
(dp36513
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36514
sbg6
(g13
g8
NtRp36515
(dp36516
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36517
sbtp36518
a(g6
(g7
g8
NtRp36519
(dp36520
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36521
sbg6
(g13
g8
NtRp36522
(dp36523
g16
Nsg17
Nsg11
VDnieperreko zentral hidroelektrikoa
p36524
sbg6
(g13
g8
NtRp36525
(dp36526
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36527
sbNg6
(g13
g8
NtRp36528
(dp36529
g16
Nsg17
g27
sg11
V0.8
p36530
sbNNNNg6
(g13
g8
NtRp36531
(dp36532
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36533
sbg6
(g13
g8
NtRp36534
(dp36535
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36536
(dp36537
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36538
sbg6
(g13
g8
NtRp36539
(dp36540
g16
Nsg17
Nsg11
VThe Dnieper Hydroelectric Station (Ukrainian: \u0414\u043d\u0456\u043f\u0440\u043e\u0413\u0415\u0421, romanized: DniproHES; Russian: \u0414\u043d\u0435\u043f\u0440\u043e\u0413\u042d\u0421, romanized: DneproGES), also known as Dneprostroi Dam, in the city of Zaporizhzhia, Ukraine, is the largest hydroelectric power station on the Dnieper river. It is the fifth step of the Dnieper cascade of hydroelectric stations that provides electric power for the Donets\u2013Kryvyi Rih Industrial region. The Dnieper Reservoir stretches 129 km upstream to near Dnipro city.
p36541
sbg6
(g13
g8
NtRp36542
(dp36543
g16
Nsg17
Nsg11
VPOINT(35.086944580078 47.869167327881)
p36544
sbtp36545
a(g6
(g7
g8
NtRp36546
(dp36547
g11
Vhttp://dbpedia.org/resource/Dnieper_Hydroelectric_Station
p36548
sbg6
(g13
g8
NtRp36549
(dp36550
g16
Nsg17
Nsg11
V\u0414\u043d\u0435\u043f\u0440\u043e\u0433\u044d\u0441
p36551
sbg6
(g13
g8
NtRp36552
(dp36553
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ukraine
p36554
sbNg6
(g13
g8
NtRp36555
(dp36556
g16
Nsg17
g27
sg11
V0.8
p36557
sbNNNNg6
(g13
g8
NtRp36558
(dp36559
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dnieper
p36560
sbg6
(g13
g8
NtRp36561
(dp36562
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp36563
(dp36564
g16
Nsg17
Nsg11
VUkraine Zaporizhia Oblast
p36565
sbg6
(g13
g8
NtRp36566
(dp36567
g16
Nsg17
Nsg11
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VThe Dona Francisca Hydroelectric Plant (Portuguese: Usina Hidrelétrica Dona Francisca) is a hydroelectric plant on the Jacuí River in the state of Rio Grande do Sul, Brazil, completed in 2001. It delivers 80 MW guaranteed power.
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NtRp36918
(dp36919
g16
Nsg17
Nsg11
VDona Francisca Hydroelectric Plant
p36920
sbg6
(g13
g8
NtRp36921
(dp36922
g16
Nsg17
Nsg11
VBrazil
p36923
sbNNNg6
(g7
g8
NtRp36924
(dp36925
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant__Lake__1
p36926
sbNg6
(g13
g8
NtRp36927
(dp36928
g16
Nsg17
Nsg11
VHydroelectricity
p36929
sbNg6
(g13
g8
NtRp36930
(dp36931
g16
Nsg17
Nsg11
VOperational
p36932
sbNg6
(g13
g8
NtRp36933
(dp36934
g16
Nsg17
Nsg11
VBrazil
p36935
sbg6
(g13
g8
NtRp36936
(dp36937
g16
Nsg17
Nsg11
VThe Dona Francisca Hydroelectric Plant (Portuguese: Usina Hidrelétrica Dona Francisca) is a hydroelectric plant on the Jacuí River in the state of Rio Grande do Sul, Brazil, completed in 2001. It delivers 80 MW guaranteed power.
p36938
sbg6
(g13
g8
NtRp36939
(dp36940
g16
Nsg17
Nsg11
VPOINT(-53.284683227539 -29.447853088379)
p36941
sbtp36942
a(g6
(g7
g8
NtRp36943
(dp36944
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant
p36945
sbg6
(g13
g8
NtRp36946
(dp36947
g16
Nsg17
Nsg11
VUsina Hidrelétrica Dona Francisca
p36948
sbg6
(g13
g8
NtRp36949
(dp36950
g16
Nsg17
Nsg11
VBrazil
p36951
sbNNNg6
(g7
g8
NtRp36952
(dp36953
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant__Lake__1
p36954
sbNg6
(g13
g8
NtRp36955
(dp36956
g16
Nsg17
Nsg11
VHydroelectricity
p36957
sbNg6
(g13
g8
NtRp36958
(dp36959
g16
Nsg17
Nsg11
VOperational
p36960
sbNg6
(g13
g8
NtRp36961
(dp36962
g16
Nsg17
Nsg11
VBrazil
p36963
sbg6
(g13
g8
NtRp36964
(dp36965
g16
Nsg17
Nsg11
VThe Dona Francisca Hydroelectric Plant (Portuguese: Usina Hidrelétrica Dona Francisca) is a hydroelectric plant on the Jacuí River in the state of Rio Grande do Sul, Brazil, completed in 2001. It delivers 80 MW guaranteed power.
p36966
sbg6
(g13
g8
NtRp36967
(dp36968
g16
Nsg17
Nsg11
VPOINT(-53.284683227539 -29.447853088379)
p36969
sbtp36970
a(g6
(g7
g8
NtRp36971
(dp36972
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant
p36973
sbg6
(g13
g8
NtRp36974
(dp36975
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dona Francisca
p36976
sbg6
(g13
g8
NtRp36977
(dp36978
g16
Nsg17
Nsg11
VBrazil
p36979
sbNNNg6
(g7
g8
NtRp36980
(dp36981
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant__Lake__1
p36982
sbNg6
(g13
g8
NtRp36983
(dp36984
g16
Nsg17
Nsg11
VHydroelectricity
p36985
sbNg6
(g13
g8
NtRp36986
(dp36987
g16
Nsg17
Nsg11
VOperational
p36988
sbNg6
(g13
g8
NtRp36989
(dp36990
g16
Nsg17
Nsg11
VBrazil
p36991
sbg6
(g13
g8
NtRp36992
(dp36993
g16
Nsg17
Nsg11
VThe Dona Francisca Hydroelectric Plant (Portuguese: Usina Hidrelétrica Dona Francisca) is a hydroelectric plant on the Jacuí River in the state of Rio Grande do Sul, Brazil, completed in 2001. It delivers 80 MW guaranteed power.
p36994
sbg6
(g13
g8
NtRp36995
(dp36996
g16
Nsg17
Nsg11
VPOINT(-53.284683227539 -29.447853088379)
p36997
sbtp36998
a(g6
(g7
g8
NtRp36999
(dp37000
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant
p37001
sbg6
(g13
g8
NtRp37002
(dp37003
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dona Francisca
p37004
sbg6
(g13
g8
NtRp37005
(dp37006
g16
Nsg17
Nsg11
VBrazil
p37007
sbNNNg6
(g7
g8
NtRp37008
(dp37009
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant__Lake__1
p37010
sbNg6
(g13
g8
NtRp37011
(dp37012
g16
Nsg17
Nsg11
VHydroelectricity
p37013
sbNg6
(g13
g8
NtRp37014
(dp37015
g16
Nsg17
Nsg11
VOperational
p37016
sbNg6
(g13
g8
NtRp37017
(dp37018
g16
Nsg17
Nsg11
VBrazil
p37019
sbg6
(g13
g8
NtRp37020
(dp37021
g16
Nsg17
Nsg11
VThe Dona Francisca Hydroelectric Plant (Portuguese: Usina Hidrelétrica Dona Francisca) is a hydroelectric plant on the Jacuí River in the state of Rio Grande do Sul, Brazil, completed in 2001. It delivers 80 MW guaranteed power.
p37022
sbg6
(g13
g8
NtRp37023
(dp37024
g16
Nsg17
Nsg11
VPOINT(-53.284683227539 -29.447853088379)
p37025
sbtp37026
a(g6
(g7
g8
NtRp37027
(dp37028
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant
p37029
sbg6
(g13
g8
NtRp37030
(dp37031
g16
Nsg17
Nsg11
VDona Francisca Hydroelectric Plant
p37032
sbg6
(g13
g8
NtRp37033
(dp37034
g16
Nsg17
Nsg11
VBrazil
p37035
sbNNNg6
(g7
g8
NtRp37036
(dp37037
g11
Vhttp://dbpedia.org/resource/Dona_Francisca_Hydroelectric_Plant__Lake__1
p37038
sbNg6
(g13
g8
NtRp37039
(dp37040
g16
Nsg17
Nsg11
VHydroelectricity
p37041
sbNg6
(g13
g8
NtRp37042
(dp37043
g16
Nsg17
Nsg11
VOperational
p37044
sbNg6
(g13
g8
NtRp37045
(dp37046
g16
Nsg17
Nsg11
VBrazil
p37047
sbg6
(g13
g8
NtRp37048
(dp37049
g16
Nsg17
Nsg11
VThe Dona Francisca Hydroelectric Plant (Portuguese: Usina Hidrelétrica Dona Francisca) is a hydroelectric plant on the Jacuí River in the state of Rio Grande do Sul, Brazil, completed in 2001. It delivers 80 MW guaranteed power.
p37050
sbg6
(g13
g8
NtRp37051
(dp37052
g16
Nsg17
Nsg11
VPOINT(-53.284683227539 -29.447853088379)
p37053
sbtp37054
a(g6
(g7
g8
NtRp37055
(dp37056
g11
Vhttp://dbpedia.org/resource/Dongfang_Power_Station
p37057
sbg6
(g13
g8
NtRp37058
(dp37059
g16
Nsg17
Nsg11
VDongfang Power Station
p37060
sbg6
(g13
g8
NtRp37061
(dp37062
g16
Nsg17
Nsg11
VChina
p37063
sbNNNNNg6
(g13
g8
NtRp37064
(dp37065
g16
Nsg17
Nsg11
VPower
p37066
sbNNNNg6
(g13
g8
NtRp37067
(dp37068
g16
Nsg17
Nsg11
VThe Dongfang Power Station (Chinese: \u4e1c\u65b9\u7535\u5382), also spelled Dongfang Power Plant, is a generating plant project in Hainan, located in Xiaozhou Industrial Development Zone, Dongfang City. It is the first supercritical coal-fired power plant in the history of Hainan Province.
p37069
sbNtp37070
a(g6
(g7
g8
NtRp37071
(dp37072
g11
Vhttp://dbpedia.org/resource/Dongfang_Power_Station
p37073
sbg6
(g13
g8
NtRp37074
(dp37075
g16
Nsg17
Nsg11
VDongfang Power Station
p37076
sbg6
(g13
g8
NtRp37077
(dp37078
g16
Nsg17
Nsg11
VChina
p37079
sbNNNNNg6
(g13
g8
NtRp37080
(dp37081
g16
Nsg17
Nsg11
VPower
p37082
sbNNNNg6
(g13
g8
NtRp37083
(dp37084
g16
Nsg17
Nsg11
VThe Dongfang Power Station (Chinese: \u4e1c\u65b9\u7535\u5382), also spelled Dongfang Power Plant, is a generating plant project in Hainan, located in Xiaozhou Industrial Development Zone, Dongfang City. It is the first supercritical coal-fired power plant in the history of Hainan Province.
p37085
sbNtp37086
a(g6
(g7
g8
NtRp37087
(dp37088
g11
Vhttp://dbpedia.org/resource/Dongfeng_Dam
p37089
sbg6
(g13
g8
NtRp37090
(dp37091
g16
Nsg17
Nsg11
VDongfeng Dam
p37092
sbg6
(g13
g8
NtRp37093
(dp37094
g16
Nsg17
Nsg11
VChina
p37095
sbg6
(g13
g8
NtRp37096
(dp37097
g16
Nsg17
Nsg11
VArch
p37098
sbg6
(g13
g8
NtRp37099
(dp37100
g16
Nsg17
g27
sg11
V0.254
p37101
sbNg6
(g7
g8
NtRp37102
(dp37103
g11
Vhttp://dbpedia.org/resource/Dongfeng_Dam__Lake__1
p37104
sbNNg6
(g13
g8
NtRp37105
(dp37106
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p37107
sbg6
(g13
g8
NtRp37108
(dp37109
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37110
(dp37111
g16
Nsg17
Nsg11
VChina
p37112
sbg6
(g13
g8
NtRp37113
(dp37114
g16
Nsg17
Nsg11
VThe Dongfeng Dam is an arch dam on the Wu River 65 km (40 mi) northwest of Qingzhen in Guizhou Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 570 MW power station. Construction on the dam began in 1989 and the first generator was operational in 1994, the last in 1995. The generators were up-rated between 2004 and 2005; bringing their capacity from 170 MW each to 190 MW.
p37115
sbg6
(g13
g8
NtRp37116
(dp37117
g16
Nsg17
Nsg11
VPOINT(106.1549987793 26.855278015137)
p37118
sbtp37119
a(g6
(g7
g8
NtRp37120
(dp37121
g11
Vhttp://dbpedia.org/resource/Dongfeng_Dam
p37122
sbg6
(g13
g8
NtRp37123
(dp37124
g16
Nsg17
Nsg11
VDongfeng-Talsperre
p37125
sbg6
(g13
g8
NtRp37126
(dp37127
g16
Nsg17
Nsg11
VChina
p37128
sbg6
(g13
g8
NtRp37129
(dp37130
g16
Nsg17
Nsg11
VArch
p37131
sbg6
(g13
g8
NtRp37132
(dp37133
g16
Nsg17
g27
sg11
V0.254
p37134
sbNg6
(g7
g8
NtRp37135
(dp37136
g11
Vhttp://dbpedia.org/resource/Dongfeng_Dam__Lake__1
p37137
sbNNg6
(g13
g8
NtRp37138
(dp37139
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p37140
sbg6
(g13
g8
NtRp37141
(dp37142
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37143
(dp37144
g16
Nsg17
Nsg11
VChina
p37145
sbg6
(g13
g8
NtRp37146
(dp37147
g16
Nsg17
Nsg11
VThe Dongfeng Dam is an arch dam on the Wu River 65 km (40 mi) northwest of Qingzhen in Guizhou Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 570 MW power station. Construction on the dam began in 1989 and the first generator was operational in 1994, the last in 1995. The generators were up-rated between 2004 and 2005; bringing their capacity from 170 MW each to 190 MW.
p37148
sbg6
(g13
g8
NtRp37149
(dp37150
g16
Nsg17
Nsg11
VPOINT(106.1549987793 26.855278015137)
p37151
sbtp37152
a(g6
(g7
g8
NtRp37153
(dp37154
g11
Vhttp://dbpedia.org/resource/Dongfeng_Dam
p37155
sbg6
(g13
g8
NtRp37156
(dp37157
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 D\u014dngf\u0113ng
p37158
sbg6
(g13
g8
NtRp37159
(dp37160
g16
Nsg17
Nsg11
VChina
p37161
sbg6
(g13
g8
NtRp37162
(dp37163
g16
Nsg17
Nsg11
VArch
p37164
sbg6
(g13
g8
NtRp37165
(dp37166
g16
Nsg17
g27
sg11
V0.254
p37167
sbNg6
(g7
g8
NtRp37168
(dp37169
g11
Vhttp://dbpedia.org/resource/Dongfeng_Dam__Lake__1
p37170
sbNNg6
(g13
g8
NtRp37171
(dp37172
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p37173
sbg6
(g13
g8
NtRp37174
(dp37175
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37176
(dp37177
g16
Nsg17
Nsg11
VChina
p37178
sbg6
(g13
g8
NtRp37179
(dp37180
g16
Nsg17
Nsg11
VThe Dongfeng Dam is an arch dam on the Wu River 65 km (40 mi) northwest of Qingzhen in Guizhou Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 570 MW power station. Construction on the dam began in 1989 and the first generator was operational in 1994, the last in 1995. The generators were up-rated between 2004 and 2005; bringing their capacity from 170 MW each to 190 MW.
p37181
sbg6
(g13
g8
NtRp37182
(dp37183
g16
Nsg17
Nsg11
VPOINT(106.1549987793 26.855278015137)
p37184
sbtp37185
a(g6
(g7
g8
NtRp37186
(dp37187
g11
Vhttp://dbpedia.org/resource/Dongjiang_Dam
p37188
sbg6
(g13
g8
NtRp37189
(dp37190
g16
Nsg17
Nsg11
VDongjiang-Talsperre
p37191
sbg6
(g13
g8
NtRp37192
(dp37193
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p37194
sbg6
(g13
g8
NtRp37195
(dp37196
g16
Nsg17
Nsg11
VArch, double-curvature
p37197
sbg6
(g13
g8
NtRp37198
(dp37199
g16
Nsg17
g27
sg11
V0.438
p37200
sbg6
(g13
g8
NtRp37201
(dp37202
g16
Nsg17
g27
sg11
V294.0
p37203
sbg6
(g7
g8
NtRp37204
(dp37205
g11
Vhttp://dbpedia.org/resource/Dongjiang_Dam__Lake__1
p37206
sbNNg6
(g13
g8
NtRp37207
(dp37208
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lishui_River
p37209
sbg6
(g13
g8
NtRp37210
(dp37211
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37212
(dp37213
g16
Nsg17
Nsg11
VChina
p37214
sbg6
(g13
g8
NtRp37215
(dp37216
g16
Nsg17
Nsg11
VThe Dongjiang Dam is an arch dam on the Lishui River 14 km (9 mi) southwest of Zixing in Hunan Province, China. The dam was constructed between 1978 and 1992 and supports a 500 MW hydroelectric power station. The dam also provides for flood control, navigation and water supply. The dam's first generator was operational in 1987 and the reservoir, Dongjiang Lake, forced the relocation of 5.2 million people.
p37217
sbg6
(g13
g8
NtRp37218
(dp37219
g16
Nsg17
Nsg11
VPOINT(113.30944824219 25.872777938843)
p37220
sbtp37221
a(g6
(g7
g8
NtRp37222
(dp37223
g11
Vhttp://dbpedia.org/resource/Dongjiang_Dam
p37224
sbg6
(g13
g8
NtRp37225
(dp37226
g16
Nsg17
Nsg11
VDongjiang Dam
p37227
sbg6
(g13
g8
NtRp37228
(dp37229
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p37230
sbg6
(g13
g8
NtRp37231
(dp37232
g16
Nsg17
Nsg11
VArch, double-curvature
p37233
sbg6
(g13
g8
NtRp37234
(dp37235
g16
Nsg17
g27
sg11
V0.438
p37236
sbg6
(g13
g8
NtRp37237
(dp37238
g16
Nsg17
g27
sg11
V294.0
p37239
sbg6
(g7
g8
NtRp37240
(dp37241
g11
Vhttp://dbpedia.org/resource/Dongjiang_Dam__Lake__1
p37242
sbNNg6
(g13
g8
NtRp37243
(dp37244
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lishui_River
p37245
sbg6
(g13
g8
NtRp37246
(dp37247
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37248
(dp37249
g16
Nsg17
Nsg11
VChina
p37250
sbg6
(g13
g8
NtRp37251
(dp37252
g16
Nsg17
Nsg11
VThe Dongjiang Dam is an arch dam on the Lishui River 14 km (9 mi) southwest of Zixing in Hunan Province, China. The dam was constructed between 1978 and 1992 and supports a 500 MW hydroelectric power station. The dam also provides for flood control, navigation and water supply. The dam's first generator was operational in 1987 and the reservoir, Dongjiang Lake, forced the relocation of 5.2 million people.
p37253
sbg6
(g13
g8
NtRp37254
(dp37255
g16
Nsg17
Nsg11
VPOINT(113.30944824219 25.872777938843)
p37256
sbtp37257
a(g6
(g7
g8
NtRp37258
(dp37259
g11
Vhttp://dbpedia.org/resource/Dongping_Dam
p37260
sbg6
(g13
g8
NtRp37261
(dp37262
g16
Nsg17
Nsg11
VDongping Dam
p37263
sbg6
(g13
g8
NtRp37264
(dp37265
g16
Nsg17
Nsg11
VChina
p37266
sbg6
(g13
g8
NtRp37267
(dp37268
g16
Nsg17
Nsg11
VArch
p37269
sbNNg6
(g7
g8
NtRp37270
(dp37271
g11
Vhttp://dbpedia.org/resource/Dongping_Dam__Lake__1
p37272
sbNNNg6
(g13
g8
NtRp37273
(dp37274
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37275
(dp37276
g16
Nsg17
Nsg11
VChina
p37277
sbg6
(g13
g8
NtRp37278
(dp37279
g16
Nsg17
Nsg11
VThe Dongping Dam is an arch dam on the (\u5fe0\u5efa\u6cb3), a right tributary of the Qing River, in Xuan'en County, Hubei Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 110 MW power station consisting of two 55 MW Francis turbine-generators. The 135-metre-tall (443 ft) arch dam withholds a reservoir of 336,000,000 m3 (272,000 acre\u22c5ft). Construction began in 2000, the first generator was operational in 2005 and the project completed in 2006.
p37280
sbg6
(g13
g8
NtRp37281
(dp37282
g16
Nsg17
Nsg11
VPOINT(109.61722564697 30.143054962158)
p37283
sbtp37284
a(g6
(g7
g8
NtRp37285
(dp37286
g11
Vhttp://dbpedia.org/resource/Dongping_Dam
p37287
sbg6
(g13
g8
NtRp37288
(dp37289
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Dòngpíng (\u0425\u0443\u0431\u0435\u0439)
p37290
sbg6
(g13
g8
NtRp37291
(dp37292
g16
Nsg17
Nsg11
VChina
p37293
sbg6
(g13
g8
NtRp37294
(dp37295
g16
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VThe Dongping Dam is an arch dam on the (\u5fe0\u5efa\u6cb3), a right tributary of the Qing River, in Xuan'en County, Hubei Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 110 MW power station consisting of two 55 MW Francis turbine-generators. The 135-metre-tall (443 ft) arch dam withholds a reservoir of 336,000,000 m3 (272,000 acre\u22c5ft). Construction began in 2000, the first generator was operational in 2005 and the project completed in 2006.
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VDonnells Dam (National ID # CA00264) is a concrete arch dam located on the Middle Fork of the Stanislaus River in Tuolumne County, California. The water impounded by the 291-foot (89 m) high dam forms Donnell Lake in Stanislaus National Forest. The dam and reservoir are co-owned by the Oakdale Irrigation District and South San Joaquin Irrigation District, and the dam is one of three in the Tri-Dam Project. The other two dams in the project are Beardsley Dam and Tulloch Dam.
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VDonnells Dam (National ID # CA00264) is a concrete arch dam located on the Middle Fork of the Stanislaus River in Tuolumne County, California. The water impounded by the 291-foot (89 m) high dam forms Donnell Lake in Stanislaus National Forest. The dam and reservoir are co-owned by the Oakdale Irrigation District and South San Joaquin Irrigation District, and the dam is one of three in the Tri-Dam Project. The other two dams in the project are Beardsley Dam and Tulloch Dam.
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VDospat Reservoir (Bulgarian: \u044f\u0437\u043e\u0432\u0438\u0440 \u0414\u043e\u0441\u043f\u0430\u0442) is situated in the western part of the Rhodope Mountains, Bulgaria. The reservoir (formed by a dam in the town of Dospat, 82 km (51 mi) west of Smolyan) stretches nearly 19 km (12 mi) northwest to the city of Sarnitsa. At 1,200 m (3,900 ft) above the sea level, it is one of the highest dams in Bulgaria in terms of altitude, and, with its 22 km2 (8.5 sq mi) of water area, the second largest in capacity. It is fed by the Dospat River.
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VDospat Reservoir (Bulgarian: \u044f\u0437\u043e\u0432\u0438\u0440 \u0414\u043e\u0441\u043f\u0430\u0442) is situated in the western part of the Rhodope Mountains, Bulgaria. The reservoir (formed by a dam in the town of Dospat, 82 km (51 mi) west of Smolyan) stretches nearly 19 km (12 mi) northwest to the city of Sarnitsa. At 1,200 m (3,900 ft) above the sea level, it is one of the highest dams in Bulgaria in terms of altitude, and, with its 22 km2 (8.5 sq mi) of water area, the second largest in capacity. It is fed by the Dospat River.
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VDospat Reservoir (Bulgarian: \u044f\u0437\u043e\u0432\u0438\u0440 \u0414\u043e\u0441\u043f\u0430\u0442) is situated in the western part of the Rhodope Mountains, Bulgaria. The reservoir (formed by a dam in the town of Dospat, 82 km (51 mi) west of Smolyan) stretches nearly 19 km (12 mi) northwest to the city of Sarnitsa. At 1,200 m (3,900 ft) above the sea level, it is one of the highest dams in Bulgaria in terms of altitude, and, with its 22 km2 (8.5 sq mi) of water area, the second largest in capacity. It is fed by the Dospat River.
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VDospat Reservoir (Bulgarian: \u044f\u0437\u043e\u0432\u0438\u0440 \u0414\u043e\u0441\u043f\u0430\u0442) is situated in the western part of the Rhodope Mountains, Bulgaria. The reservoir (formed by a dam in the town of Dospat, 82 km (51 mi) west of Smolyan) stretches nearly 19 km (12 mi) northwest to the city of Sarnitsa. At 1,200 m (3,900 ft) above the sea level, it is one of the highest dams in Bulgaria in terms of altitude, and, with its 22 km2 (8.5 sq mi) of water area, the second largest in capacity. It is fed by the Dospat River.
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VDotara Dam is a proposed located in Dotara village, Abbottabad District, Khyber Pakhtunkhwa, Pakistan. It will supply water to Rawalpindi and Islamabad, serve as a facility for fisheries, and reduce silting in the downstream Khanpur Dam, extending its lifespan to over 100 years.
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VThe Dowleswaram Barrage Or Dhavaleshwaram Barrage was an irrigation structure originally built in 1852 on the lower stretch of the Godavari River before it empties into the Bay of Bengal. It was rebuilt in 1970 when it was officially renamed as Sir Arthur Cotton Barrage or Godavari Barrage.
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VThe Dowleswaram Barrage Or Dhavaleshwaram Barrage was an irrigation structure originally built in 1852 on the lower stretch of the Godavari River before it empties into the Bay of Bengal. It was rebuilt in 1970 when it was officially renamed as Sir Arthur Cotton Barrage or Godavari Barrage.
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NtRp37646
(dp37647
g16
Nsg17
g27
sg11
V2.65e+06
p37648
sbg6
(g13
g8
NtRp37649
(dp37650
g16
Nsg17
Nsg11
VJapan
p37651
sbg6
(g13
g8
NtRp37652
(dp37653
g16
Nsg17
Nsg11
VDoyo Dam (Japanese: \u571f\u7528\u30c0\u30e0) is a rock-fill embankment dam located 6 km (4 mi) north of Shinj\u014d in the Okayama Prefecture, Japan. It creates the upper reservoir for the 1,500 MW Matanoagawa Pumped Storage Power Station while the Matanoagawa Dam creates the lower.
p37654
sbg6
(g13
g8
NtRp37655
(dp37656
g16
Nsg17
Nsg11
VPOINT(133.54499816895 35.231388092041)
p37657
sbtp37658
a(g6
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g8
NtRp37659
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g11
Vhttp://dbpedia.org/resource/Doyo_Dam
p37661
sbg6
(g13
g8
NtRp37662
(dp37663
g16
Nsg17
Nsg11
VDoyo Dam
p37664
sbg6
(g13
g8
NtRp37665
(dp37666
g16
Nsg17
Nsg11
VJapan
p37667
sbg6
(g13
g8
NtRp37668
(dp37669
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p37670
sbg6
(g13
g8
NtRp37671
(dp37672
g16
Nsg17
g27
sg11
V0.48
p37673
sbNg6
(g7
g8
NtRp37674
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g11
Vhttp://dbpedia.org/resource/Doyo_Dam__Lake__1
p37676
sbg6
(g13
g8
NtRp37677
(dp37678
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chugoku_Electric_Power_Company
p37679
sbNNNg6
(g13
g8
NtRp37680
(dp37681
g16
Nsg17
g27
sg11
V2.65e+06
p37682
sbg6
(g13
g8
NtRp37683
(dp37684
g16
Nsg17
Nsg11
VJapan
p37685
sbg6
(g13
g8
NtRp37686
(dp37687
g16
Nsg17
Nsg11
VDoyo Dam (Japanese: \u571f\u7528\u30c0\u30e0) is a rock-fill embankment dam located 6 km (4 mi) north of Shinj\u014d in the Okayama Prefecture, Japan. It creates the upper reservoir for the 1,500 MW Matanoagawa Pumped Storage Power Station while the Matanoagawa Dam creates the lower.
p37688
sbg6
(g13
g8
NtRp37689
(dp37690
g16
Nsg17
Nsg11
VPOINT(133.54499816895 35.231388092041)
p37691
sbtp37692
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g8
NtRp37693
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g11
Vhttp://dbpedia.org/resource/Drakensberg_Pumped_Storage_Scheme
p37695
sbg6
(g13
g8
NtRp37696
(dp37697
g16
Nsg17
Nsg11
VDrakensberg Pumped Storage Scheme
p37698
sbg6
(g13
g8
NtRp37699
(dp37700
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p37701
sbNNNg6
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g8
NtRp37702
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g11
Vhttp://dbpedia.org/resource/Drakensberg_Pumped_Storage_Scheme__Lake__1
p37704
sbg6
(g13
g8
NtRp37705
(dp37706
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Eskom
p37707
sbNNg6
(g13
g8
NtRp37708
(dp37709
g16
Nsg17
Nsg11
VOperational
p37710
sbNNg6
(g13
g8
NtRp37711
(dp37712
g16
Nsg17
Nsg11
VThe Drakensberg Pumped Storage Scheme is an energy storage facility built in the South African provinces of Free State and KwaZulu-Natal starting in 1974 and completed by 1981. Four dams are involved in the scheme; the Driekloof Dam (joined to the Sterkfontein Dam), the Kilburn Dam, the Woodstock Dam and the Driel Barrage. Electricity generation equipment is located between Driekloof Dam and Kilburn Dam. Since the Driekloof Dam/Sterkfontein Dam also forms part of the Tugela-Vaal Water Project some of the water pumped to Driekloof Dam might end up flowing to the Vaal Dam and not be available for return to the Kilburn Dam. The Woodstock Dam and Driel Barrage are used to supply this additional water to Kilburn Dam when required.
p37713
sbg6
(g13
g8
NtRp37714
(dp37715
g16
Nsg17
Nsg11
VPOINT(29.086944580078 -28.573055267334)
p37716
sbtp37717
a(g6
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g8
NtRp37718
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g11
Vhttp://dbpedia.org/resource/Drakensberg_Pumped_Storage_Scheme
p37720
sbg6
(g13
g8
NtRp37721
(dp37722
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0414\u0440\u0430\u043a\u0435\u043d\u0441\u0431\u0435\u0440\u0433
p37723
sbg6
(g13
g8
NtRp37724
(dp37725
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p37726
sbNNNg6
(g7
g8
NtRp37727
(dp37728
g11
Vhttp://dbpedia.org/resource/Drakensberg_Pumped_Storage_Scheme__Lake__1
p37729
sbg6
(g13
g8
NtRp37730
(dp37731
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Eskom
p37732
sbNNg6
(g13
g8
NtRp37733
(dp37734
g16
Nsg17
Nsg11
VOperational
p37735
sbNNg6
(g13
g8
NtRp37736
(dp37737
g16
Nsg17
Nsg11
VThe Drakensberg Pumped Storage Scheme is an energy storage facility built in the South African provinces of Free State and KwaZulu-Natal starting in 1974 and completed by 1981. Four dams are involved in the scheme; the Driekloof Dam (joined to the Sterkfontein Dam), the Kilburn Dam, the Woodstock Dam and the Driel Barrage. Electricity generation equipment is located between Driekloof Dam and Kilburn Dam. Since the Driekloof Dam/Sterkfontein Dam also forms part of the Tugela-Vaal Water Project some of the water pumped to Driekloof Dam might end up flowing to the Vaal Dam and not be available for return to the Kilburn Dam. The Woodstock Dam and Driel Barrage are used to supply this additional water to Kilburn Dam when required.
p37738
sbg6
(g13
g8
NtRp37739
(dp37740
g16
Nsg17
Nsg11
VPOINT(29.086944580078 -28.573055267334)
p37741
sbtp37742
a(g6
(g7
g8
NtRp37743
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g11
Vhttp://dbpedia.org/resource/Dub\u0103sari_Dam
p37745
sbg6
(g13
g8
NtRp37746
(dp37747
g16
Nsg17
Nsg11
VDub\u0103sari Dam
p37748
sbg6
(g13
g8
NtRp37749
(dp37750
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moldova
p37751
sbNNNg6
(g7
g8
NtRp37752
(dp37753
g11
Vhttp://dbpedia.org/resource/Dub\u0103sari_Dam__Lake__1
p37754
sbNNg6
(g13
g8
NtRp37755
(dp37756
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dniester
p37757
sbg6
(g13
g8
NtRp37758
(dp37759
g16
Nsg17
Nsg11
VOperational
p37760
sbNg6
(g13
g8
NtRp37761
(dp37762
g16
Nsg17
Nsg11
VMoldova
p37763
sbg6
(g13
g8
NtRp37764
(dp37765
g16
Nsg17
Nsg11
VThe Dub\u0103sari Dam (also HPP Dubasari, Romanian: Hidroelectrocentrala de la Dub\u0103sari) is a hydroelectric dam at the Dniester river near Dub\u0103sari in Transnistria, Moldova. It was built in 1951\u20131954. The installed capacity of the hydroelectric power station is 48 MW. The Dub\u0103sari Dam creates the Dub\u0103sari reservoir (Romanian: Rezervuarul Dub\u0103sari). The reservoir is 128 kilometres (80 mi) long and has an average width of 528 metres (1,732 ft). Water surface area is equal to 67.5 square kilometres (26.1 sq mi).
p37766
sbg6
(g13
g8
NtRp37767
(dp37768
g16
Nsg17
Nsg11
VPOINT(29.123611450195 47.277778625488)
p37769
sbtp37770
a(g6
(g7
g8
NtRp37771
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g11
Vhttp://dbpedia.org/resource/Dub\u0103sari_Dam
p37773
sbg6
(g13
g8
NtRp37774
(dp37775
g16
Nsg17
Nsg11
V\u0414\u0443\u0431\u043e\u0441\u0441\u0430\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p37776
sbg6
(g13
g8
NtRp37777
(dp37778
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moldova
p37779
sbNNNg6
(g7
g8
NtRp37780
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g11
Vhttp://dbpedia.org/resource/Dub\u0103sari_Dam__Lake__1
p37782
sbNNg6
(g13
g8
NtRp37783
(dp37784
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dniester
p37785
sbg6
(g13
g8
NtRp37786
(dp37787
g16
Nsg17
Nsg11
VOperational
p37788
sbNg6
(g13
g8
NtRp37789
(dp37790
g16
Nsg17
Nsg11
VMoldova
p37791
sbg6
(g13
g8
NtRp37792
(dp37793
g16
Nsg17
Nsg11
VThe Dub\u0103sari Dam (also HPP Dubasari, Romanian: Hidroelectrocentrala de la Dub\u0103sari) is a hydroelectric dam at the Dniester river near Dub\u0103sari in Transnistria, Moldova. It was built in 1951\u20131954. The installed capacity of the hydroelectric power station is 48 MW. The Dub\u0103sari Dam creates the Dub\u0103sari reservoir (Romanian: Rezervuarul Dub\u0103sari). The reservoir is 128 kilometres (80 mi) long and has an average width of 528 metres (1,732 ft). Water surface area is equal to 67.5 square kilometres (26.1 sq mi).
p37794
sbg6
(g13
g8
NtRp37795
(dp37796
g16
Nsg17
Nsg11
VPOINT(29.123611450195 47.277778625488)
p37797
sbtp37798
a(g6
(g7
g8
NtRp37799
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g11
Vhttp://dbpedia.org/resource/Dub\u0103sari_Dam
p37801
sbg6
(g13
g8
NtRp37802
(dp37803
g16
Nsg17
Nsg11
V\u0414\u0443\u0431\u043e\u0441\u0441\u0430\u0440\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p37804
sbg6
(g13
g8
NtRp37805
(dp37806
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moldova
p37807
sbNNNg6
(g7
g8
NtRp37808
(dp37809
g11
Vhttp://dbpedia.org/resource/Dub\u0103sari_Dam__Lake__1
p37810
sbNNg6
(g13
g8
NtRp37811
(dp37812
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dniester
p37813
sbg6
(g13
g8
NtRp37814
(dp37815
g16
Nsg17
Nsg11
VOperational
p37816
sbNg6
(g13
g8
NtRp37817
(dp37818
g16
Nsg17
Nsg11
VMoldova
p37819
sbg6
(g13
g8
NtRp37820
(dp37821
g16
Nsg17
Nsg11
VThe Dub\u0103sari Dam (also HPP Dubasari, Romanian: Hidroelectrocentrala de la Dub\u0103sari) is a hydroelectric dam at the Dniester river near Dub\u0103sari in Transnistria, Moldova. It was built in 1951\u20131954. The installed capacity of the hydroelectric power station is 48 MW. The Dub\u0103sari Dam creates the Dub\u0103sari reservoir (Romanian: Rezervuarul Dub\u0103sari). The reservoir is 128 kilometres (80 mi) long and has an average width of 528 metres (1,732 ft). Water surface area is equal to 67.5 square kilometres (26.1 sq mi).
p37822
sbg6
(g13
g8
NtRp37823
(dp37824
g16
Nsg17
Nsg11
VPOINT(29.123611450195 47.277778625488)
p37825
sbtp37826
a(g6
(g7
g8
NtRp37827
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g11
Vhttp://dbpedia.org/resource/Duhok_Dam
p37829
sbg6
(g13
g8
NtRp37830
(dp37831
g16
Nsg17
Nsg11
VDuhokdam
p37832
sbg6
(g13
g8
NtRp37833
(dp37834
g16
Nsg17
Nsg11
VIraq
p37835
sbg6
(g13
g8
NtRp37836
(dp37837
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p37838
sbg6
(g13
g8
NtRp37839
(dp37840
g16
Nsg17
g27
sg11
V0.6
p37841
sbNg6
(g7
g8
NtRp37842
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g11
Vhttp://dbpedia.org/resource/Duhok_Dam__Lake__1
p37844
sbNNNg6
(g13
g8
NtRp37845
(dp37846
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37847
(dp37848
g16
Nsg17
Nsg11
VIraq
p37849
sbg6
(g13
g8
NtRp37850
(dp37851
g16
Nsg17
Nsg11
VThe Duhok Dam is an earth-fill embankment dam on the Duhok River just north of Duhok in Duhok Governorate, Iraq. The dam was completed in 1988 with the primary purpose of providing water for irrigation. It is 60 m (197 ft) tall and can withhold 52,000,000 m3 (42,157 acre\u22c5ft) of water. The dam has a bell-mouth spillway with a maximum discharge of 81 m3/s (2,860 cu ft/s).
p37852
sbg6
(g13
g8
NtRp37853
(dp37854
g16
Nsg17
Nsg11
VPOINT(43.003612518311 36.875831604004)
p37855
sbtp37856
a(g6
(g7
g8
NtRp37857
(dp37858
g11
Vhttp://dbpedia.org/resource/Duhok_Dam
p37859
sbg6
(g13
g8
NtRp37860
(dp37861
g16
Nsg17
Nsg11
VDuhok Dam
p37862
sbg6
(g13
g8
NtRp37863
(dp37864
g16
Nsg17
Nsg11
VIraq
p37865
sbg6
(g13
g8
NtRp37866
(dp37867
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p37868
sbg6
(g13
g8
NtRp37869
(dp37870
g16
Nsg17
g27
sg11
V0.6
p37871
sbNg6
(g7
g8
NtRp37872
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Vhttp://dbpedia.org/resource/Duhok_Dam__Lake__1
p37874
sbNNNg6
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g8
NtRp37875
(dp37876
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37877
(dp37878
g16
Nsg17
Nsg11
VIraq
p37879
sbg6
(g13
g8
NtRp37880
(dp37881
g16
Nsg17
Nsg11
VThe Duhok Dam is an earth-fill embankment dam on the Duhok River just north of Duhok in Duhok Governorate, Iraq. The dam was completed in 1988 with the primary purpose of providing water for irrigation. It is 60 m (197 ft) tall and can withhold 52,000,000 m3 (42,157 acre\u22c5ft) of water. The dam has a bell-mouth spillway with a maximum discharge of 81 m3/s (2,860 cu ft/s).
p37882
sbg6
(g13
g8
NtRp37883
(dp37884
g16
Nsg17
Nsg11
VPOINT(43.003612518311 36.875831604004)
p37885
sbtp37886
a(g6
(g7
g8
NtRp37887
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g11
Vhttp://dbpedia.org/resource/Duhok_Dam
p37889
sbg6
(g13
g8
NtRp37890
(dp37891
g16
Nsg17
Nsg11
V\u0633\u062f \u062f\u0647\u0648\u0643
p37892
sbg6
(g13
g8
NtRp37893
(dp37894
g16
Nsg17
Nsg11
VIraq
p37895
sbg6
(g13
g8
NtRp37896
(dp37897
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p37898
sbg6
(g13
g8
NtRp37899
(dp37900
g16
Nsg17
g27
sg11
V0.6
p37901
sbNg6
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g8
NtRp37902
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Vhttp://dbpedia.org/resource/Duhok_Dam__Lake__1
p37904
sbNNNg6
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g8
NtRp37905
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37907
(dp37908
g16
Nsg17
Nsg11
VIraq
p37909
sbg6
(g13
g8
NtRp37910
(dp37911
g16
Nsg17
Nsg11
VThe Duhok Dam is an earth-fill embankment dam on the Duhok River just north of Duhok in Duhok Governorate, Iraq. The dam was completed in 1988 with the primary purpose of providing water for irrigation. It is 60 m (197 ft) tall and can withhold 52,000,000 m3 (42,157 acre\u22c5ft) of water. The dam has a bell-mouth spillway with a maximum discharge of 81 m3/s (2,860 cu ft/s).
p37912
sbg6
(g13
g8
NtRp37913
(dp37914
g16
Nsg17
Nsg11
VPOINT(43.003612518311 36.875831604004)
p37915
sbtp37916
a(g6
(g7
g8
NtRp37917
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g11
Vhttp://dbpedia.org/resource/Duhok_Dam
p37919
sbg6
(g13
g8
NtRp37920
(dp37921
g16
Nsg17
Nsg11
VPresa de Dohuk
p37922
sbg6
(g13
g8
NtRp37923
(dp37924
g16
Nsg17
Nsg11
VIraq
p37925
sbg6
(g13
g8
NtRp37926
(dp37927
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p37928
sbg6
(g13
g8
NtRp37929
(dp37930
g16
Nsg17
g27
sg11
V0.6
p37931
sbNg6
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g8
NtRp37932
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g11
Vhttp://dbpedia.org/resource/Duhok_Dam__Lake__1
p37934
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NtRp37935
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp37937
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g16
Nsg17
Nsg11
VIraq
p37939
sbg6
(g13
g8
NtRp37940
(dp37941
g16
Nsg17
Nsg11
VThe Duhok Dam is an earth-fill embankment dam on the Duhok River just north of Duhok in Duhok Governorate, Iraq. The dam was completed in 1988 with the primary purpose of providing water for irrigation. It is 60 m (197 ft) tall and can withhold 52,000,000 m3 (42,157 acre\u22c5ft) of water. The dam has a bell-mouth spillway with a maximum discharge of 81 m3/s (2,860 cu ft/s).
p37942
sbg6
(g13
g8
NtRp37943
(dp37944
g16
Nsg17
Nsg11
VPOINT(43.003612518311 36.875831604004)
p37945
sbtp37946
a(g6
(g7
g8
NtRp37947
(dp37948
g11
Vhttp://dbpedia.org/resource/Dul_Hasti_Hydroelectric_Plant
p37949
sbg6
(g13
g8
NtRp37950
(dp37951
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0443\u043b\u0445\u0430\u0441\u0442\u0456
p37952
sbg6
(g13
g8
NtRp37953
(dp37954
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p37955
sbg6
(g13
g8
NtRp37956
(dp37957
g16
Nsg17
Nsg11
VGravity
p37958
sbg6
(g13
g8
NtRp37959
(dp37960
g16
Nsg17
g27
sg11
V0.19
p37961
sbg6
(g13
g8
NtRp37962
(dp37963
g16
Nsg17
g27
sg11
V1250.0
p37964
sbNNg6
(g13
g8
NtRp37965
(dp37966
g16
Nsg17
Nsg11
VPower
p37967
sbg6
(g13
g8
NtRp37968
(dp37969
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chenab_River
p37970
sbg6
(g13
g8
NtRp37971
(dp37972
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp37973
(dp37974
g16
Nsg17
Nsg11
VIndia Jammu and Kashmir#India
p37975
sbg6
(g13
g8
NtRp37976
(dp37977
g16
Nsg17
Nsg11
VDul Hasti is a 390 MW hydroelectric power plant in Kishtwar district of Jammu and Kashmir, India built by NHPC. The power plant is a run-of-the-river type on the Chenab River, in the Kishtwar region, a rugged, mountainous section of the Himalayas, and several hundred kilometers from larger cities. It consists of a 70 m (230 ft) tall gravity dam which diverts water through a 9.5 km (5.9 mi) long headrace tunnel to the power station which discharges back into the Chenab. The project provides peaking power to the Northern Grid with beneficiary states being Jammu and Kashmir, Punjab, Haryana, Uttar Pradesh, Uttarakhand, Rajasthan, Delhi and Union Territory of Chandigarh. It was constructed between 1985 and 2007.
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VDul Hasti is a 390 MW hydroelectric power plant in Kishtwar district of Jammu and Kashmir, India built by NHPC. The power plant is a run-of-the-river type on the Chenab River, in the Kishtwar region, a rugged, mountainous section of the Himalayas, and several hundred kilometers from larger cities. It consists of a 70 m (230 ft) tall gravity dam which diverts water through a 9.5 km (5.9 mi) long headrace tunnel to the power station which discharges back into the Chenab. The project provides peaking power to the Northern Grid with beneficiary states being Jammu and Kashmir, Punjab, Haryana, Uttar Pradesh, Uttarakhand, Rajasthan, Delhi and Union Territory of Chandigarh. It was constructed between 1985 and 2007.
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VDul Hasti is a 390 MW hydroelectric power plant in Kishtwar district of Jammu and Kashmir, India built by NHPC. The power plant is a run-of-the-river type on the Chenab River, in the Kishtwar region, a rugged, mountainous section of the Himalayas, and several hundred kilometers from larger cities. It consists of a 70 m (230 ft) tall gravity dam which diverts water through a 9.5 km (5.9 mi) long headrace tunnel to the power station which discharges back into the Chenab. The project provides peaking power to the Northern Grid with beneficiary states being Jammu and Kashmir, Punjab, Haryana, Uttar Pradesh, Uttarakhand, Rajasthan, Delhi and Union Territory of Chandigarh. It was constructed between 1985 and 2007.
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VDumitra Hydro Power Plant
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VDumitra Hydro Power Plant is a run-of-the-river hydropower plant under construction on the Jiu River in Romania, with an installed capacity of 24.5 MW. It is part of a broader project of hydropower development in the Bumbe\u0219ti\u2013Livezeni stretch of the Jiu River, that includes three hydropower plants with an overall capacity 80 MW. With a total cost of $280 million, it is the largest investment in hydropower since 1990 in Romania. As of 2019, the project was 98% complete, but blocked by a justice decision that cancelled the construction permit in late 2017.
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VThe Duodi Hydropower Station (Chinese: \u593a\u5e95\u6c34\u7535\u7ad9), also called as Duodigou Hydropower Station (\u593a\u5e95\u6c9f\u6c34\u7535\u7ad9), is the first hydropower station in Tibet and the second in China, which was destroyed by a flood and shut down in 1946 and rebuilt in October 1956. Duodi Hydropower Station is located in the northern suburbs of Lhasa, with a total installed capacity of 660 kilowatts. The hydropower station was commented by some Chinese writers as "the scientific light of Tibet under the theocracy".
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VDurgapur Barrage is built across the Damodar River at Durgapur in Paschim Bardhaman district and partly in Paschim Bardhaman district, in the Indian state of West Bengal. It was constructed by Damodar Valley Corporation mainly for the purpose of irrigation and also to supply water to Industrial township of Durgapur. The irrigation and canal system was transferred to the Government of West Bengal in 1964.
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VDutch Flat of Arizona is a valley south of the Sacramento Valley and Interstate 40 in southern Mohave County. The region is part of the southeast extension of the Mojave Desert into northwest Arizona. Dutch Flat borders the south of the Sacramento Valley, and Sacramento Wash drains west on the northwest perimeter to meet the Colorado River at Needles.
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VDutch Hollow Lake is a man-made reservoir located in the Town of La Valle, (Sauk County), Wisconsin, United States. Created by developers in the 1970s by impounding the water of , it is now a public-access lake regulated by the Wisconsin Department of Natural Resources with two public-access ramps. The 40-foot (12 m) depth of the lake is maintained both by the flow from Dutch Hollow Creek and the pumping of groundwater.
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VDwari Khola Small Hydropower Station
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VDwari Khola Small Hydropower Station (Nepali: \u0926\u094d\u0935\u093e\u0930\u0940 \u0916\u094b\u0932\u093e \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Naumule , Dailekh District of Nepal. The flow from is used to generate 3.75 MW electricity. The gross head is 450.40 m and design flow is 1.58 m3/s. The intake is located 3 km upstream of the confluence of the Dwari Khola and Lohore Khola and the powerhouse 300 meters downstream from the confluence. The construction cost of the project was NPR 74 Crore.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VDworshak Dam is a concrete gravity dam in the western United States, on the North Fork of the Clearwater River in north central Idaho. In Clearwater County, the dam is located approximately four miles (6 km) northwest of Orofino and impounds the Dworshak Reservoir for flood control and hydroelectricity generation. With a height of 717 feet (219 m), Dworshak is the third tallest dam in the U.S. and the tallest straight-axis concrete dam in the Western Hemisphere. Construction of the dam by the U.S. Army Corps of Engineers (USACE) began in 1966 and was completed in 1973.
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VE.B. Campbell Hydroelectric Station is a hydroelectric station on the Saskatchewan River owned by SaskPower, located near Carrot River, Saskatchewan, Canada. The dam created the artificial Tobin Lake. The station is named after Bruce Campbell, a former president of SaskPower who was also the assistant chief engineer during the construction of the station. Until 1988, it was named Squaw Rapids Dam.
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VE.B. Campbell Hydroelectric Station is a hydroelectric station on the Saskatchewan River owned by SaskPower, located near Carrot River, Saskatchewan, Canada. The dam created the artificial Tobin Lake. The station is named after Bruce Campbell, a former president of SaskPower who was also the assistant chief engineer during the construction of the station. Until 1988, it was named Squaw Rapids Dam.
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VThe E.J. Beardmore Dam, an earth-fill embankment dam with a concrete gravity wall across the Balonne River, is located in South West Queensland, Australia. The main purpose of the dam is for irrigation. The resultant reservoir is called Lake Kajarabie.
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VEbenezer Dam is an earth-fill type dam on the Groot Letaba River, near Tzaneen, Limpopo, South Africa. The also flows into the dam. It was established in 1959 and its primary purpose is for municipal and industrial usage. The dam's hazard potential has been ranked to be high.
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VEcho Park Dam was proposed in the 1950s by the U.S. Bureau of Reclamation as a central feature of the Colorado River Storage Project. Situated on the Green River, a major tributary of the Colorado River, the dam was proposed for the Echo Park district of Dinosaur National Monument, flooding much of the Green and Yampa river valleys in the monument. The dam was bitterly opposed by preservationists, who saw the encroachment of a dam into an existing national park as another Hetch Hetchy, to be opposed as an appropriation of protected lands for development purposes. The Echo Park project was abandoned in favor of Glen Canyon Dam on the main stem of the Colorado, in lands that were not at that time protected. This was eventually regarded as a strategic mistake by conservation organizations.
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VThe Ecker Dam (German: Eckertalsperre) is a gravity dam in the Harz mountain range near Bad Harzburg, Germany. Constructed between 1939 and 1943, it is today operated by the Harzwasserwerke company. The dam's reservoir impounds the waters of the Ecker river and mainly serves for drinking water supply.
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VThe Ecker Dam (German: Eckertalsperre) is a gravity dam in the Harz mountain range near Bad Harzburg, Germany. Constructed between 1939 and 1943, it is today operated by the Harzwasserwerke company. The dam's reservoir impounds the waters of the Ecker river and mainly serves for drinking water supply.
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VThe Ecker Dam (German: Eckertalsperre) is a gravity dam in the Harz mountain range near Bad Harzburg, Germany. Constructed between 1939 and 1943, it is today operated by the Harzwasserwerke company. The dam's reservoir impounds the waters of the Ecker river and mainly serves for drinking water supply.
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VThe Edersee Dam is a hydroelectric dam spanning the Eder river in northern Hesse, Germany. Constructed between 1908 and 1914, it lies near the small town of Waldeck at the northern edge of the Kellerwald. Breached by Allied bombs during World War II, it was rebuilt during the war, and today generates hydroelectric power and regulates water levels for shipping on the Weser river. \u000a* Overflowing Edersee Dam in spring 2021 \u000a* The Edersee today (low water level)
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VThe Edersee Dam is a hydroelectric dam spanning the Eder river in northern Hesse, Germany. Constructed between 1908 and 1914, it lies near the small town of Waldeck at the northern edge of the Kellerwald. Breached by Allied bombs during World War II, it was rebuilt during the war, and today generates hydroelectric power and regulates water levels for shipping on the Weser river. \u000a* Overflowing Edersee Dam in spring 2021 \u000a* The Edersee today (low water level)
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VThe Edersee Dam is a hydroelectric dam spanning the Eder river in northern Hesse, Germany. Constructed between 1908 and 1914, it lies near the small town of Waldeck at the northern edge of the Kellerwald. Breached by Allied bombs during World War II, it was rebuilt during the war, and today generates hydroelectric power and regulates water levels for shipping on the Weser river. \u000a* Overflowing Edersee Dam in spring 2021 \u000a* The Edersee today (low water level)
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VThe Edersee Dam is a hydroelectric dam spanning the Eder river in northern Hesse, Germany. Constructed between 1908 and 1914, it lies near the small town of Waldeck at the northern edge of the Kellerwald. Breached by Allied bombs during World War II, it was rebuilt during the war, and today generates hydroelectric power and regulates water levels for shipping on the Weser river. \u000a* Overflowing Edersee Dam in spring 2021 \u000a* The Edersee today (low water level)
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VThe Edersee Dam is a hydroelectric dam spanning the Eder river in northern Hesse, Germany. Constructed between 1908 and 1914, it lies near the small town of Waldeck at the northern edge of the Kellerwald. Breached by Allied bombs during World War II, it was rebuilt during the war, and today generates hydroelectric power and regulates water levels for shipping on the Weser river. \u000a* Overflowing Edersee Dam in spring 2021 \u000a* The Edersee today (low water level)
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VThe Edersee Dam is a hydroelectric dam spanning the Eder river in northern Hesse, Germany. Constructed between 1908 and 1914, it lies near the small town of Waldeck at the northern edge of the Kellerwald. Breached by Allied bombs during World War II, it was rebuilt during the war, and today generates hydroelectric power and regulates water levels for shipping on the Weser river. \u000a* Overflowing Edersee Dam in spring 2021 \u000a* The Edersee today (low water level)
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VThe Edgar Dam is an earthfill embankment saddle dam without a spillway, located offstream in the South West region of Tasmania, Australia. The impounded reservoir, also formed with the Scotts Peak Dam and the Serpentine Dam, is called Lake Pedder which flooded Lake Edgar, a naturally forming fault scarp pond. The dam was constructed in 1973 by the Hydro Electric Corporation (TAS) as part of the Gordon River Power Development Scheme for the purpose of generating hydro-electric power via the Gordon Power Station. Water from Lake Pedder is diverted to Lake Gordon (formed by the Gordon Dam) via the McPartlan Pass Canal.
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VCentrale hydroélectrique d'Edolo
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VThe Edolo Pumped Storage Plant is located along the Oglio River just downstream of Edolo, Brescia Province in the Lombardy region of Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Its generators were commissioned between April 1984 and November 1985. Lake Avio was previously completed in 1929 and Lake Benedetto completed in 1940.
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VThe Edolo Pumped Storage Plant is located along the Oglio River just downstream of Edolo, Brescia Province in the Lombardy region of Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Its generators were commissioned between April 1984 and November 1985. Lake Avio was previously completed in 1929 and Lake Benedetto completed in 1940.
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VThe Edolo Pumped Storage Plant is located along the Oglio River just downstream of Edolo, Brescia Province in the Lombardy region of Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Its generators were commissioned between April 1984 and November 1985. Lake Avio was previously completed in 1929 and Lake Benedetto completed in 1940.
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VEgemen HES is hydro electric power station in Turkey. It is on Nilüfer River in Keles ilçe (district) of Bursa Province. The nominal power of the system is 19.92 MWe. In 2015 it produced 95 GW-hr energy. It is operated by the private Zaf Group. The net hydraulic head is 159 metres (522 ft).
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VThe Eildon Dam or Eildon Weir, a rock and earth-fill embankment dam with a controlled spillway across the Goulburn River, is located between the regional towns of Mansfield and Eildon within Lake Eildon National Park, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water, irrigation, and the generation of hydroelectricity. The impounded reservoir is called Lake Eildon.
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VThe Eildon Dam or Eildon Weir, a rock and earth-fill embankment dam with a controlled spillway across the Goulburn River, is located between the regional towns of Mansfield and Eildon within Lake Eildon National Park, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water, irrigation, and the generation of hydroelectricity. The impounded reservoir is called Lake Eildon.
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VThe Eildon Dam or Eildon Weir, a rock and earth-fill embankment dam with a controlled spillway across the Goulburn River, is located between the regional towns of Mansfield and Eildon within Lake Eildon National Park, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water, irrigation, and the generation of hydroelectricity. The impounded reservoir is called Lake Eildon.
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VThe Eildon Dam or Eildon Weir, a rock and earth-fill embankment dam with a controlled spillway across the Goulburn River, is located between the regional towns of Mansfield and Eildon within Lake Eildon National Park, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water, irrigation, and the generation of hydroelectricity. The impounded reservoir is called Lake Eildon.
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VThe Eildon Dam or Eildon Weir, a rock and earth-fill embankment dam with a controlled spillway across the Goulburn River, is located between the regional towns of Mansfield and Eildon within Lake Eildon National Park, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water, irrigation, and the generation of hydroelectricity. The impounded reservoir is called Lake Eildon.
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VThe Eildon Dam or Eildon Weir, a rock and earth-fill embankment dam with a controlled spillway across the Goulburn River, is located between the regional towns of Mansfield and Eildon within Lake Eildon National Park, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water, irrigation, and the generation of hydroelectricity. The impounded reservoir is called Lake Eildon.
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VThe Eildon Pondage Power Station is a hydroelectric power station on the at Lake Eildon, Victoria, Australia. Eildon Pondage has one turbo generator, with a total generating capacity of 4.5 megawatts (6,000 hp) of electricity. It is owned and operated by Pacific Hydro, and the electricity produced is sold to electricity retailer TXU. Eildon Pondage re-uses the water from Eildon Power Station, which is stored in the pondage to ensure a controlled release into the Goulburn River downstream from Lake Eildon.
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VThe Eildon Pondage Power Station is a hydroelectric power station on the at Lake Eildon, Victoria, Australia. Eildon Pondage has one turbo generator, with a total generating capacity of 4.5 megawatts (6,000 hp) of electricity. It is owned and operated by Pacific Hydro, and the electricity produced is sold to electricity retailer TXU. Eildon Pondage re-uses the water from Eildon Power Station, which is stored in the pondage to ensure a controlled release into the Goulburn River downstream from Lake Eildon.
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VThe Eklutna Dam, also referred to as the New Eklutna Dam or Upper Eklutna Dam, is an embankment dam on the Eklutna River about 30 mi (48 km) northeast of Anchorage in Alaska, United States. The primary purpose of the dam is hydroelectric power generation and it supports a 47 MW power plant. It was first completed in 1929 but was rehabilitated or rebuilt on several occasions over its history. Ownership of the dam and power plant is shared by Anchorage Municipal Light & Power, Chugach Electric and Matanuska Electric.
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VEl Atazar Dam is an arch dam built near Madrid, Spain on the Lozoya River, very close to where the Lozoya joins the Jarama. The curved design of the dam is optimum for the narrow gorge in which it was built to retain water in the reservoir. Arch dams are thin and require less material to construct than other dam types. When the dam was built, the decision was made to use the dam to store and regulate water only and not to provide energy. Construction started on the dam in 1968 and finished in 1972.
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VCalifornia
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VEl Capitan Dam is an embankment dam on the San Diego River in southern California. The dam forms the 112,800-acre-foot (139,100,000 m3) El Capitan Reservoir and serves mainly to supply water to the city of San Diego as well as providing flood control. The dam is connected to the San Diego municipal water system via the El Capitan Pipeline, which extends approximately 30 miles (48 km) to the city. It is the second largest storage facility in San Diego's water supply system, after San Vicente Dam.
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VEl Carrizal Dam
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VArgentina
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VArgentina
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VThe El Carrizal Dam (in Spanish, Embalse El Carrizal) is a dam on the upper-middle course of the Tunuyán River, in the center-north of the province of Mendoza, Argentina upstream from the city of Rivadavia. Its reservoir measures about 15 by 5 kilometres (9.3 mi × 3.1 mi), and its maximum water level stands at 785.5 metres (2,577 ft) above the sea, covering an area of 34.8 square kilometres (13.4 sq mi). It has a maximum volume of 462 million cubic metres (16.3×109 cu ft).
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VTalsperre El Carrizal
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VArgentina
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VThe El Carrizal Dam (in Spanish, Embalse El Carrizal) is a dam on the upper-middle course of the Tunuyán River, in the center-north of the province of Mendoza, Argentina upstream from the city of Rivadavia. Its reservoir measures about 15 by 5 kilometres (9.3 mi × 3.1 mi), and its maximum water level stands at 785.5 metres (2,577 ft) above the sea, covering an area of 34.8 square kilometres (13.4 sq mi). It has a maximum volume of 462 million cubic metres (16.3×109 cu ft).
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VDique de El Carrizal
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Nsg17
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VArgentina
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VEmbankment, earth and rock-fill
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g16
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VArgentina
p39850
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VThe El Carrizal Dam (in Spanish, Embalse El Carrizal) is a dam on the upper-middle course of the Tunuyán River, in the center-north of the province of Mendoza, Argentina upstream from the city of Rivadavia. Its reservoir measures about 15 by 5 kilometres (9.3 mi × 3.1 mi), and its maximum water level stands at 785.5 metres (2,577 ft) above the sea, covering an area of 34.8 square kilometres (13.4 sq mi). It has a maximum volume of 462 million cubic metres (16.3×109 cu ft).
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VPOINT(-68.720832824707 -33.299999237061)
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V\u0633\u062f \u0627\u0644\u0642\u0646\u0635\u0631\u0629
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g8
NtRp39864
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Nsg17
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VMorocco
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p39869
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NtRp39870
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NtRp39873
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Nsg17
Nsg11
VMorocco
p39875
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(g13
g8
NtRp39876
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g16
Nsg17
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VEL Kansera is an irrigation storage dam in Morocco.
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VPOINT(-5.9073457717896 34.041584014893)
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VEl Kansera Dam
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g8
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g16
Nsg17
Nsg11
VMorocco
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Nsg17
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VMorocco
p39900
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VEL Kansera is an irrigation storage dam in Morocco.
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VPOINT(-5.9073457717896 34.041584014893)
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Nsg11
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VMorocco
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VEL Kansera is an irrigation storage dam in Morocco.
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VPOINT(-5.9073457717896 34.041584014893)
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VEl Salto Dam
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VB
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g8
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g16
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g27
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g8
NtRp39947
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g16
Nsg17
g27
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V140.0
p39949
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VPower, irrigation
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VO
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VSpain Andalusia
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VEl Salto Dam (Spanish: Presa El Salto), located on the Guadalquivir River in the municipal district of El Carpio (Province of Córdoba, Spain), comprises a dam and its corresponding hydroelectric power station. The dam is situated near the 3.3 km mark on the Pedro Abad-Adamuz highway (CO-412). Its Neo-Mudéjar design is the result of a collaboration between architect Casto Fernández Shaw and engineers Carlos Mendoza and Antonio del Águila. The Madrid-based engineering consulting firm undertook construction of the dam between 1918 and 1922.
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VPOINT(-4.4922223091125 37.974723815918)
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VPresa El Salto
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VB
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g27
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VPower, irrigation
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VO
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VSpain Andalusia
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VEl Salto Dam (Spanish: Presa El Salto), located on the Guadalquivir River in the municipal district of El Carpio (Province of Córdoba, Spain), comprises a dam and its corresponding hydroelectric power station. The dam is situated near the 3.3 km mark on the Pedro Abad-Adamuz highway (CO-412). Its Neo-Mudéjar design is the result of a collaboration between architect Casto Fernández Shaw and engineers Carlos Mendoza and Antonio del Águila. The Madrid-based engineering consulting firm undertook construction of the dam between 1918 and 1922.
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VPOINT(-4.4922223091125 37.974723815918)
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NtRp40018
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Nsg17
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VEl Vado Dam
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NtRp40021
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Nsg17
Nsg11
VUnited States
p40023
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NtRp40024
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Nsg17
Nsg11
VEarthfill
p40026
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V464933.0
p40041
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VNew Mexico
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VEl Vado Dam impounds the Rio Chama in the U.S. state of New Mexico, about 105 miles (169 km) north-northwest of New Mexico's largest city, Albuquerque and about 80 miles (130 km) northwest of the capital city of Santa Fe. The earth-filled structure forms El Vado Lake, a storage reservoir for the Middle Rio Grande Project, and has been designated as a New Mexico Historic Civil Engineering Landmark by the American Society of Civil Engineers.
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VPOINT(-106.73278045654 36.594722747803)
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Nsg11
VElandskloof Dam
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Nsg11
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g27
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p40065
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NtRp40066
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NtRp40069
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VIrrigation and domestic
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VElandskloof Dam is a gravity type dam located on the , near Villiersdorp, Western Cape, South Africa. It was established in 1976. The primary purpose of the dam is for irrigation and domestic water supply. Its hazard potential has been ranked high (3). This dam flows into the Theewaterskloof Dam, which is a major supplier of household water to the city of Cape Town.
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NtRp40088
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Nsg11
VElandskuil Dam
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Nsg11
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Nsg11
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VElandskuil Dam is a dam on the , North West, South Africa. It is located in Middle Vaal. The purpose of the dam is for improved irrigation of the local area. It was built in 1969.
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VElephant Butte Dam or Elephant Butte Dike, originally Engle Dam, is a concrete gravity dam on the Rio Grande near Truth or Consequences, New Mexico. The dam impounds Elephant Butte Reservoir, which is used mainly for agriculture but also provides for recreation, hydroelectricity, and flood and sediment control. The construction of the dam has reduced the flow of the Rio Grande to a small stream for most of the year, with water being released only during the summer irrigation season or during times of exceptionally heavy snow melt.
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VElgaada Dam is one of the water dams on north of Morocco. The elgaada dam is located on the eastern border of the city of fez with an axe machine, with a water vessel of 350.000 cubic metres.
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VElgaada Dam is one of the water dams on north of Morocco. The elgaada dam is located on the eastern border of the city of fez with an axe machine, with a water vessel of 350.000 cubic metres.
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VEmmarentia Dam is a dam in Emmarentia, Johannesburg, South Africa. There are several dams that make up Emmarentia Dam, despite its allusion to the singular, with two small dams found upstream in the Johannesburg Botanical Gardens.
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VEnders Dam (National ID # NE01070) is a dam in Chase County, Nebraska, near the southwestern corner of the state. The earthen dam was constructed between 1947 and 1951 by the United States Bureau of Reclamation. It is 134 feet (41 m) high and 2,603 feet (793 m) long at its crest. It impounds Frenchman Creek for irrigation storage and flood control, part of the Bureau's Frenchman-Cambridge Division of the extensive Pick-Sloan Missouri Basin Program. The dam is owned and operated by the Bureau.
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VEngelhard Dam is a dam on the Letaba River, between the Letaba and Olifants Rest camps in the Kruger National Park, Limpopo, South Africa. Its main function is to regulate water flow down the Letaba in the direction of Mozambique. The construction of the dam in the 1970s was funded by the American industrialist Charles Engelhard.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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g8
NtRp40467
(dp40468
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40469
(dp40470
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40471
sbg6
(g13
g8
NtRp40472
(dp40473
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40474
sbg6
(g13
g8
NtRp40475
(dp40476
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40477
sbtp40478
a(g6
(g7
g8
NtRp40479
(dp40480
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40481
sbg6
(g13
g8
NtRp40482
(dp40483
g16
Nsg17
Nsg11
VBarrage d'Ingouri
p40484
sbg6
(g13
g8
NtRp40485
(dp40486
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40487
sbg6
(g13
g8
NtRp40488
(dp40489
g16
Nsg17
Nsg11
VArch dam
p40490
sbNNNNNg6
(g13
g8
NtRp40491
(dp40492
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40493
sbg6
(g13
g8
NtRp40494
(dp40495
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40496
(dp40497
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40498
sbg6
(g13
g8
NtRp40499
(dp40500
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40501
sbg6
(g13
g8
NtRp40502
(dp40503
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40504
sbtp40505
a(g6
(g7
g8
NtRp40506
(dp40507
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40508
sbg6
(g13
g8
NtRp40509
(dp40510
g16
Nsg17
Nsg11
VBarrage d'Ingouri
p40511
sbg6
(g13
g8
NtRp40512
(dp40513
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40514
sbg6
(g13
g8
NtRp40515
(dp40516
g16
Nsg17
Nsg11
VArch dam
p40517
sbNNNNNg6
(g13
g8
NtRp40518
(dp40519
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40520
sbg6
(g13
g8
NtRp40521
(dp40522
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40523
(dp40524
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40525
sbg6
(g13
g8
NtRp40526
(dp40527
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40528
sbg6
(g13
g8
NtRp40529
(dp40530
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40531
sbtp40532
a(g6
(g7
g8
NtRp40533
(dp40534
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40535
sbg6
(g13
g8
NtRp40536
(dp40537
g16
Nsg17
Nsg11
VEnguri Dam
p40538
sbg6
(g13
g8
NtRp40539
(dp40540
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40541
sbg6
(g13
g8
NtRp40542
(dp40543
g16
Nsg17
Nsg11
VArch dam
p40544
sbNNNNNg6
(g13
g8
NtRp40545
(dp40546
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40547
sbg6
(g13
g8
NtRp40548
(dp40549
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40550
(dp40551
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40552
sbg6
(g13
g8
NtRp40553
(dp40554
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40555
sbg6
(g13
g8
NtRp40556
(dp40557
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40558
sbtp40559
a(g6
(g7
g8
NtRp40560
(dp40561
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40562
sbg6
(g13
g8
NtRp40563
(dp40564
g16
Nsg17
Nsg11
VRepresa de Inguri
p40565
sbg6
(g13
g8
NtRp40566
(dp40567
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40568
sbg6
(g13
g8
NtRp40569
(dp40570
g16
Nsg17
Nsg11
VArch dam
p40571
sbNNNNNg6
(g13
g8
NtRp40572
(dp40573
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40574
sbg6
(g13
g8
NtRp40575
(dp40576
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40577
(dp40578
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40579
sbg6
(g13
g8
NtRp40580
(dp40581
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40582
sbg6
(g13
g8
NtRp40583
(dp40584
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40585
sbtp40586
a(g6
(g7
g8
NtRp40587
(dp40588
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40589
sbg6
(g13
g8
NtRp40590
(dp40591
g16
Nsg17
Nsg11
VIngurská p\u0159ehradní nádr\u017e
p40592
sbg6
(g13
g8
NtRp40593
(dp40594
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40595
sbg6
(g13
g8
NtRp40596
(dp40597
g16
Nsg17
Nsg11
VArch dam
p40598
sbNNNNNg6
(g13
g8
NtRp40599
(dp40600
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40601
sbg6
(g13
g8
NtRp40602
(dp40603
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40604
(dp40605
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40606
sbg6
(g13
g8
NtRp40607
(dp40608
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40609
sbg6
(g13
g8
NtRp40610
(dp40611
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40612
sbtp40613
a(g6
(g7
g8
NtRp40614
(dp40615
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40616
sbg6
(g13
g8
NtRp40617
(dp40618
g16
Nsg17
Nsg11
VIngurská p\u0159ehradní nádr\u017e
p40619
sbg6
(g13
g8
NtRp40620
(dp40621
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40622
sbg6
(g13
g8
NtRp40623
(dp40624
g16
Nsg17
Nsg11
VArch dam
p40625
sbNNNNNg6
(g13
g8
NtRp40626
(dp40627
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40628
sbg6
(g13
g8
NtRp40629
(dp40630
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40631
(dp40632
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40633
sbg6
(g13
g8
NtRp40634
(dp40635
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40636
sbg6
(g13
g8
NtRp40637
(dp40638
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40639
sbtp40640
a(g6
(g7
g8
NtRp40641
(dp40642
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40643
sbg6
(g13
g8
NtRp40644
(dp40645
g16
Nsg17
Nsg11
VDiga di Inguri
p40646
sbg6
(g13
g8
NtRp40647
(dp40648
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40649
sbg6
(g13
g8
NtRp40650
(dp40651
g16
Nsg17
Nsg11
VArch dam
p40652
sbNNNNNg6
(g13
g8
NtRp40653
(dp40654
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40655
sbg6
(g13
g8
NtRp40656
(dp40657
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40658
(dp40659
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40660
sbg6
(g13
g8
NtRp40661
(dp40662
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40663
sbg6
(g13
g8
NtRp40664
(dp40665
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40666
sbtp40667
a(g6
(g7
g8
NtRp40668
(dp40669
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40670
sbg6
(g13
g8
NtRp40671
(dp40672
g16
Nsg17
Nsg11
VDiga di Inguri
p40673
sbg6
(g13
g8
NtRp40674
(dp40675
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40676
sbg6
(g13
g8
NtRp40677
(dp40678
g16
Nsg17
Nsg11
VArch dam
p40679
sbNNNNNg6
(g13
g8
NtRp40680
(dp40681
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40682
sbg6
(g13
g8
NtRp40683
(dp40684
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40685
(dp40686
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40687
sbg6
(g13
g8
NtRp40688
(dp40689
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40690
sbg6
(g13
g8
NtRp40691
(dp40692
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40693
sbtp40694
a(g6
(g7
g8
NtRp40695
(dp40696
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40697
sbg6
(g13
g8
NtRp40698
(dp40699
g16
Nsg17
Nsg11
V\u0418\u043d\u0433\u0443\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p40700
sbg6
(g13
g8
NtRp40701
(dp40702
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40703
sbg6
(g13
g8
NtRp40704
(dp40705
g16
Nsg17
Nsg11
VArch dam
p40706
sbNNNNNg6
(g13
g8
NtRp40707
(dp40708
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40709
sbg6
(g13
g8
NtRp40710
(dp40711
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40712
(dp40713
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40714
sbg6
(g13
g8
NtRp40715
(dp40716
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40717
sbg6
(g13
g8
NtRp40718
(dp40719
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40720
sbtp40721
a(g6
(g7
g8
NtRp40722
(dp40723
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40724
sbg6
(g13
g8
NtRp40725
(dp40726
g16
Nsg17
Nsg11
VEnguri-Staumauer
p40727
sbg6
(g13
g8
NtRp40728
(dp40729
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40730
sbg6
(g13
g8
NtRp40731
(dp40732
g16
Nsg17
Nsg11
VArch dam
p40733
sbNNNNNg6
(g13
g8
NtRp40734
(dp40735
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40736
sbg6
(g13
g8
NtRp40737
(dp40738
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40739
(dp40740
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40741
sbg6
(g13
g8
NtRp40742
(dp40743
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40744
sbg6
(g13
g8
NtRp40745
(dp40746
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40747
sbtp40748
a(g6
(g7
g8
NtRp40749
(dp40750
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40751
sbg6
(g13
g8
NtRp40752
(dp40753
g16
Nsg17
Nsg11
VEnguri-Staumauer
p40754
sbg6
(g13
g8
NtRp40755
(dp40756
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40757
sbg6
(g13
g8
NtRp40758
(dp40759
g16
Nsg17
Nsg11
VArch dam
p40760
sbNNNNNg6
(g13
g8
NtRp40761
(dp40762
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40763
sbg6
(g13
g8
NtRp40764
(dp40765
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40766
(dp40767
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40768
sbg6
(g13
g8
NtRp40769
(dp40770
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40771
sbg6
(g13
g8
NtRp40772
(dp40773
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40774
sbtp40775
a(g6
(g7
g8
NtRp40776
(dp40777
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40778
sbg6
(g13
g8
NtRp40779
(dp40780
g16
Nsg17
Nsg11
V\u0406\u043d\u0433\u0443\u0440\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p40781
sbg6
(g13
g8
NtRp40782
(dp40783
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40784
sbg6
(g13
g8
NtRp40785
(dp40786
g16
Nsg17
Nsg11
VArch dam
p40787
sbNNNNNg6
(g13
g8
NtRp40788
(dp40789
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40790
sbg6
(g13
g8
NtRp40791
(dp40792
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40793
(dp40794
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40795
sbg6
(g13
g8
NtRp40796
(dp40797
g16
Nsg17
Nsg11
VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
p40798
sbg6
(g13
g8
NtRp40799
(dp40800
g16
Nsg17
Nsg11
VPOINT(42.031944274902 42.759166717529)
p40801
sbtp40802
a(g6
(g7
g8
NtRp40803
(dp40804
g11
Vhttp://dbpedia.org/resource/Enguri_Dam
p40805
sbg6
(g13
g8
NtRp40806
(dp40807
g16
Nsg17
Nsg11
VPresa de Inguri
p40808
sbg6
(g13
g8
NtRp40809
(dp40810
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p40811
sbg6
(g13
g8
NtRp40812
(dp40813
g16
Nsg17
Nsg11
VArch dam
p40814
sbNNNNNg6
(g13
g8
NtRp40815
(dp40816
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p40817
sbg6
(g13
g8
NtRp40818
(dp40819
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp40820
(dp40821
g16
Nsg17
Nsg11
VGeorgia#Georgia Samegrelo-Zemo Svaneti
p40822
sbg6
(g13
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VPresa de Inguri
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VThe Enguri Dam is a hydroelectric dam on the Enguri River in Tsalenjikha, Georgia. Currently, it is the world's second highest concrete arch dam with a height of 271.5 metres (891 ft). It is located north of the town of Jvari. It is part of the Enguri hydroelectric power station (HES) which is partially located in Abkhazia.
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VAustralia
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VThe Enoggera Dam is a heritage-listed dam, which is located within the outer, western suburb of Enoggera Reservoir, in Brisbane, Queensland, Australia.
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VCentrale idroelettrica Luigi Einaudi
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Nsg17
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g8
NtRp40934
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Nsg17
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VThe Entracque Power Plant, also known as The Upper Gesso Plant, is a pumped-storage hydroelectric power station located in Valle Gesso just south of Entracque, Italy. The power station contains pump-generators for two co-located but hydraulically separated power schemes; the Chiotas-Piastra Plant and Rovina-Piastra Plant. Both plants use separate upper reservoirs but use Lago della Piastra as their common lower reservoir. To produce power, water is released from the upper reservoirs to the power station located at the lower reservoir. The pump-generators re-fill the reservoirs and the process repeats as needed. The Chiotas' upper reservoir, Lago del Chiotas, is located much higher in the valley and larger than Rovina's Lago della Rovina which affords it the ability to produce more electric
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VEntracque Power Plant
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VItaly
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VThe Entracque Power Plant, also known as The Upper Gesso Plant, is a pumped-storage hydroelectric power station located in Valle Gesso just south of Entracque, Italy. The power station contains pump-generators for two co-located but hydraulically separated power schemes; the Chiotas-Piastra Plant and Rovina-Piastra Plant. Both plants use separate upper reservoirs but use Lago della Piastra as their common lower reservoir. To produce power, water is released from the upper reservoirs to the power station located at the lower reservoir. The pump-generators re-fill the reservoirs and the process repeats as needed. The Chiotas' upper reservoir, Lago del Chiotas, is located much higher in the valley and larger than Rovina's Lago della Rovina which affords it the ability to produce more electric
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sbg6
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g8
NtRp40961
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g16
Nsg17
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VPOINT(7.3861112594604 44.224723815918)
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VItaly
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g8
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g8
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Nsg17
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VO
sbNNg6
(g13
g8
NtRp40982
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Nsg17
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VThe Entracque Power Plant, also known as The Upper Gesso Plant, is a pumped-storage hydroelectric power station located in Valle Gesso just south of Entracque, Italy. The power station contains pump-generators for two co-located but hydraulically separated power schemes; the Chiotas-Piastra Plant and Rovina-Piastra Plant. Both plants use separate upper reservoirs but use Lago della Piastra as their common lower reservoir. To produce power, water is released from the upper reservoirs to the power station located at the lower reservoir. The pump-generators re-fill the reservoirs and the process repeats as needed. The Chiotas' upper reservoir, Lago del Chiotas, is located much higher in the valley and larger than Rovina's Lago della Rovina which affords it the ability to produce more electric
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sbg6
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g8
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VPOINT(7.3861112594604 44.224723815918)
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Vhttp://dbpedia.org/resource/Entracque_Power_Plant
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VCentrale d'Entracque
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VItaly
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sbNNg6
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VThe Entracque Power Plant, also known as The Upper Gesso Plant, is a pumped-storage hydroelectric power station located in Valle Gesso just south of Entracque, Italy. The power station contains pump-generators for two co-located but hydraulically separated power schemes; the Chiotas-Piastra Plant and Rovina-Piastra Plant. Both plants use separate upper reservoirs but use Lago della Piastra as their common lower reservoir. To produce power, water is released from the upper reservoirs to the power station located at the lower reservoir. The pump-generators re-fill the reservoirs and the process repeats as needed. The Chiotas' upper reservoir, Lago del Chiotas, is located much higher in the valley and larger than Rovina's Lago della Rovina which affords it the ability to produce more electric
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g8
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NtRp41016
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Nsg17
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VPumpspeicherkraftwerk Entracque
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g8
NtRp41019
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Nsg17
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VItaly
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VO
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VThe Entracque Power Plant, also known as The Upper Gesso Plant, is a pumped-storage hydroelectric power station located in Valle Gesso just south of Entracque, Italy. The power station contains pump-generators for two co-located but hydraulically separated power schemes; the Chiotas-Piastra Plant and Rovina-Piastra Plant. Both plants use separate upper reservoirs but use Lago della Piastra as their common lower reservoir. To produce power, water is released from the upper reservoirs to the power station located at the lower reservoir. The pump-generators re-fill the reservoirs and the process repeats as needed. The Chiotas' upper reservoir, Lago del Chiotas, is located much higher in the valley and larger than Rovina's Lago della Rovina which affords it the ability to produce more electric
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VThe Entracque Power Plant, also known as The Upper Gesso Plant, is a pumped-storage hydroelectric power station located in Valle Gesso just south of Entracque, Italy. The power station contains pump-generators for two co-located but hydraulically separated power schemes; the Chiotas-Piastra Plant and Rovina-Piastra Plant. Both plants use separate upper reservoirs but use Lago della Piastra as their common lower reservoir. To produce power, water is released from the upper reservoirs to the power station located at the lower reservoir. The pump-generators re-fill the reservoirs and the process repeats as needed. The Chiotas' upper reservoir, Lago del Chiotas, is located much higher in the valley and larger than Rovina's Lago della Rovina which affords it the ability to produce more electric
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VAkvorezervejo de Entrepeñas
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VIrrigation,power,transfer
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VO
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V4.4593e+08
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VSpain Castilla-La Mancha#Spain
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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VPOINT(-2.7488889694214 40.49388885498)
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VEntrepeñas Reservoir
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VIrrigation,power,transfer
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V4.4593e+08
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VSpain Castilla-La Mancha#Spain
p41141
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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g8
NtRp41145
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VSpain Castilla-La Mancha#Spain
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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VEntrepeñas is a reservoir located on the Tagus River in the Alcarria Baja region of Guadalajara, Spain. It was completed in 1956. Apart from the Tagus, it also receives water from the Valdetrigo, Barranco Grande, Solana, and Ompólveda rivers, among others. The dam structure is situated next to the town of Entrepeñas, from which it took its name, between the municipal districts of Sacedón and Auñón. The surface area of the reservoir measures 3,213 hectares (12.41 square miles), and it can hold a total of 835,000,000 cubic meters (677,000 acre-feet).
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VErathna Mini Hydro Power Project
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VThe Erathna Mini Hydro Power Project is one of the run of river mini hydro power projects in Sri Lanka which has the install capacity of 10 MW. The project is located on the Kuru Ganga, a tributary of the Kalu Ganga (Black River).
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VPOINT(80.441390991211 6.8266668319702)
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Vhttp://dbpedia.org/resource/South_Africa
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VThe Erfenis Dam is an earth-fill type dam located in the Free State province of South Africa, on the Vet River, near Theunissen. It was established in 1960 and its primary purpose is for irrigation use. The hazard potential of the dam has been ranked high (3).
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VThe Erfenis Dam is an earth-fill type dam located in the Free State province of South Africa, on the Vet River, near Theunissen. It was established in 1960 and its primary purpose is for irrigation use. The hazard potential of the dam has been ranked high (3).
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VThe Erfenis Dam is an earth-fill type dam located in the Free State province of South Africa, on the Vet River, near Theunissen. It was established in 1960 and its primary purpose is for irrigation use. The hazard potential of the dam has been ranked high (3).
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VPOINT(26.777221679688 -28.510833740234)
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VErrwood Reservoir
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VEngland
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VErrwood Reservoir is a drinking-water reservoir in the Peak District National Park, within the county of Derbyshire and very close to the boundary with Cheshire. The reservoir was the second of two reservoirs built in the Goyt Valley, the other one being Fernilee Reservoir. It was constructed by the Stockport Water Corporation at a cost of £1.5 million, with work being completed in 1967; it is currently owned and operated by United Utilities. The reservoir provides drinking water for the town of Stockport and its surrounding areas, and it holds 4,215 million litres (1.113×109 US gal) of water.
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VEscaldes Hydroelectric Power Station is located in Engolasters of the Encamp parish in Andorra. Its namesake, Les Escaldes, is located just to the south in Escaldes-Engordany parish. It uses water from Lake Engolasters, located 1,616 metres (5,302 ft) above sea level in order to generate hydroelectricity. A 1,250 metres (4,100 ft) long penstock deliver water from the 178 m (584 ft) long Engolasters Dam to the power station which contains two 14 MW and one 17 MW Pelton turbine-generators. The difference in elevation between the lake and power station is about 490 metres (1,610 ft).
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VEscaldes Hydroelectric Power Station is located in Engolasters of the Encamp parish in Andorra. Its namesake, Les Escaldes, is located just to the south in Escaldes-Engordany parish. It uses water from Lake Engolasters, located 1,616 metres (5,302 ft) above sea level in order to generate hydroelectricity. A 1,250 metres (4,100 ft) long penstock deliver water from the 178 m (584 ft) long Engolasters Dam to the power station which contains two 14 MW and one 17 MW Pelton turbine-generators. The difference in elevation between the lake and power station is about 490 metres (1,610 ft).
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VEscaldes Hydroelectric Power Station is located in Engolasters of the Encamp parish in Andorra. Its namesake, Les Escaldes, is located just to the south in Escaldes-Engordany parish. It uses water from Lake Engolasters, located 1,616 metres (5,302 ft) above sea level in order to generate hydroelectricity. A 1,250 metres (4,100 ft) long penstock deliver water from the 178 m (584 ft) long Engolasters Dam to the power station which contains two 14 MW and one 17 MW Pelton turbine-generators. The difference in elevation between the lake and power station is about 490 metres (1,610 ft).
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VEscaldes Hydroelectric Power Station is located in Engolasters of the Encamp parish in Andorra. Its namesake, Les Escaldes, is located just to the south in Escaldes-Engordany parish. It uses water from Lake Engolasters, located 1,616 metres (5,302 ft) above sea level in order to generate hydroelectricity. A 1,250 metres (4,100 ft) long penstock deliver water from the 178 m (584 ft) long Engolasters Dam to the power station which contains two 14 MW and one 17 MW Pelton turbine-generators. The difference in elevation between the lake and power station is about 490 metres (1,610 ft).
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VEscaldes Hydroelectric Power Station is located in Engolasters of the Encamp parish in Andorra. Its namesake, Les Escaldes, is located just to the south in Escaldes-Engordany parish. It uses water from Lake Engolasters, located 1,616 metres (5,302 ft) above sea level in order to generate hydroelectricity. A 1,250 metres (4,100 ft) long penstock deliver water from the 178 m (584 ft) long Engolasters Dam to the power station which contains two 14 MW and one 17 MW Pelton turbine-generators. The difference in elevation between the lake and power station is about 490 metres (1,610 ft).
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VThe Esch-sur-Sûre Dam is an arch dam on the River Sauer just upstream of Esch-sur-Sûre in the Wiltz canton of Luxembourg. The primary purpose of the dam and its reservoir, Upper Sûre Lake, is to provide municipal water supply and hydroelectric power generation. The dam is operated jointly by the Administration of Roads and Bridges and the Syndicate des Eaux du Barrage d'Esch-sur-Sûre (SEBES) while the power station is operated by Société Electrique de l'Our (SEO).
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VThe Esch-sur-Sûre Dam is an arch dam on the River Sauer just upstream of Esch-sur-Sûre in the Wiltz canton of Luxembourg. The primary purpose of the dam and its reservoir, Upper Sûre Lake, is to provide municipal water supply and hydroelectric power generation. The dam is operated jointly by the Administration of Roads and Bridges and the Syndicate des Eaux du Barrage d'Esch-sur-Sûre (SEBES) while the power station is operated by Société Electrique de l'Our (SEO).
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VBarrage de l'Eschbachtal
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p41850
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p41853
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VThe Eschbach Dam (German: Eschbachtalsperre) was the first dam to be built in Germany for drinking water supply. It is located in Remscheid, North Rhine-Westphalia, Germany. With its opening in 1891, this pioneer work of hydraulic engineering was a milestone in the economic development of the city of Remscheid.
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p41922
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p41925
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VEucumbene Dam is a major gated earthfill embankment dam with an overflow ski-jump and bucket spillway with two vertical lift gates across the Eucumbene River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called Lake Eucumbene, the largest storage lake in the Snowy Mountains Scheme.
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VUnited States
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VEarthen embankment, concrete gravity composite
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NtRp41954
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Nsg11
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g16
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Nsg11
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sbNg6
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g8
NtRp41959
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g16
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VOklahoma
p41961
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g8
NtRp41962
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VEufaula Dam is a dam across the Canadian River in Oklahoma. Completed in 1964, it impounds Eufaula Lake, one of the world's largest man-made lakes, covering 102,500 acres (41,500 hectares). The dam serves to provide flood control, water supply, navigation and hydroelectric power generation. It supports a 90 MW power station; three generators produce 30 MW each.
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NtRp41972
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g16
Nsg17
Nsg11
VEvretou Dam
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g16
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Nsg17
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VH
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g8
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g16
Nsg17
g27
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g8
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VI
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g8
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Nsg17
Nsg11
VO
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g8
NtRp41993
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g27
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NtRp41996
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VCyprus
p41998
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g8
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VEvretou Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0395\u03c5\u03c1\u03ad\u03c4\u03bf\u03c5) is the third largest dam in Cyprus and also the largest rock-fill dam on the island. It lies at an altitude of 165 m and is located about 15 km south of Polis Chrysochou, next to the abandoned village of Evretou. It is part of the Chrysochou Irrigation Project, the construction of which cost a total of CYP £21,000,000.
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NtRp42009
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g16
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VEwen Maddock Dam
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NtRp42012
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Nsg17
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VAustralia
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VPotablewater supply
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NtRp42025
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Nsg11
VQueensland
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g8
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VThe Ewen Maddock Dam is an earth-fill embankment dam with an un-gated spillway across the Addlington Creek that is located in Landsborough in the South East region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Sunshine Coast region.
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VEwen Maddock Dam
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VAustralia
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Nsg11
VQueensland
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VThe Ewen Maddock Dam is an earth-fill embankment dam with an un-gated spillway across the Addlington Creek that is located in Landsborough in the South East region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Sunshine Coast region.
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VEyvashan Dam
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Nsg11
VEmbankment, rock-fill
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VWater supply
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Nsg11
VIran
p42089
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g8
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VThe Eyvashan Dam, also spelled Ashavan, is a rock-fill embankment dam on the Horood River about 40 kilometres (25 mi) east of Khorramabad in Lorestan Province, Iran. It was inaugurated in February 2015.
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VFE2 Hydroelectric Power Station
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Nsg11
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VThe FE2 Hydroelectric Power Station is a 36 megawatts hydroelectric power station in Gabon. Construction of this dam began in 2010. Due to lack of adequate funding, work was abandoned in 2013. In 2018, after a five-year hiatus, Tebian Electric Apparatus Stock Limited (TBEA), a Chinese independent power producer (IPP), in collaboration with the Gabonese Strategic Investment Fund, indicated their intention to invest \u20ac180 million into the development of FE2 HPP. The engineering, procurement and construction (EPC) contract was awarded to the China Gezhouba Group Company (CGGC). The energy off-taker is Société d'Énergie et d'Eau du Gabon (SEEG), the national electricity utility company of Gabon.
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g8
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VPOINT(11.60777759552 0.71555554866791)
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Nsg11
VFE2 Hydroelectric Power Station
p42132
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Nsg11
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g8
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VUC
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g8
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VGabon#Africa#World
p42149
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g8
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VThe FE2 Hydroelectric Power Station is a 36 megawatts hydroelectric power station in Gabon. Construction of this dam began in 2010. Due to lack of adequate funding, work was abandoned in 2013. In 2018, after a five-year hiatus, Tebian Electric Apparatus Stock Limited (TBEA), a Chinese independent power producer (IPP), in collaboration with the Gabonese Strategic Investment Fund, indicated their intention to invest \u20ac180 million into the development of FE2 HPP. The engineering, procurement and construction (EPC) contract was awarded to the China Gezhouba Group Company (CGGC). The energy off-taker is Société d'Énergie et d'Eau du Gabon (SEEG), the national electricity utility company of Gabon.
p42152
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NtRp42153
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VPOINT(11.60777759552 0.71555554866791)
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p42159
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g8
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Nsg11
VFagerli Hydroelectric Power Station
p42162
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(g13
g8
NtRp42163
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Nsg17
Nsg11
VNorway
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Nsg11
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p42171
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NtRp42172
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Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp42174
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Nsg17
Nsg11
VThe Fagerli Hydroelectric Power Station (Norwegian: Fagerli kraftverk or Fagerli kraftstasjon) is a hydroelectric power station in the municipality of Fauske in Nordland county, Norway. It utilizes a drop of 232 meters (761 ft) between its intake reservoir at Nedre Daja (Lower Lake Daja; also Norwegian: Dajavatnet, Lule Sami: Vuolep Dája) and Langvatnet (Long Lake) in Sulitjelma. The plant operates at an installed capacity of 48 MW, with an average annual production of about 252 GWh. It is owned by Salten Kraftsamband and came into operation in 1975. The Fagerli plant was the first one built by Salten Kraftsamband, in cooperation with Sulitjelma Mines.
p42176
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Nsg11
VPOINT(16.077222824097 67.119163513184)
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Nsg17
Nsg11
VLake Maraboon
p42186
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NtRp42187
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Nsg17
Nsg11
VAustralia
p42189
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g8
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Nsg17
Nsg11
VE
sbg6
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g8
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Nsg17
g27
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(dp42196
g11
Vhttp://dbpedia.org/resource/Fairbairn_Dam__Lake__1
p42197
sbNg6
(g13
g8
NtRp42198
(dp42199
g16
Nsg17
Nsg11
VIrrigation,water supply,flood mitigation
p42200
sbg6
(g13
g8
NtRp42201
(dp42202
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nogoa_River
p42203
sbg6
(g13
g8
NtRp42204
(dp42205
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42206
(dp42207
g16
Nsg17
Nsg11
VAustralia Queensland
p42208
sbg6
(g13
g8
NtRp42209
(dp42210
g16
Nsg17
Nsg11
VThe Fairbairn Dam is an earth-filled embankment dam across the Nogoa River, located southwest of Emerald in Central Queensland, Australia. Constructed in 1972 for the primary purpose of irrigation, the impoundment created by the dam serves as one of the major potable water supplies for the region and assists with some flood mitigation.
p42211
sbg6
(g13
g8
NtRp42212
(dp42213
g16
Nsg17
Nsg11
VPOINT(148.06555175781 -23.64999961853)
p42214
sbtp42215
a(g6
(g7
g8
NtRp42216
(dp42217
g11
Vhttp://dbpedia.org/resource/Fairbairn_Dam
p42218
sbg6
(g13
g8
NtRp42219
(dp42220
g16
Nsg17
Nsg11
VFairbairn Dam
p42221
sbg6
(g13
g8
NtRp42222
(dp42223
g16
Nsg17
Nsg11
VAustralia
p42224
sbg6
(g13
g8
NtRp42225
(dp42226
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp42227
(dp42228
g16
Nsg17
g27
sg11
V0.823
p42229
sbNg6
(g7
g8
NtRp42230
(dp42231
g11
Vhttp://dbpedia.org/resource/Fairbairn_Dam__Lake__1
p42232
sbNg6
(g13
g8
NtRp42233
(dp42234
g16
Nsg17
Nsg11
VIrrigation,water supply,flood mitigation
p42235
sbg6
(g13
g8
NtRp42236
(dp42237
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nogoa_River
p42238
sbg6
(g13
g8
NtRp42239
(dp42240
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42241
(dp42242
g16
Nsg17
Nsg11
VAustralia Queensland
p42243
sbg6
(g13
g8
NtRp42244
(dp42245
g16
Nsg17
Nsg11
VThe Fairbairn Dam is an earth-filled embankment dam across the Nogoa River, located southwest of Emerald in Central Queensland, Australia. Constructed in 1972 for the primary purpose of irrigation, the impoundment created by the dam serves as one of the major potable water supplies for the region and assists with some flood mitigation.
p42246
sbg6
(g13
g8
NtRp42247
(dp42248
g16
Nsg17
Nsg11
VPOINT(148.06555175781 -23.64999961853)
p42249
sbtp42250
a(g6
(g7
g8
NtRp42251
(dp42252
g11
Vhttp://dbpedia.org/resource/Fairbairn_Dam
p42253
sbg6
(g13
g8
NtRp42254
(dp42255
g16
Nsg17
Nsg11
VBarrage de Fairbairn
p42256
sbg6
(g13
g8
NtRp42257
(dp42258
g16
Nsg17
Nsg11
VAustralia
p42259
sbg6
(g13
g8
NtRp42260
(dp42261
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp42262
(dp42263
g16
Nsg17
g27
sg11
V0.823
p42264
sbNg6
(g7
g8
NtRp42265
(dp42266
g11
Vhttp://dbpedia.org/resource/Fairbairn_Dam__Lake__1
p42267
sbNg6
(g13
g8
NtRp42268
(dp42269
g16
Nsg17
Nsg11
VIrrigation,water supply,flood mitigation
p42270
sbg6
(g13
g8
NtRp42271
(dp42272
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nogoa_River
p42273
sbg6
(g13
g8
NtRp42274
(dp42275
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42276
(dp42277
g16
Nsg17
Nsg11
VAustralia Queensland
p42278
sbg6
(g13
g8
NtRp42279
(dp42280
g16
Nsg17
Nsg11
VThe Fairbairn Dam is an earth-filled embankment dam across the Nogoa River, located southwest of Emerald in Central Queensland, Australia. Constructed in 1972 for the primary purpose of irrigation, the impoundment created by the dam serves as one of the major potable water supplies for the region and assists with some flood mitigation.
p42281
sbg6
(g13
g8
NtRp42282
(dp42283
g16
Nsg17
Nsg11
VPOINT(148.06555175781 -23.64999961853)
p42284
sbtp42285
a(g6
(g7
g8
NtRp42286
(dp42287
g11
Vhttp://dbpedia.org/resource/Fareah_dam
p42288
sbg6
(g13
g8
NtRp42289
(dp42290
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0641\u0627\u0631\u0639
p42291
sbg6
(g13
g8
NtRp42292
(dp42293
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p42294
sbNNNNg6
(g13
g8
NtRp42295
(dp42296
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p42297
sbg6
(g13
g8
NtRp42298
(dp42299
g16
Nsg17
Nsg11
VFlood control
p42300
sbNNNg6
(g13
g8
NtRp42301
(dp42302
g16
Nsg17
Nsg11
VSaudi Arabia
p42303
sbg6
(g13
g8
NtRp42304
(dp42305
g16
Nsg17
Nsg11
VThe Fareah dam is a dam in Saudi Arabia opened in 1982 and located in Madinah region. The main purpose of the dam is flood control.
p42306
sbg6
(g13
g8
NtRp42307
(dp42308
g16
Nsg17
Nsg11
VPOINT(39.663249969482 23.343555450439)
p42309
sbtp42310
a(g6
(g7
g8
NtRp42311
(dp42312
g11
Vhttp://dbpedia.org/resource/Fareah_dam
p42313
sbg6
(g13
g8
NtRp42314
(dp42315
g16
Nsg17
Nsg11
VFareah dam
p42316
sbg6
(g13
g8
NtRp42317
(dp42318
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p42319
sbNNNNg6
(g13
g8
NtRp42320
(dp42321
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p42322
sbg6
(g13
g8
NtRp42323
(dp42324
g16
Nsg17
Nsg11
VFlood control
p42325
sbNNNg6
(g13
g8
NtRp42326
(dp42327
g16
Nsg17
Nsg11
VSaudi Arabia
p42328
sbg6
(g13
g8
NtRp42329
(dp42330
g16
Nsg17
Nsg11
VThe Fareah dam is a dam in Saudi Arabia opened in 1982 and located in Madinah region. The main purpose of the dam is flood control.
p42331
sbg6
(g13
g8
NtRp42332
(dp42333
g16
Nsg17
Nsg11
VPOINT(39.663249969482 23.343555450439)
p42334
sbtp42335
a(g6
(g7
g8
NtRp42336
(dp42337
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam
p42338
sbg6
(g13
g8
NtRp42339
(dp42340
g16
Nsg17
Nsg11
VFarchadská p\u0159ehradní nádr\u017e
p42341
sbg6
(g13
g8
NtRp42342
(dp42343
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p42344
sbg6
(g13
g8
NtRp42345
(dp42346
g16
Nsg17
Nsg11
VConcrete gravity-arch dam
p42347
sbg6
(g13
g8
NtRp42348
(dp42349
g16
Nsg17
g27
sg11
V0.45
p42350
sbNg6
(g7
g8
NtRp42351
(dp42352
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam__Lake__1
p42353
sbNNg6
(g13
g8
NtRp42354
(dp42355
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya
p42356
sbg6
(g13
g8
NtRp42357
(dp42358
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42359
(dp42360
g16
Nsg17
Nsg11
VTajikistan
p42361
sbg6
(g13
g8
NtRp42362
(dp42363
g16
Nsg17
Nsg11
VThe Farkhad Dam (Russian: \u0424\u0430\u0440\u0445\u0430\u0434\u0441\u043a\u0430\u044f \u0413\u042d\u0421) (also known as Dam-16) is a hydroelectric and irrigation dam on the Spitamen in Sughd Province, Tajikistan. It is a part of the Naryn-Syr Darya Cascade. The dam is located on the territory of Tajikistan and controlled by Tajikistan, while the Farkhad hydropower station, operated by .
p42364
sbg6
(g13
g8
NtRp42365
(dp42366
g16
Nsg17
Nsg11
VPOINT(69.161392211914 40.221942901611)
p42367
sbtp42368
a(g6
(g7
g8
NtRp42369
(dp42370
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam
p42371
sbg6
(g13
g8
NtRp42372
(dp42373
g16
Nsg17
Nsg11
VFarkhad Dam
p42374
sbg6
(g13
g8
NtRp42375
(dp42376
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p42377
sbg6
(g13
g8
NtRp42378
(dp42379
g16
Nsg17
Nsg11
VConcrete gravity-arch dam
p42380
sbg6
(g13
g8
NtRp42381
(dp42382
g16
Nsg17
g27
sg11
V0.45
p42383
sbNg6
(g7
g8
NtRp42384
(dp42385
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam__Lake__1
p42386
sbNNg6
(g13
g8
NtRp42387
(dp42388
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya
p42389
sbg6
(g13
g8
NtRp42390
(dp42391
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42392
(dp42393
g16
Nsg17
Nsg11
VTajikistan
p42394
sbg6
(g13
g8
NtRp42395
(dp42396
g16
Nsg17
Nsg11
VThe Farkhad Dam (Russian: \u0424\u0430\u0440\u0445\u0430\u0434\u0441\u043a\u0430\u044f \u0413\u042d\u0421) (also known as Dam-16) is a hydroelectric and irrigation dam on the Spitamen in Sughd Province, Tajikistan. It is a part of the Naryn-Syr Darya Cascade. The dam is located on the territory of Tajikistan and controlled by Tajikistan, while the Farkhad hydropower station, operated by .
p42397
sbg6
(g13
g8
NtRp42398
(dp42399
g16
Nsg17
Nsg11
VPOINT(69.161392211914 40.221942901611)
p42400
sbtp42401
a(g6
(g7
g8
NtRp42402
(dp42403
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam
p42404
sbg6
(g13
g8
NtRp42405
(dp42406
g16
Nsg17
Nsg11
V\u30d5\u30a1\u30eb\u30cf\u30c9\u30c0\u30e0
p42407
sbg6
(g13
g8
NtRp42408
(dp42409
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p42410
sbg6
(g13
g8
NtRp42411
(dp42412
g16
Nsg17
Nsg11
VConcrete gravity-arch dam
p42413
sbg6
(g13
g8
NtRp42414
(dp42415
g16
Nsg17
g27
sg11
V0.45
p42416
sbNg6
(g7
g8
NtRp42417
(dp42418
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam__Lake__1
p42419
sbNNg6
(g13
g8
NtRp42420
(dp42421
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya
p42422
sbg6
(g13
g8
NtRp42423
(dp42424
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42425
(dp42426
g16
Nsg17
Nsg11
VTajikistan
p42427
sbg6
(g13
g8
NtRp42428
(dp42429
g16
Nsg17
Nsg11
VThe Farkhad Dam (Russian: \u0424\u0430\u0440\u0445\u0430\u0434\u0441\u043a\u0430\u044f \u0413\u042d\u0421) (also known as Dam-16) is a hydroelectric and irrigation dam on the Spitamen in Sughd Province, Tajikistan. It is a part of the Naryn-Syr Darya Cascade. The dam is located on the territory of Tajikistan and controlled by Tajikistan, while the Farkhad hydropower station, operated by .
p42430
sbg6
(g13
g8
NtRp42431
(dp42432
g16
Nsg17
Nsg11
VPOINT(69.161392211914 40.221942901611)
p42433
sbtp42434
a(g6
(g7
g8
NtRp42435
(dp42436
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam
p42437
sbg6
(g13
g8
NtRp42438
(dp42439
g16
Nsg17
Nsg11
V\u0424\u0430\u0440\u0445\u0430\u0434\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p42440
sbg6
(g13
g8
NtRp42441
(dp42442
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p42443
sbg6
(g13
g8
NtRp42444
(dp42445
g16
Nsg17
Nsg11
VConcrete gravity-arch dam
p42446
sbg6
(g13
g8
NtRp42447
(dp42448
g16
Nsg17
g27
sg11
V0.45
p42449
sbNg6
(g7
g8
NtRp42450
(dp42451
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam__Lake__1
p42452
sbNNg6
(g13
g8
NtRp42453
(dp42454
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya
p42455
sbg6
(g13
g8
NtRp42456
(dp42457
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42458
(dp42459
g16
Nsg17
Nsg11
VTajikistan
p42460
sbg6
(g13
g8
NtRp42461
(dp42462
g16
Nsg17
Nsg11
VThe Farkhad Dam (Russian: \u0424\u0430\u0440\u0445\u0430\u0434\u0441\u043a\u0430\u044f \u0413\u042d\u0421) (also known as Dam-16) is a hydroelectric and irrigation dam on the Spitamen in Sughd Province, Tajikistan. It is a part of the Naryn-Syr Darya Cascade. The dam is located on the territory of Tajikistan and controlled by Tajikistan, while the Farkhad hydropower station, operated by .
p42463
sbg6
(g13
g8
NtRp42464
(dp42465
g16
Nsg17
Nsg11
VPOINT(69.161392211914 40.221942901611)
p42466
sbtp42467
a(g6
(g7
g8
NtRp42468
(dp42469
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam
p42470
sbg6
(g13
g8
NtRp42471
(dp42472
g16
Nsg17
Nsg11
V\u0424\u0430\u0440\u0445\u0430\u0434\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p42473
sbg6
(g13
g8
NtRp42474
(dp42475
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p42476
sbg6
(g13
g8
NtRp42477
(dp42478
g16
Nsg17
Nsg11
VConcrete gravity-arch dam
p42479
sbg6
(g13
g8
NtRp42480
(dp42481
g16
Nsg17
g27
sg11
V0.45
p42482
sbNg6
(g7
g8
NtRp42483
(dp42484
g11
Vhttp://dbpedia.org/resource/Farkhad_Dam__Lake__1
p42485
sbNNg6
(g13
g8
NtRp42486
(dp42487
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya
p42488
sbg6
(g13
g8
NtRp42489
(dp42490
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42491
(dp42492
g16
Nsg17
Nsg11
VTajikistan
p42493
sbg6
(g13
g8
NtRp42494
(dp42495
g16
Nsg17
Nsg11
VThe Farkhad Dam (Russian: \u0424\u0430\u0440\u0445\u0430\u0434\u0441\u043a\u0430\u044f \u0413\u042d\u0421) (also known as Dam-16) is a hydroelectric and irrigation dam on the Spitamen in Sughd Province, Tajikistan. It is a part of the Naryn-Syr Darya Cascade. The dam is located on the territory of Tajikistan and controlled by Tajikistan, while the Farkhad hydropower station, operated by .
p42496
sbg6
(g13
g8
NtRp42497
(dp42498
g16
Nsg17
Nsg11
VPOINT(69.161392211914 40.221942901611)
p42499
sbtp42500
a(g6
(g7
g8
NtRp42501
(dp42502
g11
Vhttp://dbpedia.org/resource/Farwan_dam
p42503
sbg6
(g13
g8
NtRp42504
(dp42505
g16
Nsg17
Nsg11
V\u0633\u062f \u0641\u0631\u0648\u0627\u0646
p42506
sbg6
(g13
g8
NtRp42507
(dp42508
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p42509
sbNNNNg6
(g13
g8
NtRp42510
(dp42511
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p42512
sbg6
(g13
g8
NtRp42513
(dp42514
g16
Nsg17
Nsg11
VFlood control
p42515
sbNNNg6
(g13
g8
NtRp42516
(dp42517
g16
Nsg17
Nsg11
VSaudi Arabia
p42518
sbg6
(g13
g8
NtRp42519
(dp42520
g16
Nsg17
Nsg11
VThe Farwan dam is a dam in Saudi Arabia opened in 1984 and located in Asir region. The main purpose of the dam is flood control.
p42521
sbg6
(g13
g8
NtRp42522
(dp42523
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p42524
sbtp42525
a(g6
(g7
g8
NtRp42526
(dp42527
g11
Vhttp://dbpedia.org/resource/Farwan_dam
p42528
sbg6
(g13
g8
NtRp42529
(dp42530
g16
Nsg17
Nsg11
VFarwan dam
p42531
sbg6
(g13
g8
NtRp42532
(dp42533
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p42534
sbNNNNg6
(g13
g8
NtRp42535
(dp42536
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p42537
sbg6
(g13
g8
NtRp42538
(dp42539
g16
Nsg17
Nsg11
VFlood control
p42540
sbNNNg6
(g13
g8
NtRp42541
(dp42542
g16
Nsg17
Nsg11
VSaudi Arabia
p42543
sbg6
(g13
g8
NtRp42544
(dp42545
g16
Nsg17
Nsg11
VThe Farwan dam is a dam in Saudi Arabia opened in 1984 and located in Asir region. The main purpose of the dam is flood control.
p42546
sbg6
(g13
g8
NtRp42547
(dp42548
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p42549
sbtp42550
a(g6
(g7
g8
NtRp42551
(dp42552
g11
Vhttp://dbpedia.org/resource/Fengman_Dam
p42553
sbg6
(g13
g8
NtRp42554
(dp42555
g16
Nsg17
Nsg11
VFengman Dam
p42556
sbg6
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Nsg17
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Vhttp://dbpedia.org/resource/China
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NtRp42560
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Nsg11
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p42562
sbg6
(g13
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NtRp42563
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g16
Nsg17
g27
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V1.08
p42565
sbNg6
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NtRp42566
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p42568
sbNNg6
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g8
NtRp42569
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Nsg17
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p42571
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Nsg11
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p42574
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NtRp42575
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Nsg17
Nsg11
VChina
p42577
sbg6
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NtRp42578
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Nsg17
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p42580
sbg6
(g13
g8
NtRp42581
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g16
Nsg17
Nsg11
VPOINT(126.6886138916 43.719444274902)
p42583
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p42587
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NtRp42588
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Nsg17
Nsg11
VFengman-Talsperre
p42590
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NtRp42591
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p42593
sbg6
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NtRp42594
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g16
Nsg17
Nsg11
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p42596
sbg6
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NtRp42597
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g16
Nsg17
g27
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V1.08
p42599
sbNg6
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NtRp42600
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p42602
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NtRp42603
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Second_Songhua_River
p42605
sbg6
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NtRp42606
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Nsg17
Nsg11
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p42608
sbNg6
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NtRp42609
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g16
Nsg17
Nsg11
VChina
p42611
sbg6
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NtRp42612
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Nsg17
Nsg11
VThe Fengman Dam is a concrete gravity dam 20 km (12 mi) from Jilin City on the Second Songhua River in Jilin Province, China. The main purposes of the dam are hydroelectric power generation and flood control. Construction of the dam began in 1937 and was complete in 1953. The dam is owned and operated by Northeast China Grid Company Limited. A new dam was completed in 2019, and the old dam will be dismantled, except for a small section preserved for historical interest (see ).
p42614
sbg6
(g13
g8
NtRp42615
(dp42616
g16
Nsg17
Nsg11
VPOINT(126.6886138916 43.719444274902)
p42617
sbtp42618
a(g6
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g8
NtRp42619
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p42621
sbg6
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NtRp42622
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Nsg17
Nsg11
V\u8c4a\u6e80\u6c34\u529b\u767a\u96fb\u6240
p42624
sbg6
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NtRp42625
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p42627
sbg6
(g13
g8
NtRp42628
(dp42629
g16
Nsg17
Nsg11
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p42630
sbg6
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NtRp42631
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g16
Nsg17
g27
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V1.08
p42633
sbNg6
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NtRp42634
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Vhttp://dbpedia.org/resource/Fengman_Dam__Lake__1
p42636
sbNNg6
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NtRp42637
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g16
Nsg17
Nsg11
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p42639
sbg6
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g8
NtRp42640
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g16
Nsg17
Nsg11
VIn use
p42642
sbNg6
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g8
NtRp42643
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g16
Nsg17
Nsg11
VChina
p42645
sbg6
(g13
g8
NtRp42646
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Nsg17
Nsg11
VThe Fengman Dam is a concrete gravity dam 20 km (12 mi) from Jilin City on the Second Songhua River in Jilin Province, China. The main purposes of the dam are hydroelectric power generation and flood control. Construction of the dam began in 1937 and was complete in 1953. The dam is owned and operated by Northeast China Grid Company Limited. A new dam was completed in 2019, and the old dam will be dismantled, except for a small section preserved for historical interest (see ).
p42648
sbg6
(g13
g8
NtRp42649
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g16
Nsg17
Nsg11
VPOINT(126.6886138916 43.719444274902)
p42651
sbtp42652
a(g6
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g8
NtRp42653
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p42655
sbg6
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NtRp42656
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Nsg17
Nsg11
V\u4e30\u6ee1\u6c34\u7535\u7ad9
p42658
sbg6
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NtRp42659
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p42661
sbg6
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g8
NtRp42662
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g16
Nsg17
Nsg11
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p42664
sbg6
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NtRp42665
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g16
Nsg17
g27
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V1.08
p42667
sbNg6
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g8
NtRp42668
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p42670
sbNNg6
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g8
NtRp42671
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Second_Songhua_River
p42673
sbg6
(g13
g8
NtRp42674
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g16
Nsg17
Nsg11
VIn use
p42676
sbNg6
(g13
g8
NtRp42677
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g16
Nsg17
Nsg11
VChina
p42679
sbg6
(g13
g8
NtRp42680
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Nsg17
Nsg11
VThe Fengman Dam is a concrete gravity dam 20 km (12 mi) from Jilin City on the Second Songhua River in Jilin Province, China. The main purposes of the dam are hydroelectric power generation and flood control. Construction of the dam began in 1937 and was complete in 1953. The dam is owned and operated by Northeast China Grid Company Limited. A new dam was completed in 2019, and the old dam will be dismantled, except for a small section preserved for historical interest (see ).
p42682
sbg6
(g13
g8
NtRp42683
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g16
Nsg17
Nsg11
VPOINT(126.6886138916 43.719444274902)
p42685
sbtp42686
a(g6
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g8
NtRp42687
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p42689
sbg6
(g13
g8
NtRp42690
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Nsg17
Nsg11
V\u0413\u0415\u0421 \u0424\u0438\u043d\u043c\u0430\u043d\u044c
p42692
sbg6
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g8
NtRp42693
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p42695
sbg6
(g13
g8
NtRp42696
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g16
Nsg17
Nsg11
VGravity
p42698
sbg6
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g8
NtRp42699
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g16
Nsg17
g27
sg11
V1.08
p42701
sbNg6
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g8
NtRp42702
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Vhttp://dbpedia.org/resource/Fengman_Dam__Lake__1
p42704
sbNNg6
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NtRp42705
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Second_Songhua_River
p42707
sbg6
(g13
g8
NtRp42708
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Nsg17
Nsg11
VIn use
p42710
sbNg6
(g13
g8
NtRp42711
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g16
Nsg17
Nsg11
VChina
p42713
sbg6
(g13
g8
NtRp42714
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g16
Nsg17
Nsg11
VThe Fengman Dam is a concrete gravity dam 20 km (12 mi) from Jilin City on the Second Songhua River in Jilin Province, China. The main purposes of the dam are hydroelectric power generation and flood control. Construction of the dam began in 1937 and was complete in 1953. The dam is owned and operated by Northeast China Grid Company Limited. A new dam was completed in 2019, and the old dam will be dismantled, except for a small section preserved for historical interest (see ).
p42716
sbg6
(g13
g8
NtRp42717
(dp42718
g16
Nsg17
Nsg11
VPOINT(126.6886138916 43.719444274902)
p42719
sbtp42720
a(g6
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g8
NtRp42721
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g11
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p42723
sbg6
(g13
g8
NtRp42724
(dp42725
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Fengning
p42726
sbg6
(g13
g8
NtRp42727
(dp42728
g16
Nsg17
Nsg11
VChina
p42729
sbNNNg6
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g8
NtRp42730
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g11
Vhttp://dbpedia.org/resource/Fengning_Pumped_Storage_Power_Station__Lake__1
p42732
sbNNNg6
(g13
g8
NtRp42733
(dp42734
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp42735
(dp42736
g16
Nsg17
Nsg11
VThe Fengning Pumped Storage Power Station is a pumped-storage hydroelectric power station about 145 km (90 mi) northwest of Chengde in Fengning Manchu Autonomous County of Hebei Province, China. Construction on the power station began in June 2013 and the first generator was commissioned in 2019, the last in 2021. Project cost was US$1.87 billion. On 1 April 2014 Gezhouba Group was awarded the main contract to build the power station. It will be constructed in two 1,800 MW phases. It was completed in late 2021, and became the largest pumped-storage power station in the world with an installed capacity of 3,600 MW.
p42737
sbg6
(g13
g8
NtRp42738
(dp42739
g16
Nsg17
Nsg11
VPOINT(116.52878570557 41.666210174561)
p42740
sbtp42741
a(g6
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g8
NtRp42742
(dp42743
g11
Vhttp://dbpedia.org/resource/Fengning_Pumped_Storage_Power_Station
p42744
sbg6
(g13
g8
NtRp42745
(dp42746
g16
Nsg17
Nsg11
VFengning Pumped Storage Power Station
p42747
sbg6
(g13
g8
NtRp42748
(dp42749
g16
Nsg17
Nsg11
VChina
p42750
sbNNNg6
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g8
NtRp42751
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p42753
sbNNNg6
(g13
g8
NtRp42754
(dp42755
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp42756
(dp42757
g16
Nsg17
Nsg11
VThe Fengning Pumped Storage Power Station is a pumped-storage hydroelectric power station about 145 km (90 mi) northwest of Chengde in Fengning Manchu Autonomous County of Hebei Province, China. Construction on the power station began in June 2013 and the first generator was commissioned in 2019, the last in 2021. Project cost was US$1.87 billion. On 1 April 2014 Gezhouba Group was awarded the main contract to build the power station. It will be constructed in two 1,800 MW phases. It was completed in late 2021, and became the largest pumped-storage power station in the world with an installed capacity of 3,600 MW.
p42758
sbg6
(g13
g8
NtRp42759
(dp42760
g16
Nsg17
Nsg11
VPOINT(116.52878570557 41.666210174561)
p42761
sbtp42762
a(g6
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g8
NtRp42763
(dp42764
g11
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p42765
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(g13
g8
NtRp42766
(dp42767
g16
Nsg17
Nsg11
VFengshuba Dam
p42768
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(g13
g8
NtRp42769
(dp42770
g16
Nsg17
Nsg11
VChina
p42771
sbg6
(g13
g8
NtRp42772
(dp42773
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Nsg17
Nsg11
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p42774
sbg6
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g8
NtRp42775
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g16
Nsg17
g27
sg11
V0.4
p42777
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g8
NtRp42778
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g11
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p42780
sbNNg6
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NtRp42781
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dong_River_(China)
p42783
sbg6
(g13
g8
NtRp42784
(dp42785
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42786
(dp42787
g16
Nsg17
Nsg11
VChina
p42788
sbg6
(g13
g8
NtRp42789
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Nsg17
Nsg11
VThe Fengshuba Dam is a concrete gravity dam on the Dong River in Longchuan County, Guangdong Province, China. The primary purpose of the dam is hydroelectric power generation and it has an installed capacity of 150 MW. Construction on the dam began in May 1970, the first generator was operational in December 1973 and the second in November 1974. The 95.4 m (313 ft) tall dam withholds a reservoir of 1,932,000,000 m3 (1,566,298 acre\u22c5ft).
p42791
sbg6
(g13
g8
NtRp42792
(dp42793
g16
Nsg17
Nsg11
VPOINT(115.36000061035 24.411945343018)
p42794
sbtp42795
a(g6
(g7
g8
NtRp42796
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g11
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p42798
sbg6
(g13
g8
NtRp42799
(dp42800
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 F\u0113ngshùbà
p42801
sbg6
(g13
g8
NtRp42802
(dp42803
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Nsg17
Nsg11
VChina
p42804
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(g13
g8
NtRp42805
(dp42806
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Nsg17
Nsg11
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p42807
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g8
NtRp42808
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g16
Nsg17
g27
sg11
V0.4
p42810
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g8
NtRp42811
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g11
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p42813
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g8
NtRp42814
(dp42815
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dong_River_(China)
p42816
sbg6
(g13
g8
NtRp42817
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp42819
(dp42820
g16
Nsg17
Nsg11
VChina
p42821
sbg6
(g13
g8
NtRp42822
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Nsg17
Nsg11
VThe Fengshuba Dam is a concrete gravity dam on the Dong River in Longchuan County, Guangdong Province, China. The primary purpose of the dam is hydroelectric power generation and it has an installed capacity of 150 MW. Construction on the dam began in May 1970, the first generator was operational in December 1973 and the second in November 1974. The 95.4 m (313 ft) tall dam withholds a reservoir of 1,932,000,000 m3 (1,566,298 acre\u22c5ft).
p42824
sbg6
(g13
g8
NtRp42825
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g16
Nsg17
Nsg11
VPOINT(115.36000061035 24.411945343018)
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g8
NtRp42829
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p42831
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NtRp42832
(dp42833
g16
Nsg17
Nsg11
VFengtan Dam
p42834
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(g13
g8
NtRp42835
(dp42836
g16
Nsg17
Nsg11
VChina
p42837
sbg6
(g13
g8
NtRp42838
(dp42839
g16
Nsg17
Nsg11
VArch-gravity
p42840
sbg6
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g8
NtRp42841
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g16
Nsg17
g27
sg11
V0.488
p42843
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NtRp42844
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Nsg17
g27
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V211.5
p42846
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NtRp42847
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p42849
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Nsg17
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p42852
sbg6
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g8
NtRp42853
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g16
Nsg17
Nsg11
VO
sbNg6
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NtRp42855
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g16
Nsg17
Nsg11
VChina
p42857
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NtRp42858
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Nsg17
Nsg11
VThe Fengtan Dam is an arch-gravity dam on the , located 48 km (30 mi) southeast of Zhangjiajie in Hunan Province, China. The purpose of the multi-purpose dam is flood control, irrigation, power generation and navigation. The dam has a power station with an installed capacity of 800 MW and provides water for the irrigation of 44 km2 (17 sq mi). Construction on the dam began in 1970 and the first generator was operational in 1978. All four of the original generators were operational by 1979. A power plant expansion project began in 2001 and in 2004 two additional 200 MW generators were commissioned.
p42860
sbg6
(g13
g8
NtRp42861
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g16
Nsg17
Nsg11
VPOINT(110.27416992188 28.719722747803)
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p42867
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(g13
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NtRp42868
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Fèngt\u0101n
p42870
sbg6
(g13
g8
NtRp42871
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Nsg17
Nsg11
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p42873
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g8
NtRp42874
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Nsg17
Nsg11
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p42876
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NtRp42877
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Nsg17
g27
sg11
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p42879
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g8
NtRp42880
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Nsg17
g27
sg11
V211.5
p42882
sbg6
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p42885
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NtRp42886
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Nsg17
Nsg11
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p42888
sbg6
(g13
g8
NtRp42889
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp42891
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g16
Nsg17
Nsg11
VChina
p42893
sbg6
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g8
NtRp42894
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Nsg17
Nsg11
VThe Fengtan Dam is an arch-gravity dam on the , located 48 km (30 mi) southeast of Zhangjiajie in Hunan Province, China. The purpose of the multi-purpose dam is flood control, irrigation, power generation and navigation. The dam has a power station with an installed capacity of 800 MW and provides water for the irrigation of 44 km2 (17 sq mi). Construction on the dam began in 1970 and the first generator was operational in 1978. All four of the original generators were operational by 1979. A power plant expansion project began in 2001 and in 2004 two additional 200 MW generators were commissioned.
p42896
sbg6
(g13
g8
NtRp42897
(dp42898
g16
Nsg17
Nsg11
VPOINT(110.27416992188 28.719722747803)
p42899
sbtp42900
a(g6
(g7
g8
NtRp42901
(dp42902
g11
Vhttp://dbpedia.org/resource/Ffestiniog_Power_Station
p42903
sbg6
(g13
g8
NtRp42904
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g16
Nsg17
Nsg11
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p42906
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g8
NtRp42907
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Nsg17
Nsg11
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p42909
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g8
NtRp42910
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VThe Ffestiniog Power Station is a 360 megawatts pumped-storage hydroelectricity scheme near Ffestiniog, in Gwynedd, north-west Wales. The power station at the lower reservoir has four water turbines, which can generate 360 MW of electricity within 60 seconds of the need arising. The scheme has a storage capacity of around 1.44 GWh (5.2 TJ) at maximum output for four hours, and the capacity to power the whole of North Wales for several hours.
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VThe Ffestiniog Power Station is a 360 megawatts pumped-storage hydroelectricity scheme near Ffestiniog, in Gwynedd, north-west Wales. The power station at the lower reservoir has four water turbines, which can generate 360 MW of electricity within 60 seconds of the need arising. The scheme has a storage capacity of around 1.44 GWh (5.2 TJ) at maximum output for four hours, and the capacity to power the whole of North Wales for several hours.
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VThe Ffestiniog Power Station is a 360 megawatts pumped-storage hydroelectricity scheme near Ffestiniog, in Gwynedd, north-west Wales. The power station at the lower reservoir has four water turbines, which can generate 360 MW of electricity within 60 seconds of the need arising. The scheme has a storage capacity of around 1.44 GWh (5.2 TJ) at maximum output for four hours, and the capacity to power the whole of North Wales for several hours.
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VThe Ffestiniog Power Station is a 360 megawatts pumped-storage hydroelectricity scheme near Ffestiniog, in Gwynedd, north-west Wales. The power station at the lower reservoir has four water turbines, which can generate 360 MW of electricity within 60 seconds of the need arising. The scheme has a storage capacity of around 1.44 GWh (5.2 TJ) at maximum output for four hours, and the capacity to power the whole of North Wales for several hours.
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VIndustrial and domestic
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VFika-Patso Dam is a combined earth-fill/rock-fill type dam located on the Namahadi River, the uppermost section of the Elands River, a tributary of the Wilge River. It is located near Phuthaditjhaba, Free State, South Africa. It was established in 1986 and its primary purpose is water for domestic and industrial usage.
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VThe Finndøla Power Station is a hydroelectric power station located in Fyresdal, Vestfold og Telemark, Norway. It operates at an installed capacity of 108 MW, with an average annual production of about 254 GW·h.
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VThe Finndøla Power Station is a hydroelectric power station located in Fyresdal, Vestfold og Telemark, Norway. It operates at an installed capacity of 108 MW, with an average annual production of about 254 GW·h.
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VThe Finndøla Power Station is a hydroelectric power station located in Fyresdal, Vestfold og Telemark, Norway. It operates at an installed capacity of 108 MW, with an average annual production of about 254 GW·h.
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VThe Fisher Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia.
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VAustralia
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VFitzroy Falls Dam in New South Wales, Australia, is part of the Shoalhaven Scheme, completed in 1974. It consists of four separate earth and rockfill embankments located on the Yarrunga Creek upstream of Fitzroy Falls and about 16 kilometres (9.9 mi) southeast of Moss Vale. The main embankment of 760 cubic metres (27,000 cu ft) is 14 metres (46 ft) high and 1,530 metres (5,020 ft) in length. At 100% capacity, the dam wall holds back approximately 9,950 megalitres (351×106 cu ft) of water, creating the impounded Fitzroy Falls Reservoir, which has a surface area of 522 hectares (1,290 acres), drawn from a catchment area of 31 square kilometres (12 sq mi). The spillway has a discharge capacity of 516 cubic metres per second (18,200 cu ft/s).
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VThe Fitzroy River Barrage is a mid-river dam system constructed on the Fitzroy River in Rockhampton, Queensland, Australia which separates the tidal river into saltwater and freshwater sections. It was designed to dam the river, enabling a permanent water supply to be stored for the city and its surrounding communities as well as providing an agricultural water supply for registered rural users.
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VFlorence Lake Dam
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VUnited States
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VFlorence Lake Dam is a concrete multiple-arch dam on the South Fork of the San Joaquin River, in Fresno County, California in the United States. The 171-foot (52 m) high dam was designed by John S. Eastwood and completed in 1926 (two years after Eastwood's death) as part of the Big Creek Hydroelectric Project, an extensive hydroelectric system in the central Sierra Nevada. Its reservoir, Florence Lake, provides for water diversion to Huntington Lake and Big Creek Powerhouses Nos. 1\u20133 via the 13-mile (21 km) Ward Tunnel.
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VTalsperre Florentino Ameghino
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VThe Florentino Ameghino Dam (Dique Florentino Ameghino) is a gravity dam in Chubut Province, Patagonia, Argentina, 140 kilometres (87 mi) west of the city of Trelew. The dam also protects the towns in the lower Chubut River valley from flooding. The Florentino Ameghino is located on the Chubut River, which originates from snowmelt in the Andes. Work began on the dam in 1943, led by the engineer Antonio Pronsato; the dam was inaugurated in 1963. The dam has two Francis turbines of 23.4 megawatts (31,400 hp) each. The dam is currently operated by Hidroeléctrica Ameghino.
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VArgentina
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VThe Florentino Ameghino Dam (Dique Florentino Ameghino) is a gravity dam in Chubut Province, Patagonia, Argentina, 140 kilometres (87 mi) west of the city of Trelew. The dam also protects the towns in the lower Chubut River valley from flooding. The Florentino Ameghino is located on the Chubut River, which originates from snowmelt in the Andes. Work began on the dam in 1943, led by the engineer Antonio Pronsato; the dam was inaugurated in 1963. The dam has two Francis turbines of 23.4 megawatts (31,400 hp) each. The dam is currently operated by Hidroeléctrica Ameghino.
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VThe Florentino Ameghino Dam (Dique Florentino Ameghino) is a gravity dam in Chubut Province, Patagonia, Argentina, 140 kilometres (87 mi) west of the city of Trelew. The dam also protects the towns in the lower Chubut River valley from flooding. The Florentino Ameghino is located on the Chubut River, which originates from snowmelt in the Andes. Work began on the dam in 1943, led by the engineer Antonio Pronsato; the dam was inaugurated in 1963. The dam has two Francis turbines of 23.4 megawatts (31,400 hp) each. The dam is currently operated by Hidroeléctrica Ameghino.
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VThe Florentino Ameghino Dam (Dique Florentino Ameghino) is a gravity dam in Chubut Province, Patagonia, Argentina, 140 kilometres (87 mi) west of the city of Trelew. The dam also protects the towns in the lower Chubut River valley from flooding. The Florentino Ameghino is located on the Chubut River, which originates from snowmelt in the Andes. Work began on the dam in 1943, led by the engineer Antonio Pronsato; the dam was inaugurated in 1963. The dam has two Francis turbines of 23.4 megawatts (31,400 hp) each. The dam is currently operated by Hidroeléctrica Ameghino.
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VThe Flørli Power Station is a hydroelectric power station located on the shores of Lysefjord in the municipality Sandnes in Rogaland, Norway. The station was built in 1918 as the first in Lysefjord, from where it delivered power to Stavanger. The turbine hall was built in 1917 in Jugendstil, it is 80 m long, 9 m wide and stands 12 m tall. The water was supplied via two penstocks along which were built a cabled railway and a wooden stairway with 4,444 steps. \u000a* One penstock and one rail of the cabled railway from the old power station \u000a* Front view of the old power station \u000a*
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VThe Flørli Power Station is a hydroelectric power station located on the shores of Lysefjord in the municipality Sandnes in Rogaland, Norway. The station was built in 1918 as the first in Lysefjord, from where it delivered power to Stavanger. The turbine hall was built in 1917 in Jugendstil, it is 80 m long, 9 m wide and stands 12 m tall. The water was supplied via two penstocks along which were built a cabled railway and a wooden stairway with 4,444 steps. \u000a* One penstock and one rail of the cabled railway from the old power station \u000a* Front view of the old power station \u000a*
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VThe Ford Lake Dam (originally known as the Rawsonville Dam and sometimes referred to as the Hydro Dam) is an earthen, multi-arch hydroelectric gravity dam and powerhouse crossing the Huron River in Ypsilanti Charter Township in Washtenaw County in the U.S. state of Michigan. The dam was constructed in 1931\u20131932 and created the Ford Lake reservoir at 975 acres (395 ha).
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Old power station of Saint-Narcisse is a former hydroelectric power station which was in operation from 1897 to 1928 located on the Batiscan River in Saint-Narcisse. It was built by the company North Shore Power in order to light the streets of Trois-Rivières. Its construction also required the construction of the first high voltage line in Canada. It was replaced in 1928 by the and today only the dam, the annex to the power station built in 1904, and the water pipes remain. It was classified in 1963. The annex was also classified the same year.
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VThe Fort Gibson Dam is a gravity dam on the Grand (Neosho) River in Oklahoma, 5.4 mi (9 km) north of the town of Fort Gibson. The dam forms Fort Gibson Lake. The primary purposes of the dam and lake are flood control and hydroelectric power production, although supply of drinking water to local communities, as well as recreation, are additional benefits. The project was authorized by the Flood Control Act of 1941 and construction began the next year. During World War II construction was suspended and it recommenced in May 1946. In June 1949, the river was closed and the entire project was complete in September 1953 with the operation of the last of the power plant's four generators. Rights to construct the project originally belonged to the Grand River Dam Authority, but were seized by the
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VThe Fort Peck Dam is the highest of six major dams along the Missouri River, located in northeast Montana in the United States, near Glasgow, and adjacent to the community of Fort Peck. At 21,026 feet (6,409 m) in length and over 250 feet (76 m) in height, it is the largest hydraulically filled dam in the United States, and creates Fort Peck Lake, the fifth largest artificial lake in the U.S., more than 130 miles (210 km) long, 200 feet (61 m) deep, and it has a 1,520-mile (2,450 km) shoreline which is longer than the state of California's coastline. It lies within the Charles M. Russell National Wildlife Refuge. The dam and the 134-mile-long (216 km) lake are owned and operated by the U.S. Army Corps of Engineers and exist for the purposes of hydroelectric power generation, flood control,
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VFort Randall Dam is a 2.03-mile-long (3 km) earthen dam which spans the Missouri River and impounds Lake Francis Case, the 11th-largest reservoir in the U.S. The dam joins Gregory and Charles Mix counties, South Dakota a distance of 880 river miles (1,416 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed by and are currently operated by the U.S. Army Corps of Engineers.
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VFort Randall Dam is a 2.03-mile-long (3 km) earthen dam which spans the Missouri River and impounds Lake Francis Case, the 11th-largest reservoir in the U.S. The dam joins Gregory and Charles Mix counties, South Dakota a distance of 880 river miles (1,416 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed by and are currently operated by the U.S. Army Corps of Engineers.
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VFort Randall Dam is a 2.03-mile-long (3 km) earthen dam which spans the Missouri River and impounds Lake Francis Case, the 11th-largest reservoir in the U.S. The dam joins Gregory and Charles Mix counties, South Dakota a distance of 880 river miles (1,416 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed by and are currently operated by the U.S. Army Corps of Engineers.
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VFort Randall Dam is a 2.03-mile-long (3 km) earthen dam which spans the Missouri River and impounds Lake Francis Case, the 11th-largest reservoir in the U.S. The dam joins Gregory and Charles Mix counties, South Dakota a distance of 880 river miles (1,416 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed by and are currently operated by the U.S. Army Corps of Engineers.
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VFortun Hydroelectric Power Station
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VThe Fortun Power Station is a hydroelectric power station located in the municipality Luster in Vestland, Norway. The facility operates at an installed capacity of 254 MW. The average annual production is 1,375 GWh.
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VThe Fortun Power Station is a hydroelectric power station located in the municipality Luster in Vestland, Norway. The facility operates at an installed capacity of 254 MW. The average annual production is 1,375 GWh.
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VThe Foum Gleita Dam is an arch dam on the Gorgol River near Foum Gleita in the Gorgol Region of Mauritania. The dam was completed in 1988 with the primary purpose of supplying water for the irrigation of up to 4,000 ha (9,900 acres) of crops. An assessment of the dam's stability, taken out in the year 2004, revealed 19 stability and safety issues, mainly due to deferred maintenance. However, the main dam structure was in a stable condition at that time.
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VThe Foum Gleita Dam is an arch dam on the Gorgol River near Foum Gleita in the Gorgol Region of Mauritania. The dam was completed in 1988 with the primary purpose of supplying water for the irrigation of up to 4,000 ha (9,900 acres) of crops. An assessment of the dam's stability, taken out in the year 2004, revealed 19 stability and safety issues, mainly due to deferred maintenance. However, the main dam structure was in a stable condition at that time.
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VThe Foum Gleita Dam is an arch dam on the Gorgol River near Foum Gleita in the Gorgol Region of Mauritania. The dam was completed in 1988 with the primary purpose of supplying water for the irrigation of up to 4,000 ha (9,900 acres) of crops. An assessment of the dam's stability, taken out in the year 2004, revealed 19 stability and safety issues, mainly due to deferred maintenance. However, the main dam structure was in a stable condition at that time.
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VFresno Dam is a dam on the Milk River, a tributary of the Missouri River, upstream of Havre, Montana. The dam is part of the Milk River Project, owned by the U.S. Bureau of Reclamation. It serves mainly to provide irrigation water and some of its capacity is also reserved for flood control. The dam was built between 1937 and 1939, and raised and overhauled in 1943 and 1951.
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VFriant Dam is a concrete gravity dam on the San Joaquin River in central California in the United States, on the boundary of Fresno and Madera Counties. It was built between 1937 and 1942 as part of a U.S. Bureau of Reclamation (USBR) water project to provide irrigation water to the southern San Joaquin Valley. The dam impounds Millerton Lake, a 4,900-acre (2,000 ha) reservoir about 15 miles (24 km) north of Fresno.
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VTalsperre Friant
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VFriant Dam is a concrete gravity dam on the San Joaquin River in central California in the United States, on the boundary of Fresno and Madera Counties. It was built between 1937 and 1942 as part of a U.S. Bureau of Reclamation (USBR) water project to provide irrigation water to the southern San Joaquin Valley. The dam impounds Millerton Lake, a 4,900-acre (2,000 ha) reservoir about 15 miles (24 km) north of Fresno.
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VFriedenau Dam is a dam in Khomas Region, Namibia. Located 38 kilometres (24 mi) southwest of Windhoek, it dams the Kuiseb River and provides water to nearby Matchless Mine. It has a capacity of 6.723 million cubic metres (8,793,000 cu yd) and was completed in 1972, when the territory was occupied by South Africa.
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VFriedenau Dam is a dam in Khomas Region, Namibia. Located 38 kilometres (24 mi) southwest of Windhoek, it dams the Kuiseb River and provides water to nearby Matchless Mine. It has a capacity of 6.723 million cubic metres (8,793,000 cu yd) and was completed in 1972, when the territory was occupied by South Africa.
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VBarrage Fujinuma
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VThe Fujinuma Dam (\u85e4\u6cbc\u30c0\u30e0, Fujinuma Damu), was an earth-fill embankment dam in Sukagawa City, Fukushima Prefecture, Japan. It was established on the Ebana River, a tributary of the Abukuma River, 16 km (10 mi) west of the city office of Sukagawa City. Construction on the dam commenced in 1937 and it was completed in 1949 after construction was halted due to World War II. The dam's primary purpose was irrigation. It failed on 11 March 2011 after the 2011 T\u014dhoku earthquake.
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VFujinuma Dam
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VThe Fujinuma Dam (\u85e4\u6cbc\u30c0\u30e0, Fujinuma Damu), was an earth-fill embankment dam in Sukagawa City, Fukushima Prefecture, Japan. It was established on the Ebana River, a tributary of the Abukuma River, 16 km (10 mi) west of the city office of Sukagawa City. Construction on the dam commenced in 1937 and it was completed in 1949 after construction was halted due to World War II. The dam's primary purpose was irrigation. It failed on 11 March 2011 after the 2011 T\u014dhoku earthquake.
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VPOINT(140.19471740723 37.301944732666)
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VDiga di Fujinuma
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VThe Fujinuma Dam (\u85e4\u6cbc\u30c0\u30e0, Fujinuma Damu), was an earth-fill embankment dam in Sukagawa City, Fukushima Prefecture, Japan. It was established on the Ebana River, a tributary of the Abukuma River, 16 km (10 mi) west of the city office of Sukagawa City. Construction on the dam commenced in 1937 and it was completed in 1949 after construction was halted due to World War II. The dam's primary purpose was irrigation. It failed on 11 March 2011 after the 2011 T\u014dhoku earthquake.
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VFujinuma-Talsperre
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VThe Fujinuma Dam (\u85e4\u6cbc\u30c0\u30e0, Fujinuma Damu), was an earth-fill embankment dam in Sukagawa City, Fukushima Prefecture, Japan. It was established on the Ebana River, a tributary of the Abukuma River, 16 km (10 mi) west of the city office of Sukagawa City. Construction on the dam commenced in 1937 and it was completed in 1949 after construction was halted due to World War II. The dam's primary purpose was irrigation. It failed on 11 March 2011 after the 2011 T\u014dhoku earthquake.
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VPOINT(140.19471740723 37.301944732666)
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VThe Fujinuma Dam (\u85e4\u6cbc\u30c0\u30e0, Fujinuma Damu), was an earth-fill embankment dam in Sukagawa City, Fukushima Prefecture, Japan. It was established on the Ebana River, a tributary of the Abukuma River, 16 km (10 mi) west of the city office of Sukagawa City. Construction on the dam commenced in 1937 and it was completed in 1949 after construction was halted due to World War II. The dam's primary purpose was irrigation. It failed on 11 March 2011 after the 2011 T\u014dhoku earthquake.
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Nsg11
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VThe Fujinuma Dam (\u85e4\u6cbc\u30c0\u30e0, Fujinuma Damu), was an earth-fill embankment dam in Sukagawa City, Fukushima Prefecture, Japan. It was established on the Ebana River, a tributary of the Abukuma River, 16 km (10 mi) west of the city office of Sukagawa City. Construction on the dam commenced in 1937 and it was completed in 1949 after construction was halted due to World War II. The dam's primary purpose was irrigation. It failed on 11 March 2011 after the 2011 T\u014dhoku earthquake.
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VFujiwara Dam
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Nsg11
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VFujiwara Dam (\u85e4\u539f\u30c0\u30e0) is a gravity dam on the Tone River in Gunma Prefecture of Japan. It is located 14 km (9 mi) north of Minakami. It was constructed between 1951 and 1957. The dam itself supports a single Francis turbine hydroelectric generator with a 23 MW capacity which was commissioned in 1957. The reservoir created by the dam serves as the lower reservoir for the 1,200 Tamahara Pumped Storage Power Station which was commissioned in 1986. The dam is 95 m (312 ft) high and withholds a reservoir with a 52,490,000 m3 (42,554 acre\u22c5ft) storage capacity.
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Nsg17
Nsg11
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Nsg17
Nsg11
VConcrete gravity
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Nsg11
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Nsg17
Nsg11
VFujiwara Dam (\u85e4\u539f\u30c0\u30e0) is a gravity dam on the Tone River in Gunma Prefecture of Japan. It is located 14 km (9 mi) north of Minakami. It was constructed between 1951 and 1957. The dam itself supports a single Francis turbine hydroelectric generator with a 23 MW capacity which was commissioned in 1957. The reservoir created by the dam serves as the lower reservoir for the 1,200 Tamahara Pumped Storage Power Station which was commissioned in 1986. The dam is 95 m (312 ft) high and withholds a reservoir with a 52,490,000 m3 (42,554 acre\u22c5ft) storage capacity.
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sbg6
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NtRp44616
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VPOINT(139.03666687012 36.804443359375)
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NtRp44620
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p44622
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g8
NtRp44623
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Nsg17
Nsg11
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p44625
sbg6
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g8
NtRp44626
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g16
Nsg17
Nsg11
VJapan
p44628
sbg6
(g13
g8
NtRp44629
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g16
Nsg17
Nsg11
VConcrete gravity
p44631
sbg6
(g13
g8
NtRp44632
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g16
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g27
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p44634
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p44640
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g8
NtRp44641
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Nsg17
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p44643
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Nsg17
Nsg11
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sbg6
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NtRp44646
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g16
Nsg17
g27
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p44648
sbg6
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g8
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p44651
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Nsg17
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VFujiwara Dam (\u85e4\u539f\u30c0\u30e0) is a gravity dam on the Tone River in Gunma Prefecture of Japan. It is located 14 km (9 mi) north of Minakami. It was constructed between 1951 and 1957. The dam itself supports a single Francis turbine hydroelectric generator with a 23 MW capacity which was commissioned in 1957. The reservoir created by the dam serves as the lower reservoir for the 1,200 Tamahara Pumped Storage Power Station which was commissioned in 1986. The dam is 95 m (312 ft) high and withholds a reservoir with a 52,490,000 m3 (42,554 acre\u22c5ft) storage capacity.
p44654
sbg6
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VPOINT(139.03666687012 36.804443359375)
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p44661
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VFukashiro Dam
p44664
sbg6
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g8
NtRp44665
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Nsg17
Nsg11
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g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp44679
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g16
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g27
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V200000.0
p44681
sbg6
(g13
g8
NtRp44682
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g16
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p44684
sbg6
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g8
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VThe Fukashiro Dam is a gravity dam in the Sagami River system, located 11 km (7 mi) north of \u014ctsuki in Yamanashi Prefecture, Japan. The purpose of the dam is flood control and water supply. Plans for the dam were drawn up in 1978 and construction on the diversion tunnels began in 1996. The dam reached its height in 2001 and in 2003, the reservoir began to fill. By 2004, the entire dam was complete. It is 87 m (285 ft) tall and 164 m (538 ft) long at the crest. The dam's main spillway consists of five free overflow openings with a 790 m3/s (27,899 cu ft/s) discharge capacity. To handle additional discharges, there are two additional openings on the dam's orifice and two jet flow openings as part of the outlet works.
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g8
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g8
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g16
Nsg17
Nsg11
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p44700
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p44706
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p44709
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p44714
sbg6
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p44717
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VThe Fukashiro Dam is a gravity dam in the Sagami River system, located 11 km (7 mi) north of \u014ctsuki in Yamanashi Prefecture, Japan. The purpose of the dam is flood control and water supply. Plans for the dam were drawn up in 1978 and construction on the diversion tunnels began in 1996. The dam reached its height in 2001 and in 2003, the reservoir began to fill. By 2004, the entire dam was complete. It is 87 m (285 ft) tall and 164 m (538 ft) long at the crest. The dam's main spillway consists of five free overflow openings with a 790 m3/s (27,899 cu ft/s) discharge capacity. To handle additional discharges, there are two additional openings on the dam's orifice and two jet flow openings as part of the outlet works.
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sbg6
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VPOINT(138.94833374023 35.707778930664)
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p44727
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VFukuji Dam
p44730
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g8
NtRp44731
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g16
Nsg17
Nsg11
VJapan
p44733
sbg6
(g13
g8
NtRp44734
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g16
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VEmbankment, rock-fill
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p44742
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p44745
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sbg6
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g8
NtRp44748
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g16
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sg11
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p44750
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g8
NtRp44751
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Nsg17
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VThe Fukuji Dam (\u798f\u5730\u30c0\u30e0) or Fukuchi Dam is a rock-fill embankment dam on the Fukuchi River 2.5 km (2 mi) northeast of Higashi, Okinawa Prefecture, Japan. The purpose of the dam, the tallest in Okinawa, is water supply and flood control.
p44753
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VPOINT(128.17416381836 26.647499084473)
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p44763
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g8
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VJapan
p44766
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VEmbankment, rock-fill
p44769
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g8
NtRp44770
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V0.26
p44772
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g8
NtRp44773
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g16
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g27
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V90.0
p44775
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g8
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Vhttp://dbpedia.org/resource/Fukuji_Dam__Lake__1
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp44781
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g16
Nsg17
g27
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V1.622e+06
p44783
sbNg6
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VThe Fukuji Dam (\u798f\u5730\u30c0\u30e0) or Fukuchi Dam is a rock-fill embankment dam on the Fukuchi River 2.5 km (2 mi) northeast of Higashi, Okinawa Prefecture, Japan. The purpose of the dam, the tallest in Okinawa, is water supply and flood control.
p44786
sbg6
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g16
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VPOINT(128.17416381836 26.647499084473)
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Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44793
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V\u0645\u062d\u0637\u0629 \u0641\u0648\u0643\u0648\u0634\u064a\u0645\u0627 \u0627\u0644\u0646\u0648\u0648\u064a\u0629 \u0627\u0644\u0623\u0648\u0644\u0649 \u0644\u062a\u0648\u0644\u064a\u062f \u0627\u0644\u0637\u0627\u0642\u0629
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p44799
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44802
sbg6
(g13
g8
NtRp44803
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g16
Nsg17
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VPOINT(141.03305053711 37.423053741455)
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Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44809
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g8
NtRp44810
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Nsg17
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VCentral nuclear de Fukushima Dai-ichi
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p44815
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44818
sbg6
(g13
g8
NtRp44819
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g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
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g8
NtRp44823
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Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44825
sbg6
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g8
NtRp44826
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Nsg17
Nsg11
VJaderná elektrárna Fuku\u0161ima I
p44828
sbg6
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g8
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Nsg11
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p44831
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44834
sbg6
(g13
g8
NtRp44835
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g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
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p44841
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Nsg17
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VKernkraftwerk Fukushima Daiichi
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Nsg17
Nsg11
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p44847
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44850
sbg6
(g13
g8
NtRp44851
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g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
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VFukushima Daiichi Nuclear Power Plant
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p44863
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44866
sbg6
(g13
g8
NtRp44867
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g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
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g8
NtRp44874
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Nsg17
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VNuklea centralo Fuku\u015dima 1
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NtRp44877
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Nsg17
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p44879
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NtRp44880
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44882
sbg6
(g13
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NtRp44883
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g16
Nsg17
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VPOINT(141.03305053711 37.423053741455)
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p44889
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NtRp44890
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Nsg17
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VCentral nuclear Fukushima I
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44898
sbg6
(g13
g8
NtRp44899
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g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
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Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44905
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NtRp44906
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Nsg17
Nsg11
VFukushima I zentral nuklearra
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Nsg17
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VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44914
sbg6
(g13
g8
NtRp44915
(dp44916
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p44917
sbtp44918
a(g6
(g7
g8
NtRp44919
(dp44920
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44921
sbg6
(g13
g8
NtRp44922
(dp44923
g16
Nsg17
Nsg11
VPembangkit Listrik Tenaga Nuklir Fukushima I
p44924
sbg6
(g13
g8
NtRp44925
(dp44926
g16
Nsg17
Nsg11
VJapan
p44927
sbNNNNNNNNNNg6
(g13
g8
NtRp44928
(dp44929
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44930
sbg6
(g13
g8
NtRp44931
(dp44932
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p44933
sbtp44934
a(g6
(g7
g8
NtRp44935
(dp44936
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44937
sbg6
(g13
g8
NtRp44938
(dp44939
g16
Nsg17
Nsg11
VCentrale nucléaire de Fukushima Daiichi
p44940
sbg6
(g13
g8
NtRp44941
(dp44942
g16
Nsg17
Nsg11
VJapan
p44943
sbNNNNNNNNNNg6
(g13
g8
NtRp44944
(dp44945
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44946
sbg6
(g13
g8
NtRp44947
(dp44948
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p44949
sbtp44950
a(g6
(g7
g8
NtRp44951
(dp44952
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44953
sbg6
(g13
g8
NtRp44954
(dp44955
g16
Nsg17
Nsg11
VCentrale nucleare di Fukushima Dai-ichi
p44956
sbg6
(g13
g8
NtRp44957
(dp44958
g16
Nsg17
Nsg11
VJapan
p44959
sbNNNNNNNNNNg6
(g13
g8
NtRp44960
(dp44961
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44962
sbg6
(g13
g8
NtRp44963
(dp44964
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p44965
sbtp44966
a(g6
(g7
g8
NtRp44967
(dp44968
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44969
sbg6
(g13
g8
NtRp44970
(dp44971
g16
Nsg17
Nsg11
V\ud6c4\ucfe0\uc2dc\ub9c8 \uc81c1 \uc6d0\uc790\ub825 \ubc1c\uc804\uc18c
p44972
sbg6
(g13
g8
NtRp44973
(dp44974
g16
Nsg17
Nsg11
VJapan
p44975
sbNNNNNNNNNNg6
(g13
g8
NtRp44976
(dp44977
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44978
sbg6
(g13
g8
NtRp44979
(dp44980
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p44981
sbtp44982
a(g6
(g7
g8
NtRp44983
(dp44984
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p44985
sbg6
(g13
g8
NtRp44986
(dp44987
g16
Nsg17
Nsg11
V\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240
p44988
sbg6
(g13
g8
NtRp44989
(dp44990
g16
Nsg17
Nsg11
VJapan
p44991
sbNNNNNNNNNNg6
(g13
g8
NtRp44992
(dp44993
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p44994
sbg6
(g13
g8
NtRp44995
(dp44996
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p44997
sbtp44998
a(g6
(g7
g8
NtRp44999
(dp45000
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45001
sbg6
(g13
g8
NtRp45002
(dp45003
g16
Nsg17
Nsg11
VElektrownia j\u0105drowa Fukushima Nr 1
p45004
sbg6
(g13
g8
NtRp45005
(dp45006
g16
Nsg17
Nsg11
VJapan
p45007
sbNNNNNNNNNNg6
(g13
g8
NtRp45008
(dp45009
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45010
sbg6
(g13
g8
NtRp45011
(dp45012
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45013
sbtp45014
a(g6
(g7
g8
NtRp45015
(dp45016
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45017
sbg6
(g13
g8
NtRp45018
(dp45019
g16
Nsg17
Nsg11
VKerncentrale Fukushima I
p45020
sbg6
(g13
g8
NtRp45021
(dp45022
g16
Nsg17
Nsg11
VJapan
p45023
sbNNNNNNNNNNg6
(g13
g8
NtRp45024
(dp45025
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45026
sbg6
(g13
g8
NtRp45027
(dp45028
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45029
sbtp45030
a(g6
(g7
g8
NtRp45031
(dp45032
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45033
sbg6
(g13
g8
NtRp45034
(dp45035
g16
Nsg17
Nsg11
VCentral Nuclear de Fukushima I
p45036
sbg6
(g13
g8
NtRp45037
(dp45038
g16
Nsg17
Nsg11
VJapan
p45039
sbNNNNNNNNNNg6
(g13
g8
NtRp45040
(dp45041
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45042
sbg6
(g13
g8
NtRp45043
(dp45044
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45045
sbtp45046
a(g6
(g7
g8
NtRp45047
(dp45048
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45049
sbg6
(g13
g8
NtRp45050
(dp45051
g16
Nsg17
Nsg11
VFukushima I
p45052
sbg6
(g13
g8
NtRp45053
(dp45054
g16
Nsg17
Nsg11
VJapan
p45055
sbNNNNNNNNNNg6
(g13
g8
NtRp45056
(dp45057
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45058
sbg6
(g13
g8
NtRp45059
(dp45060
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45061
sbtp45062
a(g6
(g7
g8
NtRp45063
(dp45064
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45065
sbg6
(g13
g8
NtRp45066
(dp45067
g16
Nsg17
Nsg11
V\u0410\u042d\u0421 \u0424\u0443\u043a\u0443\u0441\u0438\u043c\u0430-1
p45068
sbg6
(g13
g8
NtRp45069
(dp45070
g16
Nsg17
Nsg11
VJapan
p45071
sbNNNNNNNNNNg6
(g13
g8
NtRp45072
(dp45073
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45074
sbg6
(g13
g8
NtRp45075
(dp45076
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45077
sbtp45078
a(g6
(g7
g8
NtRp45079
(dp45080
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45081
sbg6
(g13
g8
NtRp45082
(dp45083
g16
Nsg17
Nsg11
V\u798f\u5cf6\u7b2c\u4e00\u6838\u96fb\u5ee0
p45084
sbg6
(g13
g8
NtRp45085
(dp45086
g16
Nsg17
Nsg11
VJapan
p45087
sbNNNNNNNNNNg6
(g13
g8
NtRp45088
(dp45089
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45090
sbg6
(g13
g8
NtRp45091
(dp45092
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45093
sbtp45094
a(g6
(g7
g8
NtRp45095
(dp45096
g11
Vhttp://dbpedia.org/resource/Fukushima_Daiichi_Nuclear_Power_Plant
p45097
sbg6
(g13
g8
NtRp45098
(dp45099
g16
Nsg17
Nsg11
V\u0424\u0443\u043a\u0443\u0441\u0456\u043c\u0441\u044c\u043a\u0430 \u0410\u0415\u0421-1
p45100
sbg6
(g13
g8
NtRp45101
(dp45102
g16
Nsg17
Nsg11
VJapan
p45103
sbNNNNNNNNNNg6
(g13
g8
NtRp45104
(dp45105
g16
Nsg17
Nsg11
VThe Fukushima Daiichi Nuclear Power Plant (\u798f\u5cf6\u7b2c\u4e00\u539f\u5b50\u529b\u767a\u96fb\u6240, Fukushima Daiichi Genshiryoku Hatsudensho, Fukushima I NPP) is a disabled nuclear power plant located on a 3.5-square-kilometre (860-acre) site in the towns of \u014ckuma and Futaba in Fukushima Prefecture, Japan. The plant suffered major damage from the magnitude 9.0 earthquake and tsunami that hit Japan on March 11, 2011. The chain of events caused radiation leaks and permanently damaged several of its American-designed reactors, making them impossible to restart. By political decision, the remaining reactors were not restarted.
p45106
sbg6
(g13
g8
NtRp45107
(dp45108
g16
Nsg17
Nsg11
VPOINT(141.03305053711 37.423053741455)
p45109
sbtp45110
a(g6
(g7
g8
NtRp45111
(dp45112
g11
Vhttp://dbpedia.org/resource/Fukuzato_Underground_Dam
p45113
sbg6
(g13
g8
NtRp45114
(dp45115
g16
Nsg17
Nsg11
VFukuzato Underground Dam
p45116
sbg6
(g13
g8
NtRp45117
(dp45118
g16
Nsg17
Nsg11
VJapan
p45119
sbg6
(g13
g8
NtRp45120
(dp45121
g16
Nsg17
Nsg11
VSub-surface
p45122
sbg6
(g13
g8
NtRp45123
(dp45124
g16
Nsg17
g27
sg11
V1.7902
p45125
sbNg6
(g7
g8
NtRp45126
(dp45127
g11
Vhttp://dbpedia.org/resource/Fukuzato_Underground_Dam__Lake__1
p45128
sbNNNg6
(g13
g8
NtRp45129
(dp45130
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp45131
(dp45132
g16
Nsg17
Nsg11
VJapan
p45133
sbg6
(g13
g8
NtRp45134
(dp45135
g16
Nsg17
Nsg11
VFukuzato Dam (\u798f\u91cc\u30c0\u30e0, Fukuzato Damu) is an underground dam constructed in Miyakojima, Okinawa Prefecture. An underground dam is a wall constructed to save underground water from pouring into the sea so that it can be put to human use.
p45136
sbg6
(g13
g8
NtRp45137
(dp45138
g16
Nsg17
Nsg11
VPOINT(125.39722442627 24.736110687256)
p45139
sbtp45140
a(g6
(g7
g8
NtRp45141
(dp45142
g11
Vhttp://dbpedia.org/resource/Fukuzato_Underground_Dam
p45143
sbg6
(g13
g8
NtRp45144
(dp45145
g16
Nsg17
Nsg11
V\u798f\u91cc\u30c0\u30e0
p45146
sbg6
(g13
g8
NtRp45147
(dp45148
g16
Nsg17
Nsg11
VJapan
p45149
sbg6
(g13
g8
NtRp45150
(dp45151
g16
Nsg17
Nsg11
VSub-surface
p45152
sbg6
(g13
g8
NtRp45153
(dp45154
g16
Nsg17
g27
sg11
V1.7902
p45155
sbNg6
(g7
g8
NtRp45156
(dp45157
g11
Vhttp://dbpedia.org/resource/Fukuzato_Underground_Dam__Lake__1
p45158
sbNNNg6
(g13
g8
NtRp45159
(dp45160
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp45161
(dp45162
g16
Nsg17
Nsg11
VJapan
p45163
sbg6
(g13
g8
NtRp45164
(dp45165
g16
Nsg17
Nsg11
VFukuzato Dam (\u798f\u91cc\u30c0\u30e0, Fukuzato Damu) is an underground dam constructed in Miyakojima, Okinawa Prefecture. An underground dam is a wall constructed to save underground water from pouring into the sea so that it can be put to human use.
p45166
sbg6
(g13
g8
NtRp45167
(dp45168
g16
Nsg17
Nsg11
VPOINT(125.39722442627 24.736110687256)
p45169
sbtp45170
a(g6
(g7
g8
NtRp45171
(dp45172
g11
Vhttp://dbpedia.org/resource/Funil_Hydropower_Plant
p45173
sbg6
(g13
g8
NtRp45174
(dp45175
g16
Nsg17
Nsg11
VUsina Hidrelétrica do Funil
p45176
sbg6
(g13
g8
NtRp45177
(dp45178
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p45179
sbNNNNNNNNNg6
(g13
g8
NtRp45180
(dp45181
g16
Nsg17
Nsg11
VBrazil
p45182
sbg6
(g13
g8
NtRp45183
(dp45184
g16
Nsg17
Nsg11
VThe Engenheiro José Mendes Júnior Hydropower plant, also known as Funil Hydropower plant, is a conventional hydroelectric power station administered by Aliança Geração de Energia S.A., a partnership between Vale and Cemig. The Funil Plant has an installed capacity of 180MW with 89 MW of assured average energy in operation.
p45185
sbg6
(g13
g8
NtRp45186
(dp45187
g16
Nsg17
Nsg11
VPOINT(-44.568000793457 -22.528699874878)
p45188
sbtp45189
a(g6
(g7
g8
NtRp45190
(dp45191
g11
Vhttp://dbpedia.org/resource/Funil_Hydropower_Plant
p45192
sbg6
(g13
g8
NtRp45193
(dp45194
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0424\u0443\u043d\u0456\u043b (\u0413\u0440\u0430\u043d\u0434\u0435)
p45195
sbg6
(g13
g8
NtRp45196
(dp45197
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
p45198
sbNNNNNNNNNg6
(g13
g8
NtRp45199
(dp45200
g16
Nsg17
Nsg11
VBrazil
p45201
sbg6
(g13
g8
NtRp45202
(dp45203
g16
Nsg17
Nsg11
VThe Engenheiro José Mendes Júnior Hydropower plant, also known as Funil Hydropower plant, is a conventional hydroelectric power station administered by Aliança Geração de Energia S.A., a partnership between Vale and Cemig. The Funil Plant has an installed capacity of 180MW with 89 MW of assured average energy in operation.
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VThe Engenheiro José Mendes Júnior Hydropower plant, also known as Funil Hydropower plant, is a conventional hydroelectric power station administered by Aliança Geração de Energia S.A., a partnership between Vale and Cemig. The Funil Plant has an installed capacity of 180MW with 89 MW of assured average energy in operation.
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VThe Félou Hydroelectric Plant is a hydroelectric installation at the Félou Falls on the Sénégal River in Mali. It has three water turbines capable of generating 62.3 MW. The current power station replaced an older one built in the 1920s. Construction of the new power station began in October 2009 and was financed by the World Bank. It is the third Senegal River Basin Development Authority project on the river and was completed in 2014. The existing weir was refurbished with the previous 2 metres (6.6 ft) height maintained. In 1927, the previous hydroelectric power station was commissioned. It was refurbished in 1992 and had an installed capacity of 600 kW.
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VThe Félou Hydroelectric Plant is a hydroelectric installation at the Félou Falls on the Sénégal River in Mali. It has three water turbines capable of generating 62.3 MW. The current power station replaced an older one built in the 1920s. Construction of the new power station began in October 2009 and was financed by the World Bank. It is the third Senegal River Basin Development Authority project on the river and was completed in 2014. The existing weir was refurbished with the previous 2 metres (6.6 ft) height maintained. In 1927, the previous hydroelectric power station was commissioned. It was refurbished in 1992 and had an installed capacity of 600 kW.
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VThe Félou Hydroelectric Plant is a hydroelectric installation at the Félou Falls on the Sénégal River in Mali. It has three water turbines capable of generating 62.3 MW. The current power station replaced an older one built in the 1920s. Construction of the new power station began in October 2009 and was financed by the World Bank. It is the third Senegal River Basin Development Authority project on the river and was completed in 2014. The existing weir was refurbished with the previous 2 metres (6.6 ft) height maintained. In 1927, the previous hydroelectric power station was commissioned. It was refurbished in 1992 and had an installed capacity of 600 kW.
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g8
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VFélou Hydroelectric Plant
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p45385
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VThe Félou Hydroelectric Plant is a hydroelectric installation at the Félou Falls on the Sénégal River in Mali. It has three water turbines capable of generating 62.3 MW. The current power station replaced an older one built in the 1920s. Construction of the new power station began in October 2009 and was financed by the World Bank. It is the third Senegal River Basin Development Authority project on the river and was completed in 2014. The existing weir was refurbished with the previous 2 metres (6.6 ft) height maintained. In 1927, the previous hydroelectric power station was commissioned. It was refurbished in 1992 and had an installed capacity of 600 kW.
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g8
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VUrban water supply
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NtRp45414
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VBotswana
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g8
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VThe Gaborone Dam is a dam on the Notwane River in Botswana with a capacity of 141,100,000 cubic metres (4.98×109 cu ft).The dam is operated by the Water Utilities Corporation, and supplies water to the capital city of Gaborone.
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VDiga di Gaborone
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VBotswana
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g8
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VThe Gaborone Dam is a dam on the Notwane River in Botswana with a capacity of 141,100,000 cubic metres (4.98×109 cu ft).The dam is operated by the Water Utilities Corporation, and supplies water to the capital city of Gaborone.
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VGajah Mungkur Dam
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VGajah Mungkur Reservoir (Dam) (Indonesian: Waduk Gajah Mungkur) is a water reservoir located at Pokohkidul in the Wonogiri Regency, Central Java, of Indonesia. It was constructed by redirecting the Bengawan Solo River, the longest in the Java Islands, which originates from The Gajah Mungkur Mountain. The maximum inundation area of Gajah Mungkur Reservoir is 8,800 hectares and covers the seven subdistricts of Wonogiri, Ngadirojo, Nguntoronadi, Baturetno, Giriwoyo, Eromoko, and Wuryantoro.
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VIrrigation,Power
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g16
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Nsg11
VO
sbg6
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g8
NtRp45516
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g16
Nsg17
g27
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NtRp45519
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Nsg11
VSri Lanka
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g8
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Nsg17
Nsg11
VThe Gal Oya Dam (also known as Inginiyagala Dam) is an embankment dam in the Uva Province of Sri Lanka. The dam creates one of the largest reservoirs in the country, the Gal Oya Reservoir. Water from the reservoir is used primarily for irrigation in the Uva and Eastern provinces, in addition to powering a small hydroelectric power station. Construction of the dam and reservoir began in August 24, 1949, completing four years later in 1953.
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VGaleru Nagari Sujala Sravanthi Project
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g8
NtRp45535
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Nsg17
Nsg11
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VIrrigation, Drinking water
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VGaleru Nagari Sujala Sravanthi Project or GNSS project is an irrigation project in Kadapa and Chitoor districts of Andhra Pradesh. It is envisaged to irrigate 265,000 acres (1,070 km2) in two phases besides providing drinking water facilities to villages and towns en route the canal alignment. The main canal, Gandikota, Vamikonda and Sarvarajasagar reservoirs are under construction.
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Nsg11
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VGalisteo Dam
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Nsg11
VUnited States
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VNew Mexico
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VGalisteo Dam (National ID # NM00002) is a dam in Santa Fe County, New Mexico. The earthen dam was constructed in 1970 by the United States Army Corps of Engineers with a height of 164 feet and 2820 feet long at its crest. Built solely for flood control and sediment impoundment on Galisteo Creek, with its "long history of violent floods", the main line of the Atchison, Topeka and Santa Fe railroad was relocated to accommodate the project. The dam is owned and operated by the Corps of Engineers.
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VGandak Hydropower Station
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VGravity
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Vhttp://dbpedia.org/resource/Narayani_River
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VNepal
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VGandak Hydro Power Station is a hydro-electric plant located in Pratappur, Nawalparasi district of Nepal. The flow from Narayani River is used to generate 15 MW electricity and annual energy is 106.38 GWh. The plant is a part of irrigation facility in the Gandak River constructed as a part of India-Nepal . A barrage in the Narayani river diverts the flow to India and Nepal for irrigation viz. the eastern canal (24.1 m3/s) and western canal (8.5 m3/s). This power station is located on the western canal approximately 18 km downstream of barrage at Surajpura, Nepal.
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VGandao Dam
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VGravity
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V0.0762
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VDrinking water storage
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VPakistan
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VGandao Dam, officially Abdul Shakoor Dam since December 2019, is a gravity dam built near town of Ghalanai in Mohmand Agency of FATA, Pakistan. It was initially is expected to complete in 2015, with projected cost of PKR 449 Millions. The dam has a height of 105 feet and lengths 250 feet. It will have total water storage capacity of around 810 acre feet.
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VIndia
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V1.776e+06
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VIndia
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VGangrel Dam officially the Pandit Ravishankar Sagar is located in Chhattisgarh, India. It is built across the Mahanadi River. It is located in Dhamtari district, about 17 km from Dhamtari and about 90 km from Raipur. It is the longest & largest dam in Chhattisgarh. This dam supplies year round irrigation, allowing farmers to harvest two crops per year and key water supplier of Bhilai Steel Plant. The dam also supplies 10 MW of hydro-electric power capacity. The chief Engineer of this projet was Mr Devraj
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VGangrel Dam
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VIndia
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VGangrel Dam officially the Pandit Ravishankar Sagar is located in Chhattisgarh, India. It is built across the Mahanadi River. It is located in Dhamtari district, about 17 km from Dhamtari and about 90 km from Raipur. It is the longest & largest dam in Chhattisgarh. This dam supplies year round irrigation, allowing farmers to harvest two crops per year and key water supplier of Bhilai Steel Plant. The dam also supplies 10 MW of hydro-electric power capacity. The chief Engineer of this projet was Mr Devraj
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VGarabí-Panambi Hydroelectric Complex
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VArgentina, Brazil
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VHydroelectric
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VThe Garabí-Panambi Hydroelectric Complex (Portuguese: Complexo Hidrelétrico Garabi-Panambi) is a planned pair of hydroelectric dams and generating stations on the Uruguay River between Argentina and Brazil. There is controversy over the environmental impact on the fast-flowing river.The prime contractors are trying to avoid public image problems and delays such as those with other recent dams.
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VGarabi-Roncador
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VArgentina, Brazil
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VHydroelectric
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VPlanned
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VThe Garabí Dam (Portuguese: Represa de Garabí) is a planned dam and generating station on the Uruguay River between Argentina and Brazil, part of the Garabí-Panambi Hydroelectric Complex. There is some controversy over the environmental impact on the fast-flowing river.
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VThe Garabí Dam (Portuguese: Represa de Garabí) is a planned dam and generating station on the Uruguay River between Argentina and Brazil, part of the Garabí-Panambi Hydroelectric Complex. There is some controversy over the environmental impact on the fast-flowing river.
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VProyecto de represa de Garabí
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VArgentina, Brazil
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VThe Garabí Dam (Portuguese: Represa de Garabí) is a planned dam and generating station on the Uruguay River between Argentina and Brazil, part of the Garabí-Panambi Hydroelectric Complex. There is some controversy over the environmental impact on the fast-flowing river.
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VThe Garabí Dam (Portuguese: Represa de Garabí) is a planned dam and generating station on the Uruguay River between Argentina and Brazil, part of the Garabí-Panambi Hydroelectric Complex. There is some controversy over the environmental impact on the fast-flowing river.
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VThe Garafiri Dam is an embankment dam on the Konkouré River which forms the boundary between the Kindia and Mamou Regions of Guinea. The dam was constructed by Salini Impregilo between 1995 and 1999 for the purpose of hydroelectric power generation and water supply. The power station had a breakdown in 2002 but was repaired shortly afterwards. The power station has an installed capacity of 75 megawatts (101,000 hp).
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricite_de_Guinee
p45940
sbg6
(g13
g8
NtRp45941
(dp45942
g16
Nsg17
Nsg11
VPower
p45943
sbg6
(g13
g8
NtRp45944
(dp45945
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Konkouré_River
p45946
sbg6
(g13
g8
NtRp45947
(dp45948
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp45949
(dp45950
g16
Nsg17
Nsg11
VGuinea
p45951
sbg6
(g13
g8
NtRp45952
(dp45953
g16
Nsg17
Nsg11
VThe Garafiri Dam is an embankment dam on the Konkouré River which forms the boundary between the Kindia and Mamou Regions of Guinea. The dam was constructed by Salini Impregilo between 1995 and 1999 for the purpose of hydroelectric power generation and water supply. The power station had a breakdown in 2002 but was repaired shortly afterwards. The power station has an installed capacity of 75 megawatts (101,000 hp).
p45954
sbg6
(g13
g8
NtRp45955
(dp45956
g16
Nsg17
Nsg11
VPOINT(-12.662619590759 10.52977180481)
p45957
sbtp45958
a(g6
(g7
g8
NtRp45959
(dp45960
g11
Vhttp://dbpedia.org/resource/Garafiri_Dam
p45961
sbg6
(g13
g8
NtRp45962
(dp45963
g16
Nsg17
Nsg11
VBarrage de Garafiri
p45964
sbg6
(g13
g8
NtRp45965
(dp45966
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guinea
p45967
sbg6
(g13
g8
NtRp45968
(dp45969
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p45970
sbNNg6
(g7
g8
NtRp45971
(dp45972
g11
Vhttp://dbpedia.org/resource/Garafiri_Dam__Lake__1
p45973
sbg6
(g13
g8
NtRp45974
(dp45975
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricite_de_Guinee
p45976
sbg6
(g13
g8
NtRp45977
(dp45978
g16
Nsg17
Nsg11
VPower
p45979
sbg6
(g13
g8
NtRp45980
(dp45981
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Konkouré_River
p45982
sbg6
(g13
g8
NtRp45983
(dp45984
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp45985
(dp45986
g16
Nsg17
Nsg11
VGuinea
p45987
sbg6
(g13
g8
NtRp45988
(dp45989
g16
Nsg17
Nsg11
VThe Garafiri Dam is an embankment dam on the Konkouré River which forms the boundary between the Kindia and Mamou Regions of Guinea. The dam was constructed by Salini Impregilo between 1995 and 1999 for the purpose of hydroelectric power generation and water supply. The power station had a breakdown in 2002 but was repaired shortly afterwards. The power station has an installed capacity of 75 megawatts (101,000 hp).
p45990
sbg6
(g13
g8
NtRp45991
(dp45992
g16
Nsg17
Nsg11
VPOINT(-12.662619590759 10.52977180481)
p45993
sbtp45994
a(g6
(g7
g8
NtRp45995
(dp45996
g11
Vhttp://dbpedia.org/resource/Garafiri_Dam
p45997
sbg6
(g13
g8
NtRp45998
(dp45999
g16
Nsg17
Nsg11
V\u0633\u062f \u063a\u0631\u0627\u0641\u064a\u0631\u064a
p46000
sbg6
(g13
g8
NtRp46001
(dp46002
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guinea
p46003
sbg6
(g13
g8
NtRp46004
(dp46005
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p46006
sbNNg6
(g7
g8
NtRp46007
(dp46008
g11
Vhttp://dbpedia.org/resource/Garafiri_Dam__Lake__1
p46009
sbg6
(g13
g8
NtRp46010
(dp46011
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricite_de_Guinee
p46012
sbg6
(g13
g8
NtRp46013
(dp46014
g16
Nsg17
Nsg11
VPower
p46015
sbg6
(g13
g8
NtRp46016
(dp46017
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Konkouré_River
p46018
sbg6
(g13
g8
NtRp46019
(dp46020
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp46021
(dp46022
g16
Nsg17
Nsg11
VGuinea
p46023
sbg6
(g13
g8
NtRp46024
(dp46025
g16
Nsg17
Nsg11
VThe Garafiri Dam is an embankment dam on the Konkouré River which forms the boundary between the Kindia and Mamou Regions of Guinea. The dam was constructed by Salini Impregilo between 1995 and 1999 for the purpose of hydroelectric power generation and water supply. The power station had a breakdown in 2002 but was repaired shortly afterwards. The power station has an installed capacity of 75 megawatts (101,000 hp).
p46026
sbg6
(g13
g8
NtRp46027
(dp46028
g16
Nsg17
Nsg11
VPOINT(-12.662619590759 10.52977180481)
p46029
sbtp46030
a(g6
(g7
g8
NtRp46031
(dp46032
g11
Vhttp://dbpedia.org/resource/Garan_Dam
p46033
sbg6
(g13
g8
NtRp46034
(dp46035
g16
Nsg17
Nsg11
VGaran Dam
p46036
sbg6
(g13
g8
NtRp46037
(dp46038
g16
Nsg17
Nsg11
VIran
p46039
sbg6
(g13
g8
NtRp46040
(dp46041
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p46042
sbg6
(g13
g8
NtRp46043
(dp46044
g16
Nsg17
g27
sg11
V0.504
p46045
sbNg6
(g7
g8
NtRp46046
(dp46047
g11
Vhttp://dbpedia.org/resource/Garan_Dam__Lake__1
p46048
sbNg6
(g13
g8
NtRp46049
(dp46050
g16
Nsg17
Nsg11
VIrrigation
p46051
sbNg6
(g13
g8
NtRp46052
(dp46053
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp46054
(dp46055
g16
Nsg17
Nsg11
VIran
p46056
sbg6
(g13
g8
NtRp46057
(dp46058
g16
Nsg17
Nsg11
VThe Garan Dam is an earth-fill embankment dam on the Garan River, a tributary of the Sirvan River, about 15 km (9.3 mi) northeast of Marivan in Kurdistan Province, Iran. Construction on the dam began in 2002 and it was inaugurated by Iranian President Mahmoud Ahmadinejad on 12 April 2013. It is 62 m (203 ft) tall and impounds a reservoir with a storage capacity of 110,000,000 m3 (89,000 acre\u22c5ft). The primary purpose of the dam is to supply water for the irrigation of 10,450 ha (25,800 acres) in Marivan County. It also provides municipal water to the city of Marivan. Officials in Iraq are concerned that the Garan Dam will have a negative impact on the Sirvan River (called the Diyala River in Iraq) as it feeds the Iraqi Darbandikhan Dam and farmlands below it.
p46059
sbg6
(g13
g8
NtRp46060
(dp46061
g16
Nsg17
Nsg11
VPOINT(46.319831848145 35.600746154785)
p46062
sbtp46063
a(g6
(g7
g8
NtRp46064
(dp46065
g11
Vhttp://dbpedia.org/resource/Garrison_Dam
p46066
sbg6
(g13
g8
NtRp46067
(dp46068
g16
Nsg17
Nsg11
VGarrison Dam
p46069
sbg6
(g13
g8
NtRp46070
(dp46071
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p46072
sbg6
(g13
g8
NtRp46073
(dp46074
g16
Nsg17
Nsg11
VEmbankment, rolled earth-fill
p46075
sbg6
(g13
g8
NtRp46076
(dp46077
g16
Nsg17
g27
sg11
V3.44424
p46078
sbNg6
(g7
g8
NtRp46079
(dp46080
g11
Vhttp://dbpedia.org/resource/Garrison_Dam__Lake__1
p46081
sbg6
(g13
g8
NtRp46082
(dp46083
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p46084
sbNg6
(g13
g8
NtRp46085
(dp46086
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Missouri_River
p46087
sbg6
(g13
g8
NtRp46088
(dp46089
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46090
(dp46091
g16
Nsg17
g27
sg11
V5.0852e+07
p46092
sbg6
(g13
g8
NtRp46093
(dp46094
g16
Nsg17
Nsg11
VNorth Dakota
p46095
sbg6
(g13
g8
NtRp46096
(dp46097
g16
Nsg17
Nsg11
VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
p46098
sbg6
(g13
g8
NtRp46099
(dp46100
g16
Nsg17
Nsg11
VPOINT(-101.41194152832 47.498611450195)
p46101
sbtp46102
a(g6
(g7
g8
NtRp46103
(dp46104
g11
Vhttp://dbpedia.org/resource/Garrison_Dam
p46105
sbg6
(g13
g8
NtRp46106
(dp46107
g16
Nsg17
Nsg11
VGarrison Dam
p46108
sbg6
(g13
g8
NtRp46109
(dp46110
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p46111
sbg6
(g13
g8
NtRp46112
(dp46113
g16
Nsg17
Nsg11
VEmbankment, rolled earth-fill
p46114
sbg6
(g13
g8
NtRp46115
(dp46116
g16
Nsg17
g27
sg11
V3.44424
p46117
sbNg6
(g7
g8
NtRp46118
(dp46119
g11
Vhttp://dbpedia.org/resource/Garrison_Dam__Lake__1
p46120
sbg6
(g13
g8
NtRp46121
(dp46122
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p46123
sbNg6
(g13
g8
NtRp46124
(dp46125
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Missouri_River
p46126
sbg6
(g13
g8
NtRp46127
(dp46128
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46129
(dp46130
g16
Nsg17
g27
sg11
V5.0852e+07
p46131
sbg6
(g13
g8
NtRp46132
(dp46133
g16
Nsg17
Nsg11
VNorth Dakota
p46134
sbg6
(g13
g8
NtRp46135
(dp46136
g16
Nsg17
Nsg11
VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
p46137
sbg6
(g13
g8
NtRp46138
(dp46139
g16
Nsg17
Nsg11
VPOINT(-101.41194152832 47.498611450195)
p46140
sbtp46141
a(g6
(g7
g8
NtRp46142
(dp46143
g11
Vhttp://dbpedia.org/resource/Garrison_Dam
p46144
sbg6
(g13
g8
NtRp46145
(dp46146
g16
Nsg17
Nsg11
VPresa Garrison
p46147
sbg6
(g13
g8
NtRp46148
(dp46149
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p46150
sbg6
(g13
g8
NtRp46151
(dp46152
g16
Nsg17
Nsg11
VEmbankment, rolled earth-fill
p46153
sbg6
(g13
g8
NtRp46154
(dp46155
g16
Nsg17
g27
sg11
V3.44424
p46156
sbNg6
(g7
g8
NtRp46157
(dp46158
g11
Vhttp://dbpedia.org/resource/Garrison_Dam__Lake__1
p46159
sbg6
(g13
g8
NtRp46160
(dp46161
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p46162
sbNg6
(g13
g8
NtRp46163
(dp46164
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Missouri_River
p46165
sbg6
(g13
g8
NtRp46166
(dp46167
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46168
(dp46169
g16
Nsg17
g27
sg11
V5.0852e+07
p46170
sbg6
(g13
g8
NtRp46171
(dp46172
g16
Nsg17
Nsg11
VNorth Dakota
p46173
sbg6
(g13
g8
NtRp46174
(dp46175
g16
Nsg17
Nsg11
VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
p46176
sbg6
(g13
g8
NtRp46177
(dp46178
g16
Nsg17
Nsg11
VPOINT(-101.41194152832 47.498611450195)
p46179
sbtp46180
a(g6
(g7
g8
NtRp46181
(dp46182
g11
Vhttp://dbpedia.org/resource/Garrison_Dam
p46183
sbg6
(g13
g8
NtRp46184
(dp46185
g16
Nsg17
Nsg11
VPresa Garrison
p46186
sbg6
(g13
g8
NtRp46187
(dp46188
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p46189
sbg6
(g13
g8
NtRp46190
(dp46191
g16
Nsg17
Nsg11
VEmbankment, rolled earth-fill
p46192
sbg6
(g13
g8
NtRp46193
(dp46194
g16
Nsg17
g27
sg11
V3.44424
p46195
sbNg6
(g7
g8
NtRp46196
(dp46197
g11
Vhttp://dbpedia.org/resource/Garrison_Dam__Lake__1
p46198
sbg6
(g13
g8
NtRp46199
(dp46200
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p46201
sbNg6
(g13
g8
NtRp46202
(dp46203
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Missouri_River
p46204
sbg6
(g13
g8
NtRp46205
(dp46206
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46207
(dp46208
g16
Nsg17
g27
sg11
V5.0852e+07
p46209
sbg6
(g13
g8
NtRp46210
(dp46211
g16
Nsg17
Nsg11
VNorth Dakota
p46212
sbg6
(g13
g8
NtRp46213
(dp46214
g16
Nsg17
Nsg11
VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
p46215
sbg6
(g13
g8
NtRp46216
(dp46217
g16
Nsg17
Nsg11
VPOINT(-101.41194152832 47.498611450195)
p46218
sbtp46219
a(g6
(g7
g8
NtRp46220
(dp46221
g11
Vhttp://dbpedia.org/resource/Garrison_Dam
p46222
sbg6
(g13
g8
NtRp46223
(dp46224
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0413\u0430\u0440\u0440\u0456\u0441\u043e\u043d
p46225
sbg6
(g13
g8
NtRp46226
(dp46227
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p46228
sbg6
(g13
g8
NtRp46229
(dp46230
g16
Nsg17
Nsg11
VEmbankment, rolled earth-fill
p46231
sbg6
(g13
g8
NtRp46232
(dp46233
g16
Nsg17
g27
sg11
V3.44424
p46234
sbNg6
(g7
g8
NtRp46235
(dp46236
g11
Vhttp://dbpedia.org/resource/Garrison_Dam__Lake__1
p46237
sbg6
(g13
g8
NtRp46238
(dp46239
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p46240
sbNg6
(g13
g8
NtRp46241
(dp46242
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Missouri_River
p46243
sbg6
(g13
g8
NtRp46244
(dp46245
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46246
(dp46247
g16
Nsg17
g27
sg11
V5.0852e+07
p46248
sbg6
(g13
g8
NtRp46249
(dp46250
g16
Nsg17
Nsg11
VNorth Dakota
p46251
sbg6
(g13
g8
NtRp46252
(dp46253
g16
Nsg17
Nsg11
VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
p46254
sbg6
(g13
g8
NtRp46255
(dp46256
g16
Nsg17
Nsg11
VPOINT(-101.41194152832 47.498611450195)
p46257
sbtp46258
a(g6
(g7
g8
NtRp46259
(dp46260
g11
Vhttp://dbpedia.org/resource/Garrison_Dam
p46261
sbg6
(g13
g8
NtRp46262
(dp46263
g16
Nsg17
Nsg11
V\u30ac\u30ea\u30bd\u30f3\u30c0\u30e0
p46264
sbg6
(g13
g8
NtRp46265
(dp46266
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p46267
sbg6
(g13
g8
NtRp46268
(dp46269
g16
Nsg17
Nsg11
VEmbankment, rolled earth-fill
p46270
sbg6
(g13
g8
NtRp46271
(dp46272
g16
Nsg17
g27
sg11
V3.44424
p46273
sbNg6
(g7
g8
NtRp46274
(dp46275
g11
Vhttp://dbpedia.org/resource/Garrison_Dam__Lake__1
p46276
sbg6
(g13
g8
NtRp46277
(dp46278
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p46279
sbNg6
(g13
g8
NtRp46280
(dp46281
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Missouri_River
p46282
sbg6
(g13
g8
NtRp46283
(dp46284
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46285
(dp46286
g16
Nsg17
g27
sg11
V5.0852e+07
p46287
sbg6
(g13
g8
NtRp46288
(dp46289
g16
Nsg17
Nsg11
VNorth Dakota
p46290
sbg6
(g13
g8
NtRp46291
(dp46292
g16
Nsg17
Nsg11
VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
p46293
sbg6
(g13
g8
NtRp46294
(dp46295
g16
Nsg17
Nsg11
VPOINT(-101.41194152832 47.498611450195)
p46296
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VGarrison Dam is an earth-fill embankment dam on the Missouri River in central North Dakota, U.S.Constructed by the U.S. Army Corps of Engineers from 1947 to 1953, at over 2 miles (3.2 km) in length, the dam is the fifth-largest earthen dam in the world. The reservoir impounded by the dam is Lake Sakakawea, which extends to Williston and the confluence with the Yellowstone River, near the Montana border.
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VGaruk Dam is a proposed dam located on , 47 km south east of Kharan District in Balochistan, Pakistan. The dam is an earth core rockfilled dam with a height of 184 feet. The reservoir when completed will irrigate a command area of 12,500 Acres and will have hydro-power capacity of 300 KW.
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VGavins Point Dam is a 1.9 mi (3 km) long embankment rolled-earth and chalk-fill dam which spans the Missouri River and impounds Lewis and Clark Lake. The dam joins Cedar County, Nebraska with Yankton County, South Dakota a distance of 811.1 river miles (1,305 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed as the Gavins Point Project from 1952 to 1957 by the United States Army Corps of Engineers as part of the Pick-Sloan Plan. The dam is located approximately 4 miles (6.4 km) west or upstream of Yankton, South Dakota.
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VGavins Point Dam is a 1.9 mi (3 km) long embankment rolled-earth and chalk-fill dam which spans the Missouri River and impounds Lewis and Clark Lake. The dam joins Cedar County, Nebraska with Yankton County, South Dakota a distance of 811.1 river miles (1,305 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed as the Gavins Point Project from 1952 to 1957 by the United States Army Corps of Engineers as part of the Pick-Sloan Plan. The dam is located approximately 4 miles (6.4 km) west or upstream of Yankton, South Dakota.
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VGavins Point Dam is a 1.9 mi (3 km) long embankment rolled-earth and chalk-fill dam which spans the Missouri River and impounds Lewis and Clark Lake. The dam joins Cedar County, Nebraska with Yankton County, South Dakota a distance of 811.1 river miles (1,305 km) upstream of St. Louis, Missouri, where the river joins the Mississippi River. The dam and hydroelectric power plant were constructed as the Gavins Point Project from 1952 to 1957 by the United States Army Corps of Engineers as part of the Pick-Sloan Plan. The dam is located approximately 4 miles (6.4 km) west or upstream of Yankton, South Dakota.
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VGavshan Dam is an embankment dam on the 40 km (25 mi) south of Sanandaj in Kordestan province, Iran. It was created for the primary purpose of irrigation but also supports an 11 MW hydroelectric power station. Water from the dam's reservoir is transferred for irrigation in Kordestan and Kermanshah provinces via 20 km (12 mi) Gavshan Water Conveyance Tunnel. About 189,000,000 m3 (153,225 acre\u22c5ft) can be transferred annually for the irrigation of 310 km2 (120 sq mi). Additionally, water from the reservoir is used to provide drinking water for the city of Kermanshah in the amount of 63,000,000 m3 (51,075 acre\u22c5ft) annually. Construction on the dam began in 1992 and was completed in 2004. It was inaugurated by Iran's President Mohammad Khatami on 13 February 2005.
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VKosovo
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VThe Ujmani Dam, officially Ujmani Dam, is a rock-filled embankment dam on the Ibar River in the District of Mitrovica, Kosovo. It was completed in 1979 and forms Gazivode Lake, the largest reservoir in Kosovo. The dam supports a hydroelectric power station which is located at its base. It has an installed capacity of 35 MW. Gazivode Lake covers 11.9 km2 (4.6 sq mi) of which 2.7 km2 (1.0 sq mi) are in Serbia. At 101 m (331 ft) in height, it is also the tallest dam in Kosovo.
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VGeehi Dam is a major ungated rockfill embankment dam across the Geehi River in the Snowy Mountains of New South Wales, Australia. The reservoir impounded by the dam is known as Geehi Reservoir.
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VGeehi Dam is a major ungated rockfill embankment dam across the Geehi River in the Snowy Mountains of New South Wales, Australia. The reservoir impounded by the dam is known as Geehi Reservoir.
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VThe Gelantan Dam (\u6208\u5170\u6ee9\u5927\u575d) is a gravity dam on the Lixian River, bordering the counties of Honghe and Jiangcheng in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 390 MW power station. Construction began in 2003, the river was diverted in 2006 and the first generator was commissioned in 2007, the last two in 2008. It is the sixth dam in the Lixian River cascade.
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g16
Nsg17
Nsg11
V\u0413\u0435\u043b\u0430\u043d\u044c\u0442\u0430\u043d\u044c
p46659
sbg6
(g13
g8
NtRp46660
(dp46661
g16
Nsg17
Nsg11
VChina
p46662
sbg6
(g13
g8
NtRp46663
(dp46664
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p46665
sbg6
(g13
g8
NtRp46666
(dp46667
g16
Nsg17
g27
sg11
V0.466
p46668
sbNg6
(g7
g8
NtRp46669
(dp46670
g11
Vhttp://dbpedia.org/resource/Gelantan_Dam__Lake__1
p46671
sbNNg6
(g13
g8
NtRp46672
(dp46673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p46674
sbg6
(g13
g8
NtRp46675
(dp46676
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46677
(dp46678
g16
Nsg17
g27
sg11
V1.2e+06
p46679
sbg6
(g13
g8
NtRp46680
(dp46681
g16
Nsg17
Nsg11
VChina
p46682
sbg6
(g13
g8
NtRp46683
(dp46684
g16
Nsg17
Nsg11
VThe Gelantan Dam (\u6208\u5170\u6ee9\u5927\u575d) is a gravity dam on the Lixian River, bordering the counties of Honghe and Jiangcheng in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 390 MW power station. Construction began in 2003, the river was diverted in 2006 and the first generator was commissioned in 2007, the last two in 2008. It is the sixth dam in the Lixian River cascade.
p46685
sbg6
(g13
g8
NtRp46686
(dp46687
g16
Nsg17
Nsg11
VPOINT(102.05750274658 22.702222824097)
p46688
sbtp46689
a(g6
(g7
g8
NtRp46690
(dp46691
g11
Vhttp://dbpedia.org/resource/Gelantan_Dam
p46692
sbg6
(g13
g8
NtRp46693
(dp46694
g16
Nsg17
Nsg11
VGelantan Dam
p46695
sbg6
(g13
g8
NtRp46696
(dp46697
g16
Nsg17
Nsg11
VChina
p46698
sbg6
(g13
g8
NtRp46699
(dp46700
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p46701
sbg6
(g13
g8
NtRp46702
(dp46703
g16
Nsg17
g27
sg11
V0.466
p46704
sbNg6
(g7
g8
NtRp46705
(dp46706
g11
Vhttp://dbpedia.org/resource/Gelantan_Dam__Lake__1
p46707
sbNNg6
(g13
g8
NtRp46708
(dp46709
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p46710
sbg6
(g13
g8
NtRp46711
(dp46712
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46713
(dp46714
g16
Nsg17
g27
sg11
V1.2e+06
p46715
sbg6
(g13
g8
NtRp46716
(dp46717
g16
Nsg17
Nsg11
VChina
p46718
sbg6
(g13
g8
NtRp46719
(dp46720
g16
Nsg17
Nsg11
VThe Gelantan Dam (\u6208\u5170\u6ee9\u5927\u575d) is a gravity dam on the Lixian River, bordering the counties of Honghe and Jiangcheng in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 390 MW power station. Construction began in 2003, the river was diverted in 2006 and the first generator was commissioned in 2007, the last two in 2008. It is the sixth dam in the Lixian River cascade.
p46721
sbg6
(g13
g8
NtRp46722
(dp46723
g16
Nsg17
Nsg11
VPOINT(102.05750274658 22.702222824097)
p46724
sbtp46725
a(g6
(g7
g8
NtRp46726
(dp46727
g11
Vhttp://dbpedia.org/resource/Gelantan_Dam
p46728
sbg6
(g13
g8
NtRp46729
(dp46730
g16
Nsg17
Nsg11
V\u0413\u0435\u043b\u0430\u043d\u044c\u0442\u0430\u043d\u044c
p46731
sbg6
(g13
g8
NtRp46732
(dp46733
g16
Nsg17
Nsg11
VChina
p46734
sbg6
(g13
g8
NtRp46735
(dp46736
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p46737
sbg6
(g13
g8
NtRp46738
(dp46739
g16
Nsg17
g27
sg11
V0.466
p46740
sbNg6
(g7
g8
NtRp46741
(dp46742
g11
Vhttp://dbpedia.org/resource/Gelantan_Dam__Lake__1
p46743
sbNNg6
(g13
g8
NtRp46744
(dp46745
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p46746
sbg6
(g13
g8
NtRp46747
(dp46748
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46749
(dp46750
g16
Nsg17
g27
sg11
V1.2e+06
p46751
sbg6
(g13
g8
NtRp46752
(dp46753
g16
Nsg17
Nsg11
VChina
p46754
sbg6
(g13
g8
NtRp46755
(dp46756
g16
Nsg17
Nsg11
VThe Gelantan Dam (\u6208\u5170\u6ee9\u5927\u575d) is a gravity dam on the Lixian River, bordering the counties of Honghe and Jiangcheng in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 390 MW power station. Construction began in 2003, the river was diverted in 2006 and the first generator was commissioned in 2007, the last two in 2008. It is the sixth dam in the Lixian River cascade.
p46757
sbg6
(g13
g8
NtRp46758
(dp46759
g16
Nsg17
Nsg11
VPOINT(102.05750274658 22.702222824097)
p46760
sbtp46761
a(g6
(g7
g8
NtRp46762
(dp46763
g11
Vhttp://dbpedia.org/resource/Genale_Dawa_III_Hydroelectric_Power_Station
p46764
sbg6
(g13
g8
NtRp46765
(dp46766
g16
Nsg17
Nsg11
VGenale Dawa III Hydroelectric Power Station
p46767
sbg6
(g13
g8
NtRp46768
(dp46769
g16
Nsg17
Nsg11
VEthiopia
p46770
sbg6
(g13
g8
NtRp46771
(dp46772
g16
Nsg17
Nsg11
VGravity dam
p46773
sbNNNg6
(g13
g8
NtRp46774
(dp46775
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p46776
sbg6
(g13
g8
NtRp46777
(dp46778
g16
Nsg17
Nsg11
VPart of Ethiopia's plan of universal electrification access by 2025
p46779
sbg6
(g13
g8
NtRp46780
(dp46781
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ganale_Doria_River
p46782
sbNNg6
(g13
g8
NtRp46783
(dp46784
g16
Nsg17
Nsg11
VEthiopia#Africa#World
p46785
sbg6
(g13
g8
NtRp46786
(dp46787
g16
Nsg17
Nsg11
VThe Genale Dawa III Power Station, also GD-3 Power Station, is a hydroelectric power station across the Ganale Doria River in Ethiopia. Construction began circa March 2011 and the power station was commercially commissioned in February 2020. The renewable energy infrastructure development is owned by the government of Ethiopia and was constructed by China Gezhouba Group, a subsidiary of China Energy Engineering Corporation at an estimated cost of £352.7 million ($451 million), co-financed by the Exim Bank of China and the Ethiopian Government.
p46788
sbg6
(g13
g8
NtRp46789
(dp46790
g16
Nsg17
Nsg11
VPOINT(39.718055725098 5.5101389884949)
p46791
sbtp46792
a(g6
(g7
g8
NtRp46793
(dp46794
g11
Vhttp://dbpedia.org/resource/Getalsud_Dam
p46795
sbg6
(g13
g8
NtRp46796
(dp46797
g16
Nsg17
Nsg11
VGetalsud Dam
p46798
sbg6
(g13
g8
NtRp46799
(dp46800
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p46801
sbg6
(g13
g8
NtRp46802
(dp46803
g16
Nsg17
Nsg11
VConcrete gravity dam
p46804
sbNNg6
(g7
g8
NtRp46805
(dp46806
g11
Vhttp://dbpedia.org/resource/Getalsud_Dam__Lake__1
p46807
sbg6
(g13
g8
NtRp46808
(dp46809
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/JSEB
p46810
sbNg6
(g13
g8
NtRp46811
(dp46812
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Subarnarekha_River
p46813
sbg6
(g13
g8
NtRp46814
(dp46815
g16
Nsg17
Nsg11
VFunctional
p46816
sbNg6
(g13
g8
NtRp46817
(dp46818
g16
Nsg17
Nsg11
VIndia Jharkhand
p46819
sbg6
(g13
g8
NtRp46820
(dp46821
g16
Nsg17
Nsg11
VGetalsud Dam is an artificial reservoir situated in Ormanjhi, Ranchi, Jharkhand. It was constructed across the Subarnarekha River and was opened in 1971. It is a popular picnic spot for the residents of Ranchi and Ramgarh District. The dam provides a small-scale fishing opportunity to the local people of Rukka. The main purpose of the dam is to fulfill the drinking water requirements of the residents of Ranchi. Apart from that, it is used for industrial purposes and generating electricity.
p46822
sbg6
(g13
g8
NtRp46823
(dp46824
g16
Nsg17
Nsg11
VPOINT(85.555274963379 23.456666946411)
p46825
sbtp46826
a(g6
(g7
g8
NtRp46827
(dp46828
g11
Vhttp://dbpedia.org/resource/Gezhen_Dam
p46829
sbg6
(g13
g8
NtRp46830
(dp46831
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 G\u0113zh\u011bn
p46832
sbg6
(g13
g8
NtRp46833
(dp46834
g16
Nsg17
Nsg11
VChina
p46835
sbg6
(g13
g8
NtRp46836
(dp46837
g16
Nsg17
Nsg11
VGravity/Embankment
p46838
sbg6
(g13
g8
NtRp46839
(dp46840
g16
Nsg17
g27
sg11
V1.092
p46841
sbg6
(g13
g8
NtRp46842
(dp46843
g16
Nsg17
g27
sg11
V58.5
p46844
sbg6
(g7
g8
NtRp46845
(dp46846
g11
Vhttp://dbpedia.org/resource/Gezhen_Dam__Lake__1
p46847
sbNNg6
(g13
g8
NtRp46848
(dp46849
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p46850
sbg6
(g13
g8
NtRp46851
(dp46852
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46853
(dp46854
g16
Nsg17
g27
sg11
V460000.0
p46855
sbg6
(g13
g8
NtRp46856
(dp46857
g16
Nsg17
Nsg11
VHainan#China
p46858
sbg6
(g13
g8
NtRp46859
(dp46860
g16
Nsg17
Nsg11
VThe Gezhen Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 34 km (21 mi) east of Dongfang. The dam serves mainly to provide run-of-the-river hydroelectric power and to supply water for irrigation. The dam's power plant has an installed capacity of 80 MW while it is designed to provide water for the irrigation of 8,667 ha (21,417 acres). Construction began in 2007, the reservoir began to fill in 2009 and the project was complete in December 2009.
p46861
sbg6
(g13
g8
NtRp46862
(dp46863
g16
Nsg17
Nsg11
VPOINT(108.96611022949 19.179721832275)
p46864
sbtp46865
a(g6
(g7
g8
NtRp46866
(dp46867
g11
Vhttp://dbpedia.org/resource/Gezhen_Dam
p46868
sbg6
(g13
g8
NtRp46869
(dp46870
g16
Nsg17
Nsg11
VGezhen Dam
p46871
sbg6
(g13
g8
NtRp46872
(dp46873
g16
Nsg17
Nsg11
VChina
p46874
sbg6
(g13
g8
NtRp46875
(dp46876
g16
Nsg17
Nsg11
VGravity/Embankment
p46877
sbg6
(g13
g8
NtRp46878
(dp46879
g16
Nsg17
g27
sg11
V1.092
p46880
sbg6
(g13
g8
NtRp46881
(dp46882
g16
Nsg17
g27
sg11
V58.5
p46883
sbg6
(g7
g8
NtRp46884
(dp46885
g11
Vhttp://dbpedia.org/resource/Gezhen_Dam__Lake__1
p46886
sbNNg6
(g13
g8
NtRp46887
(dp46888
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Changhua_River
p46889
sbg6
(g13
g8
NtRp46890
(dp46891
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp46892
(dp46893
g16
Nsg17
g27
sg11
V460000.0
p46894
sbg6
(g13
g8
NtRp46895
(dp46896
g16
Nsg17
Nsg11
VHainan#China
p46897
sbg6
(g13
g8
NtRp46898
(dp46899
g16
Nsg17
Nsg11
VThe Gezhen Dam is a multi-purpose dam on the Changhua River in Hainan Province, China. It is located 34 km (21 mi) east of Dongfang. The dam serves mainly to provide run-of-the-river hydroelectric power and to supply water for irrigation. The dam's power plant has an installed capacity of 80 MW while it is designed to provide water for the irrigation of 8,667 ha (21,417 acres). Construction began in 2007, the reservoir began to fill in 2009 and the project was complete in December 2009.
p46900
sbg6
(g13
g8
NtRp46901
(dp46902
g16
Nsg17
Nsg11
VPOINT(108.96611022949 19.179721832275)
p46903
sbtp46904
a(g6
(g7
g8
NtRp46905
(dp46906
g11
Vhttp://dbpedia.org/resource/Geçitköy_Dam
p46907
sbg6
(g13
g8
NtRp46908
(dp46909
g16
Nsg17
Nsg11
VGeçitköy Dam
p46910
sbg6
(g13
g8
NtRp46911
(dp46912
g16
Nsg17
Nsg11
VCyprus
p46913
sbg6
(g13
g8
NtRp46914
(dp46915
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p46916
sbNNg6
(g7
g8
NtRp46917
(dp46918
g11
Vhttp://dbpedia.org/resource/Geçitköy_Dam__Lake__1
p46919
sbNg6
(g13
g8
NtRp46920
(dp46921
g16
Nsg17
Nsg11
VMunicipal and irrigation water
p46922
sbNg6
(g13
g8
NtRp46923
(dp46924
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp46925
(dp46926
g16
Nsg17
Nsg11
VCyprus
p46927
sbg6
(g13
g8
NtRp46928
(dp46929
g16
Nsg17
Nsg11
VThe Geçitköy Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03b7\u03c2 \u03a0\u03ac\u03bd\u03b1\u03b3\u03c1\u03b1\u03c2) is a rock-fill dam on the Mandara River about 8 km (5.0 mi) west of the town of Lapithos in Cyprus. The dam is located in the de facto territory of Northern Cyprus. It was originally completed as the Da\u011fdere Dam in 1989 but between 2012 and 2014 it was raised and expanded into its current form. The dam is part of the Northern Cyprus Water Supply Project and receives water not only from the river but via an undersea pipeline connected to the Alaköprü Dam, located near the southern shores of Mersin Province, Turkey. Construction on main works for the dam began on 30 March 2012 and it was completed on 7 March 2014. The new dam increased the reservoir capacity from 1,800,000 m3 (1,500 acre\u22c5ft) to 35,000,000 m3 (28,000 acre\u22c5ft). Water from Turkey fi
p46930
sbg6
(g13
g8
NtRp46931
(dp46932
g16
Nsg17
Nsg11
VPOINT(33.07092666626 35.329257965088)
p46933
sbtp46934
a(g6
(g7
g8
NtRp46935
(dp46936
g11
Vhttp://dbpedia.org/resource/Geçitköy_Dam
p46937
sbg6
(g13
g8
NtRp46938
(dp46939
g16
Nsg17
Nsg11
VDiga di Geçitköy
p46940
sbg6
(g13
g8
NtRp46941
(dp46942
g16
Nsg17
Nsg11
VCyprus
p46943
sbg6
(g13
g8
NtRp46944
(dp46945
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p46946
sbNNg6
(g7
g8
NtRp46947
(dp46948
g11
Vhttp://dbpedia.org/resource/Geçitköy_Dam__Lake__1
p46949
sbNg6
(g13
g8
NtRp46950
(dp46951
g16
Nsg17
Nsg11
VMunicipal and irrigation water
p46952
sbNg6
(g13
g8
NtRp46953
(dp46954
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp46955
(dp46956
g16
Nsg17
Nsg11
VCyprus
p46957
sbg6
(g13
g8
NtRp46958
(dp46959
g16
Nsg17
Nsg11
VThe Geçitköy Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03b7\u03c2 \u03a0\u03ac\u03bd\u03b1\u03b3\u03c1\u03b1\u03c2) is a rock-fill dam on the Mandara River about 8 km (5.0 mi) west of the town of Lapithos in Cyprus. The dam is located in the de facto territory of Northern Cyprus. It was originally completed as the Da\u011fdere Dam in 1989 but between 2012 and 2014 it was raised and expanded into its current form. The dam is part of the Northern Cyprus Water Supply Project and receives water not only from the river but via an undersea pipeline connected to the Alaköprü Dam, located near the southern shores of Mersin Province, Turkey. Construction on main works for the dam began on 30 March 2012 and it was completed on 7 March 2014. The new dam increased the reservoir capacity from 1,800,000 m3 (1,500 acre\u22c5ft) to 35,000,000 m3 (28,000 acre\u22c5ft). Water from Turkey fi
p46960
sbg6
(g13
g8
NtRp46961
(dp46962
g16
Nsg17
Nsg11
VPOINT(33.07092666626 35.329257965088)
p46963
sbtp46964
a(g6
(g7
g8
NtRp46965
(dp46966
g11
Vhttp://dbpedia.org/resource/Ghalemdi_Khola_Hydropower_Station
p46967
sbg6
(g13
g8
NtRp46968
(dp46969
g16
Nsg17
Nsg11
VGhalemdi Khola Hydropower Station
p46970
sbg6
(g13
g8
NtRp46971
(dp46972
g16
Nsg17
Nsg11
VNepal
p46973
sbg6
(g13
g8
NtRp46974
(dp46975
g16
Nsg17
Nsg11
VGravity
p46976
sbNNNNg6
(g13
g8
NtRp46977
(dp46978
g16
Nsg17
Nsg11
VPower
p46979
sbg6
(g13
g8
NtRp46980
(dp46981
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ghalemdi_River
p46982
sbg6
(g13
g8
NtRp46983
(dp46984
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp46985
(dp46986
g16
Nsg17
Nsg11
VNepal
p46987
sbg6
(g13
g8
NtRp46988
(dp46989
g16
Nsg17
Nsg11
VGhalemdi Khola Hydropower Station (Nepali:\u0918\u0932\u0947\u092e\u094d\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Myagdi District of Nepal. The flow from is used to generate 5 MW electricity. The plant is owned and developed by Ghalemdi Hydro Limited, an IPP of Nepal. The plant started generating electricity in 2020 and the generation licence will expire in 2049, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p46990
sbg6
(g13
g8
NtRp46991
(dp46992
g16
Nsg17
Nsg11
VPOINT(83.699996948242 28.52499961853)
p46993
sbtp46994
a(g6
(g7
g8
NtRp46995
(dp46996
g11
Vhttp://dbpedia.org/resource/Ghatghar_Dam
p46997
sbg6
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VGhatghar Dam refers to two associated gravity dams built using roller-compacted concrete, the first use in India. They are situated in Ghatghar village in Ahmednagar district Maharashtra, India. Both dams create a lower and upper reservoir for the 250 MW pumped-storage hydroelectric power station. The upper Ghatghar dam is 15 m (49 ft) tall and on the Pravara River, a tributary of Godavari river. The lower Ghatghar dam is 86 m (282 ft) tall and located on the which is a tributary of Ulhas River to the south west of the upper reservoir in a steep valley. The hydro power project diverts Godavari river basin water outside the basin area to a west flowing river of Western ghats.
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VGhazi-Barotha Hydropower Project (Urdu: \u063a\u0627\u0632\u0649 \u0628\u0631\u0648\u062a\u06be\u0627) is a 1,450 MW run-of-the-river hydropower connected to the Indus River about 10 km (6.2 mi) west of Attock in Punjab and east of Swabi and Haripur districts in Khyber Pakhtunkhwa, Pakistan. Construction of the project that began in 1995 consists of 5 generators each with a maximum power generation capacity of 290MW. Inauguration of the plant on 19 August 2003 by President General Pervez Musharraf also saw the commissioning of the first 2 of the 5 generators i.e. Unit 1 and Unit 2. The last generator was commissioned on 6 April 2004 and the project was completed by that December. It cost US$2.1 billion with funding from Pakistan's Water and Power Development Authority (WAPDA), the World Bank, Asian Development Bank, Japan Bank for Interna
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VGhazi-Barotha Hydropower Project (Urdu: \u063a\u0627\u0632\u0649 \u0628\u0631\u0648\u062a\u06be\u0627) is a 1,450 MW run-of-the-river hydropower connected to the Indus River about 10 km (6.2 mi) west of Attock in Punjab and east of Swabi and Haripur districts in Khyber Pakhtunkhwa, Pakistan. Construction of the project that began in 1995 consists of 5 generators each with a maximum power generation capacity of 290MW. Inauguration of the plant on 19 August 2003 by President General Pervez Musharraf also saw the commissioning of the first 2 of the 5 generators i.e. Unit 1 and Unit 2. The last generator was commissioned on 6 April 2004 and the project was completed by that December. It cost US$2.1 billion with funding from Pakistan's Water and Power Development Authority (WAPDA), the World Bank, Asian Development Bank, Japan Bank for Interna
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VThe Gilgel Gibe III Dam is a 250m high roller-compacted concrete dam with an associated hydroelectric power plant on the Omo River in Ethiopia. It is located about 62 km (39 mi) west of Sodo in the Southern Nations, Nationalities, and Peoples' Region. Once fully commissioned, it will be the third largest hydroelectric plant in Africa with a power output of about 1870 Megawatt (MW), thus more than doubling total installed capacity in Ethiopia from its 2007 level of 814 MW. The Gibe III dam is part of the Gibe cascade, a series of dams including the existing Gibe I dam (184 MW) and Gibe II power station (420 MW) as well as the planned Gibe IV (1472 MW) and Gibe V (560 MW) dams. The existing dams are owned and operated by the state-owned Ethiopian Electric Power, which is also the client for 
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VThe Gilgel Gibe III Dam is a 250m high roller-compacted concrete dam with an associated hydroelectric power plant on the Omo River in Ethiopia. It is located about 62 km (39 mi) west of Sodo in the Southern Nations, Nationalities, and Peoples' Region. Once fully commissioned, it will be the third largest hydroelectric plant in Africa with a power output of about 1870 Megawatt (MW), thus more than doubling total installed capacity in Ethiopia from its 2007 level of 814 MW. The Gibe III dam is part of the Gibe cascade, a series of dams including the existing Gibe I dam (184 MW) and Gibe II power station (420 MW) as well as the planned Gibe IV (1472 MW) and Gibe V (560 MW) dams. The existing dams are owned and operated by the state-owned Ethiopian Electric Power, which is also the client for 
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sg11
V0.61
p47644
sbNg6
(g7
g8
NtRp47645
(dp47646
g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_III_Dam__Lake__1
p47647
sbg6
(g13
g8
NtRp47648
(dp47649
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p47650
sbg6
(g13
g8
NtRp47651
(dp47652
g16
Nsg17
Nsg11
VPower
p47653
sbg6
(g13
g8
NtRp47654
(dp47655
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Omo_River_(Ethiopia)
p47656
sbg6
(g13
g8
NtRp47657
(dp47658
g16
Nsg17
Nsg11
VOperational; power station undergoing commissioning
p47659
sbNg6
(g13
g8
NtRp47660
(dp47661
g16
Nsg17
Nsg11
VEthiopia
p47662
sbg6
(g13
g8
NtRp47663
(dp47664
g16
Nsg17
Nsg11
VThe Gilgel Gibe III Dam is a 250m high roller-compacted concrete dam with an associated hydroelectric power plant on the Omo River in Ethiopia. It is located about 62 km (39 mi) west of Sodo in the Southern Nations, Nationalities, and Peoples' Region. Once fully commissioned, it will be the third largest hydroelectric plant in Africa with a power output of about 1870 Megawatt (MW), thus more than doubling total installed capacity in Ethiopia from its 2007 level of 814 MW. The Gibe III dam is part of the Gibe cascade, a series of dams including the existing Gibe I dam (184 MW) and Gibe II power station (420 MW) as well as the planned Gibe IV (1472 MW) and Gibe V (560 MW) dams. The existing dams are owned and operated by the state-owned Ethiopian Electric Power, which is also the client for 
p47665
sbg6
(g13
g8
NtRp47666
(dp47667
g16
Nsg17
Nsg11
VPOINT(37.301387786865 6.847222328186)
p47668
sbtp47669
a(g6
(g7
g8
NtRp47670
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g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam
p47672
sbg6
(g13
g8
NtRp47673
(dp47674
g16
Nsg17
Nsg11
V\uae38\uac94 \uae30\ubca0 1 \ubc1c\uc804\uc18c
p47675
sbg6
(g13
g8
NtRp47676
(dp47677
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p47678
sbg6
(g13
g8
NtRp47679
(dp47680
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p47681
sbg6
(g13
g8
NtRp47682
(dp47683
g16
Nsg17
g27
sg11
V1.7
p47684
sbNg6
(g7
g8
NtRp47685
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g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam__Lake__1
p47687
sbg6
(g13
g8
NtRp47688
(dp47689
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p47690
sbg6
(g13
g8
NtRp47691
(dp47692
g16
Nsg17
Nsg11
VPower
p47693
sbg6
(g13
g8
NtRp47694
(dp47695
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Omo_River_(Ethiopia)
p47696
sbg6
(g13
g8
NtRp47697
(dp47698
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47699
(dp47700
g16
Nsg17
Nsg11
VEthiopia
p47701
sbg6
(g13
g8
NtRp47702
(dp47703
g16
Nsg17
Nsg11
VThe Gilgel Gibe I Dam is a rock-filled embankment dam on the Gilgel Gibe River in Ethiopia. It is located about 57 km (35 mi) northeast of Jimma in Oromia Region. The primary purpose of the dam is hydroelectric power production. The Gilgel Gibe I hydroelectric powerplant has an installed capacity of 184 MW, enough to power over 123,200 households. The dam is 1,700 m (5,600 ft) long and 40 m (130 ft) tall. Construction on the dam began in 1988 but work was halted in 1994. In 1995 construction restarted with a new construction firm. The power station was commissioned in 2004.
p47704
sbg6
(g13
g8
NtRp47705
(dp47706
g16
Nsg17
Nsg11
VPOINT(37.321666717529 7.8313889503479)
p47707
sbtp47708
a(g6
(g7
g8
NtRp47709
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g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam
p47711
sbg6
(g13
g8
NtRp47712
(dp47713
g16
Nsg17
Nsg11
VGilgel Gibe I Dam
p47714
sbg6
(g13
g8
NtRp47715
(dp47716
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p47717
sbg6
(g13
g8
NtRp47718
(dp47719
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p47720
sbg6
(g13
g8
NtRp47721
(dp47722
g16
Nsg17
g27
sg11
V1.7
p47723
sbNg6
(g7
g8
NtRp47724
(dp47725
g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam__Lake__1
p47726
sbg6
(g13
g8
NtRp47727
(dp47728
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p47729
sbg6
(g13
g8
NtRp47730
(dp47731
g16
Nsg17
Nsg11
VPower
p47732
sbg6
(g13
g8
NtRp47733
(dp47734
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Omo_River_(Ethiopia)
p47735
sbg6
(g13
g8
NtRp47736
(dp47737
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47738
(dp47739
g16
Nsg17
Nsg11
VEthiopia
p47740
sbg6
(g13
g8
NtRp47741
(dp47742
g16
Nsg17
Nsg11
VThe Gilgel Gibe I Dam is a rock-filled embankment dam on the Gilgel Gibe River in Ethiopia. It is located about 57 km (35 mi) northeast of Jimma in Oromia Region. The primary purpose of the dam is hydroelectric power production. The Gilgel Gibe I hydroelectric powerplant has an installed capacity of 184 MW, enough to power over 123,200 households. The dam is 1,700 m (5,600 ft) long and 40 m (130 ft) tall. Construction on the dam began in 1988 but work was halted in 1994. In 1995 construction restarted with a new construction firm. The power station was commissioned in 2004.
p47743
sbg6
(g13
g8
NtRp47744
(dp47745
g16
Nsg17
Nsg11
VPOINT(37.321666717529 7.8313889503479)
p47746
sbtp47747
a(g6
(g7
g8
NtRp47748
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g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam
p47750
sbg6
(g13
g8
NtRp47751
(dp47752
g16
Nsg17
Nsg11
VBarrage Gilgel Gibe I
p47753
sbg6
(g13
g8
NtRp47754
(dp47755
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p47756
sbg6
(g13
g8
NtRp47757
(dp47758
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p47759
sbg6
(g13
g8
NtRp47760
(dp47761
g16
Nsg17
g27
sg11
V1.7
p47762
sbNg6
(g7
g8
NtRp47763
(dp47764
g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam__Lake__1
p47765
sbg6
(g13
g8
NtRp47766
(dp47767
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p47768
sbg6
(g13
g8
NtRp47769
(dp47770
g16
Nsg17
Nsg11
VPower
p47771
sbg6
(g13
g8
NtRp47772
(dp47773
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Omo_River_(Ethiopia)
p47774
sbg6
(g13
g8
NtRp47775
(dp47776
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47777
(dp47778
g16
Nsg17
Nsg11
VEthiopia
p47779
sbg6
(g13
g8
NtRp47780
(dp47781
g16
Nsg17
Nsg11
VThe Gilgel Gibe I Dam is a rock-filled embankment dam on the Gilgel Gibe River in Ethiopia. It is located about 57 km (35 mi) northeast of Jimma in Oromia Region. The primary purpose of the dam is hydroelectric power production. The Gilgel Gibe I hydroelectric powerplant has an installed capacity of 184 MW, enough to power over 123,200 households. The dam is 1,700 m (5,600 ft) long and 40 m (130 ft) tall. Construction on the dam began in 1988 but work was halted in 1994. In 1995 construction restarted with a new construction firm. The power station was commissioned in 2004.
p47782
sbg6
(g13
g8
NtRp47783
(dp47784
g16
Nsg17
Nsg11
VPOINT(37.321666717529 7.8313889503479)
p47785
sbtp47786
a(g6
(g7
g8
NtRp47787
(dp47788
g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam
p47789
sbg6
(g13
g8
NtRp47790
(dp47791
g16
Nsg17
Nsg11
VGilgel Gibe I Power Station
p47792
sbg6
(g13
g8
NtRp47793
(dp47794
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p47795
sbg6
(g13
g8
NtRp47796
(dp47797
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p47798
sbg6
(g13
g8
NtRp47799
(dp47800
g16
Nsg17
g27
sg11
V1.7
p47801
sbNg6
(g7
g8
NtRp47802
(dp47803
g11
Vhttp://dbpedia.org/resource/Gilgel_Gibe_I_Dam__Lake__1
p47804
sbg6
(g13
g8
NtRp47805
(dp47806
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p47807
sbg6
(g13
g8
NtRp47808
(dp47809
g16
Nsg17
Nsg11
VPower
p47810
sbg6
(g13
g8
NtRp47811
(dp47812
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Omo_River_(Ethiopia)
p47813
sbg6
(g13
g8
NtRp47814
(dp47815
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47816
(dp47817
g16
Nsg17
Nsg11
VEthiopia
p47818
sbg6
(g13
g8
NtRp47819
(dp47820
g16
Nsg17
Nsg11
VThe Gilgel Gibe I Dam is a rock-filled embankment dam on the Gilgel Gibe River in Ethiopia. It is located about 57 km (35 mi) northeast of Jimma in Oromia Region. The primary purpose of the dam is hydroelectric power production. The Gilgel Gibe I hydroelectric powerplant has an installed capacity of 184 MW, enough to power over 123,200 households. The dam is 1,700 m (5,600 ft) long and 40 m (130 ft) tall. Construction on the dam began in 1988 but work was halted in 1994. In 1995 construction restarted with a new construction firm. The power station was commissioned in 2004.
p47821
sbg6
(g13
g8
NtRp47822
(dp47823
g16
Nsg17
Nsg11
VPOINT(37.321666717529 7.8313889503479)
p47824
sbtp47825
a(g6
(g7
g8
NtRp47826
(dp47827
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station
p47828
sbg6
(g13
g8
NtRp47829
(dp47830
g16
Nsg17
Nsg11
VGitaru Hydroelectric Power Station
p47831
sbg6
(g13
g8
NtRp47832
(dp47833
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p47834
sbg6
(g13
g8
NtRp47835
(dp47836
g16
Nsg17
Nsg11
Vreservoir
p47837
sbg6
(g13
g8
NtRp47838
(dp47839
g16
Nsg17
g27
sg11
V0.58
p47840
sbNg6
(g7
g8
NtRp47841
(dp47842
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station__Lake__1
p47843
sbg6
(g13
g8
NtRp47844
(dp47845
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p47846
sbg6
(g13
g8
NtRp47847
(dp47848
g16
Nsg17
Nsg11
VPower
p47849
sbg6
(g13
g8
NtRp47850
(dp47851
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p47852
sbg6
(g13
g8
NtRp47853
(dp47854
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47855
(dp47856
g16
Nsg17
Nsg11
VKenya
p47857
sbg6
(g13
g8
NtRp47858
(dp47859
g16
Nsg17
Nsg11
VThe Gitaru Hydroelectric Power Station, also known as the Gitaru Dam, is a rock and earth-filled embankment dam on the Tana River in Kenya. It straddles the border between Embu and Machakos Counties in the former Eastern Province. The primary purpose of the dam is hydroelectric power generation, and it supports a 225 megawatt power station.
p47860
sbg6
(g13
g8
NtRp47861
(dp47862
g16
Nsg17
Nsg11
VPOINT(37.752498626709 -0.79527777433395)
p47863
sbtp47864
a(g6
(g7
g8
NtRp47865
(dp47866
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station
p47867
sbg6
(g13
g8
NtRp47868
(dp47869
g16
Nsg17
Nsg11
V\u0413\u0438\u0442\u0430\u0440\u0443 (\u0413\u042d\u0421)
p47870
sbg6
(g13
g8
NtRp47871
(dp47872
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p47873
sbg6
(g13
g8
NtRp47874
(dp47875
g16
Nsg17
Nsg11
Vreservoir
p47876
sbg6
(g13
g8
NtRp47877
(dp47878
g16
Nsg17
g27
sg11
V0.58
p47879
sbNg6
(g7
g8
NtRp47880
(dp47881
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station__Lake__1
p47882
sbg6
(g13
g8
NtRp47883
(dp47884
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p47885
sbg6
(g13
g8
NtRp47886
(dp47887
g16
Nsg17
Nsg11
VPower
p47888
sbg6
(g13
g8
NtRp47889
(dp47890
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p47891
sbg6
(g13
g8
NtRp47892
(dp47893
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47894
(dp47895
g16
Nsg17
Nsg11
VKenya
p47896
sbg6
(g13
g8
NtRp47897
(dp47898
g16
Nsg17
Nsg11
VThe Gitaru Hydroelectric Power Station, also known as the Gitaru Dam, is a rock and earth-filled embankment dam on the Tana River in Kenya. It straddles the border between Embu and Machakos Counties in the former Eastern Province. The primary purpose of the dam is hydroelectric power generation, and it supports a 225 megawatt power station.
p47899
sbg6
(g13
g8
NtRp47900
(dp47901
g16
Nsg17
Nsg11
VPOINT(37.752498626709 -0.79527777433395)
p47902
sbtp47903
a(g6
(g7
g8
NtRp47904
(dp47905
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station
p47906
sbg6
(g13
g8
NtRp47907
(dp47908
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0413\u0456\u0442\u0430\u0440\u0443
p47909
sbg6
(g13
g8
NtRp47910
(dp47911
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p47912
sbg6
(g13
g8
NtRp47913
(dp47914
g16
Nsg17
Nsg11
Vreservoir
p47915
sbg6
(g13
g8
NtRp47916
(dp47917
g16
Nsg17
g27
sg11
V0.58
p47918
sbNg6
(g7
g8
NtRp47919
(dp47920
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station__Lake__1
p47921
sbg6
(g13
g8
NtRp47922
(dp47923
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p47924
sbg6
(g13
g8
NtRp47925
(dp47926
g16
Nsg17
Nsg11
VPower
p47927
sbg6
(g13
g8
NtRp47928
(dp47929
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p47930
sbg6
(g13
g8
NtRp47931
(dp47932
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47933
(dp47934
g16
Nsg17
Nsg11
VKenya
p47935
sbg6
(g13
g8
NtRp47936
(dp47937
g16
Nsg17
Nsg11
VThe Gitaru Hydroelectric Power Station, also known as the Gitaru Dam, is a rock and earth-filled embankment dam on the Tana River in Kenya. It straddles the border between Embu and Machakos Counties in the former Eastern Province. The primary purpose of the dam is hydroelectric power generation, and it supports a 225 megawatt power station.
p47938
sbg6
(g13
g8
NtRp47939
(dp47940
g16
Nsg17
Nsg11
VPOINT(37.752498626709 -0.79527777433395)
p47941
sbtp47942
a(g6
(g7
g8
NtRp47943
(dp47944
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station
p47945
sbg6
(g13
g8
NtRp47946
(dp47947
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Gitaru
p47948
sbg6
(g13
g8
NtRp47949
(dp47950
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p47951
sbg6
(g13
g8
NtRp47952
(dp47953
g16
Nsg17
Nsg11
Vreservoir
p47954
sbg6
(g13
g8
NtRp47955
(dp47956
g16
Nsg17
g27
sg11
V0.58
p47957
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(g7
g8
NtRp47958
(dp47959
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station__Lake__1
p47960
sbg6
(g13
g8
NtRp47961
(dp47962
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p47963
sbg6
(g13
g8
NtRp47964
(dp47965
g16
Nsg17
Nsg11
VPower
p47966
sbg6
(g13
g8
NtRp47967
(dp47968
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p47969
sbg6
(g13
g8
NtRp47970
(dp47971
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp47972
(dp47973
g16
Nsg17
Nsg11
VKenya
p47974
sbg6
(g13
g8
NtRp47975
(dp47976
g16
Nsg17
Nsg11
VThe Gitaru Hydroelectric Power Station, also known as the Gitaru Dam, is a rock and earth-filled embankment dam on the Tana River in Kenya. It straddles the border between Embu and Machakos Counties in the former Eastern Province. The primary purpose of the dam is hydroelectric power generation, and it supports a 225 megawatt power station.
p47977
sbg6
(g13
g8
NtRp47978
(dp47979
g16
Nsg17
Nsg11
VPOINT(37.752498626709 -0.79527777433395)
p47980
sbtp47981
a(g6
(g7
g8
NtRp47982
(dp47983
g11
Vhttp://dbpedia.org/resource/Gitaru_Hydroelectric_Power_Station
p47984
sbg6
(g13
g8
NtRp47985
(dp47986
g16
Nsg17
Nsg11
VKraftwerk Gitaru
p47987
sbg6
(g13
g8
NtRp47988
(dp47989
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p47990
sbg6
(g13
g8
NtRp47991
(dp47992
g16
Nsg17
Nsg11
Vreservoir
p47993
sbg6
(g13
g8
NtRp47994
(dp47995
g16
Nsg17
g27
sg11
V0.58
p47996
sbNg6
(g7
g8
NtRp47997
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VGlen Canyon Dam is a concrete arch-gravity dam on the Colorado River in northern Arizona, United States, near the town of Page. The 710-foot (220 m) high dam was built by the U.S. Bureau of Reclamation (USBR) from 1956 to 1966 and forms Lake Powell, one of the largest man-made reservoirs in the U.S. with a capacity of more than 25 million acre-feet (31 km3). The dam is named for Glen Canyon, a series of deep sandstone gorges now flooded by the reservoir; Lake Powell is named for John Wesley Powell, who in 1869 led the first expedition to traverse the Colorado River's Grand Canyon by boat.
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VGlen Canyon Dam is a concrete arch-gravity dam on the Colorado River in northern Arizona, United States, near the town of Page. The 710-foot (220 m) high dam was built by the U.S. Bureau of Reclamation (USBR) from 1956 to 1966 and forms Lake Powell, one of the largest man-made reservoirs in the U.S. with a capacity of more than 25 million acre-feet (31 km3). The dam is named for Glen Canyon, a series of deep sandstone gorges now flooded by the reservoir; Lake Powell is named for John Wesley Powell, who in 1869 led the first expedition to traverse the Colorado River's Grand Canyon by boat.
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VGlen Canyon Dam is a concrete arch-gravity dam on the Colorado River in northern Arizona, United States, near the town of Page. The 710-foot (220 m) high dam was built by the U.S. Bureau of Reclamation (USBR) from 1956 to 1966 and forms Lake Powell, one of the largest man-made reservoirs in the U.S. with a capacity of more than 25 million acre-feet (31 km3). The dam is named for Glen Canyon, a series of deep sandstone gorges now flooded by the reservoir; Lake Powell is named for John Wesley Powell, who in 1869 led the first expedition to traverse the Colorado River's Grand Canyon by boat.
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Nsg17
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p48356
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NtRp48357
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Nsg17
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VGlen Melville Reservoir
p48359
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p48362
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VThe Glen Melville Dam is a dam supplied by the Orange-Fish River Tunnel, near Grahamstown, Eastern Cape, South Africa. It was established in 1992 and its main purpose is for domestic and industrial use. The construction of the dam was motivated by the lack of access to sufficient water in Grahamstown.
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sbtp48369
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p48372
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NtRp48373
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Nsg17
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VGlenbawn Dam
p48375
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NtRp48376
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Nsg17
Nsg11
VAustralia
p48378
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NtRp48379
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Nsg11
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NtRp48381
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g16
Nsg17
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p48386
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NtRp48387
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Nsg17
Nsg11
VEnvironmental,hydro-electric power,irrigation,water supplyand conservation
p48389
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g8
NtRp48390
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Nsg17
Nsg11
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p48392
sbg6
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g8
NtRp48393
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
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NtRp48395
(dp48396
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Nsg17
Nsg11
VNew South Wales
p48397
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g8
NtRp48398
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VGlenbawn Dam is a major ungated earth and rock fill with clay core embankment dam with concrete chute spillway plus fuse plugs across the Hunter River upstream of Aberdeen in the Hunter region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-electric power, irrigation, water supply and conservation. The impounded reservoir is called Lake Glenbawn. Glenbawn Dam was created through enabling legislation enacted through the passage of the Glenbawn Dam Act, 1946 (NSW). The Act appropriated A£1,500,000 as the estimated cost of construction of the dam.
p48400
sbg6
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NtRp48401
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Nsg17
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sbtp48404
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NtRp48408
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Nsg17
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VGlenbawn Dam
p48410
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NtRp48411
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g16
Nsg17
Nsg11
VAustralia
p48413
sbg6
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g8
NtRp48414
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g16
Nsg17
Nsg11
VE
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g8
NtRp48416
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g16
Nsg17
g27
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V1.125
p48418
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NtRp48419
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p48421
sbNg6
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g8
NtRp48422
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g16
Nsg17
Nsg11
VEnvironmental,hydro-electric power,irrigation,water supplyand conservation
p48424
sbg6
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g8
NtRp48425
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g16
Nsg17
Nsg11
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p48427
sbg6
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g8
NtRp48428
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp48430
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g16
Nsg17
Nsg11
VNew South Wales
p48432
sbg6
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g8
NtRp48433
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VGlenbawn Dam is a major ungated earth and rock fill with clay core embankment dam with concrete chute spillway plus fuse plugs across the Hunter River upstream of Aberdeen in the Hunter region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-electric power, irrigation, water supply and conservation. The impounded reservoir is called Lake Glenbawn. Glenbawn Dam was created through enabling legislation enacted through the passage of the Glenbawn Dam Act, 1946 (NSW). The Act appropriated A£1,500,000 as the estimated cost of construction of the dam.
p48435
sbg6
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NtRp48436
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Nsg17
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VPOINT(150.98445129395 -32.098331451416)
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sbtp48439
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p48442
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NtRp48443
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g16
Nsg17
Nsg11
VLake Glenbawn
p48445
sbg6
(g13
g8
NtRp48446
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g16
Nsg17
Nsg11
VAustralia
p48448
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g8
NtRp48449
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Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp48451
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g16
Nsg17
g27
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V1.125
p48453
sbNg6
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NtRp48454
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p48456
sbNg6
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g8
NtRp48457
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g16
Nsg17
Nsg11
VEnvironmental,hydro-electric power,irrigation,water supplyand conservation
p48459
sbg6
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g8
NtRp48460
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Nsg17
Nsg11
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p48462
sbg6
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g8
NtRp48463
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp48465
(dp48466
g16
Nsg17
Nsg11
VNew South Wales
p48467
sbg6
(g13
g8
NtRp48468
(dp48469
g16
Nsg17
Nsg11
VGlenbawn Dam is a major ungated earth and rock fill with clay core embankment dam with concrete chute spillway plus fuse plugs across the Hunter River upstream of Aberdeen in the Hunter region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-electric power, irrigation, water supply and conservation. The impounded reservoir is called Lake Glenbawn. Glenbawn Dam was created through enabling legislation enacted through the passage of the Glenbawn Dam Act, 1946 (NSW). The Act appropriated A£1,500,000 as the estimated cost of construction of the dam.
p48470
sbg6
(g13
g8
NtRp48471
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g16
Nsg17
Nsg11
VPOINT(150.98445129395 -32.098331451416)
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sbtp48474
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g8
NtRp48475
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g11
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p48477
sbg6
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g8
NtRp48478
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0413\u043b\u0435\u043d\u0434\u043e\u0443
p48480
sbg6
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g8
NtRp48481
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g16
Nsg17
Nsg11
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p48483
sbNg6
(g13
g8
NtRp48484
(dp48485
g16
Nsg17
g27
sg11
V0.905
p48486
sbNg6
(g7
g8
NtRp48487
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g11
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p48489
sbg6
(g13
g8
NtRp48490
(dp48491
g16
Nsg17
Nsg11
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p48492
sbNNNNg6
(g13
g8
NtRp48493
(dp48494
g16
Nsg17
Nsg11
VUK Scotland
p48495
sbg6
(g13
g8
NtRp48496
(dp48497
g16
Nsg17
Nsg11
VThe Glendoe Hydro Scheme for the generation of hydro-electric power is located near Fort Augustus, above Loch Ness in the Highlands of Scotland. The scheme is operated by Scottish and Southern Energy (SSE) and was opened on 29 June 2009 by Queen Elizabeth, accompanied by the Duke of Edinburgh.
p48498
sbg6
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g8
NtRp48499
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g16
Nsg17
Nsg11
VPOINT(-4.5560002326965 57.092998504639)
p48501
sbtp48502
a(g6
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NtRp48503
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p48505
sbg6
(g13
g8
NtRp48506
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g16
Nsg17
Nsg11
VGlendoe Hydro Scheme
p48508
sbg6
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g8
NtRp48509
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g16
Nsg17
Nsg11
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p48511
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g8
NtRp48512
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g16
Nsg17
g27
sg11
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p48514
sbNg6
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g8
NtRp48515
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g11
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p48517
sbg6
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g8
NtRp48518
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g16
Nsg17
Nsg11
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p48520
sbNNNNg6
(g13
g8
NtRp48521
(dp48522
g16
Nsg17
Nsg11
VUK Scotland
p48523
sbg6
(g13
g8
NtRp48524
(dp48525
g16
Nsg17
Nsg11
VThe Glendoe Hydro Scheme for the generation of hydro-electric power is located near Fort Augustus, above Loch Ness in the Highlands of Scotland. The scheme is operated by Scottish and Southern Energy (SSE) and was opened on 29 June 2009 by Queen Elizabeth, accompanied by the Duke of Edinburgh.
p48526
sbg6
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g8
NtRp48527
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Nsg17
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VPOINT(-4.5560002326965 57.092998504639)
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sbtp48530
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NtRp48531
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p48533
sbg6
(g13
g8
NtRp48534
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g16
Nsg17
Nsg11
VGlenmaggie Dam
p48536
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(g13
g8
NtRp48537
(dp48538
g16
Nsg17
Nsg11
VAustralia
p48539
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(g13
g8
NtRp48540
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g16
Nsg17
Nsg11
VG
sbg6
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g8
NtRp48542
(dp48543
g16
Nsg17
g27
sg11
V0.295
p48544
sbg6
(g13
g8
NtRp48545
(dp48546
g16
Nsg17
g27
sg11
V77.0
p48547
sbg6
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g8
NtRp48548
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g11
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p48550
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g8
NtRp48551
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g16
Nsg17
Nsg11
VI
sbg6
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g8
NtRp48553
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g16
Nsg17
Nsg11
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p48555
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g8
NtRp48556
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp48558
(dp48559
g16
Nsg17
Nsg11
VVictoria
p48560
sbg6
(g13
g8
NtRp48561
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g16
Nsg17
Nsg11
VThe Glenmaggie Dam is a concrete block foundation gravity dam with 14 radial arm gates across the Macalister River, located near Maffra, Central Gippsland, in the Australian state of Victoria. The dam's purpose includes irrigation, the generation of hydro-electric power, water supply and conservation. The impounded reservoir is called Lake Glenmaggie.
p48563
sbg6
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g8
NtRp48564
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g16
Nsg17
Nsg11
VPOINT(146.80000305176 -37.904724121094)
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g8
NtRp48568
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g11
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p48570
sbg6
(g13
g8
NtRp48571
(dp48572
g16
Nsg17
Nsg11
VLac Saint Clair (Nouvelle-Galles du Sud)
p48573
sbg6
(g13
g8
NtRp48574
(dp48575
g16
Nsg17
Nsg11
VAustralia
p48576
sbg6
(g13
g8
NtRp48577
(dp48578
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp48579
(dp48580
g16
Nsg17
g27
sg11
V0.535
p48581
sbNg6
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g8
NtRp48582
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g11
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p48584
sbNg6
(g13
g8
NtRp48585
(dp48586
g16
Nsg17
Nsg11
VFlood mitigation,irrigation,water supplyand conservation
p48587
sbNg6
(g13
g8
NtRp48588
(dp48589
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp48590
(dp48591
g16
Nsg17
g27
sg11
V875.0
p48592
sbg6
(g13
g8
NtRp48593
(dp48594
g16
Nsg17
Nsg11
VNew South Wales
p48595
sbg6
(g13
g8
NtRp48596
(dp48597
g16
Nsg17
Nsg11
VGlennies Creek Dam is a minor ungated concrete faced curved earth and rockfill embankment dam with an uncontrolled rock cut spillway across the Glennies Creek, upstream of Singleton, in the Hunter region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and conservation. The impounded reservoir is called Lake Saint Clair. Glennies Creek Dam was created through enabling legislation enacted through the passage of the Glennies Creek Dam, 1979 (NSW). The Act appropriated AU$30 million as the estimated cost of construction of the dam.
p48598
sbg6
(g13
g8
NtRp48599
(dp48600
g16
Nsg17
Nsg11
VPOINT(151.2511138916 -32.348331451416)
p48601
sbtp48602
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g8
NtRp48603
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p48605
sbg6
(g13
g8
NtRp48606
(dp48607
g16
Nsg17
Nsg11
VGlennies Creek Dam
p48608
sbg6
(g13
g8
NtRp48609
(dp48610
g16
Nsg17
Nsg11
VAustralia
p48611
sbg6
(g13
g8
NtRp48612
(dp48613
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp48614
(dp48615
g16
Nsg17
g27
sg11
V0.535
p48616
sbNg6
(g7
g8
NtRp48617
(dp48618
g11
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p48619
sbNg6
(g13
g8
NtRp48620
(dp48621
g16
Nsg17
Nsg11
VFlood mitigation,irrigation,water supplyand conservation
p48622
sbNg6
(g13
g8
NtRp48623
(dp48624
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp48625
(dp48626
g16
Nsg17
g27
sg11
V875.0
p48627
sbg6
(g13
g8
NtRp48628
(dp48629
g16
Nsg17
Nsg11
VNew South Wales
p48630
sbg6
(g13
g8
NtRp48631
(dp48632
g16
Nsg17
Nsg11
VGlennies Creek Dam is a minor ungated concrete faced curved earth and rockfill embankment dam with an uncontrolled rock cut spillway across the Glennies Creek, upstream of Singleton, in the Hunter region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and conservation. The impounded reservoir is called Lake Saint Clair. Glennies Creek Dam was created through enabling legislation enacted through the passage of the Glennies Creek Dam, 1979 (NSW). The Act appropriated AU$30 million as the estimated cost of construction of the dam.
p48633
sbg6
(g13
g8
NtRp48634
(dp48635
g16
Nsg17
Nsg11
VPOINT(151.2511138916 -32.348331451416)
p48636
sbtp48637
a(g6
(g7
g8
NtRp48638
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g11
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p48640
sbg6
(g13
g8
NtRp48641
(dp48642
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0393\u03ba\u03bb\u03ad\u03bd\u03bf
p48643
sbg6
(g13
g8
NtRp48644
(dp48645
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p48646
sbNNNg6
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g8
NtRp48647
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p48649
sbNNNg6
(g13
g8
NtRp48650
(dp48651
g16
Nsg17
Nsg11
VFailed, surviving structure standing
p48652
sbNg6
(g13
g8
NtRp48653
(dp48654
g16
Nsg17
Nsg11
VItaly
p48655
sbg6
(g13
g8
NtRp48656
(dp48657
g16
Nsg17
Nsg11
VThe Gleno Dam was a multiple arch buttress dam on the Gleno Creek in the Valle di Scalve, northern Province of Bergamo, Italy. The dam was built between 1916 and 1923 with the purpose of producing hydroelectric power. The middle section of the dam collapsed on 1 December 1923, forty days after the reservoir was filled, causing widespread flooding that killed at least 356 people.
p48658
sbg6
(g13
g8
NtRp48659
(dp48660
g16
Nsg17
Nsg11
VPOINT(10.074999809265 46.016387939453)
p48661
sbtp48662
a(g6
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g8
NtRp48663
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g11
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p48665
sbg6
(g13
g8
NtRp48666
(dp48667
g16
Nsg17
Nsg11
VBarrage du Gleno
p48668
sbg6
(g13
g8
NtRp48669
(dp48670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p48671
sbNNNg6
(g7
g8
NtRp48672
(dp48673
g11
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p48674
sbNNNg6
(g13
g8
NtRp48675
(dp48676
g16
Nsg17
Nsg11
VFailed, surviving structure standing
p48677
sbNg6
(g13
g8
NtRp48678
(dp48679
g16
Nsg17
Nsg11
VItaly
p48680
sbg6
(g13
g8
NtRp48681
(dp48682
g16
Nsg17
Nsg11
VThe Gleno Dam was a multiple arch buttress dam on the Gleno Creek in the Valle di Scalve, northern Province of Bergamo, Italy. The dam was built between 1916 and 1923 with the purpose of producing hydroelectric power. The middle section of the dam collapsed on 1 December 1923, forty days after the reservoir was filled, causing widespread flooding that killed at least 356 people.
p48683
sbg6
(g13
g8
NtRp48684
(dp48685
g16
Nsg17
Nsg11
VPOINT(10.074999809265 46.016387939453)
p48686
sbtp48687
a(g6
(g7
g8
NtRp48688
(dp48689
g11
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p48690
sbg6
(g13
g8
NtRp48691
(dp48692
g16
Nsg17
Nsg11
VGleno-Talsperre
p48693
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(g13
g8
NtRp48694
(dp48695
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p48696
sbNNNg6
(g7
g8
NtRp48697
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g11
Vhttp://dbpedia.org/resource/Gleno_Dam__Lake__1
p48699
sbNNNg6
(g13
g8
NtRp48700
(dp48701
g16
Nsg17
Nsg11
VFailed, surviving structure standing
p48702
sbNg6
(g13
g8
NtRp48703
(dp48704
g16
Nsg17
Nsg11
VItaly
p48705
sbg6
(g13
g8
NtRp48706
(dp48707
g16
Nsg17
Nsg11
VThe Gleno Dam was a multiple arch buttress dam on the Gleno Creek in the Valle di Scalve, northern Province of Bergamo, Italy. The dam was built between 1916 and 1923 with the purpose of producing hydroelectric power. The middle section of the dam collapsed on 1 December 1923, forty days after the reservoir was filled, causing widespread flooding that killed at least 356 people.
p48708
sbg6
(g13
g8
NtRp48709
(dp48710
g16
Nsg17
Nsg11
VPOINT(10.074999809265 46.016387939453)
p48711
sbtp48712
a(g6
(g7
g8
NtRp48713
(dp48714
g11
Vhttp://dbpedia.org/resource/Gleno_Dam
p48715
sbg6
(g13
g8
NtRp48716
(dp48717
g16
Nsg17
Nsg11
VDiga del Gleno
p48718
sbg6
(g13
g8
NtRp48719
(dp48720
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p48721
sbNNNg6
(g7
g8
NtRp48722
(dp48723
g11
Vhttp://dbpedia.org/resource/Gleno_Dam__Lake__1
p48724
sbNNNg6
(g13
g8
NtRp48725
(dp48726
g16
Nsg17
Nsg11
VFailed, surviving structure standing
p48727
sbNg6
(g13
g8
NtRp48728
(dp48729
g16
Nsg17
Nsg11
VItaly
p48730
sbg6
(g13
g8
NtRp48731
(dp48732
g16
Nsg17
Nsg11
VThe Gleno Dam was a multiple arch buttress dam on the Gleno Creek in the Valle di Scalve, northern Province of Bergamo, Italy. The dam was built between 1916 and 1923 with the purpose of producing hydroelectric power. The middle section of the dam collapsed on 1 December 1923, forty days after the reservoir was filled, causing widespread flooding that killed at least 356 people.
p48733
sbg6
(g13
g8
NtRp48734
(dp48735
g16
Nsg17
Nsg11
VPOINT(10.074999809265 46.016387939453)
p48736
sbtp48737
a(g6
(g7
g8
NtRp48738
(dp48739
g11
Vhttp://dbpedia.org/resource/Gleno_Dam
p48740
sbg6
(g13
g8
NtRp48741
(dp48742
g16
Nsg17
Nsg11
VGleno Dam
p48743
sbg6
(g13
g8
NtRp48744
(dp48745
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p48746
sbNNNg6
(g7
g8
NtRp48747
(dp48748
g11
Vhttp://dbpedia.org/resource/Gleno_Dam__Lake__1
p48749
sbNNNg6
(g13
g8
NtRp48750
(dp48751
g16
Nsg17
Nsg11
VFailed, surviving structure standing
p48752
sbNg6
(g13
g8
NtRp48753
(dp48754
g16
Nsg17
Nsg11
VItaly
p48755
sbg6
(g13
g8
NtRp48756
(dp48757
g16
Nsg17
Nsg11
VThe Gleno Dam was a multiple arch buttress dam on the Gleno Creek in the Valle di Scalve, northern Province of Bergamo, Italy. The dam was built between 1916 and 1923 with the purpose of producing hydroelectric power. The middle section of the dam collapsed on 1 December 1923, forty days after the reservoir was filled, causing widespread flooding that killed at least 356 people.
p48758
sbg6
(g13
g8
NtRp48759
(dp48760
g16
Nsg17
Nsg11
VPOINT(10.074999809265 46.016387939453)
p48761
sbtp48762
a(g6
(g7
g8
NtRp48763
(dp48764
g11
Vhttp://dbpedia.org/resource/Glomfjord_power_plant
p48765
sbg6
(g13
g8
NtRp48766
(dp48767
g16
Nsg17
Nsg11
V\u0413\u043b\u043e\u043c\u0444\u044c\u043e\u0440\u0434 \u0413\u042d\u0421
p48768
sbg6
(g13
g8
NtRp48769
(dp48770
g16
Nsg17
Nsg11
VNorway
p48771
sbNNNg6
(g7
g8
NtRp48772
(dp48773
g11
Vhttp://dbpedia.org/resource/Glomfjord_power_plant__Lake__1
p48774
sbg6
(g13
g8
NtRp48775
(dp48776
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Statkraft
p48777
sbNNg6
(g13
g8
NtRp48778
(dp48779
g16
Nsg17
Nsg11
VOperational
p48780
sbNNg6
(g13
g8
NtRp48781
(dp48782
g16
Nsg17
Nsg11
VGlomfjord power plant is a hydroelectric power plant in the village of Glomfjord in the municipality of Meløy in Nordland county, Norway. It gets its water from Nedre Navervatn lake which is located about 465 metres (1,526 ft) above sea level. The plant also house a newer 2.4WM Francis generator taking water from Fykanvatn lake as well. The outlet of the plant is the Glomfjorden and then the Norwegian Sea. The plant is currently owned by Statkraft.
p48783
sbg6
(g13
g8
NtRp48784
(dp48785
g16
Nsg17
Nsg11
VPOINT(13.995833396912 66.79638671875)
p48786
sbtp48787
a(g6
(g7
g8
NtRp48788
(dp48789
g11
Vhttp://dbpedia.org/resource/Glomfjord_power_plant
p48790
sbg6
(g13
g8
NtRp48791
(dp48792
g16
Nsg17
Nsg11
VGlomfjord power plant
p48793
sbg6
(g13
g8
NtRp48794
(dp48795
g16
Nsg17
Nsg11
VNorway
p48796
sbNNNg6
(g7
g8
NtRp48797
(dp48798
g11
Vhttp://dbpedia.org/resource/Glomfjord_power_plant__Lake__1
p48799
sbg6
(g13
g8
NtRp48800
(dp48801
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Statkraft
p48802
sbNNg6
(g13
g8
NtRp48803
(dp48804
g16
Nsg17
Nsg11
VOperational
p48805
sbNNg6
(g13
g8
NtRp48806
(dp48807
g16
Nsg17
Nsg11
VGlomfjord power plant is a hydroelectric power plant in the village of Glomfjord in the municipality of Meløy in Nordland county, Norway. It gets its water from Nedre Navervatn lake which is located about 465 metres (1,526 ft) above sea level. The plant also house a newer 2.4WM Francis generator taking water from Fykanvatn lake as well. The outlet of the plant is the Glomfjorden and then the Norwegian Sea. The plant is currently owned by Statkraft.
p48808
sbg6
(g13
g8
NtRp48809
(dp48810
g16
Nsg17
Nsg11
VPOINT(13.995833396912 66.79638671875)
p48811
sbtp48812
a(g6
(g7
g8
NtRp48813
(dp48814
g11
Vhttp://dbpedia.org/resource/Gokul_barrage
p48815
sbg6
(g13
g8
NtRp48816
(dp48817
g16
Nsg17
Nsg11
VGokul barrage
p48818
sbg6
(g13
g8
NtRp48819
(dp48820
g16
Nsg17
Nsg11
VIndia
p48821
sbNNNNNNNg6
(g13
g8
NtRp48822
(dp48823
g16
Nsg17
Nsg11
VFunctional
p48824
sbNg6
(g13
g8
NtRp48825
(dp48826
g16
Nsg17
Nsg11
VIndia Uttar Pradesh
p48827
sbg6
(g13
g8
NtRp48828
(dp48829
g16
Nsg17
Nsg11
VThe Gokul barrage, also Mathura barrage is a barrage on Yamuna River at Gokul in Mathura district, top of which also serves as the road bridge. Yamuna has a total of 6 barrages, from north-west to south-east, Dakpathar Barrage (Uttarakhand), Hathni Kund Barrage (172km from Yamunotri origin, replaced the older defunct Tajewala Barrage in Haryana), Wazirabad barrage (244km from Hathnikund to north Delhi), ITO barrage (central Delhi), Okhla barrage (22km from Wazirabad to south Delhi, "New Okhla barrage" is later-era new barrage) and Mathura barrage (at Gokul, Uttar Pradesh).
p48830
sbg6
(g13
g8
NtRp48831
(dp48832
g16
Nsg17
Nsg11
VPOINT(77.716110229492 27.443056106567)
p48833
sbtp48834
a(g6
(g7
g8
NtRp48835
(dp48836
g11
Vhttp://dbpedia.org/resource/Gold_Creek_Dam
p48837
sbg6
(g13
g8
NtRp48838
(dp48839
g16
Nsg17
Nsg11
VGold Creek Dam
p48840
sbg6
(g13
g8
NtRp48841
(dp48842
g16
Nsg17
Nsg11
VAustralia
p48843
sbg6
(g13
g8
NtRp48844
(dp48845
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp48846
(dp48847
g16
Nsg17
g27
sg11
V0.191
p48848
sbNg6
(g7
g8
NtRp48849
(dp48850
g11
Vhttp://dbpedia.org/resource/Gold_Creek_Dam__Lake__1
p48851
sbNg6
(g13
g8
NtRp48852
(dp48853
g16
Nsg17
Nsg11
VPotablewater supply
p48854
sbg6
(g13
g8
NtRp48855
(dp48856
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gold_Creek_(Queensland)
p48857
sbg6
(g13
g8
NtRp48858
(dp48859
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp48860
(dp48861
g16
Nsg17
Nsg11
VQueensland
p48862
sbg6
(g13
g8
NtRp48863
(dp48864
g16
Nsg17
Nsg11
VThe Gold Creek Dam is an earth-fill embankment dam with an un-gated spillway across the Gold Creek that is located in the South East region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Brisbane region. The resultant reservoir is called the Gold Creek Reservoir.
p48865
sbg6
(g13
g8
NtRp48866
(dp48867
g16
Nsg17
Nsg11
VPOINT(152.88110351562 -27.460832595825)
p48868
sbtp48869
a(g6
(g7
g8
NtRp48870
(dp48871
g11
Vhttp://dbpedia.org/resource/Goldisthal_Pumped_Storage_Station
p48872
sbg6
(g13
g8
NtRp48873
(dp48874
g16
Nsg17
Nsg11
VPumpspeicherwerk Goldisthal
p48875
sbg6
(g13
g8
NtRp48876
(dp48877
g16
Nsg17
Nsg11
VGermany
p48878
sbNNNNg6
(g13
g8
NtRp48879
(dp48880
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vattenfall
p48881
sbNNg6
(g13
g8
NtRp48882
(dp48883
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp48884
(dp48885
g16
Nsg17
Nsg11
VThe Goldisthal Pumped Storage Station is a pumped-storage power station in the Thüringer Mountains at the upper run of the river Schwarza in Goldisthal, Germany. It was constructed between 1997 and 2004. It has an installed capacity of 1,060 megawatts (1,420,000 hp), the largest hydroelectric power plant in Germany and one of largest in Europe.
p48886
sbg6
(g13
g8
NtRp48887
(dp48888
g16
Nsg17
Nsg11
VPOINT(11.005000114441 50.507221221924)
p48889
sbtp48890
a(g6
(g7
g8
NtRp48891
(dp48892
g11
Vhttp://dbpedia.org/resource/Goldisthal_Pumped_Storage_Station
p48893
sbg6
(g13
g8
NtRp48894
(dp48895
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0413\u043e\u043b\u0434\u0456\u0441\u0442\u0430\u043b
p48896
sbg6
(g13
g8
NtRp48897
(dp48898
g16
Nsg17
Nsg11
VGermany
p48899
sbNNNNg6
(g13
g8
NtRp48900
(dp48901
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vattenfall
p48902
sbNNg6
(g13
g8
NtRp48903
(dp48904
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp48905
(dp48906
g16
Nsg17
Nsg11
VThe Goldisthal Pumped Storage Station is a pumped-storage power station in the Thüringer Mountains at the upper run of the river Schwarza in Goldisthal, Germany. It was constructed between 1997 and 2004. It has an installed capacity of 1,060 megawatts (1,420,000 hp), the largest hydroelectric power plant in Germany and one of largest in Europe.
p48907
sbg6
(g13
g8
NtRp48908
(dp48909
g16
Nsg17
Nsg11
VPOINT(11.005000114441 50.507221221924)
p48910
sbtp48911
a(g6
(g7
g8
NtRp48912
(dp48913
g11
Vhttp://dbpedia.org/resource/Goldisthal_Pumped_Storage_Station
p48914
sbg6
(g13
g8
NtRp48915
(dp48916
g16
Nsg17
Nsg11
VCentrale de Goldisthal
p48917
sbg6
(g13
g8
NtRp48918
(dp48919
g16
Nsg17
Nsg11
VGermany
p48920
sbNNNNg6
(g13
g8
NtRp48921
(dp48922
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vattenfall
p48923
sbNNg6
(g13
g8
NtRp48924
(dp48925
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp48926
(dp48927
g16
Nsg17
Nsg11
VThe Goldisthal Pumped Storage Station is a pumped-storage power station in the Thüringer Mountains at the upper run of the river Schwarza in Goldisthal, Germany. It was constructed between 1997 and 2004. It has an installed capacity of 1,060 megawatts (1,420,000 hp), the largest hydroelectric power plant in Germany and one of largest in Europe.
p48928
sbg6
(g13
g8
NtRp48929
(dp48930
g16
Nsg17
Nsg11
VPOINT(11.005000114441 50.507221221924)
p48931
sbtp48932
a(g6
(g7
g8
NtRp48933
(dp48934
g11
Vhttp://dbpedia.org/resource/Goldisthal_Pumped_Storage_Station
p48935
sbg6
(g13
g8
NtRp48936
(dp48937
g16
Nsg17
Nsg11
VGoldisthal Pumped Storage Station
p48938
sbg6
(g13
g8
NtRp48939
(dp48940
g16
Nsg17
Nsg11
VGermany
p48941
sbNNNNg6
(g13
g8
NtRp48942
(dp48943
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vattenfall
p48944
sbNNg6
(g13
g8
NtRp48945
(dp48946
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp48947
(dp48948
g16
Nsg17
Nsg11
VThe Goldisthal Pumped Storage Station is a pumped-storage power station in the Thüringer Mountains at the upper run of the river Schwarza in Goldisthal, Germany. It was constructed between 1997 and 2004. It has an installed capacity of 1,060 megawatts (1,420,000 hp), the largest hydroelectric power plant in Germany and one of largest in Europe.
p48949
sbg6
(g13
g8
NtRp48950
(dp48951
g16
Nsg17
Nsg11
VPOINT(11.005000114441 50.507221221924)
p48952
sbtp48953
a(g6
(g7
g8
NtRp48954
(dp48955
g11
Vhttp://dbpedia.org/resource/Golmud_Gas-fire_Power_Station
p48956
sbg6
(g13
g8
NtRp48957
(dp48958
g16
Nsg17
Nsg11
VGolmud Gas-fire Power Station
p48959
sbg6
(g13
g8
NtRp48960
(dp48961
g16
Nsg17
Nsg11
VChina
p48962
sbNNNNNg6
(g13
g8
NtRp48963
(dp48964
g16
Nsg17
Nsg11
VPower
p48965
sbNNNNg6
(g13
g8
NtRp48966
(dp48967
g16
Nsg17
Nsg11
VThe Golmud Gas-fire Power Station (Chinese: \u683c\u5c14\u6728\u71c3\u6c14\u7535\u7ad9), also known as Ge-ermu Gas Power Station, is a gas-steam combined circulation power plant in Qinghai, with a total installed capacity of 300MW. Golmud Gas-fire Power Station is a major power supply project in the "Tenth Five-Year Plan" and the "Eleventh Five-Year Plan" of Qinghai Province. It is the highest gas-fired power station in the world, with a total investment of ¥ 1.2 billion.
p48968
sbNtp48969
a(g6
(g7
g8
NtRp48970
(dp48971
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam
p48972
sbg6
(g13
g8
NtRp48973
(dp48974
g16
Nsg17
Nsg11
VGolovnaya Dam
p48975
sbg6
(g13
g8
NtRp48976
(dp48977
g16
Nsg17
Nsg11
VTajikistan
p48978
sbg6
(g13
g8
NtRp48979
(dp48980
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p48981
sbNNg6
(g7
g8
NtRp48982
(dp48983
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam__Lake__1
p48984
sbNg6
(g13
g8
NtRp48985
(dp48986
g16
Nsg17
Nsg11
VPower, irrigation
p48987
sbg6
(g13
g8
NtRp48988
(dp48989
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p48990
sbg6
(g13
g8
NtRp48991
(dp48992
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp48993
(dp48994
g16
Nsg17
Nsg11
VTajikistan
p48995
sbg6
(g13
g8
NtRp48996
(dp48997
g16
Nsg17
Nsg11
VThe Golovnaya Dam is an earth-fill embankment dam on the Vakhsh River just east of Sarband in Khatlon Province, Tajikistan. It serves to provide water to a system of irrigation canals and generate hydroelectric power. The first generator was commissioned in 1962 and the last in 1963. Between 1984 and 1989 three of the Kaplan turbines were upgraded from 35 MW to 45 MW. Two of the turbines in the 240 MW power station discharge water into a canal on the left bank of the river. Water from this canal serves to irrigate but also supplies the 29.9 MW and 15.1 MW located further down. The reservoir has a design storage volume of 96,000,000 m3 (78,000 acre\u22c5ft) by an estimated 80 percent of this is now silt.
p48998
sbg6
(g13
g8
NtRp48999
(dp49000
g16
Nsg17
Nsg11
VPOINT(68.93726348877 37.885143280029)
p49001
sbtp49002
a(g6
(g7
g8
NtRp49003
(dp49004
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam
p49005
sbg6
(g13
g8
NtRp49006
(dp49007
g16
Nsg17
Nsg11
V\u0413\u043e\u043b\u043e\u0432\u043d\u0430\u044f \u0413\u042d\u0421 (\u0422\u0430\u0434\u0436\u0438\u043a\u0438\u0441\u0442\u0430\u043d)
p49008
sbg6
(g13
g8
NtRp49009
(dp49010
g16
Nsg17
Nsg11
VTajikistan
p49011
sbg6
(g13
g8
NtRp49012
(dp49013
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p49014
sbNNg6
(g7
g8
NtRp49015
(dp49016
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam__Lake__1
p49017
sbNg6
(g13
g8
NtRp49018
(dp49019
g16
Nsg17
Nsg11
VPower, irrigation
p49020
sbg6
(g13
g8
NtRp49021
(dp49022
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p49023
sbg6
(g13
g8
NtRp49024
(dp49025
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp49026
(dp49027
g16
Nsg17
Nsg11
VTajikistan
p49028
sbg6
(g13
g8
NtRp49029
(dp49030
g16
Nsg17
Nsg11
VThe Golovnaya Dam is an earth-fill embankment dam on the Vakhsh River just east of Sarband in Khatlon Province, Tajikistan. It serves to provide water to a system of irrigation canals and generate hydroelectric power. The first generator was commissioned in 1962 and the last in 1963. Between 1984 and 1989 three of the Kaplan turbines were upgraded from 35 MW to 45 MW. Two of the turbines in the 240 MW power station discharge water into a canal on the left bank of the river. Water from this canal serves to irrigate but also supplies the 29.9 MW and 15.1 MW located further down. The reservoir has a design storage volume of 96,000,000 m3 (78,000 acre\u22c5ft) by an estimated 80 percent of this is now silt.
p49031
sbg6
(g13
g8
NtRp49032
(dp49033
g16
Nsg17
Nsg11
VPOINT(68.93726348877 37.885143280029)
p49034
sbtp49035
a(g6
(g7
g8
NtRp49036
(dp49037
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam
p49038
sbg6
(g13
g8
NtRp49039
(dp49040
g16
Nsg17
Nsg11
V\u0421\u0430\u0440\u0431\u0430\u043d\u0434\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p49041
sbg6
(g13
g8
NtRp49042
(dp49043
g16
Nsg17
Nsg11
VTajikistan
p49044
sbg6
(g13
g8
NtRp49045
(dp49046
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p49047
sbNNg6
(g7
g8
NtRp49048
(dp49049
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam__Lake__1
p49050
sbNg6
(g13
g8
NtRp49051
(dp49052
g16
Nsg17
Nsg11
VPower, irrigation
p49053
sbg6
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g8
NtRp49054
(dp49055
g16
Nsg17
Nsg11
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p49056
sbg6
(g13
g8
NtRp49057
(dp49058
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp49059
(dp49060
g16
Nsg17
Nsg11
VTajikistan
p49061
sbg6
(g13
g8
NtRp49062
(dp49063
g16
Nsg17
Nsg11
VThe Golovnaya Dam is an earth-fill embankment dam on the Vakhsh River just east of Sarband in Khatlon Province, Tajikistan. It serves to provide water to a system of irrigation canals and generate hydroelectric power. The first generator was commissioned in 1962 and the last in 1963. Between 1984 and 1989 three of the Kaplan turbines were upgraded from 35 MW to 45 MW. Two of the turbines in the 240 MW power station discharge water into a canal on the left bank of the river. Water from this canal serves to irrigate but also supplies the 29.9 MW and 15.1 MW located further down. The reservoir has a design storage volume of 96,000,000 m3 (78,000 acre\u22c5ft) by an estimated 80 percent of this is now silt.
p49064
sbg6
(g13
g8
NtRp49065
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g16
Nsg17
Nsg11
VPOINT(68.93726348877 37.885143280029)
p49067
sbtp49068
a(g6
(g7
g8
NtRp49069
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g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam
p49071
sbg6
(g13
g8
NtRp49072
(dp49073
g16
Nsg17
Nsg11
V\u0421\u0430\u0440\u0431\u0430\u043d\u0434\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p49074
sbg6
(g13
g8
NtRp49075
(dp49076
g16
Nsg17
Nsg11
VTajikistan
p49077
sbg6
(g13
g8
NtRp49078
(dp49079
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p49080
sbNNg6
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g8
NtRp49081
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g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam__Lake__1
p49083
sbNg6
(g13
g8
NtRp49084
(dp49085
g16
Nsg17
Nsg11
VPower, irrigation
p49086
sbg6
(g13
g8
NtRp49087
(dp49088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p49089
sbg6
(g13
g8
NtRp49090
(dp49091
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp49092
(dp49093
g16
Nsg17
Nsg11
VTajikistan
p49094
sbg6
(g13
g8
NtRp49095
(dp49096
g16
Nsg17
Nsg11
VThe Golovnaya Dam is an earth-fill embankment dam on the Vakhsh River just east of Sarband in Khatlon Province, Tajikistan. It serves to provide water to a system of irrigation canals and generate hydroelectric power. The first generator was commissioned in 1962 and the last in 1963. Between 1984 and 1989 three of the Kaplan turbines were upgraded from 35 MW to 45 MW. Two of the turbines in the 240 MW power station discharge water into a canal on the left bank of the river. Water from this canal serves to irrigate but also supplies the 29.9 MW and 15.1 MW located further down. The reservoir has a design storage volume of 96,000,000 m3 (78,000 acre\u22c5ft) by an estimated 80 percent of this is now silt.
p49097
sbg6
(g13
g8
NtRp49098
(dp49099
g16
Nsg17
Nsg11
VPOINT(68.93726348877 37.885143280029)
p49100
sbtp49101
a(g6
(g7
g8
NtRp49102
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g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam
p49104
sbg6
(g13
g8
NtRp49105
(dp49106
g16
Nsg17
Nsg11
V\u0413\u043e\u043b\u043e\u0432\u043d\u0430\u044f \u0413\u042d\u0421 (\u0422\u0430\u0434\u0436\u0438\u043a\u0438\u0441\u0442\u0430\u043d)
p49107
sbg6
(g13
g8
NtRp49108
(dp49109
g16
Nsg17
Nsg11
VTajikistan
p49110
sbg6
(g13
g8
NtRp49111
(dp49112
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p49113
sbNNg6
(g7
g8
NtRp49114
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g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam__Lake__1
p49116
sbNg6
(g13
g8
NtRp49117
(dp49118
g16
Nsg17
Nsg11
VPower, irrigation
p49119
sbg6
(g13
g8
NtRp49120
(dp49121
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p49122
sbg6
(g13
g8
NtRp49123
(dp49124
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp49125
(dp49126
g16
Nsg17
Nsg11
VTajikistan
p49127
sbg6
(g13
g8
NtRp49128
(dp49129
g16
Nsg17
Nsg11
VThe Golovnaya Dam is an earth-fill embankment dam on the Vakhsh River just east of Sarband in Khatlon Province, Tajikistan. It serves to provide water to a system of irrigation canals and generate hydroelectric power. The first generator was commissioned in 1962 and the last in 1963. Between 1984 and 1989 three of the Kaplan turbines were upgraded from 35 MW to 45 MW. Two of the turbines in the 240 MW power station discharge water into a canal on the left bank of the river. Water from this canal serves to irrigate but also supplies the 29.9 MW and 15.1 MW located further down. The reservoir has a design storage volume of 96,000,000 m3 (78,000 acre\u22c5ft) by an estimated 80 percent of this is now silt.
p49130
sbg6
(g13
g8
NtRp49131
(dp49132
g16
Nsg17
Nsg11
VPOINT(68.93726348877 37.885143280029)
p49133
sbtp49134
a(g6
(g7
g8
NtRp49135
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g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam
p49137
sbg6
(g13
g8
NtRp49138
(dp49139
g16
Nsg17
Nsg11
V\u0413\u043e\u043b\u043e\u0432\u043d\u0430\u044f \u0413\u042d\u0421 (\u0422\u0430\u0434\u0436\u0438\u043a\u0438\u0441\u0442\u0430\u043d)
p49140
sbg6
(g13
g8
NtRp49141
(dp49142
g16
Nsg17
Nsg11
VTajikistan
p49143
sbg6
(g13
g8
NtRp49144
(dp49145
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p49146
sbNNg6
(g7
g8
NtRp49147
(dp49148
g11
Vhttp://dbpedia.org/resource/Golovnaya_Dam__Lake__1
p49149
sbNg6
(g13
g8
NtRp49150
(dp49151
g16
Nsg17
Nsg11
VPower, irrigation
p49152
sbg6
(g13
g8
NtRp49153
(dp49154
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p49155
sbg6
(g13
g8
NtRp49156
(dp49157
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp49158
(dp49159
g16
Nsg17
Nsg11
VTajikistan
p49160
sbg6
(g13
g8
NtRp49161
(dp49162
g16
Nsg17
Nsg11
VThe Golovnaya Dam is an earth-fill embankment dam on the Vakhsh River just east of Sarband in Khatlon Province, Tajikistan. It serves to provide water to a system of irrigation canals and generate hydroelectric power. The first generator was commissioned in 1962 and the last in 1963. Between 1984 and 1989 three of the Kaplan turbines were upgraded from 35 MW to 45 MW. Two of the turbines in the 240 MW power station discharge water into a canal on the left bank of the river. Water from this canal serves to irrigate but also supplies the 29.9 MW and 15.1 MW located further down. The reservoir has a design storage volume of 96,000,000 m3 (78,000 acre\u22c5ft) by an estimated 80 percent of this is now silt.
p49163
sbg6
(g13
g8
NtRp49164
(dp49165
g16
Nsg17
Nsg11
VPOINT(68.93726348877 37.885143280029)
p49166
sbtp49167
a(g6
(g7
g8
NtRp49168
(dp49169
g11
Vhttp://dbpedia.org/resource/Gongboxia_Dam
p49170
sbg6
(g13
g8
NtRp49171
(dp49172
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 G\u014dngbóxiá
p49173
sbg6
(g13
g8
NtRp49174
(dp49175
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p49176
sbNg6
(g13
g8
NtRp49177
(dp49178
g16
Nsg17
g27
sg11
V0.429
p49179
sbNg6
(g7
g8
NtRp49180
(dp49181
g11
Vhttp://dbpedia.org/resource/Gongboxia_Dam__Lake__1
p49182
sbNNg6
(g13
g8
NtRp49183
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g16
Nsg17
Nsg11
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p49185
sbNNg6
(g13
g8
NtRp49186
(dp49187
g16
Nsg17
Nsg11
VChina
p49188
sbg6
(g13
g8
NtRp49189
(dp49190
g16
Nsg17
Nsg11
VThe Gongboxia Dam is a concrete face rock-fill embankment dam on the Yellow River in Longhua County, Qinghai Province, China. The dam supports a 1,500 MW hydroelectric power station. Construction on the dam began in July 2000 by diverting the river and by August 15 the next year, the river was diverted and excavation began on the foundation. On August 1, 2002, workers began to create the embankment and by October the next year, the dam's body was almost complete. Concrete pouring on the face slab began in March 2004 and was complete by June. Filling of the reservoir began in August and in 2006 the project was complete.
p49191
sbg6
(g13
g8
NtRp49192
(dp49193
g16
Nsg17
Nsg11
VPOINT(102.22777557373 35.877498626709)
p49194
sbtp49195
a(g6
(g7
g8
NtRp49196
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g11
Vhttp://dbpedia.org/resource/Gongboxia_Dam
p49198
sbg6
(g13
g8
NtRp49199
(dp49200
g16
Nsg17
Nsg11
VGongboxia Dam
p49201
sbg6
(g13
g8
NtRp49202
(dp49203
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p49204
sbNg6
(g13
g8
NtRp49205
(dp49206
g16
Nsg17
g27
sg11
V0.429
p49207
sbNg6
(g7
g8
NtRp49208
(dp49209
g11
Vhttp://dbpedia.org/resource/Gongboxia_Dam__Lake__1
p49210
sbNNg6
(g13
g8
NtRp49211
(dp49212
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p49213
sbNNg6
(g13
g8
NtRp49214
(dp49215
g16
Nsg17
Nsg11
VChina
p49216
sbg6
(g13
g8
NtRp49217
(dp49218
g16
Nsg17
Nsg11
VThe Gongboxia Dam is a concrete face rock-fill embankment dam on the Yellow River in Longhua County, Qinghai Province, China. The dam supports a 1,500 MW hydroelectric power station. Construction on the dam began in July 2000 by diverting the river and by August 15 the next year, the river was diverted and excavation began on the foundation. On August 1, 2002, workers began to create the embankment and by October the next year, the dam's body was almost complete. Concrete pouring on the face slab began in March 2004 and was complete by June. Filling of the reservoir began in August and in 2006 the project was complete.
p49219
sbg6
(g13
g8
NtRp49220
(dp49221
g16
Nsg17
Nsg11
VPOINT(102.22777557373 35.877498626709)
p49222
sbtp49223
a(g6
(g7
g8
NtRp49224
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g11
Vhttp://dbpedia.org/resource/Gongboxia_Dam
p49226
sbg6
(g13
g8
NtRp49227
(dp49228
g16
Nsg17
Nsg11
VGongbaixia-Talsperre
p49229
sbg6
(g13
g8
NtRp49230
(dp49231
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p49232
sbNg6
(g13
g8
NtRp49233
(dp49234
g16
Nsg17
g27
sg11
V0.429
p49235
sbNg6
(g7
g8
NtRp49236
(dp49237
g11
Vhttp://dbpedia.org/resource/Gongboxia_Dam__Lake__1
p49238
sbNNg6
(g13
g8
NtRp49239
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p49241
sbNNg6
(g13
g8
NtRp49242
(dp49243
g16
Nsg17
Nsg11
VChina
p49244
sbg6
(g13
g8
NtRp49245
(dp49246
g16
Nsg17
Nsg11
VThe Gongboxia Dam is a concrete face rock-fill embankment dam on the Yellow River in Longhua County, Qinghai Province, China. The dam supports a 1,500 MW hydroelectric power station. Construction on the dam began in July 2000 by diverting the river and by August 15 the next year, the river was diverted and excavation began on the foundation. On August 1, 2002, workers began to create the embankment and by October the next year, the dam's body was almost complete. Concrete pouring on the face slab began in March 2004 and was complete by June. Filling of the reservoir began in August and in 2006 the project was complete.
p49247
sbg6
(g13
g8
NtRp49248
(dp49249
g16
Nsg17
Nsg11
VPOINT(102.22777557373 35.877498626709)
p49250
sbtp49251
a(g6
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g8
NtRp49252
(dp49253
g11
Vhttp://dbpedia.org/resource/Gongguoqiao_Dam
p49254
sbg6
(g13
g8
NtRp49255
(dp49256
g16
Nsg17
Nsg11
V\u0413\u0443\u043d\u0433\u043e\u0446\u044f\u043e
p49257
sbg6
(g13
g8
NtRp49258
(dp49259
g16
Nsg17
Nsg11
VChina
p49260
sbg6
(g13
g8
NtRp49261
(dp49262
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p49263
sbg6
(g13
g8
NtRp49264
(dp49265
g16
Nsg17
g27
sg11
V0.356
p49266
sbNg6
(g7
g8
NtRp49267
(dp49268
g11
Vhttp://dbpedia.org/resource/Gongguoqiao_Dam__Lake__1
p49269
sbNg6
(g13
g8
NtRp49270
(dp49271
g16
Nsg17
Nsg11
VPower
p49272
sbg6
(g13
g8
NtRp49273
(dp49274
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mekong
p49275
sbg6
(g13
g8
NtRp49276
(dp49277
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp49278
(dp49279
g16
Nsg17
Nsg11
VChina
p49280
sbg6
(g13
g8
NtRp49281
(dp49282
g16
Nsg17
Nsg11
VThe Gongguoqiao Dam is a gravity dam on the Lancang (Mekong) River in Yunlong County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction began in 2008, and the river was diverted around the dam site in 2009. The next year concrete placement began, and in 2011 the first generator was commissioned. The 900 MW power station was fully operational on 21 June 2012.
p49283
sbg6
(g13
g8
NtRp49284
(dp49285
g16
Nsg17
Nsg11
VPOINT(99.335571289062 25.586227416992)
p49286
sbtp49287
a(g6
(g7
g8
NtRp49288
(dp49289
g11
Vhttp://dbpedia.org/resource/Gongguoqiao_Dam
p49290
sbg6
(g13
g8
NtRp49291
(dp49292
g16
Nsg17
Nsg11
VGongguoqiao Dam
p49293
sbg6
(g13
g8
NtRp49294
(dp49295
g16
Nsg17
Nsg11
VChina
p49296
sbg6
(g13
g8
NtRp49297
(dp49298
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p49299
sbg6
(g13
g8
NtRp49300
(dp49301
g16
Nsg17
g27
sg11
V0.356
p49302
sbNg6
(g7
g8
NtRp49303
(dp49304
g11
Vhttp://dbpedia.org/resource/Gongguoqiao_Dam__Lake__1
p49305
sbNg6
(g13
g8
NtRp49306
(dp49307
g16
Nsg17
Nsg11
VPower
p49308
sbg6
(g13
g8
NtRp49309
(dp49310
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mekong
p49311
sbg6
(g13
g8
NtRp49312
(dp49313
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp49314
(dp49315
g16
Nsg17
Nsg11
VChina
p49316
sbg6
(g13
g8
NtRp49317
(dp49318
g16
Nsg17
Nsg11
VThe Gongguoqiao Dam is a gravity dam on the Lancang (Mekong) River in Yunlong County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction began in 2008, and the river was diverted around the dam site in 2009. The next year concrete placement began, and in 2011 the first generator was commissioned. The 900 MW power station was fully operational on 21 June 2012.
p49319
sbg6
(g13
g8
NtRp49320
(dp49321
g16
Nsg17
Nsg11
VPOINT(99.335571289062 25.586227416992)
p49322
sbtp49323
a(g6
(g7
g8
NtRp49324
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g11
Vhttp://dbpedia.org/resource/Gongguoqiao_Dam
p49326
sbg6
(g13
g8
NtRp49327
(dp49328
g16
Nsg17
Nsg11
VBendungan Gongguoqiao
p49329
sbg6
(g13
g8
NtRp49330
(dp49331
g16
Nsg17
Nsg11
VChina
p49332
sbg6
(g13
g8
NtRp49333
(dp49334
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p49335
sbg6
(g13
g8
NtRp49336
(dp49337
g16
Nsg17
g27
sg11
V0.356
p49338
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g8
NtRp49339
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g11
Vhttp://dbpedia.org/resource/Gongguoqiao_Dam__Lake__1
p49341
sbNg6
(g13
g8
NtRp49342
(dp49343
g16
Nsg17
Nsg11
VPower
p49344
sbg6
(g13
g8
NtRp49345
(dp49346
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mekong
p49347
sbg6
(g13
g8
NtRp49348
(dp49349
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp49350
(dp49351
g16
Nsg17
Nsg11
VChina
p49352
sbg6
(g13
g8
NtRp49353
(dp49354
g16
Nsg17
Nsg11
VThe Gongguoqiao Dam is a gravity dam on the Lancang (Mekong) River in Yunlong County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction began in 2008, and the river was diverted around the dam site in 2009. The next year concrete placement began, and in 2011 the first generator was commissioned. The 900 MW power station was fully operational on 21 June 2012.
p49355
sbg6
(g13
g8
NtRp49356
(dp49357
g16
Nsg17
Nsg11
VPOINT(99.335571289062 25.586227416992)
p49358
sbtp49359
a(g6
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g8
NtRp49360
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g11
Vhttp://dbpedia.org/resource/Gongsan_Dam
p49362
sbg6
(g13
g8
NtRp49363
(dp49364
g16
Nsg17
Nsg11
VGongsan Dam
p49365
sbg6
(g13
g8
NtRp49366
(dp49367
g16
Nsg17
Nsg11
VKorea
p49368
sbNNNNNNNNNg6
(g13
g8
NtRp49369
(dp49370
g16
Nsg17
Nsg11
VKorea
p49371
sbg6
(g13
g8
NtRp49372
(dp49373
g16
Nsg17
Nsg11
VGongsan Dam is a dam in Jimyo-dong, Dong-gu, Daegu, South Korea. Built across the stream flowing south from Palgongsan, the dam is responsible for securing the water supply for much of northern Daegu. The dam's construction began in 1979 and was completed in 1981. Since then, the use of much of the surrounding land has been restricted, due to concerns that development might lead to a loss of water quality. Local residents have protested these restrictions from time to time.
p49374
sbg6
(g13
g8
NtRp49375
(dp49376
g16
Nsg17
Nsg11
VPOINT(128.65083312988 35.942779541016)
p49377
sbtp49378
a(g6
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g8
NtRp49379
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g11
Vhttp://dbpedia.org/resource/Gongsan_Dam
p49381
sbg6
(g13
g8
NtRp49382
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g16
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VKorea
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VGongsan Dam is a dam in Jimyo-dong, Dong-gu, Daegu, South Korea. Built across the stream flowing south from Palgongsan, the dam is responsible for securing the water supply for much of northern Daegu. The dam's construction began in 1979 and was completed in 1981. Since then, the use of much of the surrounding land has been restricted, due to concerns that development might lead to a loss of water quality. Local residents have protested these restrictions from time to time.
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sbg6
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VPOINT(128.65083312988 35.942779541016)
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VAustralia
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VE
sbg6
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p49411
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Vhttp://dbpedia.org/resource/Googong_Dam__Lake__1
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p49420
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VWater supply
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p49426
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VO
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V818.0
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VNew South Wales
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VGoogong Dam is a minor ungated earth and rock fill with clay core embankment dam with concrete chute spillway plus a nearby 13 metres (43 ft) high earthfill saddle embankment across the Queanbeyan River upstream of Queanbeyan in the Capital Country region of New South Wales, Australia. The dam's purpose includes water supply for Canberra and Queanbeyan. The impounded reservoir is called Googong Reservoir. Googong Dam was created through enabling legislation enacted via the passage of the Canberra Water Supply (Goodong Dam) Act, 1974.
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VPOINT(149.2511138916 -35.415000915527)
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VA
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p49455
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p49464
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VP
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p49469
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VO
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p49474
sbg6
(g13
g8
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
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VPOINT(145.97639465332 -42.730556488037)
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VGordon Dam
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VA
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p49495
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p49504
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Vhttp://dbpedia.org/resource/Gordon_River
p49509
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VO
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Nsg11
VAustralia Tasmania
p49514
sbg6
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
p49517
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VPOINT(145.97639465332 -42.730556488037)
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Vhttp://dbpedia.org/resource/Gordon_Dam
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VAustralia
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Nsg17
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VA
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p49535
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
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VPOINT(145.97639465332 -42.730556488037)
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VA
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VO
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p49594
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
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VAustralia
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VA
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p49615
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VO
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VAustralia Tasmania
p49634
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
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VA
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VAustralia Tasmania
p49674
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
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VAustralia
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NtRp49691
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p49695
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VP
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VAustralia Tasmania
p49714
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
p49717
sbg6
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VPOINT(145.97639465332 -42.730556488037)
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p49724
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VBarrage du Gordon
p49727
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NtRp49728
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Nsg17
Nsg11
VAustralia
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VA
sbg6
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Nsg17
g27
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V0.198
p49735
sbg6
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Nsg17
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p49741
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p49744
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VP
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p49749
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Nsg17
Nsg11
VO
sbNg6
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Nsg17
Nsg11
VAustralia Tasmania
p49754
sbg6
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NtRp49755
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VThe Gordon Dam, also known as the Gordon River Dam, is a major gated double curvature concrete arch dam with a controlled spillway across the Gordon River, located in South West Tasmania, Australia. The impounded reservoir is called Lake Gordon. The dam was constructed in 1974 by the Hydro Electric Corporation (TAS) for the purpose of generating hydro-electric power via the conventional Gordon Power Station located below the dam wall.
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VThe Gordon Power Station is the largest conventional hydroelectric power station in Tasmania, Australia; located in the South West region of the state. The power station is situated on Gordon River. Water from Lake Gordon descends 183 metres (600 ft) underground past the Gordon Dam and into the power station.
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VThe Gordon Power Station is the largest conventional hydroelectric power station in Tasmania, Australia; located in the South West region of the state. The power station is situated on Gordon River. Water from Lake Gordon descends 183 metres (600 ft) underground past the Gordon Dam and into the power station.
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VGoreangab Dam is a dam in the north-western suburbs of Windhoek, the capital of Namibia. It dams the ephemeral and its tributary, the , which both run across Windhoek. The reservoir behind the dam has a capacity of 3.6 million cubic metres (4,700,000 cu yd). \u000a* Goreangab Dam \u000a* Goreangab Dam
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VGoreangab Dam is a dam in the north-western suburbs of Windhoek, the capital of Namibia. It dams the ephemeral and its tributary, the , which both run across Windhoek. The reservoir behind the dam has a capacity of 3.6 million cubic metres (4,700,000 cu yd). \u000a* Goreangab Dam \u000a* Goreangab Dam
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VGoreangab Dam is a dam in the north-western suburbs of Windhoek, the capital of Namibia. It dams the ephemeral and its tributary, the , which both run across Windhoek. The reservoir behind the dam has a capacity of 3.6 million cubic metres (4,700,000 cu yd). \u000a* Goreangab Dam \u000a* Goreangab Dam
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VGosling Creek Dam
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VWater supply
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VD
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VGosling Creek Dam is a decommissioned minor earth and rock fill with clay core embankment dam with concrete chute spillway across the Gosling Creek upstream of Orange in the central western region of New South Wales, Australia. Commissioned in 1890 to supply Orange with potable water, the dam was decommissioned after the official commissioning of the Suma Park Dam in 1962. The impounded reservoir is called Gosling Creek Reservoir and is now used for recreation purposes.
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VVodní nádr\u017e Gottleuba
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VThe Gottleuba Dam is the second highest dam in Saxony, Germany. It serves as a reservoir for water supply for the town Pirna and provides flood protection, but energy production is small. The dam was built between 1965 and 1974. It is located at the northern foot of the Erzgebirge, southwest of Bad Gottleuba. It dams up the Gottleuba (Czech: Rybný potok) river. Above the concrete dam is a lookout point. The dam is not accessible to the public. Bathing and leisure sport in the lake is not allowed, since it is for drinking water. Entry around the lake is allowed.
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VThe Gottleuba Dam is the second highest dam in Saxony, Germany. It serves as a reservoir for water supply for the town Pirna and provides flood protection, but energy production is small. The dam was built between 1965 and 1974. It is located at the northern foot of the Erzgebirge, southwest of Bad Gottleuba. It dams up the Gottleuba (Czech: Rybný potok) river. Above the concrete dam is a lookout point. The dam is not accessible to the public. Bathing and leisure sport in the lake is not allowed, since it is for drinking water. Entry around the lake is allowed.
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VThe Gottleuba Dam is the second highest dam in Saxony, Germany. It serves as a reservoir for water supply for the town Pirna and provides flood protection, but energy production is small. The dam was built between 1965 and 1974. It is located at the northern foot of the Erzgebirge, southwest of Bad Gottleuba. It dams up the Gottleuba (Czech: Rybný potok) river. Above the concrete dam is a lookout point. The dam is not accessible to the public. Bathing and leisure sport in the lake is not allowed, since it is for drinking water. Entry around the lake is allowed.
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VThe Gottleuba Dam is the second highest dam in Saxony, Germany. It serves as a reservoir for water supply for the town Pirna and provides flood protection, but energy production is small. The dam was built between 1965 and 1974. It is located at the northern foot of the Erzgebirge, southwest of Bad Gottleuba. It dams up the Gottleuba (Czech: Rybný potok) river. Above the concrete dam is a lookout point. The dam is not accessible to the public. Bathing and leisure sport in the lake is not allowed, since it is for drinking water. Entry around the lake is allowed.
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VThe Gouin dam is a river infrastructure that created the Gouin Reservoir. This dam is the source of the Saint-Maurice River and is located in the town of La Tuque, in Mauricie, in province Quebec, in Canada.
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VThe Gouin dam is a river infrastructure that created the Gouin Reservoir. This dam is the source of the Saint-Maurice River and is located in the town of La Tuque, in Mauricie, in province Quebec, in Canada.
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VGouvães Dam (Portuguese: Barragem de Gouvães) is a rockfield dam on the . It is located in the municipality Vila Pouca de Aguiar, in Vila Real District, Portugal and it is part of the wider Tâmega Electricity-Generating Group formed of three dams and three plants Iberdrola signed a 70-year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam completed in July 2022.
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VGouvães Dam (Portuguese: Barragem de Gouvães) is a rockfield dam on the . It is located in the municipality Vila Pouca de Aguiar, in Vila Real District, Portugal and it is part of the wider Tâmega Electricity-Generating Group formed of three dams and three plants Iberdrola signed a 70-year concession with the Government of Portugal in July 2014 for the design, construction and operation of three projects: Alto Tâmega, Daivões and Gouvães dams. Construction of the dam completed in July 2022.
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VThe Gove Dam is an embankment dam on the Kunene River about 75 km (47 mi) south of Huambo in Huambo Province, Angola. The purpose of the dam is to control floods and generate hydroelectric power. It has a power generating capacity of 60 megawatts (80,000 hp) each) (three turbines of 20 megawatts (27,000 hp) each), enough to power over 30,000 homes.
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VThe Gove Dam is an embankment dam on the Kunene River about 75 km (47 mi) south of Huambo in Huambo Province, Angola. The purpose of the dam is to control floods and generate hydroelectric power. It has a power generating capacity of 60 megawatts (80,000 hp) each) (three turbines of 20 megawatts (27,000 hp) each), enough to power over 30,000 homes.
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VThe Gove Dam is an embankment dam on the Kunene River about 75 km (47 mi) south of Huambo in Huambo Province, Angola. The purpose of the dam is to control floods and generate hydroelectric power. It has a power generating capacity of 60 megawatts (80,000 hp) each) (three turbines of 20 megawatts (27,000 hp) each), enough to power over 30,000 homes.
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VThe Gove Dam is an embankment dam on the Kunene River about 75 km (47 mi) south of Huambo in Huambo Province, Angola. The purpose of the dam is to control floods and generate hydroelectric power. It has a power generating capacity of 60 megawatts (80,000 hp) each) (three turbines of 20 megawatts (27,000 hp) each), enough to power over 30,000 homes.
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VThe Gove Dam is an embankment dam on the Kunene River about 75 km (47 mi) south of Huambo in Huambo Province, Angola. The purpose of the dam is to control floods and generate hydroelectric power. It has a power generating capacity of 60 megawatts (80,000 hp) each) (three turbines of 20 megawatts (27,000 hp) each), enough to power over 30,000 homes.
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VGrahamstown Dam is a major off-stream earthfill Embankment dam with a controlled labyrinth spillway and baffle chute that stores water from the Williams River. The dam is located north of Newcastle and within the Port Stephens Council local government area in the Lower Hunter Region of New South Wales, Australia. The dam's main purpose is water supply; it provides about 40 per cent of the potable water for the Hunter region; and is the Hunter's largest drinking water supply dam. The impounded reservoir is called Grahamstown Lake or the Grahamstown Storage Reservoir.
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VThe Grand'Maison Dam is an embankment dam on L'Eau d'Olle, a tributary of the Romanche River. It is located in Vaujany of Isère within the French Alps. The primary purpose of the dam is to serve as the upper reservoir for a pumped-storage hydroelectric scheme where Lac du Verney located lower in the valley is the lower reservoir. The dam was constructed between 1978 and 1985 with its power station being commissioned in 1987. With an installed capacity of 1,800 MW, it is the largest hydroelectric power station in France.
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VThe Grand'Maison Dam is an embankment dam on L'Eau d'Olle, a tributary of the Romanche River. It is located in Vaujany of Isère within the French Alps. The primary purpose of the dam is to serve as the upper reservoir for a pumped-storage hydroelectric scheme where Lac du Verney located lower in the valley is the lower reservoir. The dam was constructed between 1978 and 1985 with its power station being commissioned in 1987. With an installed capacity of 1,800 MW, it is the largest hydroelectric power station in France.
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VThe Grand'Maison Dam is an embankment dam on L'Eau d'Olle, a tributary of the Romanche River. It is located in Vaujany of Isère within the French Alps. The primary purpose of the dam is to serve as the upper reservoir for a pumped-storage hydroelectric scheme where Lac du Verney located lower in the valley is the lower reservoir. The dam was constructed between 1978 and 1985 with its power station being commissioned in 1987. With an installed capacity of 1,800 MW, it is the largest hydroelectric power station in France.
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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VPOINT(-118.98166656494 47.955833435059)
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VO
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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VPOINT(-118.98166656494 47.955833435059)
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p50619
sbg6
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
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VPower, regulation, irrigation
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
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VPOINT(-118.98166656494 47.955833435059)
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
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VPower, regulation, irrigation
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(g13
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NtRp50846
(dp50847
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp50848
(dp50849
g16
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Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p50850
sbg6
(g13
g8
NtRp50851
(dp50852
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p50853
sbtp50854
a(g6
(g7
g8
NtRp50855
(dp50856
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p50857
sbg6
(g13
g8
NtRp50858
(dp50859
g16
Nsg17
Nsg11
VBarrage de Grand Coulee
p50860
sbg6
(g13
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NtRp50861
(dp50862
g16
Nsg17
Nsg11
VUnited States
p50863
sbg6
(g13
g8
NtRp50864
(dp50865
g16
Nsg17
Nsg11
VConcrete gravity
p50866
sbg6
(g13
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NtRp50867
(dp50868
g16
Nsg17
g27
sg11
V1.59197
p50869
sbNg6
(g7
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NtRp50870
(dp50871
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p50872
sbNg6
(g13
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NtRp50873
(dp50874
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p50875
sbg6
(g13
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NtRp50876
(dp50877
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p50878
sbg6
(g13
g8
NtRp50879
(dp50880
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
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NtRp50881
(dp50882
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p50883
sbg6
(g13
g8
NtRp50884
(dp50885
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p50886
sbtp50887
a(g6
(g7
g8
NtRp50888
(dp50889
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p50890
sbg6
(g13
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NtRp50891
(dp50892
g16
Nsg17
Nsg11
VP\u0159ehrada Grand Coulee
p50893
sbg6
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(dp50895
g16
Nsg17
Nsg11
VUnited States
p50896
sbg6
(g13
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NtRp50897
(dp50898
g16
Nsg17
Nsg11
VConcrete gravity
p50899
sbg6
(g13
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NtRp50900
(dp50901
g16
Nsg17
g27
sg11
V1.59197
p50902
sbNg6
(g7
g8
NtRp50903
(dp50904
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p50905
sbNg6
(g13
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NtRp50906
(dp50907
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p50908
sbg6
(g13
g8
NtRp50909
(dp50910
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p50911
sbg6
(g13
g8
NtRp50912
(dp50913
g16
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Nsg11
VO
sbNNg6
(g13
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NtRp50914
(dp50915
g16
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Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p50916
sbg6
(g13
g8
NtRp50917
(dp50918
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p50919
sbtp50920
a(g6
(g7
g8
NtRp50921
(dp50922
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p50923
sbg6
(g13
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NtRp50924
(dp50925
g16
Nsg17
Nsg11
VBara\u0135o de Grand Coulee
p50926
sbg6
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(dp50928
g16
Nsg17
Nsg11
VUnited States
p50929
sbg6
(g13
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NtRp50930
(dp50931
g16
Nsg17
Nsg11
VConcrete gravity
p50932
sbg6
(g13
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NtRp50933
(dp50934
g16
Nsg17
g27
sg11
V1.59197
p50935
sbNg6
(g7
g8
NtRp50936
(dp50937
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p50938
sbNg6
(g13
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NtRp50939
(dp50940
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Nsg17
Nsg11
VPower, regulation, irrigation
p50941
sbg6
(g13
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NtRp50942
(dp50943
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p50944
sbg6
(g13
g8
NtRp50945
(dp50946
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Nsg17
Nsg11
VO
sbNNg6
(g13
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NtRp50947
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p50949
sbg6
(g13
g8
NtRp50950
(dp50951
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p50952
sbtp50953
a(g6
(g7
g8
NtRp50954
(dp50955
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p50956
sbg6
(g13
g8
NtRp50957
(dp50958
g16
Nsg17
Nsg11
VGrand Couleedam
p50959
sbg6
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NtRp50960
(dp50961
g16
Nsg17
Nsg11
VUnited States
p50962
sbg6
(g13
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(dp50964
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Nsg11
VConcrete gravity
p50965
sbg6
(g13
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NtRp50966
(dp50967
g16
Nsg17
g27
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V1.59197
p50968
sbNg6
(g7
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NtRp50969
(dp50970
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p50971
sbNg6
(g13
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(dp50973
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Nsg11
VPower, regulation, irrigation
p50974
sbg6
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NtRp50975
(dp50976
g16
Nsg17
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Vhttp://dbpedia.org/resource/Columbia_River
p50977
sbg6
(g13
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(dp50979
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VO
sbNNg6
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NtRp50980
(dp50981
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p50982
sbg6
(g13
g8
NtRp50983
(dp50984
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p50985
sbtp50986
a(g6
(g7
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NtRp50987
(dp50988
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p50989
sbg6
(g13
g8
NtRp50990
(dp50991
g16
Nsg17
Nsg11
V\u5927\u53e4\u529b\u6c34\u575d
p50992
sbg6
(g13
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NtRp50993
(dp50994
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Nsg17
Nsg11
VUnited States
p50995
sbg6
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(dp50997
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Nsg11
VConcrete gravity
p50998
sbg6
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NtRp50999
(dp51000
g16
Nsg17
g27
sg11
V1.59197
p51001
sbNg6
(g7
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NtRp51002
(dp51003
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51004
sbNg6
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NtRp51005
(dp51006
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Nsg11
VPower, regulation, irrigation
p51007
sbg6
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NtRp51008
(dp51009
g16
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Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51010
sbg6
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NtRp51011
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Nsg11
VO
sbNNg6
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(dp51014
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51015
sbg6
(g13
g8
NtRp51016
(dp51017
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51018
sbtp51019
a(g6
(g7
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(dp51021
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51022
sbg6
(g13
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NtRp51023
(dp51024
g16
Nsg17
Nsg11
V\u0413\u0440\u0430\u043d\u0434-\u041a\u0443\u043b\u0438
p51025
sbg6
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VUnited States
p51028
sbg6
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Nsg11
VConcrete gravity
p51031
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(dp51033
g16
Nsg17
g27
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V1.59197
p51034
sbNg6
(g7
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NtRp51035
(dp51036
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51037
sbNg6
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(dp51039
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Nsg11
VPower, regulation, irrigation
p51040
sbg6
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(dp51042
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Vhttp://dbpedia.org/resource/Columbia_River
p51043
sbg6
(g13
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Nsg11
VO
sbNNg6
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51048
sbg6
(g13
g8
NtRp51049
(dp51050
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51051
sbtp51052
a(g6
(g7
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NtRp51053
(dp51054
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51055
sbg6
(g13
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NtRp51056
(dp51057
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Nsg17
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VPresa Grand Coulee
p51058
sbg6
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VUnited States
p51061
sbg6
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VConcrete gravity
p51064
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g27
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V1.59197
p51067
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(dp51069
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51070
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Nsg11
VPower, regulation, irrigation
p51073
sbg6
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Vhttp://dbpedia.org/resource/Columbia_River
p51076
sbg6
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sbNNg6
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51081
sbg6
(g13
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(dp51083
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51084
sbtp51085
a(g6
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(dp51087
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51088
sbg6
(g13
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NtRp51089
(dp51090
g16
Nsg17
Nsg11
V\u0633\u062f \u0643\u0648\u0644\u064a \u0627\u0644\u0643\u0628\u064a\u0631
p51091
sbg6
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Nsg11
VUnited States
p51094
sbg6
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Nsg11
VConcrete gravity
p51097
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Nsg17
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V1.59197
p51100
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(dp51102
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51103
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VPower, regulation, irrigation
p51106
sbg6
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Vhttp://dbpedia.org/resource/Columbia_River
p51109
sbg6
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51114
sbg6
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Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51117
sbtp51118
a(g6
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51121
sbg6
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VDiga Grand Coulee
p51124
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VUnited States
p51127
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VConcrete gravity
p51130
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g16
Nsg17
g27
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V1.59197
p51133
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(dp51135
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51136
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VPower, regulation, irrigation
p51139
sbg6
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Vhttp://dbpedia.org/resource/Columbia_River
p51142
sbg6
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51147
sbg6
(g13
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NtRp51148
(dp51149
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51150
sbtp51151
a(g6
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(dp51153
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51154
sbg6
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NtRp51155
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g16
Nsg17
Nsg11
VBendungan Grand Coulee
p51157
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VUnited States
p51160
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VConcrete gravity
p51163
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Nsg17
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V1.59197
p51166
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NtRp51167
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Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51169
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VPower, regulation, irrigation
p51172
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Vhttp://dbpedia.org/resource/Columbia_River
p51175
sbg6
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VO
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V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51180
sbg6
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NtRp51181
(dp51182
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51183
sbtp51184
a(g6
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NtRp51185
(dp51186
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51187
sbg6
(g13
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NtRp51188
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g16
Nsg17
Nsg11
V\u0413\u0440\u0430\u043d\u0434-\u041a\u0443\u043b\u0438
p51190
sbg6
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VUnited States
p51193
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VConcrete gravity
p51196
sbg6
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Nsg17
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V1.59197
p51199
sbNg6
(g7
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NtRp51200
(dp51201
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51202
sbNg6
(g13
g8
NtRp51203
(dp51204
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51205
sbg6
(g13
g8
NtRp51206
(dp51207
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51208
sbg6
(g13
g8
NtRp51209
(dp51210
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51211
(dp51212
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51213
sbg6
(g13
g8
NtRp51214
(dp51215
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51216
sbtp51217
a(g6
(g7
g8
NtRp51218
(dp51219
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51220
sbg6
(g13
g8
NtRp51221
(dp51222
g16
Nsg17
Nsg11
VDiga Grand Coulee
p51223
sbg6
(g13
g8
NtRp51224
(dp51225
g16
Nsg17
Nsg11
VUnited States
p51226
sbg6
(g13
g8
NtRp51227
(dp51228
g16
Nsg17
Nsg11
VConcrete gravity
p51229
sbg6
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g8
NtRp51230
(dp51231
g16
Nsg17
g27
sg11
V1.59197
p51232
sbNg6
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g8
NtRp51233
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g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51235
sbNg6
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g8
NtRp51236
(dp51237
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51238
sbg6
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g8
NtRp51239
(dp51240
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51241
sbg6
(g13
g8
NtRp51242
(dp51243
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51244
(dp51245
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51246
sbg6
(g13
g8
NtRp51247
(dp51248
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51249
sbtp51250
a(g6
(g7
g8
NtRp51251
(dp51252
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51253
sbg6
(g13
g8
NtRp51254
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g16
Nsg17
Nsg11
V\uadf8\ub79c\ub4dc\ucfe8\ub9ac\ub310
p51256
sbg6
(g13
g8
NtRp51257
(dp51258
g16
Nsg17
Nsg11
VUnited States
p51259
sbg6
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g8
NtRp51260
(dp51261
g16
Nsg17
Nsg11
VConcrete gravity
p51262
sbg6
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g8
NtRp51263
(dp51264
g16
Nsg17
g27
sg11
V1.59197
p51265
sbNg6
(g7
g8
NtRp51266
(dp51267
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51268
sbNg6
(g13
g8
NtRp51269
(dp51270
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51271
sbg6
(g13
g8
NtRp51272
(dp51273
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51274
sbg6
(g13
g8
NtRp51275
(dp51276
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51277
(dp51278
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51279
sbg6
(g13
g8
NtRp51280
(dp51281
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51282
sbtp51283
a(g6
(g7
g8
NtRp51284
(dp51285
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51286
sbg6
(g13
g8
NtRp51287
(dp51288
g16
Nsg17
Nsg11
VGrand-Coulee-Talsperre
p51289
sbg6
(g13
g8
NtRp51290
(dp51291
g16
Nsg17
Nsg11
VUnited States
p51292
sbg6
(g13
g8
NtRp51293
(dp51294
g16
Nsg17
Nsg11
VConcrete gravity
p51295
sbg6
(g13
g8
NtRp51296
(dp51297
g16
Nsg17
g27
sg11
V1.59197
p51298
sbNg6
(g7
g8
NtRp51299
(dp51300
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51301
sbNg6
(g13
g8
NtRp51302
(dp51303
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51304
sbg6
(g13
g8
NtRp51305
(dp51306
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51307
sbg6
(g13
g8
NtRp51308
(dp51309
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51310
(dp51311
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51312
sbg6
(g13
g8
NtRp51313
(dp51314
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51315
sbtp51316
a(g6
(g7
g8
NtRp51317
(dp51318
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51319
sbg6
(g13
g8
NtRp51320
(dp51321
g16
Nsg17
Nsg11
VRepresa Grand Coulee
p51322
sbg6
(g13
g8
NtRp51323
(dp51324
g16
Nsg17
Nsg11
VUnited States
p51325
sbg6
(g13
g8
NtRp51326
(dp51327
g16
Nsg17
Nsg11
VConcrete gravity
p51328
sbg6
(g13
g8
NtRp51329
(dp51330
g16
Nsg17
g27
sg11
V1.59197
p51331
sbNg6
(g7
g8
NtRp51332
(dp51333
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51334
sbNg6
(g13
g8
NtRp51335
(dp51336
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51337
sbg6
(g13
g8
NtRp51338
(dp51339
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51340
sbg6
(g13
g8
NtRp51341
(dp51342
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51343
(dp51344
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51345
sbg6
(g13
g8
NtRp51346
(dp51347
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51348
sbtp51349
a(g6
(g7
g8
NtRp51350
(dp51351
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51352
sbg6
(g13
g8
NtRp51353
(dp51354
g16
Nsg17
Nsg11
VGrand Coulee-dammen
p51355
sbg6
(g13
g8
NtRp51356
(dp51357
g16
Nsg17
Nsg11
VUnited States
p51358
sbg6
(g13
g8
NtRp51359
(dp51360
g16
Nsg17
Nsg11
VConcrete gravity
p51361
sbg6
(g13
g8
NtRp51362
(dp51363
g16
Nsg17
g27
sg11
V1.59197
p51364
sbNg6
(g7
g8
NtRp51365
(dp51366
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51367
sbNg6
(g13
g8
NtRp51368
(dp51369
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51370
sbg6
(g13
g8
NtRp51371
(dp51372
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51373
sbg6
(g13
g8
NtRp51374
(dp51375
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51376
(dp51377
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51378
sbg6
(g13
g8
NtRp51379
(dp51380
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51381
sbtp51382
a(g6
(g7
g8
NtRp51383
(dp51384
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51385
sbg6
(g13
g8
NtRp51386
(dp51387
g16
Nsg17
Nsg11
V\u5927\u53e4\u529b\u6c34\u575d
p51388
sbg6
(g13
g8
NtRp51389
(dp51390
g16
Nsg17
Nsg11
VUnited States
p51391
sbg6
(g13
g8
NtRp51392
(dp51393
g16
Nsg17
Nsg11
VConcrete gravity
p51394
sbg6
(g13
g8
NtRp51395
(dp51396
g16
Nsg17
g27
sg11
V1.59197
p51397
sbNg6
(g7
g8
NtRp51398
(dp51399
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51400
sbNg6
(g13
g8
NtRp51401
(dp51402
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51403
sbg6
(g13
g8
NtRp51404
(dp51405
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51406
sbg6
(g13
g8
NtRp51407
(dp51408
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51409
(dp51410
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51411
sbg6
(g13
g8
NtRp51412
(dp51413
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51414
sbtp51415
a(g6
(g7
g8
NtRp51416
(dp51417
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51418
sbg6
(g13
g8
NtRp51419
(dp51420
g16
Nsg17
Nsg11
VGrand Coulee Dam
p51421
sbg6
(g13
g8
NtRp51422
(dp51423
g16
Nsg17
Nsg11
VUnited States
p51424
sbg6
(g13
g8
NtRp51425
(dp51426
g16
Nsg17
Nsg11
VConcrete gravity
p51427
sbg6
(g13
g8
NtRp51428
(dp51429
g16
Nsg17
g27
sg11
V1.59197
p51430
sbNg6
(g7
g8
NtRp51431
(dp51432
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51433
sbNg6
(g13
g8
NtRp51434
(dp51435
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51436
sbg6
(g13
g8
NtRp51437
(dp51438
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51439
sbg6
(g13
g8
NtRp51440
(dp51441
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51442
(dp51443
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51444
sbg6
(g13
g8
NtRp51445
(dp51446
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51447
sbtp51448
a(g6
(g7
g8
NtRp51449
(dp51450
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam
p51451
sbg6
(g13
g8
NtRp51452
(dp51453
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0413\u0440\u0430\u043d\u0434-\u041a\u0443\u043b\u0456
p51454
sbg6
(g13
g8
NtRp51455
(dp51456
g16
Nsg17
Nsg11
VUnited States
p51457
sbg6
(g13
g8
NtRp51458
(dp51459
g16
Nsg17
Nsg11
VConcrete gravity
p51460
sbg6
(g13
g8
NtRp51461
(dp51462
g16
Nsg17
g27
sg11
V1.59197
p51463
sbNg6
(g7
g8
NtRp51464
(dp51465
g11
Vhttp://dbpedia.org/resource/Grand_Coulee_Dam__Lake__1
p51466
sbNg6
(g13
g8
NtRp51467
(dp51468
g16
Nsg17
Nsg11
VPower, regulation, irrigation
p51469
sbg6
(g13
g8
NtRp51470
(dp51471
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Columbia_River
p51472
sbg6
(g13
g8
NtRp51473
(dp51474
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp51475
(dp51476
g16
Nsg17
Nsg11
V(This article is about the dam itself. For the song by Woody Guthrie, see Grand Coulee Dam (song).) Grand Coulee Dam is a concrete gravity dam on the Columbia River in the U.S. state of Washington, built to produce hydroelectric power and provide irrigation water. Constructed between 1933 and 1942, Grand Coulee originally had two powerhouses. The third powerhouse ("Nat"), completed in 1974 to increase energy production, makes Grand Coulee the largest power station in the United States by nameplate-capacity at 6,809 MW.
p51477
sbg6
(g13
g8
NtRp51478
(dp51479
g16
Nsg17
Nsg11
VPOINT(-118.98166656494 47.955833435059)
p51480
sbtp51481
a(g6
(g7
g8
NtRp51482
(dp51483
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51484
sbg6
(g13
g8
NtRp51485
(dp51486
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0646\u0647\u0636\u0629
p51487
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(g13
g8
NtRp51488
(dp51489
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51490
sbg6
(g13
g8
NtRp51491
(dp51492
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51493
sbg6
(g13
g8
NtRp51494
(dp51495
g16
Nsg17
g27
sg11
V1.78
p51496
sbg6
(g13
g8
NtRp51497
(dp51498
g16
Nsg17
g27
sg11
V655.0
p51499
sbg6
(g7
g8
NtRp51500
(dp51501
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51502
sbg6
(g13
g8
NtRp51503
(dp51504
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51505
sbg6
(g13
g8
NtRp51506
(dp51507
g16
Nsg17
Nsg11
VPower
p51508
sbg6
(g13
g8
NtRp51509
(dp51510
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51511
sbg6
(g13
g8
NtRp51512
(dp51513
g16
Nsg17
Nsg11
VUC
p51514
sbg6
(g13
g8
NtRp51515
(dp51516
g16
Nsg17
g27
sg11
V1.02e+07
p51517
sbg6
(g13
g8
NtRp51518
(dp51519
g16
Nsg17
Nsg11
VEthiopia
p51520
sbg6
(g13
g8
NtRp51521
(dp51522
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Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51523
sbg6
(g13
g8
NtRp51524
(dp51525
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51526
sbtp51527
a(g6
(g7
g8
NtRp51528
(dp51529
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51530
sbg6
(g13
g8
NtRp51531
(dp51532
g16
Nsg17
Nsg11
VPresa del Renaixement
p51533
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(g13
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NtRp51534
(dp51535
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51536
sbg6
(g13
g8
NtRp51537
(dp51538
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51539
sbg6
(g13
g8
NtRp51540
(dp51541
g16
Nsg17
g27
sg11
V1.78
p51542
sbg6
(g13
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NtRp51543
(dp51544
g16
Nsg17
g27
sg11
V655.0
p51545
sbg6
(g7
g8
NtRp51546
(dp51547
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51548
sbg6
(g13
g8
NtRp51549
(dp51550
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51551
sbg6
(g13
g8
NtRp51552
(dp51553
g16
Nsg17
Nsg11
VPower
p51554
sbg6
(g13
g8
NtRp51555
(dp51556
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51557
sbg6
(g13
g8
NtRp51558
(dp51559
g16
Nsg17
Nsg11
VUC
p51560
sbg6
(g13
g8
NtRp51561
(dp51562
g16
Nsg17
g27
sg11
V1.02e+07
p51563
sbg6
(g13
g8
NtRp51564
(dp51565
g16
Nsg17
Nsg11
VEthiopia
p51566
sbg6
(g13
g8
NtRp51567
(dp51568
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51569
sbg6
(g13
g8
NtRp51570
(dp51571
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51572
sbtp51573
a(g6
(g7
g8
NtRp51574
(dp51575
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51576
sbg6
(g13
g8
NtRp51577
(dp51578
g16
Nsg17
Nsg11
VTama Wielkiego Odrodzenia
p51579
sbg6
(g13
g8
NtRp51580
(dp51581
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51582
sbg6
(g13
g8
NtRp51583
(dp51584
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51585
sbg6
(g13
g8
NtRp51586
(dp51587
g16
Nsg17
g27
sg11
V1.78
p51588
sbg6
(g13
g8
NtRp51589
(dp51590
g16
Nsg17
g27
sg11
V655.0
p51591
sbg6
(g7
g8
NtRp51592
(dp51593
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51594
sbg6
(g13
g8
NtRp51595
(dp51596
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51597
sbg6
(g13
g8
NtRp51598
(dp51599
g16
Nsg17
Nsg11
VPower
p51600
sbg6
(g13
g8
NtRp51601
(dp51602
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51603
sbg6
(g13
g8
NtRp51604
(dp51605
g16
Nsg17
Nsg11
VUC
p51606
sbg6
(g13
g8
NtRp51607
(dp51608
g16
Nsg17
g27
sg11
V1.02e+07
p51609
sbg6
(g13
g8
NtRp51610
(dp51611
g16
Nsg17
Nsg11
VEthiopia
p51612
sbg6
(g13
g8
NtRp51613
(dp51614
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51615
sbg6
(g13
g8
NtRp51616
(dp51617
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51618
sbtp51619
a(g6
(g7
g8
NtRp51620
(dp51621
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51622
sbg6
(g13
g8
NtRp51623
(dp51624
g16
Nsg17
Nsg11
VBara\u0135o de la Etiopia Renaski\u011do
p51625
sbg6
(g13
g8
NtRp51626
(dp51627
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51628
sbg6
(g13
g8
NtRp51629
(dp51630
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51631
sbg6
(g13
g8
NtRp51632
(dp51633
g16
Nsg17
g27
sg11
V1.78
p51634
sbg6
(g13
g8
NtRp51635
(dp51636
g16
Nsg17
g27
sg11
V655.0
p51637
sbg6
(g7
g8
NtRp51638
(dp51639
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51640
sbg6
(g13
g8
NtRp51641
(dp51642
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51643
sbg6
(g13
g8
NtRp51644
(dp51645
g16
Nsg17
Nsg11
VPower
p51646
sbg6
(g13
g8
NtRp51647
(dp51648
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51649
sbg6
(g13
g8
NtRp51650
(dp51651
g16
Nsg17
Nsg11
VUC
p51652
sbg6
(g13
g8
NtRp51653
(dp51654
g16
Nsg17
g27
sg11
V1.02e+07
p51655
sbg6
(g13
g8
NtRp51656
(dp51657
g16
Nsg17
Nsg11
VEthiopia
p51658
sbg6
(g13
g8
NtRp51659
(dp51660
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51661
sbg6
(g13
g8
NtRp51662
(dp51663
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51664
sbtp51665
a(g6
(g7
g8
NtRp51666
(dp51667
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51668
sbg6
(g13
g8
NtRp51669
(dp51670
g16
Nsg17
Nsg11
VVelká p\u0159ehrada etiopského znovuzrození
p51671
sbg6
(g13
g8
NtRp51672
(dp51673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51674
sbg6
(g13
g8
NtRp51675
(dp51676
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51677
sbg6
(g13
g8
NtRp51678
(dp51679
g16
Nsg17
g27
sg11
V1.78
p51680
sbg6
(g13
g8
NtRp51681
(dp51682
g16
Nsg17
g27
sg11
V655.0
p51683
sbg6
(g7
g8
NtRp51684
(dp51685
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51686
sbg6
(g13
g8
NtRp51687
(dp51688
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51689
sbg6
(g13
g8
NtRp51690
(dp51691
g16
Nsg17
Nsg11
VPower
p51692
sbg6
(g13
g8
NtRp51693
(dp51694
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51695
sbg6
(g13
g8
NtRp51696
(dp51697
g16
Nsg17
Nsg11
VUC
p51698
sbg6
(g13
g8
NtRp51699
(dp51700
g16
Nsg17
g27
sg11
V1.02e+07
p51701
sbg6
(g13
g8
NtRp51702
(dp51703
g16
Nsg17
Nsg11
VEthiopia
p51704
sbg6
(g13
g8
NtRp51705
(dp51706
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51707
sbg6
(g13
g8
NtRp51708
(dp51709
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51710
sbtp51711
a(g6
(g7
g8
NtRp51712
(dp51713
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51714
sbg6
(g13
g8
NtRp51715
(dp51716
g16
Nsg17
Nsg11
VBendungan Hidase
p51717
sbg6
(g13
g8
NtRp51718
(dp51719
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51720
sbg6
(g13
g8
NtRp51721
(dp51722
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51723
sbg6
(g13
g8
NtRp51724
(dp51725
g16
Nsg17
g27
sg11
V1.78
p51726
sbg6
(g13
g8
NtRp51727
(dp51728
g16
Nsg17
g27
sg11
V655.0
p51729
sbg6
(g7
g8
NtRp51730
(dp51731
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51732
sbg6
(g13
g8
NtRp51733
(dp51734
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51735
sbg6
(g13
g8
NtRp51736
(dp51737
g16
Nsg17
Nsg11
VPower
p51738
sbg6
(g13
g8
NtRp51739
(dp51740
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51741
sbg6
(g13
g8
NtRp51742
(dp51743
g16
Nsg17
Nsg11
VUC
p51744
sbg6
(g13
g8
NtRp51745
(dp51746
g16
Nsg17
g27
sg11
V1.02e+07
p51747
sbg6
(g13
g8
NtRp51748
(dp51749
g16
Nsg17
Nsg11
VEthiopia
p51750
sbg6
(g13
g8
NtRp51751
(dp51752
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51753
sbg6
(g13
g8
NtRp51754
(dp51755
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51756
sbtp51757
a(g6
(g7
g8
NtRp51758
(dp51759
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51760
sbg6
(g13
g8
NtRp51761
(dp51762
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03b7\u03c2 \u0391\u03bd\u03b1\u03b3\u03ad\u03bd\u03bd\u03b7\u03c3\u03b7\u03c2
p51763
sbg6
(g13
g8
NtRp51764
(dp51765
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51766
sbg6
(g13
g8
NtRp51767
(dp51768
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51769
sbg6
(g13
g8
NtRp51770
(dp51771
g16
Nsg17
g27
sg11
V1.78
p51772
sbg6
(g13
g8
NtRp51773
(dp51774
g16
Nsg17
g27
sg11
V655.0
p51775
sbg6
(g7
g8
NtRp51776
(dp51777
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51778
sbg6
(g13
g8
NtRp51779
(dp51780
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51781
sbg6
(g13
g8
NtRp51782
(dp51783
g16
Nsg17
Nsg11
VPower
p51784
sbg6
(g13
g8
NtRp51785
(dp51786
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51787
sbg6
(g13
g8
NtRp51788
(dp51789
g16
Nsg17
Nsg11
VUC
p51790
sbg6
(g13
g8
NtRp51791
(dp51792
g16
Nsg17
g27
sg11
V1.02e+07
p51793
sbg6
(g13
g8
NtRp51794
(dp51795
g16
Nsg17
Nsg11
VEthiopia
p51796
sbg6
(g13
g8
NtRp51797
(dp51798
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51799
sbg6
(g13
g8
NtRp51800
(dp51801
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51802
sbtp51803
a(g6
(g7
g8
NtRp51804
(dp51805
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51806
sbg6
(g13
g8
NtRp51807
(dp51808
g16
Nsg17
Nsg11
VGrand-Ethiopian-Renaissance-Talsperre
p51809
sbg6
(g13
g8
NtRp51810
(dp51811
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51812
sbg6
(g13
g8
NtRp51813
(dp51814
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51815
sbg6
(g13
g8
NtRp51816
(dp51817
g16
Nsg17
g27
sg11
V1.78
p51818
sbg6
(g13
g8
NtRp51819
(dp51820
g16
Nsg17
g27
sg11
V655.0
p51821
sbg6
(g7
g8
NtRp51822
(dp51823
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51824
sbg6
(g13
g8
NtRp51825
(dp51826
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51827
sbg6
(g13
g8
NtRp51828
(dp51829
g16
Nsg17
Nsg11
VPower
p51830
sbg6
(g13
g8
NtRp51831
(dp51832
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51833
sbg6
(g13
g8
NtRp51834
(dp51835
g16
Nsg17
Nsg11
VUC
p51836
sbg6
(g13
g8
NtRp51837
(dp51838
g16
Nsg17
g27
sg11
V1.02e+07
p51839
sbg6
(g13
g8
NtRp51840
(dp51841
g16
Nsg17
Nsg11
VEthiopia
p51842
sbg6
(g13
g8
NtRp51843
(dp51844
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51845
sbg6
(g13
g8
NtRp51846
(dp51847
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51848
sbtp51849
a(g6
(g7
g8
NtRp51850
(dp51851
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51852
sbg6
(g13
g8
NtRp51853
(dp51854
g16
Nsg17
Nsg11
VGrand Ethiopian Renaissance Dam
p51855
sbg6
(g13
g8
NtRp51856
(dp51857
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51858
sbg6
(g13
g8
NtRp51859
(dp51860
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51861
sbg6
(g13
g8
NtRp51862
(dp51863
g16
Nsg17
g27
sg11
V1.78
p51864
sbg6
(g13
g8
NtRp51865
(dp51866
g16
Nsg17
g27
sg11
V655.0
p51867
sbg6
(g7
g8
NtRp51868
(dp51869
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51870
sbg6
(g13
g8
NtRp51871
(dp51872
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51873
sbg6
(g13
g8
NtRp51874
(dp51875
g16
Nsg17
Nsg11
VPower
p51876
sbg6
(g13
g8
NtRp51877
(dp51878
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51879
sbg6
(g13
g8
NtRp51880
(dp51881
g16
Nsg17
Nsg11
VUC
p51882
sbg6
(g13
g8
NtRp51883
(dp51884
g16
Nsg17
g27
sg11
V1.02e+07
p51885
sbg6
(g13
g8
NtRp51886
(dp51887
g16
Nsg17
Nsg11
VEthiopia
p51888
sbg6
(g13
g8
NtRp51889
(dp51890
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51891
sbg6
(g13
g8
NtRp51892
(dp51893
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51894
sbtp51895
a(g6
(g7
g8
NtRp51896
(dp51897
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51898
sbg6
(g13
g8
NtRp51899
(dp51900
g16
Nsg17
Nsg11
VBarrage de la Renaissance
p51901
sbg6
(g13
g8
NtRp51902
(dp51903
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51904
sbg6
(g13
g8
NtRp51905
(dp51906
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51907
sbg6
(g13
g8
NtRp51908
(dp51909
g16
Nsg17
g27
sg11
V1.78
p51910
sbg6
(g13
g8
NtRp51911
(dp51912
g16
Nsg17
g27
sg11
V655.0
p51913
sbg6
(g7
g8
NtRp51914
(dp51915
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51916
sbg6
(g13
g8
NtRp51917
(dp51918
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51919
sbg6
(g13
g8
NtRp51920
(dp51921
g16
Nsg17
Nsg11
VPower
p51922
sbg6
(g13
g8
NtRp51923
(dp51924
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51925
sbg6
(g13
g8
NtRp51926
(dp51927
g16
Nsg17
Nsg11
VUC
p51928
sbg6
(g13
g8
NtRp51929
(dp51930
g16
Nsg17
g27
sg11
V1.02e+07
p51931
sbg6
(g13
g8
NtRp51932
(dp51933
g16
Nsg17
Nsg11
VEthiopia
p51934
sbg6
(g13
g8
NtRp51935
(dp51936
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51937
sbg6
(g13
g8
NtRp51938
(dp51939
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51940
sbtp51941
a(g6
(g7
g8
NtRp51942
(dp51943
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51944
sbg6
(g13
g8
NtRp51945
(dp51946
g16
Nsg17
Nsg11
VDamba Renaissance Aetópach
p51947
sbg6
(g13
g8
NtRp51948
(dp51949
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51950
sbg6
(g13
g8
NtRp51951
(dp51952
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51953
sbg6
(g13
g8
NtRp51954
(dp51955
g16
Nsg17
g27
sg11
V1.78
p51956
sbg6
(g13
g8
NtRp51957
(dp51958
g16
Nsg17
g27
sg11
V655.0
p51959
sbg6
(g7
g8
NtRp51960
(dp51961
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p51962
sbg6
(g13
g8
NtRp51963
(dp51964
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p51965
sbg6
(g13
g8
NtRp51966
(dp51967
g16
Nsg17
Nsg11
VPower
p51968
sbg6
(g13
g8
NtRp51969
(dp51970
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p51971
sbg6
(g13
g8
NtRp51972
(dp51973
g16
Nsg17
Nsg11
VUC
p51974
sbg6
(g13
g8
NtRp51975
(dp51976
g16
Nsg17
g27
sg11
V1.02e+07
p51977
sbg6
(g13
g8
NtRp51978
(dp51979
g16
Nsg17
Nsg11
VEthiopia
p51980
sbg6
(g13
g8
NtRp51981
(dp51982
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p51983
sbg6
(g13
g8
NtRp51984
(dp51985
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p51986
sbtp51987
a(g6
(g7
g8
NtRp51988
(dp51989
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p51990
sbg6
(g13
g8
NtRp51991
(dp51992
g16
Nsg17
Nsg11
VGran Presa del Renacimiento Etíope
p51993
sbg6
(g13
g8
NtRp51994
(dp51995
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p51996
sbg6
(g13
g8
NtRp51997
(dp51998
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p51999
sbg6
(g13
g8
NtRp52000
(dp52001
g16
Nsg17
g27
sg11
V1.78
p52002
sbg6
(g13
g8
NtRp52003
(dp52004
g16
Nsg17
g27
sg11
V655.0
p52005
sbg6
(g7
g8
NtRp52006
(dp52007
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52008
sbg6
(g13
g8
NtRp52009
(dp52010
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52011
sbg6
(g13
g8
NtRp52012
(dp52013
g16
Nsg17
Nsg11
VPower
p52014
sbg6
(g13
g8
NtRp52015
(dp52016
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52017
sbg6
(g13
g8
NtRp52018
(dp52019
g16
Nsg17
Nsg11
VUC
p52020
sbg6
(g13
g8
NtRp52021
(dp52022
g16
Nsg17
g27
sg11
V1.02e+07
p52023
sbg6
(g13
g8
NtRp52024
(dp52025
g16
Nsg17
Nsg11
VEthiopia
p52026
sbg6
(g13
g8
NtRp52027
(dp52028
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52029
sbg6
(g13
g8
NtRp52030
(dp52031
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52032
sbtp52033
a(g6
(g7
g8
NtRp52034
(dp52035
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52036
sbg6
(g13
g8
NtRp52037
(dp52038
g16
Nsg17
Nsg11
VGrote Renaissancedam
p52039
sbg6
(g13
g8
NtRp52040
(dp52041
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52042
sbg6
(g13
g8
NtRp52043
(dp52044
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52045
sbg6
(g13
g8
NtRp52046
(dp52047
g16
Nsg17
g27
sg11
V1.78
p52048
sbg6
(g13
g8
NtRp52049
(dp52050
g16
Nsg17
g27
sg11
V655.0
p52051
sbg6
(g7
g8
NtRp52052
(dp52053
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52054
sbg6
(g13
g8
NtRp52055
(dp52056
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52057
sbg6
(g13
g8
NtRp52058
(dp52059
g16
Nsg17
Nsg11
VPower
p52060
sbg6
(g13
g8
NtRp52061
(dp52062
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52063
sbg6
(g13
g8
NtRp52064
(dp52065
g16
Nsg17
Nsg11
VUC
p52066
sbg6
(g13
g8
NtRp52067
(dp52068
g16
Nsg17
g27
sg11
V1.02e+07
p52069
sbg6
(g13
g8
NtRp52070
(dp52071
g16
Nsg17
Nsg11
VEthiopia
p52072
sbg6
(g13
g8
NtRp52073
(dp52074
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52075
sbg6
(g13
g8
NtRp52076
(dp52077
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52078
sbtp52079
a(g6
(g7
g8
NtRp52080
(dp52081
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52082
sbg6
(g13
g8
NtRp52083
(dp52084
g16
Nsg17
Nsg11
V\u0413\u0440\u0435\u0431\u043b\u044f \u0412\u0456\u0434\u0440\u043e\u0434\u0436\u0435\u043d\u043d\u044f
p52085
sbg6
(g13
g8
NtRp52086
(dp52087
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52088
sbg6
(g13
g8
NtRp52089
(dp52090
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52091
sbg6
(g13
g8
NtRp52092
(dp52093
g16
Nsg17
g27
sg11
V1.78
p52094
sbg6
(g13
g8
NtRp52095
(dp52096
g16
Nsg17
g27
sg11
V655.0
p52097
sbg6
(g7
g8
NtRp52098
(dp52099
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52100
sbg6
(g13
g8
NtRp52101
(dp52102
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52103
sbg6
(g13
g8
NtRp52104
(dp52105
g16
Nsg17
Nsg11
VPower
p52106
sbg6
(g13
g8
NtRp52107
(dp52108
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52109
sbg6
(g13
g8
NtRp52110
(dp52111
g16
Nsg17
Nsg11
VUC
p52112
sbg6
(g13
g8
NtRp52113
(dp52114
g16
Nsg17
g27
sg11
V1.02e+07
p52115
sbg6
(g13
g8
NtRp52116
(dp52117
g16
Nsg17
Nsg11
VEthiopia
p52118
sbg6
(g13
g8
NtRp52119
(dp52120
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52121
sbg6
(g13
g8
NtRp52122
(dp52123
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52124
sbtp52125
a(g6
(g7
g8
NtRp52126
(dp52127
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52128
sbg6
(g13
g8
NtRp52129
(dp52130
g16
Nsg17
Nsg11
VStora etiopiska renässansdammen
p52131
sbg6
(g13
g8
NtRp52132
(dp52133
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52134
sbg6
(g13
g8
NtRp52135
(dp52136
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52137
sbg6
(g13
g8
NtRp52138
(dp52139
g16
Nsg17
g27
sg11
V1.78
p52140
sbg6
(g13
g8
NtRp52141
(dp52142
g16
Nsg17
g27
sg11
V655.0
p52143
sbg6
(g7
g8
NtRp52144
(dp52145
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52146
sbg6
(g13
g8
NtRp52147
(dp52148
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52149
sbg6
(g13
g8
NtRp52150
(dp52151
g16
Nsg17
Nsg11
VPower
p52152
sbg6
(g13
g8
NtRp52153
(dp52154
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52155
sbg6
(g13
g8
NtRp52156
(dp52157
g16
Nsg17
Nsg11
VUC
p52158
sbg6
(g13
g8
NtRp52159
(dp52160
g16
Nsg17
g27
sg11
V1.02e+07
p52161
sbg6
(g13
g8
NtRp52162
(dp52163
g16
Nsg17
Nsg11
VEthiopia
p52164
sbg6
(g13
g8
NtRp52165
(dp52166
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52167
sbg6
(g13
g8
NtRp52168
(dp52169
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52170
sbtp52171
a(g6
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g8
NtRp52172
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Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52174
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g8
NtRp52175
(dp52176
g16
Nsg17
Nsg11
V\u0425\u044b\u0434\u0430\u0441\u0435 (\u0413\u042d\u0421)
p52177
sbg6
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g8
NtRp52178
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g16
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Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52180
sbg6
(g13
g8
NtRp52181
(dp52182
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52183
sbg6
(g13
g8
NtRp52184
(dp52185
g16
Nsg17
g27
sg11
V1.78
p52186
sbg6
(g13
g8
NtRp52187
(dp52188
g16
Nsg17
g27
sg11
V655.0
p52189
sbg6
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g8
NtRp52190
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Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52192
sbg6
(g13
g8
NtRp52193
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g16
Nsg17
Nsg11
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p52195
sbg6
(g13
g8
NtRp52196
(dp52197
g16
Nsg17
Nsg11
VPower
p52198
sbg6
(g13
g8
NtRp52199
(dp52200
g16
Nsg17
Nsg11
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p52201
sbg6
(g13
g8
NtRp52202
(dp52203
g16
Nsg17
Nsg11
VUC
p52204
sbg6
(g13
g8
NtRp52205
(dp52206
g16
Nsg17
g27
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V1.02e+07
p52207
sbg6
(g13
g8
NtRp52208
(dp52209
g16
Nsg17
Nsg11
VEthiopia
p52210
sbg6
(g13
g8
NtRp52211
(dp52212
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52213
sbg6
(g13
g8
NtRp52214
(dp52215
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
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sbtp52217
a(g6
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g8
NtRp52218
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g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52220
sbg6
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g8
NtRp52221
(dp52222
g16
Nsg17
Nsg11
V\u57c3\u585e\u4fc4\u6bd4\u4e9e\u5fa9\u8208\u5927\u58e9
p52223
sbg6
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g8
NtRp52224
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52226
sbg6
(g13
g8
NtRp52227
(dp52228
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52229
sbg6
(g13
g8
NtRp52230
(dp52231
g16
Nsg17
g27
sg11
V1.78
p52232
sbg6
(g13
g8
NtRp52233
(dp52234
g16
Nsg17
g27
sg11
V655.0
p52235
sbg6
(g7
g8
NtRp52236
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g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52238
sbg6
(g13
g8
NtRp52239
(dp52240
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52241
sbg6
(g13
g8
NtRp52242
(dp52243
g16
Nsg17
Nsg11
VPower
p52244
sbg6
(g13
g8
NtRp52245
(dp52246
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52247
sbg6
(g13
g8
NtRp52248
(dp52249
g16
Nsg17
Nsg11
VUC
p52250
sbg6
(g13
g8
NtRp52251
(dp52252
g16
Nsg17
g27
sg11
V1.02e+07
p52253
sbg6
(g13
g8
NtRp52254
(dp52255
g16
Nsg17
Nsg11
VEthiopia
p52256
sbg6
(g13
g8
NtRp52257
(dp52258
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52259
sbg6
(g13
g8
NtRp52260
(dp52261
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52262
sbtp52263
a(g6
(g7
g8
NtRp52264
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g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52266
sbg6
(g13
g8
NtRp52267
(dp52268
g16
Nsg17
Nsg11
V\uadf8\ub79c\ub4dc \uc5d0\ud2f0\uc624\ud53c\uc544 \ub974\ub124\uc0c1\uc2a4 \ub310
p52269
sbg6
(g13
g8
NtRp52270
(dp52271
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52272
sbg6
(g13
g8
NtRp52273
(dp52274
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52275
sbg6
(g13
g8
NtRp52276
(dp52277
g16
Nsg17
g27
sg11
V1.78
p52278
sbg6
(g13
g8
NtRp52279
(dp52280
g16
Nsg17
g27
sg11
V655.0
p52281
sbg6
(g7
g8
NtRp52282
(dp52283
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52284
sbg6
(g13
g8
NtRp52285
(dp52286
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52287
sbg6
(g13
g8
NtRp52288
(dp52289
g16
Nsg17
Nsg11
VPower
p52290
sbg6
(g13
g8
NtRp52291
(dp52292
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52293
sbg6
(g13
g8
NtRp52294
(dp52295
g16
Nsg17
Nsg11
VUC
p52296
sbg6
(g13
g8
NtRp52297
(dp52298
g16
Nsg17
g27
sg11
V1.02e+07
p52299
sbg6
(g13
g8
NtRp52300
(dp52301
g16
Nsg17
Nsg11
VEthiopia
p52302
sbg6
(g13
g8
NtRp52303
(dp52304
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52305
sbg6
(g13
g8
NtRp52306
(dp52307
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52308
sbtp52309
a(g6
(g7
g8
NtRp52310
(dp52311
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52312
sbg6
(g13
g8
NtRp52313
(dp52314
g16
Nsg17
Nsg11
VRepresa do Renascimento
p52315
sbg6
(g13
g8
NtRp52316
(dp52317
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52318
sbg6
(g13
g8
NtRp52319
(dp52320
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52321
sbg6
(g13
g8
NtRp52322
(dp52323
g16
Nsg17
g27
sg11
V1.78
p52324
sbg6
(g13
g8
NtRp52325
(dp52326
g16
Nsg17
g27
sg11
V655.0
p52327
sbg6
(g7
g8
NtRp52328
(dp52329
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52330
sbg6
(g13
g8
NtRp52331
(dp52332
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52333
sbg6
(g13
g8
NtRp52334
(dp52335
g16
Nsg17
Nsg11
VPower
p52336
sbg6
(g13
g8
NtRp52337
(dp52338
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52339
sbg6
(g13
g8
NtRp52340
(dp52341
g16
Nsg17
Nsg11
VUC
p52342
sbg6
(g13
g8
NtRp52343
(dp52344
g16
Nsg17
g27
sg11
V1.02e+07
p52345
sbg6
(g13
g8
NtRp52346
(dp52347
g16
Nsg17
Nsg11
VEthiopia
p52348
sbg6
(g13
g8
NtRp52349
(dp52350
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52351
sbg6
(g13
g8
NtRp52352
(dp52353
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
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sbtp52355
a(g6
(g7
g8
NtRp52356
(dp52357
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam
p52358
sbg6
(g13
g8
NtRp52359
(dp52360
g16
Nsg17
Nsg11
V\u5927\u30a8\u30c1\u30aa\u30d4\u30a2\u30fb\u30eb\u30cd\u30b5\u30f3\u30b9\u30c0\u30e0
p52361
sbg6
(g13
g8
NtRp52362
(dp52363
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopia
p52364
sbg6
(g13
g8
NtRp52365
(dp52366
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52367
sbg6
(g13
g8
NtRp52368
(dp52369
g16
Nsg17
g27
sg11
V1.78
p52370
sbg6
(g13
g8
NtRp52371
(dp52372
g16
Nsg17
g27
sg11
V655.0
p52373
sbg6
(g7
g8
NtRp52374
(dp52375
g11
Vhttp://dbpedia.org/resource/Grand_Ethiopian_Renaissance_Dam__Lake__1
p52376
sbg6
(g13
g8
NtRp52377
(dp52378
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ethiopian_Electric_Power
p52379
sbg6
(g13
g8
NtRp52380
(dp52381
g16
Nsg17
Nsg11
VPower
p52382
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(g13
g8
NtRp52383
(dp52384
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Blue_Nile_River
p52385
sbg6
(g13
g8
NtRp52386
(dp52387
g16
Nsg17
Nsg11
VUC
p52388
sbg6
(g13
g8
NtRp52389
(dp52390
g16
Nsg17
g27
sg11
V1.02e+07
p52391
sbg6
(g13
g8
NtRp52392
(dp52393
g16
Nsg17
Nsg11
VEthiopia
p52394
sbg6
(g13
g8
NtRp52395
(dp52396
g16
Nsg17
Nsg11
VThe Grand Ethiopian Renaissance Dam (GERD or TaIHiGe; Amharic: \u1273\u120b\u1241 \u12e8\u12a2\u1275\u12ee\u1335\u12eb \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: T\u0101l\u0101qu ye-\u012aty\u014dppy\u0101 Hid\u0101s\u0113 Gidib,Tigrinya: \u130d\u12f5\u1265 \u1215\u12f3\u1230 \u12a2\u1275\u12ee\u1335\u12eb, Oromo: Hidha Haaromsaa Guddicha Itoophiyaa), formerly known as the Millennium Dam and sometimes referred to as Hidase Dam (Amharic: \u1215\u12f3\u1234 \u130d\u12f5\u1265, romanized: Hid\u0101s\u0113 Gidib, Oromo: Hidha Hid\u0101s\u0113), is a gravity dam on the Blue Nile River in Ethiopia under construction since 2011. The dam is in the Benishangul-Gumuz Region of Ethiopia, about 45 km (28 mi) east of the border with Sudan.
p52397
sbg6
(g13
g8
NtRp52398
(dp52399
g16
Nsg17
Nsg11
VPOINT(35.093055725098 11.215277671814)
p52400
sbtp52401
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(g7
g8
NtRp52402
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Vhttp://dbpedia.org/resource/Grand_Eweng_Hydroelectric_Power_Station
p52404
sbg6
(g13
g8
NtRp52405
(dp52406
g16
Nsg17
Nsg11
VGrand Eweng Hydroelectric Power Station
p52407
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(g13
g8
NtRp52408
(dp52409
g16
Nsg17
Nsg11
VCameroon
p52410
sbg6
(g13
g8
NtRp52411
(dp52412
g16
Nsg17
Nsg11
VPartGravity dam/ PartRockfill dam
p52413
sbNNNNg6
(g13
g8
NtRp52414
(dp52415
g16
Nsg17
Nsg11
VPower
p52416
sbg6
(g13
g8
NtRp52417
(dp52418
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sanaga_River
p52419
sbg6
(g13
g8
NtRp52420
(dp52421
g16
Nsg17
Nsg11
VProposed
p52422
sbNg6
(g13
g8
NtRp52423
(dp52424
g16
Nsg17
Nsg11
VCameroon
p52425
sbg6
(g13
g8
NtRp52426
(dp52427
g16
Nsg17
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VThe Grand Eweng Hydroelectric Power Station, also Grand Eweng Power Station, is a planned approximately 1,800 megawatt hydroelectric power project across the Sanaga River to be constructed in Cameroon. The Grand Eweng power station is expected to be the largest hydroelectric energy source in Cameroon.The Grand Eweng project is under development by Hydromine from the United States on behalf of the Government of Cameroon on a build-own-operate-transfer (BOOT) concession basis.
p52428
sbg6
(g13
g8
NtRp52429
(dp52430
g16
Nsg17
Nsg11
VPOINT(10.630000114441 4.0727777481079)
p52431
sbtp52432
a(g6
(g7
g8
NtRp52433
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g11
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p52435
sbg6
(g13
g8
NtRp52436
(dp52437
g16
Nsg17
Nsg11
VGrand Falls Generating Station
p52438
sbg6
(g13
g8
NtRp52439
(dp52440
g16
Nsg17
Nsg11
VCanada
p52441
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NtRp52442
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Nsg17
Nsg11
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p52444
sbNNNNNg6
(g13
g8
NtRp52445
(dp52446
g16
Nsg17
Nsg11
VThe Grand Falls Generating Station is a hydroelectric dam built on the Saint John River in Grand Falls in the Canadian province of New Brunswick and is operated by NB Power corporation. It was built in 1931 and its power house has a capacity of 66 megawatts with its 4 turbines.
p52447
sbg6
(g13
g8
NtRp52448
(dp52449
g16
Nsg17
Nsg11
VPOINT(-67.73999786377 47.051387786865)
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NtRp52452
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p52454
sbg6
(g13
g8
NtRp52455
(dp52456
g16
Nsg17
Nsg11
VCentrale de Grand-Sault
p52457
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(g13
g8
NtRp52458
(dp52459
g16
Nsg17
Nsg11
VCanada
p52460
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NtRp52461
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/NB_Power
p52463
sbNNNNNg6
(g13
g8
NtRp52464
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Nsg17
Nsg11
VThe Grand Falls Generating Station is a hydroelectric dam built on the Saint John River in Grand Falls in the Canadian province of New Brunswick and is operated by NB Power corporation. It was built in 1931 and its power house has a capacity of 66 megawatts with its 4 turbines.
p52466
sbg6
(g13
g8
NtRp52467
(dp52468
g16
Nsg17
Nsg11
VPOINT(-67.73999786377 47.051387786865)
p52469
sbtp52470
a(g6
(g7
g8
NtRp52471
(dp52472
g11
Vhttp://dbpedia.org/resource/Grand_Inga_Dam
p52473
sbg6
(g13
g8
NtRp52474
(dp52475
g16
Nsg17
Nsg11
VGrand Inga
p52476
sbg6
(g13
g8
NtRp52477
(dp52478
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p52479
sbNNNNNNNg6
(g13
g8
NtRp52480
(dp52481
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp52482
(dp52483
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p52484
sbg6
(g13
g8
NtRp52485
(dp52486
g16
Nsg17
Nsg11
VThe Grand Inga Dam is a series of seven proposed hydroelectric power stations at the site of the Inga Falls, in the Democratic Republic of the Congo. If built as planned, the 40-70 GW project would be the largest power station in the world.
p52487
sbg6
(g13
g8
NtRp52488
(dp52489
g16
Nsg17
Nsg11
VPOINT(13.585000038147 -5.5466666221619)
p52490
sbtp52491
a(g6
(g7
g8
NtRp52492
(dp52493
g11
Vhttp://dbpedia.org/resource/Grand_Inga_Dam
p52494
sbg6
(g13
g8
NtRp52495
(dp52496
g16
Nsg17
Nsg11
VGrand Inga Dam
p52497
sbg6
(g13
g8
NtRp52498
(dp52499
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p52500
sbNNNNNNNg6
(g13
g8
NtRp52501
(dp52502
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp52503
(dp52504
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p52505
sbg6
(g13
g8
NtRp52506
(dp52507
g16
Nsg17
Nsg11
VThe Grand Inga Dam is a series of seven proposed hydroelectric power stations at the site of the Inga Falls, in the Democratic Republic of the Congo. If built as planned, the 40-70 GW project would be the largest power station in the world.
p52508
sbg6
(g13
g8
NtRp52509
(dp52510
g16
Nsg17
Nsg11
VPOINT(13.585000038147 -5.5466666221619)
p52511
sbtp52512
a(g6
(g7
g8
NtRp52513
(dp52514
g11
Vhttp://dbpedia.org/resource/Grand_Inga_Dam
p52515
sbg6
(g13
g8
NtRp52516
(dp52517
g16
Nsg17
Nsg11
VGran Presa de Inga
p52518
sbg6
(g13
g8
NtRp52519
(dp52520
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p52521
sbNNNNNNNg6
(g13
g8
NtRp52522
(dp52523
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp52524
(dp52525
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p52526
sbg6
(g13
g8
NtRp52527
(dp52528
g16
Nsg17
Nsg11
VThe Grand Inga Dam is a series of seven proposed hydroelectric power stations at the site of the Inga Falls, in the Democratic Republic of the Congo. If built as planned, the 40-70 GW project would be the largest power station in the world.
p52529
sbg6
(g13
g8
NtRp52530
(dp52531
g16
Nsg17
Nsg11
VPOINT(13.585000038147 -5.5466666221619)
p52532
sbtp52533
a(g6
(g7
g8
NtRp52534
(dp52535
g11
Vhttp://dbpedia.org/resource/Grand_Inga_Dam
p52536
sbg6
(g13
g8
NtRp52537
(dp52538
g16
Nsg17
Nsg11
VBarrage Grand Inga
p52539
sbg6
(g13
g8
NtRp52540
(dp52541
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p52542
sbNNNNNNNg6
(g13
g8
NtRp52543
(dp52544
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp52545
(dp52546
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p52547
sbg6
(g13
g8
NtRp52548
(dp52549
g16
Nsg17
Nsg11
VThe Grand Inga Dam is a series of seven proposed hydroelectric power stations at the site of the Inga Falls, in the Democratic Republic of the Congo. If built as planned, the 40-70 GW project would be the largest power station in the world.
p52550
sbg6
(g13
g8
NtRp52551
(dp52552
g16
Nsg17
Nsg11
VPOINT(13.585000038147 -5.5466666221619)
p52553
sbtp52554
a(g6
(g7
g8
NtRp52555
(dp52556
g11
Vhttp://dbpedia.org/resource/Grand_Inga_Dam
p52557
sbg6
(g13
g8
NtRp52558
(dp52559
g16
Nsg17
Nsg11
V\u0633\u062f \u0625\u0646\u062c\u0627 \u0627\u0644\u0643\u0628\u064a\u0631
p52560
sbg6
(g13
g8
NtRp52561
(dp52562
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p52563
sbNNNNNNNg6
(g13
g8
NtRp52564
(dp52565
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp52566
(dp52567
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p52568
sbg6
(g13
g8
NtRp52569
(dp52570
g16
Nsg17
Nsg11
VThe Grand Inga Dam is a series of seven proposed hydroelectric power stations at the site of the Inga Falls, in the Democratic Republic of the Congo. If built as planned, the 40-70 GW project would be the largest power station in the world.
p52571
sbg6
(g13
g8
NtRp52572
(dp52573
g16
Nsg17
Nsg11
VPOINT(13.585000038147 -5.5466666221619)
p52574
sbtp52575
a(g6
(g7
g8
NtRp52576
(dp52577
g11
Vhttp://dbpedia.org/resource/Grand_Inga_Dam
p52578
sbg6
(g13
g8
NtRp52579
(dp52580
g16
Nsg17
Nsg11
V\u5927\u56e0\u52a0\u6c34\u96fb\u7ad9
p52581
sbg6
(g13
g8
NtRp52582
(dp52583
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p52584
sbNNNNNNNg6
(g13
g8
NtRp52585
(dp52586
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp52587
(dp52588
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p52589
sbg6
(g13
g8
NtRp52590
(dp52591
g16
Nsg17
Nsg11
VThe Grand Inga Dam is a series of seven proposed hydroelectric power stations at the site of the Inga Falls, in the Democratic Republic of the Congo. If built as planned, the 40-70 GW project would be the largest power station in the world.
p52592
sbg6
(g13
g8
NtRp52593
(dp52594
g16
Nsg17
Nsg11
VPOINT(13.585000038147 -5.5466666221619)
p52595
sbtp52596
a(g6
(g7
g8
NtRp52597
(dp52598
g11
Vhttp://dbpedia.org/resource/Grand_Poubara_Dam
p52599
sbg6
(g13
g8
NtRp52600
(dp52601
g16
Nsg17
Nsg11
VBarrage de Grand Poubara
p52602
sbg6
(g13
g8
NtRp52603
(dp52604
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gabon
p52605
sbg6
(g13
g8
NtRp52606
(dp52607
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52608
sbNNNNg6
(g13
g8
NtRp52609
(dp52610
g16
Nsg17
Nsg11
VPower
p52611
sbg6
(g13
g8
NtRp52612
(dp52613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ogooué_River
p52614
sbg6
(g13
g8
NtRp52615
(dp52616
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp52617
(dp52618
g16
Nsg17
Nsg11
VGabon
p52619
sbg6
(g13
g8
NtRp52620
(dp52621
g16
Nsg17
Nsg11
VThe Grand Poubara Dam is a gravity dam on the Ogooué River, about 15 kilometres (9.3 mi) south of Franceville in Gabon. The primary purpose of the dam is hydroelectric power generation, and it supports a 160 megawatts (210,000 hp) power station.
p52622
sbg6
(g13
g8
NtRp52623
(dp52624
g16
Nsg17
Nsg11
VPOINT(13.551160812378 -1.7729638814926)
p52625
sbtp52626
a(g6
(g7
g8
NtRp52627
(dp52628
g11
Vhttp://dbpedia.org/resource/Grand_Poubara_Dam
p52629
sbg6
(g13
g8
NtRp52630
(dp52631
g16
Nsg17
Nsg11
VGrand Poubara Dam
p52632
sbg6
(g13
g8
NtRp52633
(dp52634
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gabon
p52635
sbg6
(g13
g8
NtRp52636
(dp52637
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52638
sbNNNNg6
(g13
g8
NtRp52639
(dp52640
g16
Nsg17
Nsg11
VPower
p52641
sbg6
(g13
g8
NtRp52642
(dp52643
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ogooué_River
p52644
sbg6
(g13
g8
NtRp52645
(dp52646
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp52647
(dp52648
g16
Nsg17
Nsg11
VGabon
p52649
sbg6
(g13
g8
NtRp52650
(dp52651
g16
Nsg17
Nsg11
VThe Grand Poubara Dam is a gravity dam on the Ogooué River, about 15 kilometres (9.3 mi) south of Franceville in Gabon. The primary purpose of the dam is hydroelectric power generation, and it supports a 160 megawatts (210,000 hp) power station.
p52652
sbg6
(g13
g8
NtRp52653
(dp52654
g16
Nsg17
Nsg11
VPOINT(13.551160812378 -1.7729638814926)
p52655
sbtp52656
a(g6
(g7
g8
NtRp52657
(dp52658
g11
Vhttp://dbpedia.org/resource/Grand_Poubara_Dam
p52659
sbg6
(g13
g8
NtRp52660
(dp52661
g16
Nsg17
Nsg11
VEmbalse de Grand Poubara
p52662
sbg6
(g13
g8
NtRp52663
(dp52664
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gabon
p52665
sbg6
(g13
g8
NtRp52666
(dp52667
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52668
sbNNNNg6
(g13
g8
NtRp52669
(dp52670
g16
Nsg17
Nsg11
VPower
p52671
sbg6
(g13
g8
NtRp52672
(dp52673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ogooué_River
p52674
sbg6
(g13
g8
NtRp52675
(dp52676
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp52677
(dp52678
g16
Nsg17
Nsg11
VGabon
p52679
sbg6
(g13
g8
NtRp52680
(dp52681
g16
Nsg17
Nsg11
VThe Grand Poubara Dam is a gravity dam on the Ogooué River, about 15 kilometres (9.3 mi) south of Franceville in Gabon. The primary purpose of the dam is hydroelectric power generation, and it supports a 160 megawatts (210,000 hp) power station.
p52682
sbg6
(g13
g8
NtRp52683
(dp52684
g16
Nsg17
Nsg11
VPOINT(13.551160812378 -1.7729638814926)
p52685
sbtp52686
a(g6
(g7
g8
NtRp52687
(dp52688
g11
Vhttp://dbpedia.org/resource/Grand_Poubara_Dam
p52689
sbg6
(g13
g8
NtRp52690
(dp52691
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0413\u0440\u0430\u043d\u0434-\u041f\u043e\u0443\u0431\u0430\u0440\u0430
p52692
sbg6
(g13
g8
NtRp52693
(dp52694
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gabon
p52695
sbg6
(g13
g8
NtRp52696
(dp52697
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p52698
sbNNNNg6
(g13
g8
NtRp52699
(dp52700
g16
Nsg17
Nsg11
VPower
p52701
sbg6
(g13
g8
NtRp52702
(dp52703
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ogooué_River
p52704
sbg6
(g13
g8
NtRp52705
(dp52706
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp52707
(dp52708
g16
Nsg17
Nsg11
VGabon
p52709
sbg6
(g13
g8
NtRp52710
(dp52711
g16
Nsg17
Nsg11
VThe Grand Poubara Dam is a gravity dam on the Ogooué River, about 15 kilometres (9.3 mi) south of Franceville in Gabon. The primary purpose of the dam is hydroelectric power generation, and it supports a 160 megawatts (210,000 hp) power station.
p52712
sbg6
(g13
g8
NtRp52713
(dp52714
g16
Nsg17
Nsg11
VPOINT(13.551160812378 -1.7729638814926)
p52715
sbtp52716
a(g6
(g7
g8
NtRp52717
(dp52718
g11
Vhttp://dbpedia.org/resource/Grane_Dam
p52719
sbg6
(g13
g8
NtRp52720
(dp52721
g16
Nsg17
Nsg11
VGrane Dam
p52722
sbg6
(g13
g8
NtRp52723
(dp52724
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p52725
sbNg6
(g13
g8
NtRp52726
(dp52727
g16
Nsg17
g27
sg11
V0.6
p52728
sbNg6
(g7
g8
NtRp52729
(dp52730
g11
Vhttp://dbpedia.org/resource/Grane_Dam__Lake__1
p52731
sbNNNNg6
(g13
g8
NtRp52732
(dp52733
g16
Nsg17
g27
sg11
V1.8e+06
p52734
sbg6
(g13
g8
NtRp52735
(dp52736
g16
Nsg17
Nsg11
VGermany Lower Saxony
p52737
sbg6
(g13
g8
NtRp52738
(dp52739
g16
Nsg17
Nsg11
VThe Grane Dam (German: Granetalsperre) is a dam above the village of Astfeld/Herzog-Juliushütte in the borough of Langelsheim in the Lower Saxon part of the Harz mountains.
p52740
sbg6
(g13
g8
NtRp52741
(dp52742
g16
Nsg17
Nsg11
VPOINT(10.374444007874 51.908889770508)
p52743
sbtp52744
a(g6
(g7
g8
NtRp52745
(dp52746
g11
Vhttp://dbpedia.org/resource/Grane_Dam
p52747
sbg6
(g13
g8
NtRp52748
(dp52749
g16
Nsg17
Nsg11
VGranetalsperre
p52750
sbg6
(g13
g8
NtRp52751
(dp52752
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p52753
sbNg6
(g13
g8
NtRp52754
(dp52755
g16
Nsg17
g27
sg11
V0.6
p52756
sbNg6
(g7
g8
NtRp52757
(dp52758
g11
Vhttp://dbpedia.org/resource/Grane_Dam__Lake__1
p52759
sbNNNNg6
(g13
g8
NtRp52760
(dp52761
g16
Nsg17
g27
sg11
V1.8e+06
p52762
sbg6
(g13
g8
NtRp52763
(dp52764
g16
Nsg17
Nsg11
VGermany Lower Saxony
p52765
sbg6
(g13
g8
NtRp52766
(dp52767
g16
Nsg17
Nsg11
VThe Grane Dam (German: Granetalsperre) is a dam above the village of Astfeld/Herzog-Juliushütte in the borough of Langelsheim in the Lower Saxon part of the Harz mountains.
p52768
sbg6
(g13
g8
NtRp52769
(dp52770
g16
Nsg17
Nsg11
VPOINT(10.374444007874 51.908889770508)
p52771
sbtp52772
a(g6
(g7
g8
NtRp52773
(dp52774
g11
Vhttp://dbpedia.org/resource/Grassridge_Dam
p52775
sbg6
(g13
g8
NtRp52776
(dp52777
g16
Nsg17
Nsg11
VGrassridge Dam
p52778
sbg6
(g13
g8
NtRp52779
(dp52780
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p52781
sbg6
(g13
g8
NtRp52782
(dp52783
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp52784
(dp52785
g16
Nsg17
g27
sg11
V0.594
p52786
sbNg6
(g7
g8
NtRp52787
(dp52788
g11
Vhttp://dbpedia.org/resource/Grassridge_Dam__Lake__1
p52789
sbg6
(g13
g8
NtRp52790
(dp52791
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p52792
sbg6
(g13
g8
NtRp52793
(dp52794
g16
Nsg17
Nsg11
VIrrigation
p52795
sbg6
(g13
g8
NtRp52796
(dp52797
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Brak_River_(Eastern_Cape)
p52798
sbNNNg6
(g13
g8
NtRp52799
(dp52800
g16
Nsg17
Nsg11
VThe Grassridge Dam is an earth-fill type dam located on a tributary of the Great Fish River called the , near Hofmeyr, Eastern Cape, South Africa. It is the starting point for the Fish River Canoe Marathon, which ends in Cradock. The Dam was constructed in 1923 (commissioned in 1924) and has been renovated in 1948. Its main purpose is for irrigation use and the hazard potential has been ranked high (3).
p52801
sbg6
(g13
g8
NtRp52802
(dp52803
g16
Nsg17
Nsg11
VPOINT(25.466943740845 -31.758333206177)
p52804
sbtp52805
a(g6
(g7
g8
NtRp52806
(dp52807
g11
Vhttp://dbpedia.org/resource/Great_Falls_Dam_(Manitoba)
p52808
sbg6
(g13
g8
NtRp52809
(dp52810
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0413\u0440\u0435\u0439\u0442-\u0424\u043e\u043b\u0441
p52811
sbg6
(g13
g8
NtRp52812
(dp52813
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p52814
sbNNNNg6
(g13
g8
NtRp52815
(dp52816
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manitoba_Hydro
p52817
sbNg6
(g13
g8
NtRp52818
(dp52819
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Winnipeg_River
p52820
sbNNg6
(g13
g8
NtRp52821
(dp52822
g16
Nsg17
Nsg11
VCanada Manitoba
p52823
sbg6
(g13
g8
NtRp52824
(dp52825
g16
Nsg17
Nsg11
VGreat Falls Generating Station is a hydroelectric dam on the Winnipeg River approximately 130 kilometres northeast of Winnipeg in the Rural Municipality of Alexander in the Canadian province of Manitoba. The dam is owned and operated by Manitoba Hydro, and has a generating capacity of 130 megawatts. The Winnipeg Electric Railway Company began building the dam in 1914. First power was delivered in 1922, and the construction was completed in 1928. In the fiscal year ending 31 March 2016, Great Falls contributed 2.31% of all generation in Manitoba, about 840 gigawatt-hours.
p52826
sbg6
(g13
g8
NtRp52827
(dp52828
g16
Nsg17
Nsg11
VPOINT(-96.006942749023 50.462779998779)
p52829
sbtp52830
a(g6
(g7
g8
NtRp52831
(dp52832
g11
Vhttp://dbpedia.org/resource/Great_Falls_Dam_(Manitoba)
p52833
sbg6
(g13
g8
NtRp52834
(dp52835
g16
Nsg17
Nsg11
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VGreat Falls Generating Station is a hydroelectric dam on the Winnipeg River approximately 130 kilometres northeast of Winnipeg in the Rural Municipality of Alexander in the Canadian province of Manitoba. The dam is owned and operated by Manitoba Hydro, and has a generating capacity of 130 megawatts. The Winnipeg Electric Railway Company began building the dam in 1914. First power was delivered in 1922, and the construction was completed in 1928. In the fiscal year ending 31 March 2016, Great Falls contributed 2.31% of all generation in Manitoba, about 840 gigawatt-hours.
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VGreat Falls Generating Station is a hydroelectric dam on the Winnipeg River approximately 130 kilometres northeast of Winnipeg in the Rural Municipality of Alexander in the Canadian province of Manitoba. The dam is owned and operated by Manitoba Hydro, and has a generating capacity of 130 megawatts. The Winnipeg Electric Railway Company began building the dam in 1914. First power was delivered in 1922, and the construction was completed in 1928. In the fiscal year ending 31 March 2016, Great Falls contributed 2.31% of all generation in Manitoba, about 840 gigawatt-hours.
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VThe Great Works Dam was a dam on the Penobscot River between Old Town and Bradley in Penobscot County, Maine, USA. The original Great Works Dam was constructed in the 1830s and replaced between 1887 and 1900. The dam was originally owned by the Penobscot Chemical Fibre Company and was acquired by Diamond International Corporation in 1968 along with the adjacent mill. The dam and powerhouse were sold several more times, and in 2010 the Penobscot River Restoration Trust bought the dam from PPL Corporation based on an agreement that was signed in 2004. On June 11, 2012, deconstruction of the dam beganas a part of an extensive project involving four dams to restore eleven species of sea-run fish to the Penobscot River.
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VGreers Ferry Dam is located on the Little Red River in Cleburne County in the U.S. state of Arkansas. It impounds Greers Ferry Lake. The dam is located north of Little Rock.
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VGreers Ferry Dam is located on the Little Red River in Cleburne County in the U.S. state of Arkansas. It impounds Greers Ferry Lake. The dam is located north of Little Rock.
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VGreers Ferry Dam is located on the Little Red River in Cleburne County in the U.S. state of Arkansas. It impounds Greers Ferry Lake. The dam is located north of Little Rock.
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VGrodno Hydroelectric Power Station is a run-of-the-river hydroelectric power station on the Neman River, about 8 kilometres (5.0 mi) east of Grodno in Belarus. Construction on the 17 megawatts (23,000 hp) power station began in 2008 and it became operational on 1 September 2012. It is the largest hydroelectric power station in Belarus.
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VGrodno Hydroelectric Power Station
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VGrodno Hydroelectric Power Station is a run-of-the-river hydroelectric power station on the Neman River, about 8 kilometres (5.0 mi) east of Grodno in Belarus. Construction on the 17 megawatts (23,000 hp) power station began in 2008 and it became operational on 1 September 2012. It is the largest hydroelectric power station in Belarus.
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VGrodno Hydroelectric Power Station is a run-of-the-river hydroelectric power station on the Neman River, about 8 kilometres (5.0 mi) east of Grodno in Belarus. Construction on the 17 megawatts (23,000 hp) power station began in 2008 and it became operational on 1 September 2012. It is the largest hydroelectric power station in Belarus.
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VIndustrial water
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VGrootdraai Dam is a combined gravity and earth-fill type dam located on the Vaal River, near Standerton, Mpumalanga, South Africa. It was established in 1981.
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VGryta Hydroelectric Power Station
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VThe Gryta Hydroelectric Power Station (Norwegian: Gryta kraftverk) is a hydroelectric power station in the municipality of Rindal in Trøndelag county, Norway. It is a run-of-river hydro power station utilizing a drop of 231 meters (758 ft) in a tributary of the Surna River. Permission was granted for construction in 2006 and the plant came into operation in 2009. It is operated by Gryta Kraft AS. It operates at an installed capacity of 1.49 MW, with an average annual production of about 4.5 GWh.
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VPOINT(9.1774997711182 63.055557250977)
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VGrytdalen Hydroelectric Power Station
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VThe Grytdalen Hydroelectric Power Station (Norwegian: Grytdalen kraftverk) is a hydroelectric power station in Valsøyfjord in the municipality of Heim in Trøndelag county, Norway. It stands about 1.8 kilometers (1.1 mi) south of the village of Engan. It is a run-of-river plant that utilizes a 50-meter (160 ft) drop from the lake Englivatnet to the intake dam of the Valsøyfjord Hydroelectric Power Station. It has a Francis turbine and operates at an installed capacity of 1.3 MW, with an average annual production of about 5.3 GWh. The plant came into operation in March 2012 and is owned by Svorka Energi.
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VPOINT(8.5588884353638 63.108890533447)
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VGuangdong-Pumpspeicherkraftwerk
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VOperational
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VThe Guangdong Pumped Storage Power Station or Guangzhou Pumped Storage Power Station (Chinese: \u5e7f\u5dde\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is a pumped-storage hydroelectric power station near Guangzhou, Guangdong Province, China. Power is generated by utilizing eight turbines, each with a 300 megawatts (400,000 hp) capacity, totalling the installed capacity to 2,400 megawatts (3,200,000 hp). The generated power is sold to CLP customers in Hong Kong. The power station was constructed in two stages, the first four turbines were completed in 1994 and the second four in 2000.
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VPOINT(105.250831604 25.959444046021)
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p53371
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VPOINT(105.250831604 25.959444046021)
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VChina
p53408
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NtRp53409
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Nsg17
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NtRp53412
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VPOINT(105.250831604 25.959444046021)
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Nsg11
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Nsg11
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Nsg17
Nsg11
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NtRp53446
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g16
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VPOINT(105.250831604 25.959444046021)
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p53455
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NtRp53456
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Nsg17
Nsg11
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g16
Nsg17
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p53461
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NtRp53462
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p53464
sbNNNNg6
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NtRp53465
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Nsg17
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NtRp53472
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g16
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p53480
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NtRp53481
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g16
Nsg17
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VPOINT(69.713203430176 28.418600082397)
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Nsg17
Nsg11
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p53496
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NtRp53497
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g16
Nsg17
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VPOINT(69.713203430176 28.418600082397)
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(g13
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Nsg17
Nsg11
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p53509
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g16
Nsg17
Nsg11
VPOINT(69.713203430176 28.418600082397)
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Nsg11
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Nsg17
Nsg11
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Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p53528
sbg6
(g13
g8
NtRp53529
(dp53530
g16
Nsg17
g27
sg11
V0.1878
p53531
sbNg6
(g7
g8
NtRp53532
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g11
Vhttp://dbpedia.org/resource/Gudongkou_Dam__Lake__1
p53534
sbNg6
(g13
g8
NtRp53535
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g16
Nsg17
Nsg11
VPower, flood control
p53537
sbNg6
(g13
g8
NtRp53538
(dp53539
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp53540
(dp53541
g16
Nsg17
g27
sg11
V1.88e+06
p53542
sbg6
(g13
g8
NtRp53543
(dp53544
g16
Nsg17
Nsg11
VChina
p53545
sbg6
(g13
g8
NtRp53546
(dp53547
g16
Nsg17
Nsg11
VThe Gudongkou Dam is a concrete-face rock-fill dam on the Xiangxi River, a tributary of the Yangtze River, in Xingshan County of Hubei Province, China. It is located about 64 km (40 mi) north of the Three Gorges Dam. The dam serves to provide for flood control and hydroelectric power generation. Preliminary construction (roads, bridges, foundation) started in 1990 but official construction on the dam and power station began on 1 March 1993. The dam began to impound its reservoir in 1996 and its three generators were commissioned between 1999 and 2000.
p53548
sbg6
(g13
g8
NtRp53549
(dp53550
g16
Nsg17
Nsg11
VPOINT(110.75335693359 31.367246627808)
p53551
sbtp53552
a(g6
(g7
g8
NtRp53553
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam
p53555
sbg6
(g13
g8
NtRp53556
(dp53557
g16
Nsg17
Nsg11
VGura Apelor
p53558
sbg6
(g13
g8
NtRp53559
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g16
Nsg17
Nsg11
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p53561
sbg6
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g8
NtRp53562
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Nsg17
Nsg11
VEmbankment, rock-fill
p53564
sbg6
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g8
NtRp53565
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g16
Nsg17
g27
sg11
V0.464
p53567
sbNg6
(g7
g8
NtRp53568
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam__Lake__1
p53570
sbNg6
(g13
g8
NtRp53571
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g16
Nsg17
Nsg11
VPower
p53573
sbg6
(g13
g8
NtRp53574
(dp53575
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Râul_Mare_(Strei)
p53576
sbg6
(g13
g8
NtRp53577
(dp53578
g16
Nsg17
Nsg11
VComplete, under repair
p53579
sbg6
(g13
g8
NtRp53580
(dp53581
g16
Nsg17
g27
sg11
V1.0285e+07
p53582
sbg6
(g13
g8
NtRp53583
(dp53584
g16
Nsg17
Nsg11
VRomania
p53585
sbg6
(g13
g8
NtRp53586
(dp53587
g16
Nsg17
Nsg11
VThe Gura Apelor Dam is a rock-fill dam on the river Râul Mare about 35 km (22 mi) southwest of Ha\u021beg in Hunedoara County, Romania. It is fed by the Râul Mare and its tributaries L\u0103pu\u0219nicul Mic and \u0218es. It is the tallest dam in Romania. The primary purpose of the dam is hydroelectric power generation and it supports the 335 MW Râul Mare Hydroelectric Power Station which is located underground about 18 km (11 mi) to the northeast. Water from the reservoir is piped the long distance from the dam to the power station. The difference in elevation between the reservoir and the power station downstream affords a hydraulic head of 582.5 m (1,911 ft). Construction on the dam began in 1975 and the power station was operational in 1986. In 2012 the dam's reservoir was drained for repairs. It is expec
p53588
sbg6
(g13
g8
NtRp53589
(dp53590
g16
Nsg17
Nsg11
VPOINT(22.72166633606 45.339176177979)
p53591
sbtp53592
a(g6
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g8
NtRp53593
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam
p53595
sbg6
(g13
g8
NtRp53596
(dp53597
g16
Nsg17
Nsg11
VGura Apelor Dam
p53598
sbg6
(g13
g8
NtRp53599
(dp53600
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Romania
p53601
sbg6
(g13
g8
NtRp53602
(dp53603
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p53604
sbg6
(g13
g8
NtRp53605
(dp53606
g16
Nsg17
g27
sg11
V0.464
p53607
sbNg6
(g7
g8
NtRp53608
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam__Lake__1
p53610
sbNg6
(g13
g8
NtRp53611
(dp53612
g16
Nsg17
Nsg11
VPower
p53613
sbg6
(g13
g8
NtRp53614
(dp53615
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Râul_Mare_(Strei)
p53616
sbg6
(g13
g8
NtRp53617
(dp53618
g16
Nsg17
Nsg11
VComplete, under repair
p53619
sbg6
(g13
g8
NtRp53620
(dp53621
g16
Nsg17
g27
sg11
V1.0285e+07
p53622
sbg6
(g13
g8
NtRp53623
(dp53624
g16
Nsg17
Nsg11
VRomania
p53625
sbg6
(g13
g8
NtRp53626
(dp53627
g16
Nsg17
Nsg11
VThe Gura Apelor Dam is a rock-fill dam on the river Râul Mare about 35 km (22 mi) southwest of Ha\u021beg in Hunedoara County, Romania. It is fed by the Râul Mare and its tributaries L\u0103pu\u0219nicul Mic and \u0218es. It is the tallest dam in Romania. The primary purpose of the dam is hydroelectric power generation and it supports the 335 MW Râul Mare Hydroelectric Power Station which is located underground about 18 km (11 mi) to the northeast. Water from the reservoir is piped the long distance from the dam to the power station. The difference in elevation between the reservoir and the power station downstream affords a hydraulic head of 582.5 m (1,911 ft). Construction on the dam began in 1975 and the power station was operational in 1986. In 2012 the dam's reservoir was drained for repairs. It is expec
p53628
sbg6
(g13
g8
NtRp53629
(dp53630
g16
Nsg17
Nsg11
VPOINT(22.72166633606 45.339176177979)
p53631
sbtp53632
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g8
NtRp53633
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam
p53635
sbg6
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g8
NtRp53636
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g16
Nsg17
Nsg11
VGura Apelor Dam
p53638
sbg6
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g8
NtRp53639
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Romania
p53641
sbg6
(g13
g8
NtRp53642
(dp53643
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p53644
sbg6
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g8
NtRp53645
(dp53646
g16
Nsg17
g27
sg11
V0.464
p53647
sbNg6
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g8
NtRp53648
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam__Lake__1
p53650
sbNg6
(g13
g8
NtRp53651
(dp53652
g16
Nsg17
Nsg11
VPower
p53653
sbg6
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g8
NtRp53654
(dp53655
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Râul_Mare_(Strei)
p53656
sbg6
(g13
g8
NtRp53657
(dp53658
g16
Nsg17
Nsg11
VComplete, under repair
p53659
sbg6
(g13
g8
NtRp53660
(dp53661
g16
Nsg17
g27
sg11
V1.0285e+07
p53662
sbg6
(g13
g8
NtRp53663
(dp53664
g16
Nsg17
Nsg11
VRomania
p53665
sbg6
(g13
g8
NtRp53666
(dp53667
g16
Nsg17
Nsg11
VThe Gura Apelor Dam is a rock-fill dam on the river Râul Mare about 35 km (22 mi) southwest of Ha\u021beg in Hunedoara County, Romania. It is fed by the Râul Mare and its tributaries L\u0103pu\u0219nicul Mic and \u0218es. It is the tallest dam in Romania. The primary purpose of the dam is hydroelectric power generation and it supports the 335 MW Râul Mare Hydroelectric Power Station which is located underground about 18 km (11 mi) to the northeast. Water from the reservoir is piped the long distance from the dam to the power station. The difference in elevation between the reservoir and the power station downstream affords a hydraulic head of 582.5 m (1,911 ft). Construction on the dam began in 1975 and the power station was operational in 1986. In 2012 the dam's reservoir was drained for repairs. It is expec
p53668
sbg6
(g13
g8
NtRp53669
(dp53670
g16
Nsg17
Nsg11
VPOINT(22.72166633606 45.339176177979)
p53671
sbtp53672
a(g6
(g7
g8
NtRp53673
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam
p53675
sbg6
(g13
g8
NtRp53676
(dp53677
g16
Nsg17
Nsg11
VGura Apelor
p53678
sbg6
(g13
g8
NtRp53679
(dp53680
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Romania
p53681
sbg6
(g13
g8
NtRp53682
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g16
Nsg17
Nsg11
VEmbankment, rock-fill
p53684
sbg6
(g13
g8
NtRp53685
(dp53686
g16
Nsg17
g27
sg11
V0.464
p53687
sbNg6
(g7
g8
NtRp53688
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g11
Vhttp://dbpedia.org/resource/Gura_Apelor_Dam__Lake__1
p53690
sbNg6
(g13
g8
NtRp53691
(dp53692
g16
Nsg17
Nsg11
VPower
p53693
sbg6
(g13
g8
NtRp53694
(dp53695
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Râul_Mare_(Strei)
p53696
sbg6
(g13
g8
NtRp53697
(dp53698
g16
Nsg17
Nsg11
VComplete, under repair
p53699
sbg6
(g13
g8
NtRp53700
(dp53701
g16
Nsg17
g27
sg11
V1.0285e+07
p53702
sbg6
(g13
g8
NtRp53703
(dp53704
g16
Nsg17
Nsg11
VRomania
p53705
sbg6
(g13
g8
NtRp53706
(dp53707
g16
Nsg17
Nsg11
VThe Gura Apelor Dam is a rock-fill dam on the river Râul Mare about 35 km (22 mi) southwest of Ha\u021beg in Hunedoara County, Romania. It is fed by the Râul Mare and its tributaries L\u0103pu\u0219nicul Mic and \u0218es. It is the tallest dam in Romania. The primary purpose of the dam is hydroelectric power generation and it supports the 335 MW Râul Mare Hydroelectric Power Station which is located underground about 18 km (11 mi) to the northeast. Water from the reservoir is piped the long distance from the dam to the power station. The difference in elevation between the reservoir and the power station downstream affords a hydraulic head of 582.5 m (1,911 ft). Construction on the dam began in 1975 and the power station was operational in 1986. In 2012 the dam's reservoir was drained for repairs. It is expec
p53708
sbg6
(g13
g8
NtRp53709
(dp53710
g16
Nsg17
Nsg11
VPOINT(22.72166633606 45.339176177979)
p53711
sbtp53712
a(g6
(g7
g8
NtRp53713
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g11
Vhttp://dbpedia.org/resource/Guthega_Dam
p53715
sbg6
(g13
g8
NtRp53716
(dp53717
g16
Nsg17
Nsg11
VGuthega Dam
p53718
sbg6
(g13
g8
NtRp53719
(dp53720
g16
Nsg17
Nsg11
VAustralia
p53721
sbg6
(g13
g8
NtRp53722
(dp53723
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp53724
(dp53725
g16
Nsg17
g27
sg11
V0.139
p53726
sbNg6
(g7
g8
NtRp53727
(dp53728
g11
Vhttp://dbpedia.org/resource/Guthega_Dam__Lake__1
p53729
sbg6
(g13
g8
NtRp53730
(dp53731
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_Hydro
p53732
sbNg6
(g13
g8
NtRp53733
(dp53734
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_River
p53735
sbg6
(g13
g8
NtRp53736
(dp53737
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp53738
(dp53739
g16
Nsg17
g27
sg11
V44100.0
p53740
sbg6
(g13
g8
NtRp53741
(dp53742
g16
Nsg17
Nsg11
VNew South Wales
p53743
sbg6
(g13
g8
NtRp53744
(dp53745
g16
Nsg17
Nsg11
VGuthega Dam is concrete gravity dam with an uncontrolled spillway across the Snowy River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the storage of water used in the generation of hydro-power . It is the first to be completed of the sixteen major dams of the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called Guthega Pondage.
p53746
sbg6
(g13
g8
NtRp53747
(dp53748
g16
Nsg17
Nsg11
VPOINT(148.36917114258 -36.380554199219)
p53749
sbtp53750
a(g6
(g7
g8
NtRp53751
(dp53752
g11
Vhttp://dbpedia.org/resource/Guthega_Power_Station
p53753
sbg6
(g13
g8
NtRp53754
(dp53755
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Guthega
p53756
sbg6
(g13
g8
NtRp53757
(dp53758
g16
Nsg17
Nsg11
VAustralia
p53759
sbNNNNg6
(g13
g8
NtRp53760
(dp53761
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_Hydro
p53762
sbNNg6
(g13
g8
NtRp53763
(dp53764
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp53765
(dp53766
g16
Nsg17
Nsg11
VGuthega Power Station is located in the Snowy Mountains region of New South Wales, Australia. The power station's purpose is for the generation of electricity. It is the first to be completed and smallest of the initial seven hydroelectric power stations that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro.
p53767
sbg6
(g13
g8
NtRp53768
(dp53769
g16
Nsg17
Nsg11
VPOINT(148.41389465332 -36.349445343018)
p53770
sbtp53771
a(g6
(g7
g8
NtRp53772
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g11
Vhttp://dbpedia.org/resource/Guthega_Power_Station
p53774
sbg6
(g13
g8
NtRp53775
(dp53776
g16
Nsg17
Nsg11
VGuthega Power Station
p53777
sbg6
(g13
g8
NtRp53778
(dp53779
g16
Nsg17
Nsg11
VAustralia
p53780
sbNNNNg6
(g13
g8
NtRp53781
(dp53782
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_Hydro
p53783
sbNNg6
(g13
g8
NtRp53784
(dp53785
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp53786
(dp53787
g16
Nsg17
Nsg11
VGuthega Power Station is located in the Snowy Mountains region of New South Wales, Australia. The power station's purpose is for the generation of electricity. It is the first to be completed and smallest of the initial seven hydroelectric power stations that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro.
p53788
sbg6
(g13
g8
NtRp53789
(dp53790
g16
Nsg17
Nsg11
VPOINT(148.41389465332 -36.349445343018)
p53791
sbtp53792
a(g6
(g7
g8
NtRp53793
(dp53794
g11
Vhttp://dbpedia.org/resource/Guxian_Dam
p53795
sbg6
(g13
g8
NtRp53796
(dp53797
g16
Nsg17
Nsg11
VBarrage Guxian
p53798
sbg6
(g13
g8
NtRp53799
(dp53800
g16
Nsg17
Nsg11
VChina
p53801
sbg6
(g13
g8
NtRp53802
(dp53803
g16
Nsg17
Nsg11
VConcrete gravity
p53804
sbg6
(g13
g8
NtRp53805
(dp53806
g16
Nsg17
g27
sg11
V0.315
p53807
sbg6
(g13
g8
NtRp53808
(dp53809
g16
Nsg17
g27
sg11
V553.0
p53810
sbg6
(g7
g8
NtRp53811
(dp53812
g11
Vhttp://dbpedia.org/resource/Guxian_Dam__Lake__1
p53813
sbNNNNNg6
(g13
g8
NtRp53814
(dp53815
g16
Nsg17
Nsg11
VChina
p53816
sbg6
(g13
g8
NtRp53817
(dp53818
g16
Nsg17
Nsg11
VThe Guxian Dam is a concrete gravity dam on the Luo River, a tributary of the Yellow River, in Luoning County, Henan Province, China. The primary purpose of the dam is flood control but it also generates hydroelectricity and provides water for irrigation. The 125 m (410 ft) tall dam withholds a reservoir of 1,175,000,000 m3 (952,588 acre\u22c5ft) and provides 848,000,000 m3 (687,485 acre\u22c5ft) in flood storage. The dam's power station contains three 20 MW Francis turbine-generators for a total installed capacity of 60 MW. Construction on the dam began in 1958 but was suspended several times afterwards. It recommenced in 1978 and the reservoir began to fill in 1991. The dam's generators were commissioned in 1992 and the project complete in 1993. The dam's spillway is controlled by five tainter gat
p53819
sbg6
(g13
g8
NtRp53820
(dp53821
g16
Nsg17
Nsg11
VPOINT(111.27722167969 34.240001678467)
p53822
sbtp53823
a(g6
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g8
NtRp53824
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g11
Vhttp://dbpedia.org/resource/Guxian_Dam
p53826
sbg6
(g13
g8
NtRp53827
(dp53828
g16
Nsg17
Nsg11
VGuxian Dam
p53829
sbg6
(g13
g8
NtRp53830
(dp53831
g16
Nsg17
Nsg11
VChina
p53832
sbg6
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g8
NtRp53833
(dp53834
g16
Nsg17
Nsg11
VConcrete gravity
p53835
sbg6
(g13
g8
NtRp53836
(dp53837
g16
Nsg17
g27
sg11
V0.315
p53838
sbg6
(g13
g8
NtRp53839
(dp53840
g16
Nsg17
g27
sg11
V553.0
p53841
sbg6
(g7
g8
NtRp53842
(dp53843
g11
Vhttp://dbpedia.org/resource/Guxian_Dam__Lake__1
p53844
sbNNNNNg6
(g13
g8
NtRp53845
(dp53846
g16
Nsg17
Nsg11
VChina
p53847
sbg6
(g13
g8
NtRp53848
(dp53849
g16
Nsg17
Nsg11
VThe Guxian Dam is a concrete gravity dam on the Luo River, a tributary of the Yellow River, in Luoning County, Henan Province, China. The primary purpose of the dam is flood control but it also generates hydroelectricity and provides water for irrigation. The 125 m (410 ft) tall dam withholds a reservoir of 1,175,000,000 m3 (952,588 acre\u22c5ft) and provides 848,000,000 m3 (687,485 acre\u22c5ft) in flood storage. The dam's power station contains three 20 MW Francis turbine-generators for a total installed capacity of 60 MW. Construction on the dam began in 1958 but was suspended several times afterwards. It recommenced in 1978 and the reservoir began to fill in 1991. The dam's generators were commissioned in 1992 and the project complete in 1993. The dam's spillway is controlled by five tainter gat
p53850
sbg6
(g13
g8
NtRp53851
(dp53852
g16
Nsg17
Nsg11
VPOINT(111.27722167969 34.240001678467)
p53853
sbtp53854
a(g6
(g7
g8
NtRp53855
(dp53856
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam
p53857
sbg6
(g13
g8
NtRp53858
(dp53859
g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u0416\u0435\u043d\u0438\u0441\u044c\u044f
p53860
sbg6
(g13
g8
NtRp53861
(dp53862
g16
Nsg17
Nsg11
VFrance
p53863
sbNg6
(g13
g8
NtRp53864
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g16
Nsg17
g27
sg11
V0.165
p53866
sbNg6
(g7
g8
NtRp53867
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g11
Vhttp://dbpedia.org/resource/Génissiat_Dam__Lake__1
p53869
sbNNNNg6
(g13
g8
NtRp53870
(dp53871
g16
Nsg17
g27
sg11
V440000.0
p53872
sbg6
(g13
g8
NtRp53873
(dp53874
g16
Nsg17
Nsg11
VFrance
p53875
sbg6
(g13
g8
NtRp53876
(dp53877
g16
Nsg17
Nsg11
VThe Génissiat Dam (French: Barrage de Génissiat) is a hydroelectric dam on the Rhône in France near the village of Injoux-Génissiat.Construction began in 1937, but was delayed by World War II, and the dam did not start generating power until 1948.By 1949 it had the greatest capacity of any dam in Europe.
p53878
sbg6
(g13
g8
NtRp53879
(dp53880
g16
Nsg17
Nsg11
VPOINT(5.8122501373291 46.052810668945)
p53881
sbtp53882
a(g6
(g7
g8
NtRp53883
(dp53884
g11
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p53885
sbg6
(g13
g8
NtRp53886
(dp53887
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0416\u0435\u043d\u0456\u0441\u044c\u044f
p53888
sbg6
(g13
g8
NtRp53889
(dp53890
g16
Nsg17
Nsg11
VFrance
p53891
sbNg6
(g13
g8
NtRp53892
(dp53893
g16
Nsg17
g27
sg11
V0.165
p53894
sbNg6
(g7
g8
NtRp53895
(dp53896
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam__Lake__1
p53897
sbNNNNg6
(g13
g8
NtRp53898
(dp53899
g16
Nsg17
g27
sg11
V440000.0
p53900
sbg6
(g13
g8
NtRp53901
(dp53902
g16
Nsg17
Nsg11
VFrance
p53903
sbg6
(g13
g8
NtRp53904
(dp53905
g16
Nsg17
Nsg11
VThe Génissiat Dam (French: Barrage de Génissiat) is a hydroelectric dam on the Rhône in France near the village of Injoux-Génissiat.Construction began in 1937, but was delayed by World War II, and the dam did not start generating power until 1948.By 1949 it had the greatest capacity of any dam in Europe.
p53906
sbg6
(g13
g8
NtRp53907
(dp53908
g16
Nsg17
Nsg11
VPOINT(5.8122501373291 46.052810668945)
p53909
sbtp53910
a(g6
(g7
g8
NtRp53911
(dp53912
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam
p53913
sbg6
(g13
g8
NtRp53914
(dp53915
g16
Nsg17
Nsg11
VGénissiat Dam
p53916
sbg6
(g13
g8
NtRp53917
(dp53918
g16
Nsg17
Nsg11
VFrance
p53919
sbNg6
(g13
g8
NtRp53920
(dp53921
g16
Nsg17
g27
sg11
V0.165
p53922
sbNg6
(g7
g8
NtRp53923
(dp53924
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam__Lake__1
p53925
sbNNNNg6
(g13
g8
NtRp53926
(dp53927
g16
Nsg17
g27
sg11
V440000.0
p53928
sbg6
(g13
g8
NtRp53929
(dp53930
g16
Nsg17
Nsg11
VFrance
p53931
sbg6
(g13
g8
NtRp53932
(dp53933
g16
Nsg17
Nsg11
VThe Génissiat Dam (French: Barrage de Génissiat) is a hydroelectric dam on the Rhône in France near the village of Injoux-Génissiat.Construction began in 1937, but was delayed by World War II, and the dam did not start generating power until 1948.By 1949 it had the greatest capacity of any dam in Europe.
p53934
sbg6
(g13
g8
NtRp53935
(dp53936
g16
Nsg17
Nsg11
VPOINT(5.8122501373291 46.052810668945)
p53937
sbtp53938
a(g6
(g7
g8
NtRp53939
(dp53940
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam
p53941
sbg6
(g13
g8
NtRp53942
(dp53943
g16
Nsg17
Nsg11
VBarrage de Génissiat
p53944
sbg6
(g13
g8
NtRp53945
(dp53946
g16
Nsg17
Nsg11
VFrance
p53947
sbNg6
(g13
g8
NtRp53948
(dp53949
g16
Nsg17
g27
sg11
V0.165
p53950
sbNg6
(g7
g8
NtRp53951
(dp53952
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam__Lake__1
p53953
sbNNNNg6
(g13
g8
NtRp53954
(dp53955
g16
Nsg17
g27
sg11
V440000.0
p53956
sbg6
(g13
g8
NtRp53957
(dp53958
g16
Nsg17
Nsg11
VFrance
p53959
sbg6
(g13
g8
NtRp53960
(dp53961
g16
Nsg17
Nsg11
VThe Génissiat Dam (French: Barrage de Génissiat) is a hydroelectric dam on the Rhône in France near the village of Injoux-Génissiat.Construction began in 1937, but was delayed by World War II, and the dam did not start generating power until 1948.By 1949 it had the greatest capacity of any dam in Europe.
p53962
sbg6
(g13
g8
NtRp53963
(dp53964
g16
Nsg17
Nsg11
VPOINT(5.8122501373291 46.052810668945)
p53965
sbtp53966
a(g6
(g7
g8
NtRp53967
(dp53968
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam
p53969
sbg6
(g13
g8
NtRp53970
(dp53971
g16
Nsg17
Nsg11
VTalsperre Génissiat
p53972
sbg6
(g13
g8
NtRp53973
(dp53974
g16
Nsg17
Nsg11
VFrance
p53975
sbNg6
(g13
g8
NtRp53976
(dp53977
g16
Nsg17
g27
sg11
V0.165
p53978
sbNg6
(g7
g8
NtRp53979
(dp53980
g11
Vhttp://dbpedia.org/resource/Génissiat_Dam__Lake__1
p53981
sbNNNNg6
(g13
g8
NtRp53982
(dp53983
g16
Nsg17
g27
sg11
V440000.0
p53984
sbg6
(g13
g8
NtRp53985
(dp53986
g16
Nsg17
Nsg11
VFrance
p53987
sbg6
(g13
g8
NtRp53988
(dp53989
g16
Nsg17
Nsg11
VThe Génissiat Dam (French: Barrage de Génissiat) is a hydroelectric dam on the Rhône in France near the village of Injoux-Génissiat.Construction began in 1937, but was delayed by World War II, and the dam did not start generating power until 1948.By 1949 it had the greatest capacity of any dam in Europe.
p53990
sbg6
(g13
g8
NtRp53991
(dp53992
g16
Nsg17
Nsg11
VPOINT(5.8122501373291 46.052810668945)
p53993
sbtp53994
a(g6
(g7
g8
NtRp53995
(dp53996
g11
Vhttp://dbpedia.org/resource/Gördes_Dam
p53997
sbg6
(g13
g8
NtRp53998
(dp53999
g16
Nsg17
Nsg11
VGördes Dam
p54000
sbg6
(g13
g8
NtRp54001
(dp54002
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p54003
sbg6
(g13
g8
NtRp54004
(dp54005
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p54006
sbg6
(g13
g8
NtRp54007
(dp54008
g16
Nsg17
g27
sg11
V0.547
p54009
sbNg6
(g7
g8
NtRp54010
(dp54011
g11
Vhttp://dbpedia.org/resource/Gördes_Dam__Lake__1
p54012
sbg6
(g13
g8
NtRp54013
(dp54014
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p54015
sbNg6
(g13
g8
NtRp54016
(dp54017
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gördes_River
p54018
sbg6
(g13
g8
NtRp54019
(dp54020
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp54021
(dp54022
g16
Nsg17
g27
sg11
V5.5e+06
p54023
sbg6
(g13
g8
NtRp54024
(dp54025
g16
Nsg17
Nsg11
VTurkey
p54026
sbg6
(g13
g8
NtRp54027
(dp54028
g16
Nsg17
Nsg11
VThe Gördes Dam is a concrete-face rock-fill dam on the located 13 km (8 mi) northeast of Gölmarmara in Manisa Province, Turkey. It was constructed between 1998 and 2009 by the Turkish State Hydraulic Works. The primary purpose of the dam is water supply. It provides drinking water for the city of Manisa while also irrigating 19,260 ha (47,592 acres).
p54029
sbg6
(g13
g8
NtRp54030
(dp54031
g16
Nsg17
Nsg11
VPOINT(28.05638885498 38.761665344238)
p54032
sbtp54033
a(g6
(g7
g8
NtRp54034
(dp54035
g11
Vhttp://dbpedia.org/resource/Gördes_Dam
p54036
sbg6
(g13
g8
NtRp54037
(dp54038
g16
Nsg17
Nsg11
VGördes-Talsperre
p54039
sbg6
(g13
g8
NtRp54040
(dp54041
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p54042
sbg6
(g13
g8
NtRp54043
(dp54044
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p54045
sbg6
(g13
g8
NtRp54046
(dp54047
g16
Nsg17
g27
sg11
V0.547
p54048
sbNg6
(g7
g8
NtRp54049
(dp54050
g11
Vhttp://dbpedia.org/resource/Gördes_Dam__Lake__1
p54051
sbg6
(g13
g8
NtRp54052
(dp54053
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p54054
sbNg6
(g13
g8
NtRp54055
(dp54056
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gördes_River
p54057
sbg6
(g13
g8
NtRp54058
(dp54059
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp54060
(dp54061
g16
Nsg17
g27
sg11
V5.5e+06
p54062
sbg6
(g13
g8
NtRp54063
(dp54064
g16
Nsg17
Nsg11
VTurkey
p54065
sbg6
(g13
g8
NtRp54066
(dp54067
g16
Nsg17
Nsg11
VThe Gördes Dam is a concrete-face rock-fill dam on the located 13 km (8 mi) northeast of Gölmarmara in Manisa Province, Turkey. It was constructed between 1998 and 2009 by the Turkish State Hydraulic Works. The primary purpose of the dam is water supply. It provides drinking water for the city of Manisa while also irrigating 19,260 ha (47,592 acres).
p54068
sbg6
(g13
g8
NtRp54069
(dp54070
g16
Nsg17
Nsg11
VPOINT(28.05638885498 38.761665344238)
p54071
sbtp54072
a(g6
(g7
g8
NtRp54073
(dp54074
g11
Vhttp://dbpedia.org/resource/Güllüba\u011f_Dam
p54075
sbg6
(g13
g8
NtRp54076
(dp54077
g16
Nsg17
Nsg11
VGüllüba\u011f Dam
p54078
sbg6
(g13
g8
NtRp54079
(dp54080
g16
Nsg17
Nsg11
VTurkey
p54081
sbg6
(g13
g8
NtRp54082
(dp54083
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p54084
sbNNg6
(g7
g8
NtRp54085
(dp54086
g11
Vhttp://dbpedia.org/resource/Güllüba\u011f_Dam__Lake__1
p54087
sbg6
(g13
g8
NtRp54088
(dp54089
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p54090
sbg6
(g13
g8
NtRp54091
(dp54092
g16
Nsg17
Nsg11
VPower
p54093
sbg6
(g13
g8
NtRp54094
(dp54095
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p54096
sbg6
(g13
g8
NtRp54097
(dp54098
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp54099
(dp54100
g16
Nsg17
Nsg11
VTurkey
p54101
sbg6
(g13
g8
NtRp54102
(dp54103
g16
Nsg17
Nsg11
VThe Güllüba\u011f Dam is a gravity dam near the town of Güllüba\u011f on the Çoruh River in Erzurum Province, Turkey. The primary purpose of the dam is hydroelectric power production. Construction on the river diversion tunnel began in 2009 and the dam was complete in 2012. That same year the first generator became operational and the final generator was operational in March 2013. Water from the dam is sent down downstream through a 3,200 m (10,500 ft) long penstock where it reaches an 84 MW power station. The dam is part of the Çoruh Development Plan and it is owned by Turkey's State Hydraulic Works.
p54104
sbg6
(g13
g8
NtRp54105
(dp54106
g16
Nsg17
Nsg11
VPOINT(41.021575927734 40.521869659424)
p54107
sbtp54108
a(g6
(g7
g8
NtRp54109
(dp54110
g11
Vhttp://dbpedia.org/resource/Güllüba\u011f_Dam
p54111
sbg6
(g13
g8
NtRp54112
(dp54113
g16
Nsg17
Nsg11
VGüllüba\u011f-Talsperre
p54114
sbg6
(g13
g8
NtRp54115
(dp54116
g16
Nsg17
Nsg11
VTurkey
p54117
sbg6
(g13
g8
NtRp54118
(dp54119
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p54120
sbNNg6
(g7
g8
NtRp54121
(dp54122
g11
Vhttp://dbpedia.org/resource/Güllüba\u011f_Dam__Lake__1
p54123
sbg6
(g13
g8
NtRp54124
(dp54125
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p54126
sbg6
(g13
g8
NtRp54127
(dp54128
g16
Nsg17
Nsg11
VPower
p54129
sbg6
(g13
g8
NtRp54130
(dp54131
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p54132
sbg6
(g13
g8
NtRp54133
(dp54134
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp54135
(dp54136
g16
Nsg17
Nsg11
VTurkey
p54137
sbg6
(g13
g8
NtRp54138
(dp54139
g16
Nsg17
Nsg11
VThe Güllüba\u011f Dam is a gravity dam near the town of Güllüba\u011f on the Çoruh River in Erzurum Province, Turkey. The primary purpose of the dam is hydroelectric power production. Construction on the river diversion tunnel began in 2009 and the dam was complete in 2012. That same year the first generator became operational and the final generator was operational in March 2013. Water from the dam is sent down downstream through a 3,200 m (10,500 ft) long penstock where it reaches an 84 MW power station. The dam is part of the Çoruh Development Plan and it is owned by Turkey's State Hydraulic Works.
p54140
sbg6
(g13
g8
NtRp54141
(dp54142
g16
Nsg17
Nsg11
VPOINT(41.021575927734 40.521869659424)
p54143
sbtp54144
a(g6
(g7
g8
NtRp54145
(dp54146
g11
Vhttp://dbpedia.org/resource/Haba_River_Shankou_Dam
p54147
sbg6
(g13
g8
NtRp54148
(dp54149
g16
Nsg17
Nsg11
VHaba River Shankou Dam
p54150
sbg6
(g13
g8
NtRp54151
(dp54152
g16
Nsg17
Nsg11
VChina
p54153
sbg6
(g13
g8
NtRp54154
(dp54155
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p54156
sbg6
(g13
g8
NtRp54157
(dp54158
g16
Nsg17
g27
sg11
V0.55
p54159
sbg6
(g13
g8
NtRp54160
(dp54161
g16
Nsg17
g27
sg11
V627.0
p54162
sbg6
(g7
g8
NtRp54163
(dp54164
g11
Vhttp://dbpedia.org/resource/Haba_River_Shankou_Dam__Lake__1
p54165
sbNg6
(g13
g8
NtRp54166
(dp54167
g16
Nsg17
Nsg11
VPower, water supply, irrigation, flood control
p54168
sbg6
(g13
g8
NtRp54169
(dp54170
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Haba_River
p54171
sbg6
(g13
g8
NtRp54172
(dp54173
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp54174
(dp54175
g16
Nsg17
Nsg11
VChina
p54176
sbg6
(g13
g8
NtRp54177
(dp54178
g16
Nsg17
Nsg11
VThe Haba River Shankou Dam (Chinese: \u54c8\u5df4\u6cb3\u5c71\u53e3\u6c34\u7535\u7ad9; pinyin: H\u01ceb\u0101 hé Sh\u0101nk\u01d2u shu\u01d0diànzhàn, Haba River Shankou Hydroelectric Station) is a concrete-face rock-fill dam on the , a tributary of the Irtysh. It is located in Habahe County of the Xinjiang Uyghur Autonomous Region in China. The primary purpose of the dam is hydroelectric power generation, flood control and water supply for civil and irrigation use. It supports a 25.2 MW power station. The dam's reservoir holds 50 million cubic meters of water.
p54179
sbg6
(g13
g8
NtRp54180
(dp54181
g16
Nsg17
Nsg11
VPOINT(86.42635345459 48.183574676514)
p54182
sbtp54183
a(g6
(g7
g8
NtRp54184
(dp54185
g11
Vhttp://dbpedia.org/resource/Haeer_Dam
p54186
sbg6
(g13
g8
NtRp54187
(dp54188
g16
Nsg17
Nsg11
VHaeer Dam
p54189
sbg6
(g13
g8
NtRp54190
(dp54191
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p54192
sbNNNNg6
(g13
g8
NtRp54193
(dp54194
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p54195
sbg6
(g13
g8
NtRp54196
(dp54197
g16
Nsg17
Nsg11
VOther
p54198
sbNNNg6
(g13
g8
NtRp54199
(dp54200
g16
Nsg17
Nsg11
VSaudi Arabia
p54201
sbg6
(g13
g8
NtRp54202
(dp54203
g16
Nsg17
Nsg11
VThe Haeer dam is a dam in Saudi Arabia opened in 1976 and located in Riyadh region.
p54204
sbg6
(g13
g8
NtRp54205
(dp54206
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p54207
sbtp54208
a(g6
(g7
g8
NtRp54209
(dp54210
g11
Vhttp://dbpedia.org/resource/Haeer_Dam
p54211
sbg6
(g13
g8
NtRp54212
(dp54213
g16
Nsg17
Nsg11
V\u0633\u062f\u0648\u062f \u0627\u0644\u062d\u0627\u0626\u0631
p54214
sbg6
(g13
g8
NtRp54215
(dp54216
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p54217
sbNNNNg6
(g13
g8
NtRp54218
(dp54219
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p54220
sbg6
(g13
g8
NtRp54221
(dp54222
g16
Nsg17
Nsg11
VOther
p54223
sbNNNg6
(g13
g8
NtRp54224
(dp54225
g16
Nsg17
Nsg11
VSaudi Arabia
p54226
sbg6
(g13
g8
NtRp54227
(dp54228
g16
Nsg17
Nsg11
VThe Haeer dam is a dam in Saudi Arabia opened in 1976 and located in Riyadh region.
p54229
sbg6
(g13
g8
NtRp54230
(dp54231
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p54232
sbtp54233
a(g6
(g7
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VThe Haikou Power Station (Chinese: \u6d77\u53e3\u7535\u5382), also spelled Haikou Power Plant, is a coal-fired power plant in Hainan Province, located in (\u9a6c\u6751\u6e7e), (\u8001\u57ce\u5f00\u53d1\u533a), Chengmai County. The plant has a total installed capacity of 1.21 million kilowatts, which is the first power plant in Hainan Province with an installed capacity of over one million kilowatts.
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VHakavik Power Station is a 7 MW hydroelectric power plant at Øvre Eiker in Buskerud, Norway, located 25 metres above sea level. The power station was inaugurated in 1922. It generates only railway traction current, single phase 55 kV at 16 2/3 hertz. The station is the starting point of a powerline to Sande and another to Sundhaugen Switching Station, where a 55 kV-line to Asker and another one to Neslandsvatn over Nordagutu and departs. The only other power station in Norway to do this is Kjofossen Power Station.
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VHakavik Power Station is a 7 MW hydroelectric power plant at Øvre Eiker in Buskerud, Norway, located 25 metres above sea level. The power station was inaugurated in 1922. It generates only railway traction current, single phase 55 kV at 16 2/3 hertz. The station is the starting point of a powerline to Sande and another to Sundhaugen Switching Station, where a 55 kV-line to Asker and another one to Neslandsvatn over Nordagutu and departs. The only other power station in Norway to do this is Kjofossen Power Station.
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VHakavik Power Station is a 7 MW hydroelectric power plant at Øvre Eiker in Buskerud, Norway, located 25 metres above sea level. The power station was inaugurated in 1922. It generates only railway traction current, single phase 55 kV at 16 2/3 hertz. The station is the starting point of a powerline to Sande and another to Sundhaugen Switching Station, where a 55 kV-line to Asker and another one to Neslandsvatn over Nordagutu and departs. The only other power station in Norway to do this is Kjofossen Power Station.
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VThe Halabiye Dam (or Zalabiye Dam) is a proposed dam on the Euphrates in Deir ez-Zor Governorate, Syria. It will be the fourth and most southern dam on the Syrian Euphrates, after the Tishrin Dam, the Tabqa Dam and the Baath Dam.
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VThe Halali reservoir is a reservoir in Madhya Pradesh state of India, spanning Bhopal, Raisen, and Vidisha districts. It is built on the Halali River, and lies 40 km northwards from the state capital Bhopal. The major fish species found in the reservoir include catla, rohu, mrigal, wallago attu, mystus and chitala.
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VThe Hali Dam is a gravity dam on Wadi Hali about 14 km (8.7 mi) east of in Makkah Province of southwestern Saudi Arabia. The dam has many purposes to include flood control, irrigation, municipal water supply and groundwater recharge. The dam's reservoir has a total storage of 249,860,000 m3 (202,560 acre\u22c5ft), making it the second largest in the country after the King Fahad Dam. The dam was constructed between 2003 and 2009. It is owned and operated by the Ministry of Water and Electricity.
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VThe Hali Dam is a gravity dam on Wadi Hali about 14 km (8.7 mi) east of in Makkah Province of southwestern Saudi Arabia. The dam has many purposes to include flood control, irrigation, municipal water supply and groundwater recharge. The dam's reservoir has a total storage of 249,860,000 m3 (202,560 acre\u22c5ft), making it the second largest in the country after the King Fahad Dam. The dam was constructed between 2003 and 2009. It is owned and operated by the Ministry of Water and Electricity.
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VThe Hali Dam is a gravity dam on Wadi Hali about 14 km (8.7 mi) east of in Makkah Province of southwestern Saudi Arabia. The dam has many purposes to include flood control, irrigation, municipal water supply and groundwater recharge. The dam's reservoir has a total storage of 249,860,000 m3 (202,560 acre\u22c5ft), making it the second largest in the country after the King Fahad Dam. The dam was constructed between 2003 and 2009. It is owned and operated by the Ministry of Water and Electricity.
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VHammeren Hydroelectric Power Station
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VHammeren Hydroelectric Power Station (Norwegian: Hammeren kraftstasjon) is a hydroelectric power station located in Oslo, Norway. It is the only power station in Oslo, and among the oldest power stations still running in Norway. It has a total installed capacity of 5 MWp, and an annual production of 16 GWh. The power station utilises the waterfalls from Skjærsjøen to Maridalsvannet, with a total height of 105 m. It was established in 1900 by the company Christiania Elektricitetsværk, originally with four generator units, and increased to six units in 1901. In 1927, the six generators were replaced by a single 5.6 MW unit.
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VThe Hanabanilla Dam is an embankment dam on the near the village of El Salto del Hanabanilla in Villa Clara Province, Cuba. The purpose of the dam is to provide water for irrigation and municipal uses and to generate hydroelectric power.
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VThe Hanabanilla Dam is an embankment dam on the near the village of El Salto del Hanabanilla in Villa Clara Province, Cuba. The purpose of the dam is to provide water for irrigation and municipal uses and to generate hydroelectric power.
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VThe Hanabanilla Dam is an embankment dam on the near the village of El Salto del Hanabanilla in Villa Clara Province, Cuba. The purpose of the dam is to provide water for irrigation and municipal uses and to generate hydroelectric power.
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g8
NtRp54591
(dp54592
g16
Nsg17
Nsg11
VThe Hanabej dam is a dam in Saudi Arabia opened in 1979 and located in Riyadh region.
p54593
sbg6
(g13
g8
NtRp54594
(dp54595
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
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sbtp54597
a(g6
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g8
NtRp54598
(dp54599
g11
Vhttp://dbpedia.org/resource/Hanabej_Dam
p54600
sbg6
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g8
NtRp54601
(dp54602
g16
Nsg17
Nsg11
V\u0633\u062f \u062d\u0646\u0627\u0628\u062c
p54603
sbg6
(g13
g8
NtRp54604
(dp54605
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p54606
sbNNNNg6
(g13
g8
NtRp54607
(dp54608
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p54609
sbg6
(g13
g8
NtRp54610
(dp54611
g16
Nsg17
Nsg11
VOther
p54612
sbNNNg6
(g13
g8
NtRp54613
(dp54614
g16
Nsg17
Nsg11
VSaudi Arabia
p54615
sbg6
(g13
g8
NtRp54616
(dp54617
g16
Nsg17
Nsg11
VThe Hanabej dam is a dam in Saudi Arabia opened in 1979 and located in Riyadh region.
p54618
sbg6
(g13
g8
NtRp54619
(dp54620
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p54621
sbtp54622
a(g6
(g7
g8
NtRp54623
(dp54624
g11
Vhttp://dbpedia.org/resource/Haneji_Dam
p54625
sbg6
(g13
g8
NtRp54626
(dp54627
g16
Nsg17
Nsg11
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p54628
sbg6
(g13
g8
NtRp54629
(dp54630
g16
Nsg17
Nsg11
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p54631
sbg6
(g13
g8
NtRp54632
(dp54633
g16
Nsg17
Nsg11
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p54634
sbg6
(g13
g8
NtRp54635
(dp54636
g16
Nsg17
g27
sg11
V0.198
p54637
sbg6
(g13
g8
NtRp54638
(dp54639
g16
Nsg17
g27
sg11
V74.0
p54640
sbg6
(g7
g8
NtRp54641
(dp54642
g11
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p54643
sbNNNg6
(g13
g8
NtRp54644
(dp54645
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp54646
(dp54647
g16
Nsg17
g27
sg11
V1.05e+06
p54648
sbNg6
(g13
g8
NtRp54649
(dp54650
g16
Nsg17
Nsg11
VThe Haneji Dam (\u7fbd\u5730\u30c0\u30e0) is a rock-fill embankment dam on the Haneji River in Nago, Okinawa Prefecture, Japan. The purpose of the dam is flood control and water supply.
p54651
sbg6
(g13
g8
NtRp54652
(dp54653
g16
Nsg17
Nsg11
VPOINT(128.02194213867 26.607221603394)
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sbtp54655
a(g6
(g7
g8
NtRp54656
(dp54657
g11
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p54658
sbg6
(g13
g8
NtRp54659
(dp54660
g16
Nsg17
Nsg11
VHaneji Dam
p54661
sbg6
(g13
g8
NtRp54662
(dp54663
g16
Nsg17
Nsg11
VJapan
p54664
sbg6
(g13
g8
NtRp54665
(dp54666
g16
Nsg17
Nsg11
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p54667
sbg6
(g13
g8
NtRp54668
(dp54669
g16
Nsg17
g27
sg11
V0.198
p54670
sbg6
(g13
g8
NtRp54671
(dp54672
g16
Nsg17
g27
sg11
V74.0
p54673
sbg6
(g7
g8
NtRp54674
(dp54675
g11
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p54676
sbNNNg6
(g13
g8
NtRp54677
(dp54678
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp54679
(dp54680
g16
Nsg17
g27
sg11
V1.05e+06
p54681
sbNg6
(g13
g8
NtRp54682
(dp54683
g16
Nsg17
Nsg11
VThe Haneji Dam (\u7fbd\u5730\u30c0\u30e0) is a rock-fill embankment dam on the Haneji River in Nago, Okinawa Prefecture, Japan. The purpose of the dam is flood control and water supply.
p54684
sbg6
(g13
g8
NtRp54685
(dp54686
g16
Nsg17
Nsg11
VPOINT(128.02194213867 26.607221603394)
p54687
sbtp54688
a(g6
(g7
g8
NtRp54689
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g11
Vhttp://dbpedia.org/resource/Hansen_Dam
p54691
sbg6
(g13
g8
NtRp54692
(dp54693
g16
Nsg17
Nsg11
VHansen Dam
p54694
sbg6
(g13
g8
NtRp54695
(dp54696
g16
Nsg17
Nsg11
VUnited States
p54697
sbNg6
(g13
g8
NtRp54698
(dp54699
g16
Nsg17
g27
sg11
V3.21869
p54700
sbNNg6
(g13
g8
NtRp54701
(dp54702
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p54703
sbg6
(g13
g8
NtRp54704
(dp54705
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp54706
(dp54707
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tujunga_Wash
p54708
sbg6
(g13
g8
NtRp54709
(dp54710
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp54711
(dp54712
g16
Nsg17
Nsg11
VUnited States San Fernando Valley
p54713
sbg6
(g13
g8
NtRp54714
(dp54715
g16
Nsg17
Nsg11
VHansen Dam is a flood control dam in the northeastern San Fernando Valley, in the Lake View Terrace neighborhood of Los Angeles, California. The dam was built by the U.S. Army Corps of Engineers, Los Angeles District in 1940. Hansen Dam was named after horse ranchers Homer and Marie Hansen, who established a ranch in the 19th century. The Hansen Dam Recreation Center is located in the flood control basin and surrounding slopes behind the dam.
p54716
sbg6
(g13
g8
NtRp54717
(dp54718
g16
Nsg17
Nsg11
VPOINT(-118.38555908203 34.260471343994)
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sbtp54720
a(g6
(g7
g8
NtRp54721
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g11
Vhttp://dbpedia.org/resource/Hantangang_Dam
p54723
sbg6
(g13
g8
NtRp54724
(dp54725
g16
Nsg17
Nsg11
VHantangang Dam
p54726
sbg6
(g13
g8
NtRp54727
(dp54728
g16
Nsg17
Nsg11
VSouth Korea
p54729
sbg6
(g13
g8
NtRp54730
(dp54731
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p54732
sbg6
(g13
g8
NtRp54733
(dp54734
g16
Nsg17
g27
sg11
V0.69
p54735
sbg6
(g13
g8
NtRp54736
(dp54737
g16
Nsg17
g27
sg11
V119.5
p54738
sbg6
(g7
g8
NtRp54739
(dp54740
g11
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p54741
sbg6
(g13
g8
NtRp54742
(dp54743
g16
Nsg17
Nsg11
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p54744
sbg6
(g13
g8
NtRp54745
(dp54746
g16
Nsg17
Nsg11
VFlood control
p54747
sbg6
(g13
g8
NtRp54748
(dp54749
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hantan_River
p54750
sbg6
(g13
g8
NtRp54751
(dp54752
g16
Nsg17
Nsg11
VOperational
p54753
sbg6
(g13
g8
NtRp54754
(dp54755
g16
Nsg17
g27
sg11
V744000.0
p54756
sbg6
(g13
g8
NtRp54757
(dp54758
g16
Nsg17
Nsg11
VSouth Korea
p54759
sbg6
(g13
g8
NtRp54760
(dp54761
g16
Nsg17
Nsg11
VThe Hantangang Dam is a gravity dam on the Hantan River in Yeoncheon County, Gyeonggi Province, South Korea. Construction on the dam began in 2007 and completed in 2015. The primary purpose of the dam is flood control : it was proposed in 1998 after a series of floods in the late 1990s that killed 128 people, displaced over 31,000 and caused about US$900 million in property damage. Initially designed as a multi-purpose project, the design was changed solely to flood control in 2006 due to the concerns of residents upstream. It is being implemented by Korea Water Resources Corporation (K-water).
p54762
sbg6
(g13
g8
NtRp54763
(dp54764
g16
Nsg17
Nsg11
VPOINT(127.13255310059 38.063720703125)
p54765
sbtp54766
a(g6
(g7
g8
NtRp54767
(dp54768
g11
Vhttp://dbpedia.org/resource/Happy_Jacks_Dam
p54769
sbg6
(g13
g8
NtRp54770
(dp54771
g16
Nsg17
Nsg11
VHappy Jacks Dam
p54772
sbg6
(g13
g8
NtRp54773
(dp54774
g16
Nsg17
Nsg11
VAustralia
p54775
sbg6
(g13
g8
NtRp54776
(dp54777
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp54778
(dp54779
g16
Nsg17
g27
sg11
V0.076
p54780
sbNg6
(g7
g8
NtRp54781
(dp54782
g11
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p54783
sbg6
(g13
g8
NtRp54784
(dp54785
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_Hydro
p54786
sbNg6
(g13
g8
NtRp54787
(dp54788
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tumut_River
p54789
sbg6
(g13
g8
NtRp54790
(dp54791
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp54792
(dp54793
g16
Nsg17
g27
sg11
V8950.0
p54794
sbg6
(g13
g8
NtRp54795
(dp54796
g16
Nsg17
Nsg11
VNew South Wales
p54797
sbg6
(g13
g8
NtRp54798
(dp54799
g16
Nsg17
Nsg11
VHappy Jacks Dam is a major ungated concrete gravity dam across the Tumut River in the Snowy Mountains region of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Happy Jacks Pondage. The dam wall is immediately downstream of the confluence of Happy Jacks Creek and the Tumut River.
p54800
sbg6
(g13
g8
NtRp54801
(dp54802
g16
Nsg17
Nsg11
VPOINT(148.43333435059 -36.016666412354)
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sbtp54804
a(g6
(g7
g8
NtRp54805
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g11
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p54807
sbg6
(g13
g8
NtRp54808
(dp54809
g16
Nsg17
Nsg11
VHappy Valley Reservoir
p54810
sbg6
(g13
g8
NtRp54811
(dp54812
g16
Nsg17
Nsg11
VAustralia
p54813
sbg6
(g13
g8
NtRp54814
(dp54815
g16
Nsg17
Nsg11
VEarth with clay core
p54816
sbg6
(g13
g8
NtRp54817
(dp54818
g16
Nsg17
g27
sg11
V1.155
p54819
sbNg6
(g7
g8
NtRp54820
(dp54821
g11
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p54822
sbNg6
(g13
g8
NtRp54823
(dp54824
g16
Nsg17
Nsg11
VReservoir
p54825
sbNNNg6
(g13
g8
NtRp54826
(dp54827
g16
Nsg17
Nsg11
VAustralia South Australia#Australia Greater Adelaide
p54828
sbg6
(g13
g8
NtRp54829
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g16
Nsg17
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VThe Happy Valley Reservoir is a water reservoir located in the southern Adelaide suburb of Happy Valley, South Australia. Constructed when the total population of Adelaide numbered 315,200 (1893 census), the Happy Valley Reservoir now supplies over half a million people, from Adelaide's southern extent to the city centre. The surrounding area is home to much wildlife, including many kangaroos.
p54831
sbNtp54832
a(g6
(g7
g8
NtRp54833
(dp54834
g11
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p54835
sbg6
(g13
g8
NtRp54836
(dp54837
g16
Nsg17
Nsg11
VHarbaqa Dam
p54838
sbg6
(g13
g8
NtRp54839
(dp54840
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p54841
sbg6
(g13
g8
NtRp54842
(dp54843
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp54844
(dp54845
g16
Nsg17
g27
sg11
V0.245
p54846
sbNg6
(g7
g8
NtRp54847
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g11
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p54849
sbNg6
(g13
g8
NtRp54850
(dp54851
g16
Nsg17
Nsg11
VWater storage, flood control
p54852
sbg6
(g13
g8
NtRp54853
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g16
Nsg17
Nsg11
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p54855
sbNNg6
(g13
g8
NtRp54856
(dp54857
g16
Nsg17
Nsg11
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p54858
sbg6
(g13
g8
NtRp54859
(dp54860
g16
Nsg17
Nsg11
VThe Harbaqa Dam or Kharbaqa Dam (Arabic: \u0633\u062f \u062e\u0631\u0628\u0642\u0629) was a Roman era Palmyrene gravity dam in the Syrian desert about 70 kilometres (43 mi) southwest from Palmyra on the road to Damascus. The dam, built of rubble, concrete, and dressed with ashlar stones, dates to the first or second century AD. The dam later was used as a water supply for the Umayyad palace of Qasr al-Hayr al-Gharbi.
p54861
sbg6
(g13
g8
NtRp54862
(dp54863
g16
Nsg17
Nsg11
VPOINT(37.627223968506 34.24666595459)
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sbtp54865
a(g6
(g7
g8
NtRp54866
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g11
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p54868
sbg6
(g13
g8
NtRp54869
(dp54870
g16
Nsg17
Nsg11
VHarbaqa-Staudamm
p54871
sbg6
(g13
g8
NtRp54872
(dp54873
g16
Nsg17
Nsg11
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p54874
sbg6
(g13
g8
NtRp54875
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp54877
(dp54878
g16
Nsg17
g27
sg11
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p54879
sbNg6
(g7
g8
NtRp54880
(dp54881
g11
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p54882
sbNg6
(g13
g8
NtRp54883
(dp54884
g16
Nsg17
Nsg11
VWater storage, flood control
p54885
sbg6
(g13
g8
NtRp54886
(dp54887
g16
Nsg17
Nsg11
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p54888
sbNNg6
(g13
g8
NtRp54889
(dp54890
g16
Nsg17
Nsg11
VSyria
p54891
sbg6
(g13
g8
NtRp54892
(dp54893
g16
Nsg17
Nsg11
VThe Harbaqa Dam or Kharbaqa Dam (Arabic: \u0633\u062f \u062e\u0631\u0628\u0642\u0629) was a Roman era Palmyrene gravity dam in the Syrian desert about 70 kilometres (43 mi) southwest from Palmyra on the road to Damascus. The dam, built of rubble, concrete, and dressed with ashlar stones, dates to the first or second century AD. The dam later was used as a water supply for the Umayyad palace of Qasr al-Hayr al-Gharbi.
p54894
sbg6
(g13
g8
NtRp54895
(dp54896
g16
Nsg17
Nsg11
VPOINT(37.627223968506 34.24666595459)
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sbtp54898
a(g6
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g8
NtRp54899
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p54901
sbg6
(g13
g8
NtRp54902
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g16
Nsg17
Nsg11
V\u0633\u062f \u062e\u0631\u0628\u0642\u0629
p54904
sbg6
(g13
g8
NtRp54905
(dp54906
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p54907
sbg6
(g13
g8
NtRp54908
(dp54909
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp54910
(dp54911
g16
Nsg17
g27
sg11
V0.245
p54912
sbNg6
(g7
g8
NtRp54913
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g11
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p54915
sbNg6
(g13
g8
NtRp54916
(dp54917
g16
Nsg17
Nsg11
VWater storage, flood control
p54918
sbg6
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g8
NtRp54919
(dp54920
g16
Nsg17
Nsg11
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p54921
sbNNg6
(g13
g8
NtRp54922
(dp54923
g16
Nsg17
Nsg11
VSyria
p54924
sbg6
(g13
g8
NtRp54925
(dp54926
g16
Nsg17
Nsg11
VThe Harbaqa Dam or Kharbaqa Dam (Arabic: \u0633\u062f \u062e\u0631\u0628\u0642\u0629) was a Roman era Palmyrene gravity dam in the Syrian desert about 70 kilometres (43 mi) southwest from Palmyra on the road to Damascus. The dam, built of rubble, concrete, and dressed with ashlar stones, dates to the first or second century AD. The dam later was used as a water supply for the Umayyad palace of Qasr al-Hayr al-Gharbi.
p54927
sbg6
(g13
g8
NtRp54928
(dp54929
g16
Nsg17
Nsg11
VPOINT(37.627223968506 34.24666595459)
p54930
sbtp54931
a(g6
(g7
g8
NtRp54932
(dp54933
g11
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p54934
sbg6
(g13
g8
NtRp54935
(dp54936
g16
Nsg17
Nsg11
VAkvobara\u0135o Harbaka
p54937
sbg6
(g13
g8
NtRp54938
(dp54939
g16
Nsg17
Nsg11
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p54940
sbg6
(g13
g8
NtRp54941
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp54943
(dp54944
g16
Nsg17
g27
sg11
V0.245
p54945
sbNg6
(g7
g8
NtRp54946
(dp54947
g11
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p54948
sbNg6
(g13
g8
NtRp54949
(dp54950
g16
Nsg17
Nsg11
VWater storage, flood control
p54951
sbg6
(g13
g8
NtRp54952
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wadi_Barada
p54954
sbNNg6
(g13
g8
NtRp54955
(dp54956
g16
Nsg17
Nsg11
VSyria
p54957
sbg6
(g13
g8
NtRp54958
(dp54959
g16
Nsg17
Nsg11
VThe Harbaqa Dam or Kharbaqa Dam (Arabic: \u0633\u062f \u062e\u0631\u0628\u0642\u0629) was a Roman era Palmyrene gravity dam in the Syrian desert about 70 kilometres (43 mi) southwest from Palmyra on the road to Damascus. The dam, built of rubble, concrete, and dressed with ashlar stones, dates to the first or second century AD. The dam later was used as a water supply for the Umayyad palace of Qasr al-Hayr al-Gharbi.
p54960
sbg6
(g13
g8
NtRp54961
(dp54962
g16
Nsg17
Nsg11
VPOINT(37.627223968506 34.24666595459)
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sbtp54964
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NtRp54965
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Vhttp://dbpedia.org/resource/Harbaqa_Dam
p54967
sbg6
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g8
NtRp54968
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g16
Nsg17
Nsg11
VBendungan Harbaqa
p54970
sbg6
(g13
g8
NtRp54971
(dp54972
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p54973
sbg6
(g13
g8
NtRp54974
(dp54975
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp54976
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g16
Nsg17
g27
sg11
V0.245
p54978
sbNg6
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g8
NtRp54979
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p54981
sbNg6
(g13
g8
NtRp54982
(dp54983
g16
Nsg17
Nsg11
VWater storage, flood control
p54984
sbg6
(g13
g8
NtRp54985
(dp54986
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wadi_Barada
p54987
sbNNg6
(g13
g8
NtRp54988
(dp54989
g16
Nsg17
Nsg11
VSyria
p54990
sbg6
(g13
g8
NtRp54991
(dp54992
g16
Nsg17
Nsg11
VThe Harbaqa Dam or Kharbaqa Dam (Arabic: \u0633\u062f \u062e\u0631\u0628\u0642\u0629) was a Roman era Palmyrene gravity dam in the Syrian desert about 70 kilometres (43 mi) southwest from Palmyra on the road to Damascus. The dam, built of rubble, concrete, and dressed with ashlar stones, dates to the first or second century AD. The dam later was used as a water supply for the Umayyad palace of Qasr al-Hayr al-Gharbi.
p54993
sbg6
(g13
g8
NtRp54994
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g16
Nsg17
Nsg11
VPOINT(37.627223968506 34.24666595459)
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sbtp54997
a(g6
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g8
NtRp54998
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g11
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p55000
sbg6
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g8
NtRp55001
(dp55002
g16
Nsg17
Nsg11
VHardapdam
p55003
sbg6
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g8
NtRp55004
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p55006
sbNNNg6
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g8
NtRp55007
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g11
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p55009
sbNNg6
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g8
NtRp55010
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g16
Nsg17
Nsg11
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p55012
sbNNg6
(g13
g8
NtRp55013
(dp55014
g16
Nsg17
Nsg11
VNamibia
p55015
sbg6
(g13
g8
NtRp55016
(dp55017
g16
Nsg17
Nsg11
VHardap Dam is a dam close to Mariental in the Hardap Region of central Namibia. Created in 1963 while Namibia was under South African occupation, Hardap Dam is the largest dam in the country. The reservoir dams the Fish River and is home to numerous examples of wildlife of Namibia.
p55018
sbg6
(g13
g8
NtRp55019
(dp55020
g16
Nsg17
Nsg11
VPOINT(17.858612060547 -24.499444961548)
p55021
sbtp55022
a(g6
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g8
NtRp55023
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g11
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p55025
sbg6
(g13
g8
NtRp55026
(dp55027
g16
Nsg17
Nsg11
VHardap Dam
p55028
sbg6
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g8
NtRp55029
(dp55030
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p55031
sbNNNg6
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g8
NtRp55032
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g11
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p55034
sbNNg6
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g8
NtRp55035
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g16
Nsg17
Nsg11
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p55037
sbNNg6
(g13
g8
NtRp55038
(dp55039
g16
Nsg17
Nsg11
VNamibia
p55040
sbg6
(g13
g8
NtRp55041
(dp55042
g16
Nsg17
Nsg11
VHardap Dam is a dam close to Mariental in the Hardap Region of central Namibia. Created in 1963 while Namibia was under South African occupation, Hardap Dam is the largest dam in the country. The reservoir dams the Fish River and is home to numerous examples of wildlife of Namibia.
p55043
sbg6
(g13
g8
NtRp55044
(dp55045
g16
Nsg17
Nsg11
VPOINT(17.858612060547 -24.499444961548)
p55046
sbtp55047
a(g6
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g8
NtRp55048
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g11
Vhttp://dbpedia.org/resource/Hardap_Dam
p55050
sbg6
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g8
NtRp55051
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g16
Nsg17
Nsg11
V\u0413\u0430\u0440\u0434\u0430\u043f (\u0433\u0440\u0435\u0431\u043b\u044f)
p55053
sbg6
(g13
g8
NtRp55054
(dp55055
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p55056
sbNNNg6
(g7
g8
NtRp55057
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g11
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p55059
sbNNg6
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g8
NtRp55060
(dp55061
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Fish_River_(Namibia)
p55062
sbNNg6
(g13
g8
NtRp55063
(dp55064
g16
Nsg17
Nsg11
VNamibia
p55065
sbg6
(g13
g8
NtRp55066
(dp55067
g16
Nsg17
Nsg11
VHardap Dam is a dam close to Mariental in the Hardap Region of central Namibia. Created in 1963 while Namibia was under South African occupation, Hardap Dam is the largest dam in the country. The reservoir dams the Fish River and is home to numerous examples of wildlife of Namibia.
p55068
sbg6
(g13
g8
NtRp55069
(dp55070
g16
Nsg17
Nsg11
VPOINT(17.858612060547 -24.499444961548)
p55071
sbtp55072
a(g6
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g8
NtRp55073
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g11
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p55075
sbg6
(g13
g8
NtRp55076
(dp55077
g16
Nsg17
Nsg11
VRepresa Hardap
p55078
sbg6
(g13
g8
NtRp55079
(dp55080
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p55081
sbNNNg6
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g8
NtRp55082
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g11
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p55084
sbNNg6
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g8
NtRp55085
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Fish_River_(Namibia)
p55087
sbNNg6
(g13
g8
NtRp55088
(dp55089
g16
Nsg17
Nsg11
VNamibia
p55090
sbg6
(g13
g8
NtRp55091
(dp55092
g16
Nsg17
Nsg11
VHardap Dam is a dam close to Mariental in the Hardap Region of central Namibia. Created in 1963 while Namibia was under South African occupation, Hardap Dam is the largest dam in the country. The reservoir dams the Fish River and is home to numerous examples of wildlife of Namibia.
p55093
sbg6
(g13
g8
NtRp55094
(dp55095
g16
Nsg17
Nsg11
VPOINT(17.858612060547 -24.499444961548)
p55096
sbtp55097
a(g6
(g7
g8
NtRp55098
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g11
Vhttp://dbpedia.org/resource/Hardap_Dam
p55100
sbg6
(g13
g8
NtRp55101
(dp55102
g16
Nsg17
Nsg11
VHardap-Damm
p55103
sbg6
(g13
g8
NtRp55104
(dp55105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p55106
sbNNNg6
(g7
g8
NtRp55107
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g11
Vhttp://dbpedia.org/resource/Hardap_Dam__Lake__1
p55109
sbNNg6
(g13
g8
NtRp55110
(dp55111
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Fish_River_(Namibia)
p55112
sbNNg6
(g13
g8
NtRp55113
(dp55114
g16
Nsg17
Nsg11
VNamibia
p55115
sbg6
(g13
g8
NtRp55116
(dp55117
g16
Nsg17
Nsg11
VHardap Dam is a dam close to Mariental in the Hardap Region of central Namibia. Created in 1963 while Namibia was under South African occupation, Hardap Dam is the largest dam in the country. The reservoir dams the Fish River and is home to numerous examples of wildlife of Namibia.
p55118
sbg6
(g13
g8
NtRp55119
(dp55120
g16
Nsg17
Nsg11
VPOINT(17.858612060547 -24.499444961548)
p55121
sbtp55122
a(g6
(g7
g8
NtRp55123
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g11
Vhttp://dbpedia.org/resource/Hardap_Dam
p55125
sbg6
(g13
g8
NtRp55126
(dp55127
g16
Nsg17
Nsg11
VZapora Hardap
p55128
sbg6
(g13
g8
NtRp55129
(dp55130
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p55131
sbNNNg6
(g7
g8
NtRp55132
(dp55133
g11
Vhttp://dbpedia.org/resource/Hardap_Dam__Lake__1
p55134
sbNNg6
(g13
g8
NtRp55135
(dp55136
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Fish_River_(Namibia)
p55137
sbNNg6
(g13
g8
NtRp55138
(dp55139
g16
Nsg17
Nsg11
VNamibia
p55140
sbg6
(g13
g8
NtRp55141
(dp55142
g16
Nsg17
Nsg11
VHardap Dam is a dam close to Mariental in the Hardap Region of central Namibia. Created in 1963 while Namibia was under South African occupation, Hardap Dam is the largest dam in the country. The reservoir dams the Fish River and is home to numerous examples of wildlife of Namibia.
p55143
sbg6
(g13
g8
NtRp55144
(dp55145
g16
Nsg17
Nsg11
VPOINT(17.858612060547 -24.499444961548)
p55146
sbtp55147
a(g6
(g7
g8
NtRp55148
(dp55149
g11
Vhttp://dbpedia.org/resource/Hardeland_hydroelectric_power_station
p55150
sbg6
(g13
g8
NtRp55151
(dp55152
g16
Nsg17
Nsg11
VHardeland hydroelectric power station
p55153
sbg6
(g13
g8
NtRp55154
(dp55155
g16
Nsg17
Nsg11
VNorway
p55156
sbNNNNg6
(g13
g8
NtRp55157
(dp55158
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Haugaland_Kraft
p55159
sbNNg6
(g13
g8
NtRp55160
(dp55161
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp55162
(dp55163
g16
Nsg17
Nsg11
VHardeland hydroelectric power station is a power plant in Etne in western Norway. The site is owned and operated by Haugaland Kraft. The station uses water from two sets of reservoirs. Hardeland H is a 400 m vertical fall from Løkjelsvatnet, while Hardeland K uses Grindheimsvatnet, Ilsvatnet, Basurde-/Krokavatnet and Hjørnås via a 305 m fall from the Hjørnås lake. Hardeland is connected to the grid with a 22 kV line to . The site uses three pelton wheels with 14 MW generators, and average yearly output is 123 GWh.
p55164
sbg6
(g13
g8
NtRp55165
(dp55166
g16
Nsg17
Nsg11
VPOINT(6.0966668128967 59.657501220703)
p55167
sbtp55168
a(g6
(g7
g8
NtRp55169
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g11
Vhttp://dbpedia.org/resource/Hardy_Dam
p55171
sbg6
(g13
g8
NtRp55172
(dp55173
g16
Nsg17
Nsg11
VHardy Dam
p55174
sbg6
(g13
g8
NtRp55175
(dp55176
g16
Nsg17
Nsg11
VUnited States
p55177
sbg6
(g13
g8
NtRp55178
(dp55179
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p55180
sbg6
(g13
g8
NtRp55181
(dp55182
g16
Nsg17
g27
sg11
V0.79248
p55183
sbNg6
(g7
g8
NtRp55184
(dp55185
g11
Vhttp://dbpedia.org/resource/Hardy_Dam__Lake__1
p55186
sbg6
(g13
g8
NtRp55187
(dp55188
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Consumers_Energy
p55189
sbg6
(g13
g8
NtRp55190
(dp55191
g16
Nsg17
Nsg11
VPower
p55192
sbg6
(g13
g8
NtRp55193
(dp55194
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Muskegon_River
p55195
sbg6
(g13
g8
NtRp55196
(dp55197
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp55198
(dp55199
g16
Nsg17
g27
sg11
V1.14704e+06
p55200
sbNg6
(g13
g8
NtRp55201
(dp55202
g16
Nsg17
Nsg11
VHardy Dam (or Hardy Hydroelectric Plant) is an earth-filled embankment dam and powerplant complex on the Muskegon River in Big Prairie Township, Newaygo County, Michigan. At the time of its completion, it was the largest earthen dam in North America east of the Mississippi. Its impoundment forms a lake with over 50 miles of shoreline. The dam impounds a reservoir with a surface area of 4,000 acres (1,618 ha) and its power plant has an installed capacity of 31.5 MW.
p55203
sbg6
(g13
g8
NtRp55204
(dp55205
g16
Nsg17
Nsg11
VPOINT(-85.632225036621 43.488334655762)
p55206
sbtp55207
a(g6
(g7
g8
NtRp55208
(dp55209
g11
Vhttp://dbpedia.org/resource/Hareeq_Dam
p55210
sbg6
(g13
g8
NtRp55211
(dp55212
g16
Nsg17
Nsg11
VHareeq Dam
p55213
sbg6
(g13
g8
NtRp55214
(dp55215
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p55216
sbNNNNg6
(g13
g8
NtRp55217
(dp55218
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p55219
sbg6
(g13
g8
NtRp55220
(dp55221
g16
Nsg17
Nsg11
VOther
p55222
sbNNNg6
(g13
g8
NtRp55223
(dp55224
g16
Nsg17
Nsg11
VSaudi Arabia
p55225
sbg6
(g13
g8
NtRp55226
(dp55227
g16
Nsg17
Nsg11
VThe Hareeq dam is a dam in Saudi Arabia opened in 1984 and located in Riyadh region.
p55228
sbg6
(g13
g8
NtRp55229
(dp55230
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p55231
sbtp55232
a(g6
(g7
g8
NtRp55233
(dp55234
g11
Vhttp://dbpedia.org/resource/Hareeq_Dam
p55235
sbg6
(g13
g8
NtRp55236
(dp55237
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u062d\u0631\u064a\u0642
p55238
sbg6
(g13
g8
NtRp55239
(dp55240
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p55241
sbNNNNg6
(g13
g8
NtRp55242
(dp55243
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p55244
sbg6
(g13
g8
NtRp55245
(dp55246
g16
Nsg17
Nsg11
VOther
p55247
sbNNNg6
(g13
g8
NtRp55248
(dp55249
g16
Nsg17
Nsg11
VSaudi Arabia
p55250
sbg6
(g13
g8
NtRp55251
(dp55252
g16
Nsg17
Nsg11
VThe Hareeq dam is a dam in Saudi Arabia opened in 1984 and located in Riyadh region.
p55253
sbg6
(g13
g8
NtRp55254
(dp55255
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
p55256
sbtp55257
a(g6
(g7
g8
NtRp55258
(dp55259
g11
Vhttp://dbpedia.org/resource/Harsprånget_hydroelectric_power_station
p55260
sbg6
(g13
g8
NtRp55261
(dp55262
g16
Nsg17
Nsg11
V\u0425\u0430\u0440\u0441\u043f\u0440\u043e\u043d\u0433\u0435\u0442 (\u0433\u0456\u0434\u0440\u043e\u0435\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0456\u044f)
p55263
sbg6
(g13
g8
NtRp55264
(dp55265
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sweden
p55266
sbg6
(g13
g8
NtRp55267
(dp55268
g16
Nsg17
Nsg11
VRock-fill dam
p55269
sbg6
(g13
g8
NtRp55270
(dp55271
g16
Nsg17
g27
sg11
V1.4
p55272
sbNg6
(g7
g8
NtRp55273
(dp55274
g11
Vhttp://dbpedia.org/resource/Harsprånget_hydroelectric_power_station__Lake__1
p55275
sbg6
(g13
g8
NtRp55276
(dp55277
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vattenfall
p55278
sbNg6
(g13
g8
NtRp55279
(dp55280
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lule_River
p55281
sbg6
(g13
g8
NtRp55282
(dp55283
g16
Nsg17
Nsg11
VOperational
p55284
sbg6
(g13
g8
NtRp55285
(dp55286
g16
Nsg17
g27
sg11
V6e+06
p55287
sbg6
(g13
g8
NtRp55288
(dp55289
g16
Nsg17
Nsg11
VSweden
p55290
sbg6
(g13
g8
NtRp55291
(dp55292
g16
Nsg17
Nsg11
VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
p55293
sbg6
(g13
g8
NtRp55294
(dp55295
g16
Nsg17
Nsg11
VPOINT(19.814722061157 66.954170227051)
p55296
sbtp55297
a(g6
(g7
g8
NtRp55298
(dp55299
g11
Vhttp://dbpedia.org/resource/Harsprånget_hydroelectric_power_station
p55300
sbg6
(g13
g8
NtRp55301
(dp55302
g16
Nsg17
Nsg11
VWasserkraftwerk Harsprånget
p55303
sbg6
(g13
g8
NtRp55304
(dp55305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sweden
p55306
sbg6
(g13
g8
NtRp55307
(dp55308
g16
Nsg17
Nsg11
VRock-fill dam
p55309
sbg6
(g13
g8
NtRp55310
(dp55311
g16
Nsg17
g27
sg11
V1.4
p55312
sbNg6
(g7
g8
NtRp55313
(dp55314
g11
Vhttp://dbpedia.org/resource/Harsprånget_hydroelectric_power_station__Lake__1
p55315
sbg6
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VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
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VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
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VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
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VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
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VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
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VHarsprånget is a hydroelectric power station located on the Lule River in northern Sweden, just downstream of Porjus. With a power of 977 MW, it's the largest hydroelectric power station in Sweden, and also the fourth largest in the Nordic countries. The name means "Hare Run" in Swedish. This was also the name of the mighty rapids there, and the name was related to the sharp turns in the rapids, a little similar to the ones a hare does when fleeing. Normal year production is around 2131 GWh. Total fall height is around 107 m.
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VHartbeespoort Dam (also known as Harties) is an arch type dam situated in the North West Province of South Africa. It lies in a valley to the south of the Magaliesberg mountain range and north of the Witwatersberg mountain range, about 35 kilometres north west of Johannesburg and 20 kilometres west of Pretoria. The name of the dam means "dam at the gorge of the hartebeest" (a species of antelope) in Afrikaans. This "poort" in the Magaliesberg was a popular spot for hunters, where they cornered and shot the hartebeest. The dam was originally designed for irrigation, which is currently its primary use, as well as for domestic and industrial use. The dam has suffered from a hypertrophic state since the early 1970s. Mismanagement of waste water treatment from urban zones within the Hartbeespoo
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VThe Hassan II Dam, also known as the Sidi Said Dam, is a gravity dam on the Moulouya River about 13 km (8.1 mi) north of Midelt in Midelt Province, Morocco. It has a maximum storage capacity of 400 million cubic meters. The dam is used for potable water, irrigation and the protection of downstream areas and dams against floods and siltation. Construction of the dam began in February 2001 and it was completed in March 2005.
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VThe Hassan II Dam, also known as the Sidi Said Dam, is a gravity dam on the Moulouya River about 13 km (8.1 mi) north of Midelt in Midelt Province, Morocco. It has a maximum storage capacity of 400 million cubic meters. The dam is used for potable water, irrigation and the protection of downstream areas and dams against floods and siltation. Construction of the dam began in February 2001 and it was completed in March 2005.
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VThe Hassan II Dam, also known as the Sidi Said Dam, is a gravity dam on the Moulouya River about 13 km (8.1 mi) north of Midelt in Midelt Province, Morocco. It has a maximum storage capacity of 400 million cubic meters. The dam is used for potable water, irrigation and the protection of downstream areas and dams against floods and siltation. Construction of the dam began in February 2001 and it was completed in March 2005.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassan I Dam is an embankment dam located 19 kilometres (12 mi) northeast of Demnate on the Lakhdar River in Azilal Province, Morocco. Completed in 1986, the dam provides water for the irrigation of over 40,000 hectares (99,000 acres) of farmland. The dam's hydroelectric power plant also generates 132 gigawatt-hours (480 TJ) on average annually. At 145 metres (476 ft) in height, it is the tallest dam in Morocco and the tallest earth-fill dam in Africa. The dam is named after Hassan I of Morocco.
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VThe Hassel Auxiliary Dam or Hassel Dam (German: Hasselvorsperre or Vorsperre Hassel) is an auxiliary dam or pre-dam on the Rappbode Reservoir in the Harz mountains of central Germany. It is located near Hasselfelde in the state of Saxony-Anhalt and impounds the waters of the Hassel, the eastern of the two headwaters of the Rappbode Reservoir. Together with its auxiliary dams, the reservoir supplies drinking water and is owned by the Saxony-Anhalt Dam Company (Talsperrenbetrieb Sachsen-Anhalt). The purpose of the auxiliary dam is to pre-clean water mechanically and biologically before it flows into the main reservoir.Water can be collected from various heights and diverted to the reservoir.
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NtRp56028
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Nsg17
g27
sg11
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p56030
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g8
NtRp56031
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p56033
sbNNNNg6
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g8
NtRp56034
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g16
Nsg17
g27
sg11
V14000.0
p56036
sbg6
(g13
g8
NtRp56037
(dp56038
g16
Nsg17
Nsg11
VGermany
p56039
sbg6
(g13
g8
NtRp56040
(dp56041
g16
Nsg17
Nsg11
VThe Hassel Auxiliary Dam or Hassel Dam (German: Hasselvorsperre or Vorsperre Hassel) is an auxiliary dam or pre-dam on the Rappbode Reservoir in the Harz mountains of central Germany. It is located near Hasselfelde in the state of Saxony-Anhalt and impounds the waters of the Hassel, the eastern of the two headwaters of the Rappbode Reservoir. Together with its auxiliary dams, the reservoir supplies drinking water and is owned by the Saxony-Anhalt Dam Company (Talsperrenbetrieb Sachsen-Anhalt). The purpose of the auxiliary dam is to pre-clean water mechanically and biologically before it flows into the main reservoir.Water can be collected from various heights and diverted to the reservoir.
p56042
sbg6
(g13
g8
NtRp56043
(dp56044
g16
Nsg17
Nsg11
VPOINT(10.830300331116 51.706100463867)
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sbtp56046
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g8
NtRp56047
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p56049
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NtRp56050
(dp56051
g16
Nsg17
Nsg11
VHasselvorsperre
p56052
sbg6
(g13
g8
NtRp56053
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p56055
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NtRp56056
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g16
Nsg17
g27
sg11
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p56058
sbNg6
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g8
NtRp56059
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g11
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p56061
sbNNNNg6
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g8
NtRp56062
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g16
Nsg17
g27
sg11
V14000.0
p56064
sbg6
(g13
g8
NtRp56065
(dp56066
g16
Nsg17
Nsg11
VGermany
p56067
sbg6
(g13
g8
NtRp56068
(dp56069
g16
Nsg17
Nsg11
VThe Hassel Auxiliary Dam or Hassel Dam (German: Hasselvorsperre or Vorsperre Hassel) is an auxiliary dam or pre-dam on the Rappbode Reservoir in the Harz mountains of central Germany. It is located near Hasselfelde in the state of Saxony-Anhalt and impounds the waters of the Hassel, the eastern of the two headwaters of the Rappbode Reservoir. Together with its auxiliary dams, the reservoir supplies drinking water and is owned by the Saxony-Anhalt Dam Company (Talsperrenbetrieb Sachsen-Anhalt). The purpose of the auxiliary dam is to pre-clean water mechanically and biologically before it flows into the main reservoir.Water can be collected from various heights and diverted to the reservoir.
p56070
sbg6
(g13
g8
NtRp56071
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g16
Nsg17
Nsg11
VPOINT(10.830300331116 51.706100463867)
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sbtp56074
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p56077
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NtRp56078
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Nsg17
Nsg11
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p56080
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Nsg11
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p56083
sbNNNNNg6
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NtRp56084
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Nsg17
Nsg11
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sbg6
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g8
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Nsg17
Nsg11
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p56089
sbg6
(g13
g8
NtRp56090
(dp56091
g16
Nsg17
Nsg11
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p56092
sbNg6
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g8
NtRp56093
(dp56094
g16
Nsg17
Nsg11
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p56095
sbg6
(g13
g8
NtRp56096
(dp56097
g16
Nsg17
Nsg11
VThe Hatgyi Dam (Burmese: \u101f\u1010\u103a\u1000\u103c\u102e\u1038\u1006\u100a\u103a) is a planned hydropower gravity dam to be constructed on the Salween River in southeastern Myanmar. The dam site is in Myanmar\u2019s Karen State. The dam project is being funded by the Electricity Generating Authority of Thailand (EGAT), China's Sinohydro Corporation, and Myanmar's Ministry of Electric Power and International Group of Entrepreneurs (IGE). The dam is expected to produce 1,100 to 1,500 megawatts of power, the majority of which will be sent to Thailand.
p56098
sbg6
(g13
g8
NtRp56099
(dp56100
g16
Nsg17
Nsg11
VPOINT(97.746948242188 17.52805519104)
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sbtp56102
a(g6
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NtRp56103
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Vhttp://dbpedia.org/resource/Hatgyi_Dam
p56105
sbg6
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g8
NtRp56106
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g16
Nsg17
Nsg11
VBarrage de Hatgyi
p56108
sbg6
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g8
NtRp56109
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g16
Nsg17
Nsg11
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p56111
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NtRp56112
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g16
Nsg17
Nsg11
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p56114
sbg6
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g8
NtRp56115
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g16
Nsg17
Nsg11
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p56117
sbg6
(g13
g8
NtRp56118
(dp56119
g16
Nsg17
Nsg11
VProposed
p56120
sbNg6
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g8
NtRp56121
(dp56122
g16
Nsg17
Nsg11
VBurma
p56123
sbg6
(g13
g8
NtRp56124
(dp56125
g16
Nsg17
Nsg11
VThe Hatgyi Dam (Burmese: \u101f\u1010\u103a\u1000\u103c\u102e\u1038\u1006\u100a\u103a) is a planned hydropower gravity dam to be constructed on the Salween River in southeastern Myanmar. The dam site is in Myanmar\u2019s Karen State. The dam project is being funded by the Electricity Generating Authority of Thailand (EGAT), China's Sinohydro Corporation, and Myanmar's Ministry of Electric Power and International Group of Entrepreneurs (IGE). The dam is expected to produce 1,100 to 1,500 megawatts of power, the majority of which will be sent to Thailand.
p56126
sbg6
(g13
g8
NtRp56127
(dp56128
g16
Nsg17
Nsg11
VPOINT(97.746948242188 17.52805519104)
p56129
sbtp56130
a(g6
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g8
NtRp56131
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g11
Vhttp://dbpedia.org/resource/Hatheam_dam
p56133
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g8
NtRp56134
(dp56135
g16
Nsg17
Nsg11
VHatheam dam
p56136
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g8
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g16
Nsg17
Nsg11
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p56139
sbNNNNg6
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g8
NtRp56140
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g16
Nsg17
Nsg11
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p56142
sbg6
(g13
g8
NtRp56143
(dp56144
g16
Nsg17
Nsg11
VFlood control
p56145
sbNNNg6
(g13
g8
NtRp56146
(dp56147
g16
Nsg17
Nsg11
VSaudi Arabia
p56148
sbg6
(g13
g8
NtRp56149
(dp56150
g16
Nsg17
Nsg11
VThe Hatheam dam is a dam in the Asir region of Saudi Arabia that opened in 1984. The main purpose of the dam is flood control.
p56151
sbg6
(g13
g8
NtRp56152
(dp56153
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p56154
sbtp56155
a(g6
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NtRp56156
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g11
Vhttp://dbpedia.org/resource/Hatheam_dam
p56158
sbg6
(g13
g8
NtRp56159
(dp56160
g16
Nsg17
Nsg11
V\u0633\u062f \u0647\u064a\u062b\u0645
p56161
sbg6
(g13
g8
NtRp56162
(dp56163
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p56164
sbNNNNg6
(g13
g8
NtRp56165
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p56167
sbg6
(g13
g8
NtRp56168
(dp56169
g16
Nsg17
Nsg11
VFlood control
p56170
sbNNNg6
(g13
g8
NtRp56171
(dp56172
g16
Nsg17
Nsg11
VSaudi Arabia
p56173
sbg6
(g13
g8
NtRp56174
(dp56175
g16
Nsg17
Nsg11
VThe Hatheam dam is a dam in the Asir region of Saudi Arabia that opened in 1984. The main purpose of the dam is flood control.
p56176
sbg6
(g13
g8
NtRp56177
(dp56178
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p56179
sbtp56180
a(g6
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g8
NtRp56181
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g11
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p56183
sbg6
(g13
g8
NtRp56184
(dp56185
g16
Nsg17
Nsg11
VHathni Kund Barrage
p56186
sbg6
(g13
g8
NtRp56187
(dp56188
g16
Nsg17
Nsg11
VIndia
p56189
sbNNNNNNNNNg6
(g13
g8
NtRp56190
(dp56191
g16
Nsg17
Nsg11
VIndia Haryana#India
p56192
sbg6
(g13
g8
NtRp56193
(dp56194
g16
Nsg17
Nsg11
VThe Hathni Kund is a concrete barrage located on the Yamuna River in Yamuna Nagar district of Haryana state, India. It was constructed between October 1996 and June 1999 for the purpose of irrigation. It replaced the Tajewala Barrage 3 km (2 mi) downstream which was constructed in 1873 and is now out of service. The barrage diverts water into the Western and Eastern Yamuna Canals. The small reservoir created by the barrage also serves as a wetland for 31 species of waterbird.
p56195
sbg6
(g13
g8
NtRp56196
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g16
Nsg17
Nsg11
VPOINT(77.584442138672 30.313888549805)
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sbtp56199
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g8
NtRp56200
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam
p56202
sbg6
(g13
g8
NtRp56203
(dp56204
g16
Nsg17
Nsg11
VHatillo Dam
p56205
sbg6
(g13
g8
NtRp56206
(dp56207
g16
Nsg17
Nsg11
VDominican Republic
p56208
sbg6
(g13
g8
NtRp56209
(dp56210
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p56211
sbg6
(g13
g8
NtRp56212
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g16
Nsg17
g27
sg11
V1.8
p56214
sbNg6
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g8
NtRp56215
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g11
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p56217
sbNg6
(g13
g8
NtRp56218
(dp56219
g16
Nsg17
Nsg11
VPower, irrigation, flood control
p56220
sbg6
(g13
g8
NtRp56221
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuna_River
p56223
sbg6
(g13
g8
NtRp56224
(dp56225
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp56226
(dp56227
g16
Nsg17
g27
sg11
V1.15e+07
p56228
sbg6
(g13
g8
NtRp56229
(dp56230
g16
Nsg17
Nsg11
VDominican Republic
p56231
sbg6
(g13
g8
NtRp56232
(dp56233
g16
Nsg17
Nsg11
VThe Hatillo Dam is an earth and rock-filled embankment dam on the Yuna River about 6 km (3.7 mi) southwest of Cotuí in Sánchez Ramírez Province of the Dominican Republic. With a storage capacity of 710,000,000 m3 (580,000 acre\u22c5ft), the dam's reservoir is the largest in the country. The purpose of the dam is to produce hydroelectric power, provide water for irrigation and to control floods. The power station is located at the base of the dam and contains a single 8 MW Francis turbine-generator. Construction on the dam began in August 1977 and it was completed in 1984.
p56234
sbg6
(g13
g8
NtRp56235
(dp56236
g16
Nsg17
Nsg11
VPOINT(-70.200416564941 19.033586502075)
p56237
sbtp56238
a(g6
(g7
g8
NtRp56239
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam
p56241
sbg6
(g13
g8
NtRp56242
(dp56243
g16
Nsg17
Nsg11
VPresa de Hatillo
p56244
sbg6
(g13
g8
NtRp56245
(dp56246
g16
Nsg17
Nsg11
VDominican Republic
p56247
sbg6
(g13
g8
NtRp56248
(dp56249
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p56250
sbg6
(g13
g8
NtRp56251
(dp56252
g16
Nsg17
g27
sg11
V1.8
p56253
sbNg6
(g7
g8
NtRp56254
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam__Lake__1
p56256
sbNg6
(g13
g8
NtRp56257
(dp56258
g16
Nsg17
Nsg11
VPower, irrigation, flood control
p56259
sbg6
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g8
NtRp56260
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuna_River
p56262
sbg6
(g13
g8
NtRp56263
(dp56264
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp56265
(dp56266
g16
Nsg17
g27
sg11
V1.15e+07
p56267
sbg6
(g13
g8
NtRp56268
(dp56269
g16
Nsg17
Nsg11
VDominican Republic
p56270
sbg6
(g13
g8
NtRp56271
(dp56272
g16
Nsg17
Nsg11
VThe Hatillo Dam is an earth and rock-filled embankment dam on the Yuna River about 6 km (3.7 mi) southwest of Cotuí in Sánchez Ramírez Province of the Dominican Republic. With a storage capacity of 710,000,000 m3 (580,000 acre\u22c5ft), the dam's reservoir is the largest in the country. The purpose of the dam is to produce hydroelectric power, provide water for irrigation and to control floods. The power station is located at the base of the dam and contains a single 8 MW Francis turbine-generator. Construction on the dam began in August 1977 and it was completed in 1984.
p56273
sbg6
(g13
g8
NtRp56274
(dp56275
g16
Nsg17
Nsg11
VPOINT(-70.200416564941 19.033586502075)
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sbtp56277
a(g6
(g7
g8
NtRp56278
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam
p56280
sbg6
(g13
g8
NtRp56281
(dp56282
g16
Nsg17
Nsg11
VPresa de Hatillo
p56283
sbg6
(g13
g8
NtRp56284
(dp56285
g16
Nsg17
Nsg11
VDominican Republic
p56286
sbg6
(g13
g8
NtRp56287
(dp56288
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
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sbg6
(g13
g8
NtRp56290
(dp56291
g16
Nsg17
g27
sg11
V1.8
p56292
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g8
NtRp56293
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam__Lake__1
p56295
sbNg6
(g13
g8
NtRp56296
(dp56297
g16
Nsg17
Nsg11
VPower, irrigation, flood control
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g8
NtRp56299
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuna_River
p56301
sbg6
(g13
g8
NtRp56302
(dp56303
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp56304
(dp56305
g16
Nsg17
g27
sg11
V1.15e+07
p56306
sbg6
(g13
g8
NtRp56307
(dp56308
g16
Nsg17
Nsg11
VDominican Republic
p56309
sbg6
(g13
g8
NtRp56310
(dp56311
g16
Nsg17
Nsg11
VThe Hatillo Dam is an earth and rock-filled embankment dam on the Yuna River about 6 km (3.7 mi) southwest of Cotuí in Sánchez Ramírez Province of the Dominican Republic. With a storage capacity of 710,000,000 m3 (580,000 acre\u22c5ft), the dam's reservoir is the largest in the country. The purpose of the dam is to produce hydroelectric power, provide water for irrigation and to control floods. The power station is located at the base of the dam and contains a single 8 MW Francis turbine-generator. Construction on the dam began in August 1977 and it was completed in 1984.
p56312
sbg6
(g13
g8
NtRp56313
(dp56314
g16
Nsg17
Nsg11
VPOINT(-70.200416564941 19.033586502075)
p56315
sbtp56316
a(g6
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g8
NtRp56317
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam
p56319
sbg6
(g13
g8
NtRp56320
(dp56321
g16
Nsg17
Nsg11
VHatillo Dam
p56322
sbg6
(g13
g8
NtRp56323
(dp56324
g16
Nsg17
Nsg11
VDominican Republic
p56325
sbg6
(g13
g8
NtRp56326
(dp56327
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p56328
sbg6
(g13
g8
NtRp56329
(dp56330
g16
Nsg17
g27
sg11
V1.8
p56331
sbNg6
(g7
g8
NtRp56332
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g11
Vhttp://dbpedia.org/resource/Hatillo_Dam__Lake__1
p56334
sbNg6
(g13
g8
NtRp56335
(dp56336
g16
Nsg17
Nsg11
VPower, irrigation, flood control
p56337
sbg6
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g8
NtRp56338
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuna_River
p56340
sbg6
(g13
g8
NtRp56341
(dp56342
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp56343
(dp56344
g16
Nsg17
g27
sg11
V1.15e+07
p56345
sbg6
(g13
g8
NtRp56346
(dp56347
g16
Nsg17
Nsg11
VDominican Republic
p56348
sbg6
(g13
g8
NtRp56349
(dp56350
g16
Nsg17
Nsg11
VThe Hatillo Dam is an earth and rock-filled embankment dam on the Yuna River about 6 km (3.7 mi) southwest of Cotuí in Sánchez Ramírez Province of the Dominican Republic. With a storage capacity of 710,000,000 m3 (580,000 acre\u22c5ft), the dam's reservoir is the largest in the country. The purpose of the dam is to produce hydroelectric power, provide water for irrigation and to control floods. The power station is located at the base of the dam and contains a single 8 MW Francis turbine-generator. Construction on the dam began in August 1977 and it was completed in 1984.
p56351
sbg6
(g13
g8
NtRp56352
(dp56353
g16
Nsg17
Nsg11
VPOINT(-70.200416564941 19.033586502075)
p56354
sbtp56355
a(g6
(g7
g8
NtRp56356
(dp56357
g11
Vhttp://dbpedia.org/resource/Hatnur_Dam
p56358
sbg6
(g13
g8
NtRp56359
(dp56360
g16
Nsg17
Nsg11
VHatnur Dam
p56361
sbg6
(g13
g8
NtRp56362
(dp56363
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p56364
sbg6
(g13
g8
NtRp56365
(dp56366
g16
Nsg17
Nsg11
VEarthfill
p56367
sbg6
(g13
g8
NtRp56368
(dp56369
g16
Nsg17
g27
sg11
V2.58
p56370
sbNg6
(g7
g8
NtRp56371
(dp56372
g11
Vhttp://dbpedia.org/resource/Hatnur_Dam__Lake__1
p56373
sbg6
(g13
g8
NtRp56374
(dp56375
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Maharashtra
p56376
sbg6
(g13
g8
NtRp56377
(dp56378
g16
Nsg17
Nsg11
VAgriculture irrigation, domestic use, Fishery and for generation of hydroelectric power
p56379
sbNNg6
(g13
g8
NtRp56380
(dp56381
g16
Nsg17
g27
sg11
V3.85e+12
p56382
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VIndia Maharashtra
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VHatnur dam is an earth fill dam in Jalgaon district of Maharashtra, India. The dam is named after a nearby Hatnur village, which is present by side of the dam.
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sbg6
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VPOINT(75.945693969727 21.072797775269)
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VDiga di Hatogaya
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p56416
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V206000.0
p56421
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p56424
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VThe Hatogaya Dam is a gravity dam on the Sh\u014d River about 2 km (1.2 mi) south of Shirakawa in Gifu Prefecture, Japan. It was constructed between 1954 and 1956. The dam has an associated 43 MW hydroelectric power station which was commissioned in 1956. Of the nine dams on the Sh\u014d River it is the eighth furthest downstream.
p56427
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V\u9ce9\u8c37\u30c0\u30e0
p56437
sbg6
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g16
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p56440
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p56443
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p56446
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p56449
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p56452
sbg6
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p56455
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VO
sbg6
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V206000.0
p56460
sbg6
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p56463
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g8
NtRp56464
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g16
Nsg17
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VThe Hatogaya Dam is a gravity dam on the Sh\u014d River about 2 km (1.2 mi) south of Shirakawa in Gifu Prefecture, Japan. It was constructed between 1954 and 1956. The dam has an associated 43 MW hydroelectric power station which was commissioned in 1956. Of the nine dams on the Sh\u014d River it is the eighth furthest downstream.
p56466
sbg6
(g13
g8
NtRp56467
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VPOINT(136.89332580566 36.248332977295)
p56469
sbtp56470
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p56473
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NtRp56474
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g16
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VHatogaya Dam
p56476
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(g13
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(dp56478
g16
Nsg17
Nsg11
VJapan
p56479
sbg6
(g13
g8
NtRp56480
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p56482
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p56485
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p56488
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(g13
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NtRp56489
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p56491
sbg6
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NtRp56492
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g16
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p56494
sbg6
(g13
g8
NtRp56495
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g16
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VO
sbg6
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g8
NtRp56497
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V206000.0
p56499
sbg6
(g13
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NtRp56500
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Nsg17
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VJapan
p56502
sbg6
(g13
g8
NtRp56503
(dp56504
g16
Nsg17
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VThe Hatogaya Dam is a gravity dam on the Sh\u014d River about 2 km (1.2 mi) south of Shirakawa in Gifu Prefecture, Japan. It was constructed between 1954 and 1956. The dam has an associated 43 MW hydroelectric power station which was commissioned in 1956. Of the nine dams on the Sh\u014d River it is the eighth furthest downstream.
p56505
sbg6
(g13
g8
NtRp56506
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g16
Nsg17
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VPOINT(136.89332580566 36.248332977295)
p56508
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p56512
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VHeimifeng Pumped Storage Power Station
p56515
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(g13
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VChina
p56518
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p56524
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VO
sbNNg6
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VThe Heimifeng Pumped Storage Power Station (Chinese: \u9ed1\u9e8b\u5cf0\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is located at the hills of Heimifeng, Qiaoyi town, Wangcheng district, 25 kilometres (16 mi) north of Changsha in Hunan province, China. It was constructed between 2005 and 2009 with the generators being commissioned in 2009 and 2010. The station generates power by transferring water between an upper and lower reservoir. When energy demand is high, water from the upper reservoir is released and used to generate electricity before being discharged into the lower reservoir. During times of low demand, water from the lower reservoir is then pumped back up to replenish upper reservoir. This process allows the station to meet peak energy demand and it can go from standstill to operational in three minutes.
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VPOINT(113.01000213623 28.459722518921)
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V\u9ed1\u9e8b\u5cf0\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9
p56539
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VChina
p56542
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p56548
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g16
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Nsg11
VO
sbNNg6
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VThe Heimifeng Pumped Storage Power Station (Chinese: \u9ed1\u9e8b\u5cf0\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is located at the hills of Heimifeng, Qiaoyi town, Wangcheng district, 25 kilometres (16 mi) north of Changsha in Hunan province, China. It was constructed between 2005 and 2009 with the generators being commissioned in 2009 and 2010. The station generates power by transferring water between an upper and lower reservoir. When energy demand is high, water from the upper reservoir is released and used to generate electricity before being discharged into the lower reservoir. During times of low demand, water from the lower reservoir is then pumped back up to replenish upper reservoir. This process allows the station to meet peak energy demand and it can go from standstill to operational in three minutes.
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VPOINT(113.01000213623 28.459722518921)
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NtRp56561
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g16
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V\u0413\u0410\u0415\u0421 H\u0113imíf\u0113ng
p56563
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NtRp56564
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VChina
p56566
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VO
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VThe Heimifeng Pumped Storage Power Station (Chinese: \u9ed1\u9e8b\u5cf0\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is located at the hills of Heimifeng, Qiaoyi town, Wangcheng district, 25 kilometres (16 mi) north of Changsha in Hunan province, China. It was constructed between 2005 and 2009 with the generators being commissioned in 2009 and 2010. The station generates power by transferring water between an upper and lower reservoir. When energy demand is high, water from the upper reservoir is released and used to generate electricity before being discharged into the lower reservoir. During times of low demand, water from the lower reservoir is then pumped back up to replenish upper reservoir. This process allows the station to meet peak energy demand and it can go from standstill to operational in three minutes.
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sbg6
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VPOINT(113.01000213623 28.459722518921)
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VUSA##Idaho
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VHells Canyon Dam is a concrete gravity dam in the western United States, on the Snake River in Hells Canyon along the Idaho-Oregon border. At river mile 247, the dam impounds Hells Canyon Reservoir; its spillway elevation is 1,680 feet (512 m) above sea level. The Hells Canyon Dam powerhouse contains three generating units, with a total nameplate capacity of 391 megawatts (MW). Power generation began with two units in 1967, the third came on line the following year.
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VPOINT(-116.69833374023 45.244720458984)
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VUSA##Idaho
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VHells Canyon Dam is a concrete gravity dam in the western United States, on the Snake River in Hells Canyon along the Idaho-Oregon border. At river mile 247, the dam impounds Hells Canyon Reservoir; its spillway elevation is 1,680 feet (512 m) above sea level. The Hells Canyon Dam powerhouse contains three generating units, with a total nameplate capacity of 391 megawatts (MW). Power generation began with two units in 1967, the third came on line the following year.
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VPOINT(-116.69833374023 45.244720458984)
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VHells Canyon Dam is a concrete gravity dam in the western United States, on the Snake River in Hells Canyon along the Idaho-Oregon border. At river mile 247, the dam impounds Hells Canyon Reservoir; its spillway elevation is 1,680 feet (512 m) above sea level. The Hells Canyon Dam powerhouse contains three generating units, with a total nameplate capacity of 391 megawatts (MW). Power generation began with two units in 1967, the third came on line the following year.
p56652
sbg6
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VPOINT(-116.69833374023 45.244720458984)
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VHells Canyon Dam is a concrete gravity dam in the western United States, on the Snake River in Hells Canyon along the Idaho-Oregon border. At river mile 247, the dam impounds Hells Canyon Reservoir; its spillway elevation is 1,680 feet (512 m) above sea level. The Hells Canyon Dam powerhouse contains three generating units, with a total nameplate capacity of 391 megawatts (MW). Power generation began with two units in 1967, the third came on line the following year.
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VPOINT(-116.69833374023 45.244720458984)
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VUSA##Idaho
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VHells Canyon Dam is a concrete gravity dam in the western United States, on the Snake River in Hells Canyon along the Idaho-Oregon border. At river mile 247, the dam impounds Hells Canyon Reservoir; its spillway elevation is 1,680 feet (512 m) above sea level. The Hells Canyon Dam powerhouse contains three generating units, with a total nameplate capacity of 391 megawatts (MW). Power generation began with two units in 1967, the third came on line the following year.
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VPOINT(-116.69833374023 45.244720458984)
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VHellsgate Dam is a dam on the Klip River, near Uitenhage, Eastern Cape, South Africa. It was established in 1910.
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VHelms Pumped Storage Plant
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VThe Helms Pumped Storage Plant is located 50 mi (80 km) east of Fresno, California in the Sierra Nevada Mountain Range's Sierra National Forest. It is a power station that uses Helms Creek canyon on the North Fork of the Kings River for off-river water storage and the pumped-storage hydroelectric method to generate electricity. After being planned in the early 1970s, construction on the plant began in June 1977 and commercial operations began on 30 June 1984. It has an installed capacity of 1,212 MW and is owned by Pacific Gas and Electric Company.
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VThe Helms Pumped Storage Plant is located 50 mi (80 km) east of Fresno, California in the Sierra Nevada Mountain Range's Sierra National Forest. It is a power station that uses Helms Creek canyon on the North Fork of the Kings River for off-river water storage and the pumped-storage hydroelectric method to generate electricity. After being planned in the early 1970s, construction on the plant began in June 1977 and commercial operations began on 30 June 1984. It has an installed capacity of 1,212 MW and is owned by Pacific Gas and Electric Company.
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p56799
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VThe Helwah dam is a dam in Saudi Arabia opened in 2002 and located in Riyadh region.
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VThe Hemrin Dam is a dam on the Diyala River 100 km northeast of Baghdad, Iraq. The main purpose of the dam is flood control, irrigation and hydroelectric generation. Its power station has a 50 MW capacity. The dam and the attached power house were built in years 1976-1981 by the then Yugoslav company GIK Hidrogradnja (of Sarajevo, now Bosnia-Herzegovina). All the equipment (gates, turbines, generators) were also supplied by the then-Yugoslav companies.
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Nsg11
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p56885
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VO
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p56890
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VThe Hemrin Dam is a dam on the Diyala River 100 km northeast of Baghdad, Iraq. The main purpose of the dam is flood control, irrigation and hydroelectric generation. Its power station has a 50 MW capacity. The dam and the attached power house were built in years 1976-1981 by the then Yugoslav company GIK Hidrogradnja (of Sarajevo, now Bosnia-Herzegovina). All the equipment (gates, turbines, generators) were also supplied by the then-Yugoslav companies.
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VHemrin Dam
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VThe Hemrin Dam is a dam on the Diyala River 100 km northeast of Baghdad, Iraq. The main purpose of the dam is flood control, irrigation and hydroelectric generation. Its power station has a 50 MW capacity. The dam and the attached power house were built in years 1976-1981 by the then Yugoslav company GIK Hidrogradnja (of Sarajevo, now Bosnia-Herzegovina). All the equipment (gates, turbines, generators) were also supplied by the then-Yugoslav companies.
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VPOINT(44.967777252197 34.114444732666)
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VThe Hemrin Dam is a dam on the Diyala River 100 km northeast of Baghdad, Iraq. The main purpose of the dam is flood control, irrigation and hydroelectric generation. Its power station has a 50 MW capacity. The dam and the attached power house were built in years 1976-1981 by the then Yugoslav company GIK Hidrogradnja (of Sarajevo, now Bosnia-Herzegovina). All the equipment (gates, turbines, generators) were also supplied by the then-Yugoslav companies.
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VPOINT(44.967777252197 34.114444732666)
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VThe Hemrin Dam is a dam on the Diyala River 100 km northeast of Baghdad, Iraq. The main purpose of the dam is flood control, irrigation and hydroelectric generation. Its power station has a 50 MW capacity. The dam and the attached power house were built in years 1976-1981 by the then Yugoslav company GIK Hidrogradnja (of Sarajevo, now Bosnia-Herzegovina). All the equipment (gates, turbines, generators) were also supplied by the then-Yugoslav companies.
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VThe Hengsteysee (Lake Hengstey) is a reservoir on the Ruhr river between the cities of Hagen, Dortmund and Herdecke, North Rhine-Westphalia, Germany. It was built in 1929 and is one of five reservoirs on the Ruhr. Hengsteysee fulfills the following four functions: \u000a* functions as the lower reservoir of the Koepchenwerk pumped-storage plant \u000a* performs biological purification of water from the Lenne \u000a* deposit of sediment from the Lenne \u000a* venue for water sports and tourism
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VThe Hengsteysee (Lake Hengstey) is a reservoir on the Ruhr river between the cities of Hagen, Dortmund and Herdecke, North Rhine-Westphalia, Germany. It was built in 1929 and is one of five reservoirs on the Ruhr. Hengsteysee fulfills the following four functions: \u000a* functions as the lower reservoir of the Koepchenwerk pumped-storage plant \u000a* performs biological purification of water from the Lenne \u000a* deposit of sediment from the Lenne \u000a* venue for water sports and tourism
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VPOINT(7.4619445800781 51.413887023926)
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VThe Hengsteysee (Lake Hengstey) is a reservoir on the Ruhr river between the cities of Hagen, Dortmund and Herdecke, North Rhine-Westphalia, Germany. It was built in 1929 and is one of five reservoirs on the Ruhr. Hengsteysee fulfills the following four functions: \u000a* functions as the lower reservoir of the Koepchenwerk pumped-storage plant \u000a* performs biological purification of water from the Lenne \u000a* deposit of sediment from the Lenne \u000a* venue for water sports and tourism
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VPOINT(7.4619445800781 51.413887023926)
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Nsg11
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p57059
sbg6
(g13
g8
NtRp57060
(dp57061
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p57062
sbNNNg6
(g7
g8
NtRp57063
(dp57064
g11
Vhttp://dbpedia.org/resource/Hengsteysee__Lake__1
p57065
sbNNNNNNg6
(g13
g8
NtRp57066
(dp57067
g16
Nsg17
Nsg11
VThe Hengsteysee (Lake Hengstey) is a reservoir on the Ruhr river between the cities of Hagen, Dortmund and Herdecke, North Rhine-Westphalia, Germany. It was built in 1929 and is one of five reservoirs on the Ruhr. Hengsteysee fulfills the following four functions: \u000a* functions as the lower reservoir of the Koepchenwerk pumped-storage plant \u000a* performs biological purification of water from the Lenne \u000a* deposit of sediment from the Lenne \u000a* venue for water sports and tourism
p57068
sbg6
(g13
g8
NtRp57069
(dp57070
g16
Nsg17
Nsg11
VPOINT(7.4619445800781 51.413887023926)
p57071
sbtp57072
a(g6
(g7
g8
NtRp57073
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g11
Vhttp://dbpedia.org/resource/Hermitage_Dam
p57075
sbg6
(g13
g8
NtRp57076
(dp57077
g16
Nsg17
Nsg11
VHermitage Dam
p57078
sbg6
(g13
g8
NtRp57079
(dp57080
g16
Nsg17
Nsg11
VJamaica
p57081
sbg6
(g13
g8
NtRp57082
(dp57083
g16
Nsg17
Nsg11
VGravity
p57084
sbg6
(g13
g8
NtRp57085
(dp57086
g16
Nsg17
g27
sg11
V0.142
p57087
sbNg6
(g7
g8
NtRp57088
(dp57089
g11
Vhttp://dbpedia.org/resource/Hermitage_Dam__Lake__1
p57090
sbg6
(g13
g8
NtRp57091
(dp57092
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Irrigation_Commission
p57093
sbg6
(g13
g8
NtRp57094
(dp57095
g16
Nsg17
Nsg11
VMunicipal water
p57096
sbg6
(g13
g8
NtRp57097
(dp57098
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wag_Water_River
p57099
sbg6
(g13
g8
NtRp57100
(dp57101
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp57102
(dp57103
g16
Nsg17
Nsg11
VJamaica
p57104
sbg6
(g13
g8
NtRp57105
(dp57106
g16
Nsg17
Nsg11
VThe Hermitage Dam is a concrete gravity dam on the Wag Water River near Stony Hill in Saint Andrew Parish, Jamaica. The primary purpose of the dam is to provide municipal water to nearby Kingston and Saint Andrew Parish. Construction on the dam began in 1924 and it was inaugurated on 4 May 1927. It is owned by the National Water Commission.
p57107
sbg6
(g13
g8
NtRp57108
(dp57109
g16
Nsg17
Nsg11
VPOINT(-76.770233154297 18.084012985229)
p57110
sbtp57111
a(g6
(g7
g8
NtRp57112
(dp57113
g11
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p57114
sbg6
(g13
g8
NtRp57115
(dp57116
g16
Nsg17
Nsg11
VHeron Dam
p57117
sbg6
(g13
g8
NtRp57118
(dp57119
g16
Nsg17
Nsg11
VUnited States
p57120
sbg6
(g13
g8
NtRp57121
(dp57122
g16
Nsg17
Nsg11
VStorage dam
p57123
sbg6
(g13
g8
NtRp57124
(dp57125
g16
Nsg17
g27
sg11
V0.381
p57126
sbNNg6
(g13
g8
NtRp57127
(dp57128
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p57129
sbg6
(g13
g8
NtRp57130
(dp57131
g16
Nsg17
Nsg11
VIrrigation
p57132
sbNNNg6
(g13
g8
NtRp57133
(dp57134
g16
Nsg17
Nsg11
VNew Mexico
p57135
sbg6
(g13
g8
NtRp57136
(dp57137
g16
Nsg17
Nsg11
VHeron Dam is a storage dam Rio Arriba County, in northern New Mexico in the southwestern United States, just north of the El Vado Dam. It is owned and operated by the United States Bureau of Reclamation.The dam is about 9 miles west of the town of Tierra Amarilla.
p57138
sbg6
(g13
g8
NtRp57139
(dp57140
g16
Nsg17
Nsg11
VPOINT(-106.70622253418 36.665916442871)
p57141
sbtp57142
a(g6
(g7
g8
NtRp57143
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g11
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p57145
sbg6
(g13
g8
NtRp57146
(dp57147
g16
Nsg17
Nsg11
VHewa Khola-A Hydroelectric Project
p57148
sbg6
(g13
g8
NtRp57149
(dp57150
g16
Nsg17
Nsg11
VNepal
p57151
sbg6
(g13
g8
NtRp57152
(dp57153
g16
Nsg17
Nsg11
VGravity
p57154
sbNNNNg6
(g13
g8
NtRp57155
(dp57156
g16
Nsg17
Nsg11
VPower
p57157
sbg6
(g13
g8
NtRp57158
(dp57159
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hewa_Khola
p57160
sbg6
(g13
g8
NtRp57161
(dp57162
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp57163
(dp57164
g16
Nsg17
Nsg11
VNepal
p57165
sbg6
(g13
g8
NtRp57166
(dp57167
g16
Nsg17
Nsg11
VHewa Khola-A Hydroelectric Project is a run-of-the-river hydroelectric power station with an installed capacity of 14.90 MW. This power station is located at Panchthar district of Nepal. The plant became fully operational on 2074-01-10 BS. The plant is operated by Panchthar Power Company Pvt. Ltd., a private company of Nepal.
p57168
sbg6
(g13
g8
NtRp57169
(dp57170
g16
Nsg17
Nsg11
VPOINT(87.827774047852 27.185556411743)
p57171
sbtp57172
a(g6
(g7
g8
NtRp57173
(dp57174
g11
Vhttp://dbpedia.org/resource/Himayat_Sagar
p57175
sbg6
(g13
g8
NtRp57176
(dp57177
g16
Nsg17
Nsg11
VHimayat Sagar
p57178
sbg6
(g13
g8
NtRp57179
(dp57180
g16
Nsg17
Nsg11
VIndia
p57181
sbg6
(g13
g8
NtRp57182
(dp57183
g16
Nsg17
Nsg11
VB
sbNg6
(g13
g8
NtRp57184
(dp57185
g16
Nsg17
g27
sg11
V537.514
p57186
sbg6
(g7
g8
NtRp57187
(dp57188
g11
Vhttp://dbpedia.org/resource/Himayat_Sagar__Lake__1
p57189
sbg6
(g13
g8
NtRp57190
(dp57191
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Telangana
p57192
sbg6
(g13
g8
NtRp57193
(dp57194
g16
Nsg17
Nsg11
VMulti-purpose
p57195
sbg6
(g13
g8
NtRp57196
(dp57197
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Musi_River,_India
p57198
sbg6
(g13
g8
NtRp57199
(dp57200
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp57201
(dp57202
g16
Nsg17
Nsg11
VIndia Telangana#India
p57203
sbg6
(g13
g8
NtRp57204
(dp57205
g16
Nsg17
Nsg11
VHimayat Sagar is an artificial lake about 20 kilometres (12 mi) from Hyderabad in Telangana, India. It lies parallel to a larger artificial lake Osman Sagar. The storage capacity of the reservoir is 2.9 tmc ft.
p57206
sbg6
(g13
g8
NtRp57207
(dp57208
g16
Nsg17
Nsg11
VPOINT(78.349998474121 17.299999237061)
p57209
sbtp57210
a(g6
(g7
g8
NtRp57211
(dp57212
g11
Vhttp://dbpedia.org/resource/Hindmarsh_Valley_Reservoir
p57213
sbg6
(g13
g8
NtRp57214
(dp57215
g16
Nsg17
Nsg11
VHindmarsh Valley Reservoir
p57216
sbg6
(g13
g8
NtRp57217
(dp57218
g16
Nsg17
Nsg11
VAustralia
p57219
sbg6
(g13
g8
NtRp57220
(dp57221
g16
Nsg17
Nsg11
VGravity
p57222
sbNNg6
(g7
g8
NtRp57223
(dp57224
g11
Vhttp://dbpedia.org/resource/Hindmarsh_Valley_Reservoir__Lake__1
p57225
sbNg6
(g13
g8
NtRp57226
(dp57227
g16
Nsg17
Nsg11
Vpotable water supply
p57228
sbNg6
(g13
g8
NtRp57229
(dp57230
g16
Nsg17
Nsg11
Vrecycled  water storage
p57231
sbNg6
(g13
g8
NtRp57232
(dp57233
g16
Nsg17
Nsg11
VSouth Australia
p57234
sbg6
(g13
g8
NtRp57235
(dp57236
g16
Nsg17
Nsg11
VHindmarsh Valley Reservoir is a reservoir in the Australian state of South Australia located in the gazetted locality of Hindmarsh Valley about 11 kilometres (7 mi) north of the municipal seat in Victor Harbor. The dam consists of a gravity dam of a height of 13.6 metres (44.5 ft) which holds back a lake of a volume of 360 megalitres (80,000,000 imp gal) and which extends for a distance about 0.80 kilometres (0.5 mi). Its original purpose was to supply only Victor Harbor, Middleton and Port Elliott, however water mains were extended to Goolwa after its residents petitioned the state government.
p57237
sbg6
(g13
g8
NtRp57238
(dp57239
g16
Nsg17
Nsg11
VPOINT(138.60130310059 -35.4709815979)
p57240
sbtp57241
a(g6
(g7
g8
NtRp57242
(dp57243
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57244
sbg6
(g13
g8
NtRp57245
(dp57246
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station
p57247
sbg6
(g13
g8
NtRp57248
(dp57249
g16
Nsg17
Nsg11
VEngland
p57250
sbNNNNg6
(g13
g8
NtRp57251
(dp57252
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nuclear_Electric
p57253
sbNNg6
(g13
g8
NtRp57254
(dp57255
g16
Nsg17
Nsg11
VDecommissioned
p57256
sbNNg6
(g13
g8
NtRp57257
(dp57258
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57259
sbg6
(g13
g8
NtRp57260
(dp57261
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57262
sbtp57263
a(g6
(g7
g8
NtRp57264
(dp57265
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57266
sbg6
(g13
g8
NtRp57267
(dp57268
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station
p57269
sbg6
(g13
g8
NtRp57270
(dp57271
g16
Nsg17
Nsg11
VEngland
p57272
sbNNNNg6
(g13
g8
NtRp57273
(dp57274
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nuclear_Electric
p57275
sbNNg6
(g13
g8
NtRp57276
(dp57277
g16
Nsg17
Nsg11
VDecommissioned
p57278
sbNNg6
(g13
g8
NtRp57279
(dp57280
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57281
sbg6
(g13
g8
NtRp57282
(dp57283
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57284
sbtp57285
a(g6
(g7
g8
NtRp57286
(dp57287
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57288
sbg6
(g13
g8
NtRp57289
(dp57290
g16
Nsg17
Nsg11
VCentrale nucléaire de Hinkley Point A
p57291
sbg6
(g13
g8
NtRp57292
(dp57293
g16
Nsg17
Nsg11
VEngland
p57294
sbNNNNg6
(g13
g8
NtRp57295
(dp57296
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nuclear_Electric
p57297
sbNNg6
(g13
g8
NtRp57298
(dp57299
g16
Nsg17
Nsg11
VDecommissioned
p57300
sbNNg6
(g13
g8
NtRp57301
(dp57302
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57303
sbg6
(g13
g8
NtRp57304
(dp57305
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57306
sbtp57307
a(g6
(g7
g8
NtRp57308
(dp57309
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57310
sbg6
(g13
g8
NtRp57311
(dp57312
g16
Nsg17
Nsg11
VCentrale nucléaire de Hinkley Point A
p57313
sbg6
(g13
g8
NtRp57314
(dp57315
g16
Nsg17
Nsg11
VEngland
p57316
sbNNNNg6
(g13
g8
NtRp57317
(dp57318
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Central_Electricity_Generating_Board
p57319
sbNNg6
(g13
g8
NtRp57320
(dp57321
g16
Nsg17
Nsg11
VDecommissioned
p57322
sbNNg6
(g13
g8
NtRp57323
(dp57324
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57325
sbg6
(g13
g8
NtRp57326
(dp57327
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57328
sbtp57329
a(g6
(g7
g8
NtRp57330
(dp57331
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57332
sbg6
(g13
g8
NtRp57333
(dp57334
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station
p57335
sbg6
(g13
g8
NtRp57336
(dp57337
g16
Nsg17
Nsg11
VEngland
p57338
sbNNNNg6
(g13
g8
NtRp57339
(dp57340
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Central_Electricity_Generating_Board
p57341
sbNNg6
(g13
g8
NtRp57342
(dp57343
g16
Nsg17
Nsg11
VDecommissioned
p57344
sbNNg6
(g13
g8
NtRp57345
(dp57346
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57347
sbg6
(g13
g8
NtRp57348
(dp57349
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57350
sbtp57351
a(g6
(g7
g8
NtRp57352
(dp57353
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57354
sbg6
(g13
g8
NtRp57355
(dp57356
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station
p57357
sbg6
(g13
g8
NtRp57358
(dp57359
g16
Nsg17
Nsg11
VEngland
p57360
sbNNNNg6
(g13
g8
NtRp57361
(dp57362
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Central_Electricity_Generating_Board
p57363
sbNNg6
(g13
g8
NtRp57364
(dp57365
g16
Nsg17
Nsg11
VDecommissioned
p57366
sbNNg6
(g13
g8
NtRp57367
(dp57368
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57369
sbg6
(g13
g8
NtRp57370
(dp57371
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57372
sbtp57373
a(g6
(g7
g8
NtRp57374
(dp57375
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57376
sbg6
(g13
g8
NtRp57377
(dp57378
g16
Nsg17
Nsg11
VCentrale nucléaire de Hinkley Point A
p57379
sbg6
(g13
g8
NtRp57380
(dp57381
g16
Nsg17
Nsg11
VEngland
p57382
sbNNNNg6
(g13
g8
NtRp57383
(dp57384
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Magnox_Electric
p57385
sbNNg6
(g13
g8
NtRp57386
(dp57387
g16
Nsg17
Nsg11
VDecommissioned
p57388
sbNNg6
(g13
g8
NtRp57389
(dp57390
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57391
sbg6
(g13
g8
NtRp57392
(dp57393
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57394
sbtp57395
a(g6
(g7
g8
NtRp57396
(dp57397
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57398
sbg6
(g13
g8
NtRp57399
(dp57400
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station
p57401
sbg6
(g13
g8
NtRp57402
(dp57403
g16
Nsg17
Nsg11
VEngland
p57404
sbNNNNg6
(g13
g8
NtRp57405
(dp57406
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Magnox_Electric
p57407
sbNNg6
(g13
g8
NtRp57408
(dp57409
g16
Nsg17
Nsg11
VDecommissioned
p57410
sbNNg6
(g13
g8
NtRp57411
(dp57412
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57413
sbg6
(g13
g8
NtRp57414
(dp57415
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
p57416
sbtp57417
a(g6
(g7
g8
NtRp57418
(dp57419
g11
Vhttp://dbpedia.org/resource/Hinkley_Point_A_nuclear_power_station
p57420
sbg6
(g13
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NtRp57421
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Nsg17
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(g13
g8
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Nsg17
Nsg11
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Nsg17
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NtRp57430
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Nsg17
Nsg11
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p57432
sbNNg6
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g8
NtRp57433
(dp57434
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
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sbg6
(g13
g8
NtRp57436
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VPOINT(-3.1336998939514 51.208698272705)
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g8
NtRp57443
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Nsg17
Nsg11
VCentrale nucléaire de Hinkley Point A
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sbg6
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g16
Nsg17
Nsg11
VEngland
p57448
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g8
NtRp57449
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p57451
sbNNg6
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g8
NtRp57452
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Nsg17
Nsg11
VDecommissioned
p57454
sbNNg6
(g13
g8
NtRp57455
(dp57456
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
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sbg6
(g13
g8
NtRp57458
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g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
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sbg6
(g13
g8
NtRp57465
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g16
Nsg17
Nsg11
VCentrale nucléaire de Hinkley Point A
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sbg6
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Nsg17
Nsg11
VEngland
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g8
NtRp57474
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Nsg17
Nsg11
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p57476
sbNNg6
(g13
g8
NtRp57477
(dp57478
g16
Nsg17
Nsg11
VHinkley Point A nuclear power station is a Magnox nuclear power station undergoing decommissioning. It is located on a 19.4-hectare (48-acre) site in Somerset on the Bristol Channel coast, 5 miles (8 km) west of the River Parrett estuary. The ongoing decommissioning process is being managed by Nuclear Decommissioning Authority licensee Magnox Ltd.
p57479
sbg6
(g13
g8
NtRp57480
(dp57481
g16
Nsg17
Nsg11
VPOINT(-3.1336998939514 51.208698272705)
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sbtp57483
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g16
Nsg17
Nsg11
VHinze Dam
p57489
sbg6
(g13
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NtRp57490
(dp57491
g16
Nsg17
Nsg11
VAustralia
p57492
sbg6
(g13
g8
NtRp57493
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g16
Nsg17
Nsg11
VE
sbg6
(g13
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NtRp57495
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Nsg17
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p57497
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p57500
sbNg6
(g13
g8
NtRp57501
(dp57502
g16
Nsg17
Nsg11
VPotablewater supply
p57503
sbg6
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g8
NtRp57504
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g16
Nsg17
Nsg11
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p57506
sbg6
(g13
g8
NtRp57507
(dp57508
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Nsg17
Nsg11
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sbNg6
(g13
g8
NtRp57509
(dp57510
g16
Nsg17
Nsg11
VQueensland
p57511
sbg6
(g13
g8
NtRp57512
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g16
Nsg17
Nsg11
VThe Hinze Dam is a rock and earth-fill embankment dam with an un-gated spillway across the Nerang River in the Gold Coast hinterland of South East, Queensland, Australia. The main purpose of the dam is for potable water supply of the Gold Coast region. The impounded reservoir is called Advancetown Lake. Hinze Dam was named in honour of local pioneers Carl and Johanna Hinze (grandparents of Queensland politician Russ Hinze) who lived in the valley that was flooded by the dam. The dam is almost always full, reaching 96% of capacity even during dry spells.
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sbg6
(g13
g8
NtRp57515
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Nsg17
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Nsg17
Nsg11
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g8
NtRp57525
(dp57526
g16
Nsg17
Nsg11
VAustralia
p57527
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g8
NtRp57528
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Nsg17
Nsg11
VE
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g8
NtRp57530
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Nsg17
g27
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p57532
sbNg6
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NtRp57533
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p57535
sbNg6
(g13
g8
NtRp57536
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g16
Nsg17
Nsg11
VFlood mitigation
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sbg6
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g8
NtRp57539
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Nsg17
Nsg11
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p57541
sbg6
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g8
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp57544
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g16
Nsg17
Nsg11
VQueensland
p57546
sbg6
(g13
g8
NtRp57547
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g16
Nsg17
Nsg11
VThe Hinze Dam is a rock and earth-fill embankment dam with an un-gated spillway across the Nerang River in the Gold Coast hinterland of South East, Queensland, Australia. The main purpose of the dam is for potable water supply of the Gold Coast region. The impounded reservoir is called Advancetown Lake. Hinze Dam was named in honour of local pioneers Carl and Johanna Hinze (grandparents of Queensland politician Russ Hinze) who lived in the valley that was flooded by the dam. The dam is almost always full, reaching 96% of capacity even during dry spells.
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sbg6
(g13
g8
NtRp57550
(dp57551
g16
Nsg17
Nsg11
VPOINT(153.28388977051 -28.050556182861)
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sbtp57553
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p57556
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Nsg17
Nsg11
VHisayoshi Dam
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g8
NtRp57560
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g16
Nsg17
Nsg11
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p57562
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g8
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VG
sbg6
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g8
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Nsg17
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p57567
sbNg6
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g8
NtRp57568
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p57570
sbNg6
(g13
g8
NtRp57571
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g16
Nsg17
Nsg11
VFNW
p57573
sbNg6
(g13
g8
NtRp57574
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g16
Nsg17
Nsg11
VO
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(g13
g8
NtRp57576
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g16
Nsg17
Nsg11
VThe Hisayoshi Dam (\u4e45\u5409\u30c0\u30e0, Hisayoshi damu) is a dam located in the city of Hirakawa, Aomori Prefecture in the Tohoku region of Japan. The dam is a concrete gravity dam across the Hirakawa River, a tributary of the Iwaki River. Construction on the dam was begun in 1980 by a consortium led by the Obayashi Corporation, and the dams as completed in 1995. across the Kodomari River. It is a multipurpose dam to provide water for irrigation, flood control and drinking water.
p57578
sbg6
(g13
g8
NtRp57579
(dp57580
g16
Nsg17
Nsg11
VPOINT(140.69194030762 40.442501068115)
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Nsg17
Nsg11
V\u4e45\u5409\u30c0\u30e0
p57588
sbg6
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g8
NtRp57589
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g16
Nsg17
Nsg11
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p57591
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(g13
g8
NtRp57592
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp57594
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g16
Nsg17
g27
sg11
V0.317
p57596
sbNg6
(g7
g8
NtRp57597
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p57599
sbNg6
(g13
g8
NtRp57600
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g16
Nsg17
Nsg11
VFNW
p57602
sbNg6
(g13
g8
NtRp57603
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp57605
(dp57606
g16
Nsg17
Nsg11
VThe Hisayoshi Dam (\u4e45\u5409\u30c0\u30e0, Hisayoshi damu) is a dam located in the city of Hirakawa, Aomori Prefecture in the Tohoku region of Japan. The dam is a concrete gravity dam across the Hirakawa River, a tributary of the Iwaki River. Construction on the dam was begun in 1980 by a consortium led by the Obayashi Corporation, and the dams as completed in 1995. across the Kodomari River. It is a multipurpose dam to provide water for irrigation, flood control and drinking water.
p57607
sbg6
(g13
g8
NtRp57608
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g16
Nsg17
Nsg11
VPOINT(140.69194030762 40.442501068115)
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g8
NtRp57612
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p57614
sbg6
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g8
NtRp57615
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g16
Nsg17
Nsg11
VHjartdøla Hydroelectric Power Station
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(g13
g8
NtRp57618
(dp57619
g16
Nsg17
Nsg11
VNorway
p57620
sbNNNNNNNg6
(g13
g8
NtRp57621
(dp57622
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Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp57623
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g16
Nsg17
Nsg11
VThe Hjartdøla Power Station is a hydroelectric power station located in Hjartdal, Vestfold og Telemark, Norway. It operates at an installed capacity of 120 MW, with an average annual production of about 410 GW·h.
p57625
sbg6
(g13
g8
NtRp57626
(dp57627
g16
Nsg17
Nsg11
VPOINT(8.7113885879517 59.604442596436)
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p57632
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g8
NtRp57633
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Hjartdøla
p57635
sbg6
(g13
g8
NtRp57636
(dp57637
g16
Nsg17
Nsg11
VNorway
p57638
sbNNNNNNNg6
(g13
g8
NtRp57639
(dp57640
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp57641
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Nsg17
Nsg11
VThe Hjartdøla Power Station is a hydroelectric power station located in Hjartdal, Vestfold og Telemark, Norway. It operates at an installed capacity of 120 MW, with an average annual production of about 410 GW·h.
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sbg6
(g13
g8
NtRp57644
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g16
Nsg17
Nsg11
VPOINT(8.7113885879517 59.604442596436)
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p57650
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(g13
g8
NtRp57651
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g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0425\u043e\u0445\u043e\u0442
p57653
sbg6
(g13
g8
NtRp57654
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Nsg17
Nsg11
VChina
p57656
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g8
NtRp57657
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p57659
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(g13
g8
NtRp57660
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp57662
(dp57663
g16
Nsg17
Nsg11
VThe Hohhot Pumped Storage Power Station, also known by Huhehaote, is located 20 kilometres (12 mi) north of Hohhot in Inner Mongolia, China. It uses the pumped-storage hydroelectric method to generate electricity. The plant has an installed capacity of 1,224 megawatts (1,641,000 hp). Construction began in 2005 and the first generator was commissioned on 20 November 2014. The second generator was commissioned on 26 December 2014 and the final two were commissioned in June 2015.
p57664
sbg6
(g13
g8
NtRp57665
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g16
Nsg17
Nsg11
VPOINT(111.688331604 40.98722076416)
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p57671
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(g13
g8
NtRp57672
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g16
Nsg17
Nsg11
VHohhot Pumped Storage Power Station
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(g13
g8
NtRp57675
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Nsg17
Nsg11
VChina
p57677
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g8
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p57680
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(g13
g8
NtRp57681
(dp57682
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp57683
(dp57684
g16
Nsg17
Nsg11
VThe Hohhot Pumped Storage Power Station, also known by Huhehaote, is located 20 kilometres (12 mi) north of Hohhot in Inner Mongolia, China. It uses the pumped-storage hydroelectric method to generate electricity. The plant has an installed capacity of 1,224 megawatts (1,641,000 hp). Construction began in 2005 and the first generator was commissioned on 20 November 2014. The second generator was commissioned on 26 December 2014 and the final two were commissioned in June 2015.
p57685
sbg6
(g13
g8
NtRp57686
(dp57687
g16
Nsg17
Nsg11
VPOINT(111.688331604 40.98722076416)
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g8
NtRp57690
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g8
NtRp57693
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g16
Nsg17
Nsg11
VHolyoke Dam
p57695
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(g13
g8
NtRp57696
(dp57697
g16
Nsg17
Nsg11
VUnited States
p57698
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g8
NtRp57699
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Nsg17
Nsg11
VGranite gravity
p57701
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NtRp57702
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Nsg17
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V0.310896
p57704
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NtRp57705
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V28.8341
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NtRp57708
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g8
NtRp57711
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Nsg17
Nsg11
VPower, regulation, industrial
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g8
NtRp57714
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Nsg17
Nsg11
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g8
NtRp57717
(dp57718
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Nsg17
Nsg11
VOperational
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(g13
g8
NtRp57720
(dp57721
g16
Nsg17
Nsg11
VMassachusetts
p57722
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(g13
g8
NtRp57723
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g16
Nsg17
Nsg11
VThe Holyoke Dam, also referred to as the Hadley Falls Dam, or Hadley Falls Station is a granite dam built in tandem with the Holyoke Canal System at Hadley Falls on the Connecticut River, between Holyoke and South Hadley, Massachusetts. The water differential created by the dam produced mechanical hydropower for industrial uses in Holyoke, and later hydroelectric power.
p57725
sbg6
(g13
g8
NtRp57726
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g16
Nsg17
Nsg11
VPOINT(-72.601669311523 42.213611602783)
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Nsg17
Nsg11
VHombolo Dam
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NtRp57736
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Nsg17
Nsg11
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NtRp57739
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Nsg17
Nsg11
VActive
p57741
sbNg6
(g13
g8
NtRp57742
(dp57743
g16
Nsg17
Nsg11
VTanzania#Africa#World
p57744
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g8
NtRp57745
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Nsg17
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VHombolo Dam is a dam in Tanzania. It is at Hombolo-Bwawani village, in Dodoma-rural District. The dam was constructed by the colonial government in 1957 for irrigation, domestic water supply, and water for livestock.
p57747
sbg6
(g13
g8
NtRp57748
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Nsg17
Nsg11
VPOINT(35.969444274902 -5.9499998092651)
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p57754
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g8
NtRp57755
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g16
Nsg17
Nsg11
VHongjiadu-Talsperre
p57757
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(g13
g8
NtRp57758
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g16
Nsg17
Nsg11
VChina
p57760
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(g13
g8
NtRp57761
(dp57762
g16
Nsg17
Nsg11
VEmbankment, concrete face rock-fill
p57763
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g8
NtRp57764
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g16
Nsg17
g27
sg11
V0.4278
p57766
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g8
NtRp57767
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g11
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g8
NtRp57770
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g16
Nsg17
Nsg11
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p57772
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(g13
g8
NtRp57773
(dp57774
g16
Nsg17
Nsg11
VIn use
p57775
sbg6
(g13
g8
NtRp57776
(dp57777
g16
Nsg17
g27
sg11
V9.2e+06
p57778
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VThe Hongjiadu Dam is a concrete face rock-fill embankment dam on the Liuchong River in Qianxi County, Guizhou Province, China. The dam is 179.5 metres (589 ft) tall and was built for the purposes of hydroelectric power generation and water supply. The dam supports a 600 MW and withholds a 4,947,000,000 cubic metres (4,010,598 acre\u22c5ft) reservoir.
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VThe Hongjiadu Dam is a concrete face rock-fill embankment dam on the Liuchong River in Qianxi County, Guizhou Province, China. The dam is 179.5 metres (589 ft) tall and was built for the purposes of hydroelectric power generation and water supply. The dam supports a 600 MW and withholds a 4,947,000,000 cubic metres (4,010,598 acre\u22c5ft) reservoir.
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VThe Hongjiadu Dam is a concrete face rock-fill embankment dam on the Liuchong River in Qianxi County, Guizhou Province, China. The dam is 179.5 metres (589 ft) tall and was built for the purposes of hydroelectric power generation and water supply. The dam supports a 600 MW and withholds a 4,947,000,000 cubic metres (4,010,598 acre\u22c5ft) reservoir.
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VThe Hongkou Dam is a concrete gravity dam on the Huotong River located 32 km (20 mi) northwest of Ningde in Fujian Province, China. Constructed between 2003 and 2008, the dam serves to produce hydroelectricity. Its power station consists of two 100 MW Francis turbine-generators for an installed capacity of 200 MW. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and withholds a reservoir with a storage capacity of 449,700,000 m3 (364,578 acre\u22c5ft).
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VThe Hongkou Dam is a concrete gravity dam on the Huotong River located 32 km (20 mi) northwest of Ningde in Fujian Province, China. Constructed between 2003 and 2008, the dam serves to produce hydroelectricity. Its power station consists of two 100 MW Francis turbine-generators for an installed capacity of 200 MW. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and withholds a reservoir with a storage capacity of 449,700,000 m3 (364,578 acre\u22c5ft).
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VThe Hongkou Dam is a concrete gravity dam on the Huotong River located 32 km (20 mi) northwest of Ningde in Fujian Province, China. Constructed between 2003 and 2008, the dam serves to produce hydroelectricity. Its power station consists of two 100 MW Francis turbine-generators for an installed capacity of 200 MW. The 130 m (427 ft) tall dam was constructed with roller-compacted concrete and withholds a reservoir with a storage capacity of 449,700,000 m3 (364,578 acre\u22c5ft).
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VThe Hongping Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station located at about 11 km (6.8 mi) northwest of in Jing'an County of Jiangxi Province, China. It was the first pumped-storage hydroelectric power station constructed in Jiangxi. The project was split into two phases with each phase resulting in 1,200MW of installed capacity. Construction on the project's first phase began in June 2010. The first generator was commissioned in June 2014 and by December 2016, all the four 300MW generators were commissioned, marking the end of the first phase. In 2021, a feasibility study on the second phase of the project was begun. When fully operational, the power station will have an installed capacity of 2,400 MW.
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VThe Hongping Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station located at about 11 km (6.8 mi) northwest of in Jing'an County of Jiangxi Province, China. It was the first pumped-storage hydroelectric power station constructed in Jiangxi. The project was split into two phases with each phase resulting in 1,200MW of installed capacity. Construction on the project's first phase began in June 2010. The first generator was commissioned in June 2014 and by December 2016, all the four 300MW generators were commissioned, marking the end of the first phase. In 2021, a feasibility study on the second phase of the project was begun. When fully operational, the power station will have an installed capacity of 2,400 MW.
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VThe Hongping Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station located at about 11 km (6.8 mi) northwest of in Jing'an County of Jiangxi Province, China. It was the first pumped-storage hydroelectric power station constructed in Jiangxi. The project was split into two phases with each phase resulting in 1,200MW of installed capacity. Construction on the project's first phase began in June 2010. The first generator was commissioned in June 2014 and by December 2016, all the four 300MW generators were commissioned, marking the end of the first phase. In 2021, a feasibility study on the second phase of the project was begun. When fully operational, the power station will have an installed capacity of 2,400 MW.
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VThe Hongshi Dam is a gravity dam on the Second Songhua River located 30 km (19 mi) east of Huadian in Jilin Province, China. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 200 MW. Construction on the dam began in 1982 and the reservoir began to fill in November 1985. The first generator was operational in December 1985 and the last in October 1987. The 46 m (151 ft) tall dam creates a reservoir with a normal storage capacity of 1,630,000,000 m3 (1,321,463 acre\u22c5ft). The dam is named after the town of Hongshi, located 3 km (2 mi) downstream. The Baishan Dam is located upstream and the Fengman Dam downstream.
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p58131
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VThe Hongshi Dam is a gravity dam on the Second Songhua River located 30 km (19 mi) east of Huadian in Jilin Province, China. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 200 MW. Construction on the dam began in 1982 and the reservoir began to fill in November 1985. The first generator was operational in December 1985 and the last in October 1987. The 46 m (151 ft) tall dam creates a reservoir with a normal storage capacity of 1,630,000,000 m3 (1,321,463 acre\u22c5ft). The dam is named after the town of Hongshi, located 3 km (2 mi) downstream. The Baishan Dam is located upstream and the Fengman Dam downstream.
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p58187
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VThe Hongshi Dam is a gravity dam on the Second Songhua River located 30 km (19 mi) east of Huadian in Jilin Province, China. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 200 MW. Construction on the dam began in 1982 and the reservoir began to fill in November 1985. The first generator was operational in December 1985 and the last in October 1987. The 46 m (151 ft) tall dam creates a reservoir with a normal storage capacity of 1,630,000,000 m3 (1,321,463 acre\u22c5ft). The dam is named after the town of Hongshi, located 3 km (2 mi) downstream. The Baishan Dam is located upstream and the Fengman Dam downstream.
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p58223
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VThe Hongshi Dam is a gravity dam on the Second Songhua River located 30 km (19 mi) east of Huadian in Jilin Province, China. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 200 MW. Construction on the dam began in 1982 and the reservoir began to fill in November 1985. The first generator was operational in December 1985 and the last in October 1987. The 46 m (151 ft) tall dam creates a reservoir with a normal storage capacity of 1,630,000,000 m3 (1,321,463 acre\u22c5ft). The dam is named after the town of Hongshi, located 3 km (2 mi) downstream. The Baishan Dam is located upstream and the Fengman Dam downstream.
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VHonna Dam (\u672c\u540d\u30c0\u30e0, Honna damu) is a gravity dam on the Tadami River in Kaneyama, Fukushima Prefecture, Japan. It was constructed between 1952 and 1954 for the purpose of hydroelectric power generation. It supplies a 78 MW power station with water.
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VDiga di Honna
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VHonna Dam (\u672c\u540d\u30c0\u30e0, Honna damu) is a gravity dam on the Tadami River in Kaneyama, Fukushima Prefecture, Japan. It was constructed between 1952 and 1954 for the purpose of hydroelectric power generation. It supplies a 78 MW power station with water.
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VHonna Dam (\u672c\u540d\u30c0\u30e0, Honna damu) is a gravity dam on the Tadami River in Kaneyama, Fukushima Prefecture, Japan. It was constructed between 1952 and 1954 for the purpose of hydroelectric power generation. It supplies a 78 MW power station with water.
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VHoover Dam, in Blendon Township, near Westerville, Ohio, dams the Big Walnut Creek to form the Hoover Memorial Reservoir. This reservoir is a major water source for the city of Columbus, Ohio. It holds 20.8 billion US gallons (79,000,000 m3) of water and has a surface area of 3,272 acres (13.24 km2), or about five square miles. Construction began during 1953 due to the increased water demand of post-war Columbus. The project was completed and dedicated in 1955 and the dam officially opened in 1958. It was named for two brothers, Charles P. Hoover and Clarence B. Hoover, to honor their careers with the City of Columbus Waterworks.
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VHorahora Power Station was an early hydroelectric power station on the Waikato River in New Zealand. It was the country\u2019s first large-scale power station, completed in 1913. Initially built to service a gold mine, the power station was expanded to supply a significant part of the North Island. The power station remained in use until was submerged by Lake Karapiro, which was formed to supply the larger Karapiro Power Station.
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VThe Horse Mesa Dam is a concrete thin arch dam located in the Superstition Mountains, northeast of Phoenix in Maricopa County, Arizona. The dam is 660 feet (200 m) long, 300 feet (91 m) high and was built between 1924\u201327. The dam includes three conventional hydroelectric generating units totaling 32 megawatts (MW) and a pumped-storage unit with a capacity of 97 MW. The dam and associated infrastructure were listed on the National Register of Historic Places in 2017.
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VPOINT(-111.3438873291 33.590831756592)
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VThe Horse Mesa Dam is a concrete thin arch dam located in the Superstition Mountains, northeast of Phoenix in Maricopa County, Arizona. The dam is 660 feet (200 m) long, 300 feet (91 m) high and was built between 1924\u201327. The dam includes three conventional hydroelectric generating units totaling 32 megawatts (MW) and a pumped-storage unit with a capacity of 97 MW. The dam and associated infrastructure were listed on the National Register of Historic Places in 2017.
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VThe Horse Mesa Dam is a concrete thin arch dam located in the Superstition Mountains, northeast of Phoenix in Maricopa County, Arizona. The dam is 660 feet (200 m) long, 300 feet (91 m) high and was built between 1924\u201327. The dam includes three conventional hydroelectric generating units totaling 32 megawatts (MW) and a pumped-storage unit with a capacity of 97 MW. The dam and associated infrastructure were listed on the National Register of Historic Places in 2017.
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VThe Houziyan Dam (Chinese: \u7334\u5b50\u5ca9\u6c34\u7535\u7ad9) is a hydroelectric embankment dam on the Dadu River in Danba County, Sichuan province, China. The dam is 223.5 m tall and withholds a reservoir with a normal capacity of 662 million m3. It supports a power station with a 1,700 MW capacity, distributed in 4 x 425 MW generators.
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VThe Houziyan Dam (Chinese: \u7334\u5b50\u5ca9\u6c34\u7535\u7ad9) is a hydroelectric embankment dam on the Dadu River in Danba County, Sichuan province, China. The dam is 223.5 m tall and withholds a reservoir with a normal capacity of 662 million m3. It supports a power station with a 1,700 MW capacity, distributed in 4 x 425 MW generators.
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VThe Houziyan Dam (Chinese: \u7334\u5b50\u5ca9\u6c34\u7535\u7ad9) is a hydroelectric embankment dam on the Dadu River in Danba County, Sichuan province, China. The dam is 223.5 m tall and withholds a reservoir with a normal capacity of 662 million m3. It supports a power station with a 1,700 MW capacity, distributed in 4 x 425 MW generators.
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VThe Howland Dam is a hydroelectric dam on the Piscataquis River at its confluence with the Penobscot River in Howland, Penobscot County, Maine, USA. The Howland Dam was purchased by the Penobscot River Restoration Trust in 2010 from PPL Corporation, formerly Pennsylvania Power and Light, under an agreement reached several years earlier. A fish bypass was constructed around the dam in 2015.
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VHua Na Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e2b\u0e31\u0e27\u0e19\u0e32, RTGS: Khuean Hua Na, pronounced [k\u02b0\u026f\u0300a\u032fn h\u01d4a\u032f n\u0101\u02d0]), in Kanthararom District, Sisaket Province, is the biggest dam in the Khong-Chi-Mun project in Thailand. It is close to the Rasi Salai Dam, which has been inoperable for over 10 years because of extreme salinity. Hua Na sits atop the same salt dome as Rasi Salai and may face the same fate if the gates are ever closed. Its height is 17 metres (56 ft), while its length is 207 metres (679 ft). It has 14 gates and a catchment area of 115,000,000 cubic metres (93,000 acre\u22c5ft). The reservoir stretches for 90 kilometres (56 mi), while its surface area is unknown. The reservoir has a manageable storage capacity of 64.98 million cubic metres.
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VHuai Kum Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e2b\u0e49\u0e27\u0e22\u0e01\u0e38\u0e48\u0e21, RTGS: Khuean Huai Kum, pronounced [k\u02b0\u026f\u0300a\u032fn hûa\u032fj kùm]), is on the in Kaset Sombun District, Chaiyaphum Province, Thailand. It consists of a rockfill dam with clay core (35.5 metres high and 282 metres long) and a 1.2 MW semi-underground powerhouse which rises four metres high from the ground and 11 metres beneath the surface. The dam forms a reservoir with a storage capacity of 22 million cubic metres to supply water for the downstream irrigation areas of Chulabhorn Dam in Chaiyaphum Province whereas the power plant provides two million kWh of electric energy per year. The king and the queen accompanied by Princess Maha Chakri Sirindhorn and Princess Chulabhorn presided over the inauguration ceremony on 19 December 1980.
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VThe Huangdeng Dam is a gravity dam recently completed on the Lancang (Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The fact that work on the dam was begun without formal approval from the central government was a subject of some controversy. Construction on the dam began in 2010 and its 1,900 MW hydroelectric power station was initially planned to be operational in 2016, with the entire project complete in 2018. The first unit was put into operation in July 2018 and the dam was fully commissioned in January 2019.
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VThe Huangdeng Dam is a gravity dam recently completed on the Lancang (Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The fact that work on the dam was begun without formal approval from the central government was a subject of some controversy. Construction on the dam began in 2010 and its 1,900 MW hydroelectric power station was initially planned to be operational in 2016, with the entire project complete in 2018. The first unit was put into operation in July 2018 and the dam was fully commissioned in January 2019.
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VThe Huangdeng Dam is a gravity dam recently completed on the Lancang (Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The fact that work on the dam was begun without formal approval from the central government was a subject of some controversy. Construction on the dam began in 2010 and its 1,900 MW hydroelectric power station was initially planned to be operational in 2016, with the entire project complete in 2018. The first unit was put into operation in July 2018 and the dam was fully commissioned in January 2019.
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VBendungan Huangdeng
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VThe Huangdeng Dam is a gravity dam recently completed on the Lancang (Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The fact that work on the dam was begun without formal approval from the central government was a subject of some controversy. Construction on the dam began in 2010 and its 1,900 MW hydroelectric power station was initially planned to be operational in 2016, with the entire project complete in 2018. The first unit was put into operation in July 2018 and the dam was fully commissioned in January 2019.
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Nsg11
VPOINT(99.11555480957 26.55916595459)
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sbtp58819
a(g6
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g8
NtRp58820
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g11
Vhttp://dbpedia.org/resource/Huangdeng_Dam
p58822
sbg6
(g13
g8
NtRp58823
(dp58824
g16
Nsg17
Nsg11
VBarrage de Huangdeng
p58825
sbg6
(g13
g8
NtRp58826
(dp58827
g16
Nsg17
Nsg11
VChina
p58828
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(g13
g8
NtRp58829
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g16
Nsg17
g27
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p58831
sbNg6
(g7
g8
NtRp58832
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g11
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p58834
sbNg6
(g13
g8
NtRp58835
(dp58836
g16
Nsg17
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VPower, irrigation, recreation
p58837
sbNg6
(g13
g8
NtRp58838
(dp58839
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp58840
(dp58841
g16
Nsg17
g27
sg11
V3.678e+06
p58842
sbNg6
(g13
g8
NtRp58843
(dp58844
g16
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VThe Huangdeng Dam is a gravity dam recently completed on the Lancang (Mekong) River in Lanping Bai and Pumi Autonomous County of Yunnan Province, China. The fact that work on the dam was begun without formal approval from the central government was a subject of some controversy. Construction on the dam began in 2010 and its 1,900 MW hydroelectric power station was initially planned to be operational in 2016, with the entire project complete in 2018. The first unit was put into operation in July 2018 and the dam was fully commissioned in January 2019.
p58845
sbg6
(g13
g8
NtRp58846
(dp58847
g16
Nsg17
Nsg11
VPOINT(99.11555480957 26.55916595459)
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g11
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p58852
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g8
NtRp58853
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g16
Nsg17
Nsg11
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p58855
sbg6
(g13
g8
NtRp58856
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g16
Nsg17
Nsg11
VChina
p58858
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g8
NtRp58859
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g11
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p58861
sbNNNg6
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g8
NtRp58862
(dp58863
g16
Nsg17
Nsg11
VUC
p58864
sbNNg6
(g13
g8
NtRp58865
(dp58866
g16
Nsg17
Nsg11
VThe Huanggou Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station currently under construction about 90 km (56 mi) north of Mudanjiang in Hailin County of Heilongjiang Province, China. Construction on the project began on 8 May 2014. The first generator is scheduled to be commissioned in January 2019 and the project complete in January 2020. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Lianhua Reservoir, is located on the Mudan River and the upper reservoir is located in a valley above the north side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Huanggou Lower Reservoir up to the upper reservoir. When energy demand is high
p58867
sbg6
(g13
g8
NtRp58868
(dp58869
g16
Nsg17
Nsg11
VPOINT(129.70115661621 45.343082427979)
p58870
sbtp58871
a(g6
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g8
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g11
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p58874
sbg6
(g13
g8
NtRp58875
(dp58876
g16
Nsg17
Nsg11
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(g13
g8
NtRp58878
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g16
Nsg17
Nsg11
VChina
p58880
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NtRp58881
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g11
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p58883
sbNNNg6
(g13
g8
NtRp58884
(dp58885
g16
Nsg17
Nsg11
VUC
p58886
sbNNg6
(g13
g8
NtRp58887
(dp58888
g16
Nsg17
Nsg11
VThe Huanggou Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station currently under construction about 90 km (56 mi) north of Mudanjiang in Hailin County of Heilongjiang Province, China. Construction on the project began on 8 May 2014. The first generator is scheduled to be commissioned in January 2019 and the project complete in January 2020. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Lianhua Reservoir, is located on the Mudan River and the upper reservoir is located in a valley above the north side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Huanggou Lower Reservoir up to the upper reservoir. When energy demand is high
p58889
sbg6
(g13
g8
NtRp58890
(dp58891
g16
Nsg17
Nsg11
VPOINT(129.70115661621 45.343082427979)
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a(g6
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NtRp58894
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g11
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p58896
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g8
NtRp58897
(dp58898
g16
Nsg17
Nsg11
VHuanggou Pumped Storage Power Station
p58899
sbg6
(g13
g8
NtRp58900
(dp58901
g16
Nsg17
Nsg11
VChina
p58902
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g8
NtRp58903
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g11
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p58905
sbNNNg6
(g13
g8
NtRp58906
(dp58907
g16
Nsg17
Nsg11
VUC
p58908
sbNNg6
(g13
g8
NtRp58909
(dp58910
g16
Nsg17
Nsg11
VThe Huanggou Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station currently under construction about 90 km (56 mi) north of Mudanjiang in Hailin County of Heilongjiang Province, China. Construction on the project began on 8 May 2014. The first generator is scheduled to be commissioned in January 2019 and the project complete in January 2020. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Lianhua Reservoir, is located on the Mudan River and the upper reservoir is located in a valley above the north side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Huanggou Lower Reservoir up to the upper reservoir. When energy demand is high
p58911
sbg6
(g13
g8
NtRp58912
(dp58913
g16
Nsg17
Nsg11
VPOINT(129.70115661621 45.343082427979)
p58914
sbtp58915
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g8
NtRp58916
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g11
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p58918
sbg6
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g8
NtRp58919
(dp58920
g16
Nsg17
Nsg11
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p58921
sbg6
(g13
g8
NtRp58922
(dp58923
g16
Nsg17
Nsg11
VChina
p58924
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g8
NtRp58925
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g11
Vhttp://dbpedia.org/resource/Huanggou_Pumped_Storage_Power_Station__Lake__1
p58927
sbNNNg6
(g13
g8
NtRp58928
(dp58929
g16
Nsg17
Nsg11
VUC
p58930
sbNNg6
(g13
g8
NtRp58931
(dp58932
g16
Nsg17
Nsg11
VThe Huanggou Pumped Storage Power Station is a 1,200 MW pumped-storage hydroelectric power station currently under construction about 90 km (56 mi) north of Mudanjiang in Hailin County of Heilongjiang Province, China. Construction on the project began on 8 May 2014. The first generator is scheduled to be commissioned in January 2019 and the project complete in January 2020. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Lianhua Reservoir, is located on the Mudan River and the upper reservoir is located in a valley above the north side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Huanggou Lower Reservoir up to the upper reservoir. When energy demand is high
p58933
sbg6
(g13
g8
NtRp58934
(dp58935
g16
Nsg17
Nsg11
VPOINT(129.70115661621 45.343082427979)
p58936
sbtp58937
a(g6
(g7
g8
NtRp58938
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g11
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p58940
sbg6
(g13
g8
NtRp58941
(dp58942
g16
Nsg17
Nsg11
VHuanglongtan Dam
p58943
sbg6
(g13
g8
NtRp58944
(dp58945
g16
Nsg17
Nsg11
VChina
p58946
sbg6
(g13
g8
NtRp58947
(dp58948
g16
Nsg17
Nsg11
VConcrete gravity
p58949
sbg6
(g13
g8
NtRp58950
(dp58951
g16
Nsg17
g27
sg11
V0.371
p58952
sbg6
(g13
g8
NtRp58953
(dp58954
g16
Nsg17
g27
sg11
V252.0
p58955
sbg6
(g7
g8
NtRp58956
(dp58957
g11
Vhttp://dbpedia.org/resource/Huanglongtan_Dam__Lake__1
p58958
sbNNg6
(g13
g8
NtRp58959
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Du_River
p58961
sbg6
(g13
g8
NtRp58962
(dp58963
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp58964
(dp58965
g16
Nsg17
g27
sg11
V980000.0
p58966
sbg6
(g13
g8
NtRp58967
(dp58968
g16
Nsg17
Nsg11
VChina
p58969
sbg6
(g13
g8
NtRp58970
(dp58971
g16
Nsg17
Nsg11
VThe Huanglongtan Dam is a concrete gravity dam located on the Du River, a tributary of the Han River. It is located 25 km (16 mi) west of Shiyan in Hubei Province, China. The main purpose of the dam is hydroelectric power generation but it also provides for flood control. It was constructed between 1969 and 1976 and support a 510 MW power station.
p58972
sbg6
(g13
g8
NtRp58973
(dp58974
g16
Nsg17
Nsg11
VPOINT(110.52278137207 32.675834655762)
p58975
sbtp58976
a(g6
(g7
g8
NtRp58977
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g11
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p58979
sbg6
(g13
g8
NtRp58980
(dp58981
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Huánglóngt\u0101n
p58982
sbg6
(g13
g8
NtRp58983
(dp58984
g16
Nsg17
Nsg11
VChina
p58985
sbg6
(g13
g8
NtRp58986
(dp58987
g16
Nsg17
Nsg11
VConcrete gravity
p58988
sbg6
(g13
g8
NtRp58989
(dp58990
g16
Nsg17
g27
sg11
V0.371
p58991
sbg6
(g13
g8
NtRp58992
(dp58993
g16
Nsg17
g27
sg11
V252.0
p58994
sbg6
(g7
g8
NtRp58995
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g11
Vhttp://dbpedia.org/resource/Huanglongtan_Dam__Lake__1
p58997
sbNNg6
(g13
g8
NtRp58998
(dp58999
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Du_River
p59000
sbg6
(g13
g8
NtRp59001
(dp59002
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp59003
(dp59004
g16
Nsg17
g27
sg11
V980000.0
p59005
sbg6
(g13
g8
NtRp59006
(dp59007
g16
Nsg17
Nsg11
VChina
p59008
sbg6
(g13
g8
NtRp59009
(dp59010
g16
Nsg17
Nsg11
VThe Huanglongtan Dam is a concrete gravity dam located on the Du River, a tributary of the Han River. It is located 25 km (16 mi) west of Shiyan in Hubei Province, China. The main purpose of the dam is hydroelectric power generation but it also provides for flood control. It was constructed between 1969 and 1976 and support a 510 MW power station.
p59011
sbg6
(g13
g8
NtRp59012
(dp59013
g16
Nsg17
Nsg11
VPOINT(110.52278137207 32.675834655762)
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sbtp59015
a(g6
(g7
g8
NtRp59016
(dp59017
g11
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p59018
sbg6
(g13
g8
NtRp59019
(dp59020
g16
Nsg17
Nsg11
VHuating Lake
p59021
sbg6
(g13
g8
NtRp59022
(dp59023
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/People's_Republic_of_China
p59024
sbg6
(g13
g8
NtRp59025
(dp59026
g16
Nsg17
Nsg11
VCrushed rock and clay embankment
p59027
sbg6
(g13
g8
NtRp59028
(dp59029
g16
Nsg17
g27
sg11
V0.566
p59030
sbg6
(g13
g8
NtRp59031
(dp59032
g16
Nsg17
g27
sg11
V99.4
p59033
sbg6
(g7
g8
NtRp59034
(dp59035
g11
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p59036
sbNNNNNg6
(g13
g8
NtRp59037
(dp59038
g16
Nsg17
Nsg11
VChina
p59039
sbg6
(g13
g8
NtRp59040
(dp59041
g16
Nsg17
Nsg11
VHuating Lake (Chinese: \u82b1\u4ead\u6e56; pinyin: Hu\u0101tíng Hú), also known as the Hualiangting Reservoir (\u82b1\u51c9\u4ead\u6c34\u5e93 Hu\u0101liángtíng Shu\u012dkù), is a large scale reservoir in Taihu County, Anqing City, Anhui Province, People's Republic of China, used for the purposes of flood control, hydro-electric power generation, agricultural irrigation, transport and tourism. The lake is a National Scenic Area, National 4A Tourist Attraction and demonstration site for agro-tourism. On October 26, 2009, a 2.1 billion RMB, 23 month reinforcement program began at the reservoir.
p59042
sbg6
(g13
g8
NtRp59043
(dp59044
g16
Nsg17
Nsg11
VPOINT(116.24749755859 30.467222213745)
p59045
sbtp59046
a(g6
(g7
g8
NtRp59047
(dp59048
g11
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p59049
sbg6
(g13
g8
NtRp59050
(dp59051
g16
Nsg17
Nsg11
VHualiangting Shuiku
p59052
sbg6
(g13
g8
NtRp59053
(dp59054
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/People's_Republic_of_China
p59055
sbg6
(g13
g8
NtRp59056
(dp59057
g16
Nsg17
Nsg11
VCrushed rock and clay embankment
p59058
sbg6
(g13
g8
NtRp59059
(dp59060
g16
Nsg17
g27
sg11
V0.566
p59061
sbg6
(g13
g8
NtRp59062
(dp59063
g16
Nsg17
g27
sg11
V99.4
p59064
sbg6
(g7
g8
NtRp59065
(dp59066
g11
Vhttp://dbpedia.org/resource/Huating_Lake__Lake__1
p59067
sbNNNNNg6
(g13
g8
NtRp59068
(dp59069
g16
Nsg17
Nsg11
VChina
p59070
sbg6
(g13
g8
NtRp59071
(dp59072
g16
Nsg17
Nsg11
VHuating Lake (Chinese: \u82b1\u4ead\u6e56; pinyin: Hu\u0101tíng Hú), also known as the Hualiangting Reservoir (\u82b1\u51c9\u4ead\u6c34\u5e93 Hu\u0101liángtíng Shu\u012dkù), is a large scale reservoir in Taihu County, Anqing City, Anhui Province, People's Republic of China, used for the purposes of flood control, hydro-electric power generation, agricultural irrigation, transport and tourism. The lake is a National Scenic Area, National 4A Tourist Attraction and demonstration site for agro-tourism. On October 26, 2009, a 2.1 billion RMB, 23 month reinforcement program began at the reservoir.
p59073
sbg6
(g13
g8
NtRp59074
(dp59075
g16
Nsg17
Nsg11
VPOINT(116.24749755859 30.467222213745)
p59076
sbtp59077
a(g6
(g7
g8
NtRp59078
(dp59079
g11
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p59080
sbg6
(g13
g8
NtRp59081
(dp59082
g16
Nsg17
Nsg11
V\u82b1\u4ead\u6e56
p59083
sbg6
(g13
g8
NtRp59084
(dp59085
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/People's_Republic_of_China
p59086
sbg6
(g13
g8
NtRp59087
(dp59088
g16
Nsg17
Nsg11
VCrushed rock and clay embankment
p59089
sbg6
(g13
g8
NtRp59090
(dp59091
g16
Nsg17
g27
sg11
V0.566
p59092
sbg6
(g13
g8
NtRp59093
(dp59094
g16
Nsg17
g27
sg11
V99.4
p59095
sbg6
(g7
g8
NtRp59096
(dp59097
g11
Vhttp://dbpedia.org/resource/Huating_Lake__Lake__1
p59098
sbNNNNNg6
(g13
g8
NtRp59099
(dp59100
g16
Nsg17
Nsg11
VChina
p59101
sbg6
(g13
g8
NtRp59102
(dp59103
g16
Nsg17
Nsg11
VHuating Lake (Chinese: \u82b1\u4ead\u6e56; pinyin: Hu\u0101tíng Hú), also known as the Hualiangting Reservoir (\u82b1\u51c9\u4ead\u6c34\u5e93 Hu\u0101liángtíng Shu\u012dkù), is a large scale reservoir in Taihu County, Anqing City, Anhui Province, People's Republic of China, used for the purposes of flood control, hydro-electric power generation, agricultural irrigation, transport and tourism. The lake is a National Scenic Area, National 4A Tourist Attraction and demonstration site for agro-tourism. On October 26, 2009, a 2.1 billion RMB, 23 month reinforcement program began at the reservoir.
p59104
sbg6
(g13
g8
NtRp59105
(dp59106
g16
Nsg17
Nsg11
VPOINT(116.24749755859 30.467222213745)
p59107
sbtp59108
a(g6
(g7
g8
NtRp59109
(dp59110
g11
Vhttp://dbpedia.org/resource/Hub_Dam
p59111
sbg6
(g13
g8
NtRp59112
(dp59113
g16
Nsg17
Nsg11
VHub Dam
p59114
sbg6
(g13
g8
NtRp59115
(dp59116
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p59117
sbg6
(g13
g8
NtRp59118
(dp59119
g16
Nsg17
Nsg11
VF
sbNNg6
(g7
g8
NtRp59120
(dp59121
g11
Vhttp://dbpedia.org/resource/Hub_Dam__Lake__1
p59122
sbNg6
(g13
g8
NtRp59123
(dp59124
g16
Nsg17
Nsg11
VIrrigation
p59125
sbg6
(g13
g8
NtRp59126
(dp59127
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hub_river
p59128
sbNNNg6
(g13
g8
NtRp59129
(dp59130
g16
Nsg17
Nsg11
VHub Dam (Urdu: \u062d\u0628 \u0688\u06cc\u0645 ) is a reservoir on the Hub River. It is situated 56 km from Karachi city in Karachi and Hub District on Sindh and Balochistan provinces border. The dam is extended to 24300 acres with gross storage capacity of 857000 acre feet. It is the Pakistan's third-largest dam (source?). It is an important source that provides the drinking water to the metropolitan city Karachi. Hub Dam is also a tourist resort. On weekend holidays many people from Karachi visit to enjoy picnics, swimming and fishing. A rest house of WAPDA is also located there for tourists stay.
p59131
sbg6
(g13
g8
NtRp59132
(dp59133
g16
Nsg17
Nsg11
VPOINT(67.114166259766 25.255832672119)
p59134
sbtp59135
a(g6
(g7
g8
NtRp59136
(dp59137
g11
Vhttp://dbpedia.org/resource/Hub_Dam
p59138
sbg6
(g13
g8
NtRp59139
(dp59140
g16
Nsg17
Nsg11
VHub Dam
p59141
sbg6
(g13
g8
NtRp59142
(dp59143
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p59144
sbg6
(g13
g8
NtRp59145
(dp59146
g16
Nsg17
Nsg11
VF
sbNNg6
(g7
g8
NtRp59147
(dp59148
g11
Vhttp://dbpedia.org/resource/Hub_Dam__Lake__1
p59149
sbNg6
(g13
g8
NtRp59150
(dp59151
g16
Nsg17
Nsg11
VIrrigation
p59152
sbg6
(g13
g8
NtRp59153
(dp59154
g16
Nsg17
Nsg11
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VHub Dam (Urdu: \u062d\u0628 \u0688\u06cc\u0645 ) is a reservoir on the Hub River. It is situated 56 km from Karachi city in Karachi and Hub District on Sindh and Balochistan provinces border. The dam is extended to 24300 acres with gross storage capacity of 857000 acre feet. It is the Pakistan's third-largest dam (source?). It is an important source that provides the drinking water to the metropolitan city Karachi. Hub Dam is also a tourist resort. On weekend holidays many people from Karachi visit to enjoy picnics, swimming and fishing. A rest house of WAPDA is also located there for tourists stay.
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VHub Dam (Urdu: \u062d\u0628 \u0688\u06cc\u0645 ) is a reservoir on the Hub River. It is situated 56 km from Karachi city in Karachi and Hub District on Sindh and Balochistan provinces border. The dam is extended to 24300 acres with gross storage capacity of 857000 acre feet. It is the Pakistan's third-largest dam (source?). It is an important source that provides the drinking water to the metropolitan city Karachi. Hub Dam is also a tourist resort. On weekend holidays many people from Karachi visit to enjoy picnics, swimming and fishing. A rest house of WAPDA is also located there for tourists stay.
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VHub Dam (Urdu: \u062d\u0628 \u0688\u06cc\u0645 ) is a reservoir on the Hub River. It is situated 56 km from Karachi city in Karachi and Hub District on Sindh and Balochistan provinces border. The dam is extended to 24300 acres with gross storage capacity of 857000 acre feet. It is the Pakistan's third-largest dam (source?). It is an important source that provides the drinking water to the metropolitan city Karachi. Hub Dam is also a tourist resort. On weekend holidays many people from Karachi visit to enjoy picnics, swimming and fishing. A rest house of WAPDA is also located there for tourists stay.
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VHub Dam (Urdu: \u062d\u0628 \u0688\u06cc\u0645 ) is a reservoir on the Hub River. It is situated 56 km from Karachi city in Karachi and Hub District on Sindh and Balochistan provinces border. The dam is extended to 24300 acres with gross storage capacity of 857000 acre feet. It is the Pakistan's third-largest dam (source?). It is an important source that provides the drinking water to the metropolitan city Karachi. Hub Dam is also a tourist resort. On weekend holidays many people from Karachi visit to enjoy picnics, swimming and fishing. A rest house of WAPDA is also located there for tourists stay.
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Nsg11
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g8
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Nsg17
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Nsg11
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VThe Huizhou Pumped Storage Power Station is a pumped storage hydroelectric power station near Huizhou in Guangdong province, China. It contains 8 pump-generators that total a 2,448 megawatts (3,283,000 hp) installed capacity. Initial units went online between 2007 and 2008, and the power station was complete on June 15, 2011.
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sbg6
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VPOINT(114.3138885498 23.268611907959)
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Nsg11
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g8
NtRp59315
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g8
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Nsg17
Nsg11
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NtRp59321
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Nsg17
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VThe Huizhou Pumped Storage Power Station is a pumped storage hydroelectric power station near Huizhou in Guangdong province, China. It contains 8 pump-generators that total a 2,448 megawatts (3,283,000 hp) installed capacity. Initial units went online between 2007 and 2008, and the power station was complete on June 15, 2011.
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g8
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Nsg17
Nsg11
VPOINT(114.3138885498 23.268611907959)
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NtRp59331
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Nsg17
Nsg11
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Nsg11
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g8
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VThe Huizhou Pumped Storage Power Station is a pumped storage hydroelectric power station near Huizhou in Guangdong province, China. It contains 8 pump-generators that total a 2,448 megawatts (3,283,000 hp) installed capacity. Initial units went online between 2007 and 2008, and the power station was complete on June 15, 2011.
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VPOINT(114.3138885498 23.268611907959)
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Nsg17
Nsg11
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p59352
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(g13
g8
NtRp59353
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g16
Nsg17
Nsg11
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p59355
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g8
NtRp59356
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Nsg17
Nsg11
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Nsg17
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VO
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NtRp59375
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Nsg11
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p59377
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VHume Dam, formerly the Hume Weir, is a major dam across the Murray River downstream of its junction with the Mitta River in the Riverina region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-power, irrigation, water supply and conservation. The impounded reservoir is called Lake Hume, formerly the Hume Reservoir. It is a gated concrete gravity dam with four earth embankments and twenty-nine vertical undershot gated concrete overflow spillways.
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Nsg17
Nsg11
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Nsg17
Nsg11
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g8
NtRp59394
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Nsg17
Nsg11
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g27
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Nsg17
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VThe Hunanzhen Dam is a trapezoidal buttress dam on the Qiantang River, located 27 km (17 mi) south of Quzhou in Zhejiang Province, China. The primary purpose of the dam is hydroelectric power generation but it also serves to provide for flood control and irrigation water supply. Construction on the dam began in 1958 but was halted in 1961. It recommenced in 1970, the first generator was operational in 1979 and the project complete in 1980. The original installed capacity of the dam's power plant was 170 MW but the plant was expanded with an additional 100 MW generator, commissioned in 2006.
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NtRp59417
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VPOINT(118.83611297607 28.689722061157)
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NtRp59424
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Nsg11
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NtRp59427
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Nsg17
Nsg11
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p59429
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Nsg17
Nsg11
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p59432
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Nsg17
g27
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Nsg17
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p59438
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VO
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NtRp59447
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Nsg17
Nsg11
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p59449
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Nsg17
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VThe Hunanzhen Dam is a trapezoidal buttress dam on the Qiantang River, located 27 km (17 mi) south of Quzhou in Zhejiang Province, China. The primary purpose of the dam is hydroelectric power generation but it also serves to provide for flood control and irrigation water supply. Construction on the dam began in 1958 but was halted in 1961. It recommenced in 1970, the first generator was operational in 1979 and the project complete in 1980. The original installed capacity of the dam's power plant was 170 MW but the plant was expanded with an additional 100 MW generator, commissioned in 2006.
p59452
sbg6
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NtRp59453
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Nsg17
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VPOINT(118.83611297607 28.689722061157)
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Nsg17
Nsg11
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NtRp59472
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Nsg17
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p59474
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NtRp59475
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Nsg17
Nsg11
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p59477
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g8
NtRp59478
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Nsg17
Nsg11
VHwacheon Dam is a concrete gravity dam on the North Han (Pukhan) River in Hwacheon County, Gangwon-do Province, South Korea. The dam was completed in 1944 as a primary source of electricity in southern Korea. It was the focal point of a raid during the Korean War and also provides flood protection from North Korea's Imnam Dam upstream.
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sbg6
(g13
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NtRp59481
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Nsg17
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VPOINT(127.77889251709 38.117221832275)
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p59487
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NtRp59488
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Nsg17
Nsg11
VBarrage de Hwacheon
p59490
sbg6
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g8
NtRp59491
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g16
Nsg17
Nsg11
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p59493
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NtRp59494
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Nsg17
g27
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p59496
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NtRp59497
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sbg6
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g8
NtRp59500
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g16
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VThe ITO barrage, also Indraprastha barrage and ITO Bridge, is a 552 meter barrage on Yamuna River, top of which also serves as the bridge on the Paharganj-Gaziabad Vikas marg. Yamuna flows for 48 km in Delhi, including 22 km from Wazirabad barrage where it enters Delhi to Okhla barrage after which it enters Haryana. Upstream barrage from ITO barrage in Delhi is Wazirabad barrage (north) and downstream is Okhla barrage (south). Yamuna has a total of 6 barrages, from north-west to south-east, Dakpathar Barrage (Uttarakhand), Hathni Kund Barrage (172km from Yamunotri origin, replaced the older defunct Tajewala Barrage in Haryana), Wazirabad barrage (244km from Hathnikund to north Delhi), ITO barrage (central Delhi), Okhla barrage (22km from Wazirabad to south Delhi, "New Okhla barrage" is lat
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VIbis Dam is a dam built in 1906 on Ibis Creek that serves as a water supply for the town of Irvinebank, Far North Queensland, Australia. It has a spillway height of 55 feet (17 m). Established by John Moffat, a mining entrepreneur, its construction was supervised by Tom Brodie, a Scottish stonemason. It is located about 1 kilometre (0.62 mi) south of Irvinebank and has been providing water since its construction.
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VIcchampally Project (or Inchampalli Project) (Telugu: \u0c07\u0c1a\u0c4d\u0c1a\u0c02\u0c2a\u0c32\u0c4d\u0c32\u0c3f) (Marathi: \u0907\u091a\u094d\u091a\u092e\u092a\u0932\u094d\u0932\u0940 \u092a\u094d\u0930\u0915\u0932\u094d\u092a) was a multi-purpose project proposed in 2008, with hydro electricity generation, irrigation, flood control, etc. benefits on the River Godavari in India. This project is proposed as joint project of Telangana, Maharashtra and Chhattisgarh states.
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VIce Harbor Lock and Dam is a hydroelectric, concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Walla Walla and Franklin counties. Located eight miles (13 km) northeast of Burbank and twelve miles (19 km) east of Pasco, river mile 9.7, the dam's name comes from a tiny bay in the river where boats once tied up to wait for upstream ice-jams to break up.
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VIce Harbor Lock and Dam is a hydroelectric, concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Walla Walla and Franklin counties. Located eight miles (13 km) northeast of Burbank and twelve miles (19 km) east of Pasco, river mile 9.7, the dam's name comes from a tiny bay in the river where boats once tied up to wait for upstream ice-jams to break up.
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VIce Harbor Lock and Dam is a hydroelectric, concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Walla Walla and Franklin counties. Located eight miles (13 km) northeast of Burbank and twelve miles (19 km) east of Pasco, river mile 9.7, the dam's name comes from a tiny bay in the river where boats once tied up to wait for upstream ice-jams to break up.
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VIce Harbor Lock and Dam is a hydroelectric, concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Walla Walla and Franklin counties. Located eight miles (13 km) northeast of Burbank and twelve miles (19 km) east of Pasco, river mile 9.7, the dam's name comes from a tiny bay in the river where boats once tied up to wait for upstream ice-jams to break up.
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VIce Harbor Lock and Dam is a hydroelectric, concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Walla Walla and Franklin counties. Located eight miles (13 km) northeast of Burbank and twelve miles (19 km) east of Pasco, river mile 9.7, the dam's name comes from a tiny bay in the river where boats once tied up to wait for upstream ice-jams to break up.
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VUSA#Washington
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VIce Harbor Lock and Dam is a hydroelectric, concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Walla Walla and Franklin counties. Located eight miles (13 km) northeast of Burbank and twelve miles (19 km) east of Pasco, river mile 9.7, the dam's name comes from a tiny bay in the river where boats once tied up to wait for upstream ice-jams to break up.
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VThe Ichari Dam is a concrete gravity dam on the Tons River 13 km (8 mi) north of Dakpathar in Uttarakhand, India. The primary purpose of the dam is hydroelectric power production and it is a run-of-the-river-type. It was completed in 1972. The dam diverts water to the Chibro Power Station (240 MW) which is then returned to the Tons River before being fed to the Khodri Power Station (120 MW).
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VIdamalayar Dam is a multipurpose concrete gravity dam located at Ennakkal between Ayyampuzha and Bhoothathankettu in Ernakulam district of Kerala on the Idamalayar, a tributary of the Periyar River in Kerala, South India. The dam however extends east as far as Malakkappara. Completed in 1985, with a length of 373 metres (1,224 ft) and a height of 102.8 metres (337 ft), the dam created a multipurpose reservoir covering 28.3 km2 (10.9 sq mi) in the scenic hills of the Anamalais.
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VIdamalayar Dam is a multipurpose concrete gravity dam located at Ennakkal between Ayyampuzha and Bhoothathankettu in Ernakulam district of Kerala on the Idamalayar, a tributary of the Periyar River in Kerala, South India. The dam however extends east as far as Malakkappara. Completed in 1985, with a length of 373 metres (1,224 ft) and a height of 102.8 metres (337 ft), the dam created a multipurpose reservoir covering 28.3 km2 (10.9 sq mi) in the scenic hills of the Anamalais.
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VIdamalayar Dam is a multipurpose concrete gravity dam located at Ennakkal between Ayyampuzha and Bhoothathankettu in Ernakulam district of Kerala on the Idamalayar, a tributary of the Periyar River in Kerala, South India. The dam however extends east as far as Malakkappara. Completed in 1985, with a length of 373 metres (1,224 ft) and a height of 102.8 metres (337 ft), the dam created a multipurpose reservoir covering 28.3 km2 (10.9 sq mi) in the scenic hills of the Anamalais.
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VIdamalayar Dam is a multipurpose concrete gravity dam located at Ennakkal between Ayyampuzha and Bhoothathankettu in Ernakulam district of Kerala on the Idamalayar, a tributary of the Periyar River in Kerala, South India. The dam however extends east as far as Malakkappara. Completed in 1985, with a length of 373 metres (1,224 ft) and a height of 102.8 metres (337 ft), the dam created a multipurpose reservoir covering 28.3 km2 (10.9 sq mi) in the scenic hills of the Anamalais.
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VThe Idriss I Dam, also known as the Idriss the First Dam, is a gravity dam on the Inaouen River, a tributary of the Sebou River. The dam is situated in the Gharb Basin and is located 27 kilometres (17 mi) northeast of Fes in Taza and Taounate Province, Morocco. The dam serves to provide irrigation for 72,300 hectares (179,000 acres) of land and its power plant generates 66 GWh of electricity annually. It is named after Idriss I It has come under criticism since it failed to deliver irrigation to the projected number of acres and it has also denied water use to historical downstream agricultural and residential users.
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VThe Idriss I Dam, also known as the Idriss the First Dam, is a gravity dam on the Inaouen River, a tributary of the Sebou River. The dam is situated in the Gharb Basin and is located 27 kilometres (17 mi) northeast of Fes in Taza and Taounate Province, Morocco. The dam serves to provide irrigation for 72,300 hectares (179,000 acres) of land and its power plant generates 66 GWh of electricity annually. It is named after Idriss I It has come under criticism since it failed to deliver irrigation to the projected number of acres and it has also denied water use to historical downstream agricultural and residential users.
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VThe Idukki Dam is a double curvature arch dam constructed across the Periyar River in a narrow gorge between two granite hills locally known as Kuravan and Kurathi in Idukki district, Kerala, India. At 168.91 metres (554.2 ft), it is one of the highest arch dams in Asia. It is constructed and owned by the Kerala State Electricity Board. It supports a 780 MW hydroelectric power station in Moolamattom, which started generating power on 4 October 1975. The dam type is a concrete, double curvature parabolic, thin arc dam. The Indo-Canadian project was inaugurated by the Prime Minister Indira Gandhi on February 17, 1976.
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p61902
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p61905
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sbg6
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p61919
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p61922
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VThe Imaichi Dam (\u4eca\u5e02\u30c0\u30e0) is a concrete gravity dam on the located 4 kilometres (2.5 mi) west of Nikk\u014d in Tochigi Prefecture, Japan. The dam serves as the lower reservoir for the 1,050 megawatts (1,410,000 hp) Imaichi Pumped Storage Power Station, while the Kuriyama Dam forms the upper. It is owned by TEPCO and was constructed between 1979 and 1986. The reservoir can store 9,100,000 cubic metres (7,400 acre\u22c5ft) of water. Of that storage volume, 6,200,000 cubic metres (5,000 acre\u22c5ft) can be used for power generation.
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sbNNg6
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NtRp61944
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VThe Imaichi Pumped Storage Power Station (Japanese: \u4eca\u5e02\u767a\u96fb\u6240, Hepburn: Imaichi Hatsudensho) is a large pumped-storage hydroelectric power station in Tochigi Prefecture, Japan. With a total installed capacity of 1,050 megawatts (1,410,000 hp), it is one of the largest pumped-storage power stations in Japan.The facility is run by the Tokyo Electric Power Company (TEPCO).The power plant started operation in July 1988 with a capacity of 350 MW (one unit operational). The other two units entered operation in December 1991.The plant is one of the many large scale pure pumped-storage plants built in Japan since the 1970s to compensate for the increased penetration of base-load nuclear power and peak load from cooling and air-conditioning.
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NtRp61963
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sbNNg6
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NtRp61965
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Nsg17
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VThe Imaichi Pumped Storage Power Station (Japanese: \u4eca\u5e02\u767a\u96fb\u6240, Hepburn: Imaichi Hatsudensho) is a large pumped-storage hydroelectric power station in Tochigi Prefecture, Japan. With a total installed capacity of 1,050 megawatts (1,410,000 hp), it is one of the largest pumped-storage power stations in Japan.The facility is run by the Tokyo Electric Power Company (TEPCO).The power plant started operation in July 1988 with a capacity of 350 MW (one unit operational). The other two units entered operation in December 1991.The plant is one of the many large scale pure pumped-storage plants built in Japan since the 1970s to compensate for the increased penetration of base-load nuclear power and peak load from cooling and air-conditioning.
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sbg6
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NtRp61968
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NtRp61978
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g16
Nsg17
Nsg11
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p61980
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NtRp61981
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sbg6
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NtRp61995
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g16
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p61997
sbg6
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NtRp61998
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VThe Imha Dam is an embankment dam on the Banbyeoncheon River, a tributary of the Nakdong River, 14 km (9 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1987 and it was complete in 1991. The 73 m (240 ft) tall rock-fill, central earth-core dam creates a reservoir with a capacity of 595,000,000 m3 (482,374 acre\u22c5ft) and supplies a 50 MW power station with water. It supplies water for both municipal and industrial uses to Gumi, Dagu, Masan, Changwon, Jinhae, Ulsan, and Busan.
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NtRp62011
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g16
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NtRp62014
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g16
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sbg6
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VThe Imha Dam is an embankment dam on the Banbyeoncheon River, a tributary of the Nakdong River, 14 km (9 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1987 and it was complete in 1991. The 73 m (240 ft) tall rock-fill, central earth-core dam creates a reservoir with a capacity of 595,000,000 m3 (482,374 acre\u22c5ft) and supplies a 50 MW power station with water. It supplies water for both municipal and industrial uses to Gumi, Dagu, Masan, Changwon, Jinhae, Ulsan, and Busan.
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VThe Imha Dam is an embankment dam on the Banbyeoncheon River, a tributary of the Nakdong River, 14 km (9 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1987 and it was complete in 1991. The 73 m (240 ft) tall rock-fill, central earth-core dam creates a reservoir with a capacity of 595,000,000 m3 (482,374 acre\u22c5ft) and supplies a 50 MW power station with water. It supplies water for both municipal and industrial uses to Gumi, Dagu, Masan, Changwon, Jinhae, Ulsan, and Busan.
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VThe Imha Dam is an embankment dam on the Banbyeoncheon River, a tributary of the Nakdong River, 14 km (9 mi) east of Andong in Gyeongsangbuk-do province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1987 and it was complete in 1991. The 73 m (240 ft) tall rock-fill, central earth-core dam creates a reservoir with a capacity of 595,000,000 m3 (482,374 acre\u22c5ft) and supplies a 50 MW power station with water. It supplies water for both municipal and industrial uses to Gumi, Dagu, Masan, Changwon, Jinhae, Ulsan, and Busan.
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VImpofu Dam is a combined rock-fill/earth-fill type dam located on the Kromme River, near Humansdorp, Eastern Cape, South Africa. It was established in 1983 and its primary purpose is to serve for municipal and industrial use. The hazard potential of the dam construction has been ranked high (3).
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VInanda Dam is an earth-fill type dam located on the Mgeni River, near Inanda, KwaZulu-Natal, South Africa. It was established in 1989 and its primary purpose is to serve for domestic and industrial use. \u000a* Inanda Dam Wall \u000a* Inanda Dam
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VInanda Dam is an earth-fill type dam located on the Mgeni River, near Inanda, KwaZulu-Natal, South Africa. It was established in 1989 and its primary purpose is to serve for domestic and industrial use. \u000a* Inanda Dam Wall \u000a* Inanda Dam
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VIndrawati III Hydropower Station (Nepali: \u0907\u0928\u094d\u0926\u094d\u0930\u093e\u0935\u0924\u0940 \u0969 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sindhupalchok District of Nepal. The flow from Indrawati River, a tributary of Sunkoshi River, is used to generate 7.5 MW electricity with annual energy of 50 GWh. The design flow is 14 m3/s and design gross head is 65 m. The plant is owned and developed by National Hydropower Company Limited, an IPP of Nepal. The plant started generating electricity since 2059-06-21 BS. The generation licence will expire in 2104-09-29 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VThe Infiernillo Dam ("Little hell"), also known as Adolfo López Mateos Dam, is an embankment dam on the Balsas River near La Unión, Guerrero, Mexico. It is on the border between the states of Guerrero and Michoacán. The dam supports a hydroelectric power station containing six turbine-generators for a total installed capacity of 1,120 MW. The dam is 149 m (489 ft) high, 344 m (1,129 ft) long and is owned by Comisión Federal de Electricidad. Its first generator was operational on January 25, 1965.
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VThe Infiernillo Dam ("Little hell"), also known as Adolfo López Mateos Dam, is an embankment dam on the Balsas River near La Unión, Guerrero, Mexico. It is on the border between the states of Guerrero and Michoacán. The dam supports a hydroelectric power station containing six turbine-generators for a total installed capacity of 1,120 MW. The dam is 149 m (489 ft) high, 344 m (1,129 ft) long and is owned by Comisión Federal de Electricidad. Its first generator was operational on January 25, 1965.
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VThe Infiernillo Dam ("Little hell"), also known as Adolfo López Mateos Dam, is an embankment dam on the Balsas River near La Unión, Guerrero, Mexico. It is on the border between the states of Guerrero and Michoacán. The dam supports a hydroelectric power station containing six turbine-generators for a total installed capacity of 1,120 MW. The dam is 149 m (489 ft) high, 344 m (1,129 ft) long and is owned by Comisión Federal de Electricidad. Its first generator was operational on January 25, 1965.
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VThe Infiernillo Dam ("Little hell"), also known as Adolfo López Mateos Dam, is an embankment dam on the Balsas River near La Unión, Guerrero, Mexico. It is on the border between the states of Guerrero and Michoacán. The dam supports a hydroelectric power station containing six turbine-generators for a total installed capacity of 1,120 MW. The dam is 149 m (489 ft) high, 344 m (1,129 ft) long and is owned by Comisión Federal de Electricidad. Its first generator was operational on January 25, 1965.
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VThe Inga Dams are two hydroelectric dams connected to one of the largest waterfalls in the world, Inga Falls. They are located in the western Democratic Republic of the Congo and 140 miles southwest of Kinshasa. Grand Inga is a "run-of-the-river" hydroelectric project in which only a relatively small reservoir would be created to back up the power of the river's flow. This would be so that the net head for the hydroelectric turbines could approach 150 metres.
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VThe Inga Dams are two hydroelectric dams connected to one of the largest waterfalls in the world, Inga Falls. They are located in the western Democratic Republic of the Congo and 140 miles southwest of Kinshasa. Grand Inga is a "run-of-the-river" hydroelectric project in which only a relatively small reservoir would be created to back up the power of the river's flow. This would be so that the net head for the hydroelectric turbines could approach 150 metres.
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VThe Inga Dams are two hydroelectric dams connected to one of the largest waterfalls in the world, Inga Falls. They are located in the western Democratic Republic of the Congo and 140 miles southwest of Kinshasa. Grand Inga is a "run-of-the-river" hydroelectric project in which only a relatively small reservoir would be created to back up the power of the river's flow. This would be so that the net head for the hydroelectric turbines could approach 150 metres.
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VThe Inga Dams are two hydroelectric dams connected to one of the largest waterfalls in the world, Inga Falls. They are located in the western Democratic Republic of the Congo and 140 miles southwest of Kinshasa. Grand Inga is a "run-of-the-river" hydroelectric project in which only a relatively small reservoir would be created to back up the power of the river's flow. This would be so that the net head for the hydroelectric turbines could approach 150 metres.
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Nsg11
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Nsg11
VThe Ingula Pumped Storage Scheme (previously named Braamhoek) is a pumped-storage power station in the escarpment of the Little Drakensberg range straddling the border of the KwaZulu-Natal and Free State provinces, South Africa. It is about 22 km (14 mi) North-East of Van Reenen.
p62927
sbg6
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VPOINT(29.585556030273 -28.281665802002)
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NtRp62935
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Nsg17
Nsg11
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sbg6
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g8
NtRp62938
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Nsg17
Nsg11
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sbNNg6
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g8
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Nsg17
Nsg11
VThe Ingula Pumped Storage Scheme (previously named Braamhoek) is a pumped-storage power station in the escarpment of the Little Drakensberg range straddling the border of the KwaZulu-Natal and Free State provinces, South Africa. It is about 22 km (14 mi) North-East of Van Reenen.
p62952
sbg6
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g8
NtRp62953
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VPOINT(29.585556030273 -28.281665802002)
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Vhttp://dbpedia.org/resource/Ingula_Pumped_Storage_Scheme
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NtRp62960
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Nsg17
Nsg11
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sbg6
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NtRp62963
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Nsg17
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sbNNg6
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NtRp62972
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Nsg17
Nsg11
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sbNNg6
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VThe Ingula Pumped Storage Scheme (previously named Braamhoek) is a pumped-storage power station in the escarpment of the Little Drakensberg range straddling the border of the KwaZulu-Natal and Free State provinces, South Africa. It is about 22 km (14 mi) North-East of Van Reenen.
p62977
sbg6
(g13
g8
NtRp62978
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g16
Nsg17
Nsg11
VPOINT(29.585556030273 -28.281665802002)
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a(g6
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NtRp62982
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Vhttp://dbpedia.org/resource/Injaka_Dam
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sbg6
(g13
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NtRp62985
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Nsg17
Nsg11
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sbg6
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g8
NtRp62988
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Nsg17
Nsg11
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p62990
sbg6
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g8
NtRp62991
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Nsg17
Nsg11
VF
sbg6
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Nsg17
g27
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p62995
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g8
NtRp62996
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Vhttp://dbpedia.org/resource/Injaka_Dam__Lake__1
p62998
sbg6
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g8
NtRp62999
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g16
Nsg17
Nsg11
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p63001
sbg6
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g8
NtRp63002
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Nsg17
Nsg11
VIrrigation
p63004
sbg6
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g8
NtRp63005
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ngwaritsane_River
p63007
sbNNNg6
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g8
NtRp63008
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Nsg17
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VInjaka Dam, also spelled Inyaka Dam is an earth-fill type dam located on the , near Bushbuckridge, Mpumalanga, South Africa. It was established in 2001 and its primary purpose is to store water for irrigation use. The hazard potential of the dam has been ranked as high (3).
p63010
sbg6
(g13
g8
NtRp63011
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g16
Nsg17
Nsg11
VPOINT(31.084722518921 -24.88444519043)
p63013
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NtRp63018
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Nsg17
Nsg11
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sbg6
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g8
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Nsg11
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p63023
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p63026
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p63029
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NtRp63030
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Nsg17
g27
sg11
V850000.0
p63032
sbNg6
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g8
NtRp63033
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Nsg17
Nsg11
VThe Innerste Dam (German: Innerstetalsperre) is a dam on the Innerste river, which lies near Langelsheim and Wolfshagen in the Harz mountains. It was built between 1963 and 1966 and belongs to the Harzwasserwerke. Its purposes are the supply of drinking water, flood protection, water flow regulation and hydroelectric power generation. The average annual discharge through the Innerste Dam is 60 million m³.
p63035
sbg6
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NtRp63036
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Nsg17
Nsg11
VPOINT(10.28416633606 51.911388397217)
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NtRp63040
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Vhttp://dbpedia.org/resource/Innerste_Dam
p63042
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NtRp63043
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Nsg17
Nsg11
VInnerste Dam
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sbg6
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g8
NtRp63046
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p63048
sbNg6
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NtRp63049
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g16
Nsg17
g27
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V0.75
p63051
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g8
NtRp63052
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p63054
sbNNNNg6
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NtRp63055
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g16
Nsg17
g27
sg11
V850000.0
p63057
sbNg6
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g8
NtRp63058
(dp63059
g16
Nsg17
Nsg11
VThe Innerste Dam (German: Innerstetalsperre) is a dam on the Innerste river, which lies near Langelsheim and Wolfshagen in the Harz mountains. It was built between 1963 and 1966 and belongs to the Harzwasserwerke. Its purposes are the supply of drinking water, flood protection, water flow regulation and hydroelectric power generation. The average annual discharge through the Innerste Dam is 60 million m³.
p63060
sbg6
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g8
NtRp63061
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g16
Nsg17
Nsg11
VPOINT(10.28416633606 51.911388397217)
p63063
sbtp63064
a(g6
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g8
NtRp63065
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g11
Vhttp://dbpedia.org/resource/International_Diversion_Dam
p63067
sbg6
(g13
g8
NtRp63068
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g16
Nsg17
Nsg11
VInternational Diversion Dam
p63070
sbg6
(g13
g8
NtRp63071
(dp63072
g16
Nsg17
Nsg11
VMexico
p63073
sbg6
(g13
g8
NtRp63074
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g16
Nsg17
Nsg11
VDiversion dam
p63076
sbNNNNg6
(g13
g8
NtRp63077
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g16
Nsg17
Nsg11
VIrrigation
p63079
sbNNNg6
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g8
NtRp63080
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g16
Nsg17
Nsg11
VMexico
p63082
sbg6
(g13
g8
NtRp63083
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g16
Nsg17
Nsg11
VThe International Diversion Dam (or simply the International Dam) is a diversion dam on the Rio Grande in Ciudad Juárez. The dam is operated by the International Boundary and Water Commission, and diverts water into the Acequia Madre for use in irrigation in Mexico.Water is diverted under the terms of the 1906 treaty on usage of Rio Grande water between the United States and Mexico.
p63085
sbg6
(g13
g8
NtRp63086
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g16
Nsg17
Nsg11
VPOINT(-106.50975036621 31.761022567749)
p63088
sbtp63089
a(g6
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g8
NtRp63090
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Vhttp://dbpedia.org/resource/Iran\u2013Turkmenistan_Friendship_Dam
p63092
sbg6
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g8
NtRp63093
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Nsg17
Nsg11
VIran\u2013Turkmenistan Friendship Dam
p63095
sbg6
(g13
g8
NtRp63096
(dp63097
g16
Nsg17
Nsg11
VIran/Turkmenistan
p63098
sbg6
(g13
g8
NtRp63099
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
p63101
sbg6
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g8
NtRp63102
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g16
Nsg17
g27
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V0.655
p63104
sbNg6
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g8
NtRp63105
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g11
Vhttp://dbpedia.org/resource/Iran\u2013Turkmenistan_Friendship_Dam__Lake__1
p63107
sbNNNg6
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g8
NtRp63108
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Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp63110
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g16
Nsg17
g27
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V4.5e+06
p63112
sbg6
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g8
NtRp63113
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g16
Nsg17
Nsg11
VIran
p63115
sbg6
(g13
g8
NtRp63116
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g16
Nsg17
Nsg11
VThe Iran\u2013Turkmenistan Friendship Dam or Doosti Reservoir Dam (Persian: \u0633\u062f \u062f\u0648\u0633\u062a\u06cc, Turkmen: Dostluk Suw Howdany) is a dam on the Hariroud River, which forms part of the international boundary between Iran and Turkmenistan (Iran-Turkmenistan border). The dam was completed in 2004, and both countries agreed that each would have an equal right to the waters of the river, which amount to 820 million cubic metres. It was officially opened on 12 April 2005. The dam provides drinking water and irrigation for the surrounding areas along with hydroelectric power.
p63118
sbg6
(g13
g8
NtRp63119
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g16
Nsg17
Nsg11
VPOINT(61.163333892822 35.948612213135)
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sbtp63122
a(g6
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g8
NtRp63123
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Vhttp://dbpedia.org/resource/Iran\u2013Turkmenistan_Friendship_Dam
p63125
sbg6
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g8
NtRp63126
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p63128
sbg6
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g8
NtRp63129
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Nsg17
Nsg11
VIran/Turkmenistan
p63131
sbg6
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g8
NtRp63132
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
p63134
sbg6
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g8
NtRp63135
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g16
Nsg17
g27
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V0.655
p63137
sbNg6
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g8
NtRp63138
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Vhttp://dbpedia.org/resource/Iran\u2013Turkmenistan_Friendship_Dam__Lake__1
p63140
sbNNNg6
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NtRp63141
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Nsg17
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VO
sbg6
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NtRp63143
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Nsg17
g27
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V4.5e+06
p63145
sbg6
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g8
NtRp63146
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Nsg17
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VIran
p63148
sbg6
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g8
NtRp63149
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g16
Nsg17
Nsg11
VThe Iran\u2013Turkmenistan Friendship Dam or Doosti Reservoir Dam (Persian: \u0633\u062f \u062f\u0648\u0633\u062a\u06cc, Turkmen: Dostluk Suw Howdany) is a dam on the Hariroud River, which forms part of the international boundary between Iran and Turkmenistan (Iran-Turkmenistan border). The dam was completed in 2004, and both countries agreed that each would have an equal right to the waters of the river, which amount to 820 million cubic metres. It was officially opened on 12 April 2005. The dam provides drinking water and irrigation for the surrounding areas along with hydroelectric power.
p63151
sbg6
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g8
NtRp63152
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Nsg17
Nsg11
VPOINT(61.163333892822 35.948612213135)
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Vhttp://dbpedia.org/resource/Irapé_Dam
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Nsg17
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VIrapé Dam
p63161
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NtRp63162
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Nsg17
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Vhttp://dbpedia.org/resource/Brazil
p63164
sbg6
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NtRp63165
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VEmbankment, rock-fill
p63167
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g27
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V0.5
p63170
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NtRp63171
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Nsg17
g27
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V515.5
p63173
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g8
NtRp63174
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p63176
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NtRp63177
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Nsg17
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VPower
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NtRp63180
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jequitinhonha_River
p63182
sbg6
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g8
NtRp63183
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Nsg17
Nsg11
VO
sbg6
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NtRp63185
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Nsg17
g27
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V1.03e+07
p63187
sbg6
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g8
NtRp63188
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Nsg17
Nsg11
VBrazil
p63190
sbg6
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g8
NtRp63191
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Nsg17
Nsg11
VIrapé Dam, the tallest dam in Brazil, is an embankment dam on the Jequitinhonha River in the state of Minas Gerais. It is on the border of Berilo and Grão Mogol districts, about 26 kilometres (16 mi) west of Virgem da Lapa. The dam was constructed between 2002 and 2006 for the purpose of hydroelectric power generation.
p63193
sbg6
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g8
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Nsg17
Nsg11
VPOINT(-42.575000762939 -16.737499237061)
p63196
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p63200
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p63203
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VEmbankment, rock-fill
p63209
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p63215
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VPower
p63221
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p63224
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VO
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p63229
sbg6
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VBrazil
p63232
sbg6
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g8
NtRp63233
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g16
Nsg17
Nsg11
VIrapé Dam, the tallest dam in Brazil, is an embankment dam on the Jequitinhonha River in the state of Minas Gerais. It is on the border of Berilo and Grão Mogol districts, about 26 kilometres (16 mi) west of Virgem da Lapa. The dam was constructed between 2002 and 2006 for the purpose of hydroelectric power generation.
p63235
sbg6
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g8
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Nsg11
VPOINT(-42.575000762939 -16.737499237061)
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VIrapé-Talsperre
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VEmbankment, rock-fill
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V0.5
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p63257
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VPower
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Vhttp://dbpedia.org/resource/Jequitinhonha_River
p63266
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VO
sbg6
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NtRp63269
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Nsg17
g27
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V1.03e+07
p63271
sbg6
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NtRp63272
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Nsg17
Nsg11
VBrazil
p63274
sbg6
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g8
NtRp63275
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g16
Nsg17
Nsg11
VIrapé Dam, the tallest dam in Brazil, is an embankment dam on the Jequitinhonha River in the state of Minas Gerais. It is on the border of Berilo and Grão Mogol districts, about 26 kilometres (16 mi) west of Virgem da Lapa. The dam was constructed between 2002 and 2006 for the purpose of hydroelectric power generation.
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VIrapé Dam, the tallest dam in Brazil, is an embankment dam on the Jequitinhonha River in the state of Minas Gerais. It is on the border of Berilo and Grão Mogol districts, about 26 kilometres (16 mi) west of Virgem da Lapa. The dam was constructed between 2002 and 2006 for the purpose of hydroelectric power generation.
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VIrapé Dam, the tallest dam in Brazil, is an embankment dam on the Jequitinhonha River in the state of Minas Gerais. It is on the border of Berilo and Grão Mogol districts, about 26 kilometres (16 mi) west of Virgem da Lapa. The dam was constructed between 2002 and 2006 for the purpose of hydroelectric power generation.
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VIrganai Dam is a hydroelectric dam in the Untskul region of Dagestan, Russia. It is located on the river Avar Koisu.
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VIrganai Dam is a hydroelectric dam in the Untskul region of Dagestan, Russia. It is located on the river Avar Koisu.
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VIrganai Dam is a hydroelectric dam in the Untskul region of Dagestan, Russia. It is located on the river Avar Koisu.
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VRussia Dagestan#Russia
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VIrganai Dam is a hydroelectric dam in the Untskul region of Dagestan, Russia. It is located on the river Avar Koisu.
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VIrganai Dam is a hydroelectric dam in the Untskul region of Dagestan, Russia. It is located on the river Avar Koisu.
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VRussia Dagestan#Russia
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VIrganai Dam is a hydroelectric dam in the Untskul region of Dagestan, Russia. It is located on the river Avar Koisu.
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VIron Canyon Dam (National ID # CA00417) is a dam in Shasta County, California. The earthen rockfill dam was constructed in 1965 by the Pacific Gas and Electric Company for hydroelectric power, with a height of 214 feet and a length of 1038 feet at its crest. It impounds Iron Canyon Creek. The dam is owned and operated by PG&E. The downstream James Black Powerhouse, one of the largest in the company's system, produces 270 megawatts of power.
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VIron Gate Dam (California)
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VIron Gate Dam is an earthfill hydroelectric dam on the Klamath River in northern California, outside Hornbrook, California, opened in 1964. The dam blocks the Klamath River to create the Iron Gate Lake Reservoir. It is the lowermost of a series of power dams on the river, the Klamath River Hydroelectric Project, operated by PacifiCorp. It also poses the first barrier to migrating salmon in the Klamath. The Iron Gate Fish Hatchery was placed just after the dam, hatching salmon and steelhead that are released back into the river.The Iron Gate Dam (National ID CN 001223) along with the John C. Boyle Dam are two of four on the Klamath River that would be removed under the Klamath Economic Restoration Act. As of February 2016, the states of Oregon and California, the dam owners, federal regulat
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VIroquois Dam
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VThe Iroquois Dam is a dam across the Saint Lawrence River at Iroquois, Ontario, Canada. The dam forms a water reservoir upstream of the power dam between Cornwall, Ontario, and Massena, New York. The Iroquois Dam limits high water levels downstream in Lake St. Lawrence and during ice management operations to help facilitate the formation of a safe, stable ice cover upstream of the structure.
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Vhttp://dbpedia.org/resource/Saint_Lawrence_River
p63645
sbNNNg6
(g13
g8
NtRp63646
(dp63647
g16
Nsg17
Nsg11
VThe Iroquois Dam is a dam across the Saint Lawrence River at Iroquois, Ontario, Canada. The dam forms a water reservoir upstream of the power dam between Cornwall, Ontario, and Massena, New York. The Iroquois Dam limits high water levels downstream in Lake St. Lawrence and during ice management operations to help facilitate the formation of a safe, stable ice cover upstream of the structure.
p63648
sbg6
(g13
g8
NtRp63649
(dp63650
g16
Nsg17
Nsg11
VPOINT(-75.308334350586 44.836112976074)
p63651
sbtp63652
a(g6
(g7
g8
NtRp63653
(dp63654
g11
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p63655
sbg6
(g13
g8
NtRp63656
(dp63657
g16
Nsg17
Nsg11
VIroquois-Stausee
p63658
sbg6
(g13
g8
NtRp63659
(dp63660
g16
Nsg17
Nsg11
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p63661
sbNNNNNNg6
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g8
NtRp63662
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g16
Nsg17
Nsg11
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p63664
sbNNNg6
(g13
g8
NtRp63665
(dp63666
g16
Nsg17
Nsg11
VThe Iroquois Dam is a dam across the Saint Lawrence River at Iroquois, Ontario, Canada. The dam forms a water reservoir upstream of the power dam between Cornwall, Ontario, and Massena, New York. The Iroquois Dam limits high water levels downstream in Lake St. Lawrence and during ice management operations to help facilitate the formation of a safe, stable ice cover upstream of the structure.
p63667
sbg6
(g13
g8
NtRp63668
(dp63669
g16
Nsg17
Nsg11
VPOINT(-75.308334350586 44.836112976074)
p63670
sbtp63671
a(g6
(g7
g8
NtRp63672
(dp63673
g11
Vhttp://dbpedia.org/resource/Iroquois_Dam
p63674
sbg6
(g13
g8
NtRp63675
(dp63676
g16
Nsg17
Nsg11
VIroquois-Stausee
p63677
sbg6
(g13
g8
NtRp63678
(dp63679
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p63680
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(g13
g8
NtRp63681
(dp63682
g16
Nsg17
Nsg11
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p63683
sbNNNg6
(g13
g8
NtRp63684
(dp63685
g16
Nsg17
Nsg11
VThe Iroquois Dam is a dam across the Saint Lawrence River at Iroquois, Ontario, Canada. The dam forms a water reservoir upstream of the power dam between Cornwall, Ontario, and Massena, New York. The Iroquois Dam limits high water levels downstream in Lake St. Lawrence and during ice management operations to help facilitate the formation of a safe, stable ice cover upstream of the structure.
p63686
sbg6
(g13
g8
NtRp63687
(dp63688
g16
Nsg17
Nsg11
VPOINT(-75.308334350586 44.836112976074)
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sbtp63690
a(g6
(g7
g8
NtRp63691
(dp63692
g11
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p63693
sbg6
(g13
g8
NtRp63694
(dp63695
g16
Nsg17
Nsg11
VIsarda Dam
p63696
sbg6
(g13
g8
NtRp63697
(dp63698
g16
Nsg17
Nsg11
VIndia
p63699
sbNNNNNNNNNg6
(g13
g8
NtRp63700
(dp63701
g16
Nsg17
Nsg11
VIndia Rajasthan#India
p63702
sbg6
(g13
g8
NtRp63703
(dp63704
g16
Nsg17
Nsg11
VThe Isarda Dam is located in the Tonk-Sawai Madhopur district in the Indian state of Rajasthan, on the banks of the Banas River in the village of Isarda. This dam is constructed on Banas river, 75 km away from Bisalpur dam. With a total capacity of 10.77 TMS, 3.5 TMC water will be used for drinking supply only. Dam height will be of 262 meters. It will have 26 gates in it.
p63705
sbNtp63706
a(g6
(g7
g8
NtRp63707
(dp63708
g11
Vhttp://dbpedia.org/resource/Isimba_Hydroelectric_Power_Station
p63709
sbg6
(g13
g8
NtRp63710
(dp63711
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0406\u0441\u0456\u043c\u0431\u0430
p63712
sbg6
(g13
g8
NtRp63713
(dp63714
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p63715
sbNNNNg6
(g13
g8
NtRp63716
(dp63717
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Uganda
p63718
sbg6
(g13
g8
NtRp63719
(dp63720
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp63721
(dp63722
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p63723
sbg6
(g13
g8
NtRp63724
(dp63725
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp63726
(dp63727
g16
Nsg17
Nsg11
VUganda#Africa#World
p63728
sbg6
(g13
g8
NtRp63729
(dp63730
g16
Nsg17
Nsg11
VIsimba Hydroelectric Power Station is a 183.2 megawatts (245,700 hp) hydroelectric power station commissioned on 21 March 2019 in Uganda. Construction of this dam began in April 2015 and was completed in January 2019. Commercial operations began on 21 March 2019.
p63731
sbg6
(g13
g8
NtRp63732
(dp63733
g16
Nsg17
Nsg11
VPOINT(33.042221069336 0.77166664600372)
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sbtp63735
a(g6
(g7
g8
NtRp63736
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g11
Vhttp://dbpedia.org/resource/Isimba_Hydroelectric_Power_Station
p63738
sbg6
(g13
g8
NtRp63739
(dp63740
g16
Nsg17
Nsg11
VIsimba Hydroelectric Power Station
p63741
sbg6
(g13
g8
NtRp63742
(dp63743
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p63744
sbNNNNg6
(g13
g8
NtRp63745
(dp63746
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Uganda
p63747
sbg6
(g13
g8
NtRp63748
(dp63749
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp63750
(dp63751
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p63752
sbg6
(g13
g8
NtRp63753
(dp63754
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp63755
(dp63756
g16
Nsg17
Nsg11
VUganda#Africa#World
p63757
sbg6
(g13
g8
NtRp63758
(dp63759
g16
Nsg17
Nsg11
VIsimba Hydroelectric Power Station is a 183.2 megawatts (245,700 hp) hydroelectric power station commissioned on 21 March 2019 in Uganda. Construction of this dam began in April 2015 and was completed in January 2019. Commercial operations began on 21 March 2019.
p63760
sbg6
(g13
g8
NtRp63761
(dp63762
g16
Nsg17
Nsg11
VPOINT(33.042221069336 0.77166664600372)
p63763
sbtp63764
a(g6
(g7
g8
NtRp63765
(dp63766
g11
Vhttp://dbpedia.org/resource/Isimba_Hydroelectric_Power_Station
p63767
sbg6
(g13
g8
NtRp63768
(dp63769
g16
Nsg17
Nsg11
VBarrage d'Isimba
p63770
sbg6
(g13
g8
NtRp63771
(dp63772
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p63773
sbNNNNg6
(g13
g8
NtRp63774
(dp63775
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Uganda
p63776
sbg6
(g13
g8
NtRp63777
(dp63778
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp63779
(dp63780
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p63781
sbg6
(g13
g8
NtRp63782
(dp63783
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp63784
(dp63785
g16
Nsg17
Nsg11
VUganda#Africa#World
p63786
sbg6
(g13
g8
NtRp63787
(dp63788
g16
Nsg17
Nsg11
VIsimba Hydroelectric Power Station is a 183.2 megawatts (245,700 hp) hydroelectric power station commissioned on 21 March 2019 in Uganda. Construction of this dam began in April 2015 and was completed in January 2019. Commercial operations began on 21 March 2019.
p63789
sbg6
(g13
g8
NtRp63790
(dp63791
g16
Nsg17
Nsg11
VPOINT(33.042221069336 0.77166664600372)
p63792
sbtp63793
a(g6
(g7
g8
NtRp63794
(dp63795
g11
Vhttp://dbpedia.org/resource/Islam_Headworks
p63796
sbg6
(g13
g8
NtRp63797
(dp63798
g16
Nsg17
Nsg11
VIslam Headworks
p63799
sbg6
(g13
g8
NtRp63800
(dp63801
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p63802
sbNNNNNg6
(g13
g8
NtRp63803
(dp63804
g16
Nsg17
Nsg11
VIrrigation,flood control
p63805
sbg6
(g13
g8
NtRp63806
(dp63807
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sutlej_River
p63808
sbNNg6
(g13
g8
NtRp63809
(dp63810
g16
Nsg17
Nsg11
VPunjab Pakistan#Pakistan
p63811
sbg6
(g13
g8
NtRp63812
(dp63813
g16
Nsg17
Nsg11
VThe Islam Headworks, commonly known as Head Islam, is a headworks on the River Sutlej in Hasilpur Tehsil of the Punjab province of Pakistan. It is used for irrigation and flood control. The barrage is about 15 kilometres (9.3 mi) north of Hasilpur and about 7.5 kilometres (4.7 mi) south of Luddan on the Vehari-Hasilpur road. It was completed in 1927 as the Sutlej Valley Project for irrigation of Nili Bar. At 503 metres (1,650 ft) long with a design discharge of 8,500 cubic metres per second (300,000 cu ft/s), it has two off taking larger canals which irrigate 278,800 hectares (689,000 acres) of land in Southern Punjab and 283,300 hectares (700,000 acres) in the former Bahawalpur state. Mailsi Canal (150 m3/s) arises from its right bank and Bahawal Canal (150 m3/s) from the left; a third, s
p63814
sbg6
(g13
g8
NtRp63815
(dp63816
g16
Nsg17
Nsg11
VPOINT(72.549163818359 29.826389312744)
p63817
sbtp63818
a(g6
(g7
g8
NtRp63819
(dp63820
g11
Vhttp://dbpedia.org/resource/Island_Bend_Dam
p63821
sbg6
(g13
g8
NtRp63822
(dp63823
g16
Nsg17
Nsg11
VIsland Bend Dam
p63824
sbg6
(g13
g8
NtRp63825
(dp63826
g16
Nsg17
Nsg11
VAustralia
p63827
sbg6
(g13
g8
NtRp63828
(dp63829
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp63830
(dp63831
g16
Nsg17
g27
sg11
V0.146
p63832
sbNg6
(g7
g8
NtRp63833
(dp63834
g11
Vhttp://dbpedia.org/resource/Island_Bend_Dam__Lake__1
p63835
sbg6
(g13
g8
NtRp63836
(dp63837
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_Hydro
p63838
sbNg6
(g13
g8
NtRp63839
(dp63840
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_River
p63841
sbg6
(g13
g8
NtRp63842
(dp63843
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp63844
(dp63845
g16
Nsg17
g27
sg11
V60400.0
p63846
sbg6
(g13
g8
NtRp63847
(dp63848
g16
Nsg17
Nsg11
VNew South Wales
p63849
sbg6
(g13
g8
NtRp63850
(dp63851
g16
Nsg17
Nsg11
VIsland Bend Dam is a major ungated concrete gravity dam with a controlled spillway across the Snowy River in the Snowy Mountains region of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Island Bend Pondage.
p63852
sbg6
(g13
g8
NtRp63853
(dp63854
g16
Nsg17
Nsg11
VPOINT(148.47027587891 -36.319442749023)
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sbtp63856
a(g6
(g7
g8
NtRp63857
(dp63858
g11
Vhttp://dbpedia.org/resource/Isleta_Diversion_Dam
p63859
sbg6
(g13
g8
NtRp63860
(dp63861
g16
Nsg17
Nsg11
VIsleta Diversion Dam
p63862
sbg6
(g13
g8
NtRp63863
(dp63864
g16
Nsg17
Nsg11
VUnited States
p63865
sbg6
(g13
g8
NtRp63866
(dp63867
g16
Nsg17
Nsg11
VDiversion dam
p63868
sbg6
(g13
g8
NtRp63869
(dp63870
g16
Nsg17
g27
sg11
V0.205435
p63871
sbNNg6
(g13
g8
NtRp63872
(dp63873
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Middle_Rio_Grande_Conservancy_District
p63874
sbg6
(g13
g8
NtRp63875
(dp63876
g16
Nsg17
Nsg11
VIrrigation
p63877
sbNNNg6
(g13
g8
NtRp63878
(dp63879
g16
Nsg17
Nsg11
VNew Mexico
p63880
sbg6
(g13
g8
NtRp63881
(dp63882
g16
Nsg17
Nsg11
VThe Isleta Diversion Dam is a structure on the Rio Grande in the Albuquerque Basin near Isleta Village Proper, New Mexico that diverts water from the river into irrigation canals. There have been some negative environmental impacts due to changes in the river flow that affect the native fish and drying of the riverside land.
p63883
sbg6
(g13
g8
NtRp63884
(dp63885
g16
Nsg17
Nsg11
VPOINT(-106.68509674072 34.905700683594)
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sbtp63887
a(g6
(g7
g8
NtRp63888
(dp63889
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p63890
sbg6
(g13
g8
NtRp63891
(dp63892
g16
Nsg17
Nsg11
V\u0633\u062f \u0625\u064a\u062a\u0627\u064a\u0628\u0648
p63893
sbg6
(g13
g8
NtRp63894
(dp63895
g16
Nsg17
Nsg11
VBrazil
p63896
sbg6
(g13
g8
NtRp63897
(dp63898
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p63899
sbg6
(g13
g8
NtRp63900
(dp63901
g16
Nsg17
g27
sg11
V7.919
p63902
sbNg6
(g7
g8
NtRp63903
(dp63904
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p63905
sbNNg6
(g13
g8
NtRp63906
(dp63907
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p63908
sbg6
(g13
g8
NtRp63909
(dp63910
g16
Nsg17
Nsg11
VOperational
p63911
sbg6
(g13
g8
NtRp63912
(dp63913
g16
Nsg17
g27
sg11
V1.23e+07
p63914
sbg6
(g13
g8
NtRp63915
(dp63916
g16
Nsg17
Nsg11
VParaguay#Brazil
p63917
sbg6
(g13
g8
NtRp63918
(dp63919
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p63920
sbg6
(g13
g8
NtRp63921
(dp63922
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p63923
sbtp63924
a(g6
(g7
g8
NtRp63925
(dp63926
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p63927
sbg6
(g13
g8
NtRp63928
(dp63929
g16
Nsg17
Nsg11
VItaipú
p63930
sbg6
(g13
g8
NtRp63931
(dp63932
g16
Nsg17
Nsg11
VBrazil
p63933
sbg6
(g13
g8
NtRp63934
(dp63935
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p63936
sbg6
(g13
g8
NtRp63937
(dp63938
g16
Nsg17
g27
sg11
V7.919
p63939
sbNg6
(g7
g8
NtRp63940
(dp63941
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p63942
sbNNg6
(g13
g8
NtRp63943
(dp63944
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p63945
sbg6
(g13
g8
NtRp63946
(dp63947
g16
Nsg17
Nsg11
VOperational
p63948
sbg6
(g13
g8
NtRp63949
(dp63950
g16
Nsg17
g27
sg11
V1.23e+07
p63951
sbg6
(g13
g8
NtRp63952
(dp63953
g16
Nsg17
Nsg11
VParaguay#Brazil
p63954
sbg6
(g13
g8
NtRp63955
(dp63956
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p63957
sbg6
(g13
g8
NtRp63958
(dp63959
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p63960
sbtp63961
a(g6
(g7
g8
NtRp63962
(dp63963
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p63964
sbg6
(g13
g8
NtRp63965
(dp63966
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0399\u03c4\u03b1\u03ca\u03c0\u03bf\u03cd
p63967
sbg6
(g13
g8
NtRp63968
(dp63969
g16
Nsg17
Nsg11
VBrazil
p63970
sbg6
(g13
g8
NtRp63971
(dp63972
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p63973
sbg6
(g13
g8
NtRp63974
(dp63975
g16
Nsg17
g27
sg11
V7.919
p63976
sbNg6
(g7
g8
NtRp63977
(dp63978
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p63979
sbNNg6
(g13
g8
NtRp63980
(dp63981
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p63982
sbg6
(g13
g8
NtRp63983
(dp63984
g16
Nsg17
Nsg11
VOperational
p63985
sbg6
(g13
g8
NtRp63986
(dp63987
g16
Nsg17
g27
sg11
V1.23e+07
p63988
sbg6
(g13
g8
NtRp63989
(dp63990
g16
Nsg17
Nsg11
VParaguay#Brazil
p63991
sbg6
(g13
g8
NtRp63992
(dp63993
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p63994
sbg6
(g13
g8
NtRp63995
(dp63996
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p63997
sbtp63998
a(g6
(g7
g8
NtRp63999
(dp64000
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64001
sbg6
(g13
g8
NtRp64002
(dp64003
g16
Nsg17
Nsg11
VItajpuo
p64004
sbg6
(g13
g8
NtRp64005
(dp64006
g16
Nsg17
Nsg11
VBrazil
p64007
sbg6
(g13
g8
NtRp64008
(dp64009
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64010
sbg6
(g13
g8
NtRp64011
(dp64012
g16
Nsg17
g27
sg11
V7.919
p64013
sbNg6
(g7
g8
NtRp64014
(dp64015
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64016
sbNNg6
(g13
g8
NtRp64017
(dp64018
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64019
sbg6
(g13
g8
NtRp64020
(dp64021
g16
Nsg17
Nsg11
VOperational
p64022
sbg6
(g13
g8
NtRp64023
(dp64024
g16
Nsg17
g27
sg11
V1.23e+07
p64025
sbg6
(g13
g8
NtRp64026
(dp64027
g16
Nsg17
Nsg11
VParaguay#Brazil
p64028
sbg6
(g13
g8
NtRp64029
(dp64030
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64031
sbg6
(g13
g8
NtRp64032
(dp64033
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64034
sbtp64035
a(g6
(g7
g8
NtRp64036
(dp64037
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64038
sbg6
(g13
g8
NtRp64039
(dp64040
g16
Nsg17
Nsg11
VItaipuko presa
p64041
sbg6
(g13
g8
NtRp64042
(dp64043
g16
Nsg17
Nsg11
VBrazil
p64044
sbg6
(g13
g8
NtRp64045
(dp64046
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64047
sbg6
(g13
g8
NtRp64048
(dp64049
g16
Nsg17
g27
sg11
V7.919
p64050
sbNg6
(g7
g8
NtRp64051
(dp64052
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64053
sbNNg6
(g13
g8
NtRp64054
(dp64055
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64056
sbg6
(g13
g8
NtRp64057
(dp64058
g16
Nsg17
Nsg11
VOperational
p64059
sbg6
(g13
g8
NtRp64060
(dp64061
g16
Nsg17
g27
sg11
V1.23e+07
p64062
sbg6
(g13
g8
NtRp64063
(dp64064
g16
Nsg17
Nsg11
VParaguay#Brazil
p64065
sbg6
(g13
g8
NtRp64066
(dp64067
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64068
sbg6
(g13
g8
NtRp64069
(dp64070
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64071
sbtp64072
a(g6
(g7
g8
NtRp64073
(dp64074
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64075
sbg6
(g13
g8
NtRp64076
(dp64077
g16
Nsg17
Nsg11
VRepresa de Itaipú
p64078
sbg6
(g13
g8
NtRp64079
(dp64080
g16
Nsg17
Nsg11
VBrazil
p64081
sbg6
(g13
g8
NtRp64082
(dp64083
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64084
sbg6
(g13
g8
NtRp64085
(dp64086
g16
Nsg17
g27
sg11
V7.919
p64087
sbNg6
(g7
g8
NtRp64088
(dp64089
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64090
sbNNg6
(g13
g8
NtRp64091
(dp64092
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64093
sbg6
(g13
g8
NtRp64094
(dp64095
g16
Nsg17
Nsg11
VOperational
p64096
sbg6
(g13
g8
NtRp64097
(dp64098
g16
Nsg17
g27
sg11
V1.23e+07
p64099
sbg6
(g13
g8
NtRp64100
(dp64101
g16
Nsg17
Nsg11
VParaguay#Brazil
p64102
sbg6
(g13
g8
NtRp64103
(dp64104
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64105
sbg6
(g13
g8
NtRp64106
(dp64107
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64108
sbtp64109
a(g6
(g7
g8
NtRp64110
(dp64111
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64112
sbg6
(g13
g8
NtRp64113
(dp64114
g16
Nsg17
Nsg11
VDamba Itaipú
p64115
sbg6
(g13
g8
NtRp64116
(dp64117
g16
Nsg17
Nsg11
VBrazil
p64118
sbg6
(g13
g8
NtRp64119
(dp64120
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64121
sbg6
(g13
g8
NtRp64122
(dp64123
g16
Nsg17
g27
sg11
V7.919
p64124
sbNg6
(g7
g8
NtRp64125
(dp64126
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64127
sbNNg6
(g13
g8
NtRp64128
(dp64129
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64130
sbg6
(g13
g8
NtRp64131
(dp64132
g16
Nsg17
Nsg11
VOperational
p64133
sbg6
(g13
g8
NtRp64134
(dp64135
g16
Nsg17
g27
sg11
V1.23e+07
p64136
sbg6
(g13
g8
NtRp64137
(dp64138
g16
Nsg17
Nsg11
VParaguay#Brazil
p64139
sbg6
(g13
g8
NtRp64140
(dp64141
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64142
sbg6
(g13
g8
NtRp64143
(dp64144
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64145
sbtp64146
a(g6
(g7
g8
NtRp64147
(dp64148
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64149
sbg6
(g13
g8
NtRp64150
(dp64151
g16
Nsg17
Nsg11
VBendungan Itaipu
p64152
sbg6
(g13
g8
NtRp64153
(dp64154
g16
Nsg17
Nsg11
VBrazil
p64155
sbg6
(g13
g8
NtRp64156
(dp64157
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64158
sbg6
(g13
g8
NtRp64159
(dp64160
g16
Nsg17
g27
sg11
V7.919
p64161
sbNg6
(g7
g8
NtRp64162
(dp64163
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64164
sbNNg6
(g13
g8
NtRp64165
(dp64166
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64167
sbg6
(g13
g8
NtRp64168
(dp64169
g16
Nsg17
Nsg11
VOperational
p64170
sbg6
(g13
g8
NtRp64171
(dp64172
g16
Nsg17
g27
sg11
V1.23e+07
p64173
sbg6
(g13
g8
NtRp64174
(dp64175
g16
Nsg17
Nsg11
VParaguay#Brazil
p64176
sbg6
(g13
g8
NtRp64177
(dp64178
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64179
sbg6
(g13
g8
NtRp64180
(dp64181
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64182
sbtp64183
a(g6
(g7
g8
NtRp64184
(dp64185
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64186
sbg6
(g13
g8
NtRp64187
(dp64188
g16
Nsg17
Nsg11
VItaipu Dam
p64189
sbg6
(g13
g8
NtRp64190
(dp64191
g16
Nsg17
Nsg11
VBrazil
p64192
sbg6
(g13
g8
NtRp64193
(dp64194
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64195
sbg6
(g13
g8
NtRp64196
(dp64197
g16
Nsg17
g27
sg11
V7.919
p64198
sbNg6
(g7
g8
NtRp64199
(dp64200
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64201
sbNNg6
(g13
g8
NtRp64202
(dp64203
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64204
sbg6
(g13
g8
NtRp64205
(dp64206
g16
Nsg17
Nsg11
VOperational
p64207
sbg6
(g13
g8
NtRp64208
(dp64209
g16
Nsg17
g27
sg11
V1.23e+07
p64210
sbg6
(g13
g8
NtRp64211
(dp64212
g16
Nsg17
Nsg11
VParaguay#Brazil
p64213
sbg6
(g13
g8
NtRp64214
(dp64215
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64216
sbg6
(g13
g8
NtRp64217
(dp64218
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64219
sbtp64220
a(g6
(g7
g8
NtRp64221
(dp64222
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64223
sbg6
(g13
g8
NtRp64224
(dp64225
g16
Nsg17
Nsg11
VBarrage d'Itaipu
p64226
sbg6
(g13
g8
NtRp64227
(dp64228
g16
Nsg17
Nsg11
VBrazil
p64229
sbg6
(g13
g8
NtRp64230
(dp64231
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64232
sbg6
(g13
g8
NtRp64233
(dp64234
g16
Nsg17
g27
sg11
V7.919
p64235
sbNg6
(g7
g8
NtRp64236
(dp64237
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64238
sbNNg6
(g13
g8
NtRp64239
(dp64240
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64241
sbg6
(g13
g8
NtRp64242
(dp64243
g16
Nsg17
Nsg11
VOperational
p64244
sbg6
(g13
g8
NtRp64245
(dp64246
g16
Nsg17
g27
sg11
V1.23e+07
p64247
sbg6
(g13
g8
NtRp64248
(dp64249
g16
Nsg17
Nsg11
VParaguay#Brazil
p64250
sbg6
(g13
g8
NtRp64251
(dp64252
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64253
sbg6
(g13
g8
NtRp64254
(dp64255
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64256
sbtp64257
a(g6
(g7
g8
NtRp64258
(dp64259
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64260
sbg6
(g13
g8
NtRp64261
(dp64262
g16
Nsg17
Nsg11
VDiga di Itaipú
p64263
sbg6
(g13
g8
NtRp64264
(dp64265
g16
Nsg17
Nsg11
VBrazil
p64266
sbg6
(g13
g8
NtRp64267
(dp64268
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64269
sbg6
(g13
g8
NtRp64270
(dp64271
g16
Nsg17
g27
sg11
V7.919
p64272
sbNg6
(g7
g8
NtRp64273
(dp64274
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64275
sbNNg6
(g13
g8
NtRp64276
(dp64277
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64278
sbg6
(g13
g8
NtRp64279
(dp64280
g16
Nsg17
Nsg11
VOperational
p64281
sbg6
(g13
g8
NtRp64282
(dp64283
g16
Nsg17
g27
sg11
V1.23e+07
p64284
sbg6
(g13
g8
NtRp64285
(dp64286
g16
Nsg17
Nsg11
VParaguay#Brazil
p64287
sbg6
(g13
g8
NtRp64288
(dp64289
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64290
sbg6
(g13
g8
NtRp64291
(dp64292
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64293
sbtp64294
a(g6
(g7
g8
NtRp64295
(dp64296
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64297
sbg6
(g13
g8
NtRp64298
(dp64299
g16
Nsg17
Nsg11
V\u30a4\u30bf\u30a4\u30d7\u30c0\u30e0
p64300
sbg6
(g13
g8
NtRp64301
(dp64302
g16
Nsg17
Nsg11
VBrazil
p64303
sbg6
(g13
g8
NtRp64304
(dp64305
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64306
sbg6
(g13
g8
NtRp64307
(dp64308
g16
Nsg17
g27
sg11
V7.919
p64309
sbNg6
(g7
g8
NtRp64310
(dp64311
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64312
sbNNg6
(g13
g8
NtRp64313
(dp64314
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64315
sbg6
(g13
g8
NtRp64316
(dp64317
g16
Nsg17
Nsg11
VOperational
p64318
sbg6
(g13
g8
NtRp64319
(dp64320
g16
Nsg17
g27
sg11
V1.23e+07
p64321
sbg6
(g13
g8
NtRp64322
(dp64323
g16
Nsg17
Nsg11
VParaguay#Brazil
p64324
sbg6
(g13
g8
NtRp64325
(dp64326
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64327
sbg6
(g13
g8
NtRp64328
(dp64329
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64330
sbtp64331
a(g6
(g7
g8
NtRp64332
(dp64333
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64334
sbg6
(g13
g8
NtRp64335
(dp64336
g16
Nsg17
Nsg11
V\uc774\ud0c0\uc774\ud478 \ub310
p64337
sbg6
(g13
g8
NtRp64338
(dp64339
g16
Nsg17
Nsg11
VBrazil
p64340
sbg6
(g13
g8
NtRp64341
(dp64342
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64343
sbg6
(g13
g8
NtRp64344
(dp64345
g16
Nsg17
g27
sg11
V7.919
p64346
sbNg6
(g7
g8
NtRp64347
(dp64348
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64349
sbNNg6
(g13
g8
NtRp64350
(dp64351
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64352
sbg6
(g13
g8
NtRp64353
(dp64354
g16
Nsg17
Nsg11
VOperational
p64355
sbg6
(g13
g8
NtRp64356
(dp64357
g16
Nsg17
g27
sg11
V1.23e+07
p64358
sbg6
(g13
g8
NtRp64359
(dp64360
g16
Nsg17
Nsg11
VParaguay#Brazil
p64361
sbg6
(g13
g8
NtRp64362
(dp64363
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64364
sbg6
(g13
g8
NtRp64365
(dp64366
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64367
sbtp64368
a(g6
(g7
g8
NtRp64369
(dp64370
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64371
sbg6
(g13
g8
NtRp64372
(dp64373
g16
Nsg17
Nsg11
VItaipudam
p64374
sbg6
(g13
g8
NtRp64375
(dp64376
g16
Nsg17
Nsg11
VBrazil
p64377
sbg6
(g13
g8
NtRp64378
(dp64379
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64380
sbg6
(g13
g8
NtRp64381
(dp64382
g16
Nsg17
g27
sg11
V7.919
p64383
sbNg6
(g7
g8
NtRp64384
(dp64385
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64386
sbNNg6
(g13
g8
NtRp64387
(dp64388
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64389
sbg6
(g13
g8
NtRp64390
(dp64391
g16
Nsg17
Nsg11
VOperational
p64392
sbg6
(g13
g8
NtRp64393
(dp64394
g16
Nsg17
g27
sg11
V1.23e+07
p64395
sbg6
(g13
g8
NtRp64396
(dp64397
g16
Nsg17
Nsg11
VParaguay#Brazil
p64398
sbg6
(g13
g8
NtRp64399
(dp64400
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64401
sbg6
(g13
g8
NtRp64402
(dp64403
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64404
sbtp64405
a(g6
(g7
g8
NtRp64406
(dp64407
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64408
sbg6
(g13
g8
NtRp64409
(dp64410
g16
Nsg17
Nsg11
VItaipu
p64411
sbg6
(g13
g8
NtRp64412
(dp64413
g16
Nsg17
Nsg11
VBrazil
p64414
sbg6
(g13
g8
NtRp64415
(dp64416
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64417
sbg6
(g13
g8
NtRp64418
(dp64419
g16
Nsg17
g27
sg11
V7.919
p64420
sbNg6
(g7
g8
NtRp64421
(dp64422
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64423
sbNNg6
(g13
g8
NtRp64424
(dp64425
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64426
sbg6
(g13
g8
NtRp64427
(dp64428
g16
Nsg17
Nsg11
VOperational
p64429
sbg6
(g13
g8
NtRp64430
(dp64431
g16
Nsg17
g27
sg11
V1.23e+07
p64432
sbg6
(g13
g8
NtRp64433
(dp64434
g16
Nsg17
Nsg11
VParaguay#Brazil
p64435
sbg6
(g13
g8
NtRp64436
(dp64437
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64438
sbg6
(g13
g8
NtRp64439
(dp64440
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64441
sbtp64442
a(g6
(g7
g8
NtRp64443
(dp64444
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64445
sbg6
(g13
g8
NtRp64446
(dp64447
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Itaipu
p64448
sbg6
(g13
g8
NtRp64449
(dp64450
g16
Nsg17
Nsg11
VBrazil
p64451
sbg6
(g13
g8
NtRp64452
(dp64453
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64454
sbg6
(g13
g8
NtRp64455
(dp64456
g16
Nsg17
g27
sg11
V7.919
p64457
sbNg6
(g7
g8
NtRp64458
(dp64459
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64460
sbNNg6
(g13
g8
NtRp64461
(dp64462
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64463
sbg6
(g13
g8
NtRp64464
(dp64465
g16
Nsg17
Nsg11
VOperational
p64466
sbg6
(g13
g8
NtRp64467
(dp64468
g16
Nsg17
g27
sg11
V1.23e+07
p64469
sbg6
(g13
g8
NtRp64470
(dp64471
g16
Nsg17
Nsg11
VParaguay#Brazil
p64472
sbg6
(g13
g8
NtRp64473
(dp64474
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64475
sbg6
(g13
g8
NtRp64476
(dp64477
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64478
sbtp64479
a(g6
(g7
g8
NtRp64480
(dp64481
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64482
sbg6
(g13
g8
NtRp64483
(dp64484
g16
Nsg17
Nsg11
VItaipu-dammen
p64485
sbg6
(g13
g8
NtRp64486
(dp64487
g16
Nsg17
Nsg11
VBrazil
p64488
sbg6
(g13
g8
NtRp64489
(dp64490
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64491
sbg6
(g13
g8
NtRp64492
(dp64493
g16
Nsg17
g27
sg11
V7.919
p64494
sbNg6
(g7
g8
NtRp64495
(dp64496
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64497
sbNNg6
(g13
g8
NtRp64498
(dp64499
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64500
sbg6
(g13
g8
NtRp64501
(dp64502
g16
Nsg17
Nsg11
VOperational
p64503
sbg6
(g13
g8
NtRp64504
(dp64505
g16
Nsg17
g27
sg11
V1.23e+07
p64506
sbg6
(g13
g8
NtRp64507
(dp64508
g16
Nsg17
Nsg11
VParaguay#Brazil
p64509
sbg6
(g13
g8
NtRp64510
(dp64511
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64512
sbg6
(g13
g8
NtRp64513
(dp64514
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64515
sbtp64516
a(g6
(g7
g8
NtRp64517
(dp64518
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64519
sbg6
(g13
g8
NtRp64520
(dp64521
g16
Nsg17
Nsg11
V\u0418\u0442\u0430\u0439\u043f\u0443
p64522
sbg6
(g13
g8
NtRp64523
(dp64524
g16
Nsg17
Nsg11
VBrazil
p64525
sbg6
(g13
g8
NtRp64526
(dp64527
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64528
sbg6
(g13
g8
NtRp64529
(dp64530
g16
Nsg17
g27
sg11
V7.919
p64531
sbNg6
(g7
g8
NtRp64532
(dp64533
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64534
sbNNg6
(g13
g8
NtRp64535
(dp64536
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64537
sbg6
(g13
g8
NtRp64538
(dp64539
g16
Nsg17
Nsg11
VOperational
p64540
sbg6
(g13
g8
NtRp64541
(dp64542
g16
Nsg17
g27
sg11
V1.23e+07
p64543
sbg6
(g13
g8
NtRp64544
(dp64545
g16
Nsg17
Nsg11
VParaguay#Brazil
p64546
sbg6
(g13
g8
NtRp64547
(dp64548
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64549
sbg6
(g13
g8
NtRp64550
(dp64551
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64552
sbtp64553
a(g6
(g7
g8
NtRp64554
(dp64555
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64556
sbg6
(g13
g8
NtRp64557
(dp64558
g16
Nsg17
Nsg11
V\u4f0a\u6cf0\u666e\u6c34\u7535\u7ad9
p64559
sbg6
(g13
g8
NtRp64560
(dp64561
g16
Nsg17
Nsg11
VBrazil
p64562
sbg6
(g13
g8
NtRp64563
(dp64564
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64565
sbg6
(g13
g8
NtRp64566
(dp64567
g16
Nsg17
g27
sg11
V7.919
p64568
sbNg6
(g7
g8
NtRp64569
(dp64570
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64571
sbNNg6
(g13
g8
NtRp64572
(dp64573
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64574
sbg6
(g13
g8
NtRp64575
(dp64576
g16
Nsg17
Nsg11
VOperational
p64577
sbg6
(g13
g8
NtRp64578
(dp64579
g16
Nsg17
g27
sg11
V1.23e+07
p64580
sbg6
(g13
g8
NtRp64581
(dp64582
g16
Nsg17
Nsg11
VParaguay#Brazil
p64583
sbg6
(g13
g8
NtRp64584
(dp64585
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64586
sbg6
(g13
g8
NtRp64587
(dp64588
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64589
sbtp64590
a(g6
(g7
g8
NtRp64591
(dp64592
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64593
sbg6
(g13
g8
NtRp64594
(dp64595
g16
Nsg17
Nsg11
V\u0406\u0442\u0430\u0439\u043f\u0443
p64596
sbg6
(g13
g8
NtRp64597
(dp64598
g16
Nsg17
Nsg11
VBrazil
p64599
sbg6
(g13
g8
NtRp64600
(dp64601
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64602
sbg6
(g13
g8
NtRp64603
(dp64604
g16
Nsg17
g27
sg11
V7.919
p64605
sbNg6
(g7
g8
NtRp64606
(dp64607
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64608
sbNNg6
(g13
g8
NtRp64609
(dp64610
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64611
sbg6
(g13
g8
NtRp64612
(dp64613
g16
Nsg17
Nsg11
VOperational
p64614
sbg6
(g13
g8
NtRp64615
(dp64616
g16
Nsg17
g27
sg11
V1.23e+07
p64617
sbg6
(g13
g8
NtRp64618
(dp64619
g16
Nsg17
Nsg11
VParaguay#Brazil
p64620
sbg6
(g13
g8
NtRp64621
(dp64622
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64623
sbg6
(g13
g8
NtRp64624
(dp64625
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64626
sbtp64627
a(g6
(g7
g8
NtRp64628
(dp64629
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64630
sbg6
(g13
g8
NtRp64631
(dp64632
g16
Nsg17
Nsg11
V\u0633\u062f \u0625\u064a\u062a\u0627\u064a\u0628\u0648
p64633
sbg6
(g13
g8
NtRp64634
(dp64635
g16
Nsg17
Nsg11
VParaguay
p64636
sbg6
(g13
g8
NtRp64637
(dp64638
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64639
sbg6
(g13
g8
NtRp64640
(dp64641
g16
Nsg17
g27
sg11
V7.919
p64642
sbNg6
(g7
g8
NtRp64643
(dp64644
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64645
sbNNg6
(g13
g8
NtRp64646
(dp64647
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64648
sbg6
(g13
g8
NtRp64649
(dp64650
g16
Nsg17
Nsg11
VOperational
p64651
sbg6
(g13
g8
NtRp64652
(dp64653
g16
Nsg17
g27
sg11
V1.23e+07
p64654
sbg6
(g13
g8
NtRp64655
(dp64656
g16
Nsg17
Nsg11
VParaguay#Brazil
p64657
sbg6
(g13
g8
NtRp64658
(dp64659
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64660
sbg6
(g13
g8
NtRp64661
(dp64662
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64663
sbtp64664
a(g6
(g7
g8
NtRp64665
(dp64666
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64667
sbg6
(g13
g8
NtRp64668
(dp64669
g16
Nsg17
Nsg11
VItaipú
p64670
sbg6
(g13
g8
NtRp64671
(dp64672
g16
Nsg17
Nsg11
VParaguay
p64673
sbg6
(g13
g8
NtRp64674
(dp64675
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64676
sbg6
(g13
g8
NtRp64677
(dp64678
g16
Nsg17
g27
sg11
V7.919
p64679
sbNg6
(g7
g8
NtRp64680
(dp64681
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64682
sbNNg6
(g13
g8
NtRp64683
(dp64684
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64685
sbg6
(g13
g8
NtRp64686
(dp64687
g16
Nsg17
Nsg11
VOperational
p64688
sbg6
(g13
g8
NtRp64689
(dp64690
g16
Nsg17
g27
sg11
V1.23e+07
p64691
sbg6
(g13
g8
NtRp64692
(dp64693
g16
Nsg17
Nsg11
VParaguay#Brazil
p64694
sbg6
(g13
g8
NtRp64695
(dp64696
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64697
sbg6
(g13
g8
NtRp64698
(dp64699
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64700
sbtp64701
a(g6
(g7
g8
NtRp64702
(dp64703
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64704
sbg6
(g13
g8
NtRp64705
(dp64706
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0399\u03c4\u03b1\u03ca\u03c0\u03bf\u03cd
p64707
sbg6
(g13
g8
NtRp64708
(dp64709
g16
Nsg17
Nsg11
VParaguay
p64710
sbg6
(g13
g8
NtRp64711
(dp64712
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64713
sbg6
(g13
g8
NtRp64714
(dp64715
g16
Nsg17
g27
sg11
V7.919
p64716
sbNg6
(g7
g8
NtRp64717
(dp64718
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64719
sbNNg6
(g13
g8
NtRp64720
(dp64721
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64722
sbg6
(g13
g8
NtRp64723
(dp64724
g16
Nsg17
Nsg11
VOperational
p64725
sbg6
(g13
g8
NtRp64726
(dp64727
g16
Nsg17
g27
sg11
V1.23e+07
p64728
sbg6
(g13
g8
NtRp64729
(dp64730
g16
Nsg17
Nsg11
VParaguay#Brazil
p64731
sbg6
(g13
g8
NtRp64732
(dp64733
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64734
sbg6
(g13
g8
NtRp64735
(dp64736
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64737
sbtp64738
a(g6
(g7
g8
NtRp64739
(dp64740
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64741
sbg6
(g13
g8
NtRp64742
(dp64743
g16
Nsg17
Nsg11
VItajpuo
p64744
sbg6
(g13
g8
NtRp64745
(dp64746
g16
Nsg17
Nsg11
VParaguay
p64747
sbg6
(g13
g8
NtRp64748
(dp64749
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64750
sbg6
(g13
g8
NtRp64751
(dp64752
g16
Nsg17
g27
sg11
V7.919
p64753
sbNg6
(g7
g8
NtRp64754
(dp64755
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64756
sbNNg6
(g13
g8
NtRp64757
(dp64758
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64759
sbg6
(g13
g8
NtRp64760
(dp64761
g16
Nsg17
Nsg11
VOperational
p64762
sbg6
(g13
g8
NtRp64763
(dp64764
g16
Nsg17
g27
sg11
V1.23e+07
p64765
sbg6
(g13
g8
NtRp64766
(dp64767
g16
Nsg17
Nsg11
VParaguay#Brazil
p64768
sbg6
(g13
g8
NtRp64769
(dp64770
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64771
sbg6
(g13
g8
NtRp64772
(dp64773
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64774
sbtp64775
a(g6
(g7
g8
NtRp64776
(dp64777
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64778
sbg6
(g13
g8
NtRp64779
(dp64780
g16
Nsg17
Nsg11
VItaipuko presa
p64781
sbg6
(g13
g8
NtRp64782
(dp64783
g16
Nsg17
Nsg11
VParaguay
p64784
sbg6
(g13
g8
NtRp64785
(dp64786
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64787
sbg6
(g13
g8
NtRp64788
(dp64789
g16
Nsg17
g27
sg11
V7.919
p64790
sbNg6
(g7
g8
NtRp64791
(dp64792
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64793
sbNNg6
(g13
g8
NtRp64794
(dp64795
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64796
sbg6
(g13
g8
NtRp64797
(dp64798
g16
Nsg17
Nsg11
VOperational
p64799
sbg6
(g13
g8
NtRp64800
(dp64801
g16
Nsg17
g27
sg11
V1.23e+07
p64802
sbg6
(g13
g8
NtRp64803
(dp64804
g16
Nsg17
Nsg11
VParaguay#Brazil
p64805
sbg6
(g13
g8
NtRp64806
(dp64807
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64808
sbg6
(g13
g8
NtRp64809
(dp64810
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64811
sbtp64812
a(g6
(g7
g8
NtRp64813
(dp64814
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64815
sbg6
(g13
g8
NtRp64816
(dp64817
g16
Nsg17
Nsg11
VRepresa de Itaipú
p64818
sbg6
(g13
g8
NtRp64819
(dp64820
g16
Nsg17
Nsg11
VParaguay
p64821
sbg6
(g13
g8
NtRp64822
(dp64823
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64824
sbg6
(g13
g8
NtRp64825
(dp64826
g16
Nsg17
g27
sg11
V7.919
p64827
sbNg6
(g7
g8
NtRp64828
(dp64829
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64830
sbNNg6
(g13
g8
NtRp64831
(dp64832
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64833
sbg6
(g13
g8
NtRp64834
(dp64835
g16
Nsg17
Nsg11
VOperational
p64836
sbg6
(g13
g8
NtRp64837
(dp64838
g16
Nsg17
g27
sg11
V1.23e+07
p64839
sbg6
(g13
g8
NtRp64840
(dp64841
g16
Nsg17
Nsg11
VParaguay#Brazil
p64842
sbg6
(g13
g8
NtRp64843
(dp64844
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64845
sbg6
(g13
g8
NtRp64846
(dp64847
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64848
sbtp64849
a(g6
(g7
g8
NtRp64850
(dp64851
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64852
sbg6
(g13
g8
NtRp64853
(dp64854
g16
Nsg17
Nsg11
VDamba Itaipú
p64855
sbg6
(g13
g8
NtRp64856
(dp64857
g16
Nsg17
Nsg11
VParaguay
p64858
sbg6
(g13
g8
NtRp64859
(dp64860
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64861
sbg6
(g13
g8
NtRp64862
(dp64863
g16
Nsg17
g27
sg11
V7.919
p64864
sbNg6
(g7
g8
NtRp64865
(dp64866
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64867
sbNNg6
(g13
g8
NtRp64868
(dp64869
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64870
sbg6
(g13
g8
NtRp64871
(dp64872
g16
Nsg17
Nsg11
VOperational
p64873
sbg6
(g13
g8
NtRp64874
(dp64875
g16
Nsg17
g27
sg11
V1.23e+07
p64876
sbg6
(g13
g8
NtRp64877
(dp64878
g16
Nsg17
Nsg11
VParaguay#Brazil
p64879
sbg6
(g13
g8
NtRp64880
(dp64881
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64882
sbg6
(g13
g8
NtRp64883
(dp64884
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64885
sbtp64886
a(g6
(g7
g8
NtRp64887
(dp64888
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64889
sbg6
(g13
g8
NtRp64890
(dp64891
g16
Nsg17
Nsg11
VBendungan Itaipu
p64892
sbg6
(g13
g8
NtRp64893
(dp64894
g16
Nsg17
Nsg11
VParaguay
p64895
sbg6
(g13
g8
NtRp64896
(dp64897
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64898
sbg6
(g13
g8
NtRp64899
(dp64900
g16
Nsg17
g27
sg11
V7.919
p64901
sbNg6
(g7
g8
NtRp64902
(dp64903
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64904
sbNNg6
(g13
g8
NtRp64905
(dp64906
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64907
sbg6
(g13
g8
NtRp64908
(dp64909
g16
Nsg17
Nsg11
VOperational
p64910
sbg6
(g13
g8
NtRp64911
(dp64912
g16
Nsg17
g27
sg11
V1.23e+07
p64913
sbg6
(g13
g8
NtRp64914
(dp64915
g16
Nsg17
Nsg11
VParaguay#Brazil
p64916
sbg6
(g13
g8
NtRp64917
(dp64918
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64919
sbg6
(g13
g8
NtRp64920
(dp64921
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64922
sbtp64923
a(g6
(g7
g8
NtRp64924
(dp64925
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64926
sbg6
(g13
g8
NtRp64927
(dp64928
g16
Nsg17
Nsg11
VItaipu Dam
p64929
sbg6
(g13
g8
NtRp64930
(dp64931
g16
Nsg17
Nsg11
VParaguay
p64932
sbg6
(g13
g8
NtRp64933
(dp64934
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64935
sbg6
(g13
g8
NtRp64936
(dp64937
g16
Nsg17
g27
sg11
V7.919
p64938
sbNg6
(g7
g8
NtRp64939
(dp64940
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64941
sbNNg6
(g13
g8
NtRp64942
(dp64943
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64944
sbg6
(g13
g8
NtRp64945
(dp64946
g16
Nsg17
Nsg11
VOperational
p64947
sbg6
(g13
g8
NtRp64948
(dp64949
g16
Nsg17
g27
sg11
V1.23e+07
p64950
sbg6
(g13
g8
NtRp64951
(dp64952
g16
Nsg17
Nsg11
VParaguay#Brazil
p64953
sbg6
(g13
g8
NtRp64954
(dp64955
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64956
sbg6
(g13
g8
NtRp64957
(dp64958
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64959
sbtp64960
a(g6
(g7
g8
NtRp64961
(dp64962
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p64963
sbg6
(g13
g8
NtRp64964
(dp64965
g16
Nsg17
Nsg11
VBarrage d'Itaipu
p64966
sbg6
(g13
g8
NtRp64967
(dp64968
g16
Nsg17
Nsg11
VParaguay
p64969
sbg6
(g13
g8
NtRp64970
(dp64971
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p64972
sbg6
(g13
g8
NtRp64973
(dp64974
g16
Nsg17
g27
sg11
V7.919
p64975
sbNg6
(g7
g8
NtRp64976
(dp64977
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p64978
sbNNg6
(g13
g8
NtRp64979
(dp64980
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p64981
sbg6
(g13
g8
NtRp64982
(dp64983
g16
Nsg17
Nsg11
VOperational
p64984
sbg6
(g13
g8
NtRp64985
(dp64986
g16
Nsg17
g27
sg11
V1.23e+07
p64987
sbg6
(g13
g8
NtRp64988
(dp64989
g16
Nsg17
Nsg11
VParaguay#Brazil
p64990
sbg6
(g13
g8
NtRp64991
(dp64992
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p64993
sbg6
(g13
g8
NtRp64994
(dp64995
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p64996
sbtp64997
a(g6
(g7
g8
NtRp64998
(dp64999
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65000
sbg6
(g13
g8
NtRp65001
(dp65002
g16
Nsg17
Nsg11
VDiga di Itaipú
p65003
sbg6
(g13
g8
NtRp65004
(dp65005
g16
Nsg17
Nsg11
VParaguay
p65006
sbg6
(g13
g8
NtRp65007
(dp65008
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65009
sbg6
(g13
g8
NtRp65010
(dp65011
g16
Nsg17
g27
sg11
V7.919
p65012
sbNg6
(g7
g8
NtRp65013
(dp65014
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65015
sbNNg6
(g13
g8
NtRp65016
(dp65017
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65018
sbg6
(g13
g8
NtRp65019
(dp65020
g16
Nsg17
Nsg11
VOperational
p65021
sbg6
(g13
g8
NtRp65022
(dp65023
g16
Nsg17
g27
sg11
V1.23e+07
p65024
sbg6
(g13
g8
NtRp65025
(dp65026
g16
Nsg17
Nsg11
VParaguay#Brazil
p65027
sbg6
(g13
g8
NtRp65028
(dp65029
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65030
sbg6
(g13
g8
NtRp65031
(dp65032
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65033
sbtp65034
a(g6
(g7
g8
NtRp65035
(dp65036
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65037
sbg6
(g13
g8
NtRp65038
(dp65039
g16
Nsg17
Nsg11
V\u30a4\u30bf\u30a4\u30d7\u30c0\u30e0
p65040
sbg6
(g13
g8
NtRp65041
(dp65042
g16
Nsg17
Nsg11
VParaguay
p65043
sbg6
(g13
g8
NtRp65044
(dp65045
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65046
sbg6
(g13
g8
NtRp65047
(dp65048
g16
Nsg17
g27
sg11
V7.919
p65049
sbNg6
(g7
g8
NtRp65050
(dp65051
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65052
sbNNg6
(g13
g8
NtRp65053
(dp65054
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65055
sbg6
(g13
g8
NtRp65056
(dp65057
g16
Nsg17
Nsg11
VOperational
p65058
sbg6
(g13
g8
NtRp65059
(dp65060
g16
Nsg17
g27
sg11
V1.23e+07
p65061
sbg6
(g13
g8
NtRp65062
(dp65063
g16
Nsg17
Nsg11
VParaguay#Brazil
p65064
sbg6
(g13
g8
NtRp65065
(dp65066
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65067
sbg6
(g13
g8
NtRp65068
(dp65069
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65070
sbtp65071
a(g6
(g7
g8
NtRp65072
(dp65073
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65074
sbg6
(g13
g8
NtRp65075
(dp65076
g16
Nsg17
Nsg11
V\uc774\ud0c0\uc774\ud478 \ub310
p65077
sbg6
(g13
g8
NtRp65078
(dp65079
g16
Nsg17
Nsg11
VParaguay
p65080
sbg6
(g13
g8
NtRp65081
(dp65082
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65083
sbg6
(g13
g8
NtRp65084
(dp65085
g16
Nsg17
g27
sg11
V7.919
p65086
sbNg6
(g7
g8
NtRp65087
(dp65088
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65089
sbNNg6
(g13
g8
NtRp65090
(dp65091
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65092
sbg6
(g13
g8
NtRp65093
(dp65094
g16
Nsg17
Nsg11
VOperational
p65095
sbg6
(g13
g8
NtRp65096
(dp65097
g16
Nsg17
g27
sg11
V1.23e+07
p65098
sbg6
(g13
g8
NtRp65099
(dp65100
g16
Nsg17
Nsg11
VParaguay#Brazil
p65101
sbg6
(g13
g8
NtRp65102
(dp65103
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65104
sbg6
(g13
g8
NtRp65105
(dp65106
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65107
sbtp65108
a(g6
(g7
g8
NtRp65109
(dp65110
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65111
sbg6
(g13
g8
NtRp65112
(dp65113
g16
Nsg17
Nsg11
VItaipudam
p65114
sbg6
(g13
g8
NtRp65115
(dp65116
g16
Nsg17
Nsg11
VParaguay
p65117
sbg6
(g13
g8
NtRp65118
(dp65119
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65120
sbg6
(g13
g8
NtRp65121
(dp65122
g16
Nsg17
g27
sg11
V7.919
p65123
sbNg6
(g7
g8
NtRp65124
(dp65125
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65126
sbNNg6
(g13
g8
NtRp65127
(dp65128
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65129
sbg6
(g13
g8
NtRp65130
(dp65131
g16
Nsg17
Nsg11
VOperational
p65132
sbg6
(g13
g8
NtRp65133
(dp65134
g16
Nsg17
g27
sg11
V1.23e+07
p65135
sbg6
(g13
g8
NtRp65136
(dp65137
g16
Nsg17
Nsg11
VParaguay#Brazil
p65138
sbg6
(g13
g8
NtRp65139
(dp65140
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65141
sbg6
(g13
g8
NtRp65142
(dp65143
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65144
sbtp65145
a(g6
(g7
g8
NtRp65146
(dp65147
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65148
sbg6
(g13
g8
NtRp65149
(dp65150
g16
Nsg17
Nsg11
VItaipu
p65151
sbg6
(g13
g8
NtRp65152
(dp65153
g16
Nsg17
Nsg11
VParaguay
p65154
sbg6
(g13
g8
NtRp65155
(dp65156
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65157
sbg6
(g13
g8
NtRp65158
(dp65159
g16
Nsg17
g27
sg11
V7.919
p65160
sbNg6
(g7
g8
NtRp65161
(dp65162
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65163
sbNNg6
(g13
g8
NtRp65164
(dp65165
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65166
sbg6
(g13
g8
NtRp65167
(dp65168
g16
Nsg17
Nsg11
VOperational
p65169
sbg6
(g13
g8
NtRp65170
(dp65171
g16
Nsg17
g27
sg11
V1.23e+07
p65172
sbg6
(g13
g8
NtRp65173
(dp65174
g16
Nsg17
Nsg11
VParaguay#Brazil
p65175
sbg6
(g13
g8
NtRp65176
(dp65177
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65178
sbg6
(g13
g8
NtRp65179
(dp65180
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65181
sbtp65182
a(g6
(g7
g8
NtRp65183
(dp65184
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65185
sbg6
(g13
g8
NtRp65186
(dp65187
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Itaipu
p65188
sbg6
(g13
g8
NtRp65189
(dp65190
g16
Nsg17
Nsg11
VParaguay
p65191
sbg6
(g13
g8
NtRp65192
(dp65193
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65194
sbg6
(g13
g8
NtRp65195
(dp65196
g16
Nsg17
g27
sg11
V7.919
p65197
sbNg6
(g7
g8
NtRp65198
(dp65199
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65200
sbNNg6
(g13
g8
NtRp65201
(dp65202
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65203
sbg6
(g13
g8
NtRp65204
(dp65205
g16
Nsg17
Nsg11
VOperational
p65206
sbg6
(g13
g8
NtRp65207
(dp65208
g16
Nsg17
g27
sg11
V1.23e+07
p65209
sbg6
(g13
g8
NtRp65210
(dp65211
g16
Nsg17
Nsg11
VParaguay#Brazil
p65212
sbg6
(g13
g8
NtRp65213
(dp65214
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65215
sbg6
(g13
g8
NtRp65216
(dp65217
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65218
sbtp65219
a(g6
(g7
g8
NtRp65220
(dp65221
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65222
sbg6
(g13
g8
NtRp65223
(dp65224
g16
Nsg17
Nsg11
VItaipu-dammen
p65225
sbg6
(g13
g8
NtRp65226
(dp65227
g16
Nsg17
Nsg11
VParaguay
p65228
sbg6
(g13
g8
NtRp65229
(dp65230
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65231
sbg6
(g13
g8
NtRp65232
(dp65233
g16
Nsg17
g27
sg11
V7.919
p65234
sbNg6
(g7
g8
NtRp65235
(dp65236
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65237
sbNNg6
(g13
g8
NtRp65238
(dp65239
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65240
sbg6
(g13
g8
NtRp65241
(dp65242
g16
Nsg17
Nsg11
VOperational
p65243
sbg6
(g13
g8
NtRp65244
(dp65245
g16
Nsg17
g27
sg11
V1.23e+07
p65246
sbg6
(g13
g8
NtRp65247
(dp65248
g16
Nsg17
Nsg11
VParaguay#Brazil
p65249
sbg6
(g13
g8
NtRp65250
(dp65251
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65252
sbg6
(g13
g8
NtRp65253
(dp65254
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65255
sbtp65256
a(g6
(g7
g8
NtRp65257
(dp65258
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65259
sbg6
(g13
g8
NtRp65260
(dp65261
g16
Nsg17
Nsg11
V\u0418\u0442\u0430\u0439\u043f\u0443
p65262
sbg6
(g13
g8
NtRp65263
(dp65264
g16
Nsg17
Nsg11
VParaguay
p65265
sbg6
(g13
g8
NtRp65266
(dp65267
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65268
sbg6
(g13
g8
NtRp65269
(dp65270
g16
Nsg17
g27
sg11
V7.919
p65271
sbNg6
(g7
g8
NtRp65272
(dp65273
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65274
sbNNg6
(g13
g8
NtRp65275
(dp65276
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65277
sbg6
(g13
g8
NtRp65278
(dp65279
g16
Nsg17
Nsg11
VOperational
p65280
sbg6
(g13
g8
NtRp65281
(dp65282
g16
Nsg17
g27
sg11
V1.23e+07
p65283
sbg6
(g13
g8
NtRp65284
(dp65285
g16
Nsg17
Nsg11
VParaguay#Brazil
p65286
sbg6
(g13
g8
NtRp65287
(dp65288
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65289
sbg6
(g13
g8
NtRp65290
(dp65291
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65292
sbtp65293
a(g6
(g7
g8
NtRp65294
(dp65295
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65296
sbg6
(g13
g8
NtRp65297
(dp65298
g16
Nsg17
Nsg11
V\u4f0a\u6cf0\u666e\u6c34\u7535\u7ad9
p65299
sbg6
(g13
g8
NtRp65300
(dp65301
g16
Nsg17
Nsg11
VParaguay
p65302
sbg6
(g13
g8
NtRp65303
(dp65304
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65305
sbg6
(g13
g8
NtRp65306
(dp65307
g16
Nsg17
g27
sg11
V7.919
p65308
sbNg6
(g7
g8
NtRp65309
(dp65310
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65311
sbNNg6
(g13
g8
NtRp65312
(dp65313
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65314
sbg6
(g13
g8
NtRp65315
(dp65316
g16
Nsg17
Nsg11
VOperational
p65317
sbg6
(g13
g8
NtRp65318
(dp65319
g16
Nsg17
g27
sg11
V1.23e+07
p65320
sbg6
(g13
g8
NtRp65321
(dp65322
g16
Nsg17
Nsg11
VParaguay#Brazil
p65323
sbg6
(g13
g8
NtRp65324
(dp65325
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65326
sbg6
(g13
g8
NtRp65327
(dp65328
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65329
sbtp65330
a(g6
(g7
g8
NtRp65331
(dp65332
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam
p65333
sbg6
(g13
g8
NtRp65334
(dp65335
g16
Nsg17
Nsg11
V\u0406\u0442\u0430\u0439\u043f\u0443
p65336
sbg6
(g13
g8
NtRp65337
(dp65338
g16
Nsg17
Nsg11
VParaguay
p65339
sbg6
(g13
g8
NtRp65340
(dp65341
g16
Nsg17
Nsg11
VCombination gravity, buttress and embankment sections
p65342
sbg6
(g13
g8
NtRp65343
(dp65344
g16
Nsg17
g27
sg11
V7.919
p65345
sbNg6
(g7
g8
NtRp65346
(dp65347
g11
Vhttp://dbpedia.org/resource/Itaipu_Dam__Lake__1
p65348
sbNNg6
(g13
g8
NtRp65349
(dp65350
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paraná_River
p65351
sbg6
(g13
g8
NtRp65352
(dp65353
g16
Nsg17
Nsg11
VOperational
p65354
sbg6
(g13
g8
NtRp65355
(dp65356
g16
Nsg17
g27
sg11
V1.23e+07
p65357
sbg6
(g13
g8
NtRp65358
(dp65359
g16
Nsg17
Nsg11
VParaguay#Brazil
p65360
sbg6
(g13
g8
NtRp65361
(dp65362
g16
Nsg17
Nsg11
VThe Itaipu Dam (Portuguese: Barragem de Itaipu [it\u0250j\u02c8pu], Spanish: Represa de Itaipú [itaj\u02c8pu]) is a hydroelectric dam on the Paraná River located on the border between Brazil and Paraguay. The construction of the dam was first contested by Argentina, but the negotiations and resolution of the dispute ended up setting the basis for Argentine\u2013Brazilian integration later on.
p65363
sbg6
(g13
g8
NtRp65364
(dp65365
g16
Nsg17
Nsg11
VPOINT(-54.588890075684 -25.408056259155)
p65366
sbtp65367
a(g6
(g7
g8
NtRp65368
(dp65369
g11
Vhttp://dbpedia.org/resource/Ittwid_Dam
p65370
sbg6
(g13
g8
NtRp65371
(dp65372
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u062a\u0648\u064a\u062f
p65373
sbg6
(g13
g8
NtRp65374
(dp65375
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p65376
sbNNNNg6
(g13
g8
NtRp65377
(dp65378
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p65379
sbg6
(g13
g8
NtRp65380
(dp65381
g16
Nsg17
Nsg11
VFlood control
p65382
sbNNNg6
(g13
g8
NtRp65383
(dp65384
g16
Nsg17
Nsg11
VSaudi Arabia
p65385
sbg6
(g13
g8
NtRp65386
(dp65387
g16
Nsg17
Nsg11
VThe Ittwid dam is a dam in Saudi Arabia opened in 1982 and located in Asir region. The main purpose of the dam is flood control.
p65388
sbg6
(g13
g8
NtRp65389
(dp65390
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p65391
sbtp65392
a(g6
(g7
g8
NtRp65393
(dp65394
g11
Vhttp://dbpedia.org/resource/Ittwid_Dam
p65395
sbg6
(g13
g8
NtRp65396
(dp65397
g16
Nsg17
Nsg11
VIttwid Dam
p65398
sbg6
(g13
g8
NtRp65399
(dp65400
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p65401
sbNNNNg6
(g13
g8
NtRp65402
(dp65403
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p65404
sbg6
(g13
g8
NtRp65405
(dp65406
g16
Nsg17
Nsg11
VFlood control
p65407
sbNNNg6
(g13
g8
NtRp65408
(dp65409
g16
Nsg17
Nsg11
VSaudi Arabia
p65410
sbg6
(g13
g8
NtRp65411
(dp65412
g16
Nsg17
Nsg11
VThe Ittwid dam is a dam in Saudi Arabia opened in 1982 and located in Asir region. The main purpose of the dam is flood control.
p65413
sbg6
(g13
g8
NtRp65414
(dp65415
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p65416
sbtp65417
a(g6
(g7
g8
NtRp65418
(dp65419
g11
Vhttp://dbpedia.org/resource/Ituango_Dam
p65420
sbg6
(g13
g8
NtRp65421
(dp65422
g16
Nsg17
Nsg11
VBarrage d'Ituango
p65423
sbg6
(g13
g8
NtRp65424
(dp65425
g16
Nsg17
Nsg11
VColombia
p65426
sbg6
(g13
g8
NtRp65427
(dp65428
g16
Nsg17
Nsg11
VEmbankment, earth-fill clay core
p65429
sbNNg6
(g7
g8
NtRp65430
(dp65431
g11
Vhttp://dbpedia.org/resource/Ituango_Dam__Lake__1
p65432
sbNNg6
(g13
g8
NtRp65433
(dp65434
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cauca_River
p65435
sbg6
(g13
g8
NtRp65436
(dp65437
g16
Nsg17
Nsg11
VUC
p65438
sbg6
(g13
g8
NtRp65439
(dp65440
g16
Nsg17
g27
sg11
V1.9e+07
p65441
sbg6
(g13
g8
NtRp65442
(dp65443
g16
Nsg17
Nsg11
VColombia
p65444
sbg6
(g13
g8
NtRp65445
(dp65446
g16
Nsg17
Nsg11
VThe Ituango Dam, also referred to as the Pescadero-Ituango Dam or Hidroituango, is an embankment dam currently under construction on the Cauca River near Ituango in Antioquia Department, Colombia. The primary purpose of the project is hydroelectric power generation and its power plant will have an installed capacity of 2,456 megawatts (3,294,000 hp) if completed. Preliminary construction on the dam began in September 2011 and the power plant was expected to begin operations in late 2018, but will not after heavy rainfall and landslides in April/May 2018 blocked the river's diversion tunnel, threatening a breach of the dam. If completed, it will be the largest power station in Colombia.
p65447
sbg6
(g13
g8
NtRp65448
(dp65449
g16
Nsg17
Nsg11
VPOINT(-75.663528442383 7.1305665969849)
p65450
sbtp65451
a(g6
(g7
g8
NtRp65452
(dp65453
g11
Vhttp://dbpedia.org/resource/Ituango_Dam
p65454
sbg6
(g13
g8
NtRp65455
(dp65456
g16
Nsg17
Nsg11
VHidroituango
p65457
sbg6
(g13
g8
NtRp65458
(dp65459
g16
Nsg17
Nsg11
VColombia
p65460
sbg6
(g13
g8
NtRp65461
(dp65462
g16
Nsg17
Nsg11
VEmbankment, earth-fill clay core
p65463
sbNNg6
(g7
g8
NtRp65464
(dp65465
g11
Vhttp://dbpedia.org/resource/Ituango_Dam__Lake__1
p65466
sbNNg6
(g13
g8
NtRp65467
(dp65468
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cauca_River
p65469
sbg6
(g13
g8
NtRp65470
(dp65471
g16
Nsg17
Nsg11
VUC
p65472
sbg6
(g13
g8
NtRp65473
(dp65474
g16
Nsg17
g27
sg11
V1.9e+07
p65475
sbg6
(g13
g8
NtRp65476
(dp65477
g16
Nsg17
Nsg11
VColombia
p65478
sbg6
(g13
g8
NtRp65479
(dp65480
g16
Nsg17
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VThe Ituango Dam, also referred to as the Pescadero-Ituango Dam or Hidroituango, is an embankment dam currently under construction on the Cauca River near Ituango in Antioquia Department, Colombia. The primary purpose of the project is hydroelectric power generation and its power plant will have an installed capacity of 2,456 megawatts (3,294,000 hp) if completed. Preliminary construction on the dam began in September 2011 and the power plant was expected to begin operations in late 2018, but will not after heavy rainfall and landslides in April/May 2018 blocked the river's diversion tunnel, threatening a breach of the dam. If completed, it will be the largest power station in Colombia.
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VThe Ituango Dam, also referred to as the Pescadero-Ituango Dam or Hidroituango, is an embankment dam currently under construction on the Cauca River near Ituango in Antioquia Department, Colombia. The primary purpose of the project is hydroelectric power generation and its power plant will have an installed capacity of 2,456 megawatts (3,294,000 hp) if completed. Preliminary construction on the dam began in September 2011 and the power plant was expected to begin operations in late 2018, but will not after heavy rainfall and landslides in April/May 2018 blocked the river's diversion tunnel, threatening a breach of the dam. If completed, it will be the largest power station in Colombia.
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VThe Ituango Dam, also referred to as the Pescadero-Ituango Dam or Hidroituango, is an embankment dam currently under construction on the Cauca River near Ituango in Antioquia Department, Colombia. The primary purpose of the project is hydroelectric power generation and its power plant will have an installed capacity of 2,456 megawatts (3,294,000 hp) if completed. Preliminary construction on the dam began in September 2011 and the power plant was expected to begin operations in late 2018, but will not after heavy rainfall and landslides in April/May 2018 blocked the river's diversion tunnel, threatening a breach of the dam. If completed, it will be the largest power station in Colombia.
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VThe Ituango Dam, also referred to as the Pescadero-Ituango Dam or Hidroituango, is an embankment dam currently under construction on the Cauca River near Ituango in Antioquia Department, Colombia. The primary purpose of the project is hydroelectric power generation and its power plant will have an installed capacity of 2,456 megawatts (3,294,000 hp) if completed. Preliminary construction on the dam began in September 2011 and the power plant was expected to begin operations in late 2018, but will not after heavy rainfall and landslides in April/May 2018 blocked the river's diversion tunnel, threatening a breach of the dam. If completed, it will be the largest power station in Colombia.
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VThe Ituango Dam, also referred to as the Pescadero-Ituango Dam or Hidroituango, is an embankment dam currently under construction on the Cauca River near Ituango in Antioquia Department, Colombia. The primary purpose of the project is hydroelectric power generation and its power plant will have an installed capacity of 2,456 megawatts (3,294,000 hp) if completed. Preliminary construction on the dam began in September 2011 and the power plant was expected to begin operations in late 2018, but will not after heavy rainfall and landslides in April/May 2018 blocked the river's diversion tunnel, threatening a breach of the dam. If completed, it will be the largest power station in Colombia.
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VThe Itupararanga Dam is a dam, located on the Sorocaba River in the Sorocaba region of São Paulo state. It was built by Light S.A. from 1913 to 1914. The plant started its operation on 25 March 1914. It forms a lake with more than 40 kilometres (25 mi) and an area of 936 square kilometers with the main channel of 26 kilometres (16 mi) and 192 kilometres (119 mi) from shore. The estimated volume is 286 million cubic metres (232,000 acre\u22c5ft). The plant, with an installed capacity of 55 MW (74,000 hp) and average annual production of 150 gigawatt-hours (540 TJ), is used only by the industrial Votorantim Group, as Votorantim Cement Factory in St. Helena and the Companhia Brasileira de Alumínio \u2013 CBA, in Alumínio.
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VThe Itupararanga Dam is a dam, located on the Sorocaba River in the Sorocaba region of São Paulo state. It was built by Light S.A. from 1913 to 1914. The plant started its operation on 25 March 1914. It forms a lake with more than 40 kilometres (25 mi) and an area of 936 square kilometers with the main channel of 26 kilometres (16 mi) and 192 kilometres (119 mi) from shore. The estimated volume is 286 million cubic metres (232,000 acre\u22c5ft). The plant, with an installed capacity of 55 MW (74,000 hp) and average annual production of 150 gigawatt-hours (540 TJ), is used only by the industrial Votorantim Group, as Votorantim Cement Factory in St. Helena and the Companhia Brasileira de Alumínio \u2013 CBA, in Alumínio.
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VThe Itupararanga Dam is a dam, located on the Sorocaba River in the Sorocaba region of São Paulo state. It was built by Light S.A. from 1913 to 1914. The plant started its operation on 25 March 1914. It forms a lake with more than 40 kilometres (25 mi) and an area of 936 square kilometers with the main channel of 26 kilometres (16 mi) and 192 kilometres (119 mi) from shore. The estimated volume is 286 million cubic metres (232,000 acre\u22c5ft). The plant, with an installed capacity of 55 MW (74,000 hp) and average annual production of 150 gigawatt-hours (540 TJ), is used only by the industrial Votorantim Group, as Votorantim Cement Factory in St. Helena and the Companhia Brasileira de Alumínio \u2013 CBA, in Alumínio.
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VThe Itupararanga Dam is a dam, located on the Sorocaba River in the Sorocaba region of São Paulo state. It was built by Light S.A. from 1913 to 1914. The plant started its operation on 25 March 1914. It forms a lake with more than 40 kilometres (25 mi) and an area of 936 square kilometers with the main channel of 26 kilometres (16 mi) and 192 kilometres (119 mi) from shore. The estimated volume is 286 million cubic metres (232,000 acre\u22c5ft). The plant, with an installed capacity of 55 MW (74,000 hp) and average annual production of 150 gigawatt-hours (540 TJ), is used only by the industrial Votorantim Group, as Votorantim Cement Factory in St. Helena and the Companhia Brasileira de Alumínio \u2013 CBA, in Alumínio.
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VIwa Khola Hydropower Project (Nepali: \u0908\u0935\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sawalakhu, Taplejung District of Nepal. The flow from Iwa River is used to generate 9.90 MW electricity. The plant is owned and developed by Rairang Hydropower Development Company Limited. The plant started generating electricity since 2076-06-20 B.S. The generation licence will expire in 2107-03-27 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and it sells electricity to Nepal Electricity Authority.
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VThe Jablanica Dam is an arch-gravity dam on the Neretva River about 4 km (2.5 mi) northwest of Jablanica in the Herzegovina-Neretva Canton of Bosnia and Herzegovina. The dam was constructed between 1947 and 1955 with the primary purpose of hydroelectric power production. The power station was commissioned in two stages, from 1955 until 1958. The first generator was commissioned in February 1955. An upgrade in 2008 increased the installed capacity of the power station from 150 MW to 180 MW. The dam's power station is located about 4.4 km (2.7 mi) to the southeast near Jablanica and discharges back into the Neretva River. It contains six 30 MW Francis turbine-generators for an installed capacity of 180 MW. The difference in elevation between the reservoir and power station afford a hydraulic
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Vwater storage
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sbg6
(g13
g8
NtRp65806
(dp65807
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Banas_River
p65808
sbNNg6
(g13
g8
NtRp65809
(dp65810
g16
Nsg17
Nsg11
VIndia
p65811
sbg6
(g13
g8
NtRp65812
(dp65813
g16
Nsg17
Nsg11
VJaggar Dam is an Earthen dam near Jagar Village of Hindaun City in Hindaun Block, Rajasthan, India. The dam was completed in 1957 for the purpose of irrigation and water supply.
p65814
sbg6
(g13
g8
NtRp65815
(dp65816
g16
Nsg17
Nsg11
VPOINT(77 26.700000762939)
p65817
sbtp65818
a(g6
(g7
g8
NtRp65819
(dp65820
g11
Vhttp://dbpedia.org/resource/Jaguara_Dam
p65821
sbg6
(g13
g8
NtRp65822
(dp65823
g16
Nsg17
Nsg11
VJaguara Dam
p65824
sbg6
(g13
g8
NtRp65825
(dp65826
g16
Nsg17
Nsg11
VBrazil
p65827
sbNg6
(g13
g8
NtRp65828
(dp65829
g16
Nsg17
g27
sg11
V0.325
p65830
sbNNg6
(g13
g8
NtRp65831
(dp65832
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/CEMIG
p65833
sbg6
(g13
g8
NtRp65834
(dp65835
g16
Nsg17
Nsg11
VPower
p65836
sbg6
(g13
g8
NtRp65837
(dp65838
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rio_Grande_(Paraná_River)
p65839
sbg6
(g13
g8
NtRp65840
(dp65841
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp65842
(dp65843
g16
Nsg17
Nsg11
VBrazil
p65844
sbg6
(g13
g8
NtRp65845
(dp65846
g16
Nsg17
Nsg11
VThe Jaguara Dam is an embankment dam on the Grande River about 6 kilometres (3.7 mi) north of Rifaina, Brazil. The dam is on the border of Conquista municipality in the state of Minas Gerais to the north and Rifaina municipality in the state of São Paulo to the south. It was constructed between 1966 and 1971 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 424 megawatts (569,000 hp) and is owned by CEMIG.
p65847
sbg6
(g13
g8
NtRp65848
(dp65849
g16
Nsg17
Nsg11
VPOINT(-47.433723449707 -20.023813247681)
p65850
sbtp65851
a(g6
(g7
g8
NtRp65852
(dp65853
g11
Vhttp://dbpedia.org/resource/Jaguara_Dam
p65854
sbg6
(g13
g8
NtRp65855
(dp65856
g16
Nsg17
Nsg11
VVodní elektrárna Jaguara
p65857
sbg6
(g13
g8
NtRp65858
(dp65859
g16
Nsg17
Nsg11
VBrazil
p65860
sbNg6
(g13
g8
NtRp65861
(dp65862
g16
Nsg17
g27
sg11
V0.325
p65863
sbNNg6
(g13
g8
NtRp65864
(dp65865
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/CEMIG
p65866
sbg6
(g13
g8
NtRp65867
(dp65868
g16
Nsg17
Nsg11
VPower
p65869
sbg6
(g13
g8
NtRp65870
(dp65871
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rio_Grande_(Paraná_River)
p65872
sbg6
(g13
g8
NtRp65873
(dp65874
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp65875
(dp65876
g16
Nsg17
Nsg11
VBrazil
p65877
sbg6
(g13
g8
NtRp65878
(dp65879
g16
Nsg17
Nsg11
VThe Jaguara Dam is an embankment dam on the Grande River about 6 kilometres (3.7 mi) north of Rifaina, Brazil. The dam is on the border of Conquista municipality in the state of Minas Gerais to the north and Rifaina municipality in the state of São Paulo to the south. It was constructed between 1966 and 1971 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 424 megawatts (569,000 hp) and is owned by CEMIG.
p65880
sbg6
(g13
g8
NtRp65881
(dp65882
g16
Nsg17
Nsg11
VPOINT(-47.433723449707 -20.023813247681)
p65883
sbtp65884
a(g6
(g7
g8
NtRp65885
(dp65886
g11
Vhttp://dbpedia.org/resource/Jaguara_Dam
p65887
sbg6
(g13
g8
NtRp65888
(dp65889
g16
Nsg17
Nsg11
VKraftwerk Jaguara
p65890
sbg6
(g13
g8
NtRp65891
(dp65892
g16
Nsg17
Nsg11
VBrazil
p65893
sbNg6
(g13
g8
NtRp65894
(dp65895
g16
Nsg17
g27
sg11
V0.325
p65896
sbNNg6
(g13
g8
NtRp65897
(dp65898
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/CEMIG
p65899
sbg6
(g13
g8
NtRp65900
(dp65901
g16
Nsg17
Nsg11
VPower
p65902
sbg6
(g13
g8
NtRp65903
(dp65904
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rio_Grande_(Paraná_River)
p65905
sbg6
(g13
g8
NtRp65906
(dp65907
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp65908
(dp65909
g16
Nsg17
Nsg11
VBrazil
p65910
sbg6
(g13
g8
NtRp65911
(dp65912
g16
Nsg17
Nsg11
VThe Jaguara Dam is an embankment dam on the Grande River about 6 kilometres (3.7 mi) north of Rifaina, Brazil. The dam is on the border of Conquista municipality in the state of Minas Gerais to the north and Rifaina municipality in the state of São Paulo to the south. It was constructed between 1966 and 1971 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 424 megawatts (569,000 hp) and is owned by CEMIG.
p65913
sbg6
(g13
g8
NtRp65914
(dp65915
g16
Nsg17
Nsg11
VPOINT(-47.433723449707 -20.023813247681)
p65916
sbtp65917
a(g6
(g7
g8
NtRp65918
(dp65919
g11
Vhttp://dbpedia.org/resource/Jaguara_Dam
p65920
sbg6
(g13
g8
NtRp65921
(dp65922
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Jaguara
p65923
sbg6
(g13
g8
NtRp65924
(dp65925
g16
Nsg17
Nsg11
VBrazil
p65926
sbNg6
(g13
g8
NtRp65927
(dp65928
g16
Nsg17
g27
sg11
V0.325
p65929
sbNNg6
(g13
g8
NtRp65930
(dp65931
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/CEMIG
p65932
sbg6
(g13
g8
NtRp65933
(dp65934
g16
Nsg17
Nsg11
VPower
p65935
sbg6
(g13
g8
NtRp65936
(dp65937
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rio_Grande_(Paraná_River)
p65938
sbg6
(g13
g8
NtRp65939
(dp65940
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp65941
(dp65942
g16
Nsg17
Nsg11
VBrazil
p65943
sbg6
(g13
g8
NtRp65944
(dp65945
g16
Nsg17
Nsg11
VThe Jaguara Dam is an embankment dam on the Grande River about 6 kilometres (3.7 mi) north of Rifaina, Brazil. The dam is on the border of Conquista municipality in the state of Minas Gerais to the north and Rifaina municipality in the state of São Paulo to the south. It was constructed between 1966 and 1971 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 424 megawatts (569,000 hp) and is owned by CEMIG.
p65946
sbg6
(g13
g8
NtRp65947
(dp65948
g16
Nsg17
Nsg11
VPOINT(-47.433723449707 -20.023813247681)
p65949
sbtp65950
a(g6
(g7
g8
NtRp65951
(dp65952
g11
Vhttp://dbpedia.org/resource/Jaguara_Dam
p65953
sbg6
(g13
g8
NtRp65954
(dp65955
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Jaguara
p65956
sbg6
(g13
g8
NtRp65957
(dp65958
g16
Nsg17
Nsg11
VBrazil
p65959
sbNg6
(g13
g8
NtRp65960
(dp65961
g16
Nsg17
g27
sg11
V0.325
p65962
sbNNg6
(g13
g8
NtRp65963
(dp65964
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/CEMIG
p65965
sbg6
(g13
g8
NtRp65966
(dp65967
g16
Nsg17
Nsg11
VPower
p65968
sbg6
(g13
g8
NtRp65969
(dp65970
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rio_Grande_(Paraná_River)
p65971
sbg6
(g13
g8
NtRp65972
(dp65973
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp65974
(dp65975
g16
Nsg17
Nsg11
VBrazil
p65976
sbg6
(g13
g8
NtRp65977
(dp65978
g16
Nsg17
Nsg11
VThe Jaguara Dam is an embankment dam on the Grande River about 6 kilometres (3.7 mi) north of Rifaina, Brazil. The dam is on the border of Conquista municipality in the state of Minas Gerais to the north and Rifaina municipality in the state of São Paulo to the south. It was constructed between 1966 and 1971 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 424 megawatts (569,000 hp) and is owned by CEMIG.
p65979
sbg6
(g13
g8
NtRp65980
(dp65981
g16
Nsg17
Nsg11
VPOINT(-47.433723449707 -20.023813247681)
p65982
sbtp65983
a(g6
(g7
g8
NtRp65984
(dp65985
g11
Vhttp://dbpedia.org/resource/Jajce-1_Hydroelectric_Power_Station
p65986
sbg6
(g13
g8
NtRp65987
(dp65988
g16
Nsg17
Nsg11
VHidroelektrana Jajce
p65989
sbg6
(g13
g8
NtRp65990
(dp65991
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p65992
sbg6
(g13
g8
NtRp65993
(dp65994
g16
Nsg17
Nsg11
VDiversion dam
p65995
sbNNg6
(g7
g8
NtRp65996
(dp65997
g11
Vhttp://dbpedia.org/resource/Jajce-1_Hydroelectric_Power_Station__Lake__1
p65998
sbg6
(g13
g8
NtRp65999
(dp66000
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_the_Federation_of_Bosnia_and_Herzegovina
p66001
sbg6
(g13
g8
NtRp66002
(dp66003
g16
Nsg17
Nsg11
VElectricity generation
p66004
sbg6
(g13
g8
NtRp66005
(dp66006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pliva_River
p66007
sbg6
(g13
g8
NtRp66008
(dp66009
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66010
(dp66011
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p66012
sbg6
(g13
g8
NtRp66013
(dp66014
g16
Nsg17
Nsg11
VJajce I Hydroelectric Power Station is a diversion type of hydroelectric power plant, taking its waters from Great Pliva Lake (Bosnian: Veliko Plivsko jezero), whose powerhouse (generation hall, generating station or generating plant) is situated underground near Podmila\u010dje, in Bosnia and Herzegovina. It use two 30 MW generators, total installed capacity of 60 MW.
p66015
sbg6
(g13
g8
NtRp66016
(dp66017
g16
Nsg17
Nsg11
VPOINT(17.228567123413 44.345279693604)
p66018
sbtp66019
a(g6
(g7
g8
NtRp66020
(dp66021
g11
Vhttp://dbpedia.org/resource/Jajce-1_Hydroelectric_Power_Station
p66022
sbg6
(g13
g8
NtRp66023
(dp66024
g16
Nsg17
Nsg11
VJajce-1 Hydroelectric Power Station
p66025
sbg6
(g13
g8
NtRp66026
(dp66027
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p66028
sbg6
(g13
g8
NtRp66029
(dp66030
g16
Nsg17
Nsg11
VDiversion dam
p66031
sbNNg6
(g7
g8
NtRp66032
(dp66033
g11
Vhttp://dbpedia.org/resource/Jajce-1_Hydroelectric_Power_Station__Lake__1
p66034
sbg6
(g13
g8
NtRp66035
(dp66036
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_the_Federation_of_Bosnia_and_Herzegovina
p66037
sbg6
(g13
g8
NtRp66038
(dp66039
g16
Nsg17
Nsg11
VElectricity generation
p66040
sbg6
(g13
g8
NtRp66041
(dp66042
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pliva_River
p66043
sbg6
(g13
g8
NtRp66044
(dp66045
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66046
(dp66047
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p66048
sbg6
(g13
g8
NtRp66049
(dp66050
g16
Nsg17
Nsg11
VJajce I Hydroelectric Power Station is a diversion type of hydroelectric power plant, taking its waters from Great Pliva Lake (Bosnian: Veliko Plivsko jezero), whose powerhouse (generation hall, generating station or generating plant) is situated underground near Podmila\u010dje, in Bosnia and Herzegovina. It use two 30 MW generators, total installed capacity of 60 MW.
p66051
sbg6
(g13
g8
NtRp66052
(dp66053
g16
Nsg17
Nsg11
VPOINT(17.228567123413 44.345279693604)
p66054
sbtp66055
a(g6
(g7
g8
NtRp66056
(dp66057
g11
Vhttp://dbpedia.org/resource/Jajce-1_Hydroelectric_Power_Station
p66058
sbg6
(g13
g8
NtRp66059
(dp66060
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u042f\u0439\u0446\u0435 \u0406
p66061
sbg6
(g13
g8
NtRp66062
(dp66063
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p66064
sbg6
(g13
g8
NtRp66065
(dp66066
g16
Nsg17
Nsg11
VDiversion dam
p66067
sbNNg6
(g7
g8
NtRp66068
(dp66069
g11
Vhttp://dbpedia.org/resource/Jajce-1_Hydroelectric_Power_Station__Lake__1
p66070
sbg6
(g13
g8
NtRp66071
(dp66072
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_the_Federation_of_Bosnia_and_Herzegovina
p66073
sbg6
(g13
g8
NtRp66074
(dp66075
g16
Nsg17
Nsg11
VElectricity generation
p66076
sbg6
(g13
g8
NtRp66077
(dp66078
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pliva_River
p66079
sbg6
(g13
g8
NtRp66080
(dp66081
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66082
(dp66083
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p66084
sbg6
(g13
g8
NtRp66085
(dp66086
g16
Nsg17
Nsg11
VJajce I Hydroelectric Power Station is a diversion type of hydroelectric power plant, taking its waters from Great Pliva Lake (Bosnian: Veliko Plivsko jezero), whose powerhouse (generation hall, generating station or generating plant) is situated underground near Podmila\u010dje, in Bosnia and Herzegovina. It use two 30 MW generators, total installed capacity of 60 MW.
p66087
sbg6
(g13
g8
NtRp66088
(dp66089
g16
Nsg17
Nsg11
VPOINT(17.228567123413 44.345279693604)
p66090
sbtp66091
a(g6
(g7
g8
NtRp66092
(dp66093
g11
Vhttp://dbpedia.org/resource/Jajce-2_Hydroelectric_Power_Station
p66094
sbg6
(g13
g8
NtRp66095
(dp66096
g16
Nsg17
Nsg11
VHidroelektrana Jajce Dva
p66097
sbg6
(g13
g8
NtRp66098
(dp66099
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p66100
sbg6
(g13
g8
NtRp66101
(dp66102
g16
Nsg17
Nsg11
VArch dam
p66103
sbNNNg6
(g13
g8
NtRp66104
(dp66105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_the_Federation_of_Bosnia_and_Herzegovina
p66106
sbg6
(g13
g8
NtRp66107
(dp66108
g16
Nsg17
Nsg11
VElectricity generation
p66109
sbg6
(g13
g8
NtRp66110
(dp66111
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vrbas_(river)
p66112
sbg6
(g13
g8
NtRp66113
(dp66114
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66115
(dp66116
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p66117
sbg6
(g13
g8
NtRp66118
(dp66119
g16
Nsg17
Nsg11
VJajce II Hydroelectric Power Station is a diversion type of hydroelectric power plant on the Vrbas river, whose and powerhouse (generation hall, generating station or generating plant) is situated underground 17 km downstream from town of Jajce, in Bosnia and Herzegovina. It use 3x10 MW generators, with total installed capacity of 30 MW.
p66120
sbg6
(g13
g8
NtRp66121
(dp66122
g16
Nsg17
Nsg11
VPOINT(17.263513565063 44.411735534668)
p66123
sbtp66124
a(g6
(g7
g8
NtRp66125
(dp66126
g11
Vhttp://dbpedia.org/resource/Jajce-2_Hydroelectric_Power_Station
p66127
sbg6
(g13
g8
NtRp66128
(dp66129
g16
Nsg17
Nsg11
VJajce-2 Hydroelectric Power Station
p66130
sbg6
(g13
g8
NtRp66131
(dp66132
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p66133
sbg6
(g13
g8
NtRp66134
(dp66135
g16
Nsg17
Nsg11
VArch dam
p66136
sbNNNg6
(g13
g8
NtRp66137
(dp66138
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_the_Federation_of_Bosnia_and_Herzegovina
p66139
sbg6
(g13
g8
NtRp66140
(dp66141
g16
Nsg17
Nsg11
VElectricity generation
p66142
sbg6
(g13
g8
NtRp66143
(dp66144
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vrbas_(river)
p66145
sbg6
(g13
g8
NtRp66146
(dp66147
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66148
(dp66149
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p66150
sbg6
(g13
g8
NtRp66151
(dp66152
g16
Nsg17
Nsg11
VJajce II Hydroelectric Power Station is a diversion type of hydroelectric power plant on the Vrbas river, whose and powerhouse (generation hall, generating station or generating plant) is situated underground 17 km downstream from town of Jajce, in Bosnia and Herzegovina. It use 3x10 MW generators, with total installed capacity of 30 MW.
p66153
sbg6
(g13
g8
NtRp66154
(dp66155
g16
Nsg17
Nsg11
VPOINT(17.263513565063 44.411735534668)
p66156
sbtp66157
a(g6
(g7
g8
NtRp66158
(dp66159
g11
Vhttp://dbpedia.org/resource/Jalaput_Dam
p66160
sbg6
(g13
g8
NtRp66161
(dp66162
g16
Nsg17
Nsg11
VJalaput Dam
p66163
sbg6
(g13
g8
NtRp66164
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g16
Nsg17
Nsg11
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p66166
sbg6
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g8
NtRp66167
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g16
Nsg17
Nsg11
VEarth-fill dam
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sbg6
(g13
g8
NtRp66170
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g16
Nsg17
g27
sg11
V0.419
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sbNg6
(g7
g8
NtRp66173
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g11
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sbg6
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g8
NtRp66176
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Odisha
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sbg6
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g8
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(dp66180
g16
Nsg17
Nsg11
VHydroelectric&Irrigation
p66181
sbNNNg6
(g13
g8
NtRp66182
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g16
Nsg17
Nsg11
VIndia Odisha
p66184
sbg6
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g8
NtRp66185
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g16
Nsg17
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VThe Jalaput Dam is a hydroelectric dam built on the Machkund River, a tributary of the Godavari River in India which rises in the Mudugal hills of Alluri Sitharama Raju district District and nearby Ondra Gadda it becomes the boundary between Andhra Pradesh and Odisha. This Dam is the most ignored one in India, currently, it is in dilapidated condition. For over 48 km the river runs nearly north along a meandering course through the Padwa Valley. About 48 km south of Jeypore, it winds westward along the edge of the Plateau and then suddenly tums at a short angle to the south-west down a steep descent popularly known as Duduma Falls.
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sbg6
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g8
NtRp66188
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Nsg17
Nsg11
VPOINT(82.546943664551 18.453887939453)
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sbtp66191
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g8
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g8
NtRp66195
(dp66196
g16
Nsg17
Nsg11
VJamanxim Dam
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g8
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g16
Nsg17
Nsg11
VBrazil
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g8
NtRp66201
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sbNg6
(g13
g8
NtRp66204
(dp66205
g16
Nsg17
Nsg11
VHydroelectric
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sbg6
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g8
NtRp66207
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jamanxim_River
p66209
sbg6
(g13
g8
NtRp66210
(dp66211
g16
Nsg17
Nsg11
VPlanned
p66212
sbNg6
(g13
g8
NtRp66213
(dp66214
g16
Nsg17
Nsg11
VBrazil
p66215
sbg6
(g13
g8
NtRp66216
(dp66217
g16
Nsg17
Nsg11
VThe Jamanxim Dam (Portuguese: Barragem Jamanxim) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.
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(g13
g8
NtRp66219
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g16
Nsg17
Nsg11
VPOINT(-55.874179840088 -5.6588759422302)
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sbtp66222
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g8
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sbg6
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g8
NtRp66226
(dp66227
g16
Nsg17
Nsg11
VUsina Hidrelétrica Jamanxim
p66228
sbg6
(g13
g8
NtRp66229
(dp66230
g16
Nsg17
Nsg11
VBrazil
p66231
sbNNNg6
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g8
NtRp66232
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g11
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p66234
sbNg6
(g13
g8
NtRp66235
(dp66236
g16
Nsg17
Nsg11
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sbg6
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g8
NtRp66238
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Nsg17
Nsg11
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p66240
sbg6
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g8
NtRp66241
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g16
Nsg17
Nsg11
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p66243
sbNg6
(g13
g8
NtRp66244
(dp66245
g16
Nsg17
Nsg11
VBrazil
p66246
sbg6
(g13
g8
NtRp66247
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g16
Nsg17
Nsg11
VThe Jamanxim Dam (Portuguese: Barragem Jamanxim) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.
p66249
sbg6
(g13
g8
NtRp66250
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g16
Nsg17
Nsg11
VPOINT(-55.874179840088 -5.6588759422302)
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sbtp66253
a(g6
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g8
NtRp66254
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g8
NtRp66257
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp66260
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g16
Nsg17
Nsg11
VBrazil
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g8
NtRp66263
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g11
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sbNg6
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g8
NtRp66266
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp66269
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g16
Nsg17
Nsg11
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p66271
sbg6
(g13
g8
NtRp66272
(dp66273
g16
Nsg17
Nsg11
VPlanned
p66274
sbNg6
(g13
g8
NtRp66275
(dp66276
g16
Nsg17
Nsg11
VBrazil
p66277
sbg6
(g13
g8
NtRp66278
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g16
Nsg17
Nsg11
VThe Jamanxim Dam (Portuguese: Barragem Jamanxim) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.
p66280
sbg6
(g13
g8
NtRp66281
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g16
Nsg17
Nsg11
VPOINT(-55.874179840088 -5.6588759422302)
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sbtp66284
a(g6
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g8
NtRp66285
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g11
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p66287
sbg6
(g13
g8
NtRp66288
(dp66289
g16
Nsg17
Nsg11
VTalsperre Jamestown
p66290
sbg6
(g13
g8
NtRp66291
(dp66292
g16
Nsg17
Nsg11
VUnited States
p66293
sbg6
(g13
g8
NtRp66294
(dp66295
g16
Nsg17
Nsg11
VRolled-earth/Embankment
p66296
sbg6
(g13
g8
NtRp66297
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g16
Nsg17
g27
sg11
V0.432206
p66299
sbNg6
(g7
g8
NtRp66300
(dp66301
g11
Vhttp://dbpedia.org/resource/Jamestown_Dam__Lake__1
p66302
sbg6
(g13
g8
NtRp66303
(dp66304
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p66305
sbNg6
(g13
g8
NtRp66306
(dp66307
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/James_River_(Dakotas)
p66308
sbg6
(g13
g8
NtRp66309
(dp66310
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66311
(dp66312
g16
Nsg17
Nsg11
VNorth Dakota
p66313
sbg6
(g13
g8
NtRp66314
(dp66315
g16
Nsg17
Nsg11
VThe Jamestown Dam is a rolled-earth dam spanning the James River in Stutsman County in the U.S. state of North Dakota, serving the primary purpose of flood control. It is north of the city of Jamestown, North Dakota. Built from April 1952 to September 1953, the dam measures 1,418 feet (432 m) long at the crest and 85 feet (26 m) high. It impounds the James River to form the Jamestown Reservoir. A small islet lies shortly upstream of the dam, where the James River previously split into two channels.
p66316
sbg6
(g13
g8
NtRp66317
(dp66318
g16
Nsg17
Nsg11
VPOINT(-98.709999084473 46.933300018311)
p66319
sbtp66320
a(g6
(g7
g8
NtRp66321
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g11
Vhttp://dbpedia.org/resource/Jamestown_Dam
p66323
sbg6
(g13
g8
NtRp66324
(dp66325
g16
Nsg17
Nsg11
VJamestown Dam
p66326
sbg6
(g13
g8
NtRp66327
(dp66328
g16
Nsg17
Nsg11
VUnited States
p66329
sbg6
(g13
g8
NtRp66330
(dp66331
g16
Nsg17
Nsg11
VRolled-earth/Embankment
p66332
sbg6
(g13
g8
NtRp66333
(dp66334
g16
Nsg17
g27
sg11
V0.432206
p66335
sbNg6
(g7
g8
NtRp66336
(dp66337
g11
Vhttp://dbpedia.org/resource/Jamestown_Dam__Lake__1
p66338
sbg6
(g13
g8
NtRp66339
(dp66340
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p66341
sbNg6
(g13
g8
NtRp66342
(dp66343
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/James_River_(Dakotas)
p66344
sbg6
(g13
g8
NtRp66345
(dp66346
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp66347
(dp66348
g16
Nsg17
Nsg11
VNorth Dakota
p66349
sbg6
(g13
g8
NtRp66350
(dp66351
g16
Nsg17
Nsg11
VThe Jamestown Dam is a rolled-earth dam spanning the James River in Stutsman County in the U.S. state of North Dakota, serving the primary purpose of flood control. It is north of the city of Jamestown, North Dakota. Built from April 1952 to September 1953, the dam measures 1,418 feet (432 m) long at the crest and 85 feet (26 m) high. It impounds the James River to form the Jamestown Reservoir. A small islet lies shortly upstream of the dam, where the James River previously split into two channels.
p66352
sbg6
(g13
g8
NtRp66353
(dp66354
g16
Nsg17
Nsg11
VPOINT(-98.709999084473 46.933300018311)
p66355
sbtp66356
a(g6
(g7
g8
NtRp66357
(dp66358
g11
Vhttp://dbpedia.org/resource/Janampet_Barrage
p66359
sbg6
(g13
g8
NtRp66360
(dp66361
g16
Nsg17
Nsg11
VJanampet Barrage
p66362
sbg6
(g13
g8
NtRp66363
(dp66364
g16
Nsg17
Nsg11
VIndia
p66365
sbg6
(g13
g8
NtRp66366
(dp66367
g16
Nsg17
Nsg11
VBarrage
p66368
sbg6
(g13
g8
NtRp66369
(dp66370
g16
Nsg17
g27
sg11
V0.8675
p66371
sbg6
(g13
g8
NtRp66372
(dp66373
g16
Nsg17
g27
sg11
V57.0
p66374
sbg6
(g7
g8
NtRp66375
(dp66376
g11
Vhttp://dbpedia.org/resource/Janampet_Barrage__Lake__1
p66377
sbNg6
(g13
g8
NtRp66378
(dp66379
g16
Nsg17
Nsg11
VMulti-purpose
p66380
sbg6
(g13
g8
NtRp66381
(dp66382
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Godavari_River
p66383
sbg6
(g13
g8
NtRp66384
(dp66385
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp66386
(dp66387
g16
Nsg17
Nsg11
VIndia Telangana#India
p66388
sbg6
(g13
g8
NtRp66389
(dp66390
g16
Nsg17
Nsg11
VJanampet Barrage is a proposed barrage (dam) across Godavari River with full pond level (FPL) 67m. It would be located at Janampet village, Pinapaka, Bhadradri Kothagudem, India. This barrage was proposed as part of a proposal to link Godavari, Krishna, Penna and Cauvery rivers, which is part of Indian Rivers Interlinking Project.
p66391
sbg6
(g13
g8
NtRp66392
(dp66393
g16
Nsg17
Nsg11
VPOINT(44 80)
p66394
sbtp66395
a(g6
(g7
g8
NtRp66396
(dp66397
g11
Vhttp://dbpedia.org/resource/Jardim_do_Ouro_Dam
p66398
sbg6
(g13
g8
NtRp66399
(dp66400
g16
Nsg17
Nsg11
VJardim do Ouro Dam
p66401
sbg6
(g13
g8
NtRp66402
(dp66403
g16
Nsg17
Nsg11
VBrazil
p66404
sbNNNg6
(g7
g8
NtRp66405
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g11
Vhttp://dbpedia.org/resource/Jardim_do_Ouro_Dam__Lake__1
p66407
sbNg6
(g13
g8
NtRp66408
(dp66409
g16
Nsg17
Nsg11
VHydroelectric
p66410
sbg6
(g13
g8
NtRp66411
(dp66412
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jamanxim_River
p66413
sbg6
(g13
g8
NtRp66414
(dp66415
g16
Nsg17
Nsg11
VPlanned
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sbNg6
(g13
g8
NtRp66417
(dp66418
g16
Nsg17
Nsg11
VBrazil
p66419
sbg6
(g13
g8
NtRp66420
(dp66421
g16
Nsg17
Nsg11
VThe Jardim do Ouro Dam (Portuguese: Barragem Jardim do Ouro Dam) is a proposed hydroelectric dam on the Jamanxim River in the state of Pará, Brazil.The dam would have a 42,600 hectares (105,000 acres) reservoir and capacity of 227 megawatts (304,000 hp).It has not been studied on detail due to relatively low return on investment compared to other projects in the region.
p66422
sbg6
(g13
g8
NtRp66423
(dp66424
g16
Nsg17
Nsg11
VPOINT(-55.761959075928 -6.2767629623413)
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sbtp66426
a(g6
(g7
g8
NtRp66427
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g11
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p66429
sbg6
(g13
g8
NtRp66430
(dp66431
g16
Nsg17
Nsg11
VJatigede Dam
p66432
sbg6
(g13
g8
NtRp66433
(dp66434
g16
Nsg17
Nsg11
VIndonesia
p66435
sbg6
(g13
g8
NtRp66436
(dp66437
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p66438
sbg6
(g13
g8
NtRp66439
(dp66440
g16
Nsg17
g27
sg11
V1.715
p66441
sbg6
(g13
g8
NtRp66442
(dp66443
g16
Nsg17
g27
sg11
V265.0
p66444
sbg6
(g7
g8
NtRp66445
(dp66446
g11
Vhttp://dbpedia.org/resource/Jatigede_Dam__Lake__1
p66447
sbNNg6
(g13
g8
NtRp66448
(dp66449
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cimanuk_River
p66450
sbg6
(g13
g8
NtRp66451
(dp66452
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66453
(dp66454
g16
Nsg17
g27
sg11
V6.7e+06
p66455
sbg6
(g13
g8
NtRp66456
(dp66457
g16
Nsg17
Nsg11
VIndonesia
p66458
sbg6
(g13
g8
NtRp66459
(dp66460
g16
Nsg17
Nsg11
VThe Jatigede Dam is an embankment dam on the Cimanuk River in Sumedang Regency, West Java, Indonesia. It is located 19 km (12 mi) east of the town of Sumedang. Construction on the dam began in 2008 and it was completed in 2015. The power station is expected to be commissioned in 2019. The primary purpose of the dam is irrigation but it will also provide for flood control, water supply and hydroelectric power generation. Water in the reservoir will be used to help irrigate 90,000 ha (222,395 acres) of farmland and the power station is expected to have a 110 MW capacity. The project has become controversial, primarily due to the relocation of people in the future reservoir zone.
p66461
sbg6
(g13
g8
NtRp66462
(dp66463
g16
Nsg17
Nsg11
VPOINT(108.09471893311 -6.8563890457153)
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sbtp66465
a(g6
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g8
NtRp66466
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g11
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p66468
sbg6
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g8
NtRp66469
(dp66470
g16
Nsg17
Nsg11
V\u52a0\u8482\u683c\u8fea\u5927\u575d
p66471
sbg6
(g13
g8
NtRp66472
(dp66473
g16
Nsg17
Nsg11
VIndonesia
p66474
sbg6
(g13
g8
NtRp66475
(dp66476
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p66477
sbg6
(g13
g8
NtRp66478
(dp66479
g16
Nsg17
g27
sg11
V1.715
p66480
sbg6
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g8
NtRp66481
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g16
Nsg17
g27
sg11
V265.0
p66483
sbg6
(g7
g8
NtRp66484
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g11
Vhttp://dbpedia.org/resource/Jatigede_Dam__Lake__1
p66486
sbNNg6
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g8
NtRp66487
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g16
Nsg17
Nsg11
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p66489
sbg6
(g13
g8
NtRp66490
(dp66491
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66492
(dp66493
g16
Nsg17
g27
sg11
V6.7e+06
p66494
sbg6
(g13
g8
NtRp66495
(dp66496
g16
Nsg17
Nsg11
VIndonesia
p66497
sbg6
(g13
g8
NtRp66498
(dp66499
g16
Nsg17
Nsg11
VThe Jatigede Dam is an embankment dam on the Cimanuk River in Sumedang Regency, West Java, Indonesia. It is located 19 km (12 mi) east of the town of Sumedang. Construction on the dam began in 2008 and it was completed in 2015. The power station is expected to be commissioned in 2019. The primary purpose of the dam is irrigation but it will also provide for flood control, water supply and hydroelectric power generation. Water in the reservoir will be used to help irrigate 90,000 ha (222,395 acres) of farmland and the power station is expected to have a 110 MW capacity. The project has become controversial, primarily due to the relocation of people in the future reservoir zone.
p66500
sbg6
(g13
g8
NtRp66501
(dp66502
g16
Nsg17
Nsg11
VPOINT(108.09471893311 -6.8563890457153)
p66503
sbtp66504
a(g6
(g7
g8
NtRp66505
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g11
Vhttp://dbpedia.org/resource/Jatigede_Dam
p66507
sbg6
(g13
g8
NtRp66508
(dp66509
g16
Nsg17
Nsg11
VWaduk Jatigede
p66510
sbg6
(g13
g8
NtRp66511
(dp66512
g16
Nsg17
Nsg11
VIndonesia
p66513
sbg6
(g13
g8
NtRp66514
(dp66515
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p66516
sbg6
(g13
g8
NtRp66517
(dp66518
g16
Nsg17
g27
sg11
V1.715
p66519
sbg6
(g13
g8
NtRp66520
(dp66521
g16
Nsg17
g27
sg11
V265.0
p66522
sbg6
(g7
g8
NtRp66523
(dp66524
g11
Vhttp://dbpedia.org/resource/Jatigede_Dam__Lake__1
p66525
sbNNg6
(g13
g8
NtRp66526
(dp66527
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cimanuk_River
p66528
sbg6
(g13
g8
NtRp66529
(dp66530
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66531
(dp66532
g16
Nsg17
g27
sg11
V6.7e+06
p66533
sbg6
(g13
g8
NtRp66534
(dp66535
g16
Nsg17
Nsg11
VIndonesia
p66536
sbg6
(g13
g8
NtRp66537
(dp66538
g16
Nsg17
Nsg11
VThe Jatigede Dam is an embankment dam on the Cimanuk River in Sumedang Regency, West Java, Indonesia. It is located 19 km (12 mi) east of the town of Sumedang. Construction on the dam began in 2008 and it was completed in 2015. The power station is expected to be commissioned in 2019. The primary purpose of the dam is irrigation but it will also provide for flood control, water supply and hydroelectric power generation. Water in the reservoir will be used to help irrigate 90,000 ha (222,395 acres) of farmland and the power station is expected to have a 110 MW capacity. The project has become controversial, primarily due to the relocation of people in the future reservoir zone.
p66539
sbg6
(g13
g8
NtRp66540
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g16
Nsg17
Nsg11
VPOINT(108.09471893311 -6.8563890457153)
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sbtp66543
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sbg6
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NtRp66547
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g16
Nsg17
Nsg11
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sbg6
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g8
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g16
Nsg17
Nsg11
VIndonesia
p66552
sbg6
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g8
NtRp66553
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g16
Nsg17
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VEmbankment, earth-fill
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sbg6
(g13
g8
NtRp66556
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g16
Nsg17
g27
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V1.2
p66558
sbg6
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g27
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V114.5
p66561
sbg6
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g8
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g11
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p66564
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Nsg17
Nsg11
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p66567
sbg6
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g8
NtRp66568
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66570
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g16
Nsg17
g27
sg11
V9.1e+06
p66572
sbg6
(g13
g8
NtRp66573
(dp66574
g16
Nsg17
Nsg11
VIndonesia
p66575
sbg6
(g13
g8
NtRp66576
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g16
Nsg17
Nsg11
VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66578
sbg6
(g13
g8
NtRp66579
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g16
Nsg17
Nsg11
VPOINT(107.38833618164 -6.5236110687256)
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sbtp66582
a(g6
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VWaduk Jatiluhur
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sbg6
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g8
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Nsg17
Nsg11
VIndonesia
p66591
sbg6
(g13
g8
NtRp66592
(dp66593
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p66594
sbg6
(g13
g8
NtRp66595
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g16
Nsg17
g27
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V1.2
p66597
sbg6
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NtRp66598
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g16
Nsg17
g27
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V114.5
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sbg6
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g8
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g11
Vhttp://dbpedia.org/resource/Jatiluhur_Dam__Lake__1
p66603
sbNNg6
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g16
Nsg17
Nsg11
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p66606
sbg6
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g16
Nsg17
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VO
sbg6
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g8
NtRp66609
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g16
Nsg17
g27
sg11
V9.1e+06
p66611
sbg6
(g13
g8
NtRp66612
(dp66613
g16
Nsg17
Nsg11
VIndonesia
p66614
sbg6
(g13
g8
NtRp66615
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g16
Nsg17
Nsg11
VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66617
sbg6
(g13
g8
NtRp66618
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g16
Nsg17
Nsg11
VPOINT(107.38833618164 -6.5236110687256)
p66620
sbtp66621
a(g6
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g8
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Vhttp://dbpedia.org/resource/Jatiluhur_Dam
p66624
sbg6
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g8
NtRp66625
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g16
Nsg17
Nsg11
VBarrage de Jatiluhur
p66627
sbg6
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g16
Nsg17
Nsg11
VIndonesia
p66630
sbg6
(g13
g8
NtRp66631
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Nsg17
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VEmbankment, earth-fill
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sbg6
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g27
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sbg6
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sbg6
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g8
NtRp66640
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g11
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p66642
sbNNg6
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NtRp66643
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g16
Nsg17
Nsg11
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p66645
sbg6
(g13
g8
NtRp66646
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66648
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g16
Nsg17
g27
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V9.1e+06
p66650
sbg6
(g13
g8
NtRp66651
(dp66652
g16
Nsg17
Nsg11
VIndonesia
p66653
sbg6
(g13
g8
NtRp66654
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g16
Nsg17
Nsg11
VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66656
sbg6
(g13
g8
NtRp66657
(dp66658
g16
Nsg17
Nsg11
VPOINT(107.38833618164 -6.5236110687256)
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sbtp66660
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g8
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g11
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p66663
sbg6
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NtRp66664
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Nsg17
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V\u0413\u0415\u0421 \u0414\u0436\u0430\u0442\u0456\u043b\u0443\u0445\u0443\u0440
p66666
sbg6
(g13
g8
NtRp66667
(dp66668
g16
Nsg17
Nsg11
VIndonesia
p66669
sbg6
(g13
g8
NtRp66670
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
p66672
sbg6
(g13
g8
NtRp66673
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g16
Nsg17
g27
sg11
V1.2
p66675
sbg6
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g8
NtRp66676
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Nsg17
g27
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V114.5
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sbg6
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g8
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g11
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p66681
sbNNg6
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Nsg17
Nsg11
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p66684
sbg6
(g13
g8
NtRp66685
(dp66686
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66687
(dp66688
g16
Nsg17
g27
sg11
V9.1e+06
p66689
sbg6
(g13
g8
NtRp66690
(dp66691
g16
Nsg17
Nsg11
VIndonesia
p66692
sbg6
(g13
g8
NtRp66693
(dp66694
g16
Nsg17
Nsg11
VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66695
sbg6
(g13
g8
NtRp66696
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g16
Nsg17
Nsg11
VPOINT(107.38833618164 -6.5236110687256)
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sbtp66699
a(g6
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g11
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(g13
g8
NtRp66703
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g16
Nsg17
Nsg11
VJatiluhur Dam
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sbg6
(g13
g8
NtRp66706
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g16
Nsg17
Nsg11
VIndonesia
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sbg6
(g13
g8
NtRp66709
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
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sbg6
(g13
g8
NtRp66712
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g16
Nsg17
g27
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V1.2
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sbg6
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g8
NtRp66715
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g16
Nsg17
g27
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V114.5
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sbg6
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g8
NtRp66718
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g11
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sbNNg6
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g8
NtRp66721
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g16
Nsg17
Nsg11
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p66723
sbg6
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g8
NtRp66724
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp66726
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g16
Nsg17
g27
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V9.1e+06
p66728
sbg6
(g13
g8
NtRp66729
(dp66730
g16
Nsg17
Nsg11
VIndonesia
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sbg6
(g13
g8
NtRp66732
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g16
Nsg17
Nsg11
VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66734
sbg6
(g13
g8
NtRp66735
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g16
Nsg17
Nsg11
VPOINT(107.38833618164 -6.5236110687256)
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Nsg17
Nsg11
VIndonesia
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sbg6
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g8
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Nsg17
Nsg11
VEmbankment, earth-fill
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sbg6
(g13
g8
NtRp66751
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g16
Nsg17
g27
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V1.2
p66753
sbg6
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g8
NtRp66754
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Nsg17
g27
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V114.5
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g8
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g16
Nsg17
Nsg11
VO
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g8
NtRp66765
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g16
Nsg17
g27
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V9.1e+06
p66767
sbg6
(g13
g8
NtRp66768
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g16
Nsg17
Nsg11
VIndonesia
p66770
sbg6
(g13
g8
NtRp66771
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Nsg17
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VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66773
sbg6
(g13
g8
NtRp66774
(dp66775
g16
Nsg17
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VPOINT(107.38833618164 -6.5236110687256)
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g8
NtRp66781
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g16
Nsg17
Nsg11
VBendungan Ir. H. Juanda
p66783
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g8
NtRp66784
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp66787
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
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sbg6
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g8
NtRp66790
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g16
Nsg17
g27
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V1.2
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sbg6
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V114.5
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Nsg11
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p66801
sbg6
(g13
g8
NtRp66802
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp66804
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g16
Nsg17
g27
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V9.1e+06
p66806
sbg6
(g13
g8
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Nsg17
Nsg11
VIndonesia
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sbg6
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g8
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Nsg17
Nsg11
VThe Jatiluhur Dam is a multi-purpose embankment dam on the Citarum River in West Java, Indonesia. It is located 70 km (43 mi) east of Jakarta, close to the medium-size town of Purwakarta. Jatiluhur Dam was designed by Coyne et Bellier and was constructed between 1957 and 1965 while the power station become operational in 1967. The dam serves several purposes including the provision of hydroelectric power generation, water supply, flood control, irrigation and aquaculture. The power station has an installed capacity of 186.5 MW which feeds into the Java grid managed by the state-owned electricity company Perusahaan Listrik Negara. The Jatiluhur reservoir helps irrigate 240,000 ha (593,053 acres) of rice fields. The earth-fill dam is 105 m (344 ft) high and withholds a reservoir of 3,000,000
p66812
sbg6
(g13
g8
NtRp66813
(dp66814
g16
Nsg17
Nsg11
VPOINT(107.38833618164 -6.5236110687256)
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sbtp66816
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g8
NtRp66820
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g16
Nsg17
Nsg11
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(g13
g8
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g16
Nsg17
Nsg11
VBrazil
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NtRp66826
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Nsg17
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p66831
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g8
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Nsg17
Nsg11
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g8
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g8
NtRp66838
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g16
Nsg17
Nsg11
VSuspended
p66840
sbNg6
(g13
g8
NtRp66841
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g16
Nsg17
Nsg11
VBrazil
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sbg6
(g13
g8
NtRp66844
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Nsg17
Nsg11
VThe Jatobá Hydroelectric Power Plant (Portuguese: Usina Hidrelétrica Jatobá) is a planned hydroelectric power plant and dam on the Tapajós river in the state of Pará, Brazil.As of 2017 the project was suspended.
p66846
sbg6
(g13
g8
NtRp66847
(dp66848
g16
Nsg17
Nsg11
VPOINT(-56.914291381836 -5.1890988349915)
p66849
sbtp66850
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g8
NtRp66851
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g11
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p66853
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(g13
g8
NtRp66854
(dp66855
g16
Nsg17
Nsg11
VJatobá Hydroelectric Power Plant
p66856
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(g13
g8
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(dp66858
g16
Nsg17
Nsg11
VBrazil
p66859
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g8
NtRp66860
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Nsg17
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p66862
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p66865
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g8
NtRp66866
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g16
Nsg17
Nsg11
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Nsg17
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p66871
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g8
NtRp66872
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g16
Nsg17
Nsg11
VSuspended
p66874
sbNg6
(g13
g8
NtRp66875
(dp66876
g16
Nsg17
Nsg11
VBrazil
p66877
sbg6
(g13
g8
NtRp66878
(dp66879
g16
Nsg17
Nsg11
VThe Jatobá Hydroelectric Power Plant (Portuguese: Usina Hidrelétrica Jatobá) is a planned hydroelectric power plant and dam on the Tapajós river in the state of Pará, Brazil.As of 2017 the project was suspended.
p66880
sbg6
(g13
g8
NtRp66881
(dp66882
g16
Nsg17
Nsg11
VPOINT(-56.914291381836 -5.1890988349915)
p66883
sbtp66884
a(g6
(g7
g8
NtRp66885
(dp66886
g11
Vhttp://dbpedia.org/resource/Jawai_Dam
p66887
sbg6
(g13
g8
NtRp66888
(dp66889
g16
Nsg17
Nsg11
VJawai Dam
p66890
sbg6
(g13
g8
NtRp66891
(dp66892
g16
Nsg17
Nsg11
VIndia
p66893
sbg6
(g13
g8
NtRp66894
(dp66895
g16
Nsg17
Nsg11
VEarthen and masonry
p66896
sbNNNNg6
(g13
g8
NtRp66897
(dp66898
g16
Nsg17
Nsg11
VIrrigation and water supply
p66899
sbNNNNg6
(g13
g8
NtRp66900
(dp66901
g16
Nsg17
Nsg11
VJawai Bandh is a dam built across the Jawai river, a tributary of Luni river, in Rajasthan.
p66902
sbg6
(g13
g8
NtRp66903
(dp66904
g16
Nsg17
Nsg11
VPOINT(73.149383544922 25.09056854248)
p66905
sbtp66906
a(g6
(g7
g8
NtRp66907
(dp66908
g11
Vhttp://dbpedia.org/resource/Jean-Lesage_generating_station
p66909
sbg6
(g13
g8
NtRp66910
(dp66911
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0456\u043a\u0443\u0430\u0433\u0430\u043d-2
p66912
sbg6
(g13
g8
NtRp66913
(dp66914
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p66915
sbNg6
(g13
g8
NtRp66916
(dp66917
g16
Nsg17
g27
sg11
V0.692
p66918
sbNg6
(g7
g8
NtRp66919
(dp66920
g11
Vhttp://dbpedia.org/resource/Jean-Lesage_generating_station__Lake__1
p66921
sbg6
(g13
g8
NtRp66922
(dp66923
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/HydroQuebec
p66924
sbNg6
(g13
g8
NtRp66925
(dp66926
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manicouagan_River
p66927
sbNNNg6
(g13
g8
NtRp66928
(dp66929
g16
Nsg17
Nsg11
VThe Jean-Lesage generating station, (French: Centrale Jean-Lesage) formerly known as Manic-2, is a dam located 22 km from Baie-Comeau built on Manicouagan River in Quebec, Canada. It was constructed between 1961 and 1967. On June 22, 2010, the dam and the generating station were renamed in honour of Jean Lesage, who was premier of Quebec during the construction of the complex.
p66930
sbg6
(g13
g8
NtRp66931
(dp66932
g16
Nsg17
Nsg11
VPOINT(-68.346664428711 49.321666717529)
p66933
sbtp66934
a(g6
(g7
g8
NtRp66935
(dp66936
g11
Vhttp://dbpedia.org/resource/Jean-Lesage_generating_station
p66937
sbg6
(g13
g8
NtRp66938
(dp66939
g16
Nsg17
Nsg11
VCentrale Jean-Lesage
p66940
sbg6
(g13
g8
NtRp66941
(dp66942
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p66943
sbNg6
(g13
g8
NtRp66944
(dp66945
g16
Nsg17
g27
sg11
V0.692
p66946
sbNg6
(g7
g8
NtRp66947
(dp66948
g11
Vhttp://dbpedia.org/resource/Jean-Lesage_generating_station__Lake__1
p66949
sbg6
(g13
g8
NtRp66950
(dp66951
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/HydroQuebec
p66952
sbNg6
(g13
g8
NtRp66953
(dp66954
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manicouagan_River
p66955
sbNNNg6
(g13
g8
NtRp66956
(dp66957
g16
Nsg17
Nsg11
VThe Jean-Lesage generating station, (French: Centrale Jean-Lesage) formerly known as Manic-2, is a dam located 22 km from Baie-Comeau built on Manicouagan River in Quebec, Canada. It was constructed between 1961 and 1967. On June 22, 2010, the dam and the generating station were renamed in honour of Jean Lesage, who was premier of Quebec during the construction of the complex.
p66958
sbg6
(g13
g8
NtRp66959
(dp66960
g16
Nsg17
Nsg11
VPOINT(-68.346664428711 49.321666717529)
p66961
sbtp66962
a(g6
(g7
g8
NtRp66963
(dp66964
g11
Vhttp://dbpedia.org/resource/Jean-Lesage_generating_station
p66965
sbg6
(g13
g8
NtRp66966
(dp66967
g16
Nsg17
Nsg11
VJean-Lesage generating station
p66968
sbg6
(g13
g8
NtRp66969
(dp66970
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p66971
sbNg6
(g13
g8
NtRp66972
(dp66973
g16
Nsg17
g27
sg11
V0.692
p66974
sbNg6
(g7
g8
NtRp66975
(dp66976
g11
Vhttp://dbpedia.org/resource/Jean-Lesage_generating_station__Lake__1
p66977
sbg6
(g13
g8
NtRp66978
(dp66979
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/HydroQuebec
p66980
sbNg6
(g13
g8
NtRp66981
(dp66982
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manicouagan_River
p66983
sbNNNg6
(g13
g8
NtRp66984
(dp66985
g16
Nsg17
Nsg11
VThe Jean-Lesage generating station, (French: Centrale Jean-Lesage) formerly known as Manic-2, is a dam located 22 km from Baie-Comeau built on Manicouagan River in Quebec, Canada. It was constructed between 1961 and 1967. On June 22, 2010, the dam and the generating station were renamed in honour of Jean Lesage, who was premier of Quebec during the construction of the complex.
p66986
sbg6
(g13
g8
NtRp66987
(dp66988
g16
Nsg17
Nsg11
VPOINT(-68.346664428711 49.321666717529)
p66989
sbtp66990
a(g6
(g7
g8
NtRp66991
(dp66992
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p66993
sbg6
(g13
g8
NtRp66994
(dp66995
g16
Nsg17
Nsg11
VEmbalse de Jebba
p66996
sbg6
(g13
g8
NtRp66997
(dp66998
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p66999
sbNNNNg6
(g13
g8
NtRp67000
(dp67001
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67002
sbg6
(g13
g8
NtRp67003
(dp67004
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67005
(dp67006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67007
sbg6
(g13
g8
NtRp67008
(dp67009
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67010
(dp67011
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67012
sbg6
(g13
g8
NtRp67013
(dp67014
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67015
sbg6
(g13
g8
NtRp67016
(dp67017
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67018
sbtp67019
a(g6
(g7
g8
NtRp67020
(dp67021
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67022
sbg6
(g13
g8
NtRp67023
(dp67024
g16
Nsg17
Nsg11
VEmbalse de Jebba
p67025
sbg6
(g13
g8
NtRp67026
(dp67027
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67028
sbNNNNg6
(g13
g8
NtRp67029
(dp67030
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67031
sbg6
(g13
g8
NtRp67032
(dp67033
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67034
(dp67035
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67036
sbg6
(g13
g8
NtRp67037
(dp67038
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67039
(dp67040
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67041
sbg6
(g13
g8
NtRp67042
(dp67043
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67044
sbg6
(g13
g8
NtRp67045
(dp67046
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67047
sbtp67048
a(g6
(g7
g8
NtRp67049
(dp67050
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67051
sbg6
(g13
g8
NtRp67052
(dp67053
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0436\u0435\u0431\u0431\u0430
p67054
sbg6
(g13
g8
NtRp67055
(dp67056
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67057
sbNNNNg6
(g13
g8
NtRp67058
(dp67059
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67060
sbg6
(g13
g8
NtRp67061
(dp67062
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67063
(dp67064
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67065
sbg6
(g13
g8
NtRp67066
(dp67067
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67068
(dp67069
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67070
sbg6
(g13
g8
NtRp67071
(dp67072
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67073
sbg6
(g13
g8
NtRp67074
(dp67075
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67076
sbtp67077
a(g6
(g7
g8
NtRp67078
(dp67079
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67080
sbg6
(g13
g8
NtRp67081
(dp67082
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0414\u0436\u0435\u0431\u0431\u0430
p67083
sbg6
(g13
g8
NtRp67084
(dp67085
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67086
sbNNNNg6
(g13
g8
NtRp67087
(dp67088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67089
sbg6
(g13
g8
NtRp67090
(dp67091
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67092
(dp67093
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67094
sbg6
(g13
g8
NtRp67095
(dp67096
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67097
(dp67098
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67099
sbg6
(g13
g8
NtRp67100
(dp67101
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67102
sbg6
(g13
g8
NtRp67103
(dp67104
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67105
sbtp67106
a(g6
(g7
g8
NtRp67107
(dp67108
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67109
sbg6
(g13
g8
NtRp67110
(dp67111
g16
Nsg17
Nsg11
V\u5091\u5df4\u6c34\u96fb\u7ad9
p67112
sbg6
(g13
g8
NtRp67113
(dp67114
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67115
sbNNNNg6
(g13
g8
NtRp67116
(dp67117
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67118
sbg6
(g13
g8
NtRp67119
(dp67120
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67121
(dp67122
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67123
sbg6
(g13
g8
NtRp67124
(dp67125
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67126
(dp67127
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67128
sbg6
(g13
g8
NtRp67129
(dp67130
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67131
sbg6
(g13
g8
NtRp67132
(dp67133
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67134
sbtp67135
a(g6
(g7
g8
NtRp67136
(dp67137
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67138
sbg6
(g13
g8
NtRp67139
(dp67140
g16
Nsg17
Nsg11
VJebba Hydroelectric Power Station
p67141
sbg6
(g13
g8
NtRp67142
(dp67143
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67144
sbNNNNg6
(g13
g8
NtRp67145
(dp67146
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67147
sbg6
(g13
g8
NtRp67148
(dp67149
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67150
(dp67151
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67152
sbg6
(g13
g8
NtRp67153
(dp67154
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67155
(dp67156
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67157
sbg6
(g13
g8
NtRp67158
(dp67159
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67160
sbg6
(g13
g8
NtRp67161
(dp67162
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67163
sbtp67164
a(g6
(g7
g8
NtRp67165
(dp67166
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67167
sbg6
(g13
g8
NtRp67168
(dp67169
g16
Nsg17
Nsg11
VJebba Power Station
p67170
sbg6
(g13
g8
NtRp67171
(dp67172
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67173
sbNNNNg6
(g13
g8
NtRp67174
(dp67175
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67176
sbg6
(g13
g8
NtRp67177
(dp67178
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67179
(dp67180
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67181
sbg6
(g13
g8
NtRp67182
(dp67183
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67184
(dp67185
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67186
sbg6
(g13
g8
NtRp67187
(dp67188
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67189
sbg6
(g13
g8
NtRp67190
(dp67191
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67192
sbtp67193
a(g6
(g7
g8
NtRp67194
(dp67195
g11
Vhttp://dbpedia.org/resource/Jebba_Hydroelectric_Power_Station
p67196
sbg6
(g13
g8
NtRp67197
(dp67198
g16
Nsg17
Nsg11
VBarrage de Jebba
p67199
sbg6
(g13
g8
NtRp67200
(dp67201
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p67202
sbNNNNg6
(g13
g8
NtRp67203
(dp67204
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p67205
sbg6
(g13
g8
NtRp67206
(dp67207
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp67208
(dp67209
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niger_River
p67210
sbg6
(g13
g8
NtRp67211
(dp67212
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp67213
(dp67214
g16
Nsg17
Nsg11
VNigeria#Africa#World
p67215
sbg6
(g13
g8
NtRp67216
(dp67217
g16
Nsg17
Nsg11
VThe Jebba Hydroelectric Power Station, also Jebba Power Station, is a hydroelectric power plant across the Niger River in Nigeria. It has a power generating capacity of 578.4 megawatts, enough to power over 364,000 homes. The plant was commissioned on 13 April 1985, although commercial energy production began in 1983.
p67218
sbg6
(g13
g8
NtRp67219
(dp67220
g16
Nsg17
Nsg11
VPOINT(4.7877779006958 9.135555267334)
p67221
sbtp67222
a(g6
(g7
g8
NtRp67223
(dp67224
g11
Vhttp://dbpedia.org/resource/Jemez_Canyon_Dam
p67225
sbg6
(g13
g8
NtRp67226
(dp67227
g16
Nsg17
Nsg11
VJemez Canyon Dam
p67228
sbg6
(g13
g8
NtRp67229
(dp67230
g16
Nsg17
Nsg11
VUnited States
p67231
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VJemez Canyon Dam (National ID # NM00003) is a dam in Sandoval County, New Mexico, a few miles north of Albuquerque. The earthen dam was constructed in 1953 by the United States Army Corps of Engineers, with a height of 150 feet and a length at its crest of 870 feet. It impounds the Jemez River for flood control and storm water management in the spring and early summer seasons. The dam is owned by the Corps of Engineers, and operated by the Corps and the Cochiti Lake Project Office.
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VJericho Dam is a combined concrete gravity and earth-fill type dam located on the , near Amsterdam, Mpumalanga, South Africa. It was established in 1966/68 and its primary purpose is to serve for municipal and industrial use.
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VJhimruk Khola Hydropower Station (Nepali: \u091d\u093f\u092e\u094d\u0930\u0930\u0941\u0915 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Pyuthan District of Nepal. The flow from Jhimruk River, a tributary of West Rapti River, is used to generate 12 MW electricity and annual energy of 72 GWh. The flow is transferred to Madi River at the tailrace. The powerhouse is semi-underground type located on the bank of the Madi River. The plant is owned and developed by , an IPP of Nepal in technical help from UMN. The plant started generating electricity since 2052-01-25 BS. The generation licence will expire in 2101-12-30 BS, after which the plant will be handed over to the government. The power station is connected to 132 kV national grid through 41 km long transmission line at Lamahi substation. The electricit
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VThe Jiacha Hydropower Station (Chinese: \u52a0\u67e5\u6c34\u7535\u7ad9), also named Gacha Hydropower Station, is the second largest hydropower station built in Tibet, located in Gyaca County on the middle reaches of the Brahmaputra, with a total installed capacity of 360 MW and a designed annual generation capacity of 1.705 billion kWh.
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VThe Jiangpinghe Dam (Chinese: \u6c5f\u576a\u6cb3\u6c34\u7535\u7ad9\u5927\u575d; pinyin: Ji\u0101ngpínghé shu\u01d0diànzhàn dàbà; lit. 'Jiangpinghe Hydroelectric Station Dam') is a concrete face rock-fill embankment dam on the Loushui River near Jiangpinghe village, Zouma Town, in Hefeng County in Hubei Province, China. The purpose of the dam is hydroelectric power generation, flood control and irrigation. The dam houses a hydroelectric power station with 2 x 250 MW generators for a total installed capacity of 500 MW. Its expected generation of 1005 GWh will be transferred to the Central China Power Grid. Construction on the dam began in 2005 and the first generator went online in July 2012. The dam is 221 metres (725 ft) tall, withholding a 1,366,000,000 cubic metres (1,107,434 acre\u22c5ft) reservoir of which 787,000,000 cubic metres (638,031
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VThe Jiangpinghe Dam (Chinese: \u6c5f\u576a\u6cb3\u6c34\u7535\u7ad9\u5927\u575d; pinyin: Ji\u0101ngpínghé shu\u01d0diànzhàn dàbà; lit. 'Jiangpinghe Hydroelectric Station Dam') is a concrete face rock-fill embankment dam on the Loushui River near Jiangpinghe village, Zouma Town, in Hefeng County in Hubei Province, China. The purpose of the dam is hydroelectric power generation, flood control and irrigation. The dam houses a hydroelectric power station with 2 x 250 MW generators for a total installed capacity of 500 MW. Its expected generation of 1005 GWh will be transferred to the Central China Power Grid. Construction on the dam began in 2005 and the first generator went online in July 2012. The dam is 221 metres (725 ft) tall, withholding a 1,366,000,000 cubic metres (1,107,434 acre\u22c5ft) reservoir of which 787,000,000 cubic metres (638,031
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VThe Jiangpinghe Dam (Chinese: \u6c5f\u576a\u6cb3\u6c34\u7535\u7ad9\u5927\u575d; pinyin: Ji\u0101ngpínghé shu\u01d0diànzhàn dàbà; lit. 'Jiangpinghe Hydroelectric Station Dam') is a concrete face rock-fill embankment dam on the Loushui River near Jiangpinghe village, Zouma Town, in Hefeng County in Hubei Province, China. The purpose of the dam is hydroelectric power generation, flood control and irrigation. The dam houses a hydroelectric power station with 2 x 250 MW generators for a total installed capacity of 500 MW. Its expected generation of 1005 GWh will be transferred to the Central China Power Grid. Construction on the dam began in 2005 and the first generator went online in July 2012. The dam is 221 metres (725 ft) tall, withholding a 1,366,000,000 cubic metres (1,107,434 acre\u22c5ft) reservoir of which 787,000,000 cubic metres (638,031
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VThe Jiangpinghe Dam (Chinese: \u6c5f\u576a\u6cb3\u6c34\u7535\u7ad9\u5927\u575d; pinyin: Ji\u0101ngpínghé shu\u01d0diànzhàn dàbà; lit. 'Jiangpinghe Hydroelectric Station Dam') is a concrete face rock-fill embankment dam on the Loushui River near Jiangpinghe village, Zouma Town, in Hefeng County in Hubei Province, China. The purpose of the dam is hydroelectric power generation, flood control and irrigation. The dam houses a hydroelectric power station with 2 x 250 MW generators for a total installed capacity of 500 MW. Its expected generation of 1005 GWh will be transferred to the Central China Power Grid. Construction on the dam began in 2005 and the first generator went online in July 2012. The dam is 221 metres (725 ft) tall, withholding a 1,366,000,000 cubic metres (1,107,434 acre\u22c5ft) reservoir of which 787,000,000 cubic metres (638,031
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VCentrale marémotrice de Jiangxia
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VThe Jiangxia Tidal Power Station (\u6c5f\u53a6\u6f6e\u6c50\u7535\u7ad9) is the fourth largest tidal power station in the world, located in , Wenling City, Zhejiang Province, China. Although the proposed design for the facility was 3,000 kW, the current installed capacity is 3,200 kW, generated from one unit of 500 kW, one unit of 600 kW, and three units of 700 kW, totalling the installed capacity to 3,200 kW. Proposals were made to install a sixth 700 kW unit, but this has not yet been installed. The facility generates up to 6.5 GWh of power annually.
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VThe Jiangxia Tidal Power Station (\u6c5f\u53a6\u6f6e\u6c50\u7535\u7ad9) is the fourth largest tidal power station in the world, located in , Wenling City, Zhejiang Province, China. Although the proposed design for the facility was 3,000 kW, the current installed capacity is 3,200 kW, generated from one unit of 500 kW, one unit of 600 kW, and three units of 700 kW, totalling the installed capacity to 3,200 kW. Proposals were made to install a sixth 700 kW unit, but this has not yet been installed. The facility generates up to 6.5 GWh of power annually.
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VThe Jiangxia Tidal Power Station (\u6c5f\u53a6\u6f6e\u6c50\u7535\u7ad9) is the fourth largest tidal power station in the world, located in , Wenling City, Zhejiang Province, China. Although the proposed design for the facility was 3,000 kW, the current installed capacity is 3,200 kW, generated from one unit of 500 kW, one unit of 600 kW, and three units of 700 kW, totalling the installed capacity to 3,200 kW. Proposals were made to install a sixth 700 kW unit, but this has not yet been installed. The facility generates up to 6.5 GWh of power annually.
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VThe Jiangxia Tidal Power Station (\u6c5f\u53a6\u6f6e\u6c50\u7535\u7ad9) is the fourth largest tidal power station in the world, located in , Wenling City, Zhejiang Province, China. Although the proposed design for the facility was 3,000 kW, the current installed capacity is 3,200 kW, generated from one unit of 500 kW, one unit of 600 kW, and three units of 700 kW, totalling the installed capacity to 3,200 kW. Proposals were made to install a sixth 700 kW unit, but this has not yet been installed. The facility generates up to 6.5 GWh of power annually.
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VThe Jiangxia Tidal Power Station (\u6c5f\u53a6\u6f6e\u6c50\u7535\u7ad9) is the fourth largest tidal power station in the world, located in , Wenling City, Zhejiang Province, China. Although the proposed design for the facility was 3,000 kW, the current installed capacity is 3,200 kW, generated from one unit of 500 kW, one unit of 600 kW, and three units of 700 kW, totalling the installed capacity to 3,200 kW. Proposals were made to install a sixth 700 kW unit, but this has not yet been installed. The facility generates up to 6.5 GWh of power annually.
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VThe Jiangxia Tidal Power Station (\u6c5f\u53a6\u6f6e\u6c50\u7535\u7ad9) is the fourth largest tidal power station in the world, located in , Wenling City, Zhejiang Province, China. Although the proposed design for the facility was 3,000 kW, the current installed capacity is 3,200 kW, generated from one unit of 500 kW, one unit of 600 kW, and three units of 700 kW, totalling the installed capacity to 3,200 kW. Proposals were made to install a sixth 700 kW unit, but this has not yet been installed. The facility generates up to 6.5 GWh of power annually.
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VThe Jigüey Dam is an arch-gravity dam on the Nizao River about 32 km (20 mi) west of San Cristóbal in San José de Ocoa Province of the Dominican Republic. At 110.5 m (363 ft) tall, it is the third highest dam in the country. The purpose of the dam is to produce hydroelectric power and it supplies the largest hydroelectric power station in the country.
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VThe Jilebulake Dam (Chinese: \u5409\u52d2\u5e03\u62c9\u514b\u6c34\u575d) is a concrete-face rock-fill dam on the , a tributary of the Irtysh, in Habahe County of the Xinjiang Uyghur Autonomous Region in China. The primary purpose of the dam is hydroelectric power generation and it supports a 160 MW power station. Construction on the 146.30 m (480.0 ft) tall dam began in 2009 and its reservoir began to fill in November 2013. During filling, on November 17, the diversion tunnel gate failed and the water inside the reservoir rushed downstream. Locals downstream were evacuated and there was no loss of life. The Yamaguchi Dam just downstream was able to control much of the flooding.
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VThe Jilintai I Dam is a concrete-face rock-fill embankment dam on the , 29 km (18 mi) east of Nilka in Xinjiang, China. The dam was constructed between 2001 and 2005 for several purposes but mainly hydroelectric power generation. It supports a 460 MW power station. The Jilintai I is the first of 10 dam projects on the Kash. Construction of Jilintai II, directly downstream, begin in May 2008 and the 50 MW power station was commissioned in October 2010. The project, including the diversion dam, was completed in April 2011.
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VThe Jilintai I Dam is a concrete-face rock-fill embankment dam on the , 29 km (18 mi) east of Nilka in Xinjiang, China. The dam was constructed between 2001 and 2005 for several purposes but mainly hydroelectric power generation. It supports a 460 MW power station. The Jilintai I is the first of 10 dam projects on the Kash. Construction of Jilintai II, directly downstream, begin in May 2008 and the 50 MW power station was commissioned in October 2010. The project, including the diversion dam, was completed in April 2011.
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VThe Jilintai I Dam is a concrete-face rock-fill embankment dam on the , 29 km (18 mi) east of Nilka in Xinjiang, China. The dam was constructed between 2001 and 2005 for several purposes but mainly hydroelectric power generation. It supports a 460 MW power station. The Jilintai I is the first of 10 dam projects on the Kash. Construction of Jilintai II, directly downstream, begin in May 2008 and the 50 MW power station was commissioned in October 2010. The project, including the diversion dam, was completed in April 2011.
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V\uc9c4\uc548\ucc28\uc624 \ub310
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VThe Jinanqiao Dam or Jin'anqiao Dam (Chinese: \u91d1\u5b89\u6865\u6c34\u7535\u7ad9, meaning "golden and peace bridge") is a concrete gravity dam on the Jinsha River 25 km (16 mi) southeast of Lijiang City in Yunnan Province, China. The purpose of the dam is hydroelectric power production and flood control.
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VThe Jinanqiao Dam or Jin'anqiao Dam (Chinese: \u91d1\u5b89\u6865\u6c34\u7535\u7ad9, meaning "golden and peace bridge") is a concrete gravity dam on the Jinsha River 25 km (16 mi) southeast of Lijiang City in Yunnan Province, China. The purpose of the dam is hydroelectric power production and flood control.
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VThe Jinanqiao Dam or Jin'anqiao Dam (Chinese: \u91d1\u5b89\u6865\u6c34\u7535\u7ad9, meaning "golden and peace bridge") is a concrete gravity dam on the Jinsha River 25 km (16 mi) southeast of Lijiang City in Yunnan Province, China. The purpose of the dam is hydroelectric power production and flood control.
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VThe Jinanqiao Dam or Jin'anqiao Dam (Chinese: \u91d1\u5b89\u6865\u6c34\u7535\u7ad9, meaning "golden and peace bridge") is a concrete gravity dam on the Jinsha River 25 km (16 mi) southeast of Lijiang City in Yunnan Province, China. The purpose of the dam is hydroelectric power production and flood control.
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VThe Jinanqiao Dam or Jin'anqiao Dam (Chinese: \u91d1\u5b89\u6865\u6c34\u7535\u7ad9, meaning "golden and peace bridge") is a concrete gravity dam on the Jinsha River 25 km (16 mi) southeast of Lijiang City in Yunnan Province, China. The purpose of the dam is hydroelectric power production and flood control.
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sbg6
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NtRp68279
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sg11
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p68281
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NtRp68282
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p68284
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p68303
sbNNNNg6
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g8
NtRp68304
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g16
Nsg17
Nsg11
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Nsg17
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sbg6
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Nsg17
Nsg11
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p68350
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Nsg17
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p68368
sbg6
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g8
NtRp68369
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p68371
sbg6
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g8
NtRp68372
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p68378
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p68384
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g27
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p68396
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Nsg17
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p68402
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g8
NtRp68403
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VThe Jinghong Dam (Chinese: \u666f\u6d2a\u5927\u575d) is a gravity dam composed of roller-compacted concrete on the Lancang (Mekong) River near Jinghong in Yunnan Province, China. The main purpose of the dam is hydroelectric power production and it has an associated 1,750 MW power station. Part of the power generated is sold to Thailand under an agreement with China.
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p68412
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p68415
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p68436
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NtRp68437
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VThe Jinghong Dam (Chinese: \u666f\u6d2a\u5927\u575d) is a gravity dam composed of roller-compacted concrete on the Lancang (Mekong) River near Jinghong in Yunnan Province, China. The main purpose of the dam is hydroelectric power production and it has an associated 1,750 MW power station. Part of the power generated is sold to Thailand under an agreement with China.
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VThe Jinghong Dam (Chinese: \u666f\u6d2a\u5927\u575d) is a gravity dam composed of roller-compacted concrete on the Lancang (Mekong) River near Jinghong in Yunnan Province, China. The main purpose of the dam is hydroelectric power production and it has an associated 1,750 MW power station. Part of the power generated is sold to Thailand under an agreement with China.
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VThe Jinshuitan Dam is an arch dam on Longquan Creek, a tributary of the Oujiang River in Zhejiang Province, China. It is located about 47 km (29 mi) southwest of Lishui. The dam and power station were completed in 1988 and serve several purposes to include hydroelectric power generation, water supply, flood control and navigation. It is the first dam of the Oujiang River cascade to be constructed and creates the second largest lake in Zhejiang.
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VJiri Khola Small Hydropower Station
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VJiri Khola Small Hydropower Station (Nepali: \u091c\u093f\u0930\u0940 \u0916\u094b\u0932\u093e \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Dolakha District of Nepal. The flow from Jiri River is used to generate 2.4 MW electricity. The plant is owned and developed by Bojini Company (P.) Ltd, an IPP of Nepal. The plant started generating electricity from 2071 to 2011-01 BS. The generation licence will expire in 2102-11-16 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VThe Jiudianxia Dam is a concrete-face rock-fill dam on the Tao River in Jonê County, Gansu Province, China. The dam was constructed to conserve water and produce hydroelectricity. The 136.5 m (448 ft) tall dam withholds a reservoir of 943,000,000 m3 (764,503 acre\u22c5ft) and its power station has an installed capacity of 300 MW. Construction on the dam began in 2005 and it was complete in 2008.
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VJiujiang Power Station (Chinese: \u4e5d\u6c5f\u53d1\u7535\u5382), also spelled Jiujiang Power Plant, is a large-scale thermal power project located at (\u91d1\u9e21\u5761) where 5 km to the east of Jiujiang, Jiangxi, with a total installed capacity of 1350MW. This project is the largest thermal power plant in Jiangxi and Central China. The third phase of Jiujiang Power Station cost nearly 5 billion yuan, including 29.6 billion Japanese yen loans from the (\u65e5\u672c\u6d77\u5916\u7ecf\u6d4e\u534f\u529b\u57fa\u91d1), accounting for 50% of the total investment.
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VThe Jixi Pumped Storage Power Station (Chinese: \u7ee9\u6eaa\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is a pumped-storage hydroelectric power station currently under construction in Jixi County, Anhui Province, China. Studies were carried out in 2008 and construction began in December 2010. It is expected to last 6 years. As of April 2017 the dam is completed. First turbine was commissioned in December 2019, followed by second in May 2020 and third and fourth in August 2020. The last two units were commissioned in February 2021.
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VThe Jixi Pumped Storage Power Station (Chinese: \u7ee9\u6eaa\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9) is a pumped-storage hydroelectric power station currently under construction in Jixi County, Anhui Province, China. Studies were carried out in 2008 and construction began in December 2010. It is expected to last 6 years. As of April 2017 the dam is completed. First turbine was commissioned in December 2019, followed by second in May 2020 and third and fourth in August 2020. The last two units were commissioned in February 2021.
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VGravity
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VThe Jizan Dam, also spelled Jazan, is a gravity dam on Wadi Jizan about 16 km (9.9 mi) northeast of Abu `Arish in Jizan Province of southwest Saudi Arabia. It has several purpose to include irrigation and flood control. Located in a desert, the dam collects run-off and stores it for periodic releases downstream. Water released from the dam is distributed by two diversion dams downstream for the irrigation of 8,000 ha (20,000 acres) of land. Crops grown include sorghum with eucalyptus and tamarisk grown for anti-desertification. The dam was completed in 1970 and is owned by the Ministry of Water and Electricity.
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VThe Jizan Dam, also spelled Jazan, is a gravity dam on Wadi Jizan about 16 km (9.9 mi) northeast of Abu `Arish in Jizan Province of southwest Saudi Arabia. It has several purpose to include irrigation and flood control. Located in a desert, the dam collects run-off and stores it for periodic releases downstream. Water released from the dam is distributed by two diversion dams downstream for the irrigation of 8,000 ha (20,000 acres) of land. Crops grown include sorghum with eucalyptus and tamarisk grown for anti-desertification. The dam was completed in 1970 and is owned by the Ministry of Water and Electricity.
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VJocassee Dam (often called Lake Jocassee Dam) is an embankment dam on the Keowee River, straddling the border of Pickens and Oconee counties in South Carolina in the United States. The dam forms Lake Jocassee, which is fed by the Toxaway, Thompson, Horsepasture and Whitewater Rivers, and serves primarily for hydroelectric power generation and flood control. The dam and reservoir are part of the Keowee-Toxaway Hydroelectric Project, owned and operated by Duke Energy.
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VJocassee Dam (often called Lake Jocassee Dam) is an embankment dam on the Keowee River, straddling the border of Pickens and Oconee counties in South Carolina in the United States. The dam forms Lake Jocassee, which is fed by the Toxaway, Thompson, Horsepasture and Whitewater Rivers, and serves primarily for hydroelectric power generation and flood control. The dam and reservoir are part of the Keowee-Toxaway Hydroelectric Project, owned and operated by Duke Energy.
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VJocassee Dam (often called Lake Jocassee Dam) is an embankment dam on the Keowee River, straddling the border of Pickens and Oconee counties in South Carolina in the United States. The dam forms Lake Jocassee, which is fed by the Toxaway, Thompson, Horsepasture and Whitewater Rivers, and serves primarily for hydroelectric power generation and flood control. The dam and reservoir are part of the Keowee-Toxaway Hydroelectric Project, owned and operated by Duke Energy.
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VJoe Sippel Weir is a weir located on Barambah Creek, west of Murgon, Queensland, Australia. It was constructed downstream of Bjelke-Petersen Dam to help provide water for the surrounding farms. Construction on the stepped weir was completed in 1984.
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VJogmai Khola Hydropower Station (Nepali: \u091c\u094b\u0917 \u092e\u093e\u0908 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ilam District of Nepal. The flow from is used to generate 7.6 MW electricity. The plant is owned and developed by Sanvi Energy Pvt. Ltd., an IPP of Nepal. The plant started generating electricity from 2074-01-18BS. The generation licence will expire in 2104-12-28 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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g8
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Nsg17
Nsg11
VIndia
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Nsg11
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Nsg17
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g8
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Nsg17
Nsg11
VI
sbg6
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g8
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Nsg17
Nsg11
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Nsg17
Nsg11
VP
sbNg6
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NtRp68997
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Nsg17
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p68999
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g8
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VJogulamba Barrage is a proposed barrage across Krishna River with full pond level (FPL) 274m. It would be located at Veltoor village, Peddamandadi mandal, Wanaparthy district, Telangana, India. This barrage is proposed to divert 3 TMC of water via lift to Yedula Reservoir being built as part of Palamuru-Ranga Reddy Lift Irrigation Project. This would also provide water for Dindi Lift Irrigation Project and Mahatma Gandhi Kalwakurthy Lift Irrigation Scheme.
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g8
NtRp69003
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Nsg17
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g8
NtRp69010
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Nsg17
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VJohn Butters Power Station
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Nsg17
Nsg11
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p69015
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Nsg17
Nsg11
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p69020
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Nsg17
Nsg11
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Nsg17
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p69031
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g8
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Nsg17
Nsg11
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sbNg6
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g8
NtRp69034
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Nsg17
Nsg11
VAustralia Tasmania
p69036
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g8
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Nsg17
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VThe John Butters Power Station is a conventional hydroelectric power station located in Western Tasmania, Australia. The power station forms part of the King \u2013 Yolande River Power Scheme and is owned and operated by Hydro Tasmania.
p69039
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g8
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g16
Nsg17
Nsg11
VPOINT(145.53443908691 -42.155834197998)
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p69046
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g8
NtRp69047
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Nsg17
Nsg11
V\u0413\u0415\u0421 John Butters
p69049
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g8
NtRp69050
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g16
Nsg17
Nsg11
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p69052
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g8
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g16
Nsg17
Nsg11
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sbg6
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g8
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g16
Nsg17
g27
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p69057
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g8
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p69060
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g8
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Nsg11
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p69063
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g8
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
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p69068
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g8
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g16
Nsg17
Nsg11
VO
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g8
NtRp69071
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g16
Nsg17
Nsg11
VAustralia Tasmania
p69073
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(g13
g8
NtRp69074
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g16
Nsg17
Nsg11
VThe John Butters Power Station is a conventional hydroelectric power station located in Western Tasmania, Australia. The power station forms part of the King \u2013 Yolande River Power Scheme and is owned and operated by Hydro Tasmania.
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(g13
g8
NtRp69077
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g16
Nsg17
Nsg11
VPOINT(145.53443908691 -42.155834197998)
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g8
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p69083
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Nsg17
Nsg11
VRoseau Dam
p69086
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g8
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Nsg17
Nsg11
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p69089
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g8
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p69092
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g8
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g16
Nsg17
g27
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V0.2
p69095
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g8
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p69098
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g8
NtRp69099
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g16
Nsg17
Nsg11
VMunicipal water
p69101
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g8
NtRp69102
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Roseau_River_(Saint_Lucia)
p69104
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g8
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Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69107
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g16
Nsg17
Nsg11
VSaint Lucia
p69109
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g8
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VThe John Compton Dam, formerly known as the Roseau Dam, is a concrete-face rock-fill dam on the Roseau River in the small community of Millet in central Saint Lucia. The primary purpose of the dam is municipal water supply. It is named after John Compton, the former Prime Minister of Saint Lucia, who was influential in its implementation.
p69112
sbg6
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g8
NtRp69113
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g16
Nsg17
Nsg11
VPOINT(-60.98796081543 13.900346755981)
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sbtp69116
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g8
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p69119
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g8
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Nsg17
Nsg11
VJohn Compton Dam
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Nsg17
Nsg11
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p69125
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Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p69128
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g8
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g16
Nsg17
g27
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V0.2
p69131
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g8
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p69134
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g8
NtRp69135
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g16
Nsg17
Nsg11
VMunicipal water
p69137
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g8
NtRp69138
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Roseau_River_(Saint_Lucia)
p69140
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g8
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69143
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g16
Nsg17
Nsg11
VSaint Lucia
p69145
sbg6
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g8
NtRp69146
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VThe John Compton Dam, formerly known as the Roseau Dam, is a concrete-face rock-fill dam on the Roseau River in the small community of Millet in central Saint Lucia. The primary purpose of the dam is municipal water supply. It is named after John Compton, the former Prime Minister of Saint Lucia, who was influential in its implementation.
p69148
sbg6
(g13
g8
NtRp69149
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g16
Nsg17
Nsg11
VPOINT(-60.98796081543 13.900346755981)
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g8
NtRp69153
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p69155
sbg6
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g8
NtRp69156
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g16
Nsg17
Nsg11
VJohn W. Flannagan Dam
p69158
sbg6
(g13
g8
NtRp69159
(dp69160
g16
Nsg17
Nsg11
VUnited States
p69161
sbg6
(g13
g8
NtRp69162
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g16
Nsg17
Nsg11
VEarth fill
p69164
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(g13
g8
NtRp69165
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g16
Nsg17
g27
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V0.279197
p69167
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g8
NtRp69168
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p69170
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g8
NtRp69171
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p69173
sbg6
(g13
g8
NtRp69174
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g16
Nsg17
Nsg11
VFlood control
p69176
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g8
NtRp69177
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pound_River
p69179
sbg6
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g8
NtRp69180
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp69182
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Nsg17
Nsg11
VJohn W. Flannagan Dam is a flood control dam located in the Cumberland Mountains of Dickenson County, Virginia. It forms the John W. Flannagan Reservoir behind it. It was named after Congressman John Williams Flannagan, Jr.
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sbg6
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g8
NtRp69185
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g16
Nsg17
Nsg11
VPOINT(-82.344718933105 37.233333587646)
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g8
NtRp69192
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g16
Nsg17
Nsg11
VJounama Dam
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g16
Nsg17
Nsg11
VAustralia
p69197
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g8
NtRp69198
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g16
Nsg17
Nsg11
VE
sbg6
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g8
NtRp69200
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g16
Nsg17
g27
sg11
V0.5182
p69202
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g8
NtRp69203
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NtRp69206
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Snowy_Hydro
p69208
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g8
NtRp69209
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g16
Nsg17
Nsg11
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p69211
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g8
NtRp69212
(dp69213
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp69214
(dp69215
g16
Nsg17
g27
sg11
V554500.0
p69216
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(g13
g8
NtRp69217
(dp69218
g16
Nsg17
Nsg11
VNew South Wales
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g8
NtRp69220
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g16
Nsg17
Nsg11
VJounama Dam is a major ungated rockfill embankment dam across the Tumut River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Jounama Pondage.
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(g13
g8
NtRp69223
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g16
Nsg17
Nsg11
VPOINT(148.30610656738 -35.5627784729)
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p69229
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g8
NtRp69230
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g16
Nsg17
Nsg11
V\u0426\u0437\u044e\u0439\u0444\u0443\u0434\u0443
p69232
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(g13
g8
NtRp69233
(dp69234
g16
Nsg17
Nsg11
VChina
p69235
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(g13
g8
NtRp69236
(dp69237
g16
Nsg17
Nsg11
VConcrete gravity,roller-compacted concrete
p69238
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(g13
g8
NtRp69239
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g16
Nsg17
g27
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V0.32
p69241
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(g13
g8
NtRp69242
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g16
Nsg17
g27
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V525.0
p69244
sbg6
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NtRp69245
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p69247
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g8
NtRp69248
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Nsg17
Nsg11
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p69250
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(g13
g8
NtRp69251
(dp69252
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp69253
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Nsg17
g27
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V800000.0
p69255
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(g13
g8
NtRp69256
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Nsg17
Nsg11
VChina
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g8
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Nsg17
Nsg11
VThe Jufudu Dam (\u5c45\u752b\u6e21\u5927\u575d) is a gravity dam on the Lixian River, bordering the counties of Yuanjiang and Mojiang in Yunnan Province, China. It is located 56 km (35 mi) from Pu'er City. The primary purpose of the dam is hydroelectric power generation and it supports a 285 MW power station. Construction began in September 2004, and the three 95 MW generators were commissioned in December 2008. It is the fifth dam in the Lixian cascade.
p69261
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g8
NtRp69262
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Nsg17
Nsg11
VPOINT(101.77328491211 22.902961730957)
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p69268
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g8
NtRp69269
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g16
Nsg17
Nsg11
VJufudu Dam
p69271
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g8
NtRp69272
(dp69273
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Nsg17
Nsg11
VChina
p69274
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g8
NtRp69275
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Nsg17
Nsg11
VConcrete gravity,roller-compacted concrete
p69277
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(g13
g8
NtRp69278
(dp69279
g16
Nsg17
g27
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V0.32
p69280
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g8
NtRp69281
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g16
Nsg17
g27
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V525.0
p69283
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p69286
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NtRp69287
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Nsg11
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p69289
sbg6
(g13
g8
NtRp69290
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp69292
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Nsg17
g27
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V800000.0
p69294
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g8
NtRp69295
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Nsg17
Nsg11
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p69297
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g8
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Nsg17
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VThe Jufudu Dam (\u5c45\u752b\u6e21\u5927\u575d) is a gravity dam on the Lixian River, bordering the counties of Yuanjiang and Mojiang in Yunnan Province, China. It is located 56 km (35 mi) from Pu'er City. The primary purpose of the dam is hydroelectric power generation and it supports a 285 MW power station. Construction began in September 2004, and the three 95 MW generators were commissioned in December 2008. It is the fifth dam in the Lixian cascade.
p69300
sbg6
(g13
g8
NtRp69301
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g16
Nsg17
Nsg11
VPOINT(101.77328491211 22.902961730957)
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NtRp69305
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p69307
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g8
NtRp69308
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g16
Nsg17
Nsg11
VBarrage Julius Nyerere
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g8
NtRp69311
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Nsg17
Nsg11
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p69313
sbg6
(g13
g8
NtRp69314
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g16
Nsg17
Nsg11
VRock-fill dam
p69316
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g8
NtRp69317
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p69319
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g8
NtRp69320
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g16
Nsg17
Nsg11
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p69322
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g8
NtRp69323
(dp69324
g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp69325
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69327
sbg6
(g13
g8
NtRp69328
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g16
Nsg17
Nsg11
VUC
p69330
sbNg6
(g13
g8
NtRp69331
(dp69332
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69333
sbg6
(g13
g8
NtRp69334
(dp69335
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69336
sbg6
(g13
g8
NtRp69337
(dp69338
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69339
sbtp69340
a(g6
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g8
NtRp69341
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station
p69343
sbg6
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g8
NtRp69344
(dp69345
g16
Nsg17
Nsg11
VJulius Nyerere (Kraftwerk)
p69346
sbg6
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g8
NtRp69347
(dp69348
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p69349
sbg6
(g13
g8
NtRp69350
(dp69351
g16
Nsg17
Nsg11
VRock-fill dam
p69352
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g8
NtRp69353
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station__Lake__1
p69355
sbg6
(g13
g8
NtRp69356
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p69358
sbg6
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g8
NtRp69359
(dp69360
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69361
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69363
sbg6
(g13
g8
NtRp69364
(dp69365
g16
Nsg17
Nsg11
VUC
p69366
sbNg6
(g13
g8
NtRp69367
(dp69368
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69369
sbg6
(g13
g8
NtRp69370
(dp69371
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69372
sbg6
(g13
g8
NtRp69373
(dp69374
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69375
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g8
NtRp69377
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Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station
p69379
sbg6
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g8
NtRp69380
(dp69381
g16
Nsg17
Nsg11
VJulius Nyerere (Kraftwerk)
p69382
sbg6
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g8
NtRp69383
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p69385
sbg6
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g8
NtRp69386
(dp69387
g16
Nsg17
Nsg11
VRock-fill dam
p69388
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g8
NtRp69389
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station__Lake__1
p69391
sbg6
(g13
g8
NtRp69392
(dp69393
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p69394
sbg6
(g13
g8
NtRp69395
(dp69396
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69397
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69399
sbg6
(g13
g8
NtRp69400
(dp69401
g16
Nsg17
Nsg11
VUC
p69402
sbNg6
(g13
g8
NtRp69403
(dp69404
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69405
sbg6
(g13
g8
NtRp69406
(dp69407
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69408
sbg6
(g13
g8
NtRp69409
(dp69410
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69411
sbtp69412
a(g6
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g8
NtRp69413
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station
p69415
sbg6
(g13
g8
NtRp69416
(dp69417
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station
p69418
sbg6
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g8
NtRp69419
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p69421
sbg6
(g13
g8
NtRp69422
(dp69423
g16
Nsg17
Nsg11
VRock-fill dam
p69424
sbNNg6
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g8
NtRp69425
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station__Lake__1
p69427
sbg6
(g13
g8
NtRp69428
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p69430
sbg6
(g13
g8
NtRp69431
(dp69432
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69433
(dp69434
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69435
sbg6
(g13
g8
NtRp69436
(dp69437
g16
Nsg17
Nsg11
VUC
p69438
sbNg6
(g13
g8
NtRp69439
(dp69440
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69441
sbg6
(g13
g8
NtRp69442
(dp69443
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69444
sbg6
(g13
g8
NtRp69445
(dp69446
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69447
sbtp69448
a(g6
(g7
g8
NtRp69449
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station
p69451
sbg6
(g13
g8
NtRp69452
(dp69453
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station
p69454
sbg6
(g13
g8
NtRp69455
(dp69456
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p69457
sbg6
(g13
g8
NtRp69458
(dp69459
g16
Nsg17
Nsg11
VRock-fill dam
p69460
sbNNg6
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g8
NtRp69461
(dp69462
g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station__Lake__1
p69463
sbg6
(g13
g8
NtRp69464
(dp69465
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p69466
sbg6
(g13
g8
NtRp69467
(dp69468
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69469
(dp69470
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69471
sbg6
(g13
g8
NtRp69472
(dp69473
g16
Nsg17
Nsg11
VUC
p69474
sbNg6
(g13
g8
NtRp69475
(dp69476
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69477
sbg6
(g13
g8
NtRp69478
(dp69479
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69480
sbg6
(g13
g8
NtRp69481
(dp69482
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69483
sbtp69484
a(g6
(g7
g8
NtRp69485
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station
p69487
sbg6
(g13
g8
NtRp69488
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g16
Nsg17
Nsg11
V\u0645\u062d\u0637\u0629 \u064a\u0648\u0644\u064a\u0648\u0633 \u0646\u064a\u0631\u064a\u0631\u064a \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u0627\u0626\u064a\u0629
p69490
sbg6
(g13
g8
NtRp69491
(dp69492
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p69493
sbg6
(g13
g8
NtRp69494
(dp69495
g16
Nsg17
Nsg11
VRock-fill dam
p69496
sbNNg6
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g8
NtRp69497
(dp69498
g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station__Lake__1
p69499
sbg6
(g13
g8
NtRp69500
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p69502
sbg6
(g13
g8
NtRp69503
(dp69504
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69505
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69507
sbg6
(g13
g8
NtRp69508
(dp69509
g16
Nsg17
Nsg11
VUC
p69510
sbNg6
(g13
g8
NtRp69511
(dp69512
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69513
sbg6
(g13
g8
NtRp69514
(dp69515
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69516
sbg6
(g13
g8
NtRp69517
(dp69518
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69519
sbtp69520
a(g6
(g7
g8
NtRp69521
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g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station
p69523
sbg6
(g13
g8
NtRp69524
(dp69525
g16
Nsg17
Nsg11
V\u0645\u062d\u0637\u0629 \u064a\u0648\u0644\u064a\u0648\u0633 \u0646\u064a\u0631\u064a\u0631\u064a \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u0627\u0626\u064a\u0629
p69526
sbg6
(g13
g8
NtRp69527
(dp69528
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p69529
sbg6
(g13
g8
NtRp69530
(dp69531
g16
Nsg17
Nsg11
VRock-fill dam
p69532
sbNNg6
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g8
NtRp69533
(dp69534
g11
Vhttp://dbpedia.org/resource/Julius_Nyerere_Hydropower_Station__Lake__1
p69535
sbg6
(g13
g8
NtRp69536
(dp69537
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p69538
sbg6
(g13
g8
NtRp69539
(dp69540
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69541
(dp69542
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rufiji_River
p69543
sbg6
(g13
g8
NtRp69544
(dp69545
g16
Nsg17
Nsg11
VUC
p69546
sbNg6
(g13
g8
NtRp69547
(dp69548
g16
Nsg17
Nsg11
VTanzania#Africa#World
p69549
sbg6
(g13
g8
NtRp69550
(dp69551
g16
Nsg17
Nsg11
VJulius Nyerere Hydropower Station (JNHS; RHHP; Rufiji Hydroelectric Power Project; Stiegler's Gorge Dam) is a hydroelectric dam under construction across the Rufiji River in eastern Tanzania. Although controversial, the government approved the plans in 2018. The power station is expected to have an installed capacity of 2,115 megawatts (2,836,000 hp) and to produce 5,920GWh of power annually. The project, power station and dam are owned by and will be managed by the government owned Tanzania Electric Supply Company (TANESCO). Construction began in 2019 and is expected to be completed in 2022.
p69552
sbg6
(g13
g8
NtRp69553
(dp69554
g16
Nsg17
Nsg11
VPOINT(37.845554351807 -7.8052778244019)
p69555
sbtp69556
a(g6
(g7
g8
NtRp69557
(dp69558
g11
Vhttp://dbpedia.org/resource/Junction_Reefs_Dam
p69559
sbg6
(g13
g8
NtRp69560
(dp69561
g16
Nsg17
Nsg11
VJunction Reefs Dam
p69562
sbg6
(g13
g8
NtRp69563
(dp69564
g16
Nsg17
Nsg11
VAustralia
p69565
sbNNNNNNg6
(g13
g8
NtRp69566
(dp69567
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Belubula_River
p69568
sbNNg6
(g13
g8
NtRp69569
(dp69570
g16
Nsg17
Nsg11
VNew South Wales
p69571
sbg6
(g13
g8
NtRp69572
(dp69573
g16
Nsg17
Nsg11
VJunction Reefs Dam is a heritage-listed former mining dam on the Belubula River at Lyndhurst, Blayney Shire, New South Wales, Australia. It was designed by Oscar Shulze and built by Schulze in 1896. It was the first multi-arch dam built in Australia. It is also known as Belubula Dam. The property is owned by Department of Planning and Infrastructure (State Government). It was added to the New South Wales State Heritage Register on 2 April 1999.
p69574
sbg6
(g13
g8
NtRp69575
(dp69576
g16
Nsg17
Nsg11
VPOINT(148.99189758301 -33.620300292969)
p69577
sbtp69578
a(g6
(g7
g8
NtRp69579
(dp69580
g11
Vhttp://dbpedia.org/resource/Jurala_Project
p69581
sbg6
(g13
g8
NtRp69582
(dp69583
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Priyadarshini Jurala
p69584
sbg6
(g13
g8
NtRp69585
(dp69586
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p69587
sbg6
(g13
g8
NtRp69588
(dp69589
g16
Nsg17
Nsg11
VBarrage
p69590
sbg6
(g13
g8
NtRp69591
(dp69592
g16
Nsg17
g27
sg11
V1.322
p69593
sbNg6
(g7
g8
NtRp69594
(dp69595
g11
Vhttp://dbpedia.org/resource/Jurala_Project__Lake__1
p69596
sbg6
(g13
g8
NtRp69597
(dp69598
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Telangana
p69599
sbg6
(g13
g8
NtRp69600
(dp69601
g16
Nsg17
Nsg11
VMulti-purpose
p69602
sbg6
(g13
g8
NtRp69603
(dp69604
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Krishna_River
p69605
sbg6
(g13
g8
NtRp69606
(dp69607
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69608
(dp69609
g16
Nsg17
Nsg11
VIndia Telangana#India
p69610
sbg6
(g13
g8
NtRp69611
(dp69612
g16
Nsg17
Nsg11
VThe Priyadarshini Jurala Project (PJP) or Jurala Project, is a dam on the Krishna River situated about 15 km from Gadwal, Jogulamba Gadwal district, Jurala Project is a dam on the Krishna River situated about 29 km from Atmakur, Wanaparthy district, Telangana, India.
p69613
sbg6
(g13
g8
NtRp69614
(dp69615
g16
Nsg17
Nsg11
VPOINT(77.704444885254 16.33749961853)
p69616
sbtp69617
a(g6
(g7
g8
NtRp69618
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g11
Vhttp://dbpedia.org/resource/Jurala_Project
p69620
sbg6
(g13
g8
NtRp69621
(dp69622
g16
Nsg17
Nsg11
VJurala Project
p69623
sbg6
(g13
g8
NtRp69624
(dp69625
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p69626
sbg6
(g13
g8
NtRp69627
(dp69628
g16
Nsg17
Nsg11
VBarrage
p69629
sbg6
(g13
g8
NtRp69630
(dp69631
g16
Nsg17
g27
sg11
V1.322
p69632
sbNg6
(g7
g8
NtRp69633
(dp69634
g11
Vhttp://dbpedia.org/resource/Jurala_Project__Lake__1
p69635
sbg6
(g13
g8
NtRp69636
(dp69637
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Telangana
p69638
sbg6
(g13
g8
NtRp69639
(dp69640
g16
Nsg17
Nsg11
VMulti-purpose
p69641
sbg6
(g13
g8
NtRp69642
(dp69643
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Krishna_River
p69644
sbg6
(g13
g8
NtRp69645
(dp69646
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69647
(dp69648
g16
Nsg17
Nsg11
VIndia Telangana#India
p69649
sbg6
(g13
g8
NtRp69650
(dp69651
g16
Nsg17
Nsg11
VThe Priyadarshini Jurala Project (PJP) or Jurala Project, is a dam on the Krishna River situated about 15 km from Gadwal, Jogulamba Gadwal district, Jurala Project is a dam on the Krishna River situated about 29 km from Atmakur, Wanaparthy district, Telangana, India.
p69652
sbg6
(g13
g8
NtRp69653
(dp69654
g16
Nsg17
Nsg11
VPOINT(77.704444885254 16.33749961853)
p69655
sbtp69656
a(g6
(g7
g8
NtRp69657
(dp69658
g11
Vhttp://dbpedia.org/resource/Kabeli_B1_Hydropower_Station
p69659
sbg6
(g13
g8
NtRp69660
(dp69661
g16
Nsg17
Nsg11
VKabeli B1 Hydropower Station
p69662
sbg6
(g13
g8
NtRp69663
(dp69664
g16
Nsg17
Nsg11
VNepal
p69665
sbg6
(g13
g8
NtRp69666
(dp69667
g16
Nsg17
Nsg11
VGravity
p69668
sbNNNNg6
(g13
g8
NtRp69669
(dp69670
g16
Nsg17
Nsg11
VPower
p69671
sbg6
(g13
g8
NtRp69672
(dp69673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabeli_River
p69674
sbg6
(g13
g8
NtRp69675
(dp69676
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp69677
(dp69678
g16
Nsg17
Nsg11
VNepal
p69679
sbg6
(g13
g8
NtRp69680
(dp69681
g16
Nsg17
Nsg11
VKabeli B1 Hydropower Station (Nepali: \u0915\u093e\u092c\u0947\u0932\u0940 B-\u0967 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a 25 MW run-of-river hydro-electric plant located in Panchthar District of Nepal. The promoter and operator, with a 20% share, is Arun Kabeli Power Limited (AKPL), a subsidiary of Arun Valley Group.
p69682
sbg6
(g13
g8
NtRp69683
(dp69684
g16
Nsg17
Nsg11
VPOINT(87.836112976074 27.273056030273)
p69685
sbtp69686
a(g6
(g7
g8
NtRp69687
(dp69688
g11
Vhttp://dbpedia.org/resource/Kabu_16_Hydroelectric_Power_Station
p69689
sbg6
(g13
g8
NtRp69690
(dp69691
g16
Nsg17
Nsg11
VKabu 16 Hydroelectric Power Station
p69692
sbg6
(g13
g8
NtRp69693
(dp69694
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burundi
p69695
sbNNNNg6
(g13
g8
NtRp69696
(dp69697
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Burundi
p69698
sbg6
(g13
g8
NtRp69699
(dp69700
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp69701
(dp69702
g16
Nsg17
Nsg11
VUC
p69703
sbNg6
(g13
g8
NtRp69704
(dp69705
g16
Nsg17
Nsg11
VBurundi#Africa#World
p69706
sbg6
(g13
g8
NtRp69707
(dp69708
g16
Nsg17
Nsg11
VKabu 16 Hydroelectric Power Station is a 20 megawatts (27,000 hp) hydroelectric power station under construction in Burundi. It is under development by the government of Burundi, with funding from the Exim Bank of India. Construction began in March 2019.
p69709
sbg6
(g13
g8
NtRp69710
(dp69711
g16
Nsg17
Nsg11
VPOINT(29.262500762939 -2.9249999523163)
p69712
sbtp69713
a(g6
(g7
g8
NtRp69714
(dp69715
g11
Vhttp://dbpedia.org/resource/Kadana_Dam
p69716
sbg6
(g13
g8
NtRp69717
(dp69718
g16
Nsg17
Nsg11
VKadana Dam
p69719
sbg6
(g13
g8
NtRp69720
(dp69721
g16
Nsg17
Nsg11
VIndia
p69722
sbg6
(g13
g8
NtRp69723
(dp69724
g16
Nsg17
Nsg11
VMasonry with embankment main section
p69725
sbg6
(g13
g8
NtRp69726
(dp69727
g16
Nsg17
g27
sg11
V0.575
p69728
sbNg6
(g7
g8
NtRp69729
(dp69730
g11
Vhttp://dbpedia.org/resource/Kadana_Dam__Lake__1
p69731
sbNg6
(g13
g8
NtRp69732
(dp69733
g16
Nsg17
Nsg11
VPower, irrigation, water storage
p69734
sbg6
(g13
g8
NtRp69735
(dp69736
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mahi_River
p69737
sbg6
(g13
g8
NtRp69738
(dp69739
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69740
(dp69741
g16
Nsg17
Nsg11
VIndia
p69742
sbg6
(g13
g8
NtRp69743
(dp69744
g16
Nsg17
Nsg11
VKadana Dam is an earthen and masonry on the Mahi River in Mahisagar district of Gujarat, India. The dam was constructed between 1979 and 1990. The dams a pumped-storage hydroelectric power-station. The first two generators were commissioned in 1990, the second two in 1998. The first two generators commissioned, Stage I, are reversible kaplan turbines that allow the power station to generate during peak hours then pump back into the reservoir during low hours such as night.
p69745
sbg6
(g13
g8
NtRp69746
(dp69747
g16
Nsg17
Nsg11
VPOINT(73.827255249023 23.30725479126)
p69748
sbtp69749
a(g6
(g7
g8
NtRp69750
(dp69751
g11
Vhttp://dbpedia.org/resource/Kaeng_Krachan_Dam
p69752
sbg6
(g13
g8
NtRp69753
(dp69754
g16
Nsg17
Nsg11
VTalsperre Kaeng Krachan
p69755
sbg6
(g13
g8
NtRp69756
(dp69757
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p69758
sbg6
(g13
g8
NtRp69759
(dp69760
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp69761
(dp69762
g16
Nsg17
g27
sg11
V0.76
p69763
sbg6
(g13
g8
NtRp69764
(dp69765
g16
Nsg17
g27
sg11
V106.0
p69766
sbg6
(g7
g8
NtRp69767
(dp69768
g11
Vhttp://dbpedia.org/resource/Kaeng_Krachan_Dam__Lake__1
p69769
sbg6
(g13
g8
NtRp69770
(dp69771
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p69772
sbg6
(g13
g8
NtRp69773
(dp69774
g16
Nsg17
Nsg11
VMulti-purpose
p69775
sbg6
(g13
g8
NtRp69776
(dp69777
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Phetchaburi_River
p69778
sbg6
(g13
g8
NtRp69779
(dp69780
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69781
(dp69782
g16
Nsg17
Nsg11
VThailand
p69783
sbg6
(g13
g8
NtRp69784
(dp69785
g16
Nsg17
Nsg11
VThe Kaeng Krachan Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e01\u0e48\u0e07\u0e01\u0e23\u0e30\u0e08\u0e32\u0e19, RTGS: Khuean Kaeng Krachan, pronounced [k\u02b0\u026f\u0300a\u032fn k\u025b\u0300\u014b kr\u0101.t\u0361\u0255\u0101\u02d0n]) is a multi-purpose hydroelectric dam in the Kaeng Krachan District of Phetchaburi Province, Thailand. The dam impounds the Phetchaburi River. It was officially opened in 1966 by King Bhumibol and Queen Sirikit.
p69786
sbg6
(g13
g8
NtRp69787
(dp69788
g16
Nsg17
Nsg11
VPOINT(99.630836486816 12.915833473206)
p69789
sbtp69790
a(g6
(g7
g8
NtRp69791
(dp69792
g11
Vhttp://dbpedia.org/resource/Kaeng_Krachan_Dam
p69793
sbg6
(g13
g8
NtRp69794
(dp69795
g16
Nsg17
Nsg11
VKaeng Krachan Dam
p69796
sbg6
(g13
g8
NtRp69797
(dp69798
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p69799
sbg6
(g13
g8
NtRp69800
(dp69801
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp69802
(dp69803
g16
Nsg17
g27
sg11
V0.76
p69804
sbg6
(g13
g8
NtRp69805
(dp69806
g16
Nsg17
g27
sg11
V106.0
p69807
sbg6
(g7
g8
NtRp69808
(dp69809
g11
Vhttp://dbpedia.org/resource/Kaeng_Krachan_Dam__Lake__1
p69810
sbg6
(g13
g8
NtRp69811
(dp69812
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p69813
sbg6
(g13
g8
NtRp69814
(dp69815
g16
Nsg17
Nsg11
VMulti-purpose
p69816
sbg6
(g13
g8
NtRp69817
(dp69818
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Phetchaburi_River
p69819
sbg6
(g13
g8
NtRp69820
(dp69821
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69822
(dp69823
g16
Nsg17
Nsg11
VThailand
p69824
sbg6
(g13
g8
NtRp69825
(dp69826
g16
Nsg17
Nsg11
VThe Kaeng Krachan Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e01\u0e48\u0e07\u0e01\u0e23\u0e30\u0e08\u0e32\u0e19, RTGS: Khuean Kaeng Krachan, pronounced [k\u02b0\u026f\u0300a\u032fn k\u025b\u0300\u014b kr\u0101.t\u0361\u0255\u0101\u02d0n]) is a multi-purpose hydroelectric dam in the Kaeng Krachan District of Phetchaburi Province, Thailand. The dam impounds the Phetchaburi River. It was officially opened in 1966 by King Bhumibol and Queen Sirikit.
p69827
sbg6
(g13
g8
NtRp69828
(dp69829
g16
Nsg17
Nsg11
VPOINT(99.630836486816 12.915833473206)
p69830
sbtp69831
a(g6
(g7
g8
NtRp69832
(dp69833
g11
Vhttp://dbpedia.org/resource/Kaeng_Suea_Ten_Dam
p69834
sbg6
(g13
g8
NtRp69835
(dp69836
g16
Nsg17
Nsg11
VKaeng Suea Ten Dam
p69837
sbg6
(g13
g8
NtRp69838
(dp69839
g16
Nsg17
Nsg11
VThailand
p69840
sbg6
(g13
g8
NtRp69841
(dp69842
g16
Nsg17
Nsg11
VEmbankment, earth-fill clay-core
p69843
sbNNNNg6
(g13
g8
NtRp69844
(dp69845
g16
Nsg17
Nsg11
VFlood control, irrigation
p69846
sbg6
(g13
g8
NtRp69847
(dp69848
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yom_River
p69849
sbg6
(g13
g8
NtRp69850
(dp69851
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp69852
(dp69853
g16
Nsg17
Nsg11
VThailand
p69854
sbg6
(g13
g8
NtRp69855
(dp69856
g16
Nsg17
Nsg11
VKaeng Suea Ten Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e01\u0e48\u0e07\u0e40\u0e2a\u0e37\u0e2d\u0e40\u0e15\u0e49\u0e19, RTGS: Khuean Kaeng Suea Ten, pronounced [k\u02b0\u026f\u0300a\u032fn k\u025b\u0300\u014b s\u026f\u030ca\u032f tên]) was a dam proposed for a site in the Phi Pan Nam Range, in Song District, Phrae Province, Thailand. It is near Mae Yom National Park, in a rural area of the Thai highlands.
p69857
sbg6
(g13
g8
NtRp69858
(dp69859
g16
Nsg17
Nsg11
VPOINT(100.15000152588 18.60000038147)
p69860
sbtp69861
a(g6
(g7
g8
NtRp69862
(dp69863
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Lower_Power_Station
p69864
sbg6
(g13
g8
NtRp69865
(dp69866
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Kafue Gorge (\u043d\u0438\u0436\u043d\u044f)
p69867
sbg6
(g13
g8
NtRp69868
(dp69869
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p69870
sbNg6
(g13
g8
NtRp69871
(dp69872
g16
Nsg17
g27
sg11
V0.378
p69873
sbNNg6
(g13
g8
NtRp69874
(dp69875
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p69876
sbg6
(g13
g8
NtRp69877
(dp69878
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69879
(dp69880
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p69881
sbg6
(g13
g8
NtRp69882
(dp69883
g16
Nsg17
Nsg11
VUC
p69884
sbNg6
(g13
g8
NtRp69885
(dp69886
g16
Nsg17
Nsg11
VZambia
p69887
sbg6
(g13
g8
NtRp69888
(dp69889
g16
Nsg17
Nsg11
VKafue Gorge Lower Power Station (KGL), is a 750 megawatts (1,010,000 hp) hydroelectric power station under construction in Zambia.
p69890
sbg6
(g13
g8
NtRp69891
(dp69892
g16
Nsg17
Nsg11
VPOINT(28.55916595459 -15.896111488342)
p69893
sbtp69894
a(g6
(g7
g8
NtRp69895
(dp69896
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Lower_Power_Station
p69897
sbg6
(g13
g8
NtRp69898
(dp69899
g16
Nsg17
Nsg11
VKafue Gorge Lower Power Station
p69900
sbg6
(g13
g8
NtRp69901
(dp69902
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p69903
sbNg6
(g13
g8
NtRp69904
(dp69905
g16
Nsg17
g27
sg11
V0.378
p69906
sbNNg6
(g13
g8
NtRp69907
(dp69908
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p69909
sbg6
(g13
g8
NtRp69910
(dp69911
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69912
(dp69913
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p69914
sbg6
(g13
g8
NtRp69915
(dp69916
g16
Nsg17
Nsg11
VUC
p69917
sbNg6
(g13
g8
NtRp69918
(dp69919
g16
Nsg17
Nsg11
VZambia
p69920
sbg6
(g13
g8
NtRp69921
(dp69922
g16
Nsg17
Nsg11
VKafue Gorge Lower Power Station (KGL), is a 750 megawatts (1,010,000 hp) hydroelectric power station under construction in Zambia.
p69923
sbg6
(g13
g8
NtRp69924
(dp69925
g16
Nsg17
Nsg11
VPOINT(28.55916595459 -15.896111488342)
p69926
sbtp69927
a(g6
(g7
g8
NtRp69928
(dp69929
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Upper_Power_Station
p69930
sbg6
(g13
g8
NtRp69931
(dp69932
g16
Nsg17
Nsg11
VKafue Gorge Upper Power Station
p69933
sbg6
(g13
g8
NtRp69934
(dp69935
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p69936
sbNNNNg6
(g13
g8
NtRp69937
(dp69938
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p69939
sbg6
(g13
g8
NtRp69940
(dp69941
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69942
(dp69943
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p69944
sbg6
(g13
g8
NtRp69945
(dp69946
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69947
(dp69948
g16
Nsg17
Nsg11
VZambia
p69949
sbg6
(g13
g8
NtRp69950
(dp69951
g16
Nsg17
Nsg11
VThe Kafue Gorge Upper Power Station (KGU), is an operational 900 megawatts (1,206,920 hp) hydroelectric power plant across the Kafue River in Zambia.
p69952
sbg6
(g13
g8
NtRp69953
(dp69954
g16
Nsg17
Nsg11
VPOINT(28.421112060547 -15.806944847107)
p69955
sbtp69956
a(g6
(g7
g8
NtRp69957
(dp69958
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Upper_Power_Station
p69959
sbg6
(g13
g8
NtRp69960
(dp69961
g16
Nsg17
Nsg11
VKafue Gorge Dam
p69962
sbg6
(g13
g8
NtRp69963
(dp69964
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p69965
sbNNNNg6
(g13
g8
NtRp69966
(dp69967
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p69968
sbg6
(g13
g8
NtRp69969
(dp69970
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp69971
(dp69972
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p69973
sbg6
(g13
g8
NtRp69974
(dp69975
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp69976
(dp69977
g16
Nsg17
Nsg11
VZambia
p69978
sbg6
(g13
g8
NtRp69979
(dp69980
g16
Nsg17
Nsg11
VThe Kafue Gorge Upper Power Station (KGU), is an operational 900 megawatts (1,206,920 hp) hydroelectric power plant across the Kafue River in Zambia.
p69981
sbg6
(g13
g8
NtRp69982
(dp69983
g16
Nsg17
Nsg11
VPOINT(28.421112060547 -15.806944847107)
p69984
sbtp69985
a(g6
(g7
g8
NtRp69986
(dp69987
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Upper_Power_Station
p69988
sbg6
(g13
g8
NtRp69989
(dp69990
g16
Nsg17
Nsg11
VKafue-Talsperre
p69991
sbg6
(g13
g8
NtRp69992
(dp69993
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p69994
sbNNNNg6
(g13
g8
NtRp69995
(dp69996
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p69997
sbg6
(g13
g8
NtRp69998
(dp69999
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp70000
(dp70001
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p70002
sbg6
(g13
g8
NtRp70003
(dp70004
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70005
(dp70006
g16
Nsg17
Nsg11
VZambia
p70007
sbg6
(g13
g8
NtRp70008
(dp70009
g16
Nsg17
Nsg11
VThe Kafue Gorge Upper Power Station (KGU), is an operational 900 megawatts (1,206,920 hp) hydroelectric power plant across the Kafue River in Zambia.
p70010
sbg6
(g13
g8
NtRp70011
(dp70012
g16
Nsg17
Nsg11
VPOINT(28.421112060547 -15.806944847107)
p70013
sbtp70014
a(g6
(g7
g8
NtRp70015
(dp70016
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Upper_Power_Station
p70017
sbg6
(g13
g8
NtRp70018
(dp70019
g16
Nsg17
Nsg11
VBarrage de Kafue Gorge
p70020
sbg6
(g13
g8
NtRp70021
(dp70022
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p70023
sbNNNNg6
(g13
g8
NtRp70024
(dp70025
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p70026
sbg6
(g13
g8
NtRp70027
(dp70028
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp70029
(dp70030
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p70031
sbg6
(g13
g8
NtRp70032
(dp70033
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70034
(dp70035
g16
Nsg17
Nsg11
VZambia
p70036
sbg6
(g13
g8
NtRp70037
(dp70038
g16
Nsg17
Nsg11
VThe Kafue Gorge Upper Power Station (KGU), is an operational 900 megawatts (1,206,920 hp) hydroelectric power plant across the Kafue River in Zambia.
p70039
sbg6
(g13
g8
NtRp70040
(dp70041
g16
Nsg17
Nsg11
VPOINT(28.421112060547 -15.806944847107)
p70042
sbtp70043
a(g6
(g7
g8
NtRp70044
(dp70045
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Upper_Power_Station
p70046
sbg6
(g13
g8
NtRp70047
(dp70048
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Kafue Gorge (\u0432\u0435\u0440\u0445\u043d\u044f)
p70049
sbg6
(g13
g8
NtRp70050
(dp70051
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p70052
sbNNNNg6
(g13
g8
NtRp70053
(dp70054
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p70055
sbg6
(g13
g8
NtRp70056
(dp70057
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp70058
(dp70059
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p70060
sbg6
(g13
g8
NtRp70061
(dp70062
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70063
(dp70064
g16
Nsg17
Nsg11
VZambia
p70065
sbg6
(g13
g8
NtRp70066
(dp70067
g16
Nsg17
Nsg11
VThe Kafue Gorge Upper Power Station (KGU), is an operational 900 megawatts (1,206,920 hp) hydroelectric power plant across the Kafue River in Zambia.
p70068
sbg6
(g13
g8
NtRp70069
(dp70070
g16
Nsg17
Nsg11
VPOINT(28.421112060547 -15.806944847107)
p70071
sbtp70072
a(g6
(g7
g8
NtRp70073
(dp70074
g11
Vhttp://dbpedia.org/resource/Kafue_Gorge_Upper_Power_Station
p70075
sbg6
(g13
g8
NtRp70076
(dp70077
g16
Nsg17
Nsg11
VPresa Kafue Gorge
p70078
sbg6
(g13
g8
NtRp70079
(dp70080
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p70081
sbNNNNg6
(g13
g8
NtRp70082
(dp70083
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Zambia
p70084
sbg6
(g13
g8
NtRp70085
(dp70086
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp70087
(dp70088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kafue_River
p70089
sbg6
(g13
g8
NtRp70090
(dp70091
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70092
(dp70093
g16
Nsg17
Nsg11
VZambia
p70094
sbg6
(g13
g8
NtRp70095
(dp70096
g16
Nsg17
Nsg11
VThe Kafue Gorge Upper Power Station (KGU), is an operational 900 megawatts (1,206,920 hp) hydroelectric power plant across the Kafue River in Zambia.
p70097
sbg6
(g13
g8
NtRp70098
(dp70099
g16
Nsg17
Nsg11
VPOINT(28.421112060547 -15.806944847107)
p70100
sbtp70101
a(g6
(g7
g8
NtRp70102
(dp70103
g11
Vhttp://dbpedia.org/resource/Kaifeng_Thermal_Power_Station
p70104
sbg6
(g13
g8
NtRp70105
(dp70106
g16
Nsg17
Nsg11
VKaifeng Thermal Power Station
p70107
sbg6
(g13
g8
NtRp70108
(dp70109
g16
Nsg17
Nsg11
VChina
p70110
sbNNNNNg6
(g13
g8
NtRp70111
(dp70112
g16
Nsg17
Nsg11
VPower
p70113
sbNNNNg6
(g13
g8
NtRp70114
(dp70115
g16
Nsg17
Nsg11
VKaifeng Thermal Power Station (Chinese: \u5f00\u5c01\u706b\u7535\u5382), also spelled Kaifeng Thermal Power Plant, is a thermal power project located in Kaifeng, Henan. Its construction began in October 1969, and has gone through the historical stages such as the Cultural Revolution, Reform and opening up, (\u5382\u957f\u8d1f\u8d23\u5236), corporatization restructuring (\u516c\u53f8\u5316\u6539\u5236), transformation and upgrading.
p70116
sbNtp70117
a(g6
(g7
g8
NtRp70118
(dp70119
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70120
sbg6
(g13
g8
NtRp70121
(dp70122
g16
Nsg17
Nsg11
VKajaki Dam
p70123
sbg6
(g13
g8
NtRp70124
(dp70125
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70126
sbNg6
(g13
g8
NtRp70127
(dp70128
g16
Nsg17
g27
sg11
V0.27
p70129
sbNNg6
(g13
g8
NtRp70130
(dp70131
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70132
sbg6
(g13
g8
NtRp70133
(dp70134
g16
Nsg17
Nsg11
VIrrigation and electricity
p70135
sbg6
(g13
g8
NtRp70136
(dp70137
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70138
sbg6
(g13
g8
NtRp70139
(dp70140
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70141
(dp70142
g16
Nsg17
Nsg11
VAfghanistan
p70143
sbg6
(g13
g8
NtRp70144
(dp70145
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70146
sbg6
(g13
g8
NtRp70147
(dp70148
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70149
sbtp70150
a(g6
(g7
g8
NtRp70151
(dp70152
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70153
sbg6
(g13
g8
NtRp70154
(dp70155
g16
Nsg17
Nsg11
V\u0633\u062f \u0643\u062c\u0643\u064a
p70156
sbg6
(g13
g8
NtRp70157
(dp70158
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70159
sbNg6
(g13
g8
NtRp70160
(dp70161
g16
Nsg17
g27
sg11
V0.27
p70162
sbNNg6
(g13
g8
NtRp70163
(dp70164
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70165
sbg6
(g13
g8
NtRp70166
(dp70167
g16
Nsg17
Nsg11
VIrrigation and electricity
p70168
sbg6
(g13
g8
NtRp70169
(dp70170
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70171
sbg6
(g13
g8
NtRp70172
(dp70173
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70174
(dp70175
g16
Nsg17
Nsg11
VAfghanistan
p70176
sbg6
(g13
g8
NtRp70177
(dp70178
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70179
sbg6
(g13
g8
NtRp70180
(dp70181
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70182
sbtp70183
a(g6
(g7
g8
NtRp70184
(dp70185
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70186
sbg6
(g13
g8
NtRp70187
(dp70188
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u0434\u0436\u0430\u043a\u0456
p70189
sbg6
(g13
g8
NtRp70190
(dp70191
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70192
sbNg6
(g13
g8
NtRp70193
(dp70194
g16
Nsg17
g27
sg11
V0.27
p70195
sbNNg6
(g13
g8
NtRp70196
(dp70197
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70198
sbg6
(g13
g8
NtRp70199
(dp70200
g16
Nsg17
Nsg11
VIrrigation and electricity
p70201
sbg6
(g13
g8
NtRp70202
(dp70203
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70204
sbg6
(g13
g8
NtRp70205
(dp70206
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70207
(dp70208
g16
Nsg17
Nsg11
VAfghanistan
p70209
sbg6
(g13
g8
NtRp70210
(dp70211
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70212
sbg6
(g13
g8
NtRp70213
(dp70214
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70215
sbtp70216
a(g6
(g7
g8
NtRp70217
(dp70218
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70219
sbg6
(g13
g8
NtRp70220
(dp70221
g16
Nsg17
Nsg11
VBand-e Kajak\u012b
p70222
sbg6
(g13
g8
NtRp70223
(dp70224
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70225
sbNg6
(g13
g8
NtRp70226
(dp70227
g16
Nsg17
g27
sg11
V0.27
p70228
sbNNg6
(g13
g8
NtRp70229
(dp70230
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70231
sbg6
(g13
g8
NtRp70232
(dp70233
g16
Nsg17
Nsg11
VIrrigation and electricity
p70234
sbg6
(g13
g8
NtRp70235
(dp70236
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70237
sbg6
(g13
g8
NtRp70238
(dp70239
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70240
(dp70241
g16
Nsg17
Nsg11
VAfghanistan
p70242
sbg6
(g13
g8
NtRp70243
(dp70244
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70245
sbg6
(g13
g8
NtRp70246
(dp70247
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70248
sbtp70249
a(g6
(g7
g8
NtRp70250
(dp70251
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70252
sbg6
(g13
g8
NtRp70253
(dp70254
g16
Nsg17
Nsg11
VKajakai-Talsperre
p70255
sbg6
(g13
g8
NtRp70256
(dp70257
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70258
sbNg6
(g13
g8
NtRp70259
(dp70260
g16
Nsg17
g27
sg11
V0.27
p70261
sbNNg6
(g13
g8
NtRp70262
(dp70263
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70264
sbg6
(g13
g8
NtRp70265
(dp70266
g16
Nsg17
Nsg11
VIrrigation and electricity
p70267
sbg6
(g13
g8
NtRp70268
(dp70269
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70270
sbg6
(g13
g8
NtRp70271
(dp70272
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70273
(dp70274
g16
Nsg17
Nsg11
VAfghanistan
p70275
sbg6
(g13
g8
NtRp70276
(dp70277
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70278
sbg6
(g13
g8
NtRp70279
(dp70280
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70281
sbtp70282
a(g6
(g7
g8
NtRp70283
(dp70284
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70285
sbg6
(g13
g8
NtRp70286
(dp70287
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u0434\u0436\u0430\u043a\u0456
p70288
sbg6
(g13
g8
NtRp70289
(dp70290
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70291
sbNg6
(g13
g8
NtRp70292
(dp70293
g16
Nsg17
g27
sg11
V0.27
p70294
sbNNg6
(g13
g8
NtRp70295
(dp70296
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70297
sbg6
(g13
g8
NtRp70298
(dp70299
g16
Nsg17
Nsg11
VIrrigation and electricity
p70300
sbg6
(g13
g8
NtRp70301
(dp70302
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70303
sbg6
(g13
g8
NtRp70304
(dp70305
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70306
(dp70307
g16
Nsg17
Nsg11
VAfghanistan
p70308
sbg6
(g13
g8
NtRp70309
(dp70310
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70311
sbg6
(g13
g8
NtRp70312
(dp70313
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70314
sbtp70315
a(g6
(g7
g8
NtRp70316
(dp70317
g11
Vhttp://dbpedia.org/resource/Kajaki_Dam
p70318
sbg6
(g13
g8
NtRp70319
(dp70320
g16
Nsg17
Nsg11
VKajaki Dam
p70321
sbg6
(g13
g8
NtRp70322
(dp70323
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p70324
sbNg6
(g13
g8
NtRp70325
(dp70326
g16
Nsg17
g27
sg11
V0.27
p70327
sbNNg6
(g13
g8
NtRp70328
(dp70329
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Energy_and_Water_(Afghanistan)
p70330
sbg6
(g13
g8
NtRp70331
(dp70332
g16
Nsg17
Nsg11
VIrrigation and electricity
p70333
sbg6
(g13
g8
NtRp70334
(dp70335
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p70336
sbg6
(g13
g8
NtRp70337
(dp70338
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70339
(dp70340
g16
Nsg17
Nsg11
VAfghanistan
p70341
sbg6
(g13
g8
NtRp70342
(dp70343
g16
Nsg17
Nsg11
VThe Kajaki Dam is one of the two major hydroelectric power dams of Helmand province in southern Afghanistan. The dam is located on the Helmand River 100 miles (161 km) north-west of Kandahar and is operated by the Helmand and Arghandab Valley Authority. It has a dual function, to provide electricity and to irrigate some 650,000 acres (1800 km2) of an otherwise arid land. Water discharging from the dam traverses some 300 miles (500 km) of downstream irrigation canals feeding farmland. As of July 2022 it produces up to 151 megawatts (MW) of electricity.
p70344
sbg6
(g13
g8
NtRp70345
(dp70346
g16
Nsg17
Nsg11
VPOINT(65.11888885498 32.32194519043)
p70347
sbtp70348
a(g6
(g7
g8
NtRp70349
(dp70350
g11
Vhttp://dbpedia.org/resource/Kajbar_Power_Station
p70351
sbg6
(g13
g8
NtRp70352
(dp70353
g16
Nsg17
Nsg11
V\u0645\u062d\u0637\u0629 \u0643\u062c\u0628\u0627\u0631 \u0644\u0644\u062a\u0648\u0644\u064a\u062f
p70354
sbg6
(g13
g8
NtRp70355
(dp70356
g16
Nsg17
Nsg11
VSudan
p70357
sbNNNg6
(g7
g8
NtRp70358
(dp70359
g11
Vhttp://dbpedia.org/resource/Kajbar_Power_Station__Lake__1
p70360
sbNg6
(g13
g8
NtRp70361
(dp70362
g16
Nsg17
Nsg11
VPower
p70363
sbNg6
(g13
g8
NtRp70364
(dp70365
g16
Nsg17
Nsg11
VP
sbNNg6
(g13
g8
NtRp70366
(dp70367
g16
Nsg17
Nsg11
VThe Kajbar Power Station is a proposed hydroelectric power plant on the Nile in northern Sudan. Flooding the third cataract, it will have a power generating capacity of 360 MW, enough to power over 202,000 homes. Among other goals, the dam aims at facilitating heavy industry implantation in the area by its power generation. Kajbar power station is part of a larger hydropower generation programme all along the Nile in Sudan, that also includes the Merowe dam (completed in 2009), Shreiq dam and Dal dam (proposed). As of 2020, the project is stalled and the expected completion date is unknown.
p70368
sbg6
(g13
g8
NtRp70369
(dp70370
g16
Nsg17
Nsg11
VPOINT(30.430833816528 19.940000534058)
p70371
sbtp70372
a(g6
(g7
g8
NtRp70373
(dp70374
g11
Vhttp://dbpedia.org/resource/Kajbar_Power_Station
p70375
sbg6
(g13
g8
NtRp70376
(dp70377
g16
Nsg17
Nsg11
VKajbar Power Station
p70378
sbg6
(g13
g8
NtRp70379
(dp70380
g16
Nsg17
Nsg11
VSudan
p70381
sbNNNg6
(g7
g8
NtRp70382
(dp70383
g11
Vhttp://dbpedia.org/resource/Kajbar_Power_Station__Lake__1
p70384
sbNg6
(g13
g8
NtRp70385
(dp70386
g16
Nsg17
Nsg11
VPower
p70387
sbNg6
(g13
g8
NtRp70388
(dp70389
g16
Nsg17
Nsg11
VP
sbNNg6
(g13
g8
NtRp70390
(dp70391
g16
Nsg17
Nsg11
VThe Kajbar Power Station is a proposed hydroelectric power plant on the Nile in northern Sudan. Flooding the third cataract, it will have a power generating capacity of 360 MW, enough to power over 202,000 homes. Among other goals, the dam aims at facilitating heavy industry implantation in the area by its power generation. Kajbar power station is part of a larger hydropower generation programme all along the Nile in Sudan, that also includes the Merowe dam (completed in 2009), Shreiq dam and Dal dam (proposed). As of 2020, the project is stalled and the expected completion date is unknown.
p70392
sbg6
(g13
g8
NtRp70393
(dp70394
g16
Nsg17
Nsg11
VPOINT(30.430833816528 19.940000534058)
p70395
sbtp70396
a(g6
(g7
g8
NtRp70397
(dp70398
g11
Vhttp://dbpedia.org/resource/Kajbar_Power_Station
p70399
sbg6
(g13
g8
NtRp70400
(dp70401
g16
Nsg17
Nsg11
VBarrage de Kajbar
p70402
sbg6
(g13
g8
NtRp70403
(dp70404
g16
Nsg17
Nsg11
VSudan
p70405
sbNNNg6
(g7
g8
NtRp70406
(dp70407
g11
Vhttp://dbpedia.org/resource/Kajbar_Power_Station__Lake__1
p70408
sbNg6
(g13
g8
NtRp70409
(dp70410
g16
Nsg17
Nsg11
VPower
p70411
sbNg6
(g13
g8
NtRp70412
(dp70413
g16
Nsg17
Nsg11
VP
sbNNg6
(g13
g8
NtRp70414
(dp70415
g16
Nsg17
Nsg11
VThe Kajbar Power Station is a proposed hydroelectric power plant on the Nile in northern Sudan. Flooding the third cataract, it will have a power generating capacity of 360 MW, enough to power over 202,000 homes. Among other goals, the dam aims at facilitating heavy industry implantation in the area by its power generation. Kajbar power station is part of a larger hydropower generation programme all along the Nile in Sudan, that also includes the Merowe dam (completed in 2009), Shreiq dam and Dal dam (proposed). As of 2020, the project is stalled and the expected completion date is unknown.
p70416
sbg6
(g13
g8
NtRp70417
(dp70418
g16
Nsg17
Nsg11
VPOINT(30.430833816528 19.940000534058)
p70419
sbtp70420
a(g6
(g7
g8
NtRp70421
(dp70422
g11
Vhttp://dbpedia.org/resource/Kajiwa_Dam
p70423
sbg6
(g13
g8
NtRp70424
(dp70425
g16
Nsg17
Nsg11
VKajiwa Dam
p70426
sbg6
(g13
g8
NtRp70427
(dp70428
g16
Nsg17
Nsg11
VChina
p70429
sbg6
(g13
g8
NtRp70430
(dp70431
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p70432
sbg6
(g13
g8
NtRp70433
(dp70434
g16
Nsg17
g27
sg11
V0.323
p70435
sbNg6
(g7
g8
NtRp70436
(dp70437
g11
Vhttp://dbpedia.org/resource/Kajiwa_Dam__Lake__1
p70438
sbNg6
(g13
g8
NtRp70439
(dp70440
g16
Nsg17
Nsg11
VPower
p70441
sbg6
(g13
g8
NtRp70442
(dp70443
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Muli_River
p70444
sbg6
(g13
g8
NtRp70445
(dp70446
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70447
(dp70448
g16
Nsg17
Nsg11
VChina
p70449
sbg6
(g13
g8
NtRp70450
(dp70451
g16
Nsg17
Nsg11
VThe Kajiwa Dam is a concrete-face rock-fill dam on the Muli River near Kajiwa in Muli Tibetan Autonomous County, Sichuan Province, China. Preliminary construction (roads, bridges, foundation work) on the dam began in 2008 and construction on the 452.4 MW power station began in August 2011. The dam began to impound its reservoir in December 2014. The first 110 MW unit was commissioned on 16 March 2015. The power station went fully operational in the end of 2015. To operate, water from the dam is sent to a power station about 6 km (3.7 mi) downstream.
p70452
sbg6
(g13
g8
NtRp70453
(dp70454
g16
Nsg17
Nsg11
VPOINT(100.88768768311 28.713193893433)
p70455
sbtp70456
a(g6
(g7
g8
NtRp70457
(dp70458
g11
Vhttp://dbpedia.org/resource/Kakabeka_Generating_Station
p70459
sbg6
(g13
g8
NtRp70460
(dp70461
g16
Nsg17
Nsg11
VKakabeka Generating Station
p70462
sbg6
(g13
g8
NtRp70463
(dp70464
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p70465
sbNNNNg6
(g13
g8
NtRp70466
(dp70467
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ontario_Power_Generation
p70468
sbg6
(g13
g8
NtRp70469
(dp70470
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp70471
(dp70472
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kaministiquia_River
p70473
sbg6
(g13
g8
NtRp70474
(dp70475
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp70476
(dp70477
g16
Nsg17
Nsg11
VCanada Ontario
p70478
sbg6
(g13
g8
NtRp70479
(dp70480
g16
Nsg17
Nsg11
VKakabeka Generating Station is a hydroelectric facility operated by Ontario Power Generation on the bank of the Kaministiquia River, 2 km (1.2 mi) downstream from Kakabeka Falls in the community of Kakabeka Falls, Ontario, 30 km (19 mi) west of Thunder Bay. The plant provides energy to the city of Thunder Bay and area. The station is one of ten hydroelectric stations in Ontario Power Generation's Northwest Plant Group, and is remotely operated from Thunder Bay.
p70481
sbg6
(g13
g8
NtRp70482
(dp70483
g16
Nsg17
Nsg11
VPOINT(-89.629348754883 48.414970397949)
p70484
sbtp70485
a(g6
(g7
g8
NtRp70486
(dp70487
g11
Vhttp://dbpedia.org/resource/Kakkad_Hydro_Electric_Project
p70488
sbg6
(g13
g8
NtRp70489
(dp70490
g16
Nsg17
Nsg11
VKakkad Hydro Electric Project
p70491
sbg6
(g13
g8
NtRp70492
(dp70493
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p70494
sbNNNNg6
(g13
g8
NtRp70495
(dp70496
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kerala_State_Electricity_Board
p70497
sbg6
(g13
g8
NtRp70498
(dp70499
g16
Nsg17
Nsg11
VHydroelectric
p70500
sbNg6
(g13
g8
NtRp70501
(dp70502
g16
Nsg17
Nsg11
VCompleted
p70503
sbNNg6
(g13
g8
NtRp70504
(dp70505
g16
Nsg17
Nsg11
VThe Kakkad Hydroelectric Power Plant is located near Seethathode, in the Pathanamthitta district of the Indian state of Kerala. It is operated by the Kerala State Electricity Board. This hydropower plant has a design capacity of 50 MWe. It has 2 turbines, commissioned in 1998 and 1999.
p70506
sbNtp70507
a(g6
(g7
g8
NtRp70508
(dp70509
g11
Vhttp://dbpedia.org/resource/Kakkad_Hydro_Electric_Project
p70510
sbg6
(g13
g8
NtRp70511
(dp70512
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u043a\u043a\u0430\u0434
p70513
sbg6
(g13
g8
NtRp70514
(dp70515
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p70516
sbNNNNg6
(g13
g8
NtRp70517
(dp70518
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kerala_State_Electricity_Board
p70519
sbg6
(g13
g8
NtRp70520
(dp70521
g16
Nsg17
Nsg11
VHydroelectric
p70522
sbNg6
(g13
g8
NtRp70523
(dp70524
g16
Nsg17
Nsg11
VCompleted
p70525
sbNNg6
(g13
g8
NtRp70526
(dp70527
g16
Nsg17
Nsg11
VThe Kakkad Hydroelectric Power Plant is located near Seethathode, in the Pathanamthitta district of the Indian state of Kerala. It is operated by the Kerala State Electricity Board. This hydropower plant has a design capacity of 50 MWe. It has 2 turbines, commissioned in 1998 and 1999.
p70528
sbNtp70529
a(g6
(g7
g8
NtRp70530
(dp70531
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70532
sbg6
(g13
g8
NtRp70533
(dp70534
g16
Nsg17
Nsg11
VKakraparská jaderná elektrárna
p70535
sbg6
(g13
g8
NtRp70536
(dp70537
g16
Nsg17
Nsg11
VIndia
p70538
sbNNNNNNNg6
(g13
g8
NtRp70539
(dp70540
g16
Nsg17
Nsg11
VOperational
p70541
sbNNg6
(g13
g8
NtRp70542
(dp70543
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70544
sbg6
(g13
g8
NtRp70545
(dp70546
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70547
sbtp70548
a(g6
(g7
g8
NtRp70549
(dp70550
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70551
sbg6
(g13
g8
NtRp70552
(dp70553
g16
Nsg17
Nsg11
VKernkraftwerk Kakrapar
p70554
sbg6
(g13
g8
NtRp70555
(dp70556
g16
Nsg17
Nsg11
VIndia
p70557
sbNNNNNNNg6
(g13
g8
NtRp70558
(dp70559
g16
Nsg17
Nsg11
VOperational
p70560
sbNNg6
(g13
g8
NtRp70561
(dp70562
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70563
sbg6
(g13
g8
NtRp70564
(dp70565
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70566
sbtp70567
a(g6
(g7
g8
NtRp70568
(dp70569
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70570
sbg6
(g13
g8
NtRp70571
(dp70572
g16
Nsg17
Nsg11
VCentrale nucléaire de Kakrapar
p70573
sbg6
(g13
g8
NtRp70574
(dp70575
g16
Nsg17
Nsg11
VIndia
p70576
sbNNNNNNNg6
(g13
g8
NtRp70577
(dp70578
g16
Nsg17
Nsg11
VOperational
p70579
sbNNg6
(g13
g8
NtRp70580
(dp70581
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70582
sbg6
(g13
g8
NtRp70583
(dp70584
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70585
sbtp70586
a(g6
(g7
g8
NtRp70587
(dp70588
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70589
sbg6
(g13
g8
NtRp70590
(dp70591
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station
p70592
sbg6
(g13
g8
NtRp70593
(dp70594
g16
Nsg17
Nsg11
VIndia
p70595
sbNNNNNNNg6
(g13
g8
NtRp70596
(dp70597
g16
Nsg17
Nsg11
VOperational
p70598
sbNNg6
(g13
g8
NtRp70599
(dp70600
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70601
sbg6
(g13
g8
NtRp70602
(dp70603
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70604
sbtp70605
a(g6
(g7
g8
NtRp70606
(dp70607
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70608
sbg6
(g13
g8
NtRp70609
(dp70610
g16
Nsg17
Nsg11
VCentrale nucleare di Kakrapar
p70611
sbg6
(g13
g8
NtRp70612
(dp70613
g16
Nsg17
Nsg11
VIndia
p70614
sbNNNNNNNg6
(g13
g8
NtRp70615
(dp70616
g16
Nsg17
Nsg11
VOperational
p70617
sbNNg6
(g13
g8
NtRp70618
(dp70619
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70620
sbg6
(g13
g8
NtRp70621
(dp70622
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70623
sbtp70624
a(g6
(g7
g8
NtRp70625
(dp70626
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70627
sbg6
(g13
g8
NtRp70628
(dp70629
g16
Nsg17
Nsg11
V\u30ab\u30af\u30e9\u30d1\u30fc\u539f\u5b50\u529b\u767a\u96fb\u6240
p70630
sbg6
(g13
g8
NtRp70631
(dp70632
g16
Nsg17
Nsg11
VIndia
p70633
sbNNNNNNNg6
(g13
g8
NtRp70634
(dp70635
g16
Nsg17
Nsg11
VOperational
p70636
sbNNg6
(g13
g8
NtRp70637
(dp70638
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70639
sbg6
(g13
g8
NtRp70640
(dp70641
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70642
sbtp70643
a(g6
(g7
g8
NtRp70644
(dp70645
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70646
sbg6
(g13
g8
NtRp70647
(dp70648
g16
Nsg17
Nsg11
V\u0410\u042d\u0421 \u041a\u0430\u043a\u0440\u0430\u043f\u0430\u0440
p70649
sbg6
(g13
g8
NtRp70650
(dp70651
g16
Nsg17
Nsg11
VIndia
p70652
sbNNNNNNNg6
(g13
g8
NtRp70653
(dp70654
g16
Nsg17
Nsg11
VOperational
p70655
sbNNg6
(g13
g8
NtRp70656
(dp70657
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70658
sbg6
(g13
g8
NtRp70659
(dp70660
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70661
sbtp70662
a(g6
(g7
g8
NtRp70663
(dp70664
g11
Vhttp://dbpedia.org/resource/Kakrapar_Atomic_Power_Station
p70665
sbg6
(g13
g8
NtRp70666
(dp70667
g16
Nsg17
Nsg11
V\u0410\u0415\u0421 \u041a\u0430\u043a\u0440\u0430\u043f\u0430\u0440
p70668
sbg6
(g13
g8
NtRp70669
(dp70670
g16
Nsg17
Nsg11
VIndia
p70671
sbNNNNNNNg6
(g13
g8
NtRp70672
(dp70673
g16
Nsg17
Nsg11
VOperational
p70674
sbNNg6
(g13
g8
NtRp70675
(dp70676
g16
Nsg17
Nsg11
VKakrapar Atomic Power Station is a nuclear power station in India, which lies in the proximity of Mandvi, Surat and Tapi river in the state of Gujarat.
p70677
sbg6
(g13
g8
NtRp70678
(dp70679
g16
Nsg17
Nsg11
VPOINT(73.349998474121 21.238611221313)
p70680
sbtp70681
a(g6
(g7
g8
NtRp70682
(dp70683
g11
Vhttp://dbpedia.org/resource/Kalabagh_Dam
p70684
sbg6
(g13
g8
NtRp70685
(dp70686
g16
Nsg17
Nsg11
VKalabagh Dam
p70687
sbg6
(g13
g8
NtRp70688
(dp70689
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p70690
sbg6
(g13
g8
NtRp70691
(dp70692
g16
Nsg17
Nsg11
VEarthfill dam(zoned fill embankment with clay core)
p70693
sbg6
(g13
g8
NtRp70694
(dp70695
g16
Nsg17
g27
sg11
V0.5
p70696
sbNg6
(g7
g8
NtRp70697
(dp70698
g11
Vhttp://dbpedia.org/resource/Kalabagh_Dam__Lake__1
p70699
sbNNg6
(g13
g8
NtRp70700
(dp70701
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Indus_River
p70702
sbg6
(g13
g8
NtRp70703
(dp70704
g16
Nsg17
Nsg11
VNot Started
p70705
sbNg6
(g13
g8
NtRp70706
(dp70707
g16
Nsg17
Nsg11
VPakistan
p70708
sbg6
(g13
g8
NtRp70709
(dp70710
g16
Nsg17
Nsg11
VThe Kalabagh Dam (Urdu: \u06a9\u0627\u0644\u0627 \u0628\u0627\u063a \u0688\u064a\u0645, Sindhi: \u06aa\u0627\u0644\u0627\u0628\u0627\u063a \u068a\u064a\u0645) is a proposed hydroelectric dam on the Indus River at Kalabagh in the Mianwali District, Punjab, Pakistan, which has been intensely debated along ethnic and regional lines for over 40 years.
p70711
sbg6
(g13
g8
NtRp70712
(dp70713
g16
Nsg17
Nsg11
VPOINT(71.613609313965 32.956390380859)
p70714
sbtp70715
a(g6
(g7
g8
NtRp70716
(dp70717
g11
Vhttp://dbpedia.org/resource/Kalahari_Desert
p70718
sbg6
(g13
g8
NtRp70719
(dp70720
g16
Nsg17
Nsg11
VKalahari Desert
p70721
sbg6
(g13
g8
NtRp70722
(dp70723
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botswana
p70724
sbNNNNNNNNNNg6
(g13
g8
NtRp70725
(dp70726
g16
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VKaligandaki A Hydroelectric Power Station is situated near Mirmi of Syangja District about 300 km to the west of Kathmandu and 100 km from Pokhara in the same direction in Nepal. The hydropower project is also the biggest hydropower project of Nepal. The dam and headworks are situated on the Gandaki River at the confluence of the Andhikhola whereas the power house is located downstream, around a bend in the river, in Beltari (About 7 km towards the South-East of Mirmi). A 5.9 km (3.7 mi) long headrace tunnel connects the reservoir to the power station which contains three 48 MW Francis turbine-generators. Owner and operator of the power plant is Nepal Electricity Authority.
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VKaligandaki A Hydroelectric Power Station is situated near Mirmi of Syangja District about 300 km to the west of Kathmandu and 100 km from Pokhara in the same direction in Nepal. The hydropower project is also the biggest hydropower project of Nepal. The dam and headworks are situated on the Gandaki River at the confluence of the Andhikhola whereas the power house is located downstream, around a bend in the river, in Beltari (About 7 km towards the South-East of Mirmi). A 5.9 km (3.7 mi) long headrace tunnel connects the reservoir to the power station which contains three 48 MW Francis turbine-generators. Owner and operator of the power plant is Nepal Electricity Authority.
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VKalisindh Dam is a concrete gravity dam across Kali Sindh River. It is situated near Jetpura village which is 16 km from Jhalawar, Rajasthan, India. It is built primarily for providing water for irrigation to nearby villages, control annual floods in Kali Sindh River and uplift water to storage of 1200 mcft water for Kalisindh Thermal Power Station. The dam has the highest number of gates (33) among all dams in Rajasthan.
p71720
sbg6
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g8
NtRp71721
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Nsg17
Nsg11
VPOINT(76.378196716309 24.806917190552)
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VKalkfontein Dam
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Nsg17
Nsg11
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g8
NtRp71734
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Nsg17
Nsg11
Vrockfill
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NtRp71737
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Nsg17
g27
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NtRp71740
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Nsg17
Nsg11
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p71745
sbg6
(g13
g8
NtRp71746
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g16
Nsg17
Nsg11
VIrrigation and household
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g8
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g16
Nsg17
Nsg11
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p71751
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Nsg17
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VKalkfontein Dam is a rockfill type dam located on the Riet River, near Koffiefontein, Free State, South Africa. It was established in 1938 and renovated in 1977. The primary purpose of the dam is to serve for irrigation purposes and its hazard potential has been ranked high (3).Kalkfontein Dam reservoir is often quite low (10-20% full) as the upstream area is hot and dry and too small to fill a dam of this size, however during flooding on the Orange River, water is transferred from the Orange River at Vanderkloof Dam to Kalkfontein Dam. In 2021 this led to the reservoir rising from 17.3% to 61.7% in a single week.
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sbg6
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g8
NtRp71755
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VPOINT(25.222221374512 -29.495832443237)
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sbg6
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g8
NtRp71762
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Nsg17
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V\u041a\u0430\u043b\u043b\u0430\u043d\u0430\u0439
p71764
sbg6
(g13
g8
NtRp71765
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Nsg17
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VIndia
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sbg6
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NtRp71768
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Nsg17
Nsg11
VBarrage
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NtRp71771
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Nsg17
g27
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V0.329
p71773
sbNNNg6
(g13
g8
NtRp71774
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Nsg17
Nsg11
VIrrigation
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sbg6
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g8
NtRp71777
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g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp71780
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g16
Nsg17
Nsg11
VOperational
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sbNNg6
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g8
NtRp71783
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Nsg17
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VKallanai (also known as the Grand Anicut) is an ancient dam. It is built (in running water) across the Kaveri river flowing from Tiruchirapalli District to Thanjavur district, Tamil Nadu, India. The dam located in Thanjavur district. Located at a distance of 15 km from Tiruchirapalli, 45 km from Tanjavur, the dam was originally constructed during the reign of Chola king Karikalan in c.150 CE. It is the fourth oldest water diversion or water-regulator structures in the world and the oldest in India that is still in use. Because of its spectacular architecture, it is one of the prime tourist spots in Tamil Nadu.
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g8
NtRp71787
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sbg6
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g8
NtRp71790
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g16
Nsg17
Nsg11
VKallanai Dam
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sbg6
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g8
NtRp71793
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g16
Nsg17
Nsg11
VIndia
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sbg6
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g8
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g16
Nsg17
Nsg11
VBarrage
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sbg6
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g8
NtRp71799
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g16
Nsg17
g27
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V0.329
p71801
sbNNNg6
(g13
g8
NtRp71802
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g16
Nsg17
Nsg11
VIrrigation
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sbg6
(g13
g8
NtRp71805
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kaveri
p71807
sbg6
(g13
g8
NtRp71808
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g16
Nsg17
Nsg11
VOperational
p71810
sbNNg6
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g8
NtRp71811
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g16
Nsg17
Nsg11
VKallanai (also known as the Grand Anicut) is an ancient dam. It is built (in running water) across the Kaveri river flowing from Tiruchirapalli District to Thanjavur district, Tamil Nadu, India. The dam located in Thanjavur district. Located at a distance of 15 km from Tiruchirapalli, 45 km from Tanjavur, the dam was originally constructed during the reign of Chola king Karikalan in c.150 CE. It is the fourth oldest water diversion or water-regulator structures in the world and the oldest in India that is still in use. Because of its spectacular architecture, it is one of the prime tourist spots in Tamil Nadu.
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sbNtp71814
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g8
NtRp71815
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sbg6
(g13
g8
NtRp71818
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g16
Nsg17
Nsg11
VKallanai Dam
p71820
sbg6
(g13
g8
NtRp71821
(dp71822
g16
Nsg17
Nsg11
VIndia
p71823
sbg6
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g8
NtRp71824
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g16
Nsg17
Nsg11
VBarrage
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sbg6
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g8
NtRp71827
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g16
Nsg17
g27
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V0.329
p71829
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g8
NtRp71830
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g16
Nsg17
Nsg11
VIrrigation
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sbg6
(g13
g8
NtRp71833
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kaveri
p71835
sbg6
(g13
g8
NtRp71836
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g16
Nsg17
Nsg11
VOperational
p71838
sbNNg6
(g13
g8
NtRp71839
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g16
Nsg17
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VKallanai (also known as the Grand Anicut) is an ancient dam. It is built (in running water) across the Kaveri river flowing from Tiruchirapalli District to Thanjavur district, Tamil Nadu, India. The dam located in Thanjavur district. Located at a distance of 15 km from Tiruchirapalli, 45 km from Tanjavur, the dam was originally constructed during the reign of Chola king Karikalan in c.150 CE. It is the fourth oldest water diversion or water-regulator structures in the world and the oldest in India that is still in use. Because of its spectacular architecture, it is one of the prime tourist spots in Tamil Nadu.
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g8
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p71845
sbg6
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g8
NtRp71846
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g16
Nsg17
Nsg11
VKalu Ganga Dam
p71848
sbg6
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g8
NtRp71849
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p71851
sbg6
(g13
g8
NtRp71852
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g16
Nsg17
Nsg11
VG
sbg6
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g8
NtRp71854
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g16
Nsg17
g27
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V0.546
p71856
sbNg6
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g8
NtRp71857
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p71859
sbNg6
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g8
NtRp71860
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g16
Nsg17
Nsg11
VIrrigation
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sbg6
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g8
NtRp71863
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kalu_Ganga
p71865
sbg6
(g13
g8
NtRp71866
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g16
Nsg17
Nsg11
VOperational
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g8
NtRp71869
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g16
Nsg17
Nsg11
VSri Lanka
p71871
sbg6
(g13
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NtRp71872
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VThe Kalu Ganga Dam is a large gravity dam, and the second vital component of the larger and more complex Moragahakanda \u2014 Kalu Ganga Project, currently under construction across the Kalu Ganga at Pallegama, in the Matale District of Sri Lanka. This Kalu Ganga is a tributary of Amban Ganga which is itself a tributary of the Mahaweli River the longest river in Sri Lanka. This shall not be confused with Kalu Ganga. Construction of the project was launched by President Mahinda Rajapaksa on 25 January 2007. The maiden waters of the dam was released in July 2018.
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sbg6
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NtRp71875
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VPOINT(80.835830688477 7.5597224235535)
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sbtp71878
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sbg6
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g8
NtRp71882
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g16
Nsg17
Nsg11
VKalyani Dam
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sbg6
(g13
g8
NtRp71885
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g16
Nsg17
Nsg11
VIndia
p71887
sbg6
(g13
g8
NtRp71888
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g16
Nsg17
Nsg11
VGravity dam
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g8
NtRp71891
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g11
Vhttp://dbpedia.org/resource/Kalyani_Dam__Lake__1
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sbg6
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g8
NtRp71894
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Andhra_Pradesh
p71896
sbg6
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g8
NtRp71897
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g16
Nsg17
Nsg11
VIrrigation&Water supply
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sbg6
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g8
NtRp71900
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Swarnamukhi
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sbNNg6
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g8
NtRp71903
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Nsg17
Nsg11
VIndia Andhra Pradesh
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NtRp71906
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VThe Kalyani Dam is a gravity dam constructed across the Swarnamukhi river at Tirupati city and located in Tirupati District of Andhra Pradesh, India. This dam is one of the major sources of water supply for Tirupati city and its catchment areas. Once filled, the dam can cater to the water needs of Tirupati for at least two years.
p71908
sbg6
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NtRp71909
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VPOINT(79.26927947998 13.657638549805)
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sbg6
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g16
Nsg17
Nsg11
VKalyani Dam
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g8
NtRp71919
(dp71920
g16
Nsg17
Nsg11
VIndia
p71921
sbg6
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g8
NtRp71922
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g16
Nsg17
Nsg11
VGravity dam
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g8
NtRp71925
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Vhttp://dbpedia.org/resource/Kalyani_Dam__Lake__1
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sbg6
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NtRp71928
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NtRp71931
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Nsg17
Nsg11
VIrrigation&Water supply
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Swarnamukhi
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sbNNg6
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g8
NtRp71937
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g16
Nsg17
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VIndia Andhra Pradesh
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sbg6
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NtRp71940
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Nsg17
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VThe Kalyani Dam is a gravity dam constructed across the Swarnamukhi river at Tirupati city and located in Tirupati District of Andhra Pradesh, India. This dam is one of the major sources of water supply for Tirupati city and its catchment areas. Once filled, the dam can cater to the water needs of Tirupati for at least two years.
p71942
sbg6
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g8
NtRp71943
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g16
Nsg17
Nsg11
VPOINT(79.26927947998 13.657638549805)
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sbtp71946
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g8
NtRp71947
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sbg6
(g13
g8
NtRp71950
(dp71951
g16
Nsg17
Nsg11
VKamal Khan Dam
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sbg6
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g8
NtRp71953
(dp71954
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
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sbg6
(g13
g8
NtRp71956
(dp71957
g16
Nsg17
Nsg11
VGravity
p71958
sbg6
(g13
g8
NtRp71959
(dp71960
g16
Nsg17
g27
sg11
V2.274
p71961
sbNNg6
(g13
g8
NtRp71962
(dp71963
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Water_Affairs_Regulation_Authority
p71964
sbg6
(g13
g8
NtRp71965
(dp71966
g16
Nsg17
Nsg11
VIrrigation and Hydroelectricity
p71967
sbg6
(g13
g8
NtRp71968
(dp71969
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p71970
sbg6
(g13
g8
NtRp71971
(dp71972
g16
Nsg17
Nsg11
VCompleted
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sbNg6
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g8
NtRp71974
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g16
Nsg17
Nsg11
VAfghanistan
p71976
sbg6
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NtRp71977
(dp71978
g16
Nsg17
Nsg11
VKamal Khan Dam (Pashto: \u06a9\u0645\u0627\u0644 \u062e\u0627\u0646 \u0628\u0646\u062f) is a hydroelectric and irrigation dam project on the Helmand River in Chahar Burjak District of Nimruz Province in south-western Afghanistan. It is located about 95 km to the southeast of Zaranj. Construction work on the dam officially began in 1974 but after the 1978 Saur Revolution, the Americans involved in the construction were compelled to leave Afghanistan and the project was abandoned. It was recently completed. Kamal Khan Dam was inaugurated by President Ashraf Ghani on 24 March 2021.
p71979
sbg6
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g8
NtRp71980
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Nsg17
Nsg11
VPOINT(61.883377075195 30.323984146118)
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sbtp71983
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g8
NtRp71984
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g11
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p71986
sbg6
(g13
g8
NtRp71987
(dp71988
g16
Nsg17
Nsg11
V\u0633\u062f \u0643\u0645\u0627\u0644 \u062e\u0627\u0646
p71989
sbg6
(g13
g8
NtRp71990
(dp71991
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p71992
sbg6
(g13
g8
NtRp71993
(dp71994
g16
Nsg17
Nsg11
VGravity
p71995
sbg6
(g13
g8
NtRp71996
(dp71997
g16
Nsg17
g27
sg11
V2.274
p71998
sbNNg6
(g13
g8
NtRp71999
(dp72000
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Water_Affairs_Regulation_Authority
p72001
sbg6
(g13
g8
NtRp72002
(dp72003
g16
Nsg17
Nsg11
VIrrigation and Hydroelectricity
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sbg6
(g13
g8
NtRp72005
(dp72006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Helmand_River
p72007
sbg6
(g13
g8
NtRp72008
(dp72009
g16
Nsg17
Nsg11
VCompleted
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sbNg6
(g13
g8
NtRp72011
(dp72012
g16
Nsg17
Nsg11
VAfghanistan
p72013
sbg6
(g13
g8
NtRp72014
(dp72015
g16
Nsg17
Nsg11
VKamal Khan Dam (Pashto: \u06a9\u0645\u0627\u0644 \u062e\u0627\u0646 \u0628\u0646\u062f) is a hydroelectric and irrigation dam project on the Helmand River in Chahar Burjak District of Nimruz Province in south-western Afghanistan. It is located about 95 km to the southeast of Zaranj. Construction work on the dam officially began in 1974 but after the 1978 Saur Revolution, the Americans involved in the construction were compelled to leave Afghanistan and the project was abandoned. It was recently completed. Kamal Khan Dam was inaugurated by President Ashraf Ghani on 24 March 2021.
p72016
sbg6
(g13
g8
NtRp72017
(dp72018
g16
Nsg17
Nsg11
VPOINT(61.883377075195 30.323984146118)
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sbtp72020
a(g6
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g8
NtRp72021
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g11
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p72023
sbg6
(g13
g8
NtRp72024
(dp72025
g16
Nsg17
Nsg11
VKambar-Ata-Talsperre
p72026
sbg6
(g13
g8
NtRp72027
(dp72028
g16
Nsg17
Nsg11
VKyrgyzstan
p72029
sbNNNg6
(g7
g8
NtRp72030
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g11
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p72032
sbNNg6
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g8
NtRp72033
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g16
Nsg17
Nsg11
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p72035
sbg6
(g13
g8
NtRp72036
(dp72037
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp72038
(dp72039
g16
Nsg17
Nsg11
VKyrgyzstan
p72040
sbg6
(g13
g8
NtRp72041
(dp72042
g16
Nsg17
Nsg11
VThe Kambar-Ata Dam (also known as Kambar-Ata 1 or Kambaratinsk Dam) is a proposed dam on the Naryn River in central Kyrgyzstan. One of six planned to be built on the river, it will become one of the largest dams in the world at approximately 275 metres (902 ft) high and containing about 370 million cubic metres (480 million cu yd) of rock and earth. The Kambar-Ati-1 Hydro Power Plant at the base of the dam will have a capacity of around 2,000 megawatts. The project will be constructed jointly with Russia and possibly Kazakhstan as well.
p72043
sbg6
(g13
g8
NtRp72044
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g16
Nsg17
Nsg11
VPOINT(73.47721862793 41.783889770508)
p72046
sbtp72047
a(g6
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g8
NtRp72048
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g11
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p72050
sbg6
(g13
g8
NtRp72051
(dp72052
g16
Nsg17
Nsg11
VBarrage de Kambaratinsk
p72053
sbg6
(g13
g8
NtRp72054
(dp72055
g16
Nsg17
Nsg11
VKyrgyzstan
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sbNNNg6
(g7
g8
NtRp72057
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g11
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p72059
sbNNg6
(g13
g8
NtRp72060
(dp72061
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_River
p72062
sbg6
(g13
g8
NtRp72063
(dp72064
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp72065
(dp72066
g16
Nsg17
Nsg11
VKyrgyzstan
p72067
sbg6
(g13
g8
NtRp72068
(dp72069
g16
Nsg17
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VThe Kambar-Ata Dam (also known as Kambar-Ata 1 or Kambaratinsk Dam) is a proposed dam on the Naryn River in central Kyrgyzstan. One of six planned to be built on the river, it will become one of the largest dams in the world at approximately 275 metres (902 ft) high and containing about 370 million cubic metres (480 million cu yd) of rock and earth. The Kambar-Ati-1 Hydro Power Plant at the base of the dam will have a capacity of around 2,000 megawatts. The project will be constructed jointly with Russia and possibly Kazakhstan as well.
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VThe Kambar-Ata Dam (also known as Kambar-Ata 1 or Kambaratinsk Dam) is a proposed dam on the Naryn River in central Kyrgyzstan. One of six planned to be built on the river, it will become one of the largest dams in the world at approximately 275 metres (902 ft) high and containing about 370 million cubic metres (480 million cu yd) of rock and earth. The Kambar-Ati-1 Hydro Power Plant at the base of the dam will have a capacity of around 2,000 megawatts. The project will be constructed jointly with Russia and possibly Kazakhstan as well.
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VThe Kambar-Ata Dam (also known as Kambar-Ata 1 or Kambaratinsk Dam) is a proposed dam on the Naryn River in central Kyrgyzstan. One of six planned to be built on the river, it will become one of the largest dams in the world at approximately 275 metres (902 ft) high and containing about 370 million cubic metres (480 million cu yd) of rock and earth. The Kambar-Ati-1 Hydro Power Plant at the base of the dam will have a capacity of around 2,000 megawatts. The project will be constructed jointly with Russia and possibly Kazakhstan as well.
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VThe Kamburu Hydroelectric Power Station, also Kamburu Dam is a rock-filled embankment dam on the Tana River in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 93 MW power station. Construction on the dam began in 1971 and it was completed in 1975. The power station was commissioned the same year. US$23 million of the US$47 million project cost was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
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VThe Kamburu Hydroelectric Power Station, also Kamburu Dam is a rock-filled embankment dam on the Tana River in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 93 MW power station. Construction on the dam began in 1971 and it was completed in 1975. The power station was commissioned the same year. US$23 million of the US$47 million project cost was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
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VThe Kamburu Hydroelectric Power Station, also Kamburu Dam is a rock-filled embankment dam on the Tana River in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 93 MW power station. Construction on the dam began in 1971 and it was completed in 1975. The power station was commissioned the same year. US$23 million of the US$47 million project cost was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
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VCentrale hydroélectrique de Kamburu
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VThe Kamburu Hydroelectric Power Station, also Kamburu Dam is a rock-filled embankment dam on the Tana River in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 93 MW power station. Construction on the dam began in 1971 and it was completed in 1975. The power station was commissioned the same year. US$23 million of the US$47 million project cost was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
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VIndia Gujarat#India#Asia
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VThe Kamleshwar Dam, officially known as the "Hiran-I Dam", is a rock-fill embankment dam on the Hiran River in Visavadar, Gujarat State, India. Measuring 764 ha (7,640,000 m2), the dam is located within the Gir Forest National Park and was completed in 1959 for irrigation purposes. The reservoir created by the dam is known for its populations of birds and mugger crocodiles.
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VPakistan
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VKand Dam is small earth core rock-fill dam in North Waziristan Agency of FATA, Pakistan. The construction of dam started in 2011 and was expected to be complete by September 2014 with projected cost of PKR 198.145 Million. Due to military operations, construction of the dam was suspended in June 2014 at 86% progress. It was eventually completed in December 2016.
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VIrrigation
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VSri Lanka
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VThe Kandalama Reservoir (also erroneously known as the Kandalama Lake) is a reservoir in Kandalama, Sri Lanka. The reservoir is created by the 21 m (69 ft) high and 1,600 m (5,200 ft) wide Kandalama Dam. Water from the dam is used for irrigation purposes in the region, extending up to Kekirawa. The tank was created by constructing a dam across one of the main tributaries of Kala Wewa - the Mirisgoniya River. During 1952 to 1957, the tank was rehabilitated by Department of Irrigation of Sri Lanka. The reservoir and hotel is situated with the Kaludiya Pokuna Forest archeological site.
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VThe Kanna Dam (\u6f22\u90a3\u30c0\u30e0) is a concrete gravity dam on the Kanna River in Ginoza, Okinawa Prefecture, Japan. The purpose of the dam is water supply and flood control. After studies were carried out in the 1970s(starting in 1973 and ending in 1978), construction on the dam began in 1982 and it was completed in 1992. The dam is 45 m (148 ft) tall and 185 m (607 ft) long. In order to retain the reservoir, a 37 m (121 ft) tall and 500 m (1,640 ft) long saddle dam was constructed directly northeast of the dam. A fish ladder was installed on the dam during construction to assist the migration of fish, shrimp and crabs. Mangroves downstream of the dam were restored after construction and the area is a tourist destination along with a habitat for water fowl.
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VThe Kannagawa Hydropower Plant (\u795e\u6d41\u5ddd\u767a\u96fb\u6240) is an under construction pumped-storage hydroelectric power plant near Minamiaiki in Nagano Prefecture and Ueno in Gunma Prefecture, Japan. The power plant utilizes the Minamiaiki River along with an upper and lower reservoir created by two dams, the upper Minamiaiki Dam and the lower Ueno Dam. The power station in between the two dams will contain six 470 megawatts (630,000 hp) pump-generators for a total installed capacity of 2,820 megawatts (3,780,000 hp). Unit 1 commenced commercial operation in 2005 and Unit 2 in 2012. When completed, the plant will have the second-largest (after Bath County Pumped Storage Station) pumped-storage power capacity in the world.
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VThe Kannagawa Hydropower Plant (\u795e\u6d41\u5ddd\u767a\u96fb\u6240) is an under construction pumped-storage hydroelectric power plant near Minamiaiki in Nagano Prefecture and Ueno in Gunma Prefecture, Japan. The power plant utilizes the Minamiaiki River along with an upper and lower reservoir created by two dams, the upper Minamiaiki Dam and the lower Ueno Dam. The power station in between the two dams will contain six 470 megawatts (630,000 hp) pump-generators for a total installed capacity of 2,820 megawatts (3,780,000 hp). Unit 1 commenced commercial operation in 2005 and Unit 2 in 2012. When completed, the plant will have the second-largest (after Bath County Pumped Storage Station) pumped-storage power capacity in the world.
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VThe Kannagawa Hydropower Plant (\u795e\u6d41\u5ddd\u767a\u96fb\u6240) is an under construction pumped-storage hydroelectric power plant near Minamiaiki in Nagano Prefecture and Ueno in Gunma Prefecture, Japan. The power plant utilizes the Minamiaiki River along with an upper and lower reservoir created by two dams, the upper Minamiaiki Dam and the lower Ueno Dam. The power station in between the two dams will contain six 470 megawatts (630,000 hp) pump-generators for a total installed capacity of 2,820 megawatts (3,780,000 hp). Unit 1 commenced commercial operation in 2005 and Unit 2 in 2012. When completed, the plant will have the second-largest (after Bath County Pumped Storage Station) pumped-storage power capacity in the world.
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VPOINT(138.65249633789 36.005001068115)
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VThe Kannagawa Hydropower Plant (\u795e\u6d41\u5ddd\u767a\u96fb\u6240) is an under construction pumped-storage hydroelectric power plant near Minamiaiki in Nagano Prefecture and Ueno in Gunma Prefecture, Japan. The power plant utilizes the Minamiaiki River along with an upper and lower reservoir created by two dams, the upper Minamiaiki Dam and the lower Ueno Dam. The power station in between the two dams will contain six 470 megawatts (630,000 hp) pump-generators for a total installed capacity of 2,820 megawatts (3,780,000 hp). Unit 1 commenced commercial operation in 2005 and Unit 2 in 2012. When completed, the plant will have the second-largest (after Bath County Pumped Storage Station) pumped-storage power capacity in the world.
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VThe Kannagawa Hydropower Plant (\u795e\u6d41\u5ddd\u767a\u96fb\u6240) is an under construction pumped-storage hydroelectric power plant near Minamiaiki in Nagano Prefecture and Ueno in Gunma Prefecture, Japan. The power plant utilizes the Minamiaiki River along with an upper and lower reservoir created by two dams, the upper Minamiaiki Dam and the lower Ueno Dam. The power station in between the two dams will contain six 470 megawatts (630,000 hp) pump-generators for a total installed capacity of 2,820 megawatts (3,780,000 hp). Unit 1 commenced commercial operation in 2005 and Unit 2 in 2012. When completed, the plant will have the second-largest (after Bath County Pumped Storage Station) pumped-storage power capacity in the world.
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sbg6
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sbg6
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p72616
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p72637
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sbg6
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g8
NtRp72659
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VPOINT(80.991386413574 8.3611106872559)
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NtRp72666
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VO
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NtRp72679
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Nsg17
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p72681
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VKanungu Power Station is a 6.6 megawatts (8,900 hp) run-of-the-river hydroelectric power station on the Ishasha River in Uganda. The station is sometimes referred to as the Ishasha Power Station.
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VKanungu Hydroelectric Power Station
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p72702
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NtRp72703
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NtRp72705
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p72707
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NtRp72708
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VKanungu Power Station is a 6.6 megawatts (8,900 hp) run-of-the-river hydroelectric power station on the Ishasha River in Uganda. The station is sometimes referred to as the Ishasha Power Station.
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NtRp72718
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Nsg17
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VKapadigad Hydropower Station
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NtRp72721
(dp72722
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Nsg17
Nsg11
VNepal
p72723
sbg6
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g8
NtRp72724
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Nsg17
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VGravity
p72726
sbNNNNg6
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(dp72728
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Nsg17
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VPower
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Vhttp://dbpedia.org/resource/Kapadigad_River
p72732
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Nsg17
Nsg11
Vo
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NtRp72735
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Nsg17
Nsg11
VNepal
p72737
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NtRp72738
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VKapadigad Hydropower Station (Nepali: \u0915\u092a\u093e\u0921\u0940\u0917\u0921 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Doti District of Nepal. The flow from is used to generate 3.33 MW electricity. The design flow is 3.81 m3/s and gross head is 170 m.
p72740
sbg6
(g13
g8
NtRp72741
(dp72742
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Nsg11
VPOINT(80.784721374512 29)
p72743
sbtp72744
a(g6
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NtRp72745
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Vhttp://dbpedia.org/resource/Kapichira_Hydroelectric_Power_Station
p72747
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NtRp72748
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Nsg17
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VKapichira Hydroelectric Power Station
p72750
sbg6
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g8
NtRp72751
(dp72752
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Nsg17
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Vhttp://dbpedia.org/resource/Malawi
p72753
sbNNNNg6
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p72756
sbg6
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g8
NtRp72757
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Nsg17
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VP
sbg6
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NtRp72759
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Vhttp://dbpedia.org/resource/Shire_River
p72761
sbg6
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VO
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(g13
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NtRp72764
(dp72765
g16
Nsg17
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VMalawi#Africa#World
p72766
sbg6
(g13
g8
NtRp72767
(dp72768
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Nsg17
Nsg11
VThe Kapichira Power Station is a hydroelectric power plant at the Kapachira Falls on the Shire River in Malawi. It has an installed capacity of 128 megawatts (172,000 hp), enough to power over 86,000 homes, with four 32 megawatts (43,000 hp) generating sets. The power station was developed in stages, with the first phase involving the installation of the first two 32 megawatts-generating turbines. Phase I of the power station was officially opened in September 2000.
p72769
sbg6
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g8
NtRp72770
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g16
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Nsg11
VPOINT(34.753887176514 -15.895833015442)
p72772
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NtRp72777
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VKapichira Hydroelectric Power Station
p72779
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NtRp72780
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Vhttp://dbpedia.org/resource/Malawi
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p72785
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VP
sbg6
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g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Shire_River
p72790
sbg6
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g8
NtRp72791
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g16
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VO
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(g13
g8
NtRp72793
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Nsg17
Nsg11
VMalawi#Africa#World
p72795
sbg6
(g13
g8
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g16
Nsg17
Nsg11
VThe Kapichira Power Station is a hydroelectric power plant at the Kapachira Falls on the Shire River in Malawi. It has an installed capacity of 128 megawatts (172,000 hp), enough to power over 86,000 homes, with four 32 megawatts (43,000 hp) generating sets. The power station was developed in stages, with the first phase involving the installation of the first two 32 megawatts-generating turbines. Phase I of the power station was officially opened in September 2000.
p72798
sbg6
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g8
NtRp72799
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g16
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Nsg11
VPOINT(34.753887176514 -15.895833015442)
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Vhttp://dbpedia.org/resource/Kapichira_Hydroelectric_Power_Station
p72805
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V\u0413\u0415\u0421 \u041a\u0430\u043f\u0456\u0447\u0456\u0440\u0430
p72808
sbg6
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g8
NtRp72809
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p72811
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p72814
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VP
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p72819
sbg6
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VO
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VMalawi#Africa#World
p72824
sbg6
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VThe Kapichira Power Station is a hydroelectric power plant at the Kapachira Falls on the Shire River in Malawi. It has an installed capacity of 128 megawatts (172,000 hp), enough to power over 86,000 homes, with four 32 megawatts (43,000 hp) generating sets. The power station was developed in stages, with the first phase involving the installation of the first two 32 megawatts-generating turbines. Phase I of the power station was officially opened in September 2000.
p72827
sbg6
(g13
g8
NtRp72828
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g16
Nsg17
Nsg11
VPOINT(34.753887176514 -15.895833015442)
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NtRp72832
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Vhttp://dbpedia.org/resource/Kapichira_Hydroelectric_Power_Station
p72834
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V\u0413\u0415\u0421 \u041a\u0430\u043f\u0456\u0447\u0456\u0440\u0430
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p72840
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p72843
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VP
sbg6
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Vhttp://dbpedia.org/resource/Shire_River
p72848
sbg6
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g16
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VO
sbNg6
(g13
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NtRp72851
(dp72852
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VMalawi#Africa#World
p72853
sbg6
(g13
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NtRp72854
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VThe Kapichira Power Station is a hydroelectric power plant at the Kapachira Falls on the Shire River in Malawi. It has an installed capacity of 128 megawatts (172,000 hp), enough to power over 86,000 homes, with four 32 megawatts (43,000 hp) generating sets. The power station was developed in stages, with the first phase involving the installation of the first two 32 megawatts-generating turbines. Phase I of the power station was officially opened in September 2000.
p72856
sbg6
(g13
g8
NtRp72857
(dp72858
g16
Nsg17
Nsg11
VPOINT(34.753887176514 -15.895833015442)
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sbtp72860
a(g6
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g8
NtRp72861
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Vhttp://dbpedia.org/resource/Kaplong_Hydroelectric_Project
p72863
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NtRp72864
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Nsg17
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VKaplong Hydroelectric Project
p72866
sbg6
(g13
g8
NtRp72867
(dp72868
g16
Nsg17
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VIndia
p72869
sbg6
(g13
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(dp72871
g16
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VLeft Fork- ConcreteGravity dam,
p72872
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(g13
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(dp72874
g16
Nsg17
g27
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V0.138
p72875
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g8
NtRp72876
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p72878
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NtRp72879
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g16
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Vhttp://dbpedia.org/resource/NHPC
p72881
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NtRp72882
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g16
Nsg17
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Vhttp://dbpedia.org/resource/Kalpong_River
p72884
sbg6
(g13
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(dp72886
g16
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VO
sbNg6
(g13
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(dp72888
g16
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VIndia Andaman and Nicobar Islands
p72889
sbg6
(g13
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(dp72891
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VKaplong Hydroelectric Project (Kalpong Dam) is the largest dam of the Andaman & Nicobar Islands. Built across the Kalpong River at Nabagram Diglipur in the North and Middle Andaman district the dam was completed in 2001 and commissioned on 1 September 2001 by Shri M. Kannappan the Minister of State for Non-Conventional Energy Sources. The dam was executed by NHPC and run by Electricity Department of Andaman & Nicobar Administration was commissioned 15 months ahead of schedule.
p72892
sbg6
(g13
g8
NtRp72893
(dp72894
g16
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VPOINT(92.967224121094 13.154444694519)
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NtRp72897
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p72899
sbg6
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NtRp72900
(dp72901
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Nsg17
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VKaplong Hydroelectric Project
p72902
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NtRp72903
(dp72904
g16
Nsg17
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VIndia
p72905
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(g13
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(dp72907
g16
Nsg17
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VRight Fork -Rock-Fill
p72908
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NtRp72909
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g16
Nsg17
g27
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V0.138
p72911
sbNg6
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NtRp72912
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Vhttp://dbpedia.org/resource/Kaplong_Hydroelectric_Project__Lake__1
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NtRp72915
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Vhttp://dbpedia.org/resource/NHPC
p72917
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NtRp72918
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Nsg17
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Vhttp://dbpedia.org/resource/Kalpong_River
p72920
sbg6
(g13
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NtRp72921
(dp72922
g16
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VO
sbNg6
(g13
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NtRp72923
(dp72924
g16
Nsg17
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VIndia Andaman and Nicobar Islands
p72925
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(g13
g8
NtRp72926
(dp72927
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VKaplong Hydroelectric Project (Kalpong Dam) is the largest dam of the Andaman & Nicobar Islands. Built across the Kalpong River at Nabagram Diglipur in the North and Middle Andaman district the dam was completed in 2001 and commissioned on 1 September 2001 by Shri M. Kannappan the Minister of State for Non-Conventional Energy Sources. The dam was executed by NHPC and run by Electricity Department of Andaman & Nicobar Administration was commissioned 15 months ahead of schedule.
p72928
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(g13
g8
NtRp72929
(dp72930
g16
Nsg17
Nsg11
VPOINT(92.967224121094 13.154444694519)
p72931
sbtp72932
a(g6
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NtRp72933
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Vhttp://dbpedia.org/resource/Kaptai_Dam
p72935
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NtRp72936
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Nsg17
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VZapora Kaptai
p72938
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NtRp72939
(dp72940
g16
Nsg17
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VBangladesh
p72941
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g16
Nsg17
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VEmbankment
p72944
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Nsg17
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V0.6706
p72947
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Vhttp://dbpedia.org/resource/Kaptai_Dam__Lake__1
p72950
sbNg6
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NtRp72951
(dp72952
g16
Nsg17
Nsg11
VPower
p72953
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g16
Nsg17
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Vhttp://dbpedia.org/resource/Karnaphuli_River
p72956
sbg6
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NtRp72957
(dp72958
g16
Nsg17
Nsg11
VO
sbg6
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NtRp72959
(dp72960
g16
Nsg17
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V1.977e+06
p72961
sbg6
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g16
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VBangladesh
p72964
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VKaptai Dam (Bengali: \u0995\u09be\u09aa\u09cd\u09a4\u09be\u0987 \u09ac\u09be\u0981\u09a7) is on the Karnaphuli River at Kaptai, 65 kilometres (40 mi) upstream from Chittagong in Rangamati District, Bangladesh. It is an earth-fill embankment dam with a reservoir (known as Kaptai Lake) water storage capacity of 6,477 million cubic metres (5,251,000 acre\u22c5ft). The primary purpose of the dam and reservoir was to generate hydroelectric power. Construction was completed in 1962, in then-East Pakistan. The generators in the 230 megawatts (310,000 hp) Karnafuli Hydroelectric Power Station were commissioned between 1962 and 1988. It is the only hydroelectric power station in Bangladesh.
p72967
sbg6
(g13
g8
NtRp72968
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g16
Nsg17
Nsg11
VPOINT(92.225425720215 22.494474411011)
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p72974
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VKaptai Dam
p72977
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g8
NtRp72978
(dp72979
g16
Nsg17
Nsg11
VBangladesh
p72980
sbg6
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NtRp72981
(dp72982
g16
Nsg17
Nsg11
VEmbankment
p72983
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V0.6706
p72986
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Vhttp://dbpedia.org/resource/Kaptai_Dam__Lake__1
p72989
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NtRp72990
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g16
Nsg17
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VPower
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p72995
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NtRp72996
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VO
sbg6
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V1.977e+06
p73000
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VBangladesh
p73003
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NtRp73004
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Nsg17
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VKaptai Dam (Bengali: \u0995\u09be\u09aa\u09cd\u09a4\u09be\u0987 \u09ac\u09be\u0981\u09a7) is on the Karnaphuli River at Kaptai, 65 kilometres (40 mi) upstream from Chittagong in Rangamati District, Bangladesh. It is an earth-fill embankment dam with a reservoir (known as Kaptai Lake) water storage capacity of 6,477 million cubic metres (5,251,000 acre\u22c5ft). The primary purpose of the dam and reservoir was to generate hydroelectric power. Construction was completed in 1962, in then-East Pakistan. The generators in the 230 megawatts (310,000 hp) Karnafuli Hydroelectric Power Station were commissioned between 1962 and 1988. It is the only hydroelectric power station in Bangladesh.
p73006
sbg6
(g13
g8
NtRp73007
(dp73008
g16
Nsg17
Nsg11
VPOINT(92.225425720215 22.494474411011)
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V\u30ab\u30d7\u30bf\u30a4\u30fb\u30c0\u30e0
p73016
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VBangladesh
p73019
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Nsg17
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VEmbankment
p73022
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Nsg17
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V0.6706
p73025
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p73028
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NtRp73029
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g16
Nsg17
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VPower
p73031
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Vhttp://dbpedia.org/resource/Karnaphuli_River
p73034
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VO
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V1.977e+06
p73039
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VBangladesh
p73042
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Nsg17
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VKaptai Dam (Bengali: \u0995\u09be\u09aa\u09cd\u09a4\u09be\u0987 \u09ac\u09be\u0981\u09a7) is on the Karnaphuli River at Kaptai, 65 kilometres (40 mi) upstream from Chittagong in Rangamati District, Bangladesh. It is an earth-fill embankment dam with a reservoir (known as Kaptai Lake) water storage capacity of 6,477 million cubic metres (5,251,000 acre\u22c5ft). The primary purpose of the dam and reservoir was to generate hydroelectric power. Construction was completed in 1962, in then-East Pakistan. The generators in the 230 megawatts (310,000 hp) Karnafuli Hydroelectric Power Station were commissioned between 1962 and 1988. It is the only hydroelectric power station in Bangladesh.
p73045
sbg6
(g13
g8
NtRp73046
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g16
Nsg17
Nsg11
VPOINT(92.225425720215 22.494474411011)
p73048
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Vhttp://dbpedia.org/resource/Kaptai_Dam
p73052
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V\u0413\u0415\u0421 \u041a\u0430\u0440\u043d\u0430\u0444\u0443\u043b\u0456
p73055
sbg6
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NtRp73056
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Nsg17
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VBangladesh
p73058
sbg6
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g16
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Nsg11
VEmbankment
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g8
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g27
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p73064
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Nsg11
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Nsg11
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p73073
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g8
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Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp73076
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Nsg17
g27
sg11
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p73078
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g8
NtRp73079
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g16
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Nsg11
VBangladesh
p73081
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g8
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Nsg11
VKaptai Dam (Bengali: \u0995\u09be\u09aa\u09cd\u09a4\u09be\u0987 \u09ac\u09be\u0981\u09a7) is on the Karnaphuli River at Kaptai, 65 kilometres (40 mi) upstream from Chittagong in Rangamati District, Bangladesh. It is an earth-fill embankment dam with a reservoir (known as Kaptai Lake) water storage capacity of 6,477 million cubic metres (5,251,000 acre\u22c5ft). The primary purpose of the dam and reservoir was to generate hydroelectric power. Construction was completed in 1962, in then-East Pakistan. The generators in the 230 megawatts (310,000 hp) Karnafuli Hydroelectric Power Station were commissioned between 1962 and 1988. It is the only hydroelectric power station in Bangladesh.
p73084
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VPOINT(92.225425720215 22.494474411011)
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p73091
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g8
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VKaptis Hydroelectric Power Station
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g8
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Nsg17
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VKenya
p73097
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g8
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p73106
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VP
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g8
NtRp73109
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g16
Nsg17
Nsg11
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p73111
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(g13
g8
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VKaptis Hydroelectric Power Station, also Kaptis Power Station, is a planned hydroelectric power plant in Kenya, with generation capacity of 15 megawatts (20,115 hp).
p73114
sbg6
(g13
g8
NtRp73115
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Nsg17
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VPOINT(34.897777557373 0.20444443821907)
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p73121
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VKaptis Hydroelectric Power Station
p73124
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Nsg17
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p73127
sbg6
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g8
NtRp73128
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g16
Nsg17
Nsg11
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p73130
sbNNNNg6
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NtRp73131
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p73136
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VP
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NtRp73139
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VKenya
p73141
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g8
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VKaptis Hydroelectric Power Station, also Kaptis Power Station, is a planned hydroelectric power plant in Kenya, with generation capacity of 15 megawatts (20,115 hp).
p73144
sbg6
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g8
NtRp73145
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Nsg17
Nsg11
VPOINT(34.897777557373 0.20444443821907)
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p73151
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g8
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Nsg17
Nsg11
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p73154
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g8
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Nsg17
Nsg11
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p73157
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Nsg11
VA
sbg6
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g8
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p73162
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p73165
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p73168
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p73171
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Nsg17
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VO
sbNg6
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g8
NtRp73174
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Nsg17
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p73176
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g8
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VThe Karapiro Power Station is a hydroelectric power station at Karapiro on the Waikato River, in the North Island of New Zealand. The power station lies on Lake Karapiro, a major rowing regatta venue. Karapiro is 30 kilometres (19 mi) south-east and upstream from the city of Hamilton and several kilometres from Cambridge. It is the last of the eight hydroelectric power stations on the Waikato River. Like all of the hydroelectric power stations on the Waikato River, Karapiro is operated by electricity generator Mercury Energy.
p73179
sbg6
(g13
g8
NtRp73180
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g16
Nsg17
Nsg11
VPOINT(175.53916931152 -37.923889160156)
p73182
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p73186
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g8
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V\u0413\u0415\u0421 \u041a\u0430\u0440\u0430\u043f\u0456\u0440\u043e
p73189
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p73192
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sbg6
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Nsg17
g27
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p73197
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g8
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p73200
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p73203
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p73206
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g8
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VO
sbNg6
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Nsg17
Nsg11
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p73211
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g8
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VThe Karapiro Power Station is a hydroelectric power station at Karapiro on the Waikato River, in the North Island of New Zealand. The power station lies on Lake Karapiro, a major rowing regatta venue. Karapiro is 30 kilometres (19 mi) south-east and upstream from the city of Hamilton and several kilometres from Cambridge. It is the last of the eight hydroelectric power stations on the Waikato River. Like all of the hydroelectric power stations on the Waikato River, Karapiro is operated by electricity generator Mercury Energy.
p73214
sbg6
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g8
NtRp73215
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g16
Nsg17
Nsg11
VPOINT(175.53916931152 -37.923889160156)
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p73221
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Nsg17
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VKarapiro Power Station
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g8
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p73227
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g8
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Nsg17
Nsg11
VA
sbg6
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g8
NtRp73230
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g16
Nsg17
g27
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p73232
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g8
NtRp73233
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p73235
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g8
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p73238
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g8
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p73241
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g8
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VO
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g8
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Nsg17
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VNew Zealand
p73246
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g8
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VThe Karapiro Power Station is a hydroelectric power station at Karapiro on the Waikato River, in the North Island of New Zealand. The power station lies on Lake Karapiro, a major rowing regatta venue. Karapiro is 30 kilometres (19 mi) south-east and upstream from the city of Hamilton and several kilometres from Cambridge. It is the last of the eight hydroelectric power stations on the Waikato River. Like all of the hydroelectric power stations on the Waikato River, Karapiro is operated by electricity generator Mercury Energy.
p73249
sbg6
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g8
NtRp73250
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g16
Nsg17
Nsg11
VPOINT(175.53916931152 -37.923889160156)
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VKarapuzha Dam
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VIndia
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g8
NtRp73263
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g16
Nsg17
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g27
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Nsg17
Nsg11
VIrrigation
p73274
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NtRp73275
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Nsg17
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VO
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g8
NtRp73277
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VIndia#India Kerala#India Karnataka#India Tamil Nadu
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VKarapuzha Dam located in the Wayanad district of Kerala, is one of the biggest earth dams in India. Karapuzha Dam is located in the greenish and natural regions of Wayanad, Kerala on the Karapuzha River, a tributary of the Kabini River. Construction on the dam began in 1977 and it was complete in 2004. The purpose of the dam is irrigation and it left and right bank canals are still under construction.
p73282
sbg6
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g8
NtRp73283
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g16
Nsg17
Nsg11
VPOINT(76.172035217285 11.6175365448)
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V\u0413\u0415\u0421 \u041a\u0435\u0440\u0445\u0435
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Nsg17
g27
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p73298
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p73301
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p73304
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Nsg17
Nsg11
VO
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Nsg17
Nsg11
VIran
p73309
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VThe Karkheh Dam (Persian: \u0633\u062f \u06a9\u0631\u062e\u0647) is a large multi-purpose earthen embankment dam built in Iran on the Karkheh River in 2001 by the Islamic Revolutionary Guards Corps (IRGC). The dam is in the northwestern province of Kh\u016bzest\u0101n, the closest city being Andimeshk to the east. It is 127 metres (417 ft) high and has a reservoir capacity of 5.9 billion cubic meters. The Karkheh Dam is designed to irrigate 320,000 hectares (790,000 acres) of land, produce 520 MW of hydro-electricity and prevent downstream floods.
p73312
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VPOINT(48.126667022705 32.489166259766)
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p73325
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p73331
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VO
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p73339
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VThe Karkheh Dam (Persian: \u0633\u062f \u06a9\u0631\u062e\u0647) is a large multi-purpose earthen embankment dam built in Iran on the Karkheh River in 2001 by the Islamic Revolutionary Guards Corps (IRGC). The dam is in the northwestern province of Kh\u016bzest\u0101n, the closest city being Andimeshk to the east. It is 127 metres (417 ft) high and has a reservoir capacity of 5.9 billion cubic meters. The Karkheh Dam is designed to irrigate 320,000 hectares (790,000 acres) of land, produce 520 MW of hydro-electricity and prevent downstream floods.
p73342
sbg6
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g8
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VPOINT(48.126667022705 32.489166259766)
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VO
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p73369
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VThe Karkheh Dam (Persian: \u0633\u062f \u06a9\u0631\u062e\u0647) is a large multi-purpose earthen embankment dam built in Iran on the Karkheh River in 2001 by the Islamic Revolutionary Guards Corps (IRGC). The dam is in the northwestern province of Kh\u016bzest\u0101n, the closest city being Andimeshk to the east. It is 127 metres (417 ft) high and has a reservoir capacity of 5.9 billion cubic meters. The Karkheh Dam is designed to irrigate 320,000 hectares (790,000 acres) of land, produce 520 MW of hydro-electricity and prevent downstream floods.
p73372
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VPOINT(48.126667022705 32.489166259766)
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VKarche-Talsperre
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VO
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Nsg17
Nsg11
VIran
p73399
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g8
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VThe Karkheh Dam (Persian: \u0633\u062f \u06a9\u0631\u062e\u0647) is a large multi-purpose earthen embankment dam built in Iran on the Karkheh River in 2001 by the Islamic Revolutionary Guards Corps (IRGC). The dam is in the northwestern province of Kh\u016bzest\u0101n, the closest city being Andimeshk to the east. It is 127 metres (417 ft) high and has a reservoir capacity of 5.9 billion cubic meters. The Karkheh Dam is designed to irrigate 320,000 hectares (790,000 acres) of land, produce 520 MW of hydro-electricity and prevent downstream floods.
p73402
sbg6
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g8
NtRp73403
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g16
Nsg17
Nsg11
VPOINT(48.126667022705 32.489166259766)
p73405
sbtp73406
a(g6
(g7
g8
NtRp73407
(dp73408
g11
Vhttp://dbpedia.org/resource/Karkheh_Dam
p73409
sbg6
(g13
g8
NtRp73410
(dp73411
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0643\u0631\u062e\u0629
p73412
sbg6
(g13
g8
NtRp73413
(dp73414
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p73415
sbNg6
(g13
g8
NtRp73416
(dp73417
g16
Nsg17
g27
sg11
V3.03
p73418
sbNg6
(g7
g8
NtRp73419
(dp73420
g11
Vhttp://dbpedia.org/resource/Karkheh_Dam__Lake__1
p73421
sbNNg6
(g13
g8
NtRp73422
(dp73423
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Karkheh_River
p73424
sbg6
(g13
g8
NtRp73425
(dp73426
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp73427
(dp73428
g16
Nsg17
Nsg11
VIran
p73429
sbg6
(g13
g8
NtRp73430
(dp73431
g16
Nsg17
Nsg11
VThe Karkheh Dam (Persian: \u0633\u062f \u06a9\u0631\u062e\u0647) is a large multi-purpose earthen embankment dam built in Iran on the Karkheh River in 2001 by the Islamic Revolutionary Guards Corps (IRGC). The dam is in the northwestern province of Kh\u016bzest\u0101n, the closest city being Andimeshk to the east. It is 127 metres (417 ft) high and has a reservoir capacity of 5.9 billion cubic meters. The Karkheh Dam is designed to irrigate 320,000 hectares (790,000 acres) of land, produce 520 MW of hydro-electricity and prevent downstream floods.
p73432
sbg6
(g13
g8
NtRp73433
(dp73434
g16
Nsg17
Nsg11
VPOINT(48.126667022705 32.489166259766)
p73435
sbtp73436
a(g6
(g7
g8
NtRp73437
(dp73438
g11
Vhttp://dbpedia.org/resource/Karuma_Hydroelectric_Power_Station
p73439
sbg6
(g13
g8
NtRp73440
(dp73441
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u0440\u0443\u043c\u0430
p73442
sbg6
(g13
g8
NtRp73443
(dp73444
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p73445
sbg6
(g13
g8
NtRp73446
(dp73447
g16
Nsg17
Nsg11
VMass concrete
p73448
sbNNg6
(g7
g8
NtRp73449
(dp73450
g11
Vhttp://dbpedia.org/resource/Karuma_Hydroelectric_Power_Station__Lake__1
p73451
sbNNg6
(g13
g8
NtRp73452
(dp73453
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p73454
sbg6
(g13
g8
NtRp73455
(dp73456
g16
Nsg17
Nsg11
VUnder construction
p73457
sbNg6
(g13
g8
NtRp73458
(dp73459
g16
Nsg17
Nsg11
VUganda#Africa#World
p73460
sbg6
(g13
g8
NtRp73461
(dp73462
g16
Nsg17
Nsg11
VThe Karuma Hydroelectric Power Station is a 600 MW hydroelectric power project under construction in Uganda. When completed, it will be the largest power-generating installation in the country.
p73463
sbg6
(g13
g8
NtRp73464
(dp73465
g16
Nsg17
Nsg11
VPOINT(32.268054962158 2.2474999427795)
p73466
sbtp73467
a(g6
(g7
g8
NtRp73468
(dp73469
g11
Vhttp://dbpedia.org/resource/Karuma_Hydroelectric_Power_Station
p73470
sbg6
(g13
g8
NtRp73471
(dp73472
g16
Nsg17
Nsg11
VKaruma Hydroelectric Power Station
p73473
sbg6
(g13
g8
NtRp73474
(dp73475
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p73476
sbg6
(g13
g8
NtRp73477
(dp73478
g16
Nsg17
Nsg11
VMass concrete
p73479
sbNNg6
(g7
g8
NtRp73480
(dp73481
g11
Vhttp://dbpedia.org/resource/Karuma_Hydroelectric_Power_Station__Lake__1
p73482
sbNNg6
(g13
g8
NtRp73483
(dp73484
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p73485
sbg6
(g13
g8
NtRp73486
(dp73487
g16
Nsg17
Nsg11
VUnder construction
p73488
sbNg6
(g13
g8
NtRp73489
(dp73490
g16
Nsg17
Nsg11
VUganda#Africa#World
p73491
sbg6
(g13
g8
NtRp73492
(dp73493
g16
Nsg17
Nsg11
VThe Karuma Hydroelectric Power Station is a 600 MW hydroelectric power project under construction in Uganda. When completed, it will be the largest power-generating installation in the country.
p73494
sbg6
(g13
g8
NtRp73495
(dp73496
g16
Nsg17
Nsg11
VPOINT(32.268054962158 2.2474999427795)
p73497
sbtp73498
a(g6
(g7
g8
NtRp73499
(dp73500
g11
Vhttp://dbpedia.org/resource/Karuma_Hydroelectric_Power_Station
p73501
sbg6
(g13
g8
NtRp73502
(dp73503
g16
Nsg17
Nsg11
VBarrage de Karuma
p73504
sbg6
(g13
g8
NtRp73505
(dp73506
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p73507
sbg6
(g13
g8
NtRp73508
(dp73509
g16
Nsg17
Nsg11
VMass concrete
p73510
sbNNg6
(g7
g8
NtRp73511
(dp73512
g11
Vhttp://dbpedia.org/resource/Karuma_Hydroelectric_Power_Station__Lake__1
p73513
sbNNg6
(g13
g8
NtRp73514
(dp73515
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p73516
sbg6
(g13
g8
NtRp73517
(dp73518
g16
Nsg17
Nsg11
VUnder construction
p73519
sbNg6
(g13
g8
NtRp73520
(dp73521
g16
Nsg17
Nsg11
VUganda#Africa#World
p73522
sbg6
(g13
g8
NtRp73523
(dp73524
g16
Nsg17
Nsg11
VThe Karuma Hydroelectric Power Station is a 600 MW hydroelectric power project under construction in Uganda. When completed, it will be the largest power-generating installation in the country.
p73525
sbg6
(g13
g8
NtRp73526
(dp73527
g16
Nsg17
Nsg11
VPOINT(32.268054962158 2.2474999427795)
p73528
sbtp73529
a(g6
(g7
g8
NtRp73530
(dp73531
g11
Vhttp://dbpedia.org/resource/Karuppanadhi_Dam
p73532
sbg6
(g13
g8
NtRp73533
(dp73534
g16
Nsg17
Nsg11
VKaruppanadhi Dam
p73535
sbg6
(g13
g8
NtRp73536
(dp73537
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p73538
sbNg6
(g13
g8
NtRp73539
(dp73540
g16
Nsg17
g27
sg11
V0.89
p73541
sbNg6
(g7
g8
NtRp73542
(dp73543
g11
Vhttp://dbpedia.org/resource/Karuppanadhi_Dam__Lake__1
p73544
sbNg6
(g13
g8
NtRp73545
(dp73546
g16
Nsg17
Nsg11
VIrrigation
p73547
sbNg6
(g13
g8
NtRp73548
(dp73549
g16
Nsg17
Nsg11
VCompleted
p73550
sbNg6
(g13
g8
NtRp73551
(dp73552
g16
Nsg17
Nsg11
VTamil Nadu
p73553
sbg6
(g13
g8
NtRp73554
(dp73555
g16
Nsg17
Nsg11
VThe Karuppanadhi Dam is located at the foot hills of Western Ghats built across the Karuppanadhi river near Chokkampatti, in the Tirunelveli district of Tamil Nadu, southern India. It provides water for irrigation to the region of Kadayanallur Taluk.
p73556
sbg6
(g13
g8
NtRp73557
(dp73558
g16
Nsg17
Nsg11
VPOINT(77.303527832031 9.1376390457153)
p73559
sbtp73560
a(g6
(g7
g8
NtRp73561
(dp73562
g11
Vhttp://dbpedia.org/resource/Kastraki_Dam
p73563
sbg6
(g13
g8
NtRp73564
(dp73565
g16
Nsg17
Nsg11
VKastraki Dam
p73566
sbg6
(g13
g8
NtRp73567
(dp73568
g16
Nsg17
Nsg11
VGreece
p73569
sbg6
(g13
g8
NtRp73570
(dp73571
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p73572
sbg6
(g13
g8
NtRp73573
(dp73574
g16
Nsg17
g27
sg11
V0.547
p73575
sbNg6
(g7
g8
NtRp73576
(dp73577
g11
Vhttp://dbpedia.org/resource/Kastraki_Dam__Lake__1
p73578
sbg6
(g13
g8
NtRp73579
(dp73580
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p73581
sbg6
(g13
g8
NtRp73582
(dp73583
g16
Nsg17
Nsg11
VPower, flood control, irrigation
p73584
sbg6
(g13
g8
NtRp73585
(dp73586
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Achelous_River
p73587
sbg6
(g13
g8
NtRp73588
(dp73589
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp73590
(dp73591
g16
Nsg17
g27
sg11
V5.2e+06
p73592
sbg6
(g13
g8
NtRp73593
(dp73594
g16
Nsg17
Nsg11
VGreece
p73595
sbg6
(g13
g8
NtRp73596
(dp73597
g16
Nsg17
Nsg11
VThe Kastraki Dam is an earth-fill embankment dam on the Achelous River near the village of Kastraki in Aitoloakarnania, Greece. It was completed in 1969 for the purposes of hydroelectric power generator, flood control and irrigation. The dam's power station houses four 80 MW Francis turbine-generators for an installed capacity of 320 MW. In 2010 the dam's overflow chute spillway was upgraded with 20 which increased the maximum height of the reservoir by 1.93 m (6.3 ft) and its storage capacity by 44,000,000 m3 (36,000 acre\u22c5ft).
p73598
sbg6
(g13
g8
NtRp73599
(dp73600
g16
Nsg17
Nsg11
VPOINT(21.364179611206 38.741859436035)
p73601
sbtp73602
a(g6
(g7
g8
NtRp73603
(dp73604
g11
Vhttp://dbpedia.org/resource/Kastraki_Dam
p73605
sbg6
(g13
g8
NtRp73606
(dp73607
g16
Nsg17
Nsg11
V\u03a5\u03b4\u03c1\u03bf\u03b7\u03bb\u03b5\u03ba\u03c4\u03c1\u03b9\u03ba\u03cc \u03c6\u03c1\u03ac\u03b3\u03bc\u03b1 \u039a\u03b1\u03c3\u03c4\u03c1\u03b1\u03ba\u03af\u03bf\u03c5
p73608
sbg6
(g13
g8
NtRp73609
(dp73610
g16
Nsg17
Nsg11
VGreece
p73611
sbg6
(g13
g8
NtRp73612
(dp73613
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p73614
sbg6
(g13
g8
NtRp73615
(dp73616
g16
Nsg17
g27
sg11
V0.547
p73617
sbNg6
(g7
g8
NtRp73618
(dp73619
g11
Vhttp://dbpedia.org/resource/Kastraki_Dam__Lake__1
p73620
sbg6
(g13
g8
NtRp73621
(dp73622
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p73623
sbg6
(g13
g8
NtRp73624
(dp73625
g16
Nsg17
Nsg11
VPower, flood control, irrigation
p73626
sbg6
(g13
g8
NtRp73627
(dp73628
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Achelous_River
p73629
sbg6
(g13
g8
NtRp73630
(dp73631
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp73632
(dp73633
g16
Nsg17
g27
sg11
V5.2e+06
p73634
sbg6
(g13
g8
NtRp73635
(dp73636
g16
Nsg17
Nsg11
VGreece
p73637
sbg6
(g13
g8
NtRp73638
(dp73639
g16
Nsg17
Nsg11
VThe Kastraki Dam is an earth-fill embankment dam on the Achelous River near the village of Kastraki in Aitoloakarnania, Greece. It was completed in 1969 for the purposes of hydroelectric power generator, flood control and irrigation. The dam's power station houses four 80 MW Francis turbine-generators for an installed capacity of 320 MW. In 2010 the dam's overflow chute spillway was upgraded with 20 which increased the maximum height of the reservoir by 1.93 m (6.3 ft) and its storage capacity by 44,000,000 m3 (36,000 acre\u22c5ft).
p73640
sbg6
(g13
g8
NtRp73641
(dp73642
g16
Nsg17
Nsg11
VPOINT(21.364179611206 38.741859436035)
p73643
sbtp73644
a(g6
(g7
g8
NtRp73645
(dp73646
g11
Vhttp://dbpedia.org/resource/Katakado_Dam
p73647
sbg6
(g13
g8
NtRp73648
(dp73649
g16
Nsg17
Nsg11
VKatakado Dam
p73650
sbg6
(g13
g8
NtRp73651
(dp73652
g16
Nsg17
Nsg11
VJapan
p73653
sbNg6
(g13
g8
NtRp73654
(dp73655
g16
Nsg17
g27
sg11
V0.219
p73656
sbNg6
(g7
g8
NtRp73657
(dp73658
g11
Vhttp://dbpedia.org/resource/Katakado_Dam__Lake__1
p73659
sbg6
(g13
g8
NtRp73660
(dp73661
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tohoku_Electric_Power
p73662
sbNg6
(g13
g8
NtRp73663
(dp73664
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tadami_River
p73665
sbNg6
(g13
g8
NtRp73666
(dp73667
g16
Nsg17
g27
sg11
V34000.0
p73668
sbg6
(g13
g8
NtRp73669
(dp73670
g16
Nsg17
Nsg11
VJapan
p73671
sbg6
(g13
g8
NtRp73672
(dp73673
g16
Nsg17
Nsg11
VKatakado Dam is a gravity dam on the Tadami River 5 km (3 mi) west of Aizubange in the Fukushima Prefecture of Japan. It was constructed between 1951 and 1953 for the purpose of hydroelectric power generation. It supplies a 57 MW power station with water.
p73674
sbg6
(g13
g8
NtRp73675
(dp73676
g16
Nsg17
Nsg11
VPOINT(139.76249694824 37.564445495605)
p73677
sbtp73678
a(g6
(g7
g8
NtRp73679
(dp73680
g11
Vhttp://dbpedia.org/resource/Katakado_Dam
p73681
sbg6
(g13
g8
NtRp73682
(dp73683
g16
Nsg17
Nsg11
VDiga di Katakado
p73684
sbg6
(g13
g8
NtRp73685
(dp73686
g16
Nsg17
Nsg11
VJapan
p73687
sbNg6
(g13
g8
NtRp73688
(dp73689
g16
Nsg17
g27
sg11
V0.219
p73690
sbNg6
(g7
g8
NtRp73691
(dp73692
g11
Vhttp://dbpedia.org/resource/Katakado_Dam__Lake__1
p73693
sbg6
(g13
g8
NtRp73694
(dp73695
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tohoku_Electric_Power
p73696
sbNg6
(g13
g8
NtRp73697
(dp73698
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tadami_River
p73699
sbNg6
(g13
g8
NtRp73700
(dp73701
g16
Nsg17
g27
sg11
V34000.0
p73702
sbg6
(g13
g8
NtRp73703
(dp73704
g16
Nsg17
Nsg11
VJapan
p73705
sbg6
(g13
g8
NtRp73706
(dp73707
g16
Nsg17
Nsg11
VKatakado Dam is a gravity dam on the Tadami River 5 km (3 mi) west of Aizubange in the Fukushima Prefecture of Japan. It was constructed between 1951 and 1953 for the purpose of hydroelectric power generation. It supplies a 57 MW power station with water.
p73708
sbg6
(g13
g8
NtRp73709
(dp73710
g16
Nsg17
Nsg11
VPOINT(139.76249694824 37.564445495605)
p73711
sbtp73712
a(g6
(g7
g8
NtRp73713
(dp73714
g11
Vhttp://dbpedia.org/resource/Katakado_Dam
p73715
sbg6
(g13
g8
NtRp73716
(dp73717
g16
Nsg17
Nsg11
V\u7247\u9580\u30c0\u30e0
p73718
sbg6
(g13
g8
NtRp73719
(dp73720
g16
Nsg17
Nsg11
VJapan
p73721
sbNg6
(g13
g8
NtRp73722
(dp73723
g16
Nsg17
g27
sg11
V0.219
p73724
sbNg6
(g7
g8
NtRp73725
(dp73726
g11
Vhttp://dbpedia.org/resource/Katakado_Dam__Lake__1
p73727
sbg6
(g13
g8
NtRp73728
(dp73729
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tohoku_Electric_Power
p73730
sbNg6
(g13
g8
NtRp73731
(dp73732
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tadami_River
p73733
sbNg6
(g13
g8
NtRp73734
(dp73735
g16
Nsg17
g27
sg11
V34000.0
p73736
sbg6
(g13
g8
NtRp73737
(dp73738
g16
Nsg17
Nsg11
VJapan
p73739
sbg6
(g13
g8
NtRp73740
(dp73741
g16
Nsg17
Nsg11
VKatakado Dam is a gravity dam on the Tadami River 5 km (3 mi) west of Aizubange in the Fukushima Prefecture of Japan. It was constructed between 1951 and 1953 for the purpose of hydroelectric power generation. It supplies a 57 MW power station with water.
p73742
sbg6
(g13
g8
NtRp73743
(dp73744
g16
Nsg17
Nsg11
VPOINT(139.76249694824 37.564445495605)
p73745
sbtp73746
a(g6
(g7
g8
NtRp73747
(dp73748
g11
Vhttp://dbpedia.org/resource/Katende_hydroelectric_power_station
p73749
sbg6
(g13
g8
NtRp73750
(dp73751
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u0442\u0435\u043d\u0434\u0435
p73752
sbg6
(g13
g8
NtRp73753
(dp73754
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p73755
sbNNNNNg6
(g13
g8
NtRp73756
(dp73757
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp73758
(dp73759
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lulua_River
p73760
sbg6
(g13
g8
NtRp73761
(dp73762
g16
Nsg17
Nsg11
VUC
p73763
sbNg6
(g13
g8
NtRp73764
(dp73765
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p73766
sbg6
(g13
g8
NtRp73767
(dp73768
g16
Nsg17
Nsg11
VGrand Katende hydroelectric power station (4 x 16 MW) is a hydropower plant under construction in the Democratic Republic of the Congo, with installed capacity of 64 megawatts (86,000 hp). When completed, it will be operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p73769
sbg6
(g13
g8
NtRp73770
(dp73771
g16
Nsg17
Nsg11
VPOINT(22.450555801392 -6.3466668128967)
p73772
sbtp73773
a(g6
(g7
g8
NtRp73774
(dp73775
g11
Vhttp://dbpedia.org/resource/Katende_hydroelectric_power_station
p73776
sbg6
(g13
g8
NtRp73777
(dp73778
g16
Nsg17
Nsg11
VKatende hydroelectric power station
p73779
sbg6
(g13
g8
NtRp73780
(dp73781
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p73782
sbNNNNNg6
(g13
g8
NtRp73783
(dp73784
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp73785
(dp73786
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lulua_River
p73787
sbg6
(g13
g8
NtRp73788
(dp73789
g16
Nsg17
Nsg11
VUC
p73790
sbNg6
(g13
g8
NtRp73791
(dp73792
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p73793
sbg6
(g13
g8
NtRp73794
(dp73795
g16
Nsg17
Nsg11
VGrand Katende hydroelectric power station (4 x 16 MW) is a hydropower plant under construction in the Democratic Republic of the Congo, with installed capacity of 64 megawatts (86,000 hp). When completed, it will be operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p73796
sbg6
(g13
g8
NtRp73797
(dp73798
g16
Nsg17
Nsg11
VPOINT(22.450555801392 -6.3466668128967)
p73799
sbtp73800
a(g6
(g7
g8
NtRp73801
(dp73802
g11
Vhttp://dbpedia.org/resource/Katrivier_Dam
p73803
sbg6
(g13
g8
NtRp73804
(dp73805
g16
Nsg17
Nsg11
VKatrivier Dam
p73806
sbg6
(g13
g8
NtRp73807
(dp73808
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p73809
sbg6
(g13
g8
NtRp73810
(dp73811
g16
Nsg17
Nsg11
Vmulti-arch
p73812
sbg6
(g13
g8
NtRp73813
(dp73814
g16
Nsg17
g27
sg11
V0.46
p73815
sbNg6
(g7
g8
NtRp73816
(dp73817
g11
Vhttp://dbpedia.org/resource/Katrivier_Dam__Lake__1
p73818
sbg6
(g13
g8
NtRp73819
(dp73820
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p73821
sbg6
(g13
g8
NtRp73822
(dp73823
g16
Nsg17
Nsg11
VIrrigation and domestic use
p73824
sbg6
(g13
g8
NtRp73825
(dp73826
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kat_River
p73827
sbNNNg6
(g13
g8
NtRp73828
(dp73829
g16
Nsg17
Nsg11
VKatrivier Dam is a multi-arch type dam located on the Kat River, near Seymour, Eastern Cape, South Africa. It was established in 1969. The primary purpose of the dam is to serve for irrigation and domestic use. The hazard potential of the dam has been ranked high (3).
p73830
sbg6
(g13
g8
NtRp73831
(dp73832
g16
Nsg17
Nsg11
VPOINT(26.750555038452 -32.56888961792)
p73833
sbtp73834
a(g6
(g7
g8
NtRp73835
(dp73836
g11
Vhttp://dbpedia.org/resource/Katzarah_Dam
p73837
sbg6
(g13
g8
NtRp73838
(dp73839
g16
Nsg17
Nsg11
VKatzarah Dam
p73840
sbg6
(g13
g8
NtRp73841
(dp73842
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p73843
sbNNNNg6
(g13
g8
NtRp73844
(dp73845
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Pakistan
p73846
sbNNg6
(g13
g8
NtRp73847
(dp73848
g16
Nsg17
Nsg11
VPre-feasibility study
p73849
sbNg6
(g13
g8
NtRp73850
(dp73851
g16
Nsg17
Nsg11
VPakistan
p73852
sbg6
(g13
g8
NtRp73853
(dp73854
g16
Nsg17
Nsg11
VThe Katzarah Dam is a proposed dam located near Shyok, Shigar River, and Indus rivers in Pakistan. If built it would be Pakistans largest dam.
p73855
sbg6
(g13
g8
NtRp73856
(dp73857
g16
Nsg17
Nsg11
VPOINT(75.616386413574 35.328056335449)
p73858
sbtp73859
a(g6
(g7
g8
NtRp73860
(dp73861
g11
Vhttp://dbpedia.org/resource/Kaushalya_Dam
p73862
sbg6
(g13
g8
NtRp73863
(dp73864
g16
Nsg17
Nsg11
VKaushalya Dam
p73865
sbg6
(g13
g8
NtRp73866
(dp73867
g16
Nsg17
Nsg11
VIndia
p73868
sbg6
(g13
g8
NtRp73869
(dp73870
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p73871
sbg6
(g13
g8
NtRp73872
(dp73873
g16
Nsg17
g27
sg11
V0.7
p73874
sbNNNNg6
(g13
g8
NtRp73875
(dp73876
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kaushalya_River
p73877
sbg6
(g13
g8
NtRp73878
(dp73879
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp73880
(dp73881
g16
Nsg17
Nsg11
VIndia
p73882
sbg6
(g13
g8
NtRp73883
(dp73884
g16
Nsg17
Nsg11
VThe Kaushalya Dam (Hindi: \u0915\u094c\u0936\u0932\u094d\u092f\u093e \u092c\u093e\u0902\u0927) is an earth-fill embankment dam on the Kaushalya river, which is a tributary of Ghaggar-Hakra River (modern remnant of ancient Sarasvati river), in Pinjore of Haryana state, India. It was constructed between 2008 and 2012 with the primary purpose of water supply.
p73885
sbg6
(g13
g8
NtRp73886
(dp73887
g16
Nsg17
Nsg11
VPOINT(76.913887023926 30.77499961853)
p73888
sbtp73889
a(g6
(g7
g8
NtRp73890
(dp73891
g11
Vhttp://dbpedia.org/resource/Kav\u015fak_Bendi_Dam
p73892
sbg6
(g13
g8
NtRp73893
(dp73894
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0430\u0432\u0448\u0430\u043a-\u0411\u0435\u043d\u0434\u0456
p73895
sbg6
(g13
g8
NtRp73896
(dp73897
g16
Nsg17
Nsg11
VTurkey
p73898
sbg6
(g13
g8
NtRp73899
(dp73900
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p73901
sbg6
(g13
g8
NtRp73902
(dp73903
g16
Nsg17
g27
sg11
V0.186
p73904
sbg6
(g13
g8
NtRp73905
(dp73906
g16
Nsg17
g27
sg11
V323.0
p73907
sbg6
(g7
g8
NtRp73908
(dp73909
g11
Vhttp://dbpedia.org/resource/Kav\u015fak_Bendi_Dam__Lake__1
p73910
sbNNg6
(g13
g8
NtRp73911
(dp73912
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p73913
sbg6
(g13
g8
NtRp73914
(dp73915
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp73916
(dp73917
g16
Nsg17
g27
sg11
V1.215e+06
p73918
sbg6
(g13
g8
NtRp73919
(dp73920
g16
Nsg17
Nsg11
VTurkey
p73921
sbg6
(g13
g8
NtRp73922
(dp73923
g16
Nsg17
Nsg11
VThe Kav\u015fak Bendi Dam is a concrete-face rock-fill dam on the Seyhan River bordering Kozan and Alada\u011f districts in Adana Province, Turkey. Construction on the dam began in 2008 and the first generator was commissioned in 2013. The two remaining generators were commissioned by April 2014. The primary purpose of the dam is hydroelectric power generation. Water is sent about 2.5 km (1.6 mi) downstream where it meets the power station which contains three 59 MW Francis turbine-generators.
p73924
sbg6
(g13
g8
NtRp73925
(dp73926
g16
Nsg17
Nsg11
VPOINT(35.529399871826 37.562576293945)
p73927
sbtp73928
a(g6
(g7
g8
NtRp73929
(dp73930
g11
Vhttp://dbpedia.org/resource/Kav\u015fak_Bendi_Dam
p73931
sbg6
(g13
g8
NtRp73932
(dp73933
g16
Nsg17
Nsg11
VKav\u015fak Bendi Dam
p73934
sbg6
(g13
g8
NtRp73935
(dp73936
g16
Nsg17
Nsg11
VTurkey
p73937
sbg6
(g13
g8
NtRp73938
(dp73939
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p73940
sbg6
(g13
g8
NtRp73941
(dp73942
g16
Nsg17
g27
sg11
V0.186
p73943
sbg6
(g13
g8
NtRp73944
(dp73945
g16
Nsg17
g27
sg11
V323.0
p73946
sbg6
(g7
g8
NtRp73947
(dp73948
g11
Vhttp://dbpedia.org/resource/Kav\u015fak_Bendi_Dam__Lake__1
p73949
sbNNg6
(g13
g8
NtRp73950
(dp73951
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p73952
sbg6
(g13
g8
NtRp73953
(dp73954
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp73955
(dp73956
g16
Nsg17
g27
sg11
V1.215e+06
p73957
sbg6
(g13
g8
NtRp73958
(dp73959
g16
Nsg17
Nsg11
VTurkey
p73960
sbg6
(g13
g8
NtRp73961
(dp73962
g16
Nsg17
Nsg11
VThe Kav\u015fak Bendi Dam is a concrete-face rock-fill dam on the Seyhan River bordering Kozan and Alada\u011f districts in Adana Province, Turkey. Construction on the dam began in 2008 and the first generator was commissioned in 2013. The two remaining generators were commissioned by April 2014. The primary purpose of the dam is hydroelectric power generation. Water is sent about 2.5 km (1.6 mi) downstream where it meets the power station which contains three 59 MW Francis turbine-generators.
p73963
sbg6
(g13
g8
NtRp73964
(dp73965
g16
Nsg17
Nsg11
VPOINT(35.529399871826 37.562576293945)
p73966
sbtp73967
a(g6
(g7
g8
NtRp73968
(dp73969
g11
Vhttp://dbpedia.org/resource/Kav\u015faktepe_Dam
p73970
sbg6
(g13
g8
NtRp73971
(dp73972
g16
Nsg17
Nsg11
VKav\u015faktepe Dam
p73973
sbg6
(g13
g8
NtRp73974
(dp73975
g16
Nsg17
Nsg11
VTurkey
p73976
sbg6
(g13
g8
NtRp73977
(dp73978
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p73979
sbg6
(g13
g8
NtRp73980
(dp73981
g16
Nsg17
g27
sg11
V0.268
p73982
sbg6
(g13
g8
NtRp73983
(dp73984
g16
Nsg17
g27
sg11
V1060.0
p73985
sbg6
(g7
g8
NtRp73986
(dp73987
g11
Vhttp://dbpedia.org/resource/Kav\u015faktepe_Dam__Lake__1
p73988
sbg6
(g13
g8
NtRp73989
(dp73990
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p73991
sbg6
(g13
g8
NtRp73992
(dp73993
g16
Nsg17
Nsg11
VWater supply, military
p73994
sbg6
(g13
g8
NtRp73995
(dp73996
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ortasu_River
p73997
sbg6
(g13
g8
NtRp73998
(dp73999
g16
Nsg17
Nsg11
VUC
p74000
sbg6
(g13
g8
NtRp74001
(dp74002
g16
Nsg17
g27
sg11
V315250.0
p74003
sbg6
(g13
g8
NtRp74004
(dp74005
g16
Nsg17
Nsg11
VTurkey
p74006
sbg6
(g13
g8
NtRp74007
(dp74008
g16
Nsg17
Nsg11
VThe Kav\u015faktepe Dam is a gravity dam under construction on the (a tributary of the Hezil River) in Uludere district of \u015e\u0131rnak Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, Be-Ha-Se Insaat began construction on the dam in 2008 and a completion date has not been announced. Construction was 10% complete in July 2017 and 52% complete in September 2017. Kav\u015faktepe Dam was still under construction as of March 2019. According to MD&A's RCC dams database, the project might be commissioned by December 31, 2020.
p74009
sbg6
(g13
g8
NtRp74010
(dp74011
g16
Nsg17
Nsg11
VPOINT(42.868770599365 37.393547058105)
p74012
sbtp74013
a(g6
(g7
g8
NtRp74014
(dp74015
g11
Vhttp://dbpedia.org/resource/Kayrakkum_Dam
p74016
sbg6
(g13
g8
NtRp74017
(dp74018
g16
Nsg17
Nsg11
VKayrakkum Dam
p74019
sbg6
(g13
g8
NtRp74020
(dp74021
g16
Nsg17
Nsg11
VTajikistan
p74022
sbg6
(g13
g8
NtRp74023
(dp74024
g16
Nsg17
Nsg11
VEmbankment
p74025
sbg6
(g13
g8
NtRp74026
(dp74027
g16
Nsg17
g27
sg11
V1.202
p74028
sbg6
(g13
g8
NtRp74029
(dp74030
g16
Nsg17
g27
sg11
V351.5
p74031
sbg6
(g7
g8
NtRp74032
(dp74033
g11
Vhttp://dbpedia.org/resource/Kayrakkum_Dam__Lake__1
p74034
sbNg6
(g13
g8
NtRp74035
(dp74036
g16
Nsg17
Nsg11
VIrrigation, power
p74037
sbg6
(g13
g8
NtRp74038
(dp74039
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya_River
p74040
sbg6
(g13
g8
NtRp74041
(dp74042
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp74043
(dp74044
g16
Nsg17
Nsg11
VTajikistan
p74045
sbg6
(g13
g8
NtRp74046
(dp74047
g16
Nsg17
Nsg11
VThe Kayrakkum Dam (Russian: \u041a\u0430\u0439\u0440\u0430\u043a\u043a\u0443\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0411\u041e \u049a\u0430\u0439\u0440\u043e\u049b\u049b\u0443\u043c), also spelt variously as Kayrakum, Kairakum, Qayraqqum or Qayroqqum, is an embankment dam on the Syr Darya River near the town of Kayrakkum in Sughd Province, Tajikistan. It is situated on the western edge of the Fergana Valley and creates Kayrakkum Reservoir. The reservoir supplies water for irrigation, primarily in Uzbekistan downstream, and hydroelectric power production. The reservoir is also a Ramsar site. The dam's power station has an installed capacity of 126 MW and is operated by Barki Tojik. Construction on the dam began in 1952. It began to impound its reservoir in 1956 and the first two generators were commissioned that year. The other four were operational in 1957 and the project was complete in 1959. The pow
p74048
sbg6
(g13
g8
NtRp74049
(dp74050
g16
Nsg17
Nsg11
VPOINT(69.816116333008 40.277019500732)
p74051
sbtp74052
a(g6
(g7
g8
NtRp74053
(dp74054
g11
Vhttp://dbpedia.org/resource/Kayrakkum_Dam
p74055
sbg6
(g13
g8
NtRp74056
(dp74057
g16
Nsg17
Nsg11
V\u041a\u0430\u0439\u0440\u0430\u043a\u043a\u0443\u043c\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p74058
sbg6
(g13
g8
NtRp74059
(dp74060
g16
Nsg17
Nsg11
VTajikistan
p74061
sbg6
(g13
g8
NtRp74062
(dp74063
g16
Nsg17
Nsg11
VEmbankment
p74064
sbg6
(g13
g8
NtRp74065
(dp74066
g16
Nsg17
g27
sg11
V1.202
p74067
sbg6
(g13
g8
NtRp74068
(dp74069
g16
Nsg17
g27
sg11
V351.5
p74070
sbg6
(g7
g8
NtRp74071
(dp74072
g11
Vhttp://dbpedia.org/resource/Kayrakkum_Dam__Lake__1
p74073
sbNg6
(g13
g8
NtRp74074
(dp74075
g16
Nsg17
Nsg11
VIrrigation, power
p74076
sbg6
(g13
g8
NtRp74077
(dp74078
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syr_Darya_River
p74079
sbg6
(g13
g8
NtRp74080
(dp74081
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp74082
(dp74083
g16
Nsg17
Nsg11
VTajikistan
p74084
sbg6
(g13
g8
NtRp74085
(dp74086
g16
Nsg17
Nsg11
VThe Kayrakkum Dam (Russian: \u041a\u0430\u0439\u0440\u0430\u043a\u043a\u0443\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0411\u041e \u049a\u0430\u0439\u0440\u043e\u049b\u049b\u0443\u043c), also spelt variously as Kayrakum, Kairakum, Qayraqqum or Qayroqqum, is an embankment dam on the Syr Darya River near the town of Kayrakkum in Sughd Province, Tajikistan. It is situated on the western edge of the Fergana Valley and creates Kayrakkum Reservoir. The reservoir supplies water for irrigation, primarily in Uzbekistan downstream, and hydroelectric power production. The reservoir is also a Ramsar site. The dam's power station has an installed capacity of 126 MW and is operated by Barki Tojik. Construction on the dam began in 1952. It began to impound its reservoir in 1956 and the first two generators were commissioned that year. The other four were operational in 1957 and the project was complete in 1959. The pow
p74087
sbg6
(g13
g8
NtRp74088
(dp74089
g16
Nsg17
Nsg11
VPOINT(69.816116333008 40.277019500732)
p74090
sbtp74091
a(g6
(g7
g8
NtRp74092
(dp74093
g11
Vhttp://dbpedia.org/resource/Kayrakkum_Dam
p74094
sbg6
(g13
g8
NtRp74095
(dp74096
g16
Nsg17
Nsg11
V\u041a\u0430\u0439\u0440\u0430\u043a\u043a\u0443\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p74097
sbg6
(g13
g8
NtRp74098
(dp74099
g16
Nsg17
Nsg11
VTajikistan
p74100
sbg6
(g13
g8
NtRp74101
(dp74102
g16
Nsg17
Nsg11
VEmbankment
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NtRp74113
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VIrrigation, power
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VThe Kayrakkum Dam (Russian: \u041a\u0430\u0439\u0440\u0430\u043a\u043a\u0443\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421; Tajik: \u041d\u0411\u041e \u049a\u0430\u0439\u0440\u043e\u049b\u049b\u0443\u043c), also spelt variously as Kayrakum, Kairakum, Qayraqqum or Qayroqqum, is an embankment dam on the Syr Darya River near the town of Kayrakkum in Sughd Province, Tajikistan. It is situated on the western edge of the Fergana Valley and creates Kayrakkum Reservoir. The reservoir supplies water for irrigation, primarily in Uzbekistan downstream, and hydroelectric power production. The reservoir is also a Ramsar site. The dam's power station has an installed capacity of 126 MW and is operated by Barki Tojik. Construction on the dam began in 1952. It began to impound its reservoir in 1956 and the first two generators were commissioned that year. The other four were operational in 1957 and the project was complete in 1959. The pow
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p74148
sbg6
(g13
g8
NtRp74149
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VKayraktepe Dam is a planned hydroelectric plant of Turkey. It is at 36°30\u203250\u2033N 33°31\u203205\u2033E\ufeff / \ufeff36.51389°N 33.51806°E in Silifke ilçe (district) of Mersin Province. It is to the south west of Turkish state highway D.715 which connects Mersin to Karaman. The dam is planned to be on Göksu River. It was planned 30 years ago. But Göksu River valley is a fertile agricultural area (olive, grapes, figs, apricot etc.) and the construction was delayed because of the environmental concerns.
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NtRp74171
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p74173
sbg6
(g13
g8
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VKayraktepe Dam is a planned hydroelectric plant of Turkey. It is at 36°30\u203250\u2033N 33°31\u203205\u2033E\ufeff / \ufeff36.51389°N 33.51806°E in Silifke ilçe (district) of Mersin Province. It is to the south west of Turkish state highway D.715 which connects Mersin to Karaman. The dam is planned to be on Göksu River. It was planned 30 years ago. But Göksu River valley is a fertile agricultural area (olive, grapes, figs, apricot etc.) and the construction was delayed because of the environmental concerns.
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NtRp74196
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g16
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p74198
sbg6
(g13
g8
NtRp74199
(dp74200
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VKayraktepe Dam is a planned hydroelectric plant of Turkey. It is at 36°30\u203250\u2033N 33°31\u203205\u2033E\ufeff / \ufeff36.51389°N 33.51806°E in Silifke ilçe (district) of Mersin Province. It is to the south west of Turkish state highway D.715 which connects Mersin to Karaman. The dam is planned to be on Göksu River. It was planned 30 years ago. But Göksu River valley is a fertile agricultural area (olive, grapes, figs, apricot etc.) and the construction was delayed because of the environmental concerns.
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g8
NtRp74202
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p74208
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g8
NtRp74209
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g16
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Nsg11
VKazarman hydropower cascade
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(g13
g8
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(dp74213
g16
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VKyrgyzstan
p74214
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g8
NtRp74215
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g16
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NtRp74218
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sbNg6
(g13
g8
NtRp74220
(dp74221
g16
Nsg17
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p74222
sbg6
(g13
g8
NtRp74223
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VThe Kazarman hydropower cascade (Russian: \u041a\u0430\u0437\u0430\u0440\u043c\u0430\u043d\u0441\u043a\u0438\u0439 \u043a\u0430\u0441\u043a\u0430\u0434 \u0413\u042d\u0421) is a future hydropower project near Kazarman in Jalal-Abad Region, Kyrgyzstan. When completed, it will consist of 4 hydropower plants on the river Naryn: Ala-Buga, Kara-Bulung-1, Kara-Bulung-2 and Toguz-Toro, with a total installed capacity of 1160 MW.
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sbg6
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g8
NtRp74226
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g16
Nsg17
Nsg11
VPOINT(73.933334350586 41.583332061768)
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p74232
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(g13
g8
NtRp74233
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p74235
sbg6
(g13
g8
NtRp74236
(dp74237
g16
Nsg17
Nsg11
VJapan
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g8
NtRp74242
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g16
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(g13
g8
NtRp74245
(dp74246
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp74247
(dp74248
g16
Nsg17
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VThe Kazunogawa Pumped Storage Power Station is a pumped-storage hydroelectric power station near K\u014dsh\u016b in Yamanashi Prefecture, Japan.The station is designed to have an installed capacity of 1,600 megawatts (2,100,000 hp) and three of the four 400 megawatts (540,000 hp) generators are currently operational, for a total operational capacity of 1200 MW. Construction on the power station began in 1993 and the first generator was commissioned on 3 December 1999. The second was commissioned on 8 June 2000. The third one became operational on 9 June 2014, six year early due to post-power demand from the Great East Japan earthquake. The fourth and final generator is slated to be commissioned by 2024. It is owned by TEPCO and was constructed at a cost of US$2.2 billion.
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g8
NtRp74250
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g16
Nsg17
Nsg11
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g8
NtRp74257
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g16
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Nsg11
VKazunogawa Pumped Storage Power Station
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(g13
g8
NtRp74260
(dp74261
g16
Nsg17
Nsg11
VJapan
p74262
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g8
NtRp74263
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g11
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NtRp74266
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g8
NtRp74269
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g16
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sbNNg6
(g13
g8
NtRp74271
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VThe Kazunogawa Pumped Storage Power Station is a pumped-storage hydroelectric power station near K\u014dsh\u016b in Yamanashi Prefecture, Japan.The station is designed to have an installed capacity of 1,600 megawatts (2,100,000 hp) and three of the four 400 megawatts (540,000 hp) generators are currently operational, for a total operational capacity of 1200 MW. Construction on the power station began in 1993 and the first generator was commissioned on 3 December 1999. The second was commissioned on 8 June 2000. The third one became operational on 9 June 2014, six year early due to post-power demand from the Great East Japan earthquake. The fourth and final generator is slated to be commissioned by 2024. It is owned by TEPCO and was constructed at a cost of US$2.2 billion.
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sbg6
(g13
g8
NtRp74274
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g16
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VPOINT(138.92971801758 35.718612670898)
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(g7
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NtRp74278
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NtRp74281
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g16
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VBarrage de Keddara
p74283
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(g13
g8
NtRp74284
(dp74285
g16
Nsg17
Nsg11
VAlgeria
p74286
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(g13
g8
NtRp74287
(dp74288
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p74289
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(g13
g8
NtRp74290
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g16
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p74292
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NtRp74293
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NtRp74296
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Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp74298
(dp74299
g16
Nsg17
g27
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V4.081e+06
p74300
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(g13
g8
NtRp74301
(dp74302
g16
Nsg17
Nsg11
VAlgeria
p74303
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g8
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VThe Keddara Dam, or Barrage Keddara, is an embankment dam 6 km (4 mi) northwest of Keddara on the Boudouaou River in Boumerdès Province, Algeria. Constructed between 1982 and 1987 by Yugoslav company Hidrotehnika, the primary purpose of the dam is water supply for irrigation and municipal use in Algiers which is located 35 km (22 mi) to the west. The dam's reservoir has a capacity of 146,500,000 m3 (118,769 acre\u22c5ft) which is collected from drainage and the 7.6 km (5 mi) to the west and the 17 km (11 mi) to the east.
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Nsg11
VPOINT(3.4161109924316 36.650554656982)
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(g13
g8
NtRp74317
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NtRp74320
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Nsg11
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p74325
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NtRp74326
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NtRp74329
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sbg6
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NtRp74331
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g16
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g27
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p74333
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NtRp74334
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p74336
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VThe Keddara Dam, or Barrage Keddara, is an embankment dam 6 km (4 mi) northwest of Keddara on the Boudouaou River in Boumerdès Province, Algeria. Constructed between 1982 and 1987 by Yugoslav company Hidrotehnika, the primary purpose of the dam is water supply for irrigation and municipal use in Algiers which is located 35 km (22 mi) to the west. The dam's reservoir has a capacity of 146,500,000 m3 (118,769 acre\u22c5ft) which is collected from drainage and the 7.6 km (5 mi) to the west and the 17 km (11 mi) to the east.
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NtRp74340
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Nsg11
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Nsg11
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p74352
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p74358
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NtRp74362
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NtRp74364
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p74366
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g8
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g16
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p74369
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NtRp74370
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VThe Keddara Dam, or Barrage Keddara, is an embankment dam 6 km (4 mi) northwest of Keddara on the Boudouaou River in Boumerdès Province, Algeria. Constructed between 1982 and 1987 by Yugoslav company Hidrotehnika, the primary purpose of the dam is water supply for irrigation and municipal use in Algiers which is located 35 km (22 mi) to the west. The dam's reservoir has a capacity of 146,500,000 m3 (118,769 acre\u22c5ft) which is collected from drainage and the 7.6 km (5 mi) to the west and the 17 km (11 mi) to the east.
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VPOINT(3.4161109924316 36.650554656982)
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p74382
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g16
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VAlgeria
p74385
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NtRp74386
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Nsg11
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p74388
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p74391
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p74394
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NtRp74395
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Nsg11
VO
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NtRp74397
(dp74398
g16
Nsg17
g27
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p74399
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(g13
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(dp74401
g16
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p74402
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(g13
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NtRp74403
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VThe Keddara Dam, or Barrage Keddara, is an embankment dam 6 km (4 mi) northwest of Keddara on the Boudouaou River in Boumerdès Province, Algeria. Constructed between 1982 and 1987 by Yugoslav company Hidrotehnika, the primary purpose of the dam is water supply for irrigation and municipal use in Algiers which is located 35 km (22 mi) to the west. The dam's reservoir has a capacity of 146,500,000 m3 (118,769 acre\u22c5ft) which is collected from drainage and the 7.6 km (5 mi) to the west and the 17 km (11 mi) to the east.
p74405
sbg6
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g8
NtRp74406
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g16
Nsg17
Nsg11
VPOINT(3.4161109924316 36.650554656982)
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sbtp74409
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p74412
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NtRp74413
(dp74414
g16
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Nsg11
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p74415
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g16
Nsg17
Nsg11
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p74418
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g8
NtRp74419
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VKedung Ombo Reservoir is one of the major reservoirs in Indonesia. It is located on the border of three regencies in Central Java Province, namely Grobogan Regency, Sragen Regency, and Boyolali Regency, in District Geyer, Grobogan District. The main dam of Kedung Ombo Reservoir is located on the border of Rambat Village and Juworo Village, Geyer Sub-District, Grobogan District. This reservoir uses Serang River as its main source of water, along with the Uter/Sungai Kombo/Banjaran River. Other water sources are supplied from several large and small rivers that supply water to Kedung Ombo Reservoir, including the Braholo River, Central River, Nglanji River, Tapen River and Sambas River.
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VKeepit Dam is a major gated mass concrete gravity dam with an earth fill abutment and a central gated concrete overflow crest and six radial gate spillways across the Namoi River upstream of its junction with the Peel River in the North West Slopes region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-power, irrigation, water supply and conservation. The impounded reservoir is called Lake Keepit.
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VKeepit Dam is a major gated mass concrete gravity dam with an earth fill abutment and a central gated concrete overflow crest and six radial gate spillways across the Namoi River upstream of its junction with the Peel River in the North West Slopes region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-power, irrigation, water supply and conservation. The impounded reservoir is called Lake Keepit.
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VKeepit Power Station is a hydro-electric power station located at the Keepit Dam on the Namoi River, near Gunnedah in the North West Slopes region of New South Wales, Australia. The Keepit Power Station has one turbine with a generating capacity of 7.2 megawatts (9,700 hp) of electricity. The power station is operated by Meridian Energy and generated 1,603 megawatts (2,150,000 hp) of net energy production during 2009, used primarily for peak-load generation.
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VThe Kelbra Dam (German: Talsperre Kelbra) is a dam on the River Helme in the German state of Saxony-Anhalt. Behind the dam is the lake known as the Kelbra Reservoir (Stausee Kelbra) or Kelbra Flood Retention Basin (Hochwasserrückhaltebecken Kelbra).
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VThe Kelbra Dam (German: Talsperre Kelbra) is a dam on the River Helme in the German state of Saxony-Anhalt. Behind the dam is the lake known as the Kelbra Reservoir (Stausee Kelbra) or Kelbra Flood Retention Basin (Hochwasserrückhaltebecken Kelbra).
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VThe Kelbra Dam (German: Talsperre Kelbra) is a dam on the River Helme in the German state of Saxony-Anhalt. Behind the dam is the lake known as the Kelbra Reservoir (Stausee Kelbra) or Kelbra Flood Retention Basin (Hochwasserrückhaltebecken Kelbra).
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VKenié Hydroelectric Power Station
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VMali#Africa#World
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VKenié Hydroelectric Power Station is a 42 megawatts (56,000 hp) hydroelectric power station under development in Mali. The power station is owned by Eranove, a French company that specializes in the supply, distribution and management of electricity and water in Africa. In June 2015, working through its subsidiary, Kenié Énergie Renouvelable (Kénié Renewable Energy), Eranove signed a 30-year concession with the Malian government, to design, finance, build, operate and maintain this power station. Kénié Renewable Energy (KRE) is co-owned by the International Finance Corporation (IFC), a component of the World Bank Group. The energy off-taker for this power station is expected to be Société Energie du Mali (EDM-SA), the Malian public utility parastatal company.
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VKerwa Dam is located in Mendora village of Bhopal district in Madhya Pradesh, India. It is located near Bhopal, the capital city of Madhya Pradesh, and is an important source of water for the city. The area around the dam is a popular picnic spot, and attracts several tourists from Bhopal.
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VKeswick Dam is a concrete gravity dam on the Sacramento River about 2 miles (3.2 km) northwest of Redding, California. Part of the U.S. Bureau of Reclamation's Central Valley Project, the dam is 157 feet (48 m) high and impounds the Keswick Reservoir, which has a capacity of 23,800 acre\u22c5ft (29,400,000 m3). The dam's power plant has three turbines with a generating capacity of 117 megawatts (MW), which, in 1992, was uprated from its original 75 MW. The dam and reservoir serve as an afterbay to regulate peaking power releases from the Shasta Dam upstream.
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VKeswick Dam is a concrete gravity dam on the Sacramento River about 2 miles (3.2 km) northwest of Redding, California. Part of the U.S. Bureau of Reclamation's Central Valley Project, the dam is 157 feet (48 m) high and impounds the Keswick Reservoir, which has a capacity of 23,800 acre\u22c5ft (29,400,000 m3). The dam's power plant has three turbines with a generating capacity of 117 megawatts (MW), which, in 1992, was uprated from its original 75 MW. The dam and reservoir serve as an afterbay to regulate peaking power releases from the Shasta Dam upstream.
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VKeswick Dam is a concrete gravity dam on the Sacramento River about 2 miles (3.2 km) northwest of Redding, California. Part of the U.S. Bureau of Reclamation's Central Valley Project, the dam is 157 feet (48 m) high and impounds the Keswick Reservoir, which has a capacity of 23,800 acre\u22c5ft (29,400,000 m3). The dam's power plant has three turbines with a generating capacity of 117 megawatts (MW), which, in 1992, was uprated from its original 75 MW. The dam and reservoir serve as an afterbay to regulate peaking power releases from the Shasta Dam upstream.
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VKeswick Dam is a concrete gravity dam on the Sacramento River about 2 miles (3.2 km) northwest of Redding, California. Part of the U.S. Bureau of Reclamation's Central Valley Project, the dam is 157 feet (48 m) high and impounds the Keswick Reservoir, which has a capacity of 23,800 acre\u22c5ft (29,400,000 m3). The dam's power plant has three turbines with a generating capacity of 117 megawatts (MW), which, in 1992, was uprated from its original 75 MW. The dam and reservoir serve as an afterbay to regulate peaking power releases from the Shasta Dam upstream.
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VThe Kettle Generating Station, also known as Kettle Rapids Generating Station, is a run-of-the-river hydroelectric power station on the Lower Nelson River in Manitoba, Canada. It is located 6 km (4 mi) northwest of Gillam. As part of the Nelson River Hydroelectric Project, the power station was completed in 1973 and the last generator commissioned in 1974. It has an installed capacity of 1,220 megawatts (1,640,000 hp) and is the second largest power station in Manitoba.
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VThe Kettle Generating Station, also known as Kettle Rapids Generating Station, is a run-of-the-river hydroelectric power station on the Lower Nelson River in Manitoba, Canada. It is located 6 km (4 mi) northwest of Gillam. As part of the Nelson River Hydroelectric Project, the power station was completed in 1973 and the last generator commissioned in 1974. It has an installed capacity of 1,220 megawatts (1,640,000 hp) and is the second largest power station in Manitoba.
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VThe Kettle Generating Station, also known as Kettle Rapids Generating Station, is a run-of-the-river hydroelectric power station on the Lower Nelson River in Manitoba, Canada. It is located 6 km (4 mi) northwest of Gillam. As part of the Nelson River Hydroelectric Project, the power station was completed in 1973 and the last generator commissioned in 1974. It has an installed capacity of 1,220 megawatts (1,640,000 hp) and is the second largest power station in Manitoba.
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VKhancoban Dam
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VAustralia
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VNew South Wales
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VKhancoban Dam is a major ungated earthfill embankment dam with a controlled spillway across the Swampy Plain River in the Snowy Mountains region of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Khancoban Reservoir.
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VKhandip Dam
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VC
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VIrrigation and domestic use
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VIndia Rajasthan#India
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VKhandip Dam (also known as Khandip Aniket, in Hindi \u0916\u0902\u0921\u0940\u092a \u092c\u093e\u0902\u0927) is a weir which is built on the Ganbhir River at Khandip Village of Rajasthan, India. It lies in a valley to the south of the Khandip and north of the Katkad, east of Nawajipura and West of Medi and Phulwara. The town of Khandip is situated close to the dam wall and the villages Katkad, Medi, Nawajipura, Phulwara can be found alongside its banks.
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VKhandoli Dam
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VFunctional
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VIndia
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VKhandoli Dam (Hindi: \u0916\u0902\u0921\u094b\u0932\u0940 \u0921\u0948\u092e) is a dam located 10 km North-East of Giridih town towards Bengabad in Jharkhand, India. Khandoli is also an important tourist spot at the foot of the Khandoli hill. The reservoir of the Khandoli dam provides water supply to more than one lakh residents of the Giridih city. Recently the urban development department has made plans to desilt the Khandoli lake after decades.
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VKhani Khola Hydropower Station
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VNepal
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VKhani Khola Hydropower Station (Nepali: \u0916\u093e\u0928\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Lalitpur District of Nepal. The flow from is used to generate 2 MW electricity. The plant is owned and developed by Khani Khola Hydropower Company Ltd, an IPP of Nepal. The plant started generating electricity from 2073-08-09BS. The generation licence will expire in 2104-11-02 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VKhanpur Dam
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Vto supply drinking and irrigation water toIslamabad\u2013Rawalpindi metropolitan area
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VOperational
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VKhanpur Dam is a dam located on the Haro River in Khanpur, Khyber Pakhtunkhwa about 50 km from Islamabad. It forms Khanpur Lake, a reservoir which supplies drinking water to Islamabad and Rawalpindi and irrigation water to many of the agricultural and industrial areas surrounding the cities. The dam was completed in 1983 after a 15-year construction period at a cost of PRs. 1,385.1 million. It is 51 m (167 ft) high and stores 79,980 acre-feet (98,650,000 m3) of water.
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VWater supply, power
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VSudan
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VThe Khashm el-Girba Dam is a gravity and embankment composite dam on the Atbarah River about 4 km (2 mi) south of Khashm El Girba in Eastern Sudan. The primary purpose of the dam is irrigation. The dam is equipped with canal headworks, located on its left bank, which divert water into a canal. When water levels in the reservoir are low, three pumps move water into the canal.
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VBarrage de Khashm El Girba
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NtRp75109
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g16
Nsg17
Nsg11
VWater supply, power
p75111
sbg6
(g13
g8
NtRp75112
(dp75113
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Atbarah_River
p75114
sbg6
(g13
g8
NtRp75115
(dp75116
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75117
(dp75118
g16
Nsg17
Nsg11
VSudan
p75119
sbg6
(g13
g8
NtRp75120
(dp75121
g16
Nsg17
Nsg11
VThe Khashm el-Girba Dam is a gravity and embankment composite dam on the Atbarah River about 4 km (2 mi) south of Khashm El Girba in Eastern Sudan. The primary purpose of the dam is irrigation. The dam is equipped with canal headworks, located on its left bank, which divert water into a canal. When water levels in the reservoir are low, three pumps move water into the canal.
p75122
sbg6
(g13
g8
NtRp75123
(dp75124
g16
Nsg17
Nsg11
VPOINT(35.907859802246 14.925358772278)
p75125
sbtp75126
a(g6
(g7
g8
NtRp75127
(dp75128
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam
p75129
sbg6
(g13
g8
NtRp75130
(dp75131
g16
Nsg17
Nsg11
VEmbalse de Khashm el Girba
p75132
sbg6
(g13
g8
NtRp75133
(dp75134
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sudan
p75135
sbg6
(g13
g8
NtRp75136
(dp75137
g16
Nsg17
Nsg11
VGravity/embankment
p75138
sbg6
(g13
g8
NtRp75139
(dp75140
g16
Nsg17
g27
sg11
V3.5
p75141
sbNg6
(g7
g8
NtRp75142
(dp75143
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam__Lake__1
p75144
sbNg6
(g13
g8
NtRp75145
(dp75146
g16
Nsg17
Nsg11
VWater supply, power
p75147
sbg6
(g13
g8
NtRp75148
(dp75149
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Atbarah_River
p75150
sbg6
(g13
g8
NtRp75151
(dp75152
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75153
(dp75154
g16
Nsg17
Nsg11
VSudan
p75155
sbg6
(g13
g8
NtRp75156
(dp75157
g16
Nsg17
Nsg11
VThe Khashm el-Girba Dam is a gravity and embankment composite dam on the Atbarah River about 4 km (2 mi) south of Khashm El Girba in Eastern Sudan. The primary purpose of the dam is irrigation. The dam is equipped with canal headworks, located on its left bank, which divert water into a canal. When water levels in the reservoir are low, three pumps move water into the canal.
p75158
sbg6
(g13
g8
NtRp75159
(dp75160
g16
Nsg17
Nsg11
VPOINT(35.907859802246 14.925358772278)
p75161
sbtp75162
a(g6
(g7
g8
NtRp75163
(dp75164
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam
p75165
sbg6
(g13
g8
NtRp75166
(dp75167
g16
Nsg17
Nsg11
VDiga di Khashm El Girba
p75168
sbg6
(g13
g8
NtRp75169
(dp75170
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sudan
p75171
sbg6
(g13
g8
NtRp75172
(dp75173
g16
Nsg17
Nsg11
VGravity/embankment
p75174
sbg6
(g13
g8
NtRp75175
(dp75176
g16
Nsg17
g27
sg11
V3.5
p75177
sbNg6
(g7
g8
NtRp75178
(dp75179
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam__Lake__1
p75180
sbNg6
(g13
g8
NtRp75181
(dp75182
g16
Nsg17
Nsg11
VWater supply, power
p75183
sbg6
(g13
g8
NtRp75184
(dp75185
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Atbarah_River
p75186
sbg6
(g13
g8
NtRp75187
(dp75188
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75189
(dp75190
g16
Nsg17
Nsg11
VSudan
p75191
sbg6
(g13
g8
NtRp75192
(dp75193
g16
Nsg17
Nsg11
VThe Khashm el-Girba Dam is a gravity and embankment composite dam on the Atbarah River about 4 km (2 mi) south of Khashm El Girba in Eastern Sudan. The primary purpose of the dam is irrigation. The dam is equipped with canal headworks, located on its left bank, which divert water into a canal. When water levels in the reservoir are low, three pumps move water into the canal.
p75194
sbg6
(g13
g8
NtRp75195
(dp75196
g16
Nsg17
Nsg11
VPOINT(35.907859802246 14.925358772278)
p75197
sbtp75198
a(g6
(g7
g8
NtRp75199
(dp75200
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam
p75201
sbg6
(g13
g8
NtRp75202
(dp75203
g16
Nsg17
Nsg11
VKhashm-el-Girba-Damm
p75204
sbg6
(g13
g8
NtRp75205
(dp75206
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sudan
p75207
sbg6
(g13
g8
NtRp75208
(dp75209
g16
Nsg17
Nsg11
VGravity/embankment
p75210
sbg6
(g13
g8
NtRp75211
(dp75212
g16
Nsg17
g27
sg11
V3.5
p75213
sbNg6
(g7
g8
NtRp75214
(dp75215
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam__Lake__1
p75216
sbNg6
(g13
g8
NtRp75217
(dp75218
g16
Nsg17
Nsg11
VWater supply, power
p75219
sbg6
(g13
g8
NtRp75220
(dp75221
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Atbarah_River
p75222
sbg6
(g13
g8
NtRp75223
(dp75224
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75225
(dp75226
g16
Nsg17
Nsg11
VSudan
p75227
sbg6
(g13
g8
NtRp75228
(dp75229
g16
Nsg17
Nsg11
VThe Khashm el-Girba Dam is a gravity and embankment composite dam on the Atbarah River about 4 km (2 mi) south of Khashm El Girba in Eastern Sudan. The primary purpose of the dam is irrigation. The dam is equipped with canal headworks, located on its left bank, which divert water into a canal. When water levels in the reservoir are low, three pumps move water into the canal.
p75230
sbg6
(g13
g8
NtRp75231
(dp75232
g16
Nsg17
Nsg11
VPOINT(35.907859802246 14.925358772278)
p75233
sbtp75234
a(g6
(g7
g8
NtRp75235
(dp75236
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam
p75237
sbg6
(g13
g8
NtRp75238
(dp75239
g16
Nsg17
Nsg11
VKhashm el-Girba Dam
p75240
sbg6
(g13
g8
NtRp75241
(dp75242
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sudan
p75243
sbg6
(g13
g8
NtRp75244
(dp75245
g16
Nsg17
Nsg11
VGravity/embankment
p75246
sbg6
(g13
g8
NtRp75247
(dp75248
g16
Nsg17
g27
sg11
V3.5
p75249
sbNg6
(g7
g8
NtRp75250
(dp75251
g11
Vhttp://dbpedia.org/resource/Khashm_el-Girba_Dam__Lake__1
p75252
sbNg6
(g13
g8
NtRp75253
(dp75254
g16
Nsg17
Nsg11
VWater supply, power
p75255
sbg6
(g13
g8
NtRp75256
(dp75257
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Atbarah_River
p75258
sbg6
(g13
g8
NtRp75259
(dp75260
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75261
(dp75262
g16
Nsg17
Nsg11
VSudan
p75263
sbg6
(g13
g8
NtRp75264
(dp75265
g16
Nsg17
Nsg11
VThe Khashm el-Girba Dam is a gravity and embankment composite dam on the Atbarah River about 4 km (2 mi) south of Khashm El Girba in Eastern Sudan. The primary purpose of the dam is irrigation. The dam is equipped with canal headworks, located on its left bank, which divert water into a canal. When water levels in the reservoir are low, three pumps move water into the canal.
p75266
sbg6
(g13
g8
NtRp75267
(dp75268
g16
Nsg17
Nsg11
VPOINT(35.907859802246 14.925358772278)
p75269
sbtp75270
a(g6
(g7
g8
NtRp75271
(dp75272
g11
Vhttp://dbpedia.org/resource/Khersan-3_Dam
p75273
sbg6
(g13
g8
NtRp75274
(dp75275
g16
Nsg17
Nsg11
VKhersan-3 Dam
p75276
sbg6
(g13
g8
NtRp75277
(dp75278
g16
Nsg17
Nsg11
VIran
p75279
sbg6
(g13
g8
NtRp75280
(dp75281
g16
Nsg17
Nsg11
VArch, double-curvature
p75282
sbg6
(g13
g8
NtRp75283
(dp75284
g16
Nsg17
g27
sg11
V0.47
p75285
sbNg6
(g7
g8
NtRp75286
(dp75287
g11
Vhttp://dbpedia.org/resource/Khersan-3_Dam__Lake__1
p75288
sbNg6
(g13
g8
NtRp75289
(dp75290
g16
Nsg17
Nsg11
VPower, flood control, regulation
p75291
sbg6
(g13
g8
NtRp75292
(dp75293
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Khersan_River
p75294
sbg6
(g13
g8
NtRp75295
(dp75296
g16
Nsg17
Nsg11
VUC
p75297
sbg6
(g13
g8
NtRp75298
(dp75299
g16
Nsg17
g27
sg11
V1.1e+06
p75300
sbg6
(g13
g8
NtRp75301
(dp75302
g16
Nsg17
Nsg11
VIran
p75303
sbg6
(g13
g8
NtRp75304
(dp75305
g16
Nsg17
Nsg11
VKhersan-3 dam is an arch dam currently under construction on the Khersan River, a tributary of the Karun River, in Iran. When complete it will have an installed capacity of 400 MW. It is situated near Atashgah in Chaharmahal and Bakhtiari Province and is a complementary dam to Khersan project along with the proposed Khersan-1 and Khersan-2 Dams. Construction began in 2007 and it is expected to become operational in 2015.
p75306
sbg6
(g13
g8
NtRp75307
(dp75308
g16
Nsg17
Nsg11
VPOINT(50.976329803467 31.247919082642)
p75309
sbtp75310
a(g6
(g7
g8
NtRp75311
(dp75312
g11
Vhttp://dbpedia.org/resource/Khersan-3_Dam
p75313
sbg6
(g13
g8
NtRp75314
(dp75315
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Khersan 3
p75316
sbg6
(g13
g8
NtRp75317
(dp75318
g16
Nsg17
Nsg11
VIran
p75319
sbg6
(g13
g8
NtRp75320
(dp75321
g16
Nsg17
Nsg11
VArch, double-curvature
p75322
sbg6
(g13
g8
NtRp75323
(dp75324
g16
Nsg17
g27
sg11
V0.47
p75325
sbNg6
(g7
g8
NtRp75326
(dp75327
g11
Vhttp://dbpedia.org/resource/Khersan-3_Dam__Lake__1
p75328
sbNg6
(g13
g8
NtRp75329
(dp75330
g16
Nsg17
Nsg11
VPower, flood control, regulation
p75331
sbg6
(g13
g8
NtRp75332
(dp75333
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Khersan_River
p75334
sbg6
(g13
g8
NtRp75335
(dp75336
g16
Nsg17
Nsg11
VUC
p75337
sbg6
(g13
g8
NtRp75338
(dp75339
g16
Nsg17
g27
sg11
V1.1e+06
p75340
sbg6
(g13
g8
NtRp75341
(dp75342
g16
Nsg17
Nsg11
VIran
p75343
sbg6
(g13
g8
NtRp75344
(dp75345
g16
Nsg17
Nsg11
VKhersan-3 dam is an arch dam currently under construction on the Khersan River, a tributary of the Karun River, in Iran. When complete it will have an installed capacity of 400 MW. It is situated near Atashgah in Chaharmahal and Bakhtiari Province and is a complementary dam to Khersan project along with the proposed Khersan-1 and Khersan-2 Dams. Construction began in 2007 and it is expected to become operational in 2015.
p75346
sbg6
(g13
g8
NtRp75347
(dp75348
g16
Nsg17
Nsg11
VPOINT(50.976329803467 31.247919082642)
p75349
sbtp75350
a(g6
(g7
g8
NtRp75351
(dp75352
g11
Vhttp://dbpedia.org/resource/Khimti_I_Hydropower_Plant
p75353
sbg6
(g13
g8
NtRp75354
(dp75355
g16
Nsg17
Nsg11
VKhimti I Hydropower Plant
p75356
sbg6
(g13
g8
NtRp75357
(dp75358
g16
Nsg17
Nsg11
VNepal
p75359
sbg6
(g13
g8
NtRp75360
(dp75361
g16
Nsg17
Nsg11
VGravity
p75362
sbNNNNg6
(g13
g8
NtRp75363
(dp75364
g16
Nsg17
Nsg11
VPower
p75365
sbg6
(g13
g8
NtRp75366
(dp75367
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Khimti_Khola
p75368
sbg6
(g13
g8
NtRp75369
(dp75370
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp75371
(dp75372
g16
Nsg17
Nsg11
VNepal
p75373
sbg6
(g13
g8
NtRp75374
(dp75375
g16
Nsg17
Nsg11
VKhimti I Hydropower Plant is a run-of-the-river hydroelectric power station with an installed capacity of 60 MW. The flow is 11.65 m3/s and head is 660m. This power station is underground located at of Nepal. The plant became fully operational on 2074-01-10 BS. The plant is operated by Himal Power Limited.
p75376
sbNtp75377
a(g6
(g7
g8
NtRp75378
(dp75379
g11
Vhttp://dbpedia.org/resource/Khisar_Dam
p75380
sbg6
(g13
g8
NtRp75381
(dp75382
g16
Nsg17
Nsg11
VKhisar Dam
p75383
sbg6
(g13
g8
NtRp75384
(dp75385
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p75386
sbNNNNNg6
(g13
g8
NtRp75387
(dp75388
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp75389
(dp75390
g16
Nsg17
Nsg11
VUnder-construction
p75391
sbNNg6
(g13
g8
NtRp75392
(dp75393
g16
Nsg17
Nsg11
VKhisar Dam is an under-construction dam, located in Nushki District, Balochistan, Pakistan.
p75394
sbNtp75395
a(g6
(g7
g8
NtRp75396
(dp75397
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75398
sbg6
(g13
g8
NtRp75399
(dp75400
g16
Nsg17
Nsg11
VKhoda Afarin Dam
p75401
sbg6
(g13
g8
NtRp75402
(dp75403
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75404
sbg6
(g13
g8
NtRp75405
(dp75406
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75407
sbg6
(g13
g8
NtRp75408
(dp75409
g16
Nsg17
g27
sg11
V0.4
p75410
sbNNNNg6
(g13
g8
NtRp75411
(dp75412
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75413
sbg6
(g13
g8
NtRp75414
(dp75415
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75416
(dp75417
g16
Nsg17
Nsg11
VAzerbaijan
p75418
sbg6
(g13
g8
NtRp75419
(dp75420
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75421
sbg6
(g13
g8
NtRp75422
(dp75423
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75424
sbtp75425
a(g6
(g7
g8
NtRp75426
(dp75427
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75428
sbg6
(g13
g8
NtRp75429
(dp75430
g16
Nsg17
Nsg11
V\u0425\u0443\u0434\u0430\u0444\u0435\u0440\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p75431
sbg6
(g13
g8
NtRp75432
(dp75433
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p75434
sbg6
(g13
g8
NtRp75435
(dp75436
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75437
sbg6
(g13
g8
NtRp75438
(dp75439
g16
Nsg17
g27
sg11
V0.4
p75440
sbNNNNg6
(g13
g8
NtRp75441
(dp75442
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75443
sbg6
(g13
g8
NtRp75444
(dp75445
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75446
(dp75447
g16
Nsg17
Nsg11
VAzerbaijan
p75448
sbg6
(g13
g8
NtRp75449
(dp75450
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75451
sbg6
(g13
g8
NtRp75452
(dp75453
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75454
sbtp75455
a(g6
(g7
g8
NtRp75456
(dp75457
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75458
sbg6
(g13
g8
NtRp75459
(dp75460
g16
Nsg17
Nsg11
VEmbalse de Khoda Afarin
p75461
sbg6
(g13
g8
NtRp75462
(dp75463
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75464
sbg6
(g13
g8
NtRp75465
(dp75466
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75467
sbg6
(g13
g8
NtRp75468
(dp75469
g16
Nsg17
g27
sg11
V0.4
p75470
sbNNNNg6
(g13
g8
NtRp75471
(dp75472
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75473
sbg6
(g13
g8
NtRp75474
(dp75475
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75476
(dp75477
g16
Nsg17
Nsg11
VAzerbaijan
p75478
sbg6
(g13
g8
NtRp75479
(dp75480
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75481
sbg6
(g13
g8
NtRp75482
(dp75483
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75484
sbtp75485
a(g6
(g7
g8
NtRp75486
(dp75487
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75488
sbg6
(g13
g8
NtRp75489
(dp75490
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0425\u043e\u0434\u0430-\u0410\u0444\u0430\u0440\u0438\u043d
p75491
sbg6
(g13
g8
NtRp75492
(dp75493
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p75494
sbg6
(g13
g8
NtRp75495
(dp75496
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75497
sbg6
(g13
g8
NtRp75498
(dp75499
g16
Nsg17
g27
sg11
V0.4
p75500
sbNNNNg6
(g13
g8
NtRp75501
(dp75502
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75503
sbg6
(g13
g8
NtRp75504
(dp75505
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75506
(dp75507
g16
Nsg17
Nsg11
VAzerbaijan
p75508
sbg6
(g13
g8
NtRp75509
(dp75510
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75511
sbg6
(g13
g8
NtRp75512
(dp75513
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75514
sbtp75515
a(g6
(g7
g8
NtRp75516
(dp75517
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75518
sbg6
(g13
g8
NtRp75519
(dp75520
g16
Nsg17
Nsg11
VEmbalse de Khoda Afarin
p75521
sbg6
(g13
g8
NtRp75522
(dp75523
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p75524
sbg6
(g13
g8
NtRp75525
(dp75526
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75527
sbg6
(g13
g8
NtRp75528
(dp75529
g16
Nsg17
g27
sg11
V0.4
p75530
sbNNNNg6
(g13
g8
NtRp75531
(dp75532
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75533
sbg6
(g13
g8
NtRp75534
(dp75535
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75536
(dp75537
g16
Nsg17
Nsg11
VAzerbaijan
p75538
sbg6
(g13
g8
NtRp75539
(dp75540
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75541
sbg6
(g13
g8
NtRp75542
(dp75543
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75544
sbtp75545
a(g6
(g7
g8
NtRp75546
(dp75547
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75548
sbg6
(g13
g8
NtRp75549
(dp75550
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0425\u043e\u0434\u0430-\u0410\u0444\u0430\u0440\u0438\u043d
p75551
sbg6
(g13
g8
NtRp75552
(dp75553
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75554
sbg6
(g13
g8
NtRp75555
(dp75556
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75557
sbg6
(g13
g8
NtRp75558
(dp75559
g16
Nsg17
g27
sg11
V0.4
p75560
sbNNNNg6
(g13
g8
NtRp75561
(dp75562
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75563
sbg6
(g13
g8
NtRp75564
(dp75565
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75566
(dp75567
g16
Nsg17
Nsg11
VAzerbaijan
p75568
sbg6
(g13
g8
NtRp75569
(dp75570
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75571
sbg6
(g13
g8
NtRp75572
(dp75573
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75574
sbtp75575
a(g6
(g7
g8
NtRp75576
(dp75577
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75578
sbg6
(g13
g8
NtRp75579
(dp75580
g16
Nsg17
Nsg11
VKhoda Afarin Dam
p75581
sbg6
(g13
g8
NtRp75582
(dp75583
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p75584
sbg6
(g13
g8
NtRp75585
(dp75586
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75587
sbg6
(g13
g8
NtRp75588
(dp75589
g16
Nsg17
g27
sg11
V0.4
p75590
sbNNNNg6
(g13
g8
NtRp75591
(dp75592
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75593
sbg6
(g13
g8
NtRp75594
(dp75595
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75596
(dp75597
g16
Nsg17
Nsg11
VAzerbaijan
p75598
sbg6
(g13
g8
NtRp75599
(dp75600
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75601
sbg6
(g13
g8
NtRp75602
(dp75603
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75604
sbtp75605
a(g6
(g7
g8
NtRp75606
(dp75607
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75608
sbg6
(g13
g8
NtRp75609
(dp75610
g16
Nsg17
Nsg11
V\u0425\u0443\u0434\u0430\u0444\u0435\u0440\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p75611
sbg6
(g13
g8
NtRp75612
(dp75613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75614
sbg6
(g13
g8
NtRp75615
(dp75616
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75617
sbg6
(g13
g8
NtRp75618
(dp75619
g16
Nsg17
g27
sg11
V0.4
p75620
sbNNNNg6
(g13
g8
NtRp75621
(dp75622
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75623
sbg6
(g13
g8
NtRp75624
(dp75625
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75626
(dp75627
g16
Nsg17
Nsg11
VAzerbaijan
p75628
sbg6
(g13
g8
NtRp75629
(dp75630
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75631
sbg6
(g13
g8
NtRp75632
(dp75633
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75634
sbtp75635
a(g6
(g7
g8
NtRp75636
(dp75637
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75638
sbg6
(g13
g8
NtRp75639
(dp75640
g16
Nsg17
Nsg11
VEmbalse de Khoda Afarin
p75641
sbg6
(g13
g8
NtRp75642
(dp75643
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p75644
sbg6
(g13
g8
NtRp75645
(dp75646
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75647
sbg6
(g13
g8
NtRp75648
(dp75649
g16
Nsg17
g27
sg11
V0.4
p75650
sbNNNNg6
(g13
g8
NtRp75651
(dp75652
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75653
sbg6
(g13
g8
NtRp75654
(dp75655
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75656
(dp75657
g16
Nsg17
Nsg11
VAzerbaijan
p75658
sbg6
(g13
g8
NtRp75659
(dp75660
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75661
sbg6
(g13
g8
NtRp75662
(dp75663
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75664
sbtp75665
a(g6
(g7
g8
NtRp75666
(dp75667
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75668
sbg6
(g13
g8
NtRp75669
(dp75670
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0425\u043e\u0434\u0430-\u0410\u0444\u0430\u0440\u0438\u043d
p75671
sbg6
(g13
g8
NtRp75672
(dp75673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75674
sbg6
(g13
g8
NtRp75675
(dp75676
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75677
sbg6
(g13
g8
NtRp75678
(dp75679
g16
Nsg17
g27
sg11
V0.4
p75680
sbNNNNg6
(g13
g8
NtRp75681
(dp75682
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75683
sbg6
(g13
g8
NtRp75684
(dp75685
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75686
(dp75687
g16
Nsg17
Nsg11
VAzerbaijan
p75688
sbg6
(g13
g8
NtRp75689
(dp75690
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75691
sbg6
(g13
g8
NtRp75692
(dp75693
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75694
sbtp75695
a(g6
(g7
g8
NtRp75696
(dp75697
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75698
sbg6
(g13
g8
NtRp75699
(dp75700
g16
Nsg17
Nsg11
VKhoda Afarin Dam
p75701
sbg6
(g13
g8
NtRp75702
(dp75703
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p75704
sbg6
(g13
g8
NtRp75705
(dp75706
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75707
sbg6
(g13
g8
NtRp75708
(dp75709
g16
Nsg17
g27
sg11
V0.4
p75710
sbNNNNg6
(g13
g8
NtRp75711
(dp75712
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75713
sbg6
(g13
g8
NtRp75714
(dp75715
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75716
(dp75717
g16
Nsg17
Nsg11
VAzerbaijan
p75718
sbg6
(g13
g8
NtRp75719
(dp75720
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75721
sbg6
(g13
g8
NtRp75722
(dp75723
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75724
sbtp75725
a(g6
(g7
g8
NtRp75726
(dp75727
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75728
sbg6
(g13
g8
NtRp75729
(dp75730
g16
Nsg17
Nsg11
V\u0425\u0443\u0434\u0430\u0444\u0435\u0440\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p75731
sbg6
(g13
g8
NtRp75732
(dp75733
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75734
sbg6
(g13
g8
NtRp75735
(dp75736
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75737
sbg6
(g13
g8
NtRp75738
(dp75739
g16
Nsg17
g27
sg11
V0.4
p75740
sbNNNNg6
(g13
g8
NtRp75741
(dp75742
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75743
sbg6
(g13
g8
NtRp75744
(dp75745
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75746
(dp75747
g16
Nsg17
Nsg11
VAzerbaijan
p75748
sbg6
(g13
g8
NtRp75749
(dp75750
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75751
sbg6
(g13
g8
NtRp75752
(dp75753
g16
Nsg17
Nsg11
VPOINT(46.934722900391 39.159721374512)
p75754
sbtp75755
a(g6
(g7
g8
NtRp75756
(dp75757
g11
Vhttp://dbpedia.org/resource/Khoda_Afarin_Dam
p75758
sbg6
(g13
g8
NtRp75759
(dp75760
g16
Nsg17
Nsg11
VEmbalse de Khoda Afarin
p75761
sbg6
(g13
g8
NtRp75762
(dp75763
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p75764
sbg6
(g13
g8
NtRp75765
(dp75766
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p75767
sbg6
(g13
g8
NtRp75768
(dp75769
g16
Nsg17
g27
sg11
V0.4
p75770
sbNNNNg6
(g13
g8
NtRp75771
(dp75772
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p75773
sbg6
(g13
g8
NtRp75774
(dp75775
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp75776
(dp75777
g16
Nsg17
Nsg11
VAzerbaijan
p75778
sbg6
(g13
g8
NtRp75779
(dp75780
g16
Nsg17
Nsg11
VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75781
sbg6
(g13
g8
NtRp75782
(dp75783
g16
Nsg17
Nsg11
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VAzerbaijan
p75808
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VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
p75811
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VAzerbaijan
p75838
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VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
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VAzerbaijan
p75868
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VKhoda Afarin Dam (also spelled as Khodaafarin Dam or Khudafarin Dam) is an earth-fill embankment dam on the Aras River straddling the international border between Iran and Azerbaijan. It is located 8 kilometres (5.0 mi) west of Khomarlu in East Azerbaijan Province, Iran and 14 kilometres (8.7 mi) southwest of Soltanl\u0131 in Jabrayil District, Azerbaijan. Armenian de facto protectorate Republic of Artsakh occupied the area in 1993, during the First Nagorno-Karabakh War, but on 18 October 2020, the Azerbaijani forces retook control of the dam during 2020 Nagorno-Karabakh conflict. It is located 1 km (0.62 mi) upstream of the Khodaafarin Bridges.
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VKhodiyar Dam
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VIndia
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VCompleted
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p75902
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VThe Khodiyar Dam is a dam built on Shetrunji River in Gujarat in western India. The primary purpose of the dam is to provide water for irrigation. It was completed in 1967 and a canal off the reservoir's right bank was completed the next year. The 36.27 m (119 ft) tall earthen dam has a concrete gravity section which serves as the service spillway and an emergency spillway is located on its right bank.
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VKholombidzo Hydroelectric Power Station
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Vhttp://dbpedia.org/resource/Malawi
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VRun-of-river
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Vhttp://dbpedia.org/resource/Electricity_Generation_Company_Malawi_Limited
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Vhttp://dbpedia.org/resource/Shire_River
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VMalawi
p75934
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VKholombidzo Dam, also Kholombidzo Hydroelectric Power Station is a planned 200 megawatts (270,000 hp) hydroelectric dam in Malawi.
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VKhudi Khola Hydropower Station
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VNepal
p75950
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VGravity
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VNepal
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VKhudi Khola Hydropower Station (Nepali: \u0916\u0941\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Simpani, Lamjung District of Nepal. The flow from Khudi River, a tributary of Marshyangdi River, is used to generate 4 MW electricity. The plant is owned and developed by Khudi Hydropower Ltd. , an IPP of Nepal. The plant started generating electricity from 2063-09-15 BS. The generation licence will expire in 2096-11-12 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VChudonská p\u0159ehradní nádr\u017e
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Vhttp://dbpedia.org/resource/Enguri_River
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VGeorgia
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VKhudoni Hydro Power Plant, hereinafter referred to as Khudoni HPP, (Georgian: \u10ee\u10e3\u10d3\u10dd\u10dc\u10d8\u10e1 \u10f0\u10d8\u10d3\u10e0\u10dd\u10d4\u10da\u10d4\u10e5\u10e2\u10e0\u10dd\u10e1\u10d0\u10d3\u10d2\u10e3\u10e0\u10d8 [\u10ee\u10e3\u10d3\u10dd\u10dc\u10f0\u10d4\u10e1\u10d8], khudonis hidroelektrosadguri [khudonhesi]) is a projected power plant on Enguri River, in Samegrelo-Zemo Svaneti, Georgia that has 3 turbines with a nominal capacity of 233.3 MW each having a total capacity of 700 MW. The power plant is associated with a planned 200.5-metre (658 ft) tall concrete double-arch-gravity dam. According to the Georgian government-commissioned and the World Bank-supported study the construction of Namakhvani, and Khudoni hydro power plants are the most attractive scenarios for the development of Georgia's energy sector.
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VGeorgia
p76018
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VKhudoni Hydro Power Plant, hereinafter referred to as Khudoni HPP, (Georgian: \u10ee\u10e3\u10d3\u10dd\u10dc\u10d8\u10e1 \u10f0\u10d8\u10d3\u10e0\u10dd\u10d4\u10da\u10d4\u10e5\u10e2\u10e0\u10dd\u10e1\u10d0\u10d3\u10d2\u10e3\u10e0\u10d8 [\u10ee\u10e3\u10d3\u10dd\u10dc\u10f0\u10d4\u10e1\u10d8], khudonis hidroelektrosadguri [khudonhesi]) is a projected power plant on Enguri River, in Samegrelo-Zemo Svaneti, Georgia that has 3 turbines with a nominal capacity of 233.3 MW each having a total capacity of 700 MW. The power plant is associated with a planned 200.5-metre (658 ft) tall concrete double-arch-gravity dam. According to the Georgian government-commissioned and the World Bank-supported study the construction of Namakhvani, and Khudoni hydro power plants are the most attractive scenarios for the development of Georgia's energy sector.
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NtRp76029
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VCentrale hydroélectrique de Khudoni
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Vhttp://dbpedia.org/resource/Georgia_(country)
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VGeorgia
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VKhudoni Hydro Power Plant, hereinafter referred to as Khudoni HPP, (Georgian: \u10ee\u10e3\u10d3\u10dd\u10dc\u10d8\u10e1 \u10f0\u10d8\u10d3\u10e0\u10dd\u10d4\u10da\u10d4\u10e5\u10e2\u10e0\u10dd\u10e1\u10d0\u10d3\u10d2\u10e3\u10e0\u10d8 [\u10ee\u10e3\u10d3\u10dd\u10dc\u10f0\u10d4\u10e1\u10d8], khudonis hidroelektrosadguri [khudonhesi]) is a projected power plant on Enguri River, in Samegrelo-Zemo Svaneti, Georgia that has 3 turbines with a nominal capacity of 233.3 MW each having a total capacity of 700 MW. The power plant is associated with a planned 200.5-metre (658 ft) tall concrete double-arch-gravity dam. According to the Georgian government-commissioned and the World Bank-supported study the construction of Namakhvani, and Khudoni hydro power plants are the most attractive scenarios for the development of Georgia's energy sector.
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VKhudoni Hydro Power Plant
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Vhttp://dbpedia.org/resource/Georgia_(country)
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VGeorgia
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VKhudoni Hydro Power Plant, hereinafter referred to as Khudoni HPP, (Georgian: \u10ee\u10e3\u10d3\u10dd\u10dc\u10d8\u10e1 \u10f0\u10d8\u10d3\u10e0\u10dd\u10d4\u10da\u10d4\u10e5\u10e2\u10e0\u10dd\u10e1\u10d0\u10d3\u10d2\u10e3\u10e0\u10d8 [\u10ee\u10e3\u10d3\u10dd\u10dc\u10f0\u10d4\u10e1\u10d8], khudonis hidroelektrosadguri [khudonhesi]) is a projected power plant on Enguri River, in Samegrelo-Zemo Svaneti, Georgia that has 3 turbines with a nominal capacity of 233.3 MW each having a total capacity of 700 MW. The power plant is associated with a planned 200.5-metre (658 ft) tall concrete double-arch-gravity dam. According to the Georgian government-commissioned and the World Bank-supported study the construction of Namakhvani, and Khudoni hydro power plants are the most attractive scenarios for the development of Georgia's energy sector.
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VPOINT(42.19388961792 42.954723358154)
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Nsg11
VChudoni-Talsperre
p76085
sbg6
(g13
g8
NtRp76086
(dp76087
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p76088
sbg6
(g13
g8
NtRp76089
(dp76090
g16
Nsg17
Nsg11
Vconcrete double-arch-gravity dam
p76091
sbNNNNNg6
(g13
g8
NtRp76092
(dp76093
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p76094
sbg6
(g13
g8
NtRp76095
(dp76096
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp76097
(dp76098
g16
Nsg17
Nsg11
VGeorgia
p76099
sbg6
(g13
g8
NtRp76100
(dp76101
g16
Nsg17
Nsg11
VKhudoni Hydro Power Plant, hereinafter referred to as Khudoni HPP, (Georgian: \u10ee\u10e3\u10d3\u10dd\u10dc\u10d8\u10e1 \u10f0\u10d8\u10d3\u10e0\u10dd\u10d4\u10da\u10d4\u10e5\u10e2\u10e0\u10dd\u10e1\u10d0\u10d3\u10d2\u10e3\u10e0\u10d8 [\u10ee\u10e3\u10d3\u10dd\u10dc\u10f0\u10d4\u10e1\u10d8], khudonis hidroelektrosadguri [khudonhesi]) is a projected power plant on Enguri River, in Samegrelo-Zemo Svaneti, Georgia that has 3 turbines with a nominal capacity of 233.3 MW each having a total capacity of 700 MW. The power plant is associated with a planned 200.5-metre (658 ft) tall concrete double-arch-gravity dam. According to the Georgian government-commissioned and the World Bank-supported study the construction of Namakhvani, and Khudoni hydro power plants are the most attractive scenarios for the development of Georgia's energy sector.
p76102
sbg6
(g13
g8
NtRp76103
(dp76104
g16
Nsg17
Nsg11
VPOINT(42.19388961792 42.954723358154)
p76105
sbtp76106
a(g6
(g7
g8
NtRp76107
(dp76108
g11
Vhttp://dbpedia.org/resource/Khudoni_Hydro_Power_Plant
p76109
sbg6
(g13
g8
NtRp76110
(dp76111
g16
Nsg17
Nsg11
V\u0425\u0443\u0434\u043e\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p76112
sbg6
(g13
g8
NtRp76113
(dp76114
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p76115
sbg6
(g13
g8
NtRp76116
(dp76117
g16
Nsg17
Nsg11
Vconcrete double-arch-gravity dam
p76118
sbNNNNNg6
(g13
g8
NtRp76119
(dp76120
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Enguri_River
p76121
sbg6
(g13
g8
NtRp76122
(dp76123
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp76124
(dp76125
g16
Nsg17
Nsg11
VGeorgia
p76126
sbg6
(g13
g8
NtRp76127
(dp76128
g16
Nsg17
Nsg11
VKhudoni Hydro Power Plant, hereinafter referred to as Khudoni HPP, (Georgian: \u10ee\u10e3\u10d3\u10dd\u10dc\u10d8\u10e1 \u10f0\u10d8\u10d3\u10e0\u10dd\u10d4\u10da\u10d4\u10e5\u10e2\u10e0\u10dd\u10e1\u10d0\u10d3\u10d2\u10e3\u10e0\u10d8 [\u10ee\u10e3\u10d3\u10dd\u10dc\u10f0\u10d4\u10e1\u10d8], khudonis hidroelektrosadguri [khudonhesi]) is a projected power plant on Enguri River, in Samegrelo-Zemo Svaneti, Georgia that has 3 turbines with a nominal capacity of 233.3 MW each having a total capacity of 700 MW. The power plant is associated with a planned 200.5-metre (658 ft) tall concrete double-arch-gravity dam. According to the Georgian government-commissioned and the World Bank-supported study the construction of Namakhvani, and Khudoni hydro power plants are the most attractive scenarios for the development of Georgia's energy sector.
p76129
sbg6
(g13
g8
NtRp76130
(dp76131
g16
Nsg17
Nsg11
VPOINT(42.19388961792 42.954723358154)
p76132
sbtp76133
a(g6
(g7
g8
NtRp76134
(dp76135
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station
p76136
sbg6
(g13
g8
NtRp76137
(dp76138
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Kiambere
p76139
sbg6
(g13
g8
NtRp76140
(dp76141
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p76142
sbg6
(g13
g8
NtRp76143
(dp76144
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p76145
sbg6
(g13
g8
NtRp76146
(dp76147
g16
Nsg17
g27
sg11
V1.0
p76148
sbNg6
(g7
g8
NtRp76149
(dp76150
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station__Lake__1
p76151
sbg6
(g13
g8
NtRp76152
(dp76153
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p76154
sbg6
(g13
g8
NtRp76155
(dp76156
g16
Nsg17
Nsg11
VPower
p76157
sbg6
(g13
g8
NtRp76158
(dp76159
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p76160
sbg6
(g13
g8
NtRp76161
(dp76162
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76163
(dp76164
g16
Nsg17
Nsg11
VKenya
p76165
sbg6
(g13
g8
NtRp76166
(dp76167
g16
Nsg17
Nsg11
VThe Kiambere Hydroelectric Power Station is an earth-filled embankment dam on the Tana River near Kiambere, Kenya. It straddles the border of Embu and Kitui Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 165 MW power station. Construction on the dam began in 1983 and it was completed in 1987. The power station was commissioned in 1988. Beginning in 2008 both turbine-generators were upgraded from 72 MW to 82.5 MW. They were commissioned in 2009. US$95 million in funding for the original project was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
p76168
sbg6
(g13
g8
NtRp76169
(dp76170
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p76171
sbtp76172
a(g6
(g7
g8
NtRp76173
(dp76174
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station
p76175
sbg6
(g13
g8
NtRp76176
(dp76177
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u0430\u043c\u0431\u0435\u0440\u0435
p76178
sbg6
(g13
g8
NtRp76179
(dp76180
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p76181
sbg6
(g13
g8
NtRp76182
(dp76183
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p76184
sbg6
(g13
g8
NtRp76185
(dp76186
g16
Nsg17
g27
sg11
V1.0
p76187
sbNg6
(g7
g8
NtRp76188
(dp76189
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station__Lake__1
p76190
sbg6
(g13
g8
NtRp76191
(dp76192
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p76193
sbg6
(g13
g8
NtRp76194
(dp76195
g16
Nsg17
Nsg11
VPower
p76196
sbg6
(g13
g8
NtRp76197
(dp76198
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p76199
sbg6
(g13
g8
NtRp76200
(dp76201
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76202
(dp76203
g16
Nsg17
Nsg11
VKenya
p76204
sbg6
(g13
g8
NtRp76205
(dp76206
g16
Nsg17
Nsg11
VThe Kiambere Hydroelectric Power Station is an earth-filled embankment dam on the Tana River near Kiambere, Kenya. It straddles the border of Embu and Kitui Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 165 MW power station. Construction on the dam began in 1983 and it was completed in 1987. The power station was commissioned in 1988. Beginning in 2008 both turbine-generators were upgraded from 72 MW to 82.5 MW. They were commissioned in 2009. US$95 million in funding for the original project was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
p76207
sbg6
(g13
g8
NtRp76208
(dp76209
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p76210
sbtp76211
a(g6
(g7
g8
NtRp76212
(dp76213
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station
p76214
sbg6
(g13
g8
NtRp76215
(dp76216
g16
Nsg17
Nsg11
VKiambere Hydroelectric Power Station
p76217
sbg6
(g13
g8
NtRp76218
(dp76219
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p76220
sbg6
(g13
g8
NtRp76221
(dp76222
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p76223
sbg6
(g13
g8
NtRp76224
(dp76225
g16
Nsg17
g27
sg11
V1.0
p76226
sbNg6
(g7
g8
NtRp76227
(dp76228
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station__Lake__1
p76229
sbg6
(g13
g8
NtRp76230
(dp76231
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p76232
sbg6
(g13
g8
NtRp76233
(dp76234
g16
Nsg17
Nsg11
VPower
p76235
sbg6
(g13
g8
NtRp76236
(dp76237
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p76238
sbg6
(g13
g8
NtRp76239
(dp76240
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76241
(dp76242
g16
Nsg17
Nsg11
VKenya
p76243
sbg6
(g13
g8
NtRp76244
(dp76245
g16
Nsg17
Nsg11
VThe Kiambere Hydroelectric Power Station is an earth-filled embankment dam on the Tana River near Kiambere, Kenya. It straddles the border of Embu and Kitui Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 165 MW power station. Construction on the dam began in 1983 and it was completed in 1987. The power station was commissioned in 1988. Beginning in 2008 both turbine-generators were upgraded from 72 MW to 82.5 MW. They were commissioned in 2009. US$95 million in funding for the original project was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
p76246
sbg6
(g13
g8
NtRp76247
(dp76248
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p76249
sbtp76250
a(g6
(g7
g8
NtRp76251
(dp76252
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station
p76253
sbg6
(g13
g8
NtRp76254
(dp76255
g16
Nsg17
Nsg11
VKraftwerk Kiambere
p76256
sbg6
(g13
g8
NtRp76257
(dp76258
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p76259
sbg6
(g13
g8
NtRp76260
(dp76261
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p76262
sbg6
(g13
g8
NtRp76263
(dp76264
g16
Nsg17
g27
sg11
V1.0
p76265
sbNg6
(g7
g8
NtRp76266
(dp76267
g11
Vhttp://dbpedia.org/resource/Kiambere_Hydroelectric_Power_Station__Lake__1
p76268
sbg6
(g13
g8
NtRp76269
(dp76270
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p76271
sbg6
(g13
g8
NtRp76272
(dp76273
g16
Nsg17
Nsg11
VPower
p76274
sbg6
(g13
g8
NtRp76275
(dp76276
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p76277
sbg6
(g13
g8
NtRp76278
(dp76279
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76280
(dp76281
g16
Nsg17
Nsg11
VKenya
p76282
sbg6
(g13
g8
NtRp76283
(dp76284
g16
Nsg17
Nsg11
VThe Kiambere Hydroelectric Power Station is an earth-filled embankment dam on the Tana River near Kiambere, Kenya. It straddles the border of Embu and Kitui Counties in Eastern Province. The primary purpose of the dam is hydroelectric power generation and it supports a 165 MW power station. Construction on the dam began in 1983 and it was completed in 1987. The power station was commissioned in 1988. Beginning in 2008 both turbine-generators were upgraded from 72 MW to 82.5 MW. They were commissioned in 2009. US$95 million in funding for the original project was provided by the World Bank. The power station is operated by Kenya Electricity Generating Company and is part of the Seven Forks Scheme.
p76285
sbg6
(g13
g8
NtRp76286
(dp76287
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p76288
sbtp76289
a(g6
(g7
g8
NtRp76290
(dp76291
g11
Vhttp://dbpedia.org/resource/Kiba_Hydroelectric_Power_Station
p76292
sbg6
(g13
g8
NtRp76293
(dp76294
g16
Nsg17
Nsg11
VKiba Hydroelectric Power Station
p76295
sbg6
(g13
g8
NtRp76296
(dp76297
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p76298
sbNNNg6
(g7
g8
NtRp76299
(dp76300
g11
Vhttp://dbpedia.org/resource/Kiba_Hydroelectric_Power_Station__Lake__1
p76301
sbg6
(g13
g8
NtRp76302
(dp76303
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Uganda
p76304
sbNg6
(g13
g8
NtRp76305
(dp76306
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Victoria_Nile
p76307
sbg6
(g13
g8
NtRp76308
(dp76309
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp76310
(dp76311
g16
Nsg17
Nsg11
VUganda
p76312
sbg6
(g13
g8
NtRp76313
(dp76314
g16
Nsg17
Nsg11
VKiba Hydroelectric Power Station is a proposed 295 megawatts (396,000 hp) hydroelectric power station in Uganda.
p76315
sbg6
(g13
g8
NtRp76316
(dp76317
g16
Nsg17
Nsg11
VPOINT(31.832777023315 2.370555639267)
p76318
sbtp76319
a(g6
(g7
g8
NtRp76320
(dp76321
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam
p76322
sbg6
(g13
g8
NtRp76323
(dp76324
g16
Nsg17
Nsg11
VKidatu (Kraftwerk)
p76325
sbg6
(g13
g8
NtRp76326
(dp76327
g16
Nsg17
Nsg11
VTanzania
p76328
sbg6
(g13
g8
NtRp76329
(dp76330
g16
Nsg17
Nsg11
VRock-fill dam
p76331
sbNNg6
(g7
g8
NtRp76332
(dp76333
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam__Lake__1
p76334
sbg6
(g13
g8
NtRp76335
(dp76336
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76337
sbg6
(g13
g8
NtRp76338
(dp76339
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76340
(dp76341
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p76342
sbg6
(g13
g8
NtRp76343
(dp76344
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp76345
(dp76346
g16
Nsg17
g27
sg11
V800000.0
p76347
sbg6
(g13
g8
NtRp76348
(dp76349
g16
Nsg17
Nsg11
VTanzania#Africa#Tanzania
p76350
sbg6
(g13
g8
NtRp76351
(dp76352
g16
Nsg17
Nsg11
VKidatu Dam, also Kidadu Hydroelectric Power Station, is a 204 megawatts (274,000 hp) hydroelectric dam in Tanzania.
p76353
sbg6
(g13
g8
NtRp76354
(dp76355
g16
Nsg17
Nsg11
VPOINT(36.977500915527 -7.6630554199219)
p76356
sbtp76357
a(g6
(g7
g8
NtRp76358
(dp76359
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam
p76360
sbg6
(g13
g8
NtRp76361
(dp76362
g16
Nsg17
Nsg11
VKidatu Dam
p76363
sbg6
(g13
g8
NtRp76364
(dp76365
g16
Nsg17
Nsg11
VTanzania
p76366
sbg6
(g13
g8
NtRp76367
(dp76368
g16
Nsg17
Nsg11
VRock-fill dam
p76369
sbNNg6
(g7
g8
NtRp76370
(dp76371
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam__Lake__1
p76372
sbg6
(g13
g8
NtRp76373
(dp76374
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76375
sbg6
(g13
g8
NtRp76376
(dp76377
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76378
(dp76379
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p76380
sbg6
(g13
g8
NtRp76381
(dp76382
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp76383
(dp76384
g16
Nsg17
g27
sg11
V800000.0
p76385
sbg6
(g13
g8
NtRp76386
(dp76387
g16
Nsg17
Nsg11
VTanzania#Africa#Tanzania
p76388
sbg6
(g13
g8
NtRp76389
(dp76390
g16
Nsg17
Nsg11
VKidatu Dam, also Kidadu Hydroelectric Power Station, is a 204 megawatts (274,000 hp) hydroelectric dam in Tanzania.
p76391
sbg6
(g13
g8
NtRp76392
(dp76393
g16
Nsg17
Nsg11
VPOINT(36.977500915527 -7.6630554199219)
p76394
sbtp76395
a(g6
(g7
g8
NtRp76396
(dp76397
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam
p76398
sbg6
(g13
g8
NtRp76399
(dp76400
g16
Nsg17
Nsg11
VKidatu Dam
p76401
sbg6
(g13
g8
NtRp76402
(dp76403
g16
Nsg17
Nsg11
VTanzania
p76404
sbg6
(g13
g8
NtRp76405
(dp76406
g16
Nsg17
Nsg11
VRock-fill dam
p76407
sbNNg6
(g7
g8
NtRp76408
(dp76409
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam__Lake__1
p76410
sbg6
(g13
g8
NtRp76411
(dp76412
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76413
sbg6
(g13
g8
NtRp76414
(dp76415
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76416
(dp76417
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p76418
sbg6
(g13
g8
NtRp76419
(dp76420
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp76421
(dp76422
g16
Nsg17
g27
sg11
V800000.0
p76423
sbg6
(g13
g8
NtRp76424
(dp76425
g16
Nsg17
Nsg11
VTanzania#Africa#Tanzania
p76426
sbg6
(g13
g8
NtRp76427
(dp76428
g16
Nsg17
Nsg11
VKidatu Dam, also Kidadu Hydroelectric Power Station, is a 204 megawatts (274,000 hp) hydroelectric dam in Tanzania.
p76429
sbg6
(g13
g8
NtRp76430
(dp76431
g16
Nsg17
Nsg11
VPOINT(36.977500915527 -7.6630554199219)
p76432
sbtp76433
a(g6
(g7
g8
NtRp76434
(dp76435
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam
p76436
sbg6
(g13
g8
NtRp76437
(dp76438
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u0434\u0430\u0442\u0443
p76439
sbg6
(g13
g8
NtRp76440
(dp76441
g16
Nsg17
Nsg11
VTanzania
p76442
sbg6
(g13
g8
NtRp76443
(dp76444
g16
Nsg17
Nsg11
VRock-fill dam
p76445
sbNNg6
(g7
g8
NtRp76446
(dp76447
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam__Lake__1
p76448
sbg6
(g13
g8
NtRp76449
(dp76450
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76451
sbg6
(g13
g8
NtRp76452
(dp76453
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76454
(dp76455
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p76456
sbg6
(g13
g8
NtRp76457
(dp76458
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp76459
(dp76460
g16
Nsg17
g27
sg11
V800000.0
p76461
sbg6
(g13
g8
NtRp76462
(dp76463
g16
Nsg17
Nsg11
VTanzania#Africa#Tanzania
p76464
sbg6
(g13
g8
NtRp76465
(dp76466
g16
Nsg17
Nsg11
VKidatu Dam, also Kidadu Hydroelectric Power Station, is a 204 megawatts (274,000 hp) hydroelectric dam in Tanzania.
p76467
sbg6
(g13
g8
NtRp76468
(dp76469
g16
Nsg17
Nsg11
VPOINT(36.977500915527 -7.6630554199219)
p76470
sbtp76471
a(g6
(g7
g8
NtRp76472
(dp76473
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam
p76474
sbg6
(g13
g8
NtRp76475
(dp76476
g16
Nsg17
Nsg11
VBarrage de Kidatu
p76477
sbg6
(g13
g8
NtRp76478
(dp76479
g16
Nsg17
Nsg11
VTanzania
p76480
sbg6
(g13
g8
NtRp76481
(dp76482
g16
Nsg17
Nsg11
VRock-fill dam
p76483
sbNNg6
(g7
g8
NtRp76484
(dp76485
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam__Lake__1
p76486
sbg6
(g13
g8
NtRp76487
(dp76488
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76489
sbg6
(g13
g8
NtRp76490
(dp76491
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76492
(dp76493
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p76494
sbg6
(g13
g8
NtRp76495
(dp76496
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp76497
(dp76498
g16
Nsg17
g27
sg11
V800000.0
p76499
sbg6
(g13
g8
NtRp76500
(dp76501
g16
Nsg17
Nsg11
VTanzania#Africa#Tanzania
p76502
sbg6
(g13
g8
NtRp76503
(dp76504
g16
Nsg17
Nsg11
VKidatu Dam, also Kidadu Hydroelectric Power Station, is a 204 megawatts (274,000 hp) hydroelectric dam in Tanzania.
p76505
sbg6
(g13
g8
NtRp76506
(dp76507
g16
Nsg17
Nsg11
VPOINT(36.977500915527 -7.6630554199219)
p76508
sbtp76509
a(g6
(g7
g8
NtRp76510
(dp76511
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam
p76512
sbg6
(g13
g8
NtRp76513
(dp76514
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u0434\u0430\u0442\u0443
p76515
sbg6
(g13
g8
NtRp76516
(dp76517
g16
Nsg17
Nsg11
VTanzania
p76518
sbg6
(g13
g8
NtRp76519
(dp76520
g16
Nsg17
Nsg11
VRock-fill dam
p76521
sbNNg6
(g7
g8
NtRp76522
(dp76523
g11
Vhttp://dbpedia.org/resource/Kidatu_Dam__Lake__1
p76524
sbg6
(g13
g8
NtRp76525
(dp76526
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76527
sbg6
(g13
g8
NtRp76528
(dp76529
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76530
(dp76531
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p76532
sbg6
(g13
g8
NtRp76533
(dp76534
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp76535
(dp76536
g16
Nsg17
g27
sg11
V800000.0
p76537
sbg6
(g13
g8
NtRp76538
(dp76539
g16
Nsg17
Nsg11
VTanzania#Africa#Tanzania
p76540
sbg6
(g13
g8
NtRp76541
(dp76542
g16
Nsg17
Nsg11
VKidatu Dam, also Kidadu Hydroelectric Power Station, is a 204 megawatts (274,000 hp) hydroelectric dam in Tanzania.
p76543
sbg6
(g13
g8
NtRp76544
(dp76545
g16
Nsg17
Nsg11
VPOINT(36.977500915527 -7.6630554199219)
p76546
sbtp76547
a(g6
(g7
g8
NtRp76548
(dp76549
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station
p76550
sbg6
(g13
g8
NtRp76551
(dp76552
g16
Nsg17
Nsg11
VKihansi Hydroelectric Power Station
p76553
sbg6
(g13
g8
NtRp76554
(dp76555
g16
Nsg17
Nsg11
VTanzania
p76556
sbg6
(g13
g8
NtRp76557
(dp76558
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp76559
(dp76560
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station__Lake__1
p76561
sbg6
(g13
g8
NtRp76562
(dp76563
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76564
sbg6
(g13
g8
NtRp76565
(dp76566
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76567
(dp76568
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kilombero_River
p76569
sbg6
(g13
g8
NtRp76570
(dp76571
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76572
(dp76573
g16
Nsg17
Nsg11
VTanzania#Africa#World
p76574
sbg6
(g13
g8
NtRp76575
(dp76576
g16
Nsg17
Nsg11
VKihansi Hydroelectric Power Station, is a 180 megawatts (241,384 hp) hydroelectric power station located in Kilombero District of southeast Morogoro Region in southern Tanzania. The power station is one of the largest dams in the country. The Tanzanian electricity company, Tanesco operates the power station on behalf of the government of Tanzania.
p76577
sbg6
(g13
g8
NtRp76578
(dp76579
g16
Nsg17
Nsg11
VPOINT(35.851387023926 -8.5749998092651)
p76580
sbtp76581
a(g6
(g7
g8
NtRp76582
(dp76583
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station
p76584
sbg6
(g13
g8
NtRp76585
(dp76586
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u0445\u0430\u043d\u0441\u0456
p76587
sbg6
(g13
g8
NtRp76588
(dp76589
g16
Nsg17
Nsg11
VTanzania
p76590
sbg6
(g13
g8
NtRp76591
(dp76592
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp76593
(dp76594
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station__Lake__1
p76595
sbg6
(g13
g8
NtRp76596
(dp76597
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76598
sbg6
(g13
g8
NtRp76599
(dp76600
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76601
(dp76602
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kilombero_River
p76603
sbg6
(g13
g8
NtRp76604
(dp76605
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76606
(dp76607
g16
Nsg17
Nsg11
VTanzania#Africa#World
p76608
sbg6
(g13
g8
NtRp76609
(dp76610
g16
Nsg17
Nsg11
VKihansi Hydroelectric Power Station, is a 180 megawatts (241,384 hp) hydroelectric power station located in Kilombero District of southeast Morogoro Region in southern Tanzania. The power station is one of the largest dams in the country. The Tanzanian electricity company, Tanesco operates the power station on behalf of the government of Tanzania.
p76611
sbg6
(g13
g8
NtRp76612
(dp76613
g16
Nsg17
Nsg11
VPOINT(35.851387023926 -8.5749998092651)
p76614
sbtp76615
a(g6
(g7
g8
NtRp76616
(dp76617
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station
p76618
sbg6
(g13
g8
NtRp76619
(dp76620
g16
Nsg17
Nsg11
VKraftwerk Kihansi
p76621
sbg6
(g13
g8
NtRp76622
(dp76623
g16
Nsg17
Nsg11
VTanzania
p76624
sbg6
(g13
g8
NtRp76625
(dp76626
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp76627
(dp76628
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station__Lake__1
p76629
sbg6
(g13
g8
NtRp76630
(dp76631
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76632
sbg6
(g13
g8
NtRp76633
(dp76634
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76635
(dp76636
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kilombero_River
p76637
sbg6
(g13
g8
NtRp76638
(dp76639
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76640
(dp76641
g16
Nsg17
Nsg11
VTanzania#Africa#World
p76642
sbg6
(g13
g8
NtRp76643
(dp76644
g16
Nsg17
Nsg11
VKihansi Hydroelectric Power Station, is a 180 megawatts (241,384 hp) hydroelectric power station located in Kilombero District of southeast Morogoro Region in southern Tanzania. The power station is one of the largest dams in the country. The Tanzanian electricity company, Tanesco operates the power station on behalf of the government of Tanzania.
p76645
sbg6
(g13
g8
NtRp76646
(dp76647
g16
Nsg17
Nsg11
VPOINT(35.851387023926 -8.5749998092651)
p76648
sbtp76649
a(g6
(g7
g8
NtRp76650
(dp76651
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station
p76652
sbg6
(g13
g8
NtRp76653
(dp76654
g16
Nsg17
Nsg11
V\u041b\u043e\u0443\u044d\u0440-\u041a\u0438\u0445\u0430\u043d\u0441\u0438
p76655
sbg6
(g13
g8
NtRp76656
(dp76657
g16
Nsg17
Nsg11
VTanzania
p76658
sbg6
(g13
g8
NtRp76659
(dp76660
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp76661
(dp76662
g11
Vhttp://dbpedia.org/resource/Kihansi_Hydroelectric_Power_Station__Lake__1
p76663
sbg6
(g13
g8
NtRp76664
(dp76665
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p76666
sbg6
(g13
g8
NtRp76667
(dp76668
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76669
(dp76670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kilombero_River
p76671
sbg6
(g13
g8
NtRp76672
(dp76673
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76674
(dp76675
g16
Nsg17
Nsg11
VTanzania#Africa#World
p76676
sbg6
(g13
g8
NtRp76677
(dp76678
g16
Nsg17
Nsg11
VKihansi Hydroelectric Power Station, is a 180 megawatts (241,384 hp) hydroelectric power station located in Kilombero District of southeast Morogoro Region in southern Tanzania. The power station is one of the largest dams in the country. The Tanzanian electricity company, Tanesco operates the power station on behalf of the government of Tanzania.
p76679
sbg6
(g13
g8
NtRp76680
(dp76681
g16
Nsg17
Nsg11
VPOINT(35.851387023926 -8.5749998092651)
p76682
sbtp76683
a(g6
(g7
g8
NtRp76684
(dp76685
g11
Vhttp://dbpedia.org/resource/Kiira_Hydroelectric_Power_Station
p76686
sbg6
(g13
g8
NtRp76687
(dp76688
g16
Nsg17
Nsg11
VKiira Hydroelectric Power Station
p76689
sbg6
(g13
g8
NtRp76690
(dp76691
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p76692
sbg6
(g13
g8
NtRp76693
(dp76694
g16
Nsg17
Nsg11
VMass concrete
p76695
sbNNg6
(g7
g8
NtRp76696
(dp76697
g11
Vhttp://dbpedia.org/resource/Kiira_Hydroelectric_Power_Station__Lake__1
p76698
sbNNNg6
(g13
g8
NtRp76699
(dp76700
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76701
(dp76702
g16
Nsg17
Nsg11
VUganda#Africa#World
p76703
sbg6
(g13
g8
NtRp76704
(dp76705
g16
Nsg17
Nsg11
VKiira Hydroelectric Power Station, is a hydroelectric power station in Uganda, with an installed capacity of 200 megawatts (270,000 hp).
p76706
sbg6
(g13
g8
NtRp76707
(dp76708
g16
Nsg17
Nsg11
VPOINT(33.185554504395 0.45027777552605)
p76709
sbtp76710
a(g6
(g7
g8
NtRp76711
(dp76712
g11
Vhttp://dbpedia.org/resource/Kiira_Hydroelectric_Power_Station
p76713
sbg6
(g13
g8
NtRp76714
(dp76715
g16
Nsg17
Nsg11
VCentrale électrique Kiira
p76716
sbg6
(g13
g8
NtRp76717
(dp76718
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p76719
sbg6
(g13
g8
NtRp76720
(dp76721
g16
Nsg17
Nsg11
VMass concrete
p76722
sbNNg6
(g7
g8
NtRp76723
(dp76724
g11
Vhttp://dbpedia.org/resource/Kiira_Hydroelectric_Power_Station__Lake__1
p76725
sbNNNg6
(g13
g8
NtRp76726
(dp76727
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76728
(dp76729
g16
Nsg17
Nsg11
VUganda#Africa#World
p76730
sbg6
(g13
g8
NtRp76731
(dp76732
g16
Nsg17
Nsg11
VKiira Hydroelectric Power Station, is a hydroelectric power station in Uganda, with an installed capacity of 200 megawatts (270,000 hp).
p76733
sbg6
(g13
g8
NtRp76734
(dp76735
g16
Nsg17
Nsg11
VPOINT(33.185554504395 0.45027777552605)
p76736
sbtp76737
a(g6
(g7
g8
NtRp76738
(dp76739
g11
Vhttp://dbpedia.org/resource/Kiira_Hydroelectric_Power_Station
p76740
sbg6
(g13
g8
NtRp76741
(dp76742
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u0457\u0440\u0430
p76743
sbg6
(g13
g8
NtRp76744
(dp76745
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p76746
sbg6
(g13
g8
NtRp76747
(dp76748
g16
Nsg17
Nsg11
VMass concrete
p76749
sbNNg6
(g7
g8
NtRp76750
(dp76751
g11
Vhttp://dbpedia.org/resource/Kiira_Hydroelectric_Power_Station__Lake__1
p76752
sbNNNg6
(g13
g8
NtRp76753
(dp76754
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76755
(dp76756
g16
Nsg17
Nsg11
VUganda#Africa#World
p76757
sbg6
(g13
g8
NtRp76758
(dp76759
g16
Nsg17
Nsg11
VKiira Hydroelectric Power Station, is a hydroelectric power station in Uganda, with an installed capacity of 200 megawatts (270,000 hp).
p76760
sbg6
(g13
g8
NtRp76761
(dp76762
g16
Nsg17
Nsg11
VPOINT(33.185554504395 0.45027777552605)
p76763
sbtp76764
a(g6
(g7
g8
NtRp76765
(dp76766
g11
Vhttp://dbpedia.org/resource/Kikagati_Hydroelectric_Power_Station
p76767
sbg6
(g13
g8
NtRp76768
(dp76769
g16
Nsg17
Nsg11
VKikagati Hydroelectric Power Station
p76770
sbg6
(g13
g8
NtRp76771
(dp76772
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p76773
sbNNNg6
(g7
g8
NtRp76774
(dp76775
g11
Vhttp://dbpedia.org/resource/Kikagati_Hydroelectric_Power_Station__Lake__1
p76776
sbNg6
(g13
g8
NtRp76777
(dp76778
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp76779
(dp76780
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kagera_River
p76781
sbg6
(g13
g8
NtRp76782
(dp76783
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp76784
(dp76785
g16
Nsg17
Nsg11
VUganda
p76786
sbg6
(g13
g8
NtRp76787
(dp76788
g16
Nsg17
Nsg11
VKikagati Hydroelectric Power Station, also referred to as Kikagati Power Station, is a 15.57 MW (20,880 hp) hydroelectric power station, in Uganda.
p76789
sbg6
(g13
g8
NtRp76790
(dp76791
g16
Nsg17
Nsg11
VPOINT(30.65916633606 -1.0575000047684)
p76792
sbtp76793
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p76845
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VKikonge Hydroelectric Power Station project is a proposed 300 MW (400,000 hp) hydroelectric dam in Ruvuma Region, Tanzania.
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VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
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VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
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sbg6
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Nsg17
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Nsg17
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VPOINT(37.8127784729 -0.81055557727814)
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VPOINT(37.8127784729 -0.81055557727814)
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g8
NtRp77144
(dp77145
g16
Nsg17
Nsg11
V
sbNg6
(g13
g8
NtRp77146
(dp77147
g16
Nsg17
Nsg11
VKenya
p77148
sbg6
(g13
g8
NtRp77149
(dp77150
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77151
sbg6
(g13
g8
NtRp77152
(dp77153
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77154
sbtp77155
a(g6
(g7
g8
NtRp77156
(dp77157
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77158
sbg6
(g13
g8
NtRp77159
(dp77160
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u043d\u0434\u0430\u0440\u0443\u043c\u0430
p77161
sbg6
(g13
g8
NtRp77162
(dp77163
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77164
sbg6
(g13
g8
NtRp77165
(dp77166
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77167
(dp77168
g16
Nsg17
g27
sg11
V0.549
p77169
sbNg6
(g7
g8
NtRp77170
(dp77171
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77172
sbg6
(g13
g8
NtRp77173
(dp77174
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77175
sbg6
(g13
g8
NtRp77176
(dp77177
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77178
(dp77179
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77180
sbg6
(g13
g8
NtRp77181
(dp77182
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77183
(dp77184
g16
Nsg17
Nsg11
VKenya
p77185
sbg6
(g13
g8
NtRp77186
(dp77187
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77188
sbg6
(g13
g8
NtRp77189
(dp77190
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77191
sbtp77192
a(g6
(g7
g8
NtRp77193
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g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77195
sbg6
(g13
g8
NtRp77196
(dp77197
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u043d\u0434\u0430\u0440\u0443\u043c\u0430
p77198
sbg6
(g13
g8
NtRp77199
(dp77200
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77201
sbg6
(g13
g8
NtRp77202
(dp77203
g16
Nsg17
Nsg11
VEmbankment
p77204
sbg6
(g13
g8
NtRp77205
(dp77206
g16
Nsg17
g27
sg11
V0.549
p77207
sbNg6
(g7
g8
NtRp77208
(dp77209
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77210
sbg6
(g13
g8
NtRp77211
(dp77212
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77213
sbg6
(g13
g8
NtRp77214
(dp77215
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77216
(dp77217
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77218
sbg6
(g13
g8
NtRp77219
(dp77220
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77221
(dp77222
g16
Nsg17
Nsg11
VKenya
p77223
sbg6
(g13
g8
NtRp77224
(dp77225
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77226
sbg6
(g13
g8
NtRp77227
(dp77228
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77229
sbtp77230
a(g6
(g7
g8
NtRp77231
(dp77232
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77233
sbg6
(g13
g8
NtRp77234
(dp77235
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Kindaruma
p77236
sbg6
(g13
g8
NtRp77237
(dp77238
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77239
sbg6
(g13
g8
NtRp77240
(dp77241
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77242
(dp77243
g16
Nsg17
g27
sg11
V0.549
p77244
sbNg6
(g7
g8
NtRp77245
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g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77247
sbg6
(g13
g8
NtRp77248
(dp77249
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77250
sbg6
(g13
g8
NtRp77251
(dp77252
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77253
(dp77254
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77255
sbg6
(g13
g8
NtRp77256
(dp77257
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77258
(dp77259
g16
Nsg17
Nsg11
VKenya
p77260
sbg6
(g13
g8
NtRp77261
(dp77262
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77263
sbg6
(g13
g8
NtRp77264
(dp77265
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77266
sbtp77267
a(g6
(g7
g8
NtRp77268
(dp77269
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77270
sbg6
(g13
g8
NtRp77271
(dp77272
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Kindaruma
p77273
sbg6
(g13
g8
NtRp77274
(dp77275
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77276
sbg6
(g13
g8
NtRp77277
(dp77278
g16
Nsg17
Nsg11
VEmbankment
p77279
sbg6
(g13
g8
NtRp77280
(dp77281
g16
Nsg17
g27
sg11
V0.549
p77282
sbNg6
(g7
g8
NtRp77283
(dp77284
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77285
sbg6
(g13
g8
NtRp77286
(dp77287
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77288
sbg6
(g13
g8
NtRp77289
(dp77290
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77291
(dp77292
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77293
sbg6
(g13
g8
NtRp77294
(dp77295
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77296
(dp77297
g16
Nsg17
Nsg11
VKenya
p77298
sbg6
(g13
g8
NtRp77299
(dp77300
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77301
sbg6
(g13
g8
NtRp77302
(dp77303
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77304
sbtp77305
a(g6
(g7
g8
NtRp77306
(dp77307
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77308
sbg6
(g13
g8
NtRp77309
(dp77310
g16
Nsg17
Nsg11
VKraftwerk Kindaruma
p77311
sbg6
(g13
g8
NtRp77312
(dp77313
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77314
sbg6
(g13
g8
NtRp77315
(dp77316
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77317
(dp77318
g16
Nsg17
g27
sg11
V0.549
p77319
sbNg6
(g7
g8
NtRp77320
(dp77321
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77322
sbg6
(g13
g8
NtRp77323
(dp77324
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77325
sbg6
(g13
g8
NtRp77326
(dp77327
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77328
(dp77329
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77330
sbg6
(g13
g8
NtRp77331
(dp77332
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77333
(dp77334
g16
Nsg17
Nsg11
VKenya
p77335
sbg6
(g13
g8
NtRp77336
(dp77337
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77338
sbg6
(g13
g8
NtRp77339
(dp77340
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77341
sbtp77342
a(g6
(g7
g8
NtRp77343
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g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77345
sbg6
(g13
g8
NtRp77346
(dp77347
g16
Nsg17
Nsg11
VKraftwerk Kindaruma
p77348
sbg6
(g13
g8
NtRp77349
(dp77350
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77351
sbg6
(g13
g8
NtRp77352
(dp77353
g16
Nsg17
Nsg11
VEmbankment
p77354
sbg6
(g13
g8
NtRp77355
(dp77356
g16
Nsg17
g27
sg11
V0.549
p77357
sbNg6
(g7
g8
NtRp77358
(dp77359
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77360
sbg6
(g13
g8
NtRp77361
(dp77362
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77363
sbg6
(g13
g8
NtRp77364
(dp77365
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77366
(dp77367
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77368
sbg6
(g13
g8
NtRp77369
(dp77370
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77371
(dp77372
g16
Nsg17
Nsg11
VKenya
p77373
sbg6
(g13
g8
NtRp77374
(dp77375
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77376
sbg6
(g13
g8
NtRp77377
(dp77378
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77379
sbtp77380
a(g6
(g7
g8
NtRp77381
(dp77382
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77383
sbg6
(g13
g8
NtRp77384
(dp77385
g16
Nsg17
Nsg11
VKindaruma Hydroelectric Power Station
p77386
sbg6
(g13
g8
NtRp77387
(dp77388
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77389
sbg6
(g13
g8
NtRp77390
(dp77391
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77392
(dp77393
g16
Nsg17
g27
sg11
V0.549
p77394
sbNg6
(g7
g8
NtRp77395
(dp77396
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77397
sbg6
(g13
g8
NtRp77398
(dp77399
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77400
sbg6
(g13
g8
NtRp77401
(dp77402
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77403
(dp77404
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77405
sbg6
(g13
g8
NtRp77406
(dp77407
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77408
(dp77409
g16
Nsg17
Nsg11
VKenya
p77410
sbg6
(g13
g8
NtRp77411
(dp77412
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77413
sbg6
(g13
g8
NtRp77414
(dp77415
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77416
sbtp77417
a(g6
(g7
g8
NtRp77418
(dp77419
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77420
sbg6
(g13
g8
NtRp77421
(dp77422
g16
Nsg17
Nsg11
VKindaruma Hydroelectric Power Station
p77423
sbg6
(g13
g8
NtRp77424
(dp77425
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77426
sbg6
(g13
g8
NtRp77427
(dp77428
g16
Nsg17
Nsg11
VEmbankment
p77429
sbg6
(g13
g8
NtRp77430
(dp77431
g16
Nsg17
g27
sg11
V0.549
p77432
sbNg6
(g7
g8
NtRp77433
(dp77434
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77435
sbg6
(g13
g8
NtRp77436
(dp77437
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77438
sbg6
(g13
g8
NtRp77439
(dp77440
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77441
(dp77442
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77443
sbg6
(g13
g8
NtRp77444
(dp77445
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77446
(dp77447
g16
Nsg17
Nsg11
VKenya
p77448
sbg6
(g13
g8
NtRp77449
(dp77450
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77451
sbg6
(g13
g8
NtRp77452
(dp77453
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77454
sbtp77455
a(g6
(g7
g8
NtRp77456
(dp77457
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77458
sbg6
(g13
g8
NtRp77459
(dp77460
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u043d\u0434\u0430\u0440\u0443\u043c\u0430
p77461
sbg6
(g13
g8
NtRp77462
(dp77463
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77464
sbg6
(g13
g8
NtRp77465
(dp77466
g16
Nsg17
Nsg11
V
sbg6
(g13
g8
NtRp77467
(dp77468
g16
Nsg17
g27
sg11
V0.549
p77469
sbNg6
(g7
g8
NtRp77470
(dp77471
g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77472
sbg6
(g13
g8
NtRp77473
(dp77474
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77475
sbg6
(g13
g8
NtRp77476
(dp77477
g16
Nsg17
Nsg11
VPower
p77478
sbg6
(g13
g8
NtRp77479
(dp77480
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77481
sbg6
(g13
g8
NtRp77482
(dp77483
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77484
(dp77485
g16
Nsg17
Nsg11
VKenya
p77486
sbg6
(g13
g8
NtRp77487
(dp77488
g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77489
sbg6
(g13
g8
NtRp77490
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g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77492
sbtp77493
a(g6
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NtRp77494
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77496
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g8
NtRp77497
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Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u0456\u043d\u0434\u0430\u0440\u0443\u043c\u0430
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sbg6
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NtRp77500
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77502
sbg6
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g8
NtRp77503
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g16
Nsg17
Nsg11
VEmbankment
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sbg6
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NtRp77506
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Nsg17
g27
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p77508
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NtRp77509
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77511
sbg6
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g8
NtRp77512
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Nsg17
Nsg11
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p77514
sbg6
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g8
NtRp77515
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g16
Nsg17
Nsg11
VPower
p77517
sbg6
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g8
NtRp77518
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Nsg17
Nsg11
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p77520
sbg6
(g13
g8
NtRp77521
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77523
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Nsg17
Nsg11
VKenya
p77525
sbg6
(g13
g8
NtRp77526
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Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77528
sbg6
(g13
g8
NtRp77529
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g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77531
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NtRp77533
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77535
sbg6
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g8
NtRp77536
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Nsg17
Nsg11
VCentrale hydroélectrique de Kindaruma
p77538
sbg6
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NtRp77539
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77541
sbg6
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g8
NtRp77542
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g16
Nsg17
Nsg11
V
sbg6
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g8
NtRp77544
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Nsg17
g27
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V0.549
p77546
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g8
NtRp77547
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p77549
sbg6
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g8
NtRp77550
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77552
sbg6
(g13
g8
NtRp77553
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g16
Nsg17
Nsg11
VPower
p77555
sbg6
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g8
NtRp77556
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77558
sbg6
(g13
g8
NtRp77559
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp77561
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g16
Nsg17
Nsg11
VKenya
p77563
sbg6
(g13
g8
NtRp77564
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g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77566
sbg6
(g13
g8
NtRp77567
(dp77568
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77569
sbtp77570
a(g6
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g8
NtRp77571
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g11
Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77573
sbg6
(g13
g8
NtRp77574
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g16
Nsg17
Nsg11
VCentrale hydroélectrique de Kindaruma
p77576
sbg6
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NtRp77577
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77579
sbg6
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g8
NtRp77580
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g16
Nsg17
Nsg11
VEmbankment
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Nsg17
g27
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p77585
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NtRp77586
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p77588
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Nsg17
Nsg11
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p77591
sbg6
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g8
NtRp77592
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g16
Nsg17
Nsg11
VPower
p77594
sbg6
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g8
NtRp77595
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77597
sbg6
(g13
g8
NtRp77598
(dp77599
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77600
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g16
Nsg17
Nsg11
VKenya
p77602
sbg6
(g13
g8
NtRp77603
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Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77605
sbg6
(g13
g8
NtRp77606
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g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
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p77612
sbg6
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NtRp77613
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Nsg11
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NtRp77616
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77618
sbg6
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g8
NtRp77619
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g16
Nsg17
Nsg11
V
sbg6
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g8
NtRp77621
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Nsg17
g27
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V0.549
p77623
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g8
NtRp77624
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p77629
sbg6
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g8
NtRp77630
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Nsg17
Nsg11
VPower
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p77635
sbg6
(g13
g8
NtRp77636
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g16
Nsg17
Nsg11
VO
sbNg6
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NtRp77638
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Nsg17
Nsg11
VKenya
p77640
sbg6
(g13
g8
NtRp77641
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Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77643
sbg6
(g13
g8
NtRp77644
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g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
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NtRp77648
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p77650
sbg6
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NtRp77651
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Nsg17
Nsg11
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NtRp77654
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Nsg17
Nsg11
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p77656
sbg6
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g8
NtRp77657
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Nsg17
Nsg11
VEmbankment
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NtRp77660
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Nsg17
g27
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p77662
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g8
NtRp77663
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p77665
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NtRp77666
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77668
sbg6
(g13
g8
NtRp77669
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g16
Nsg17
Nsg11
VPower
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NtRp77672
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Nsg17
Nsg11
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p77674
sbg6
(g13
g8
NtRp77675
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g16
Nsg17
Nsg11
VO
sbNg6
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NtRp77677
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Nsg17
Nsg11
VKenya
p77679
sbg6
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g8
NtRp77680
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Nsg17
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VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77682
sbg6
(g13
g8
NtRp77683
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g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
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NtRp77687
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NtRp77690
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Nsg17
Nsg11
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NtRp77693
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77695
sbg6
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g8
NtRp77696
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Nsg17
Nsg11
V
sbg6
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g8
NtRp77698
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Nsg17
g27
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V0.549
p77700
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g8
NtRp77701
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g11
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p77703
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NtRp77704
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Nsg17
Nsg11
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p77706
sbg6
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g8
NtRp77707
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Nsg17
Nsg11
VPower
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NtRp77710
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Nsg17
Nsg11
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p77712
sbg6
(g13
g8
NtRp77713
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77715
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g16
Nsg17
Nsg11
VKenya
p77717
sbg6
(g13
g8
NtRp77718
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g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77720
sbg6
(g13
g8
NtRp77721
(dp77722
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77723
sbtp77724
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NtRp77725
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77727
sbg6
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g8
NtRp77728
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Nsg17
Nsg11
VKindaruma Hydroelectric Power Station
p77730
sbg6
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g8
NtRp77731
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77733
sbg6
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g8
NtRp77734
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Nsg17
Nsg11
VEmbankment
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NtRp77737
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Nsg17
g27
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p77739
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g8
NtRp77740
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p77742
sbg6
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g8
NtRp77743
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77745
sbg6
(g13
g8
NtRp77746
(dp77747
g16
Nsg17
Nsg11
VPower
p77748
sbg6
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g8
NtRp77749
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77751
sbg6
(g13
g8
NtRp77752
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp77754
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Nsg17
Nsg11
VKenya
p77756
sbg6
(g13
g8
NtRp77757
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g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77759
sbg6
(g13
g8
NtRp77760
(dp77761
g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77762
sbtp77763
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g8
NtRp77764
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77766
sbg6
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g8
NtRp77767
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Nsg17
Nsg11
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sbg6
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g8
NtRp77770
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77772
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g8
NtRp77773
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Nsg17
Nsg11
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sbg6
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g8
NtRp77775
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Nsg17
g27
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p77777
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g8
NtRp77778
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p77780
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NtRp77781
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Nsg17
Nsg11
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p77783
sbg6
(g13
g8
NtRp77784
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g16
Nsg17
Nsg11
VPower
p77786
sbg6
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NtRp77787
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77789
sbg6
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g8
NtRp77790
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Nsg17
Nsg11
V
sbNg6
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g8
NtRp77792
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g16
Nsg17
Nsg11
VKenya
p77794
sbg6
(g13
g8
NtRp77795
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g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77797
sbg6
(g13
g8
NtRp77798
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g16
Nsg17
Nsg11
VPOINT(37.8127784729 -0.81055557727814)
p77800
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NtRp77802
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station
p77804
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NtRp77805
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Nsg17
Nsg11
VKraftwerk Kindaruma
p77807
sbg6
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g8
NtRp77808
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p77810
sbg6
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g8
NtRp77811
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Nsg17
Nsg11
VEmbankment
p77813
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NtRp77814
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Nsg17
g27
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V0.549
p77816
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g8
NtRp77817
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Vhttp://dbpedia.org/resource/Kindaruma_Hydroelectric_Power_Station__Lake__1
p77819
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g8
NtRp77820
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p77822
sbg6
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g8
NtRp77823
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g16
Nsg17
Nsg11
VPower
p77825
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NtRp77826
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tana_River_(Kenya)
p77828
sbg6
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g8
NtRp77829
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g16
Nsg17
Nsg11
V
sbNg6
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g8
NtRp77831
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g16
Nsg17
Nsg11
VKenya
p77833
sbg6
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g8
NtRp77834
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g16
Nsg17
Nsg11
VThe Kindaruma Hydroelectric Power Station, also Kindaruma Dam is an embankment dam with two gravity dam sections on the Tana River in Kenya. It straddles the border of Embu and Machakos counties in Kenya. The primary purpose of the dam is hydroelectric power generation and it supports a 72 megawatts (97,000 hp) power station. It is Kenya's first post-independence hydroelectric power plant. It was commissioned in 1968 as part of the Seven Forks Scheme. The power station is operated by Kenya Electricity Generating Company.
p77836
sbg6
(g13
g8
NtRp77837
(dp77838
g16
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VKingsley Dam is located on the east side of Lake McConaughy in central Keith County, Nebraska, and is the second largest hydraulic fill dam in the world. It was built as part of the New Deal project. The dam is 162 feet (49 m) tall, 3.1 miles (5.0 km) long, and 1,100 feet (340 m) wide at its base. On the east side of the dam is Lake Ogallala and on the south side is the Kingsley Hydroelectricity Plant. The Nebraska Game and Parks Commission and Central Nebraska Public Power and Irrigation District are also located in this area. Kingsley Dam, the Kingsley Hydroelectricity Plant, the Morning Glory Spillway, and the Outlet Tower \u2013 a large structure near the dam used to release water from the lake \u2013 are main visual icons of Lake McConaughy.
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VKingsley Dam is located on the east side of Lake McConaughy in central Keith County, Nebraska, and is the second largest hydraulic fill dam in the world. It was built as part of the New Deal project. The dam is 162 feet (49 m) tall, 3.1 miles (5.0 km) long, and 1,100 feet (340 m) wide at its base. On the east side of the dam is Lake Ogallala and on the south side is the Kingsley Hydroelectricity Plant. The Nebraska Game and Parks Commission and Central Nebraska Public Power and Irrigation District are also located in this area. Kingsley Dam, the Kingsley Hydroelectricity Plant, the Morning Glory Spillway, and the Outlet Tower \u2013 a large structure near the dam used to release water from the lake \u2013 are main visual icons of Lake McConaughy.
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VKingsley Dam is located on the east side of Lake McConaughy in central Keith County, Nebraska, and is the second largest hydraulic fill dam in the world. It was built as part of the New Deal project. The dam is 162 feet (49 m) tall, 3.1 miles (5.0 km) long, and 1,100 feet (340 m) wide at its base. On the east side of the dam is Lake Ogallala and on the south side is the Kingsley Hydroelectricity Plant. The Nebraska Game and Parks Commission and Central Nebraska Public Power and Irrigation District are also located in this area. Kingsley Dam, the Kingsley Hydroelectricity Plant, the Morning Glory Spillway, and the Outlet Tower \u2013 a large structure near the dam used to release water from the lake \u2013 are main visual icons of Lake McConaughy.
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VKinguélé Aval Hydroelectric Power Station is a planned 35 megawatts (47,000 hp) hydroelectric power station, across the Mbei River, a tributary of the Komo River, in Gabon. The power station is the first grid-ready, privately owned hydroelectric power station in the country.
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VThe Kinjo Dam (\u91d1\u57ce\u30c0\u30e0, Kinj\u014d Damu) is a concrete gravity dam on the Li River in Naha, Okinawa Prefecture, Japan. It is designated as a cultural property and is located 500 m (1,640 ft) south of Shuri Castle. Construction on the dam began in 1989 and it was completed in 2000. Its main purpose is flood control and on average, it can control an intake of 40 m3/s (1,413 cu ft/s); releasing 23 m3/s (812 cu ft/s). The 19 m (62 ft) tall and 120 m (394 ft) long dam was constructed on fragile rock and is set on a deep concrete staircase foundation.
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VThe Kirazl\u0131k Dam is a gravity dam on the Botan River, 9 km (6 mi) east of Siirt in Siirt Province of southeastern Turkey. The purpose of the dam is to regulate the outflow of the Alkumru Dam upstream and to produce hydroelectric power with a run-of-the-river design. The dam was completed in late 2011 and the power station become operational in 2013. The power plant houses three 15 MW Kaplan turbine-generators.
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VThe Kirirom 1 Dam is an embankment dam located in the Kirirom National Park of Koh Kong Province, Cambodia The project purpose is to supply of electricity to Electricité du Cambodge (EDC) (hereinafter referred to as "EDC") in accordance with the power purchase agreement signed between "Licensee" and "EDC" on 28 July 2000Kirirom I (completed 1965; partially destroyed 1975; re-commissioned 2002)
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VThe Kirirom 1 Dam is an embankment dam located in the Kirirom National Park of Koh Kong Province, Cambodia The project purpose is to supply of electricity to Electricité du Cambodge (EDC) (hereinafter referred to as "EDC") in accordance with the power purchase agreement signed between "Licensee" and "EDC" on 28 July 2000Kirirom I (completed 1965; partially destroyed 1975; re-commissioned 2002)
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VKirkthorpe hydro is a hydroelectric generating plant located on the River Calder at Kirkthorpe Weir, 4 miles (6.4 km) east of the City of Wakefield in West Yorkshire, England. The plant was opened in 2017 and expects to be generating electricity for 100 years. Kirkthorpe Weir is the highest industrial weir in Yorkshire and has prevented fish passing upstream to spawn; the new hydro project has a fish pass built into it. At a nameplate capacity of 500 kW, along with another plant at Brotherton on the River Aire, the plant is jointly the largest hydroelectric generator in Yorkshire.
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VThe Kishau Dam is a proposed gravity dam on the Tons River which will straddle the border between the Indian states of Himachal Pradesh and Uttarakhand. The project site is about 39 km (24 mi) north of Dakpathar and upstream of the Ichari Dam. The primary purpose of the dam is power generation and downstream water supply. It will support a 660 MW power station and provide water for the irrigation of 97,076 hectares (239,880 acres) of crops.
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VThe Kishau Dam is a proposed gravity dam on the Tons River which will straddle the border between the Indian states of Himachal Pradesh and Uttarakhand. The project site is about 39 km (24 mi) north of Dakpathar and upstream of the Ichari Dam. The primary purpose of the dam is power generation and downstream water supply. It will support a 660 MW power station and provide water for the irrigation of 97,076 hectares (239,880 acres) of crops.
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VKisiizi Hydroelectric Power Station
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Nsg17
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VUganda
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VKisiizi Power Station is a 0.294 MW (394 hp) hydroelectric power station in Uganda.
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VKiymbi Dam
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V1652.2
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VHydroelectricity
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Nsg17
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VDemocratic Republic of the Congo
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sbg6
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g8
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VThe Kiymbi Dam is a major hydroelectric dam and power station that was opened on the Kiymbi (or Kyimbi) river in 1959. It has been neglected and requires rehabilitation.
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VKjofossen Power Station
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g8
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Nsg17
Nsg11
VNorway
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NtRp78732
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Nsg17
Nsg11
VO
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g8
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Nsg17
Nsg11
VKjofossen Power Station is a hydroelectric power plant at Vestland built during World War II. Part of its power is used as railway traction current, i.e. single-phase electric power at 16 2/3 hertz, fed directly into the overhead wire of the railway to Bergen. The only other power station in Norway to produce traction current is Hakavik Power Station.
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VKlabböle Power Plant
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Nsg17
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VSweden
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VSweden
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g8
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VKlabböle Power Plant (Swedish: Klabböle Kraftverk) was a hydroelectric plant located near Umeå in northern Sweden. The plant was commissioned in 1899 and supplied power to the city until 1958, when it was replaced by a newly constructed state-owned power plant in Norrforsen. Klabböle Kraftverk is now a museum located at Ume River's south bank, below the village of Klabböle, about 7 kilometres (4.3 mi) upstream from Umeå.
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Nsg11
VKlabböle kraftverk
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g8
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Nsg17
Nsg11
VSweden
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VSweden
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VKlabböle Power Plant (Swedish: Klabböle Kraftverk) was a hydroelectric plant located near Umeå in northern Sweden. The plant was commissioned in 1899 and supplied power to the city until 1958, when it was replaced by a newly constructed state-owned power plant in Norrforsen. Klabböle Kraftverk is now a museum located at Ume River's south bank, below the village of Klabböle, about 7 kilometres (4.3 mi) upstream from Umeå.
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VTalsperre Kleine Kinzig
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VRockfill dam
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V609.0
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Nsg11
VFreshwater dam, flood-control dam
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Nsg11
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VThe Kleine Kinzig Dam (German: Talsperre Kleine Kinzig or Kleine-Kinzig-Talsperre) is a dam which was commissioned in 1984 in near Freudenstadt in Germany's Black Forest. It lies within the state of Baden-Württemberg and supplies drinking water, provides flood protection, drought protection and power generation using hydropower. It impounds the Kleine Kinzig river; the dam belongs to the Kleine Kinzig Special Purpose Association (Zweckverband Kleine Kinzig) The reservoir is ca. 3 km (1.9 mi) long, 450 m (1,480 ft) wide and has a maximum depth of 60 m (200 ft).
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Nsg11
VPOINT(8.3655595779419 48.398891448975)
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Nsg11
VKleine Kinzig Dam
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Nsg17
Nsg11
VRockfill dam
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g27
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V0.38
p78836
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p78842
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Nsg17
Nsg11
VFreshwater dam, flood-control dam
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p78851
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VThe Kleine Kinzig Dam (German: Talsperre Kleine Kinzig or Kleine-Kinzig-Talsperre) is a dam which was commissioned in 1984 in near Freudenstadt in Germany's Black Forest. It lies within the state of Baden-Württemberg and supplies drinking water, provides flood protection, drought protection and power generation using hydropower. It impounds the Kleine Kinzig river; the dam belongs to the Kleine Kinzig Special Purpose Association (Zweckverband Kleine Kinzig) The reservoir is ca. 3 km (1.9 mi) long, 450 m (1,480 ft) wide and has a maximum depth of 60 m (200 ft).
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sbg6
(g13
g8
NtRp78855
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Nsg11
VPOINT(8.3655595779419 48.398891448975)
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Nsg17
Nsg11
VKlerkskraal Dam
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p78867
sbg6
(g13
g8
NtRp78868
(dp78869
g16
Nsg17
Nsg11
VAG
p78870
sbg6
(g13
g8
NtRp78871
(dp78872
g16
Nsg17
g27
sg11
V0.605
p78873
sbNg6
(g7
g8
NtRp78874
(dp78875
g11
Vhttp://dbpedia.org/resource/Klerkskraal_Dam__Lake__1
p78876
sbg6
(g13
g8
NtRp78877
(dp78878
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p78879
sbg6
(g13
g8
NtRp78880
(dp78881
g16
Nsg17
Nsg11
VIrrigation
p78882
sbg6
(g13
g8
NtRp78883
(dp78884
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mooi_River_(Vaal)
p78885
sbNNNg6
(g13
g8
NtRp78886
(dp78887
g16
Nsg17
Nsg11
VKlerkskraal Dam is a combined gravity and arch type dam located on the Mooi River, near Ventersdorp, North West, South Africa. It was established in 1969 and its main purpose is to serve for irrigation. The hazard potential of the dam has been ranked high (3). The dam is also a well known bass fishing destination in the region.
p78888
sbg6
(g13
g8
NtRp78889
(dp78890
g16
Nsg17
Nsg11
VPOINT(27.134721755981 -26.219165802002)
p78891
sbtp78892
a(g6
(g7
g8
NtRp78893
(dp78894
g11
Vhttp://dbpedia.org/resource/Klipberg_Dam
p78895
sbg6
(g13
g8
NtRp78896
(dp78897
g16
Nsg17
Nsg11
VKlipberg Dam
p78898
sbg6
(g13
g8
NtRp78899
(dp78900
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p78901
sbg6
(g13
g8
NtRp78902
(dp78903
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp78904
(dp78905
g16
Nsg17
g27
sg11
V0.103
p78906
sbNg6
(g7
g8
NtRp78907
(dp78908
g11
Vhttp://dbpedia.org/resource/Klipberg_Dam__Lake__1
p78909
sbNg6
(g13
g8
NtRp78910
(dp78911
g16
Nsg17
Nsg11
VI
sbg6
(g13
g8
NtRp78912
(dp78913
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Konings_River
p78914
sbNNNg6
(g13
g8
NtRp78915
(dp78916
g16
Nsg17
Nsg11
VKlipberg Dam is an arch type dam located on the , near McGregor, Western Cape, South Africa. It was established in 1964 and its main purpose is to serve for irrigation. It is located in the Breede Water Management Area.
p78917
sbg6
(g13
g8
NtRp78918
(dp78919
g16
Nsg17
Nsg11
VPOINT(19.789167404175 -33.941665649414)
p78920
sbtp78921
a(g6
(g7
g8
NtRp78922
(dp78923
g11
Vhttp://dbpedia.org/resource/Klipdrif_Dam
p78924
sbg6
(g13
g8
NtRp78925
(dp78926
g16
Nsg17
Nsg11
VKlipdrif Dam
p78927
sbg6
(g13
g8
NtRp78928
(dp78929
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p78930
sbg6
(g13
g8
NtRp78931
(dp78932
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp78933
(dp78934
g16
Nsg17
g27
sg11
V0.19
p78935
sbNg6
(g7
g8
NtRp78936
(dp78937
g11
Vhttp://dbpedia.org/resource/Klipdrif_Dam__Lake__1
p78938
sbg6
(g13
g8
NtRp78939
(dp78940
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p78941
sbg6
(g13
g8
NtRp78942
(dp78943
g16
Nsg17
Nsg11
VI
sbg6
(g13
g8
NtRp78944
(dp78945
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Loopspruit
p78946
sbNNNg6
(g13
g8
NtRp78947
(dp78948
g16
Nsg17
Nsg11
VKlipdrif Dam is an earth-fill type dam located on the Loopspruit and Enselspruit near Potchefstroom, North West, South Africa. The river flowing out the dam is the Loopspruit. It was established in 1990 and its primary purpose is to serve for irrigation. The hazard potential of the dam has been ranked significant (2).
p78949
sbg6
(g13
g8
NtRp78950
(dp78951
g16
Nsg17
Nsg11
VPOINT(27.311388015747 -26.608888626099)
p78952
sbtp78953
a(g6
(g7
g8
NtRp78954
(dp78955
g11
Vhttp://dbpedia.org/resource/Klipkopjes_Dam
p78956
sbg6
(g13
g8
NtRp78957
(dp78958
g16
Nsg17
Nsg11
VKlipkopjes Dam
p78959
sbg6
(g13
g8
NtRp78960
(dp78961
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p78962
sbg6
(g13
g8
NtRp78963
(dp78964
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp78965
(dp78966
g16
Nsg17
g27
sg11
V0.431
p78967
sbNg6
(g7
g8
NtRp78968
(dp78969
g11
Vhttp://dbpedia.org/resource/Klipkopjes_Dam__Lake__1
p78970
sbg6
(g13
g8
NtRp78971
(dp78972
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p78973
sbg6
(g13
g8
NtRp78974
(dp78975
g16
Nsg17
Nsg11
VIrrigation
p78976
sbg6
(g13
g8
NtRp78977
(dp78978
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/White_River_(Witrivier)
p78979
sbNNNg6
(g13
g8
NtRp78980
(dp78981
g16
Nsg17
Nsg11
VKlipkopjes Dam is an earth-fill type dam located on the , near the town of White River, Mpumalanga, South Africa. It was established in 1960 and its primary purpose is to serve for irrigation. The hazard potential of the dam has been ranked high (3).
p78982
sbg6
(g13
g8
NtRp78983
(dp78984
g16
Nsg17
Nsg11
VPOINT(30.998332977295 -25.206943511963)
p78985
sbtp78986
a(g6
(g7
g8
NtRp78987
(dp78988
g11
Vhttp://dbpedia.org/resource/Klipvoor_Dam
p78989
sbg6
(g13
g8
NtRp78990
(dp78991
g16
Nsg17
Nsg11
VKlipvoor Dam
p78992
sbg6
(g13
g8
NtRp78993
(dp78994
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p78995
sbg6
(g13
g8
NtRp78996
(dp78997
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp78998
(dp78999
g16
Nsg17
g27
sg11
V0.475
p79000
sbNg6
(g7
g8
NtRp79001
(dp79002
g11
Vhttp://dbpedia.org/resource/Klipvoor_Dam__Lake__1
p79003
sbg6
(g13
g8
NtRp79004
(dp79005
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p79006
sbg6
(g13
g8
NtRp79007
(dp79008
g16
Nsg17
Nsg11
VIrrigation
p79009
sbg6
(g13
g8
NtRp79010
(dp79011
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moretele_River
p79012
sbNNNg6
(g13
g8
NtRp79013
(dp79014
g16
Nsg17
Nsg11
VKlipvoor Dam is a concrete gravity type dam located on the Moretele River, 55 km north of Brits, North West, South Africa. It was established in 1970. The main purpose of the dam is to serve for irrigation and its hazard potential has been ranked as high (3). The Klipvoor Dam is one of the good fishing spots of the Borakalalo Game Reserve, located north of the dam.
p79015
sbg6
(g13
g8
NtRp79016
(dp79017
g16
Nsg17
Nsg11
VPOINT(27.808332443237 -25.132778167725)
p79018
sbtp79019
a(g6
(g7
g8
NtRp79020
(dp79021
g11
Vhttp://dbpedia.org/resource/Kodiveri_Dam
p79022
sbg6
(g13
g8
NtRp79023
(dp79024
g16
Nsg17
Nsg11
VKodiveri Dam
p79025
sbg6
(g13
g8
NtRp79026
(dp79027
g16
Nsg17
Nsg11
VIndia
p79028
sbNNNg6
(g7
g8
NtRp79029
(dp79030
g11
Vhttp://dbpedia.org/resource/Kodiveri_Dam__Lake__1
p79031
sbg6
(g13
g8
NtRp79032
(dp79033
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tamil_Nadu
p79034
sbg6
(g13
g8
NtRp79035
(dp79036
g16
Nsg17
Nsg11
VIrrigation
p79037
sbg6
(g13
g8
NtRp79038
(dp79039
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhavani_River
p79040
sbg6
(g13
g8
NtRp79041
(dp79042
g16
Nsg17
Nsg11
VIn use
p79043
sbNNg6
(g13
g8
NtRp79044
(dp79045
g16
Nsg17
Nsg11
VKodiveri Dam is located on the Bhavani river near Sathyamangalam in Tamil Nadu. The dam is situated along the State Highway 15 about 15 km (9.3 mi) from Gobichettipalayam towards Sathyamangalam. From Sathyamangalam via the dam is at a distance of 7 km (4.3 mi).
p79046
sbg6
(g13
g8
NtRp79047
(dp79048
g16
Nsg17
Nsg11
VPOINT(77.29638671875 11.473055839539)
p79049
sbtp79050
a(g6
(g7
g8
NtRp79051
(dp79052
g11
Vhttp://dbpedia.org/resource/Kodiveri_Dam
p79053
sbg6
(g13
g8
NtRp79054
(dp79055
g16
Nsg17
Nsg11
VKodiveri Dam
p79056
sbg6
(g13
g8
NtRp79057
(dp79058
g16
Nsg17
Nsg11
VIndia
p79059
sbNNNg6
(g7
g8
NtRp79060
(dp79061
g11
Vhttp://dbpedia.org/resource/Kodiveri_Dam__Lake__1
p79062
sbg6
(g13
g8
NtRp79063
(dp79064
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tamil_Nadu
p79065
sbg6
(g13
g8
NtRp79066
(dp79067
g16
Nsg17
Nsg11
VIrrigation
p79068
sbg6
(g13
g8
NtRp79069
(dp79070
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhavani_River
p79071
sbg6
(g13
g8
NtRp79072
(dp79073
g16
Nsg17
Nsg11
VIn use
p79074
sbNNg6
(g13
g8
NtRp79075
(dp79076
g16
Nsg17
Nsg11
VKodiveri Dam is located on the Bhavani river near Sathyamangalam in Tamil Nadu. The dam is situated along the State Highway 15 about 15 km (9.3 mi) from Gobichettipalayam towards Sathyamangalam. From Sathyamangalam via the dam is at a distance of 7 km (4.3 mi).
p79077
sbg6
(g13
g8
NtRp79078
(dp79079
g16
Nsg17
Nsg11
VPOINT(77.29638671875 11.473055839539)
p79080
sbtp79081
a(g6
(g7
g8
NtRp79082
(dp79083
g11
Vhttp://dbpedia.org/resource/Kodomari_Dam
p79084
sbg6
(g13
g8
NtRp79085
(dp79086
g16
Nsg17
Nsg11
VKodomari Dam
p79087
sbg6
(g13
g8
NtRp79088
(dp79089
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p79090
sbg6
(g13
g8
NtRp79091
(dp79092
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp79093
(dp79094
g16
Nsg17
g27
sg11
V0.1215
p79095
sbNg6
(g7
g8
NtRp79096
(dp79097
g11
Vhttp://dbpedia.org/resource/Kodomari_Dam__Lake__1
p79098
sbNg6
(g13
g8
NtRp79099
(dp79100
g16
Nsg17
Nsg11
VFNW
p79101
sbNg6
(g13
g8
NtRp79102
(dp79103
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp79104
(dp79105
g16
Nsg17
Nsg11
VThe Kodomari Dam (\u5c0f\u6cca\u30c0\u30e0, Kodomari damu) is a dam on the Kodomari River, located in the town of Nakadomari, Kitatsugaru District, Aomori Prefecture in the Tohoku region of Japan. The dam is a concrete gravity dam across the Kodomari River. It is multipurpose dam to provide water for irrigation, flood control and drinking water.
p79106
sbg6
(g13
g8
NtRp79107
(dp79108
g16
Nsg17
Nsg11
VPOINT(140.33805847168 41.129165649414)
p79109
sbtp79110
a(g6
(g7
g8
NtRp79111
(dp79112
g11
Vhttp://dbpedia.org/resource/Kodomari_Dam
p79113
sbg6
(g13
g8
NtRp79114
(dp79115
g16
Nsg17
Nsg11
V\u5c0f\u6cca\u30c0\u30e0
p79116
sbg6
(g13
g8
NtRp79117
(dp79118
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p79119
sbg6
(g13
g8
NtRp79120
(dp79121
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp79122
(dp79123
g16
Nsg17
g27
sg11
V0.1215
p79124
sbNg6
(g7
g8
NtRp79125
(dp79126
g11
Vhttp://dbpedia.org/resource/Kodomari_Dam__Lake__1
p79127
sbNg6
(g13
g8
NtRp79128
(dp79129
g16
Nsg17
Nsg11
VFNW
p79130
sbNg6
(g13
g8
NtRp79131
(dp79132
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp79133
(dp79134
g16
Nsg17
Nsg11
VThe Kodomari Dam (\u5c0f\u6cca\u30c0\u30e0, Kodomari damu) is a dam on the Kodomari River, located in the town of Nakadomari, Kitatsugaru District, Aomori Prefecture in the Tohoku region of Japan. The dam is a concrete gravity dam across the Kodomari River. It is multipurpose dam to provide water for irrigation, flood control and drinking water.
p79135
sbg6
(g13
g8
NtRp79136
(dp79137
g16
Nsg17
Nsg11
VPOINT(140.33805847168 41.129165649414)
p79138
sbtp79139
a(g6
(g7
g8
NtRp79140
(dp79141
g11
Vhttp://dbpedia.org/resource/Koldam_Dam
p79142
sbg6
(g13
g8
NtRp79143
(dp79144
g16
Nsg17
Nsg11
VKoldam Dam
p79145
sbg6
(g13
g8
NtRp79146
(dp79147
g16
Nsg17
Nsg11
VIndia
p79148
sbg6
(g13
g8
NtRp79149
(dp79150
g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay core
p79151
sbg6
(g13
g8
NtRp79152
(dp79153
g16
Nsg17
g27
sg11
V0.474
p79154
sbg6
(g13
g8
NtRp79155
(dp79156
g16
Nsg17
g27
sg11
V648.0
p79157
sbg6
(g7
g8
NtRp79158
(dp79159
g11
Vhttp://dbpedia.org/resource/Koldam_Dam__Lake__1
p79160
sbg6
(g13
g8
NtRp79161
(dp79162
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/NTPC_Limited
p79163
sbNNg6
(g13
g8
NtRp79164
(dp79165
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp79166
(dp79167
g16
Nsg17
g27
sg11
V1.2e+07
p79168
sbg6
(g13
g8
NtRp79169
(dp79170
g16
Nsg17
Nsg11
VIndia
p79171
sbg6
(g13
g8
NtRp79172
(dp79173
g16
Nsg17
Nsg11
VThe Koldam Hydropower Station commonly known as Koldam, is an embankment dam on the Sutlej River upstream of the Dehar Power House. It is 18 km from Bilaspur off the Chandigarh-Manali Highway (NH-21) near Barmana, Himachal Pradesh, India. The main purpose of the dam is hydroelectric power generation and it will support an 800 MW power station. The dam was constructed by NTPC Limited (erstwhile National Thermal Power Corporation Limited).
p79174
sbg6
(g13
g8
NtRp79175
(dp79176
g16
Nsg17
Nsg11
VPOINT(76.871109008789 31.383054733276)
p79177
sbtp79178
a(g6
(g7
g8
NtRp79179
(dp79180
g11
Vhttp://dbpedia.org/resource/Koldam_Dam
p79181
sbg6
(g13
g8
NtRp79182
(dp79183
g16
Nsg17
Nsg11
VKoldam-Talsperre
p79184
sbg6
(g13
g8
NtRp79185
(dp79186
g16
Nsg17
Nsg11
VIndia
p79187
sbg6
(g13
g8
NtRp79188
(dp79189
g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay core
p79190
sbg6
(g13
g8
NtRp79191
(dp79192
g16
Nsg17
g27
sg11
V0.474
p79193
sbg6
(g13
g8
NtRp79194
(dp79195
g16
Nsg17
g27
sg11
V648.0
p79196
sbg6
(g7
g8
NtRp79197
(dp79198
g11
Vhttp://dbpedia.org/resource/Koldam_Dam__Lake__1
p79199
sbg6
(g13
g8
NtRp79200
(dp79201
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/NTPC_Limited
p79202
sbNNg6
(g13
g8
NtRp79203
(dp79204
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp79205
(dp79206
g16
Nsg17
g27
sg11
V1.2e+07
p79207
sbg6
(g13
g8
NtRp79208
(dp79209
g16
Nsg17
Nsg11
VIndia
p79210
sbg6
(g13
g8
NtRp79211
(dp79212
g16
Nsg17
Nsg11
VThe Koldam Hydropower Station commonly known as Koldam, is an embankment dam on the Sutlej River upstream of the Dehar Power House. It is 18 km from Bilaspur off the Chandigarh-Manali Highway (NH-21) near Barmana, Himachal Pradesh, India. The main purpose of the dam is hydroelectric power generation and it will support an 800 MW power station. The dam was constructed by NTPC Limited (erstwhile National Thermal Power Corporation Limited).
p79213
sbg6
(g13
g8
NtRp79214
(dp79215
g16
Nsg17
Nsg11
VPOINT(76.871109008789 31.383054733276)
p79216
sbtp79217
a(g6
(g7
g8
NtRp79218
(dp79219
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79220
sbg6
(g13
g8
NtRp79221
(dp79222
g16
Nsg17
Nsg11
VKo\u0142ymska Elektrownia Wodna
p79223
sbg6
(g13
g8
NtRp79224
(dp79225
g16
Nsg17
Nsg11
VRussia
p79226
sbg6
(g13
g8
NtRp79227
(dp79228
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79229
sbg6
(g13
g8
NtRp79230
(dp79231
g16
Nsg17
g27
sg11
V0.683
p79232
sbNg6
(g7
g8
NtRp79233
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g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79235
sbg6
(g13
g8
NtRp79236
(dp79237
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79238
sbg6
(g13
g8
NtRp79239
(dp79240
g16
Nsg17
Nsg11
VPower
p79241
sbg6
(g13
g8
NtRp79242
(dp79243
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79244
sbg6
(g13
g8
NtRp79245
(dp79246
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79247
(dp79248
g16
Nsg17
Nsg11
VRussia
p79249
sbg6
(g13
g8
NtRp79250
(dp79251
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79252
sbg6
(g13
g8
NtRp79253
(dp79254
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79255
sbtp79256
a(g6
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g8
NtRp79257
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g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79259
sbg6
(g13
g8
NtRp79260
(dp79261
g16
Nsg17
Nsg11
V\u041a\u043e\u043b\u0438\u043c\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p79262
sbg6
(g13
g8
NtRp79263
(dp79264
g16
Nsg17
Nsg11
VRussia
p79265
sbg6
(g13
g8
NtRp79266
(dp79267
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79268
sbg6
(g13
g8
NtRp79269
(dp79270
g16
Nsg17
g27
sg11
V0.683
p79271
sbNg6
(g7
g8
NtRp79272
(dp79273
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79274
sbg6
(g13
g8
NtRp79275
(dp79276
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79277
sbg6
(g13
g8
NtRp79278
(dp79279
g16
Nsg17
Nsg11
VPower
p79280
sbg6
(g13
g8
NtRp79281
(dp79282
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79283
sbg6
(g13
g8
NtRp79284
(dp79285
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79286
(dp79287
g16
Nsg17
Nsg11
VRussia
p79288
sbg6
(g13
g8
NtRp79289
(dp79290
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79291
sbg6
(g13
g8
NtRp79292
(dp79293
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79294
sbtp79295
a(g6
(g7
g8
NtRp79296
(dp79297
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79298
sbg6
(g13
g8
NtRp79299
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g16
Nsg17
Nsg11
V\u041a\u043e\u043b\u0438\u043c\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p79301
sbg6
(g13
g8
NtRp79302
(dp79303
g16
Nsg17
Nsg11
VRussia
p79304
sbg6
(g13
g8
NtRp79305
(dp79306
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79307
sbg6
(g13
g8
NtRp79308
(dp79309
g16
Nsg17
g27
sg11
V0.683
p79310
sbNg6
(g7
g8
NtRp79311
(dp79312
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79313
sbg6
(g13
g8
NtRp79314
(dp79315
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79316
sbg6
(g13
g8
NtRp79317
(dp79318
g16
Nsg17
Nsg11
VPower
p79319
sbg6
(g13
g8
NtRp79320
(dp79321
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79322
sbg6
(g13
g8
NtRp79323
(dp79324
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79325
(dp79326
g16
Nsg17
Nsg11
VRussia
p79327
sbg6
(g13
g8
NtRp79328
(dp79329
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79330
sbg6
(g13
g8
NtRp79331
(dp79332
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79333
sbtp79334
a(g6
(g7
g8
NtRp79335
(dp79336
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79337
sbg6
(g13
g8
NtRp79338
(dp79339
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station
p79340
sbg6
(g13
g8
NtRp79341
(dp79342
g16
Nsg17
Nsg11
VRussia
p79343
sbg6
(g13
g8
NtRp79344
(dp79345
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79346
sbg6
(g13
g8
NtRp79347
(dp79348
g16
Nsg17
g27
sg11
V0.683
p79349
sbNg6
(g7
g8
NtRp79350
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g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79352
sbg6
(g13
g8
NtRp79353
(dp79354
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79355
sbg6
(g13
g8
NtRp79356
(dp79357
g16
Nsg17
Nsg11
VPower
p79358
sbg6
(g13
g8
NtRp79359
(dp79360
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79361
sbg6
(g13
g8
NtRp79362
(dp79363
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79364
(dp79365
g16
Nsg17
Nsg11
VRussia
p79366
sbg6
(g13
g8
NtRp79367
(dp79368
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79369
sbg6
(g13
g8
NtRp79370
(dp79371
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79372
sbtp79373
a(g6
(g7
g8
NtRp79374
(dp79375
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79376
sbg6
(g13
g8
NtRp79377
(dp79378
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station
p79379
sbg6
(g13
g8
NtRp79380
(dp79381
g16
Nsg17
Nsg11
VRussia
p79382
sbg6
(g13
g8
NtRp79383
(dp79384
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79385
sbg6
(g13
g8
NtRp79386
(dp79387
g16
Nsg17
g27
sg11
V0.683
p79388
sbNg6
(g7
g8
NtRp79389
(dp79390
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79391
sbg6
(g13
g8
NtRp79392
(dp79393
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79394
sbg6
(g13
g8
NtRp79395
(dp79396
g16
Nsg17
Nsg11
VPower
p79397
sbg6
(g13
g8
NtRp79398
(dp79399
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79400
sbg6
(g13
g8
NtRp79401
(dp79402
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79403
(dp79404
g16
Nsg17
Nsg11
VRussia
p79405
sbg6
(g13
g8
NtRp79406
(dp79407
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79408
sbg6
(g13
g8
NtRp79409
(dp79410
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79411
sbtp79412
a(g6
(g7
g8
NtRp79413
(dp79414
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79415
sbg6
(g13
g8
NtRp79416
(dp79417
g16
Nsg17
Nsg11
VKolymas vattenkraftverk
p79418
sbg6
(g13
g8
NtRp79419
(dp79420
g16
Nsg17
Nsg11
VRussia
p79421
sbg6
(g13
g8
NtRp79422
(dp79423
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79424
sbg6
(g13
g8
NtRp79425
(dp79426
g16
Nsg17
g27
sg11
V0.683
p79427
sbNg6
(g7
g8
NtRp79428
(dp79429
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79430
sbg6
(g13
g8
NtRp79431
(dp79432
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79433
sbg6
(g13
g8
NtRp79434
(dp79435
g16
Nsg17
Nsg11
VPower
p79436
sbg6
(g13
g8
NtRp79437
(dp79438
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79439
sbg6
(g13
g8
NtRp79440
(dp79441
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79442
(dp79443
g16
Nsg17
Nsg11
VRussia
p79444
sbg6
(g13
g8
NtRp79445
(dp79446
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79447
sbg6
(g13
g8
NtRp79448
(dp79449
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79450
sbtp79451
a(g6
(g7
g8
NtRp79452
(dp79453
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79454
sbg6
(g13
g8
NtRp79455
(dp79456
g16
Nsg17
Nsg11
VKolymas vattenkraftverk
p79457
sbg6
(g13
g8
NtRp79458
(dp79459
g16
Nsg17
Nsg11
VRussia
p79460
sbg6
(g13
g8
NtRp79461
(dp79462
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79463
sbg6
(g13
g8
NtRp79464
(dp79465
g16
Nsg17
g27
sg11
V0.683
p79466
sbNg6
(g7
g8
NtRp79467
(dp79468
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79469
sbg6
(g13
g8
NtRp79470
(dp79471
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79472
sbg6
(g13
g8
NtRp79473
(dp79474
g16
Nsg17
Nsg11
VPower
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sbg6
(g13
g8
NtRp79476
(dp79477
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79478
sbg6
(g13
g8
NtRp79479
(dp79480
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79481
(dp79482
g16
Nsg17
Nsg11
VRussia
p79483
sbg6
(g13
g8
NtRp79484
(dp79485
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79486
sbg6
(g13
g8
NtRp79487
(dp79488
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79489
sbtp79490
a(g6
(g7
g8
NtRp79491
(dp79492
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79493
sbg6
(g13
g8
NtRp79494
(dp79495
g16
Nsg17
Nsg11
VKolyma-Wasserkraftwerk
p79496
sbg6
(g13
g8
NtRp79497
(dp79498
g16
Nsg17
Nsg11
VRussia
p79499
sbg6
(g13
g8
NtRp79500
(dp79501
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79502
sbg6
(g13
g8
NtRp79503
(dp79504
g16
Nsg17
g27
sg11
V0.683
p79505
sbNg6
(g7
g8
NtRp79506
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g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79508
sbg6
(g13
g8
NtRp79509
(dp79510
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79511
sbg6
(g13
g8
NtRp79512
(dp79513
g16
Nsg17
Nsg11
VPower
p79514
sbg6
(g13
g8
NtRp79515
(dp79516
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79517
sbg6
(g13
g8
NtRp79518
(dp79519
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79520
(dp79521
g16
Nsg17
Nsg11
VRussia
p79522
sbg6
(g13
g8
NtRp79523
(dp79524
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79525
sbg6
(g13
g8
NtRp79526
(dp79527
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79528
sbtp79529
a(g6
(g7
g8
NtRp79530
(dp79531
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79532
sbg6
(g13
g8
NtRp79533
(dp79534
g16
Nsg17
Nsg11
V\u041a\u043e\u043b\u044b\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p79535
sbg6
(g13
g8
NtRp79536
(dp79537
g16
Nsg17
Nsg11
VRussia
p79538
sbg6
(g13
g8
NtRp79539
(dp79540
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79541
sbg6
(g13
g8
NtRp79542
(dp79543
g16
Nsg17
g27
sg11
V0.683
p79544
sbNg6
(g7
g8
NtRp79545
(dp79546
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79547
sbg6
(g13
g8
NtRp79548
(dp79549
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79550
sbg6
(g13
g8
NtRp79551
(dp79552
g16
Nsg17
Nsg11
VPower
p79553
sbg6
(g13
g8
NtRp79554
(dp79555
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p79556
sbg6
(g13
g8
NtRp79557
(dp79558
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp79559
(dp79560
g16
Nsg17
Nsg11
VRussia
p79561
sbg6
(g13
g8
NtRp79562
(dp79563
g16
Nsg17
Nsg11
VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79564
sbg6
(g13
g8
NtRp79565
(dp79566
g16
Nsg17
Nsg11
VPOINT(150.40827941895 62.055465698242)
p79567
sbtp79568
a(g6
(g7
g8
NtRp79569
(dp79570
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station
p79571
sbg6
(g13
g8
NtRp79572
(dp79573
g16
Nsg17
Nsg11
VKolyma-Wasserkraftwerk
p79574
sbg6
(g13
g8
NtRp79575
(dp79576
g16
Nsg17
Nsg11
VRussia
p79577
sbg6
(g13
g8
NtRp79578
(dp79579
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p79580
sbg6
(g13
g8
NtRp79581
(dp79582
g16
Nsg17
g27
sg11
V0.683
p79583
sbNg6
(g7
g8
NtRp79584
(dp79585
g11
Vhttp://dbpedia.org/resource/Kolyma_Hydroelectric_Station__Lake__1
p79586
sbg6
(g13
g8
NtRp79587
(dp79588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p79589
sbg6
(g13
g8
NtRp79590
(dp79591
g16
Nsg17
Nsg11
VPower
p79592
sbg6
(g13
g8
NtRp79593
(dp79594
g16
Nsg17
Nsg11
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VKolyma Hydroelectric Station is located on the Kolyma River in the village of Sinegorye, Yagodninsky District, Magadan Oblast Russia. It has an installed power generation capacity of 900 MW. Kolyma HPP is the basis of the energy system of Magadan Oblast; it produces about 95% of the electricity in the region. It is the upper stage of the Kolyma cascade, while the lower one (Ust-Srednekan Hydroelectric Plant) of 570 MW installed capacity is under construction.
p79603
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VThe Koma Kulshan Project is a 13.3 MW run-of-the-river hydroelectric generation facility on the slopes of Mount Baker, a stratovolcano in Washington state's North Cascades. The project commenced commercial operation in October 1990, and is owned by a Covanta Energy\u2013Atlantic Power joint venture. It supplies Puget Sound Energy via a Power Supply Agreement (PSA) contract. Its single turbine is a Pelton wheel supplied by Sulzer Escher Wyss. Koma Kulshan is the name of Mount Baker in the Lummi dialect.
p79637
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VThe Koma Kulshan Project is a 13.3 MW run-of-the-river hydroelectric generation facility on the slopes of Mount Baker, a stratovolcano in Washington state's North Cascades. The project commenced commercial operation in October 1990, and is owned by a Covanta Energy\u2013Atlantic Power joint venture. It supplies Puget Sound Energy via a Power Supply Agreement (PSA) contract. Its single turbine is a Pelton wheel supplied by Sulzer Escher Wyss. Koma Kulshan is the name of Mount Baker in the Lummi dialect.
p79671
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VThe Koma Kulshan Project is a 13.3 MW run-of-the-river hydroelectric generation facility on the slopes of Mount Baker, a stratovolcano in Washington state's North Cascades. The project commenced commercial operation in October 1990, and is owned by a Covanta Energy\u2013Atlantic Power joint venture. It supplies Puget Sound Energy via a Power Supply Agreement (PSA) contract. Its single turbine is a Pelton wheel supplied by Sulzer Escher Wyss. Koma Kulshan is the name of Mount Baker in the Lummi dialect.
p79705
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VThe Koma Kulshan Project is a 13.3 MW run-of-the-river hydroelectric generation facility on the slopes of Mount Baker, a stratovolcano in Washington state's North Cascades. The project commenced commercial operation in October 1990, and is owned by a Covanta Energy\u2013Atlantic Power joint venture. It supplies Puget Sound Energy via a Power Supply Agreement (PSA) contract. Its single turbine is a Pelton wheel supplied by Sulzer Escher Wyss. Koma Kulshan is the name of Mount Baker in the Lummi dialect.
p79739
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VThe Koma Kulshan Project is a 13.3 MW run-of-the-river hydroelectric generation facility on the slopes of Mount Baker, a stratovolcano in Washington state's North Cascades. The project commenced commercial operation in October 1990, and is owned by a Covanta Energy\u2013Atlantic Power joint venture. It supplies Puget Sound Energy via a Power Supply Agreement (PSA) contract. Its single turbine is a Pelton wheel supplied by Sulzer Escher Wyss. Koma Kulshan is the name of Mount Baker in the Lummi dialect.
p79773
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p79873
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VThe Komaki Dam is an arch-gravity dam on the Sh\u014d River about 2.5 km (1.6 mi) southeast of Shogawa in Toyama Prefecture, Japan. It was constructed between 1925 and 1930. The dam has an associated 90.2 MW hydroelectric power station which was commissioned in 1930. Of the nine dams on the Sh\u014d River it is the second-furthest downstream.
p79890
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VO
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VThe Komaki Dam is an arch-gravity dam on the Sh\u014d River about 2.5 km (1.6 mi) southeast of Shogawa in Toyama Prefecture, Japan. It was constructed between 1925 and 1930. The dam has an associated 90.2 MW hydroelectric power station which was commissioned in 1930. Of the nine dams on the Sh\u014d River it is the second-furthest downstream.
p79929
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VThe Komaki Dam is an arch-gravity dam on the Sh\u014d River about 2.5 km (1.6 mi) southeast of Shogawa in Toyama Prefecture, Japan. It was constructed between 1925 and 1930. The dam has an associated 90.2 MW hydroelectric power station which was commissioned in 1930. Of the nine dams on the Sh\u014d River it is the second-furthest downstream.
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VKommandodrif Dam is an earth-fill/rockfill type dam located on the Tarka River, near Cradock, Eastern Cape, South Africa. The dam has a capacity of 58,900,000 cubic metres (2.08×109 cu ft), the wall is 38 metres (125 ft) high. The dam is included in the Commando Drift Nature Reserve and its main purpose is to serve for irrigation use. The hazard potential of the dam has been ranked high (3).
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VHydroelectricitypower generation
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VThe Koombooloomba Dam is a concrete gravity dam with a controlled spillway across the Tully River, located west of Tully and south, southeast of Ravenshoe in Far North Queensland, Australia. Built for the purpose of hydroelectric power generation, the dam creates the reservoir, Lake Koombooloomba.
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VKoombooloomba Hydro Power Station is a hydroelectric power station at Koombooloomba Dam, Queensland, Australia. Koombooloomba has one turbo generator, with a generating capacity of 7.3 megawatts (9,800 hp) of electricity. The power station is owned by Stanwell Corporation. The power station was commissioned in 1999, capturing energy from existing water releases required for the operation of Kareeya Hydro Power Station.
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VKortes Dam (National ID # WY01294) is a dam in Carbon County, Wyoming. The concrete gravity dam was constructed between 1946 and 1951 by the United States Bureau of Reclamation, with a height of 244 feet, and a length of 440 feet at its crest. It impounds the North Platte River for hydroelectric power. Owned and operated by the Bureau, it stands as part of the Kortes Unit of the vast Pick\u2013Sloan Missouri Basin Program less than two miles downstream from the Bureau's larger Seminoe Dam.
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VUnited States
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VKortes Dam (National ID # WY01294) is a dam in Carbon County, Wyoming. The concrete gravity dam was constructed between 1946 and 1951 by the United States Bureau of Reclamation, with a height of 244 feet, and a length of 440 feet at its crest. It impounds the North Platte River for hydroelectric power. Owned and operated by the Bureau, it stands as part of the Kortes Unit of the vast Pick\u2013Sloan Missouri Basin Program less than two miles downstream from the Bureau's larger Seminoe Dam.
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VThe Kossou Dam is an embankment dam that impounds the Bandama River about 32 kilometres (20 mi) northwest of Yamoussoukro in Côte d'Ivoire. It has a power generating capacity of 174 megawatts (233,000 hp), enough to power over 118,000 homes. The dam impounds the largest lake in Côte d'Ivoire, Lake Kossou.
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VThe Kossou Dam is an embankment dam that impounds the Bandama River about 32 kilometres (20 mi) northwest of Yamoussoukro in Côte d'Ivoire. It has a power generating capacity of 174 megawatts (233,000 hp), enough to power over 118,000 homes. The dam impounds the largest lake in Côte d'Ivoire, Lake Kossou.
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VThe Kossou Dam is an embankment dam that impounds the Bandama River about 32 kilometres (20 mi) northwest of Yamoussoukro in Côte d'Ivoire. It has a power generating capacity of 174 megawatts (233,000 hp), enough to power over 118,000 homes. The dam impounds the largest lake in Côte d'Ivoire, Lake Kossou.
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VThe Kossou Dam is an embankment dam that impounds the Bandama River about 32 kilometres (20 mi) northwest of Yamoussoukro in Côte d'Ivoire. It has a power generating capacity of 174 megawatts (233,000 hp), enough to power over 118,000 homes. The dam impounds the largest lake in Côte d'Ivoire, Lake Kossou.
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VThe Kossou Dam is an embankment dam that impounds the Bandama River about 32 kilometres (20 mi) northwest of Yamoussoukro in Côte d'Ivoire. It has a power generating capacity of 174 megawatts (233,000 hp), enough to power over 118,000 homes. The dam impounds the largest lake in Côte d'Ivoire, Lake Kossou.
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VThe Kossou Dam is an embankment dam that impounds the Bandama River about 32 kilometres (20 mi) northwest of Yamoussoukro in Côte d'Ivoire. It has a power generating capacity of 174 megawatts (233,000 hp), enough to power over 118,000 homes. The dam impounds the largest lake in Côte d'Ivoire, Lake Kossou.
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VThe Koteshwar Dam is a gravity dam on the Bhagirathi River, located 22 km (14 mi) downstream of the Tehri Dam in Tehri District, Uttarakhand, India. The dam is part of the Tehri Hydropower Complex and serves to regulate the Tehri Dam's tailrace for irrigation and create the lower reservoir of the Tehri Pumped Storage Power Station. In addition, the dam has a 400 MW (4x100 MW) run-of-the-river power station. The project was approved in 2000 and its first generator was commissioned on 27 March 2011, the second on 30 March 2011. The construction site had been inundated in September 2010 by floods. The diversion tunnel was later blocked heaving/collapse of the hill in December 2010. The spillway was commissioned in Jan, 2011. The last two generators were made operational in March 2012.
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VThe Kotmale Dam is a large hydroelectric and irrigation dam in Kotmale, Sri Lanka. The dam generates power from three 67 MW turbines, totalling the installed capacity to 201 MW, making it the second largest hydroelectric power station in Sri Lanka. Construction on the dam began in August 1979 and was ceremonially completed in February 1985. The dam forms the Kotmale Reservoir, which was renamed to Gamini Dissanayake Reservoir on 11 April 2003 following a request by Prime Minister Ranil Wickramasinghe. \u000a* Downstream view of the 87m tall dam. \u000a* Closeup of spillways. \u000a* Gamini Dissanayake Reservoir.
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VThe Kotmale Dam is a large hydroelectric and irrigation dam in Kotmale, Sri Lanka. The dam generates power from three 67 MW turbines, totalling the installed capacity to 201 MW, making it the second largest hydroelectric power station in Sri Lanka. Construction on the dam began in August 1979 and was ceremonially completed in February 1985. The dam forms the Kotmale Reservoir, which was renamed to Gamini Dissanayake Reservoir on 11 April 2003 following a request by Prime Minister Ranil Wickramasinghe. \u000a* Downstream view of the 87m tall dam. \u000a* Closeup of spillways. \u000a* Gamini Dissanayake Reservoir.
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VKotri Barrage, also known as the Ghulam Muhammad Barrage, is a barrage on the Indus River between Jamshoro and Hyderabad in the Sindh province of Pakistan. The barrage was completed in 1955 and was inaugurated by Ghulam Muhammad. It is used to control water flow in the Indus for irrigation and flood control purposes.
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VKotri Barrage, also known as the Ghulam Muhammad Barrage, is a barrage on the Indus River between Jamshoro and Hyderabad in the Sindh province of Pakistan. The barrage was completed in 1955 and was inaugurated by Ghulam Muhammad. It is used to control water flow in the Indus for irrigation and flood control purposes.
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VKotri Barrage, also known as the Ghulam Muhammad Barrage, is a barrage on the Indus River between Jamshoro and Hyderabad in the Sindh province of Pakistan. The barrage was completed in 1955 and was inaugurated by Ghulam Muhammad. It is used to control water flow in the Indus for irrigation and flood control purposes.
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VThe Koudiat Acerdoune Dam is a gravity dam located 9.5 km (6 mi) southwest of Kadiria on the Isser River in Bouïra Province, Algeria. The dam was constructed between 2002 and 2008 with the roller-compacted concrete technique. It serves the purpose of providing water for industrial, irrigation and municipal uses. It retains a 640,000,000 m3 (518,856 acre\u22c5ft) capacity reservoir which supplies water for the irrigation of 20,000 ha (49,421 acres) of land along with providing the Algiers region with 178,000,000 m3 (144,307 acre\u22c5ft) of drinking water annually.
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p80685
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g8
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p80696
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g8
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VThe Koudiat Acerdoune Dam is a gravity dam located 9.5 km (6 mi) southwest of Kadiria on the Isser River in Bouïra Province, Algeria. The dam was constructed between 2002 and 2008 with the roller-compacted concrete technique. It serves the purpose of providing water for industrial, irrigation and municipal uses. It retains a 640,000,000 m3 (518,856 acre\u22c5ft) capacity reservoir which supplies water for the irrigation of 20,000 ha (49,421 acres) of land along with providing the Algiers region with 178,000,000 m3 (144,307 acre\u22c5ft) of drinking water annually.
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g8
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g8
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p80730
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sbg6
(g13
g8
NtRp80733
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g16
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g27
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p80735
sbg6
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g8
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p80738
sbg6
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g8
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VThe Kouga Dam is an arch dam on the Kouga River about 21 km (13 mi) west of Patensie in Kouga Local Municipality, South Africa. It supplies irrigation water to the Kouga and Gamtoos valleys as well as drinking water to the Port Elizabeth metropolitan area via the Loerie Balancing Dam. It was constructed between 1957 and 1969. The dam can be accessed by following the R330 and then the R331 from the N2 at Humansdorp. All but the last 8 kilometres (5.0 mi) is tarred road and there is a short tunnel just before the dam wall. It was named the Paul Sauer Dam after Paul Sauer, but was renamed in 1995.
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g8
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Nsg11
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p80757
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p80769
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g27
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p80774
sbg6
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VSouth Africa Eastern Cape
p80777
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g8
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g16
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VThe Kouga Dam is an arch dam on the Kouga River about 21 km (13 mi) west of Patensie in Kouga Local Municipality, South Africa. It supplies irrigation water to the Kouga and Gamtoos valleys as well as drinking water to the Port Elizabeth metropolitan area via the Loerie Balancing Dam. It was constructed between 1957 and 1969. The dam can be accessed by following the R330 and then the R331 from the N2 at Humansdorp. All but the last 8 kilometres (5.0 mi) is tarred road and there is a short tunnel just before the dam wall. It was named the Paul Sauer Dam after Paul Sauer, but was renamed in 1995.
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g16
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VKouhrang 1 Dam
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g16
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Nsg11
VIran
p80793
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g8
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g16
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Nsg11
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p80810
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g8
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g16
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VThe Kouhrang 1 Dam is a masonry gravity dam on the Kouhrang River about 4 km (2.5 mi) southwest of Chelgard in Chaharmahal and Bakhtiari Province, Iran. The primary purpose of the dam is to divert up to 320,000,000 m3 (260,000 acre\u22c5ft) of water annually via the 2.8 km (1.7 mi) long Kouhrang 1 Tunnel to the Zayandeh River to the east where it would help supply cities like Isfahan with water. Since the era of Shah Abbas I, attempts had been made to diver the Kouhrang to the Zayandeh. Eventually, efforts by Alexander Gibb between 1948 and 1954 led to the completion of the Kouhrang 1 Dam and Tunnel.
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g8
NtRp80814
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g16
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VSadd-e K\u016bhrang
p80823
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g8
NtRp80824
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g16
Nsg17
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VIran
p80826
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g16
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p80832
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g16
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p80838
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g8
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g16
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VO
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g16
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p80843
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g16
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VThe Kouhrang 1 Dam is a masonry gravity dam on the Kouhrang River about 4 km (2.5 mi) southwest of Chelgard in Chaharmahal and Bakhtiari Province, Iran. The primary purpose of the dam is to divert up to 320,000,000 m3 (260,000 acre\u22c5ft) of water annually via the 2.8 km (1.7 mi) long Kouhrang 1 Tunnel to the Zayandeh River to the east where it would help supply cities like Isfahan with water. Since the era of Shah Abbas I, attempts had been made to diver the Kouhrang to the Zayandeh. Eventually, efforts by Alexander Gibb between 1948 and 1954 led to the completion of the Kouhrang 1 Dam and Tunnel.
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p80853
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(g13
g8
NtRp80854
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g16
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VKouhrang 2 Hydroelectric Power Station
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(g13
g8
NtRp80857
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g16
Nsg17
Nsg11
VIran
p80859
sbg6
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g8
NtRp80860
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g16
Nsg17
Nsg11
VEmbankment, earth-fill
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g8
NtRp80863
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g27
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V0.47
p80865
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p80868
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g8
NtRp80869
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g16
Nsg17
Nsg11
VPower, water supply
p80871
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NtRp80872
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp80874
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g16
Nsg17
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VIran
p80876
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(g13
g8
NtRp80877
(dp80878
g16
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VThe Kouhrang 2 Hydroelectric Power Station is located just south of Chelgard and about 69 km (43 mi) northwest of Shahrekord in Chaharmahal and Bakhtiari Province, Iran. The power station has an installed capacity of 33.3 MW and uses water diverted to the east from the Kouhrang River, via a small dam and the 2 km (1.2 mi) long Kouhrang 2 Tunnel, to produce power. Water from the Kouhrang is stored in a circular dam (Kouhrang 2 Dam) before being sent to the power station. The power station's three generators were commissioned between 2002 and 2004, the power plant were inaugurated in February 2005. Water discharged from the power station enters the Zayandeh River as part of a larger project to provide water to major cities like Isfahan. The intake for the power plant is located on the Kouhra
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NtRp80880
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VPOINT(50.146732330322 32.452953338623)
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VKouhrang 3 Dam
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(g13
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NtRp80890
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g16
Nsg17
Nsg11
VIran
p80892
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(g13
g8
NtRp80893
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g16
Nsg17
Nsg11
VArch
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NtRp80896
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g27
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p80898
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p80904
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g8
NtRp80905
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Nsg17
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VUC
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VIran
p80910
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VThe Kouhrang 3 Dam (\u0633\u062f \u06a9\u0648\u0647\u0631\u0646\u06af \u06f3, also known as Birgan dam \u0628\u06cc\u0631\u06af\u0627\u0646) is an arch dam currently under construction on the Kouhrang River in Chaharmahal and Bakhtiari Province, Iran. It is located about 12 km (7.5 mi) northwest of Dashtak. The purpose of the dam is water supply and river regulation. Upstream of the dam will be the intake for the 23 km (14 mi) Kouhrang 3 Tunnel which will transfer water northeast to the Zayandeh River for use in major cities like Isfahan. Sabir Co. was awarded the contract for the dam's construction in February 2011 and construction began that same year. The diversion tunnels for the dam were completed in March 2013. The project was scheduled for completed in 2015.
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NtRp80914
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g16
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VPOINT(50.342323303223 32.232376098633)
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VKoukoutamba Hydroelectric Power Station
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VRun of river
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Nsg17
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VP
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VP
sbNg6
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NtRp80940
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VGuinea#Africa#World
p80942
sbg6
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VKoukoutamba Hydroelectric Power Station is a planned 294 megawatts (394,000 hp) hydroelectric power station, across the Bafing River, a tributary of the Senegal River, in Guinea. The power station is under development by the Organisation pour la mise en valeur du fleuve Sénégal (OMVS), (English: Senegal River Basin Development Authority). OMVS will sell the electricity to the four member electricity utility companies of the organization. Sinohydro, a hydropower engineering and construction company, owned by the Chinese state, was awarded the engineering, procurement and construction (EPC) contract. The US$812 million project is funded by the Exim Bank of China.
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VPOINT(-11.345833778381 11.268333435059)
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VBarrage de Koukoutamba
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VGuinea#Africa#World
p80974
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VKoukoutamba Hydroelectric Power Station is a planned 294 megawatts (394,000 hp) hydroelectric power station, across the Bafing River, a tributary of the Senegal River, in Guinea. The power station is under development by the Organisation pour la mise en valeur du fleuve Sénégal (OMVS), (English: Senegal River Basin Development Authority). OMVS will sell the electricity to the four member electricity utility companies of the organization. Sinohydro, a hydropower engineering and construction company, owned by the Chinese state, was awarded the engineering, procurement and construction (EPC) contract. The US$812 million project is funded by the Exim Bank of China.
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VHidroelektra centralo Kozjak
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Vhttp://dbpedia.org/resource/North_Macedonia
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VFlood control, power
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Vhttp://dbpedia.org/resource/Treska
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VO
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NtRp81008
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VNorth Macedonia
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VKozjak Hydro Power Plant is a large hydroelectric power plant on the river Treska which creates an artificial lake Kozjak, the largest in North Macedonia. The dam which creates the reservoir, Kozjak Dam is the tallest in the country at 130 m (430 ft). It is located in the western part of the country in the municipality of Makedonski Brod. The primary purpose of the dam is flood control but it also serves for power generation. The power plant has two turbines with a nominal capacity of 41 MW each having a total capacity of 82 MW.
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NtRp81018
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Nsg17
Nsg11
VLac Kozjak
p81020
sbg6
(g13
g8
NtRp81021
(dp81022
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p81023
sbg6
(g13
g8
NtRp81024
(dp81025
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81026
sbNNg6
(g7
g8
NtRp81027
(dp81028
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant__Lake__1
p81029
sbg6
(g13
g8
NtRp81030
(dp81031
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p81032
sbg6
(g13
g8
NtRp81033
(dp81034
g16
Nsg17
Nsg11
VFlood control, power
p81035
sbg6
(g13
g8
NtRp81036
(dp81037
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Treska
p81038
sbg6
(g13
g8
NtRp81039
(dp81040
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81041
(dp81042
g16
Nsg17
Nsg11
VNorth Macedonia
p81043
sbg6
(g13
g8
NtRp81044
(dp81045
g16
Nsg17
Nsg11
VKozjak Hydro Power Plant is a large hydroelectric power plant on the river Treska which creates an artificial lake Kozjak, the largest in North Macedonia. The dam which creates the reservoir, Kozjak Dam is the tallest in the country at 130 m (430 ft). It is located in the western part of the country in the municipality of Makedonski Brod. The primary purpose of the dam is flood control but it also serves for power generation. The power plant has two turbines with a nominal capacity of 41 MW each having a total capacity of 82 MW.
p81046
sbNtp81047
a(g6
(g7
g8
NtRp81048
(dp81049
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant
p81050
sbg6
(g13
g8
NtRp81051
(dp81052
g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u041a\u043e\u0437\u044f\u043a
p81053
sbg6
(g13
g8
NtRp81054
(dp81055
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p81056
sbg6
(g13
g8
NtRp81057
(dp81058
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81059
sbNNg6
(g7
g8
NtRp81060
(dp81061
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant__Lake__1
p81062
sbg6
(g13
g8
NtRp81063
(dp81064
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p81065
sbg6
(g13
g8
NtRp81066
(dp81067
g16
Nsg17
Nsg11
VFlood control, power
p81068
sbg6
(g13
g8
NtRp81069
(dp81070
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Treska
p81071
sbg6
(g13
g8
NtRp81072
(dp81073
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81074
(dp81075
g16
Nsg17
Nsg11
VNorth Macedonia
p81076
sbg6
(g13
g8
NtRp81077
(dp81078
g16
Nsg17
Nsg11
VKozjak Hydro Power Plant is a large hydroelectric power plant on the river Treska which creates an artificial lake Kozjak, the largest in North Macedonia. The dam which creates the reservoir, Kozjak Dam is the tallest in the country at 130 m (430 ft). It is located in the western part of the country in the municipality of Makedonski Brod. The primary purpose of the dam is flood control but it also serves for power generation. The power plant has two turbines with a nominal capacity of 41 MW each having a total capacity of 82 MW.
p81079
sbNtp81080
a(g6
(g7
g8
NtRp81081
(dp81082
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant
p81083
sbg6
(g13
g8
NtRp81084
(dp81085
g16
Nsg17
Nsg11
VElektrownia wodna Kozjak
p81086
sbg6
(g13
g8
NtRp81087
(dp81088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p81089
sbg6
(g13
g8
NtRp81090
(dp81091
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81092
sbNNg6
(g7
g8
NtRp81093
(dp81094
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant__Lake__1
p81095
sbg6
(g13
g8
NtRp81096
(dp81097
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p81098
sbg6
(g13
g8
NtRp81099
(dp81100
g16
Nsg17
Nsg11
VFlood control, power
p81101
sbg6
(g13
g8
NtRp81102
(dp81103
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Treska
p81104
sbg6
(g13
g8
NtRp81105
(dp81106
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81107
(dp81108
g16
Nsg17
Nsg11
VNorth Macedonia
p81109
sbg6
(g13
g8
NtRp81110
(dp81111
g16
Nsg17
Nsg11
VKozjak Hydro Power Plant is a large hydroelectric power plant on the river Treska which creates an artificial lake Kozjak, the largest in North Macedonia. The dam which creates the reservoir, Kozjak Dam is the tallest in the country at 130 m (430 ft). It is located in the western part of the country in the municipality of Makedonski Brod. The primary purpose of the dam is flood control but it also serves for power generation. The power plant has two turbines with a nominal capacity of 41 MW each having a total capacity of 82 MW.
p81112
sbNtp81113
a(g6
(g7
g8
NtRp81114
(dp81115
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant
p81116
sbg6
(g13
g8
NtRp81117
(dp81118
g16
Nsg17
Nsg11
V\u041a\u043e\u0437\u044f\u0446\u044c\u043a\u0430 \u0413\u0415\u0421
p81119
sbg6
(g13
g8
NtRp81120
(dp81121
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p81122
sbg6
(g13
g8
NtRp81123
(dp81124
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81125
sbNNg6
(g7
g8
NtRp81126
(dp81127
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant__Lake__1
p81128
sbg6
(g13
g8
NtRp81129
(dp81130
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p81131
sbg6
(g13
g8
NtRp81132
(dp81133
g16
Nsg17
Nsg11
VFlood control, power
p81134
sbg6
(g13
g8
NtRp81135
(dp81136
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Treska
p81137
sbg6
(g13
g8
NtRp81138
(dp81139
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81140
(dp81141
g16
Nsg17
Nsg11
VNorth Macedonia
p81142
sbg6
(g13
g8
NtRp81143
(dp81144
g16
Nsg17
Nsg11
VKozjak Hydro Power Plant is a large hydroelectric power plant on the river Treska which creates an artificial lake Kozjak, the largest in North Macedonia. The dam which creates the reservoir, Kozjak Dam is the tallest in the country at 130 m (430 ft). It is located in the western part of the country in the municipality of Makedonski Brod. The primary purpose of the dam is flood control but it also serves for power generation. The power plant has two turbines with a nominal capacity of 41 MW each having a total capacity of 82 MW.
p81145
sbNtp81146
a(g6
(g7
g8
NtRp81147
(dp81148
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant
p81149
sbg6
(g13
g8
NtRp81150
(dp81151
g16
Nsg17
Nsg11
VKozjak Hydro Power Plant
p81152
sbg6
(g13
g8
NtRp81153
(dp81154
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p81155
sbg6
(g13
g8
NtRp81156
(dp81157
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81158
sbNNg6
(g7
g8
NtRp81159
(dp81160
g11
Vhttp://dbpedia.org/resource/Kozjak_Hydro_Power_Plant__Lake__1
p81161
sbg6
(g13
g8
NtRp81162
(dp81163
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p81164
sbg6
(g13
g8
NtRp81165
(dp81166
g16
Nsg17
Nsg11
VFlood control, power
p81167
sbg6
(g13
g8
NtRp81168
(dp81169
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Treska
p81170
sbg6
(g13
g8
NtRp81171
(dp81172
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81173
(dp81174
g16
Nsg17
Nsg11
VNorth Macedonia
p81175
sbg6
(g13
g8
NtRp81176
(dp81177
g16
Nsg17
Nsg11
VKozjak Hydro Power Plant is a large hydroelectric power plant on the river Treska which creates an artificial lake Kozjak, the largest in North Macedonia. The dam which creates the reservoir, Kozjak Dam is the tallest in the country at 130 m (430 ft). It is located in the western part of the country in the municipality of Makedonski Brod. The primary purpose of the dam is flood control but it also serves for power generation. The power plant has two turbines with a nominal capacity of 41 MW each having a total capacity of 82 MW.
p81178
sbNtp81179
a(g6
(g7
g8
NtRp81180
(dp81181
g11
Vhttp://dbpedia.org/resource/Kpong_Dam
p81182
sbg6
(g13
g8
NtRp81183
(dp81184
g16
Nsg17
Nsg11
VKpong Dam
p81185
sbg6
(g13
g8
NtRp81186
(dp81187
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ghana
p81188
sbNg6
(g13
g8
NtRp81189
(dp81190
g16
Nsg17
g27
sg11
V0.24
p81191
sbNNg6
(g13
g8
NtRp81192
(dp81193
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Volta_River_Authority
p81194
sbg6
(g13
g8
NtRp81195
(dp81196
g16
Nsg17
Nsg11
VHydroelectric
p81197
sbNg6
(g13
g8
NtRp81198
(dp81199
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81200
(dp81201
g16
Nsg17
Nsg11
VGhana
p81202
sbg6
(g13
g8
NtRp81203
(dp81204
g16
Nsg17
Nsg11
VThe Kpong Dam, also known as the Akuse Dam, is a hydroelectric power generating dam on the lower Volta River near Akusein Ghana. It is owned and operated by Volta River Authority. It was constructed between 1977 and 1982. Its power station has a capacity of 148 megawatts (198,000 hp) with all four units running, though the total nameplate capacity is 160 megawatts (210,000 hp). In addition to power generation, the project provides irrigation water for agriculture, and municipal water supply. Bilharzia is a health hazard in the region which has increased since the construction of the dam.
p81205
sbg6
(g13
g8
NtRp81206
(dp81207
g16
Nsg17
Nsg11
VPOINT(0.125 6.1199998855591)
p81208
sbtp81209
a(g6
(g7
g8
NtRp81210
(dp81211
g11
Vhttp://dbpedia.org/resource/Kpong_Dam
p81212
sbg6
(g13
g8
NtRp81213
(dp81214
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041a\u043f\u043e\u043d\u0433
p81215
sbg6
(g13
g8
NtRp81216
(dp81217
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ghana
p81218
sbNg6
(g13
g8
NtRp81219
(dp81220
g16
Nsg17
g27
sg11
V0.24
p81221
sbNNg6
(g13
g8
NtRp81222
(dp81223
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Volta_River_Authority
p81224
sbg6
(g13
g8
NtRp81225
(dp81226
g16
Nsg17
Nsg11
VHydroelectric
p81227
sbNg6
(g13
g8
NtRp81228
(dp81229
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81230
(dp81231
g16
Nsg17
Nsg11
VGhana
p81232
sbg6
(g13
g8
NtRp81233
(dp81234
g16
Nsg17
Nsg11
VThe Kpong Dam, also known as the Akuse Dam, is a hydroelectric power generating dam on the lower Volta River near Akusein Ghana. It is owned and operated by Volta River Authority. It was constructed between 1977 and 1982. Its power station has a capacity of 148 megawatts (198,000 hp) with all four units running, though the total nameplate capacity is 160 megawatts (210,000 hp). In addition to power generation, the project provides irrigation water for agriculture, and municipal water supply. Bilharzia is a health hazard in the region which has increased since the construction of the dam.
p81235
sbg6
(g13
g8
NtRp81236
(dp81237
g16
Nsg17
Nsg11
VPOINT(0.125 6.1199998855591)
p81238
sbtp81239
a(g6
(g7
g8
NtRp81240
(dp81241
g11
Vhttp://dbpedia.org/resource/Kpong_Dam
p81242
sbg6
(g13
g8
NtRp81243
(dp81244
g16
Nsg17
Nsg11
VBarrage de Kpong
p81245
sbg6
(g13
g8
NtRp81246
(dp81247
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ghana
p81248
sbNg6
(g13
g8
NtRp81249
(dp81250
g16
Nsg17
g27
sg11
V0.24
p81251
sbNNg6
(g13
g8
NtRp81252
(dp81253
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Volta_River_Authority
p81254
sbg6
(g13
g8
NtRp81255
(dp81256
g16
Nsg17
Nsg11
VHydroelectric
p81257
sbNg6
(g13
g8
NtRp81258
(dp81259
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81260
(dp81261
g16
Nsg17
Nsg11
VGhana
p81262
sbg6
(g13
g8
NtRp81263
(dp81264
g16
Nsg17
Nsg11
VThe Kpong Dam, also known as the Akuse Dam, is a hydroelectric power generating dam on the lower Volta River near Akusein Ghana. It is owned and operated by Volta River Authority. It was constructed between 1977 and 1982. Its power station has a capacity of 148 megawatts (198,000 hp) with all four units running, though the total nameplate capacity is 160 megawatts (210,000 hp). In addition to power generation, the project provides irrigation water for agriculture, and municipal water supply. Bilharzia is a health hazard in the region which has increased since the construction of the dam.
p81265
sbg6
(g13
g8
NtRp81266
(dp81267
g16
Nsg17
Nsg11
VPOINT(0.125 6.1199998855591)
p81268
sbtp81269
a(g6
(g7
g8
NtRp81270
(dp81271
g11
Vhttp://dbpedia.org/resource/Kraftwerk_Heimbach
p81272
sbg6
(g13
g8
NtRp81273
(dp81274
g16
Nsg17
Nsg11
VKraftwerk Heimbach
p81275
sbg6
(g13
g8
NtRp81276
(dp81277
g16
Nsg17
Nsg11
VGermany
p81278
sbNNNg6
(g7
g8
NtRp81279
(dp81280
g11
Vhttp://dbpedia.org/resource/Kraftwerk_Heimbach__Lake__1
p81281
sbNNNNNNg6
(g13
g8
NtRp81282
(dp81283
g16
Nsg17
Nsg11
VKraftwerk Heimbach is a hydro-electric power station in Heimbach, North Rhine-Westphalia, Germany. It was built in Jugendstil architecture, completed in 1905, then the largest hydro-electric power station in Europe. It is also known as Urftkraftwerk, because it uses water from the Urft reservoir. The original eight Francis turbines served until 1974, when they were replaced by two more powerful turbines, leaving two in place for historic value. The power station is still operating to cover peak demand, run by RWE.
p81284
sbg6
(g13
g8
NtRp81285
(dp81286
g16
Nsg17
Nsg11
VPOINT(6.4519000053406 50.628601074219)
p81287
sbtp81288
a(g6
(g7
g8
NtRp81289
(dp81290
g11
Vhttp://dbpedia.org/resource/Kraftwerk_Heimbach
p81291
sbg6
(g13
g8
NtRp81292
(dp81293
g16
Nsg17
Nsg11
VKraftwerk Heimbach
p81294
sbg6
(g13
g8
NtRp81295
(dp81296
g16
Nsg17
Nsg11
VGermany
p81297
sbNNNg6
(g7
g8
NtRp81298
(dp81299
g11
Vhttp://dbpedia.org/resource/Kraftwerk_Heimbach__Lake__1
p81300
sbNNNNNNg6
(g13
g8
NtRp81301
(dp81302
g16
Nsg17
Nsg11
VKraftwerk Heimbach is a hydro-electric power station in Heimbach, North Rhine-Westphalia, Germany. It was built in Jugendstil architecture, completed in 1905, then the largest hydro-electric power station in Europe. It is also known as Urftkraftwerk, because it uses water from the Urft reservoir. The original eight Francis turbines served until 1974, when they were replaced by two more powerful turbines, leaving two in place for historic value. The power station is still operating to cover peak demand, run by RWE.
p81303
sbg6
(g13
g8
NtRp81304
(dp81305
g16
Nsg17
Nsg11
VPOINT(6.4519000053406 50.628601074219)
p81306
sbtp81307
a(g6
(g7
g8
NtRp81308
(dp81309
g11
Vhttp://dbpedia.org/resource/Krasiao_Dam
p81310
sbg6
(g13
g8
NtRp81311
(dp81312
g16
Nsg17
Nsg11
VKrasiao Dam
p81313
sbg6
(g13
g8
NtRp81314
(dp81315
g16
Nsg17
Nsg11
VThailand
p81316
sbg6
(g13
g8
NtRp81317
(dp81318
g16
Nsg17
Nsg11
VEarthen
p81319
sbg6
(g13
g8
NtRp81320
(dp81321
g16
Nsg17
g27
sg11
V4.25
p81322
sbNg6
(g7
g8
NtRp81323
(dp81324
g11
Vhttp://dbpedia.org/resource/Krasiao_Dam__Lake__1
p81325
sbNg6
(g13
g8
NtRp81326
(dp81327
g16
Nsg17
Nsg11
VIrrigation, flood control
p81328
sbNg6
(g13
g8
NtRp81329
(dp81330
g16
Nsg17
Nsg11
VOperational
p81331
sbNNg6
(g13
g8
NtRp81332
(dp81333
g16
Nsg17
Nsg11
VKrasiao Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e01\u0e23\u0e30\u0e40\u0e2a\u0e35\u0e22\u0e27, RTGS: Khuean Krasiao, pronounced [k\u02b0\u026f\u0300a\u032fn kr\u0101.s\u01d0a\u032fw]) is in , Dan Chang District, Suphan Buri Province, Thailand. It was built in 1980. It is an earthen dam built to store water from the Krasiao River. Its length is 4,250 meters and its height is 32.5 meters. Its reservoir is 28,750 rai (46.00 km2; 17.76 sq mi). The capacity of the dam is 240 million metres3. It is the longest earthen dam in Thailand. Its beneficial area is 350,000 rai.
p81334
sbg6
(g13
g8
NtRp81335
(dp81336
g16
Nsg17
Nsg11
VPOINT(99.661392211914 14.832500457764)
p81337
sbtp81338
a(g6
(g7
g8
NtRp81339
(dp81340
g11
Vhttp://dbpedia.org/resource/Kremasta_Dam
p81341
sbg6
(g13
g8
NtRp81342
(dp81343
g16
Nsg17
Nsg11
V\u03a5\u03b4\u03c1\u03bf\u03b7\u03bb\u03b5\u03ba\u03c4\u03c1\u03b9\u03ba\u03cc \u03c6\u03c1\u03ac\u03b3\u03bc\u03b1 \u039a\u03c1\u03b5\u03bc\u03b1\u03c3\u03c4\u03ce\u03bd
p81344
sbg6
(g13
g8
NtRp81345
(dp81346
g16
Nsg17
Nsg11
VGreece
p81347
sbg6
(g13
g8
NtRp81348
(dp81349
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p81350
sbg6
(g13
g8
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VThe Kremasta Dam is an earth-fill embankment dam on the Achelous River in Aetolia-Acarnania, Greece. It is located just downstream of where the Agrafiotis, Tavropos and rivers meet to form the Achelous. The dam was constructed between 1961 and 1965 and its four 109.3 MW Francis turbine-generators were commissioned between 1966 and 1967. Shortly after the dam's reservoir, Lake Kremasta, was filled a 6.3-Mw earthquake occurred. This has been attributed to reservoir-induced seismicity. Lake Kremasta is the largest artificial lake in Greece.
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VThe Kremasta Dam is an earth-fill embankment dam on the Achelous River in Aetolia-Acarnania, Greece. It is located just downstream of where the Agrafiotis, Tavropos and rivers meet to form the Achelous. The dam was constructed between 1961 and 1965 and its four 109.3 MW Francis turbine-generators were commissioned between 1966 and 1967. Shortly after the dam's reservoir, Lake Kremasta, was filled a 6.3-Mw earthquake occurred. This has been attributed to reservoir-induced seismicity. Lake Kremasta is the largest artificial lake in Greece.
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VThe Kremasta Dam is an earth-fill embankment dam on the Achelous River in Aetolia-Acarnania, Greece. It is located just downstream of where the Agrafiotis, Tavropos and rivers meet to form the Achelous. The dam was constructed between 1961 and 1965 and its four 109.3 MW Francis turbine-generators were commissioned between 1966 and 1967. Shortly after the dam's reservoir, Lake Kremasta, was filled a 6.3-Mw earthquake occurred. This has been attributed to reservoir-induced seismicity. Lake Kremasta is the largest artificial lake in Greece.
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VKrishna Raja Sagara, also popularly known as KRS, is a lake and the dam that creates it. They are close to the settlement of Krishna Raja Sagara in the Indian State of Karnataka. The gravity dam made of surki mortar is below the confluence of river Kaveri with its tributaries Hemavati and Lakshmana Tirtha, in the district of Mandya. Krishna Raja Wadiyar IV Maharaj of Mysore constructed the dam during the famine despite the critical financial condition in State. It was after him that the dam was named.There is an ornamental garden, Brindavan Gardens, attached to the dam.
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VKrishna Raja Sagara, also popularly known as KRS, is a lake and the dam that creates it. They are close to the settlement of Krishna Raja Sagara in the Indian State of Karnataka. The gravity dam made of surki mortar is below the confluence of river Kaveri with its tributaries Hemavati and Lakshmana Tirtha, in the district of Mandya. Krishna Raja Wadiyar IV Maharaj of Mysore constructed the dam during the famine despite the critical financial condition in State. It was after him that the dam was named.There is an ornamental garden, Brindavan Gardens, attached to the dam.
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VKrishna Raja Sagara, also popularly known as KRS, is a lake and the dam that creates it. They are close to the settlement of Krishna Raja Sagara in the Indian State of Karnataka. The gravity dam made of surki mortar is below the confluence of river Kaveri with its tributaries Hemavati and Lakshmana Tirtha, in the district of Mandya. Krishna Raja Wadiyar IV Maharaj of Mysore constructed the dam during the famine despite the critical financial condition in State. It was after him that the dam was named.There is an ornamental garden, Brindavan Gardens, attached to the dam.
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VKrishnagiri Dam
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VThe Krishnagiri Dam is a dam that spans the Thenpennai River by the village of Dhuduganahalli, located in Krishnagiri district, Tamil Nadu, India. The Krishnagiri Dam is also known as Krishnagiri Reservoir Project (KRP) Dam. The KRP Dam is located 7 km (4.3 mi) from Krishnagiri, between Dharmapuri and Krishnagiri which irrigates thousands of acres of land around Krishnagiri. The Dam is operational from 10 November 1957, inaugurated by the Chief Minister of Tamil Nadu K. Kamaraj.
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VKrugersdrift Dam
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VIrrigation
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VThe Krugersdrift Dam in the Modder River is 35 km northwest of Bloemfontein, Free State Province of South Africa with a capacity of 73.2 million cubic metres. It was built in 1970 with a wall length of 3114 m, height of 26 m and a surface area of 1 853 ha. The huge dam is very shallow and can lose its water in a short period of time due to usage and evaporation. The dam is situated in the Soetdoring Nature Reserve and holds yellowfish, Orange River mudfish, barbel and carp.
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VElektrownia szczytowo-pompowa Kruonis
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VLithuania
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VOperational
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VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
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VCentrale de Kruonis
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VLithuania
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VOperational
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VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
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VKruonis pumpkraftverk
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VLithuania
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g8
NtRp81693
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Nsg17
Nsg11
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g8
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Nsg17
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VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
p81698
sbg6
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g8
NtRp81699
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VPOINT(24.247499465942 54.798889160156)
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p81705
sbg6
(g13
g8
NtRp81706
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g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Kruonis
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sbg6
(g13
g8
NtRp81709
(dp81710
g16
Nsg17
Nsg11
VLithuania
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g8
NtRp81715
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Nsg17
Nsg11
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p81717
sbNNg6
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g8
NtRp81718
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g16
Nsg17
Nsg11
VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
p81720
sbg6
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g8
NtRp81721
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g16
Nsg17
Nsg11
VPOINT(24.247499465942 54.798889160156)
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g8
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p81727
sbg6
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g8
NtRp81728
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Nsg17
Nsg11
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sbg6
(g13
g8
NtRp81731
(dp81732
g16
Nsg17
Nsg11
VLithuania
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g8
NtRp81734
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g8
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g16
Nsg17
Nsg11
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sbNNg6
(g13
g8
NtRp81740
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g16
Nsg17
Nsg11
VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
p81742
sbg6
(g13
g8
NtRp81743
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g16
Nsg17
Nsg11
VPOINT(24.247499465942 54.798889160156)
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sbtp81746
a(g6
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g8
NtRp81747
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g11
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p81749
sbg6
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g8
NtRp81750
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Nsg17
Nsg11
V\u041a\u0440\u0443\u043e\u043d\u0456\u0441\u044c\u043a\u0430 \u0413\u0410\u0415\u0421
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sbg6
(g13
g8
NtRp81753
(dp81754
g16
Nsg17
Nsg11
VLithuania
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g8
NtRp81756
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g11
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sbNNNg6
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g8
NtRp81759
(dp81760
g16
Nsg17
Nsg11
VOperational
p81761
sbNNg6
(g13
g8
NtRp81762
(dp81763
g16
Nsg17
Nsg11
VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
p81764
sbg6
(g13
g8
NtRp81765
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g16
Nsg17
Nsg11
VPOINT(24.247499465942 54.798889160156)
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g8
NtRp81769
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g11
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p81771
sbg6
(g13
g8
NtRp81772
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g16
Nsg17
Nsg11
VKruonis Pumped Storage Plant
p81774
sbg6
(g13
g8
NtRp81775
(dp81776
g16
Nsg17
Nsg11
VLithuania
p81777
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g8
NtRp81778
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g11
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sbNNNg6
(g13
g8
NtRp81781
(dp81782
g16
Nsg17
Nsg11
VOperational
p81783
sbNNg6
(g13
g8
NtRp81784
(dp81785
g16
Nsg17
Nsg11
VKruonis Pumped Storage Plant (the KPSP) is located near Kruonis, Lithuania, 34 km (21 mi) east of Kaunas. Its main purpose is to provide grid energy storage. It operates in conjunction with the Kaunas Hydroelectric Power Plant. During periods of low demand, usually at night, Kruonis PSHP raises water from the lower Kaunas reservoir to the upper one using cheap surplus energy. The station is designed to have an installed capacity of 1,600 MW but only four 225 MW generators are currently operational. With a fully filled upper reservoir the plant can generate 900 MW for about 12 hours.
p81786
sbg6
(g13
g8
NtRp81787
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g16
Nsg17
Nsg11
VPOINT(24.247499465942 54.798889160156)
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sbtp81790
a(g6
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g8
NtRp81791
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g11
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p81793
sbg6
(g13
g8
NtRp81794
(dp81795
g16
Nsg17
Nsg11
VKukule Ganga Dam
p81796
sbg6
(g13
g8
NtRp81797
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p81799
sbg6
(g13
g8
NtRp81800
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g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp81802
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g11
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p81804
sbNg6
(g13
g8
NtRp81805
(dp81806
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp81807
(dp81808
g16
Nsg17
Nsg11
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p81809
sbg6
(g13
g8
NtRp81810
(dp81811
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp81812
(dp81813
g16
Nsg17
Nsg11
VSri Lanka
p81814
sbg6
(g13
g8
NtRp81815
(dp81816
g16
Nsg17
Nsg11
VThe Kukule Ganga Dam is a 110 m (360 ft) gravity dam built across the Kukule River in Kalawana, Sri Lanka. The run-of-river-type dam feeds an underground hydroelectric power station located approximately 5 kilometres (3.1 mi) away, via tunnel.
p81817
sbg6
(g13
g8
NtRp81818
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g16
Nsg17
Nsg11
VPOINT(80.326942443848 6.5799999237061)
p81820
sbtp81821
a(g6
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g8
NtRp81822
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g11
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p81824
sbg6
(g13
g8
NtRp81825
(dp81826
g16
Nsg17
Nsg11
VKulamavu Dam
p81827
sbg6
(g13
g8
NtRp81828
(dp81829
g16
Nsg17
Nsg11
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p81830
sbg6
(g13
g8
NtRp81831
(dp81832
g16
Nsg17
Nsg11
VGravity, masonry
p81833
sbg6
(g13
g8
NtRp81834
(dp81835
g16
Nsg17
g27
sg11
V0.385
p81836
sbNg6
(g7
g8
NtRp81837
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g11
Vhttp://dbpedia.org/resource/Kulamavu_Dam__Lake__1
p81839
sbg6
(g13
g8
NtRp81840
(dp81841
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kerala_State_Electricity_Board
p81842
sbg6
(g13
g8
NtRp81843
(dp81844
g16
Nsg17
Nsg11
VHydroelectric
p81845
sbg6
(g13
g8
NtRp81846
(dp81847
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Periyar_River
p81848
sbg6
(g13
g8
NtRp81849
(dp81850
g16
Nsg17
Nsg11
VOperational
p81851
sbg6
(g13
g8
NtRp81852
(dp81853
g16
Nsg17
g27
sg11
V620300.0
p81854
sbg6
(g13
g8
NtRp81855
(dp81856
g16
Nsg17
Nsg11
VIndia Kerala#India
p81857
sbg6
(g13
g8
NtRp81858
(dp81859
g16
Nsg17
Nsg11
VKulamavu Dam is a gravity/masonry dam on Kilivillithode which is a tributary of the Periyar river in Arakkulam village, Idukki district of Kerala, India . It is one of the three dams associated with the Idukki hydro electric power project in the Indian state of Kerala. This dam is located towards the western side of the Idukki Arch Dam. This is a gravity dam with the top portion in concrete and the bottom in masonry.
p81860
sbg6
(g13
g8
NtRp81861
(dp81862
g16
Nsg17
Nsg11
VPOINT(76.896110534668 9.8029413223267)
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g8
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g11
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p81867
sbg6
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g8
NtRp81868
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Nsg17
Nsg11
VKulekhani Reservoir
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sbg6
(g13
g8
NtRp81871
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nepal
p81873
sbg6
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g8
NtRp81874
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g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81876
sbg6
(g13
g8
NtRp81877
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g16
Nsg17
g27
sg11
V0.397
p81879
sbg6
(g13
g8
NtRp81880
(dp81881
g16
Nsg17
g27
sg11
V1534.0
p81882
sbg6
(g7
g8
NtRp81883
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g11
Vhttp://dbpedia.org/resource/Kulekhani_Reservoir__Lake__1
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sbg6
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g8
NtRp81886
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Nsg17
Nsg11
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p81888
sbg6
(g13
g8
NtRp81889
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g16
Nsg17
Nsg11
VPower
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g8
NtRp81892
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kulekhani_River
p81894
sbg6
(g13
g8
NtRp81895
(dp81896
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp81897
(dp81898
g16
Nsg17
g27
sg11
V4.4e+06
p81899
sbg6
(g13
g8
NtRp81900
(dp81901
g16
Nsg17
Nsg11
VNepal
p81902
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g8
NtRp81903
(dp81904
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Nsg17
Nsg11
VThe Kulekhani Dam is a rock-fill dam on the Kulekhani River near Kulekhani in Makwanpur District of Narayani Zone, Nepal. The primary purpose of the dam is hydroelectric power generation and it supports the 60 MW Kulekhani I and 32 MW Kulekhani II Hydropower Stations. Construction began in 1977 and Kulekhani I was commissioned in 1982. Kulekhani II was commissioned in 1986 and a third power station, the 14 MW Kulekhani III was expected to be commissioned in May 2015 but was delayed due to issues with the builder. The US$117.84 million project received funding from the World Bank, Kuwait Fund, UNDP, Overseas Economic Cooperation Fund and OPEC Fund. It is owned by Nepal Electricity Authority.
p81905
sbg6
(g13
g8
NtRp81906
(dp81907
g16
Nsg17
Nsg11
VPOINT(85.155830383301 27.590278625488)
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NtRp81910
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g11
Vhttp://dbpedia.org/resource/Kulekhani_Reservoir
p81912
sbg6
(g13
g8
NtRp81913
(dp81914
g16
Nsg17
Nsg11
VTalsperre Kulekhani
p81915
sbg6
(g13
g8
NtRp81916
(dp81917
g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp81919
(dp81920
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p81921
sbg6
(g13
g8
NtRp81922
(dp81923
g16
Nsg17
g27
sg11
V0.397
p81924
sbg6
(g13
g8
NtRp81925
(dp81926
g16
Nsg17
g27
sg11
V1534.0
p81927
sbg6
(g7
g8
NtRp81928
(dp81929
g11
Vhttp://dbpedia.org/resource/Kulekhani_Reservoir__Lake__1
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sbg6
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g8
NtRp81931
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g16
Nsg17
Nsg11
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p81933
sbg6
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g8
NtRp81934
(dp81935
g16
Nsg17
Nsg11
VPower
p81936
sbg6
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g8
NtRp81937
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kulekhani_River
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(g13
g8
NtRp81940
(dp81941
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp81942
(dp81943
g16
Nsg17
g27
sg11
V4.4e+06
p81944
sbg6
(g13
g8
NtRp81945
(dp81946
g16
Nsg17
Nsg11
VNepal
p81947
sbg6
(g13
g8
NtRp81948
(dp81949
g16
Nsg17
Nsg11
VThe Kulekhani Dam is a rock-fill dam on the Kulekhani River near Kulekhani in Makwanpur District of Narayani Zone, Nepal. The primary purpose of the dam is hydroelectric power generation and it supports the 60 MW Kulekhani I and 32 MW Kulekhani II Hydropower Stations. Construction began in 1977 and Kulekhani I was commissioned in 1982. Kulekhani II was commissioned in 1986 and a third power station, the 14 MW Kulekhani III was expected to be commissioned in May 2015 but was delayed due to issues with the builder. The US$117.84 million project received funding from the World Bank, Kuwait Fund, UNDP, Overseas Economic Cooperation Fund and OPEC Fund. It is owned by Nepal Electricity Authority.
p81950
sbg6
(g13
g8
NtRp81951
(dp81952
g16
Nsg17
Nsg11
VPOINT(85.155830383301 27.590278625488)
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sbtp81954
a(g6
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g8
NtRp81955
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g11
Vhttp://dbpedia.org/resource/Kuratau_Power_Station
p81957
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(g13
g8
NtRp81958
(dp81959
g16
Nsg17
Nsg11
VKuratau Power Station
p81960
sbg6
(g13
g8
NtRp81961
(dp81962
g16
Nsg17
Nsg11
VNew Zealand
p81963
sbg6
(g13
g8
NtRp81964
(dp81965
g16
Nsg17
Nsg11
VRock-fill
p81966
sbg6
(g13
g8
NtRp81967
(dp81968
g16
Nsg17
g27
sg11
V0.07
p81969
sbNg6
(g7
g8
NtRp81970
(dp81971
g11
Vhttp://dbpedia.org/resource/Kuratau_Power_Station__Lake__1
p81972
sbNg6
(g13
g8
NtRp81973
(dp81974
g16
Nsg17
Nsg11
VPower
p81975
sbg6
(g13
g8
NtRp81976
(dp81977
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kuratau_River
p81978
sbg6
(g13
g8
NtRp81979
(dp81980
g16
Nsg17
Nsg11
VOperational
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sbNg6
(g13
g8
NtRp81982
(dp81983
g16
Nsg17
Nsg11
VNew Zealand
p81984
sbg6
(g13
g8
NtRp81985
(dp81986
g16
Nsg17
Nsg11
VThe Kuratau power station is a hydroelectric power facility in Kuratau on the western side of Lake Taupoin New Zealand which makes use of water from the Kuratau River. The river is impounded behind a dam to form Lake Kuratau before discharging through the power station back into the river. The scheme is operated by Trustpower on behalf of its owner King Country Energy.
p81987
sbg6
(g13
g8
NtRp81988
(dp81989
g16
Nsg17
Nsg11
VPOINT(175.73558044434 -38.879470825195)
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sbtp81991
a(g6
(g7
g8
NtRp81992
(dp81993
g11
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p81994
sbg6
(g13
g8
NtRp81995
(dp81996
g16
Nsg17
Nsg11
V\u6817\u5c71\u30c0\u30e0 (\u6803\u6728\u770c)
p81997
sbg6
(g13
g8
NtRp81998
(dp81999
g16
Nsg17
Nsg11
VJapan
p82000
sbg6
(g13
g8
NtRp82001
(dp82002
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p82003
sbg6
(g13
g8
NtRp82004
(dp82005
g16
Nsg17
g27
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V0.34
p82006
sbNg6
(g7
g8
NtRp82007
(dp82008
g11
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sbg6
(g13
g8
NtRp82010
(dp82011
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
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sbNNg6
(g13
g8
NtRp82013
(dp82014
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp82015
(dp82016
g16
Nsg17
g27
sg11
V2.517e+06
p82017
sbg6
(g13
g8
NtRp82018
(dp82019
g16
Nsg17
Nsg11
VJapan
p82020
sbg6
(g13
g8
NtRp82021
(dp82022
g16
Nsg17
Nsg11
VThe Kuriyama Dam is a rock-fill embankment dam on a tributary of the located 6.4 km (4 mi) northwest of Nikk\u014d in Tochigi Prefecture, Japan. It was constructed between 1981 and 1985. Its reservoir serves as the upper reservoir for the 1,050 MW Imaichi Pumped Storage Power Station, while the Imaichi Dam forms the lower. The dam is 97.5 m (320 ft) tall and withholds a reservoir with a storage capacity of 6,890,000 m3 (5,586 acre\u22c5ft). Of that capacity, 6,200,000 m3 (5,026 acre\u22c5ft) is used to produce electricity at the power plant. It is owned and operated by TEPCO.
p82023
sbg6
(g13
g8
NtRp82024
(dp82025
g16
Nsg17
Nsg11
VPOINT(139.65277099609 36.852222442627)
p82026
sbtp82027
a(g6
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g8
NtRp82028
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g11
Vhttp://dbpedia.org/resource/Kuriyama_Dam_(Tochigi)
p82030
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VEmbankment, rock-fill
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p82053
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VThe Kuriyama Dam is a rock-fill embankment dam on a tributary of the located 6.4 km (4 mi) northwest of Nikk\u014d in Tochigi Prefecture, Japan. It was constructed between 1981 and 1985. Its reservoir serves as the upper reservoir for the 1,050 MW Imaichi Pumped Storage Power Station, while the Imaichi Dam forms the lower. The dam is 97.5 m (320 ft) tall and withholds a reservoir with a storage capacity of 6,890,000 m3 (5,586 acre\u22c5ft). Of that capacity, 6,200,000 m3 (5,026 acre\u22c5ft) is used to produce electricity at the power plant. It is owned and operated by TEPCO.
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VKutni Dam (Khajwa)
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p82081
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VKhajwa Kutni Dam is a multipurpose river canal project on Kutni river situated in Khajwa, Madhya Pradesh, India.It is the largest dam in Chhatarpur district.The dam across the Kutni river and it is 7 km from Rajnagar, 12 km from Khajuraho and 40 km from Chhatarpur District.The dam is famous for its beauty and vastness and ,hotel is located in Kutni dam khajwa town.
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VKhajwa Kutni Dam is a multipurpose river canal project on Kutni river situated in Khajwa, Madhya Pradesh, India.It is the largest dam in Chhatarpur district.The dam across the Kutni river and it is 7 km from Rajnagar, 12 km from Khajuraho and 40 km from Chhatarpur District.The dam is famous for its beauty and vastness and ,hotel is located in Kutni dam khajwa town.
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VKutni Dam (Khajwa)
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VIndia
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p82131
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VKhajwa Kutni Dam is a multipurpose river canal project on Kutni river situated in Khajwa, Madhya Pradesh, India.It is the largest dam in Chhatarpur district.The dam across the Kutni river and it is 7 km from Rajnagar, 12 km from Khajuraho and 40 km from Chhatarpur District.The dam is famous for its beauty and vastness and ,hotel is located in Kutni dam khajwa town.
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VKuttiyadi saddle dam
p82144
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NtRp82145
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VIndia
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p82150
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VKuttiyadi Saddle Dam (Malayalam:\u0d15\u0d41\u0d31\u0d4d\u0d31\u0d4d\u0d2f\u0d3e\u0d1f\u0d3f \u0d24\u0d1f\u0d2f\u0d23) is a concrete gravity dam built across Karamanathodu river which is a tributary of Kabani river in Padinjarathara village of Wayanad district in Kerala, India. It is one of the six dams created as part of Kuttiyadi Augmentation scheme which augments the Banasurasagar reservoir. The dam was built and is maintained by Kerala State Electricity Board.
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VTurkey
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VO
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p82177
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VTurkey
p82180
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VThe Kuzgun Dam is an embankment dam on the in Erzurum Province, Turkey. Constructed between 1985 and 1996, the development was backed by the Turkish State Hydraulic Works. The dam has a 23 MW power station and provides water for the irrigation of 22,276 hectares (55,050 acres)
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VDiga di Kuzgun
p82193
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VTurkey
p82196
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p82210
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VTurkey
p82213
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VThe Kuzgun Dam is an embankment dam on the in Erzurum Province, Turkey. Constructed between 1985 and 1996, the development was backed by the Turkish State Hydraulic Works. The dam has a 23 MW power station and provides water for the irrigation of 22,276 hectares (55,050 acres)
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VBarrage de Kuzgun
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VTurkey
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p82246
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VThe Kuzgun Dam is an embankment dam on the in Erzurum Province, Turkey. Constructed between 1985 and 1996, the development was backed by the Turkish State Hydraulic Works. The dam has a 23 MW power station and provides water for the irrigation of 22,276 hectares (55,050 acres)
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VKuzgun-Talsperre
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VTurkey
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p82279
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VThe Kuzgun Dam is an embankment dam on the in Erzurum Province, Turkey. Constructed between 1985 and 1996, the development was backed by the Turkish State Hydraulic Works. The dam has a 23 MW power station and provides water for the irrigation of 22,276 hectares (55,050 acres)
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VKvænangsbotn Hydroelectric Power Station
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VThe Kvænangsbotn Hydroelectric Power Station (Norwegian: Kvænangsbotn kraftverk) is a hydroelectric power station in the municipality of Kvænangen in Troms county, Norway. It utilizes a drop of 305 meters (1,001 ft) between its intake reservoir at Little Lakes (Norwegian: Småvatnan, Kven: Pikkujärvet, Northern Sami: \u010corrojávrrit) and South Fjord (Norwegian: Sørfjorden, Kven: Sutuvuono, Northern Sami: Suvdovuotna). The reservoir is regulated at a level between 315 m (1,033 ft) and 305 m (1,001 ft). The Abo River (Norwegian: Aboelva, Kven: Aapujoki, Northern Sami: Ábojohka) is also utilized by the power plant. Water is supplied to the reservoir by the Småvatna, Lassajavre, and Cårrujavrit Hydroelectric Power Stations. The plant came into operation in 1965. In 1999 the company received a lice
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V\u0413\u0415\u0421 \u041a\u0432\u0435\u043d\u0430\u043d\u0491\u0435\u043d
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VThe Kvænangsbotn Hydroelectric Power Station (Norwegian: Kvænangsbotn kraftverk) is a hydroelectric power station in the municipality of Kvænangen in Troms county, Norway. It utilizes a drop of 305 meters (1,001 ft) between its intake reservoir at Little Lakes (Norwegian: Småvatnan, Kven: Pikkujärvet, Northern Sami: \u010corrojávrrit) and South Fjord (Norwegian: Sørfjorden, Kven: Sutuvuono, Northern Sami: Suvdovuotna). The reservoir is regulated at a level between 315 m (1,033 ft) and 305 m (1,001 ft). The Abo River (Norwegian: Aboelva, Kven: Aapujoki, Northern Sami: Ábojohka) is also utilized by the power plant. Water is supplied to the reservoir by the Småvatna, Lassajavre, and Cårrujavrit Hydroelectric Power Stations. The plant came into operation in 1965. In 1999 the company received a lice
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VDrinking water and irrigation
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VKwena Dam is a combined gravity and arch type dam located on the Crocodile River, near Lydenburg, Mpumalanga, South Africa. It was established in 1984 and it serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high.
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VKyambura Hydroelectric Power Station, commonly referred to as Kyambura Power Station, is a 7.6 megawatts (10,200 hp) mini hydroelectric power station in Uganda.
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VKyogoku pumped storage project
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VKyogoku pumped storage project is a hydro-electric project located in Hokkaido prefecture in Japan. The power plant is owned and run by Hokkaido Electric Power Company. The construction was completed in 2014. The power station has an installed capacity of 600 MW (200 MW x 3 units). The gross head is about 400m. The water is stored in a regulating pool on a hill in northern Kyogoku Town in the watershed of .
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VThe Kysinga Hydroelectric Power Station (Norwegian: Kysinga kraftverk) is a hydroelectric power station in the municipality of Rindal in Møre og Romsdal county, Norway. It is a run-of-river hydro power station utilizing a drop of 135 meters (443 ft) on a tributary of the Surna River. Permission was granted for construction in 2009 and the plant came into operation in 2010. It is operated by Kysinga Kraft AS. It operates at an installed capacity of 1.25 MW, with an average annual production of about 6.5 GWh.
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VKárahnjúkar Hydropower Plant
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VKárahnjúkavirkjun
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
g8
NtRp82658
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Nsg17
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VPOINT(-15.800000190735 64.933334350586)
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sbtp82661
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NtRp82662
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g8
NtRp82665
(dp82666
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Nsg17
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VHydroelektrownia Fljótsdalur
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(g13
g8
NtRp82668
(dp82669
g16
Nsg17
Nsg11
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NtRp82671
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Nsg17
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VEmbankment,concrete-face rock-fill dams
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(g13
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NtRp82674
(dp82675
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Nsg17
g27
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V0.73
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sbNg6
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NtRp82677
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NtRp82680
(dp82681
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(g13
g8
NtRp82683
(dp82684
g16
Nsg17
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VO
sbNg6
(g13
g8
NtRp82685
(dp82686
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Nsg17
Nsg11
VIceland
p82687
sbg6
(g13
g8
NtRp82688
(dp82689
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
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NtRp82691
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VPOINT(-15.800000190735 64.933334350586)
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a(g6
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NtRp82695
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g8
NtRp82698
(dp82699
g16
Nsg17
Nsg11
VKárahnjúkars kraftverk
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sbg6
(g13
g8
NtRp82701
(dp82702
g16
Nsg17
Nsg11
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NtRp82704
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VEmbankment,concrete-face rock-fill dams
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NtRp82707
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g16
Nsg17
g27
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NtRp82710
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NtRp82713
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g16
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(g13
g8
NtRp82716
(dp82717
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp82718
(dp82719
g16
Nsg17
Nsg11
VIceland
p82720
sbg6
(g13
g8
NtRp82721
(dp82722
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
g8
NtRp82724
(dp82725
g16
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VPOINT(-15.800000190735 64.933334350586)
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NtRp82728
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NtRp82731
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g16
Nsg17
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(g13
g8
NtRp82734
(dp82735
g16
Nsg17
Nsg11
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(g13
g8
NtRp82737
(dp82738
g16
Nsg17
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VEmbankment,concrete-face rock-fill dams
p82739
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(g13
g8
NtRp82740
(dp82741
g16
Nsg17
g27
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V0.73
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sbNg6
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NtRp82743
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g11
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sbNNg6
(g13
g8
NtRp82746
(dp82747
g16
Nsg17
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p82748
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(g13
g8
NtRp82749
(dp82750
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp82751
(dp82752
g16
Nsg17
Nsg11
VIceland
p82753
sbg6
(g13
g8
NtRp82754
(dp82755
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
g8
NtRp82757
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VPOINT(-15.800000190735 64.933334350586)
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a(g6
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NtRp82761
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p82763
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(g13
g8
NtRp82764
(dp82765
g16
Nsg17
Nsg11
VKárahnjúkar-Kraftwerk
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(g13
g8
NtRp82767
(dp82768
g16
Nsg17
Nsg11
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(g13
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NtRp82770
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g16
Nsg17
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VEmbankment,concrete-face rock-fill dams
p82772
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(g13
g8
NtRp82773
(dp82774
g16
Nsg17
g27
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V0.73
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sbNg6
(g7
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NtRp82776
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sbNNg6
(g13
g8
NtRp82779
(dp82780
g16
Nsg17
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Vhttp://dbpedia.org/resource/Jökulsá_í_Fljótsdal
p82781
sbg6
(g13
g8
NtRp82782
(dp82783
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp82784
(dp82785
g16
Nsg17
Nsg11
VIceland
p82786
sbg6
(g13
g8
NtRp82787
(dp82788
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
g8
NtRp82790
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Nsg17
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VPOINT(-15.800000190735 64.933334350586)
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a(g6
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NtRp82794
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p82796
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(g13
g8
NtRp82797
(dp82798
g16
Nsg17
Nsg11
VHydroelektrownia Fljótsdalur
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(g13
g8
NtRp82800
(dp82801
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
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(g13
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NtRp82803
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Nsg17
Nsg11
VEmbankment,concrete-face rock-fill dams
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(g13
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NtRp82806
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Nsg17
g27
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V0.73
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NtRp82809
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(g13
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NtRp82812
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Nsg17
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(g13
g8
NtRp82815
(dp82816
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp82817
(dp82818
g16
Nsg17
Nsg11
VIceland
p82819
sbg6
(g13
g8
NtRp82820
(dp82821
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
g8
NtRp82823
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VPOINT(-15.800000190735 64.933334350586)
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(g13
g8
NtRp82830
(dp82831
g16
Nsg17
Nsg11
VKárahnjúkar-Kraftwerk
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(g13
g8
NtRp82833
(dp82834
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
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(g13
g8
NtRp82836
(dp82837
g16
Nsg17
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VEmbankment,concrete-face rock-fill dams
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(g13
g8
NtRp82839
(dp82840
g16
Nsg17
g27
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V0.73
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sbNg6
(g7
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NtRp82842
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(g13
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NtRp82845
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g16
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Nsg11
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(g13
g8
NtRp82848
(dp82849
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp82850
(dp82851
g16
Nsg17
Nsg11
VIceland
p82852
sbg6
(g13
g8
NtRp82853
(dp82854
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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(g13
g8
NtRp82856
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VPOINT(-15.800000190735 64.933334350586)
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NtRp82863
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g8
NtRp82866
(dp82867
g16
Nsg17
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(g13
g8
NtRp82869
(dp82870
g16
Nsg17
Nsg11
VEmbankment,concrete-face rock-fill dams
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(g13
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NtRp82872
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Nsg17
g27
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V0.73
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NtRp82875
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(g13
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NtRp82878
(dp82879
g16
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Nsg11
Vhttp://dbpedia.org/resource/Jökulsá_í_Fljótsdal
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(g13
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NtRp82881
(dp82882
g16
Nsg17
Nsg11
VO
sbNg6
(g13
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NtRp82883
(dp82884
g16
Nsg17
Nsg11
VIceland
p82885
sbg6
(g13
g8
NtRp82886
(dp82887
g16
Nsg17
Nsg11
VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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NtRp82889
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VPOINT(-15.800000190735 64.933334350586)
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NtRp82893
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NtRp82896
(dp82897
g16
Nsg17
Nsg11
VCentral hidroeléctrica de Kárahnjúkar
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(g13
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NtRp82899
(dp82900
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
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(g13
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NtRp82902
(dp82903
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Nsg17
Nsg11
VEmbankment,concrete-face rock-fill dams
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(g13
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NtRp82905
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Nsg17
g27
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V0.73
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(g13
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NtRp82911
(dp82912
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jökulsá_í_Fljótsdal
p82913
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(g13
g8
NtRp82914
(dp82915
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp82916
(dp82917
g16
Nsg17
Nsg11
VIceland
p82918
sbg6
(g13
g8
NtRp82919
(dp82920
g16
Nsg17
Nsg11
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VO
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VIceland
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VKárahnjúkar Hydropower Plant
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VEmbankment,concrete-face rock-fill dams
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VO
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NtRp82982
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Nsg17
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NtRp82985
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VEmbankment,concrete-face rock-fill dams
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VO
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NtRp83015
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Nsg17
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VIceland
p83017
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NtRp83018
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VEmbankment,concrete-face rock-fill dams
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VO
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NtRp83048
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Nsg17
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VIceland
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NtRp83051
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VCentrale hydroélectrique de Kárahnjúkar
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VEmbankment,concrete-face rock-fill dams
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VO
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Nsg17
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VIceland
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NtRp83084
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VKárahnjúkar Hydropower Plant (Icelandic: Kárahnjúkavirkjun [\u02c8k\u02b0au\u02d0ra\u02ccn\u0325ju\u02d0ka\u02ccv\u026ar\u0325c\u028fn]), officially called Fljótsdalur Power Station (Icelandic: Fljótsdalsstöð [\u02c8fljouts\u02cctals\u02ccst\u0153\u02d0\u03b8]) is a hydroelectric power plant in Fljótsdalshérað municipality in eastern Iceland, designed to produce 4,600 gigawatt-hours (17,000 TJ) annually for Alcoa's Fjarðaál aluminum smelter 75 kilometres (47 mi) to the east in Reyðarfjörður. With the installed capacity of 690 megawatts (930,000 hp), the plant is the largest power plant in Iceland. The project, named after the nearby Kárahnjúkar mountains, involves damming the rivers Jökulsá á Dal and with five dams, creating three reservoirs. Water from the reservoirs is diverted through 73 kilometres (45 mi) of underground water tunnels and down a 420-metre (1,380 f
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VThe Köprü Dam is a gravity dam on the , the main tributary of the Seyhan River about 25 km (16 mi) northwest of Kozan in Adana Province, Turkey. Its primary purpose is hydroelectric power generation. Construction began in 2009 and was complete in 2012. On 24 February 2012, the dam's diversion tunnel seal broke while the dam was impounding the river for the first time. This resulted in 97,000,000 m3 (78,639 acre\u22c5ft) of water flooding the downstream area of the dam. The accident and subsequent flood killed 10 workers. Downstream communities received proper warning and no one was killed.
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VThe Köprü Dam is a gravity dam on the , the main tributary of the Seyhan River about 25 km (16 mi) northwest of Kozan in Adana Province, Turkey. Its primary purpose is hydroelectric power generation. Construction began in 2009 and was complete in 2012. On 24 February 2012, the dam's diversion tunnel seal broke while the dam was impounding the river for the first time. This resulted in 97,000,000 m3 (78,639 acre\u22c5ft) of water flooding the downstream area of the dam. The accident and subsequent flood killed 10 workers. Downstream communities received proper warning and no one was killed.
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VThe Köprü Dam is a gravity dam on the , the main tributary of the Seyhan River about 25 km (16 mi) northwest of Kozan in Adana Province, Turkey. Its primary purpose is hydroelectric power generation. Construction began in 2009 and was complete in 2012. On 24 February 2012, the dam's diversion tunnel seal broke while the dam was impounding the river for the first time. This resulted in 97,000,000 m3 (78,639 acre\u22c5ft) of water flooding the downstream area of the dam. The accident and subsequent flood killed 10 workers. Downstream communities received proper warning and no one was killed.
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VPOINT(35.613632202148 37.62020111084)
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Vhttp://dbpedia.org/resource/Kürpsay_Dam__Lake__1
p83213
sbNNg6
(g13
g8
NtRp83214
(dp83215
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p83216
sbg6
(g13
g8
NtRp83217
(dp83218
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp83219
(dp83220
g16
Nsg17
Nsg11
VKyrgyzstan
p83221
sbg6
(g13
g8
NtRp83222
(dp83223
g16
Nsg17
Nsg11
VThe Kürpsay Dam (Kyrgyz: \u041a\u04af\u0440\u043f\u0441\u0430\u0439 \u043f\u043b\u043e\u0442\u0438\u043d\u0430\u0441\u044b) is a gravity dam on the river Naryn in Jalal-Abad Region, Kyrgyzstan, downstream from the Toktogul Dam. It is 113 m (371 ft) tall and it creates a 370,000,000 m3 (299,964 acre\u22c5ft) reservoir of which 27,000,000 m3 (21,889 acre\u22c5ft) is active (or useful) for power generation. The installed capacity of the power station is 800 MW. Construction was started in 1976, and the first electricity was supplied in 1981.
p83224
sbg6
(g13
g8
NtRp83225
(dp83226
g16
Nsg17
Nsg11
VPOINT(72.364166259766 41.498889923096)
p83227
sbtp83228
a(g6
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g8
NtRp83229
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g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam
p83231
sbg6
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g8
NtRp83232
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g16
Nsg17
Nsg11
V\u041a\u0443\u0440\u043f\u0441\u0430\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p83234
sbg6
(g13
g8
NtRp83235
(dp83236
g16
Nsg17
Nsg11
VKyrgyzstan
p83237
sbg6
(g13
g8
NtRp83238
(dp83239
g16
Nsg17
Nsg11
VGravity
p83240
sbNNg6
(g7
g8
NtRp83241
(dp83242
g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam__Lake__1
p83243
sbNNg6
(g13
g8
NtRp83244
(dp83245
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p83246
sbg6
(g13
g8
NtRp83247
(dp83248
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp83249
(dp83250
g16
Nsg17
Nsg11
VKyrgyzstan
p83251
sbg6
(g13
g8
NtRp83252
(dp83253
g16
Nsg17
Nsg11
VThe Kürpsay Dam (Kyrgyz: \u041a\u04af\u0440\u043f\u0441\u0430\u0439 \u043f\u043b\u043e\u0442\u0438\u043d\u0430\u0441\u044b) is a gravity dam on the river Naryn in Jalal-Abad Region, Kyrgyzstan, downstream from the Toktogul Dam. It is 113 m (371 ft) tall and it creates a 370,000,000 m3 (299,964 acre\u22c5ft) reservoir of which 27,000,000 m3 (21,889 acre\u22c5ft) is active (or useful) for power generation. The installed capacity of the power station is 800 MW. Construction was started in 1976, and the first electricity was supplied in 1981.
p83254
sbg6
(g13
g8
NtRp83255
(dp83256
g16
Nsg17
Nsg11
VPOINT(72.364166259766 41.498889923096)
p83257
sbtp83258
a(g6
(g7
g8
NtRp83259
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g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam
p83261
sbg6
(g13
g8
NtRp83262
(dp83263
g16
Nsg17
Nsg11
VBarrage de Kurpsai
p83264
sbg6
(g13
g8
NtRp83265
(dp83266
g16
Nsg17
Nsg11
VKyrgyzstan
p83267
sbg6
(g13
g8
NtRp83268
(dp83269
g16
Nsg17
Nsg11
VGravity
p83270
sbNNg6
(g7
g8
NtRp83271
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g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam__Lake__1
p83273
sbNNg6
(g13
g8
NtRp83274
(dp83275
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p83276
sbg6
(g13
g8
NtRp83277
(dp83278
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp83279
(dp83280
g16
Nsg17
Nsg11
VKyrgyzstan
p83281
sbg6
(g13
g8
NtRp83282
(dp83283
g16
Nsg17
Nsg11
VThe Kürpsay Dam (Kyrgyz: \u041a\u04af\u0440\u043f\u0441\u0430\u0439 \u043f\u043b\u043e\u0442\u0438\u043d\u0430\u0441\u044b) is a gravity dam on the river Naryn in Jalal-Abad Region, Kyrgyzstan, downstream from the Toktogul Dam. It is 113 m (371 ft) tall and it creates a 370,000,000 m3 (299,964 acre\u22c5ft) reservoir of which 27,000,000 m3 (21,889 acre\u22c5ft) is active (or useful) for power generation. The installed capacity of the power station is 800 MW. Construction was started in 1976, and the first electricity was supplied in 1981.
p83284
sbg6
(g13
g8
NtRp83285
(dp83286
g16
Nsg17
Nsg11
VPOINT(72.364166259766 41.498889923096)
p83287
sbtp83288
a(g6
(g7
g8
NtRp83289
(dp83290
g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam
p83291
sbg6
(g13
g8
NtRp83292
(dp83293
g16
Nsg17
Nsg11
VKürpsay Dam
p83294
sbg6
(g13
g8
NtRp83295
(dp83296
g16
Nsg17
Nsg11
VKyrgyzstan
p83297
sbg6
(g13
g8
NtRp83298
(dp83299
g16
Nsg17
Nsg11
VGravity
p83300
sbNNg6
(g7
g8
NtRp83301
(dp83302
g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam__Lake__1
p83303
sbNNg6
(g13
g8
NtRp83304
(dp83305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p83306
sbg6
(g13
g8
NtRp83307
(dp83308
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp83309
(dp83310
g16
Nsg17
Nsg11
VKyrgyzstan
p83311
sbg6
(g13
g8
NtRp83312
(dp83313
g16
Nsg17
Nsg11
VThe Kürpsay Dam (Kyrgyz: \u041a\u04af\u0440\u043f\u0441\u0430\u0439 \u043f\u043b\u043e\u0442\u0438\u043d\u0430\u0441\u044b) is a gravity dam on the river Naryn in Jalal-Abad Region, Kyrgyzstan, downstream from the Toktogul Dam. It is 113 m (371 ft) tall and it creates a 370,000,000 m3 (299,964 acre\u22c5ft) reservoir of which 27,000,000 m3 (21,889 acre\u22c5ft) is active (or useful) for power generation. The installed capacity of the power station is 800 MW. Construction was started in 1976, and the first electricity was supplied in 1981.
p83314
sbg6
(g13
g8
NtRp83315
(dp83316
g16
Nsg17
Nsg11
VPOINT(72.364166259766 41.498889923096)
p83317
sbtp83318
a(g6
(g7
g8
NtRp83319
(dp83320
g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam
p83321
sbg6
(g13
g8
NtRp83322
(dp83323
g16
Nsg17
Nsg11
VKurpsai-Talsperre
p83324
sbg6
(g13
g8
NtRp83325
(dp83326
g16
Nsg17
Nsg11
VKyrgyzstan
p83327
sbg6
(g13
g8
NtRp83328
(dp83329
g16
Nsg17
Nsg11
VGravity
p83330
sbNNg6
(g7
g8
NtRp83331
(dp83332
g11
Vhttp://dbpedia.org/resource/Kürpsay_Dam__Lake__1
p83333
sbNNg6
(g13
g8
NtRp83334
(dp83335
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p83336
sbg6
(g13
g8
NtRp83337
(dp83338
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp83339
(dp83340
g16
Nsg17
Nsg11
VKyrgyzstan
p83341
sbg6
(g13
g8
NtRp83342
(dp83343
g16
Nsg17
Nsg11
VThe Kürpsay Dam (Kyrgyz: \u041a\u04af\u0440\u043f\u0441\u0430\u0439 \u043f\u043b\u043e\u0442\u0438\u043d\u0430\u0441\u044b) is a gravity dam on the river Naryn in Jalal-Abad Region, Kyrgyzstan, downstream from the Toktogul Dam. It is 113 m (371 ft) tall and it creates a 370,000,000 m3 (299,964 acre\u22c5ft) reservoir of which 27,000,000 m3 (21,889 acre\u22c5ft) is active (or useful) for power generation. The installed capacity of the power station is 800 MW. Construction was started in 1976, and the first electricity was supplied in 1981.
p83344
sbg6
(g13
g8
NtRp83345
(dp83346
g16
Nsg17
Nsg11
VPOINT(72.364166259766 41.498889923096)
p83347
sbtp83348
a(g6
(g7
g8
NtRp83349
(dp83350
g11
Vhttp://dbpedia.org/resource/Kürtün_Dam
p83351
sbg6
(g13
g8
NtRp83352
(dp83353
g16
Nsg17
Nsg11
VKürtün Dam
p83354
sbg6
(g13
g8
NtRp83355
(dp83356
g16
Nsg17
Nsg11
VTurkey
p83357
sbg6
(g13
g8
NtRp83358
(dp83359
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p83360
sbg6
(g13
g8
NtRp83361
(dp83362
g16
Nsg17
g27
sg11
V0.3
p83363
sbNg6
(g7
g8
NtRp83364
(dp83365
g11
Vhttp://dbpedia.org/resource/Kürtün_Dam__Lake__1
p83366
sbg6
(g13
g8
NtRp83367
(dp83368
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p83369
sbNg6
(g13
g8
NtRp83370
(dp83371
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Har\u015fit_River
p83372
sbg6
(g13
g8
NtRp83373
(dp83374
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp83375
(dp83376
g16
Nsg17
g27
sg11
V3.8e+06
p83377
sbg6
(g13
g8
NtRp83378
(dp83379
g16
Nsg17
Nsg11
VTurkey
p83380
sbg6
(g13
g8
NtRp83381
(dp83382
g16
Nsg17
Nsg11
VThe Kürtün Dam is a concrete-face rock-fill dam on the Har\u015fit River located 5 km (3 mi) east of Kürtün in Gümü\u015fhane Province, Turkey. The development was backed by the Turkish State Hydraulic Works. Construction began in 1986 and the reservoir started to fill in 2002. The dam was completed in 2003 and its underground power station became operational in 2004.Dam is connected with 5600 meter long road tunnel, constructed to link the Dam site to the Kurtun. The hydroelectric power station, located below and just downstream of the right abutment of the dam, has an installed capacity of 80 MW.
p83383
sbg6
(g13
g8
NtRp83384
(dp83385
g16
Nsg17
Nsg11
VPOINT(39.127498626709 40.681667327881)
p83386
sbtp83387
a(g6
(g7
g8
NtRp83388
(dp83389
g11
Vhttp://dbpedia.org/resource/Kürtün_Dam
p83390
sbg6
(g13
g8
NtRp83391
(dp83392
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Kürtün
p83393
sbg6
(g13
g8
NtRp83394
(dp83395
g16
Nsg17
Nsg11
VTurkey
p83396
sbg6
(g13
g8
NtRp83397
(dp83398
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p83399
sbg6
(g13
g8
NtRp83400
(dp83401
g16
Nsg17
g27
sg11
V0.3
p83402
sbNg6
(g7
g8
NtRp83403
(dp83404
g11
Vhttp://dbpedia.org/resource/Kürtün_Dam__Lake__1
p83405
sbg6
(g13
g8
NtRp83406
(dp83407
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p83408
sbNg6
(g13
g8
NtRp83409
(dp83410
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Har\u015fit_River
p83411
sbg6
(g13
g8
NtRp83412
(dp83413
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp83414
(dp83415
g16
Nsg17
g27
sg11
V3.8e+06
p83416
sbg6
(g13
g8
NtRp83417
(dp83418
g16
Nsg17
Nsg11
VTurkey
p83419
sbg6
(g13
g8
NtRp83420
(dp83421
g16
Nsg17
Nsg11
VThe Kürtün Dam is a concrete-face rock-fill dam on the Har\u015fit River located 5 km (3 mi) east of Kürtün in Gümü\u015fhane Province, Turkey. The development was backed by the Turkish State Hydraulic Works. Construction began in 1986 and the reservoir started to fill in 2002. The dam was completed in 2003 and its underground power station became operational in 2004.Dam is connected with 5600 meter long road tunnel, constructed to link the Dam site to the Kurtun. The hydroelectric power station, located below and just downstream of the right abutment of the dam, has an installed capacity of 80 MW.
p83422
sbg6
(g13
g8
NtRp83423
(dp83424
g16
Nsg17
Nsg11
VPOINT(39.127498626709 40.681667327881)
p83425
sbtp83426
a(g6
(g7
g8
NtRp83427
(dp83428
g11
Vhttp://dbpedia.org/resource/Kürtün_Dam
p83429
sbg6
(g13
g8
NtRp83430
(dp83431
g16
Nsg17
Nsg11
VKürtün-Talsperre
p83432
sbg6
(g13
g8
NtRp83433
(dp83434
g16
Nsg17
Nsg11
VTurkey
p83435
sbg6
(g13
g8
NtRp83436
(dp83437
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p83438
sbg6
(g13
g8
NtRp83439
(dp83440
g16
Nsg17
g27
sg11
V0.3
p83441
sbNg6
(g7
g8
NtRp83442
(dp83443
g11
Vhttp://dbpedia.org/resource/Kürtün_Dam__Lake__1
p83444
sbg6
(g13
g8
NtRp83445
(dp83446
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p83447
sbNg6
(g13
g8
NtRp83448
(dp83449
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Har\u015fit_River
p83450
sbg6
(g13
g8
NtRp83451
(dp83452
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp83453
(dp83454
g16
Nsg17
g27
sg11
V3.8e+06
p83455
sbg6
(g13
g8
NtRp83456
(dp83457
g16
Nsg17
Nsg11
VTurkey
p83458
sbg6
(g13
g8
NtRp83459
(dp83460
g16
Nsg17
Nsg11
VThe Kürtün Dam is a concrete-face rock-fill dam on the Har\u015fit River located 5 km (3 mi) east of Kürtün in Gümü\u015fhane Province, Turkey. The development was backed by the Turkish State Hydraulic Works. Construction began in 1986 and the reservoir started to fill in 2002. The dam was completed in 2003 and its underground power station became operational in 2004.Dam is connected with 5600 meter long road tunnel, constructed to link the Dam site to the Kurtun. The hydroelectric power station, located below and just downstream of the right abutment of the dam, has an installed capacity of 80 MW.
p83461
sbg6
(g13
g8
NtRp83462
(dp83463
g16
Nsg17
Nsg11
VPOINT(39.127498626709 40.681667327881)
p83464
sbtp83465
a(g6
(g7
g8
NtRp83466
(dp83467
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83468
sbg6
(g13
g8
NtRp83469
(dp83470
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya-Talsperre
p83471
sbg6
(g13
g8
NtRp83472
(dp83473
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83474
sbg6
(g13
g8
NtRp83475
(dp83476
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83477
(dp83478
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83479
sbNg6
(g13
g8
NtRp83480
(dp83481
g16
Nsg17
Nsg11
VMulti-purpose
p83482
sbNNg6
(g13
g8
NtRp83483
(dp83484
g16
Nsg17
g27
sg11
V6.9e+06
p83485
sbNg6
(g13
g8
NtRp83486
(dp83487
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83488
sbg6
(g13
g8
NtRp83489
(dp83490
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83491
sbtp83492
a(g6
(g7
g8
NtRp83493
(dp83494
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83495
sbg6
(g13
g8
NtRp83496
(dp83497
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 K\u0131l\u0131çkaya
p83498
sbg6
(g13
g8
NtRp83499
(dp83500
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83501
sbg6
(g13
g8
NtRp83502
(dp83503
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83504
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g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83506
sbNg6
(g13
g8
NtRp83507
(dp83508
g16
Nsg17
Nsg11
VMulti-purpose
p83509
sbNNg6
(g13
g8
NtRp83510
(dp83511
g16
Nsg17
g27
sg11
V6.9e+06
p83512
sbNg6
(g13
g8
NtRp83513
(dp83514
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83515
sbg6
(g13
g8
NtRp83516
(dp83517
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83518
sbtp83519
a(g6
(g7
g8
NtRp83520
(dp83521
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83522
sbg6
(g13
g8
NtRp83523
(dp83524
g16
Nsg17
Nsg11
VDiga di K\u0131l\u0131çkaya
p83525
sbg6
(g13
g8
NtRp83526
(dp83527
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83528
sbg6
(g13
g8
NtRp83529
(dp83530
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83531
(dp83532
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83533
sbNg6
(g13
g8
NtRp83534
(dp83535
g16
Nsg17
Nsg11
VMulti-purpose
p83536
sbNNg6
(g13
g8
NtRp83537
(dp83538
g16
Nsg17
g27
sg11
V6.9e+06
p83539
sbNg6
(g13
g8
NtRp83540
(dp83541
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83542
sbg6
(g13
g8
NtRp83543
(dp83544
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83545
sbtp83546
a(g6
(g7
g8
NtRp83547
(dp83548
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83549
sbg6
(g13
g8
NtRp83550
(dp83551
g16
Nsg17
Nsg11
VBarrage de K\u0131l\u0131çkaya
p83552
sbg6
(g13
g8
NtRp83553
(dp83554
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83555
sbg6
(g13
g8
NtRp83556
(dp83557
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83558
(dp83559
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83560
sbNg6
(g13
g8
NtRp83561
(dp83562
g16
Nsg17
Nsg11
VMulti-purpose
p83563
sbNNg6
(g13
g8
NtRp83564
(dp83565
g16
Nsg17
g27
sg11
V6.9e+06
p83566
sbNg6
(g13
g8
NtRp83567
(dp83568
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83569
sbg6
(g13
g8
NtRp83570
(dp83571
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83572
sbtp83573
a(g6
(g7
g8
NtRp83574
(dp83575
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83576
sbg6
(g13
g8
NtRp83577
(dp83578
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam
p83579
sbg6
(g13
g8
NtRp83580
(dp83581
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83582
sbg6
(g13
g8
NtRp83583
(dp83584
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83585
(dp83586
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83587
sbNg6
(g13
g8
NtRp83588
(dp83589
g16
Nsg17
Nsg11
VMulti-purpose
p83590
sbNNg6
(g13
g8
NtRp83591
(dp83592
g16
Nsg17
g27
sg11
V6.9e+06
p83593
sbNg6
(g13
g8
NtRp83594
(dp83595
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83596
sbg6
(g13
g8
NtRp83597
(dp83598
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83599
sbtp83600
a(g6
(g7
g8
NtRp83601
(dp83602
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83603
sbg6
(g13
g8
NtRp83604
(dp83605
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 K\u0131l\u0131çkaya
p83606
sbg6
(g13
g8
NtRp83607
(dp83608
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83609
sbg6
(g13
g8
NtRp83610
(dp83611
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83612
(dp83613
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83614
sbNg6
(g13
g8
NtRp83615
(dp83616
g16
Nsg17
Nsg11
VMulti-purpose
p83617
sbNNg6
(g13
g8
NtRp83618
(dp83619
g16
Nsg17
g27
sg11
V6.9e+06
p83620
sbNg6
(g13
g8
NtRp83621
(dp83622
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83623
sbg6
(g13
g8
NtRp83624
(dp83625
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83626
sbtp83627
a(g6
(g7
g8
NtRp83628
(dp83629
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83630
sbg6
(g13
g8
NtRp83631
(dp83632
g16
Nsg17
Nsg11
VDiga di K\u0131l\u0131çkaya
p83633
sbg6
(g13
g8
NtRp83634
(dp83635
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83636
sbg6
(g13
g8
NtRp83637
(dp83638
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83639
(dp83640
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83641
sbNg6
(g13
g8
NtRp83642
(dp83643
g16
Nsg17
Nsg11
VMulti-purpose
p83644
sbNNg6
(g13
g8
NtRp83645
(dp83646
g16
Nsg17
g27
sg11
V6.9e+06
p83647
sbNg6
(g13
g8
NtRp83648
(dp83649
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83650
sbg6
(g13
g8
NtRp83651
(dp83652
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83653
sbtp83654
a(g6
(g7
g8
NtRp83655
(dp83656
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83657
sbg6
(g13
g8
NtRp83658
(dp83659
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam
p83660
sbg6
(g13
g8
NtRp83661
(dp83662
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83663
sbg6
(g13
g8
NtRp83664
(dp83665
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83666
(dp83667
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83668
sbNg6
(g13
g8
NtRp83669
(dp83670
g16
Nsg17
Nsg11
VMulti-purpose
p83671
sbNNg6
(g13
g8
NtRp83672
(dp83673
g16
Nsg17
g27
sg11
V6.9e+06
p83674
sbNg6
(g13
g8
NtRp83675
(dp83676
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83677
sbg6
(g13
g8
NtRp83678
(dp83679
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83680
sbtp83681
a(g6
(g7
g8
NtRp83682
(dp83683
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83684
sbg6
(g13
g8
NtRp83685
(dp83686
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya-Talsperre
p83687
sbg6
(g13
g8
NtRp83688
(dp83689
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83690
sbg6
(g13
g8
NtRp83691
(dp83692
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83693
(dp83694
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83695
sbNg6
(g13
g8
NtRp83696
(dp83697
g16
Nsg17
Nsg11
VMulti-purpose
p83698
sbNNg6
(g13
g8
NtRp83699
(dp83700
g16
Nsg17
g27
sg11
V6.9e+06
p83701
sbNg6
(g13
g8
NtRp83702
(dp83703
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83704
sbg6
(g13
g8
NtRp83705
(dp83706
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83707
sbtp83708
a(g6
(g7
g8
NtRp83709
(dp83710
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam
p83711
sbg6
(g13
g8
NtRp83712
(dp83713
g16
Nsg17
Nsg11
VBarrage de K\u0131l\u0131çkaya
p83714
sbg6
(g13
g8
NtRp83715
(dp83716
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p83717
sbg6
(g13
g8
NtRp83718
(dp83719
g16
Nsg17
Nsg11
VH
sbNNg6
(g7
g8
NtRp83720
(dp83721
g11
Vhttp://dbpedia.org/resource/K\u0131l\u0131çkaya_Dam__Lake__1
p83722
sbNg6
(g13
g8
NtRp83723
(dp83724
g16
Nsg17
Nsg11
VMulti-purpose
p83725
sbNNg6
(g13
g8
NtRp83726
(dp83727
g16
Nsg17
g27
sg11
V6.9e+06
p83728
sbNg6
(g13
g8
NtRp83729
(dp83730
g16
Nsg17
Nsg11
VK\u0131l\u0131çkaya Dam is a dam located 25 km north of town of Su\u015fehri 158 km northeast of Sivas city in center east of Turkey and located on the Kelkit, a tributary of the Ye\u015fil\u0131rmak River which flows down along a large fault in the north east Anatolia than runs into the Black Sea. Geology in the river basin, where many landslides can be observed, is of sedimentary formation.
p83731
sbg6
(g13
g8
NtRp83732
(dp83733
g16
Nsg17
Nsg11
VPOINT(38.183334350586 40.233333587646)
p83734
sbtp83735
a(g6
(g7
g8
NtRp83736
(dp83737
g11
Vhttp://dbpedia.org/resource/K\u0131\u011f\u0131_Dam
p83738
sbg6
(g13
g8
NtRp83739
(dp83740
g16
Nsg17
Nsg11
VBarrage de K\u0131\u011f\u0131
p83741
sbg6
(g13
g8
NtRp83742
(dp83743
g16
Nsg17
Nsg11
VTurkey
p83744
sbg6
(g13
g8
NtRp83745
(dp83746
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p83747
sbNNg6
(g7
g8
NtRp83748
(dp83749
g11
Vhttp://dbpedia.org/resource/K\u0131\u011f\u0131_Dam__Lake__1
p83750
sbg6
(g13
g8
NtRp83751
(dp83752
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p83753
sbNg6
(g13
g8
NtRp83754
(dp83755
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p83756
sbg6
(g13
g8
NtRp83757
(dp83758
g16
Nsg17
Nsg11
VDam complete; reservoir impounding
p83759
sbg6
(g13
g8
NtRp83760
(dp83761
g16
Nsg17
g27
sg11
V2.3e+07
p83762
sbg6
(g13
g8
NtRp83763
(dp83764
g16
Nsg17
Nsg11
VTurkey
p83765
sbg6
(g13
g8
NtRp83766
(dp83767
g16
Nsg17
Nsg11
VK\u0131\u011f\u0131 Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates) in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the first dam in the Peri River cascade, serving as the headwaters. Construction began in 1998 and is backed by the Turkish State Hydraulic Works. When commissioned, it will support a 180 MW power station. Water from the reservoir will be diverted to an underground power station downstream via an 8.5 km (5.3 mi) long tunnel. In August 2015, suspected Kurdistan Workers' Party militants set fire to three cement trucks associated with the dam construction site. In January 2016, the dam was completed and the reservoir began to impound water.
p83768
sbg6
(g13
g8
NtRp83769
(dp83770
g16
Nsg17
Nsg11
VPOINT(40.351943969727 39.36833190918)
p83771
sbtp83772
a(g6
(g7
g8
NtRp83773
(dp83774
g11
Vhttp://dbpedia.org/resource/K\u0131\u011f\u0131_Dam
p83775
sbg6
(g13
g8
NtRp83776
(dp83777
g16
Nsg17
Nsg11
VK\u0131\u011f\u0131 Dam
p83778
sbg6
(g13
g8
NtRp83779
(dp83780
g16
Nsg17
Nsg11
VTurkey
p83781
sbg6
(g13
g8
NtRp83782
(dp83783
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p83784
sbNNg6
(g7
g8
NtRp83785
(dp83786
g11
Vhttp://dbpedia.org/resource/K\u0131\u011f\u0131_Dam__Lake__1
p83787
sbg6
(g13
g8
NtRp83788
(dp83789
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p83790
sbNg6
(g13
g8
NtRp83791
(dp83792
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p83793
sbg6
(g13
g8
NtRp83794
(dp83795
g16
Nsg17
Nsg11
VDam complete; reservoir impounding
p83796
sbg6
(g13
g8
NtRp83797
(dp83798
g16
Nsg17
g27
sg11
V2.3e+07
p83799
sbg6
(g13
g8
NtRp83800
(dp83801
g16
Nsg17
Nsg11
VTurkey
p83802
sbg6
(g13
g8
NtRp83803
(dp83804
g16
Nsg17
Nsg11
VK\u0131\u011f\u0131 Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates) in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the first dam in the Peri River cascade, serving as the headwaters. Construction began in 1998 and is backed by the Turkish State Hydraulic Works. When commissioned, it will support a 180 MW power station. Water from the reservoir will be diverted to an underground power station downstream via an 8.5 km (5.3 mi) long tunnel. In August 2015, suspected Kurdistan Workers' Party militants set fire to three cement trucks associated with the dam construction site. In January 2016, the dam was completed and the reservoir began to impound water.
p83805
sbg6
(g13
g8
NtRp83806
(dp83807
g16
Nsg17
Nsg11
VPOINT(40.351943969727 39.36833190918)
p83808
sbtp83809
a(g6
(g7
g8
NtRp83810
(dp83811
g11
Vhttp://dbpedia.org/resource/K\u0131\u011f\u0131_Dam
p83812
sbg6
(g13
g8
NtRp83813
(dp83814
g16
Nsg17
Nsg11
VKi\u011f\u0131-Talsperre
p83815
sbg6
(g13
g8
NtRp83816
(dp83817
g16
Nsg17
Nsg11
VTurkey
p83818
sbg6
(g13
g8
NtRp83819
(dp83820
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p83821
sbNNg6
(g7
g8
NtRp83822
(dp83823
g11
Vhttp://dbpedia.org/resource/K\u0131\u011f\u0131_Dam__Lake__1
p83824
sbg6
(g13
g8
NtRp83825
(dp83826
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p83827
sbNg6
(g13
g8
NtRp83828
(dp83829
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p83830
sbg6
(g13
g8
NtRp83831
(dp83832
g16
Nsg17
Nsg11
VDam complete; reservoir impounding
p83833
sbg6
(g13
g8
NtRp83834
(dp83835
g16
Nsg17
g27
sg11
V2.3e+07
p83836
sbg6
(g13
g8
NtRp83837
(dp83838
g16
Nsg17
Nsg11
VTurkey
p83839
sbg6
(g13
g8
NtRp83840
(dp83841
g16
Nsg17
Nsg11
VK\u0131\u011f\u0131 Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates) in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the first dam in the Peri River cascade, serving as the headwaters. Construction began in 1998 and is backed by the Turkish State Hydraulic Works. When commissioned, it will support a 180 MW power station. Water from the reservoir will be diverted to an underground power station downstream via an 8.5 km (5.3 mi) long tunnel. In August 2015, suspected Kurdistan Workers' Party militants set fire to three cement trucks associated with the dam construction site. In January 2016, the dam was completed and the reservoir began to impound water.
p83842
sbg6
(g13
g8
NtRp83843
(dp83844
g16
Nsg17
Nsg11
VPOINT(40.351943969727 39.36833190918)
p83845
sbtp83846
a(g6
(g7
g8
NtRp83847
(dp83848
g11
Vhttp://dbpedia.org/resource/K\u014dsaka_Dam
p83849
sbg6
(g13
g8
NtRp83850
(dp83851
g16
Nsg17
Nsg11
V\u9999\u5742\u30c0\u30e0
p83852
sbg6
(g13
g8
NtRp83853
(dp83854
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p83855
sbg6
(g13
g8
NtRp83856
(dp83857
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp83858
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g16
Nsg17
g27
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V0.184
p83860
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g8
NtRp83861
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p83863
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g8
NtRp83864
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Nsg17
Nsg11
VF
sbNg6
(g13
g8
NtRp83866
(dp83867
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp83868
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g16
Nsg17
g27
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V334000.0
p83870
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NtRp83871
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VKosaka Dam (Japanese: \u9999\u5742\u30c0\u30e0) is an embankment dam on the Kosaka river in the Saku, Nagano, Japan, completed in 1972. The primary purpose is flood control, because villages in the Kosaka River basin suffered heavy damage from the floods. \u000a* Lake K\u014dsaka Dam \u000a* K\u014dsaka Dam office and spillway
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VPOINT(138.54861450195 36.264999389648)
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Nsg17
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VK\u014dsaka Dam
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g8
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Nsg17
Nsg11
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VF
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Nsg17
Nsg11
VO
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p83901
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VKosaka Dam (Japanese: \u9999\u5742\u30c0\u30e0) is an embankment dam on the Kosaka river in the Saku, Nagano, Japan, completed in 1972. The primary purpose is flood control, because villages in the Kosaka River basin suffered heavy damage from the floods. \u000a* Lake K\u014dsaka Dam \u000a* K\u014dsaka Dam office and spillway
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VPOINT(138.54861450195 36.264999389648)
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g16
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g16
Nsg17
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VEmbankment, concrete-face rock-fill
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Nsg17
Nsg11
VPower
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g8
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Nsg17
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NtRp83936
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g16
Nsg17
g27
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p83938
sbg6
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g8
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g16
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g8
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Nsg17
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VThe La Barrancosa Dam, formerly known as Jorge Cepernic Dam, is a concrete-face rock-fill dam being built on the Santa Cruz River about 115 km (71 mi) west of Puerto Santa Cruz in Santa Cruz Province, Argentina. It was renamed after the former governor of Santa Cruz Jorge Cepernic. A consortium led by China's Gezhouba Group was awarded the contract to build the Jorge Cepernic Dam and the Néstor Kirchner Dam upstream in August 2013. The consortium will also fund the construction. Both dams are expected to cost nearly US$4.8 billion. It will be built by the firm Electroingeniería, led by Osvaldo Acosta and Gerardo Ferreyra. The primary purpose of the dam is hydroelectric power generation and its power station will have an installed capacity of 600 MW.
p83944
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g8
NtRp83945
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g16
Nsg17
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VPOINT(-70.120735168457 -50.192153930664)
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VLa Barrancosa Dam
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Nsg17
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VArgentina
p83957
sbg6
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g8
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VEmbankment, concrete-face rock-fill
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Nsg17
g27
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p83966
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NtRp83967
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g16
Nsg17
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VPower
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Nsg17
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p83972
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g8
NtRp83973
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g16
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VUC
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NtRp83976
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g16
Nsg17
g27
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V6.9e+06
p83978
sbg6
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g8
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g16
Nsg17
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VArgentina
p83981
sbg6
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g8
NtRp83982
(dp83983
g16
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VThe La Barrancosa Dam, formerly known as Jorge Cepernic Dam, is a concrete-face rock-fill dam being built on the Santa Cruz River about 115 km (71 mi) west of Puerto Santa Cruz in Santa Cruz Province, Argentina. It was renamed after the former governor of Santa Cruz Jorge Cepernic. A consortium led by China's Gezhouba Group was awarded the contract to build the Jorge Cepernic Dam and the Néstor Kirchner Dam upstream in August 2013. The consortium will also fund the construction. Both dams are expected to cost nearly US$4.8 billion. It will be built by the firm Electroingeniería, led by Osvaldo Acosta and Gerardo Ferreyra. The primary purpose of the dam is hydroelectric power generation and its power station will have an installed capacity of 600 MW.
p83984
sbg6
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g8
NtRp83985
(dp83986
g16
Nsg17
Nsg11
VPOINT(-70.120735168457 -50.192153930664)
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p83991
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g8
NtRp83992
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g16
Nsg17
Nsg11
VLa Coche Power Station
p83994
sbg6
(g13
g8
NtRp83995
(dp83996
g16
Nsg17
Nsg11
VFrance
p83997
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g8
NtRp83998
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p84000
sbNNNg6
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g8
NtRp84001
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp84003
(dp84004
g16
Nsg17
Nsg11
VLa Coche Power Station (French: Centrale de la Coche), also known as Sainte-Hélène la Coche, is a hydroelectric power plant in the commune of Aigueblanche (near Moûtiers), in Savoie, France. It is one of the six main pumped-storage hydropower plants in France.
p84005
sbg6
(g13
g8
NtRp84006
(dp84007
g16
Nsg17
Nsg11
VPOINT(6.5130553245544 45.496387481689)
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sbtp84009
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NtRp84010
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g11
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p84012
sbg6
(g13
g8
NtRp84013
(dp84014
g16
Nsg17
Nsg11
VCentrale de La Coche
p84015
sbg6
(g13
g8
NtRp84016
(dp84017
g16
Nsg17
Nsg11
VFrance
p84018
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g8
NtRp84019
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g11
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p84021
sbNNNg6
(g13
g8
NtRp84022
(dp84023
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp84024
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g16
Nsg17
Nsg11
VLa Coche Power Station (French: Centrale de la Coche), also known as Sainte-Hélène la Coche, is a hydroelectric power plant in the commune of Aigueblanche (near Moûtiers), in Savoie, France. It is one of the six main pumped-storage hydropower plants in France.
p84026
sbg6
(g13
g8
NtRp84027
(dp84028
g16
Nsg17
Nsg11
VPOINT(6.5130553245544 45.496387481689)
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sbtp84030
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NtRp84031
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p84033
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g8
NtRp84034
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421-\u0413\u0410\u0415\u0421 \u0421\u0435\u043d\u0442-\u0415\u043b\u0435\u043d
p84036
sbg6
(g13
g8
NtRp84037
(dp84038
g16
Nsg17
Nsg11
VFrance
p84039
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NtRp84040
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p84042
sbNNNg6
(g13
g8
NtRp84043
(dp84044
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp84045
(dp84046
g16
Nsg17
Nsg11
VLa Coche Power Station (French: Centrale de la Coche), also known as Sainte-Hélène la Coche, is a hydroelectric power plant in the commune of Aigueblanche (near Moûtiers), in Savoie, France. It is one of the six main pumped-storage hydropower plants in France.
p84047
sbg6
(g13
g8
NtRp84048
(dp84049
g16
Nsg17
Nsg11
VPOINT(6.5130553245544 45.496387481689)
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NtRp84052
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g11
Vhttp://dbpedia.org/resource/La_Esmeralda_Dam
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sbg6
(g13
g8
NtRp84055
(dp84056
g16
Nsg17
Nsg11
VTalsperre Chivor
p84057
sbg6
(g13
g8
NtRp84058
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Colombia
p84060
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g8
NtRp84061
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g16
Nsg17
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VEmbankment, rock-fill
p84063
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g8
NtRp84064
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g16
Nsg17
g27
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V0.31
p84066
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NtRp84067
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g11
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p84069
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NtRp84070
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Batá_River
p84072
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(g13
g8
NtRp84073
(dp84074
g16
Nsg17
Nsg11
VO
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(g13
g8
NtRp84075
(dp84076
g16
Nsg17
g27
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V1.15e+07
p84077
sbg6
(g13
g8
NtRp84078
(dp84079
g16
Nsg17
Nsg11
VColombia
p84080
sbg6
(g13
g8
NtRp84081
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g16
Nsg17
Nsg11
VLa Esmeralda Dam is an embankment dam on the northwest of Santa María in Boyacá Department, Neira Province, Valle de Tenza (Tenza Valley) Colombia, 52 km to south of Tunja city. The primary purpose of the dam is hydroelectric power production and it is part of the Chivor Hydroelectric Project. Water from the Batá is diverted by the dam to a power station that discharges to the Lengupá River. The power station supplies 8% of Colombia's power demand.
p84083
sbg6
(g13
g8
NtRp84084
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g16
Nsg17
Nsg11
VPOINT(-73.296943664551 4.9008331298828)
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p84090
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g8
NtRp84091
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g16
Nsg17
Nsg11
VBarrage de La Esmeralda
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NtRp84094
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g16
Nsg17
Nsg11
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p84096
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g8
NtRp84097
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g16
Nsg17
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VEmbankment, rock-fill
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NtRp84100
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p84102
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NtRp84106
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NtRp84109
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g16
Nsg17
Nsg11
VO
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g8
NtRp84111
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g16
Nsg17
g27
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V1.15e+07
p84113
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(g13
g8
NtRp84114
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g16
Nsg17
Nsg11
VColombia
p84116
sbg6
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NtRp84117
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Nsg17
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VLa Esmeralda Dam is an embankment dam on the northwest of Santa María in Boyacá Department, Neira Province, Valle de Tenza (Tenza Valley) Colombia, 52 km to south of Tunja city. The primary purpose of the dam is hydroelectric power production and it is part of the Chivor Hydroelectric Project. Water from the Batá is diverted by the dam to a power station that discharges to the Lengupá River. The power station supplies 8% of Colombia's power demand.
p84119
sbg6
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g8
NtRp84120
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Nsg17
Nsg11
VPOINT(-73.296943664551 4.9008331298828)
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g8
NtRp84127
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g16
Nsg17
Nsg11
VLa Esmeralda Dam
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Nsg17
Nsg11
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NtRp84133
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Nsg17
Nsg11
VEmbankment, rock-fill
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Nsg17
g27
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p84138
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p84141
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NtRp84142
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Nsg11
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p84144
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g8
NtRp84145
(dp84146
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp84147
(dp84148
g16
Nsg17
g27
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V1.15e+07
p84149
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g8
NtRp84150
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g16
Nsg17
Nsg11
VColombia
p84152
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NtRp84153
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Nsg17
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VLa Esmeralda Dam is an embankment dam on the northwest of Santa María in Boyacá Department, Neira Province, Valle de Tenza (Tenza Valley) Colombia, 52 km to south of Tunja city. The primary purpose of the dam is hydroelectric power production and it is part of the Chivor Hydroelectric Project. Water from the Batá is diverted by the dam to a power station that discharges to the Lengupá River. The power station supplies 8% of Colombia's power demand.
p84155
sbg6
(g13
g8
NtRp84156
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g16
Nsg17
Nsg11
VPOINT(-73.296943664551 4.9008331298828)
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sbtp84159
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NtRp84160
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p84162
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g8
NtRp84163
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g16
Nsg17
Nsg11
VWasserkraftwerk La Grande-1
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g8
NtRp84166
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p84168
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g8
NtRp84169
(dp84170
g16
Nsg17
Nsg11
VB
sbg6
(g13
g8
NtRp84171
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Nsg17
g27
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V2.584
p84173
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g8
NtRp84174
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p84176
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g8
NtRp84177
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Nsg17
Nsg11
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p84179
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Nsg17
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Vhttp://dbpedia.org/resource/La_Grande_River
p84182
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g8
NtRp84183
(dp84184
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Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp84185
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g16
Nsg17
g27
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V1.07e+06
p84187
sbg6
(g13
g8
NtRp84188
(dp84189
g16
Nsg17
Nsg11
VQuebec
p84190
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g8
NtRp84191
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Nsg17
Nsg11
VThe La Grande-1 (LG-1) is a hydroelectric power station on the La Grande River that is part of Hydro-Québec's James Bay Project. The station can generate 1,436 MW and was commissioned in 1994\u20131995. A run of the river generating station, it is one of only two generating stations of the James Bay Project that use a reservoir without any major water-level fluctuations (the Laforge-2 generating station is the other). Thus, the amount of electricity generated by the station depends almost entirely on the water-flow of the river, which is largely controlled by upstream reservoirs and generating stations.
p84193
sbg6
(g13
g8
NtRp84194
(dp84195
g16
Nsg17
Nsg11
VPOINT(-78.573608398438 53.734443664551)
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sbtp84197
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p84200
sbg6
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g8
NtRp84201
(dp84202
g16
Nsg17
Nsg11
VCentrale La Grande-1
p84203
sbg6
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VThe La Grande-1 (LG-1) is a hydroelectric power station on the La Grande River that is part of Hydro-Québec's James Bay Project. The station can generate 1,436 MW and was commissioned in 1994\u20131995. A run of the river generating station, it is one of only two generating stations of the James Bay Project that use a reservoir without any major water-level fluctuations (the Laforge-2 generating station is the other). Thus, the amount of electricity generated by the station depends almost entirely on the water-flow of the river, which is largely controlled by upstream reservoirs and generating stations.
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VThe La Grande-1 (LG-1) is a hydroelectric power station on the La Grande River that is part of Hydro-Québec's James Bay Project. The station can generate 1,436 MW and was commissioned in 1994\u20131995. A run of the river generating station, it is one of only two generating stations of the James Bay Project that use a reservoir without any major water-level fluctuations (the Laforge-2 generating station is the other). Thus, the amount of electricity generated by the station depends almost entirely on the water-flow of the river, which is largely controlled by upstream reservoirs and generating stations.
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VThe La Grande-1 (LG-1) is a hydroelectric power station on the La Grande River that is part of Hydro-Québec's James Bay Project. The station can generate 1,436 MW and was commissioned in 1994\u20131995. A run of the river generating station, it is one of only two generating stations of the James Bay Project that use a reservoir without any major water-level fluctuations (the Laforge-2 generating station is the other). Thus, the amount of electricity generated by the station depends almost entirely on the water-flow of the river, which is largely controlled by upstream reservoirs and generating stations.
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VThe La Grande-1 (LG-1) is a hydroelectric power station on the La Grande River that is part of Hydro-Québec's James Bay Project. The station can generate 1,436 MW and was commissioned in 1994\u20131995. A run of the river generating station, it is one of only two generating stations of the James Bay Project that use a reservoir without any major water-level fluctuations (the Laforge-2 generating station is the other). Thus, the amount of electricity generated by the station depends almost entirely on the water-flow of the river, which is largely controlled by upstream reservoirs and generating stations.
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VThe La Grande-1 (LG-1) is a hydroelectric power station on the La Grande River that is part of Hydro-Québec's James Bay Project. The station can generate 1,436 MW and was commissioned in 1994\u20131995. A run of the river generating station, it is one of only two generating stations of the James Bay Project that use a reservoir without any major water-level fluctuations (the Laforge-2 generating station is the other). Thus, the amount of electricity generated by the station depends almost entirely on the water-flow of the river, which is largely controlled by upstream reservoirs and generating stations.
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VLa Jourdanie (power station)
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VLa Jourdanie is a barrage and hydroelectric power station on the River Tarn in Broquiès in Aveyron, southern France. The barrage was built in 1932, and the station has two Kaplan turbines and two generating 18 megawatts (24,000 hp). The dam is 145 metres (476 ft) long and 17 metres (56 ft) high.
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VLa Jourdanie is a barrage and hydroelectric power station on the River Tarn in Broquiès in Aveyron, southern France. The barrage was built in 1932, and the station has two Kaplan turbines and two generating 18 megawatts (24,000 hp). The dam is 145 metres (476 ft) long and 17 metres (56 ft) high.
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VThe La Viña Dam, officially known as the Antonio Medina Allende Dam, is an arch dam on the Los Sauces River in San Alberto Department of Córdoba Province, Argentina. Construction on the dam began in 1938 and it was completed in 1944. The 16 MW (21,000 hp) power station was later connected to the grid on 28 February 1959. Aside from generating hydroelectric power, water stored by the dam is used to irrigate around 24,000 ha (59,000 acres) of farmland.
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VThe La Viña Dam, officially known as the Antonio Medina Allende Dam, is an arch dam on the Los Sauces River in San Alberto Department of Córdoba Province, Argentina. Construction on the dam began in 1938 and it was completed in 1944. The 16 MW (21,000 hp) power station was later connected to the grid on 28 February 1959. Aside from generating hydroelectric power, water stored by the dam is used to irrigate around 24,000 ha (59,000 acres) of farmland.
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Nsg17
Nsg11
VThe La Viña Dam, officially known as the Antonio Medina Allende Dam, is an arch dam on the Los Sauces River in San Alberto Department of Córdoba Province, Argentina. Construction on the dam began in 1938 and it was completed in 1944. The 16 MW (21,000 hp) power station was later connected to the grid on 28 February 1959. Aside from generating hydroelectric power, water stored by the dam is used to irrigate around 24,000 ha (59,000 acres) of farmland.
p84549
sbg6
(g13
g8
NtRp84550
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Nsg17
Nsg11
VPOINT(-65.035110473633 -31.87064743042)
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Vhttp://dbpedia.org/resource/La_Viña_Dam
p84556
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g8
NtRp84557
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g16
Nsg17
Nsg11
VTalsperre La Viña
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g8
NtRp84560
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g16
Nsg17
Nsg11
VArgentina
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sbg6
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g8
NtRp84563
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g16
Nsg17
Nsg11
VArch
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sbg6
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g8
NtRp84566
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g16
Nsg17
g27
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V0.31727
p84568
sbNNNg6
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g8
NtRp84569
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Nsg17
Nsg11
VPower,
p84571
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g8
NtRp84572
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g16
Nsg17
Nsg11
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g8
NtRp84574
(dp84575
g16
Nsg17
Nsg11
VArgentina
p84576
sbg6
(g13
g8
NtRp84577
(dp84578
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Nsg17
Nsg11
VThe La Viña Dam, officially known as the Antonio Medina Allende Dam, is an arch dam on the Los Sauces River in San Alberto Department of Córdoba Province, Argentina. Construction on the dam began in 1938 and it was completed in 1944. The 16 MW (21,000 hp) power station was later connected to the grid on 28 February 1959. Aside from generating hydroelectric power, water stored by the dam is used to irrigate around 24,000 ha (59,000 acres) of farmland.
p84579
sbg6
(g13
g8
NtRp84580
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Nsg17
Nsg11
VPOINT(-65.035110473633 -31.87064743042)
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Vhttp://dbpedia.org/resource/La_Viña_Dam
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Nsg17
Nsg11
VLa Viña Dam
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g8
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Nsg17
Nsg11
VArgentina
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sbg6
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Nsg17
Nsg11
VArch
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g8
NtRp84596
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g16
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g27
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V0.31727
p84598
sbNNNg6
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Nsg17
Nsg11
VPower,
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(g13
g8
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g16
Nsg17
Nsg11
VO
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g8
NtRp84604
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g16
Nsg17
Nsg11
VArgentina
p84606
sbg6
(g13
g8
NtRp84607
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Nsg17
Nsg11
VThe La Viña Dam, officially known as the Antonio Medina Allende Dam, is an arch dam on the Los Sauces River in San Alberto Department of Córdoba Province, Argentina. Construction on the dam began in 1938 and it was completed in 1944. The 16 MW (21,000 hp) power station was later connected to the grid on 28 February 1959. Aside from generating hydroelectric power, water stored by the dam is used to irrigate around 24,000 ha (59,000 acres) of farmland.
p84609
sbg6
(g13
g8
NtRp84610
(dp84611
g16
Nsg17
Nsg11
VPOINT(-65.035110473633 -31.87064743042)
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Vhttp://dbpedia.org/resource/La_Yaya_Dam
p84616
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NtRp84617
(dp84618
g16
Nsg17
Nsg11
VLa Yaya Dam
p84619
sbg6
(g13
g8
NtRp84620
(dp84621
g16
Nsg17
Nsg11
VCuba
p84622
sbg6
(g13
g8
NtRp84623
(dp84624
g16
Nsg17
Nsg11
VEmbankment
p84625
sbNg6
(g13
g8
NtRp84626
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g16
Nsg17
g27
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V85.7
p84628
sbg6
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NtRp84629
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Vhttp://dbpedia.org/resource/La_Yaya_Dam__Lake__1
p84631
sbNg6
(g13
g8
NtRp84632
(dp84633
g16
Nsg17
Nsg11
VFlood control, water supply
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sbg6
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guantánamo_River
p84637
sbg6
(g13
g8
NtRp84638
(dp84639
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp84640
(dp84641
g16
Nsg17
Nsg11
VCuba
p84642
sbg6
(g13
g8
NtRp84643
(dp84644
g16
Nsg17
Nsg11
VLa Yaya Dam is an embankment dam on the Guantánamo River near the town of La Yaya in the municipality of Niceto Pérez in Guantánamo Province, Cuba. The dam was completed in 1973 for flood control, irrigation of up to 8,000 ha (20,000 acres), and water supply for municipal and industrial uses. The reservoir has a storage capacity of 160,000,000 m3 (130,000 acre\u22c5ft), the second largest in the eastern part of the country after Melones Dam.
p84645
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g8
NtRp84646
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Nsg17
Nsg11
VPOINT(-75.35929107666 20.126928329468)
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Vhttp://dbpedia.org/resource/La_Yesca_Dam
p84652
sbg6
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g8
NtRp84653
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g16
Nsg17
Nsg11
VPresa La Yesca
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g8
NtRp84656
(dp84657
g16
Nsg17
Nsg11
VMexico
p84658
sbg6
(g13
g8
NtRp84659
(dp84660
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
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(g13
g8
NtRp84662
(dp84663
g16
Nsg17
g27
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V0.628
p84664
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g8
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g16
Nsg17
g27
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V579.0
p84667
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Vhttp://dbpedia.org/resource/La_Yesca_Dam__Lake__1
p84670
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g16
Nsg17
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Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p84673
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g8
NtRp84674
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g16
Nsg17
Nsg11
VPower, river regulation
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Río_Grande_de_Santiago
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g16
Nsg17
Nsg11
VO
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NtRp84682
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g16
Nsg17
g27
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V1.19e+07
p84684
sbg6
(g13
g8
NtRp84685
(dp84686
g16
Nsg17
Nsg11
VMexico
p84687
sbg6
(g13
g8
NtRp84688
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g16
Nsg17
Nsg11
VLa Yesca Dam is an embankment dam on the Santiago River 90 km (56 mi) northwest of Guadalajara on the border of Mexico's Nayarit and Jalisco states. Construction on the dam began in 2007 after Empresas ICA was awarded the main construction contract. The dam was inaugurated by President Felipe Calderón on 6 November 2012. The dam supports a 750 MW hydroelectric power station and is part of the Hydroelectric System Santiago. Its construction will improve the regulation of water flow and subsequently power generation downstream at the El Cajón and Aguamilpa Dams.
p84690
sbg6
(g13
g8
NtRp84691
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g16
Nsg17
Nsg11
VPOINT(-104.0955581665 21.197221755981)
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Nsg17
Nsg11
VLa Yesca Dam
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g8
NtRp84701
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g16
Nsg17
Nsg11
VMexico
p84703
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g8
NtRp84704
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
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NtRp84707
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Nsg17
g27
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V0.628
p84709
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g27
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V579.0
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Vhttp://dbpedia.org/resource/La_Yesca_Dam__Lake__1
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NtRp84716
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
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g8
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g16
Nsg17
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VPower, river regulation
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Nsg17
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Vhttp://dbpedia.org/resource/Río_Grande_de_Santiago
p84724
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g16
Nsg17
Nsg11
VO
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g8
NtRp84727
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g16
Nsg17
g27
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V1.19e+07
p84729
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g8
NtRp84730
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g16
Nsg17
Nsg11
VMexico
p84732
sbg6
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g8
NtRp84733
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g16
Nsg17
Nsg11
VLa Yesca Dam is an embankment dam on the Santiago River 90 km (56 mi) northwest of Guadalajara on the border of Mexico's Nayarit and Jalisco states. Construction on the dam began in 2007 after Empresas ICA was awarded the main construction contract. The dam was inaugurated by President Felipe Calderón on 6 November 2012. The dam supports a 750 MW hydroelectric power station and is part of the Hydroelectric System Santiago. Its construction will improve the regulation of water flow and subsequently power generation downstream at the El Cajón and Aguamilpa Dams.
p84735
sbg6
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g8
NtRp84736
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g16
Nsg17
Nsg11
VPOINT(-104.0955581665 21.197221755981)
p84738
sbtp84739
a(g6
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g8
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Vhttp://dbpedia.org/resource/La_Yesca_Dam
p84742
sbg6
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NtRp84743
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Nsg17
Nsg11
VLa-Yesca-Talsperre
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g16
Nsg17
Nsg11
VMexico
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Nsg17
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VEmbankment, concrete-face rock-fill
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V0.628
p84754
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V579.0
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Vhttp://dbpedia.org/resource/La_Yesca_Dam__Lake__1
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Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p84763
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g8
NtRp84764
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g16
Nsg17
Nsg11
VPower, river regulation
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Nsg17
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Vhttp://dbpedia.org/resource/Río_Grande_de_Santiago
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NtRp84770
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Nsg17
Nsg11
VO
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Nsg17
g27
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V1.19e+07
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Nsg17
Nsg11
VMexico
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NtRp84778
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Nsg17
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VLa Yesca Dam is an embankment dam on the Santiago River 90 km (56 mi) northwest of Guadalajara on the border of Mexico's Nayarit and Jalisco states. Construction on the dam began in 2007 after Empresas ICA was awarded the main construction contract. The dam was inaugurated by President Felipe Calderón on 6 November 2012. The dam supports a 750 MW hydroelectric power station and is part of the Hydroelectric System Santiago. Its construction will improve the regulation of water flow and subsequently power generation downstream at the El Cajón and Aguamilpa Dams.
p84780
sbg6
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g8
NtRp84781
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VPOINT(-104.0955581665 21.197221755981)
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Vhttp://dbpedia.org/resource/La_Yesca_Dam
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Nsg17
Nsg11
VBarrage de La Yesca
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Nsg17
Nsg11
VMexico
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g8
NtRp84794
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g16
Nsg17
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VEmbankment, concrete-face rock-fill
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g8
NtRp84797
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Nsg17
g27
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V0.628
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V579.0
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Nsg11
VPower, river regulation
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g8
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g16
Nsg17
Nsg11
VO
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g16
Nsg17
g27
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V1.19e+07
p84819
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g8
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g16
Nsg17
Nsg11
VMexico
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g8
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Nsg17
Nsg11
VLa Yesca Dam is an embankment dam on the Santiago River 90 km (56 mi) northwest of Guadalajara on the border of Mexico's Nayarit and Jalisco states. Construction on the dam began in 2007 after Empresas ICA was awarded the main construction contract. The dam was inaugurated by President Felipe Calderón on 6 November 2012. The dam supports a 750 MW hydroelectric power station and is part of the Hydroelectric System Santiago. Its construction will improve the regulation of water flow and subsequently power generation downstream at the El Cajón and Aguamilpa Dams.
p84825
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g8
NtRp84826
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Nsg11
VPOINT(-104.0955581665 21.197221755981)
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V\u0413\u0415\u0421 \u041b\u0430-\u0415\u0441\u043a\u0430
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VMexico
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V579.0
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g8
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Nsg17
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VPower, river regulation
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VO
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g27
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V1.19e+07
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g8
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Nsg17
Nsg11
VMexico
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g8
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Nsg17
Nsg11
VLa Yesca Dam is an embankment dam on the Santiago River 90 km (56 mi) northwest of Guadalajara on the border of Mexico's Nayarit and Jalisco states. Construction on the dam began in 2007 after Empresas ICA was awarded the main construction contract. The dam was inaugurated by President Felipe Calderón on 6 November 2012. The dam supports a 750 MW hydroelectric power station and is part of the Hydroelectric System Santiago. Its construction will improve the regulation of water flow and subsequently power generation downstream at the El Cajón and Aguamilpa Dams.
p84870
sbg6
(g13
g8
NtRp84871
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g16
Nsg17
Nsg11
VPOINT(-104.0955581665 21.197221755981)
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g8
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Nsg17
Nsg11
VCentrale du Lac-Robertson
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(g13
g8
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Nsg17
Nsg11
VCanada
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VConcrete-gravity
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
VQuebec
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g8
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(dp84900
g16
Nsg17
Nsg11
VThe Lac-Robertson Generating Station is a 21.6 MW hydroelectric power station in east of the Côte-Nord region of Quebec, Canada.It supplies power to the local communities, and is not connected to the main grid.
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g8
NtRp84902
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Nsg17
Nsg11
VPOINT(-59.062385559082 50.998851776123)
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(g7
g8
NtRp84906
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g11
Vhttp://dbpedia.org/resource/Lac-Robertson_Generating_Station
p84908
sbg6
(g13
g8
NtRp84909
(dp84910
g16
Nsg17
Nsg11
VCentrale du Lac-Robertson
p84911
sbg6
(g13
g8
NtRp84912
(dp84913
g16
Nsg17
Nsg11
VCanada
p84914
sbg6
(g13
g8
NtRp84915
(dp84916
g16
Nsg17
Nsg11
VConcrete-gravity
p84917
sbNNg6
(g7
g8
NtRp84918
(dp84919
g11
Vhttp://dbpedia.org/resource/Lac-Robertson_Generating_Station__Lake__1
p84920
sbg6
(g13
g8
NtRp84921
(dp84922
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p84923
sbNg6
(g13
g8
NtRp84924
(dp84925
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Véco_River
p84926
sbNNg6
(g13
g8
NtRp84927
(dp84928
g16
Nsg17
Nsg11
VQuebec
p84929
sbg6
(g13
g8
NtRp84930
(dp84931
g16
Nsg17
Nsg11
VThe Lac-Robertson Generating Station is a 21.6 MW hydroelectric power station in east of the Côte-Nord region of Quebec, Canada.It supplies power to the local communities, and is not connected to the main grid.
p84932
sbg6
(g13
g8
NtRp84933
(dp84934
g16
Nsg17
Nsg11
VPOINT(-59.062385559082 50.998851776123)
p84935
sbtp84936
a(g6
(g7
g8
NtRp84937
(dp84938
g11
Vhttp://dbpedia.org/resource/Lac-Robertson_Generating_Station
p84939
sbg6
(g13
g8
NtRp84940
(dp84941
g16
Nsg17
Nsg11
VLac-Robertson Generating Station
p84942
sbg6
(g13
g8
NtRp84943
(dp84944
g16
Nsg17
Nsg11
VCanada
p84945
sbg6
(g13
g8
NtRp84946
(dp84947
g16
Nsg17
Nsg11
VConcrete-gravity
p84948
sbNNg6
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g8
NtRp84949
(dp84950
g11
Vhttp://dbpedia.org/resource/Lac-Robertson_Generating_Station__Lake__1
p84951
sbg6
(g13
g8
NtRp84952
(dp84953
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p84954
sbNg6
(g13
g8
NtRp84955
(dp84956
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Véco_River
p84957
sbNNg6
(g13
g8
NtRp84958
(dp84959
g16
Nsg17
Nsg11
VQuebec
p84960
sbg6
(g13
g8
NtRp84961
(dp84962
g16
Nsg17
Nsg11
VThe Lac-Robertson Generating Station is a 21.6 MW hydroelectric power station in east of the Côte-Nord region of Quebec, Canada.It supplies power to the local communities, and is not connected to the main grid.
p84963
sbg6
(g13
g8
NtRp84964
(dp84965
g16
Nsg17
Nsg11
VPOINT(-59.062385559082 50.998851776123)
p84966
sbtp84967
a(g6
(g7
g8
NtRp84968
(dp84969
g11
Vhttp://dbpedia.org/resource/Lac-Robertson_Generating_Station
p84970
sbg6
(g13
g8
NtRp84971
(dp84972
g16
Nsg17
Nsg11
VLac-Robertson Generating Station
p84973
sbg6
(g13
g8
NtRp84974
(dp84975
g16
Nsg17
Nsg11
VCanada
p84976
sbg6
(g13
g8
NtRp84977
(dp84978
g16
Nsg17
Nsg11
VConcrete-gravity
p84979
sbNNg6
(g7
g8
NtRp84980
(dp84981
g11
Vhttp://dbpedia.org/resource/Lac-Robertson_Generating_Station__Lake__1
p84982
sbg6
(g13
g8
NtRp84983
(dp84984
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p84985
sbNg6
(g13
g8
NtRp84986
(dp84987
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Véco_River
p84988
sbNNg6
(g13
g8
NtRp84989
(dp84990
g16
Nsg17
Nsg11
VQuebec
p84991
sbg6
(g13
g8
NtRp84992
(dp84993
g16
Nsg17
Nsg11
VThe Lac-Robertson Generating Station is a 21.6 MW hydroelectric power station in east of the Côte-Nord region of Quebec, Canada.It supplies power to the local communities, and is not connected to the main grid.
p84994
sbg6
(g13
g8
NtRp84995
(dp84996
g16
Nsg17
Nsg11
VPOINT(-59.062385559082 50.998851776123)
p84997
sbtp84998
a(g6
(g7
g8
NtRp84999
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g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant
p85001
sbg6
(g13
g8
NtRp85002
(dp85003
g16
Nsg17
Nsg11
V\u041b\u0430\u0434\u0436\u0430\u043d\u0443\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p85004
sbg6
(g13
g8
NtRp85005
(dp85006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p85007
sbNg6
(g13
g8
NtRp85008
(dp85009
g16
Nsg17
g27
sg11
V0.127
p85010
sbNg6
(g7
g8
NtRp85011
(dp85012
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant__Lake__1
p85013
sbNNg6
(g13
g8
NtRp85014
(dp85015
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lajanura_River
p85016
sbNNg6
(g13
g8
NtRp85017
(dp85018
g16
Nsg17
Nsg11
VGeorgia
p85019
sbg6
(g13
g8
NtRp85020
(dp85021
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant or Lajanuri Hydro Power Plant is a large power plant in Georgia with four turbines, each with a nominal capacity of 29 MW, with a total capacity of 116 MW. \u000a* Lajanuri Reservoir \u000a* Lajanuri Reservoir \u000a* Near Lajanuri Reservoir Wikimedia Commons has media related to Lajanura Hydroelectric Power Plant.
p85022
sbg6
(g13
g8
NtRp85023
(dp85024
g16
Nsg17
Nsg11
VPOINT(42.851665496826 42.589443206787)
p85025
sbtp85026
a(g6
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g8
NtRp85027
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g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant
p85029
sbg6
(g13
g8
NtRp85030
(dp85031
g16
Nsg17
Nsg11
V\u041b\u0430\u0434\u0436\u0430\u043d\u0443\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p85032
sbg6
(g13
g8
NtRp85033
(dp85034
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p85035
sbNg6
(g13
g8
NtRp85036
(dp85037
g16
Nsg17
g27
sg11
V0.127
p85038
sbNg6
(g7
g8
NtRp85039
(dp85040
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant__Lake__1
p85041
sbNNg6
(g13
g8
NtRp85042
(dp85043
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tskenistskali_River
p85044
sbNNg6
(g13
g8
NtRp85045
(dp85046
g16
Nsg17
Nsg11
VGeorgia
p85047
sbg6
(g13
g8
NtRp85048
(dp85049
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant or Lajanuri Hydro Power Plant is a large power plant in Georgia with four turbines, each with a nominal capacity of 29 MW, with a total capacity of 116 MW. \u000a* Lajanuri Reservoir \u000a* Lajanuri Reservoir \u000a* Near Lajanuri Reservoir Wikimedia Commons has media related to Lajanura Hydroelectric Power Plant.
p85050
sbg6
(g13
g8
NtRp85051
(dp85052
g16
Nsg17
Nsg11
VPOINT(42.851665496826 42.589443206787)
p85053
sbtp85054
a(g6
(g7
g8
NtRp85055
(dp85056
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant
p85057
sbg6
(g13
g8
NtRp85058
(dp85059
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant
p85060
sbg6
(g13
g8
NtRp85061
(dp85062
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p85063
sbNg6
(g13
g8
NtRp85064
(dp85065
g16
Nsg17
g27
sg11
V0.127
p85066
sbNg6
(g7
g8
NtRp85067
(dp85068
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant__Lake__1
p85069
sbNNg6
(g13
g8
NtRp85070
(dp85071
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lajanura_River
p85072
sbNNg6
(g13
g8
NtRp85073
(dp85074
g16
Nsg17
Nsg11
VGeorgia
p85075
sbg6
(g13
g8
NtRp85076
(dp85077
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant or Lajanuri Hydro Power Plant is a large power plant in Georgia with four turbines, each with a nominal capacity of 29 MW, with a total capacity of 116 MW. \u000a* Lajanuri Reservoir \u000a* Lajanuri Reservoir \u000a* Near Lajanuri Reservoir Wikimedia Commons has media related to Lajanura Hydroelectric Power Plant.
p85078
sbg6
(g13
g8
NtRp85079
(dp85080
g16
Nsg17
Nsg11
VPOINT(42.851665496826 42.589443206787)
p85081
sbtp85082
a(g6
(g7
g8
NtRp85083
(dp85084
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant
p85085
sbg6
(g13
g8
NtRp85086
(dp85087
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant
p85088
sbg6
(g13
g8
NtRp85089
(dp85090
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p85091
sbNg6
(g13
g8
NtRp85092
(dp85093
g16
Nsg17
g27
sg11
V0.127
p85094
sbNg6
(g7
g8
NtRp85095
(dp85096
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant__Lake__1
p85097
sbNNg6
(g13
g8
NtRp85098
(dp85099
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tskenistskali_River
p85100
sbNNg6
(g13
g8
NtRp85101
(dp85102
g16
Nsg17
Nsg11
VGeorgia
p85103
sbg6
(g13
g8
NtRp85104
(dp85105
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant or Lajanuri Hydro Power Plant is a large power plant in Georgia with four turbines, each with a nominal capacity of 29 MW, with a total capacity of 116 MW. \u000a* Lajanuri Reservoir \u000a* Lajanuri Reservoir \u000a* Near Lajanuri Reservoir Wikimedia Commons has media related to Lajanura Hydroelectric Power Plant.
p85106
sbg6
(g13
g8
NtRp85107
(dp85108
g16
Nsg17
Nsg11
VPOINT(42.851665496826 42.589443206787)
p85109
sbtp85110
a(g6
(g7
g8
NtRp85111
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g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant
p85113
sbg6
(g13
g8
NtRp85114
(dp85115
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041b\u0430\u0434\u0436\u0430\u043d\u0443\u0440\u0456
p85116
sbg6
(g13
g8
NtRp85117
(dp85118
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p85119
sbNg6
(g13
g8
NtRp85120
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g16
Nsg17
g27
sg11
V0.127
p85122
sbNg6
(g7
g8
NtRp85123
(dp85124
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant__Lake__1
p85125
sbNNg6
(g13
g8
NtRp85126
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lajanura_River
p85128
sbNNg6
(g13
g8
NtRp85129
(dp85130
g16
Nsg17
Nsg11
VGeorgia
p85131
sbg6
(g13
g8
NtRp85132
(dp85133
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant or Lajanuri Hydro Power Plant is a large power plant in Georgia with four turbines, each with a nominal capacity of 29 MW, with a total capacity of 116 MW. \u000a* Lajanuri Reservoir \u000a* Lajanuri Reservoir \u000a* Near Lajanuri Reservoir Wikimedia Commons has media related to Lajanura Hydroelectric Power Plant.
p85134
sbg6
(g13
g8
NtRp85135
(dp85136
g16
Nsg17
Nsg11
VPOINT(42.851665496826 42.589443206787)
p85137
sbtp85138
a(g6
(g7
g8
NtRp85139
(dp85140
g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant
p85141
sbg6
(g13
g8
NtRp85142
(dp85143
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041b\u0430\u0434\u0436\u0430\u043d\u0443\u0440\u0456
p85144
sbg6
(g13
g8
NtRp85145
(dp85146
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p85147
sbNg6
(g13
g8
NtRp85148
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g16
Nsg17
g27
sg11
V0.127
p85150
sbNg6
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g8
NtRp85151
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g11
Vhttp://dbpedia.org/resource/Ladzhanuri_Hydro_Power_Plant__Lake__1
p85153
sbNNg6
(g13
g8
NtRp85154
(dp85155
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tskenistskali_River
p85156
sbNNg6
(g13
g8
NtRp85157
(dp85158
g16
Nsg17
Nsg11
VGeorgia
p85159
sbg6
(g13
g8
NtRp85160
(dp85161
g16
Nsg17
Nsg11
VLadzhanuri Hydro Power Plant or Lajanuri Hydro Power Plant is a large power plant in Georgia with four turbines, each with a nominal capacity of 29 MW, with a total capacity of 116 MW. \u000a* Lajanuri Reservoir \u000a* Lajanuri Reservoir \u000a* Near Lajanuri Reservoir Wikimedia Commons has media related to Lajanura Hydroelectric Power Plant.
p85162
sbg6
(g13
g8
NtRp85163
(dp85164
g16
Nsg17
Nsg11
VPOINT(42.851665496826 42.589443206787)
p85165
sbtp85166
a(g6
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g8
NtRp85167
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g11
Vhttp://dbpedia.org/resource/Lago_del_Barbellino
p85169
sbg6
(g13
g8
NtRp85170
(dp85171
g16
Nsg17
Nsg11
V\u0411\u0430\u0440\u0431\u0435\u043b\u043b\u0438\u043d\u043e
p85172
sbg6
(g13
g8
NtRp85173
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p85175
sbNg6
(g13
g8
NtRp85176
(dp85177
g16
Nsg17
g27
sg11
V1.0
p85178
sbg6
(g13
g8
NtRp85179
(dp85180
g16
Nsg17
g27
sg11
V1862.0
p85181
sbNNNNNg6
(g13
g8
NtRp85182
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g16
Nsg17
g27
sg11
V18.0
p85184
sbNg6
(g13
g8
NtRp85185
(dp85186
g16
Nsg17
Nsg11
VLago del Barbellino is the largest artificial lake in the Province of Bergamo, Lombardy, Italy. It is located in Valbondione among the Bergamasque Alps. The reservoir contains 18.5 million cubic metres of water. In 1931 a dam was built to supply hydroelectric power to the Seriana Valley where the textile industry was rapidly developing.
p85187
sbg6
(g13
g8
NtRp85188
(dp85189
g16
Nsg17
Nsg11
VPOINT(10.050999641418 46.063999176025)
p85190
sbtp85191
a(g6
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g8
NtRp85192
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g11
Vhttp://dbpedia.org/resource/Lago_del_Barbellino
p85194
sbg6
(g13
g8
NtRp85195
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g16
Nsg17
Nsg11
VLago del Barbellino
p85197
sbg6
(g13
g8
NtRp85198
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p85200
sbNg6
(g13
g8
NtRp85201
(dp85202
g16
Nsg17
g27
sg11
V1.0
p85203
sbg6
(g13
g8
NtRp85204
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g16
Nsg17
g27
sg11
V1862.0
p85206
sbNNNNNg6
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g8
NtRp85207
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g16
Nsg17
g27
sg11
V18.0
p85209
sbNg6
(g13
g8
NtRp85210
(dp85211
g16
Nsg17
Nsg11
VLago del Barbellino is the largest artificial lake in the Province of Bergamo, Lombardy, Italy. It is located in Valbondione among the Bergamasque Alps. The reservoir contains 18.5 million cubic metres of water. In 1931 a dam was built to supply hydroelectric power to the Seriana Valley where the textile industry was rapidly developing.
p85212
sbg6
(g13
g8
NtRp85213
(dp85214
g16
Nsg17
Nsg11
VPOINT(10.050999641418 46.063999176025)
p85215
sbtp85216
a(g6
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g8
NtRp85217
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g11
Vhttp://dbpedia.org/resource/Lago_del_Barbellino
p85219
sbg6
(g13
g8
NtRp85220
(dp85221
g16
Nsg17
Nsg11
VLac de Barbellino
p85222
sbg6
(g13
g8
NtRp85223
(dp85224
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p85225
sbNg6
(g13
g8
NtRp85226
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g16
Nsg17
g27
sg11
V1.0
p85228
sbg6
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g8
NtRp85229
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g16
Nsg17
g27
sg11
V1862.0
p85231
sbNNNNNg6
(g13
g8
NtRp85232
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g16
Nsg17
g27
sg11
V18.0
p85234
sbNg6
(g13
g8
NtRp85235
(dp85236
g16
Nsg17
Nsg11
VLago del Barbellino is the largest artificial lake in the Province of Bergamo, Lombardy, Italy. It is located in Valbondione among the Bergamasque Alps. The reservoir contains 18.5 million cubic metres of water. In 1931 a dam was built to supply hydroelectric power to the Seriana Valley where the textile industry was rapidly developing.
p85237
sbg6
(g13
g8
NtRp85238
(dp85239
g16
Nsg17
Nsg11
VPOINT(10.050999641418 46.063999176025)
p85240
sbtp85241
a(g6
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g8
NtRp85242
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g11
Vhttp://dbpedia.org/resource/Lago_del_Barbellino
p85244
sbg6
(g13
g8
NtRp85245
(dp85246
g16
Nsg17
Nsg11
VLac de Barbellino
p85247
sbg6
(g13
g8
NtRp85248
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Italy
p85250
sbNg6
(g13
g8
NtRp85251
(dp85252
g16
Nsg17
g27
sg11
V1.0
p85253
sbg6
(g13
g8
NtRp85254
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g16
Nsg17
g27
sg11
V1862.0
p85256
sbNNNNNg6
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g8
NtRp85257
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g16
Nsg17
g27
sg11
V18.0
p85259
sbNg6
(g13
g8
NtRp85260
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g16
Nsg17
Nsg11
VLago del Barbellino is the largest artificial lake in the Province of Bergamo, Lombardy, Italy. It is located in Valbondione among the Bergamasque Alps. The reservoir contains 18.5 million cubic metres of water. In 1931 a dam was built to supply hydroelectric power to the Seriana Valley where the textile industry was rapidly developing.
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VVietnam
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VThe Lai Châu Dam is a hydroelectric dam on the Black River inaugurated on 20 December 2016 in N\u1eadm Nhùn District, Lai Châu Province, Vietnam. The owner of the power station is Vietnam Electricity. Dam was designed by Hydroproject, a Russian hydrotechnical design firm, in collaboration with the Vietnamese company Power Construction No.1 JSC. The ground clearance works and relocation of people was completed by September 2010. Construction started on 5 January 2011; it was expected to be operational by 2017 with the first turbine put into operation in 2016, but the plant was inaugurated on 20 December 2016, one year ahead of the schedule, in a ceremony attended by the Deputy Prime Minister and other important personalities.
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VVietnam
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VThe Lai Châu Dam is a hydroelectric dam on the Black River inaugurated on 20 December 2016 in N\u1eadm Nhùn District, Lai Châu Province, Vietnam. The owner of the power station is Vietnam Electricity. Dam was designed by Hydroproject, a Russian hydrotechnical design firm, in collaboration with the Vietnamese company Power Construction No.1 JSC. The ground clearance works and relocation of people was completed by September 2010. Construction started on 5 January 2011; it was expected to be operational by 2017 with the first turbine put into operation in 2016, but the plant was inaugurated on 20 December 2016, one year ahead of the schedule, in a ceremony attended by the Deputy Prime Minister and other important personalities.
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VLai Châu Dam
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VThe Lai Châu Dam is a hydroelectric dam on the Black River inaugurated on 20 December 2016 in N\u1eadm Nhùn District, Lai Châu Province, Vietnam. The owner of the power station is Vietnam Electricity. Dam was designed by Hydroproject, a Russian hydrotechnical design firm, in collaboration with the Vietnamese company Power Construction No.1 JSC. The ground clearance works and relocation of people was completed by September 2010. Construction started on 5 January 2011; it was expected to be operational by 2017 with the first turbine put into operation in 2016, but the plant was inaugurated on 20 December 2016, one year ahead of the schedule, in a ceremony attended by the Deputy Prime Minister and other important personalities.
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VLaibin Power Station
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VPower
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VLaibin Power Station (Chinese: \u6765\u5bbe\u7535\u5382), also spelled Laibin Power Plant, is a coal-fired power plant located in (\u6765\u5bbe\u5e02\u6cb3\u5357\u5de5\u4e1a\u56ed\u533a), covering an area of 458 mu. It is the first BOT pilot project approved by the Central People's Government of the People's Republic of China.
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VLake Allatoona
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VLake Allatoona (officially called Allatoona Lake) is a U.S. Army Corps of Engineers reservoir on the Etowah River in northwestern part of the State of Georgia. This reservoir is mostly in southeastern Bartow County and southwestern Cherokee County. A small portion is located in Cobb County near Acworth. The major highways Interstate 75 and U.S. Highway 41 pass along the southern and western sided of Lake Allatoona, and they cross the Etowah River downstream from the Allatoona Dam.
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VPeru
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VLake Ancascocha (possibly from Quechua anqas blue, qucha lake) is a lake in Peru located in the Ayacucho Region, Lucanas Province, Chaviña District, and in the Parinacochas Province, Coracora District. It is situated at a height of approximately 3,424 metres (11,234 ft), about 2.24 km long and 1.48 km at its widest point. The Ancascocha Dam was erected at the southern end of the lake. It is 13 m (43 ft) high. The reservoir has a capacity of 15,000,000 m3 (12,000 acre\u22c5ft).
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VAyacucho Region
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VLake Ancascocha (possibly from Quechua anqas blue, qucha lake) is a lake in Peru located in the Ayacucho Region, Lucanas Province, Chaviña District, and in the Parinacochas Province, Coracora District. It is situated at a height of approximately 3,424 metres (11,234 ft), about 2.24 km long and 1.48 km at its widest point. The Ancascocha Dam was erected at the southern end of the lake. It is 13 m (43 ft) high. The reservoir has a capacity of 15,000,000 m3 (12,000 acre\u22c5ft).
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VLake Ancascocha
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VLake Ancascocha (possibly from Quechua anqas blue, qucha lake) is a lake in Peru located in the Ayacucho Region, Lucanas Province, Chaviña District, and in the Parinacochas Province, Coracora District. It is situated at a height of approximately 3,424 metres (11,234 ft), about 2.24 km long and 1.48 km at its widest point. The Ancascocha Dam was erected at the southern end of the lake. It is 13 m (43 ft) high. The reservoir has a capacity of 15,000,000 m3 (12,000 acre\u22c5ft).
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VLake Ancascocha
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VLake Ancascocha (possibly from Quechua anqas blue, qucha lake) is a lake in Peru located in the Ayacucho Region, Lucanas Province, Chaviña District, and in the Parinacochas Province, Coracora District. It is situated at a height of approximately 3,424 metres (11,234 ft), about 2.24 km long and 1.48 km at its widest point. The Ancascocha Dam was erected at the southern end of the lake. It is 13 m (43 ft) high. The reservoir has a capacity of 15,000,000 m3 (12,000 acre\u22c5ft).
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VLake Arthur Dam
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VLake Arthur Dam is an earth-fill type dam located on the Tarka River, near Cradock, Eastern Cape, South Africa. It was established in 1924 and serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3).
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VLake Byllesby Dam
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VUnited States
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VLake Byllesby Dam is a concrete gravity dam located in Randolph Township, Dakota County and Stanton Township, Goodhue County, Minnesota, just west of the city of Cannon Falls. It is approximately 30 miles (48 km) southeast of the Twin Cities. The 75-foot (23 m)-high dam was built in 1910 by H.M. Byllesby & Company to impound the Cannon River for hydroelectric power. Its nameplate capacity is 1.8 MW. Byllesby, a former employee of both Edison and Westinghouse, formed what would become Northern States Power in 1909. The facility is owned and operated by Dakota County.
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VLake Caracocha
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VLake Caracocha or Lake Ccaraccocha (both possibly from Quechua q'ara naked, bald, unpopulated, qucha lake) is a lake in Peru located in the Huancavelica Region, Huaytará Province, Pilpichaca District. It is situated at a height of about 4,528 metres (14,856 ft). Caracocha lies south of the lakes named Choclococha and Orcococha. The Caracocha dam was erected in 2000. It is 635 m (2,083 ft) long and 13 m (14 yd) tall. It is operated by INADE. The reservoir has a capacity of 40,000,000 m3 (32,000 acre\u22c5ft).
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VLake Caracocha or Lake Ccaraccocha (both possibly from Quechua q'ara naked, bald, unpopulated, qucha lake) is a lake in Peru located in the Huancavelica Region, Huaytará Province, Pilpichaca District. It is situated at a height of about 4,528 metres (14,856 ft). Caracocha lies south of the lakes named Choclococha and Orcococha. The Caracocha dam was erected in 2000. It is 635 m (2,083 ft) long and 13 m (14 yd) tall. It is operated by INADE. The reservoir has a capacity of 40,000,000 m3 (32,000 acre\u22c5ft).
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p85586
sbg6
(g13
g8
NtRp85587
(dp85588
g16
Nsg17
Nsg11
VLake Cascade
p85589
sbg6
(g13
g8
NtRp85590
(dp85591
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p85592
sbg6
(g13
g8
NtRp85593
(dp85594
g16
Nsg17
Nsg11
VZoned earthfill
p85595
sbg6
(g13
g8
NtRp85596
(dp85597
g16
Nsg17
g27
sg11
V0.239268
p85598
sbNg6
(g7
g8
NtRp85599
(dp85600
g11
Vhttp://dbpedia.org/resource/Lake_Cascade__Lake__1
p85601
sbg6
(g13
g8
NtRp85602
(dp85603
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p85604
sbg6
(g13
g8
NtRp85605
(dp85606
g16
Nsg17
Nsg11
VWater storage
p85607
sbg6
(g13
g8
NtRp85608
(dp85609
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Fork_Payette_River
p85610
sbNNg6
(g13
g8
NtRp85611
(dp85612
g16
Nsg17
Nsg11
VUSA#Idaho
p85613
sbg6
(g13
g8
NtRp85614
(dp85615
g16
Nsg17
Nsg11
VLake Cascade (formerly Cascade Reservoir), is a reservoir in the western United States, on the North Fork of the Payette River in Valley County, Idaho. Located in the Boise National Forest, it has a surface area of 47 square miles (122 km2), and is the fourth largest lake or reservoir in the state. The closest cities are Cascade, Donnelly, and McCall, all in the Long Valley of Valley County.
p85616
sbg6
(g13
g8
NtRp85617
(dp85618
g16
Nsg17
Nsg11
VPOINT(-116.05100250244 44.523998260498)
p85619
sbtp85620
a(g6
(g7
g8
NtRp85621
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g11
Vhttp://dbpedia.org/resource/Lake_Chelan_Dam
p85623
sbg6
(g13
g8
NtRp85624
(dp85625
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041b\u0435\u0439\u043a-\u0428\u0435\u043b\u0430\u043d
p85626
sbg6
(g13
g8
NtRp85627
(dp85628
g16
Nsg17
Nsg11
VUSA
p85629
sbg6
(g13
g8
NtRp85630
(dp85631
g16
Nsg17
Nsg11
VGravity structure
p85632
sbg6
(g13
g8
NtRp85633
(dp85634
g16
Nsg17
g27
sg11
V0.149352
p85635
sbNg6
(g7
g8
NtRp85636
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g11
Vhttp://dbpedia.org/resource/Lake_Chelan_Dam__Lake__1
p85638
sbg6
(g13
g8
NtRp85639
(dp85640
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chelan_County_Public_Utility_District
p85641
sbNg6
(g13
g8
NtRp85642
(dp85643
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chelan_River
p85644
sbNNg6
(g13
g8
NtRp85645
(dp85646
g16
Nsg17
Nsg11
VWashington
p85647
sbg6
(g13
g8
NtRp85648
(dp85649
g16
Nsg17
Nsg11
VLake Chelan Dam officially known as the Lake Chelan Hydroelectric Project is located approximately 32 miles (51 km) north of the city of Wenatchee in Chelan County. The dam is located at the lower or southeasterly end of 50.4 miles (81.1 kilometres) long Lake Chelan, and is within the limits of the city of Chelan. The powerhouse is located near the community of Chelan Falls. The reservoir has 677,400 acre-feet (835,600,000 m3) of usable water storage. The 10-year average generation for the Project is 365,000 megawatt hours.
p85650
sbg6
(g13
g8
NtRp85651
(dp85652
g16
Nsg17
Nsg11
VPOINT(-120.01200866699 47.834457397461)
p85653
sbtp85654
a(g6
(g7
g8
NtRp85655
(dp85656
g11
Vhttp://dbpedia.org/resource/Lake_Chelan_Dam
p85657
sbg6
(g13
g8
NtRp85658
(dp85659
g16
Nsg17
Nsg11
VLake Chelan Dam
p85660
sbg6
(g13
g8
NtRp85661
(dp85662
g16
Nsg17
Nsg11
VUSA
p85663
sbg6
(g13
g8
NtRp85664
(dp85665
g16
Nsg17
Nsg11
VGravity structure
p85666
sbg6
(g13
g8
NtRp85667
(dp85668
g16
Nsg17
g27
sg11
V0.149352
p85669
sbNg6
(g7
g8
NtRp85670
(dp85671
g11
Vhttp://dbpedia.org/resource/Lake_Chelan_Dam__Lake__1
p85672
sbg6
(g13
g8
NtRp85673
(dp85674
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chelan_County_Public_Utility_District
p85675
sbNg6
(g13
g8
NtRp85676
(dp85677
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chelan_River
p85678
sbNNg6
(g13
g8
NtRp85679
(dp85680
g16
Nsg17
Nsg11
VWashington
p85681
sbg6
(g13
g8
NtRp85682
(dp85683
g16
Nsg17
Nsg11
VLake Chelan Dam officially known as the Lake Chelan Hydroelectric Project is located approximately 32 miles (51 km) north of the city of Wenatchee in Chelan County. The dam is located at the lower or southeasterly end of 50.4 miles (81.1 kilometres) long Lake Chelan, and is within the limits of the city of Chelan. The powerhouse is located near the community of Chelan Falls. The reservoir has 677,400 acre-feet (835,600,000 m3) of usable water storage. The 10-year average generation for the Project is 365,000 megawatt hours.
p85684
sbg6
(g13
g8
NtRp85685
(dp85686
g16
Nsg17
Nsg11
VPOINT(-120.01200866699 47.834457397461)
p85687
sbtp85688
a(g6
(g7
g8
NtRp85689
(dp85690
g11
Vhttp://dbpedia.org/resource/Lake_Clarendon_Dam
p85691
sbg6
(g13
g8
NtRp85692
(dp85693
g16
Nsg17
Nsg11
VLake Clarendon Dam
p85694
sbg6
(g13
g8
NtRp85695
(dp85696
g16
Nsg17
Nsg11
VAustralia
p85697
sbg6
(g13
g8
NtRp85698
(dp85699
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp85700
(dp85701
g16
Nsg17
g27
sg11
V4.2
p85702
sbNg6
(g7
g8
NtRp85703
(dp85704
g11
Vhttp://dbpedia.org/resource/Lake_Clarendon_Dam__Lake__1
p85705
sbNg6
(g13
g8
NtRp85706
(dp85707
g16
Nsg17
Nsg11
VIrrigation
p85708
sbg6
(g13
g8
NtRp85709
(dp85710
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Off-stream_reservoir
p85711
sbg6
(g13
g8
NtRp85712
(dp85713
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85714
(dp85715
g16
Nsg17
Nsg11
VQueensland
p85716
sbg6
(g13
g8
NtRp85717
(dp85718
g16
Nsg17
Nsg11
VThe Lake Clarendon Dam is a rock and earth-fill embankment dam with an un-gated spillway located off-stream in the locality of Lake Clarendon in the Lockyer Valley Region, South East Queensland, Australia. The main purpose of the dam is for irrigation of the Lockyer Valley. The resultant impounded reservoir is called Lake Clarendon.
p85719
sbg6
(g13
g8
NtRp85720
(dp85721
g16
Nsg17
Nsg11
VPOINT(152.35110473633 -27.515277862549)
p85722
sbtp85723
a(g6
(g7
g8
NtRp85724
(dp85725
g11
Vhttp://dbpedia.org/resource/Lake_Darling_Dam
p85726
sbg6
(g13
g8
NtRp85727
(dp85728
g16
Nsg17
Nsg11
VLake Darling Dam
p85729
sbg6
(g13
g8
NtRp85730
(dp85731
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p85732
sbg6
(g13
g8
NtRp85733
(dp85734
g16
Nsg17
Nsg11
VEmbankment, earthen
p85735
sbg6
(g13
g8
NtRp85736
(dp85737
g16
Nsg17
g27
sg11
V1.00584
p85738
sbNg6
(g7
g8
NtRp85739
(dp85740
g11
Vhttp://dbpedia.org/resource/Lake_Darling_Dam__Lake__1
p85741
sbg6
(g13
g8
NtRp85742
(dp85743
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Fish_and_Wildlife_Service
p85744
sbNg6
(g13
g8
NtRp85745
(dp85746
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Souris_River
p85747
sbg6
(g13
g8
NtRp85748
(dp85749
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85750
(dp85751
g16
Nsg17
Nsg11
VUSA#North Dakota
p85752
sbg6
(g13
g8
NtRp85753
(dp85754
g16
Nsg17
Nsg11
VLake Darling Dam is an earthen embankment dam on the Souris River in the west north central United States, located twenty miles (30 km) northwest of Minot in Ward County, North Dakota. The dam began impounding water in April 1936 and was completed July of that year; it was created for the purposes of water storage and conservation.
p85755
sbg6
(g13
g8
NtRp85756
(dp85757
g16
Nsg17
Nsg11
VPOINT(-101.58333587646 48.457500457764)
p85758
sbtp85759
a(g6
(g7
g8
NtRp85760
(dp85761
g11
Vhttp://dbpedia.org/resource/Lake_Darling_Dam
p85762
sbg6
(g13
g8
NtRp85763
(dp85764
g16
Nsg17
Nsg11
VTalsperre Lake Darling
p85765
sbg6
(g13
g8
NtRp85766
(dp85767
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p85768
sbg6
(g13
g8
NtRp85769
(dp85770
g16
Nsg17
Nsg11
VEmbankment, earthen
p85771
sbg6
(g13
g8
NtRp85772
(dp85773
g16
Nsg17
g27
sg11
V1.00584
p85774
sbNg6
(g7
g8
NtRp85775
(dp85776
g11
Vhttp://dbpedia.org/resource/Lake_Darling_Dam__Lake__1
p85777
sbg6
(g13
g8
NtRp85778
(dp85779
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Fish_and_Wildlife_Service
p85780
sbNg6
(g13
g8
NtRp85781
(dp85782
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Souris_River
p85783
sbg6
(g13
g8
NtRp85784
(dp85785
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85786
(dp85787
g16
Nsg17
Nsg11
VUSA#North Dakota
p85788
sbg6
(g13
g8
NtRp85789
(dp85790
g16
Nsg17
Nsg11
VLake Darling Dam is an earthen embankment dam on the Souris River in the west north central United States, located twenty miles (30 km) northwest of Minot in Ward County, North Dakota. The dam began impounding water in April 1936 and was completed July of that year; it was created for the purposes of water storage and conservation.
p85791
sbg6
(g13
g8
NtRp85792
(dp85793
g16
Nsg17
Nsg11
VPOINT(-101.58333587646 48.457500457764)
p85794
sbtp85795
a(g6
(g7
g8
NtRp85796
(dp85797
g11
Vhttp://dbpedia.org/resource/Lake_Darling_Dam
p85798
sbg6
(g13
g8
NtRp85799
(dp85800
g16
Nsg17
Nsg11
VLake Darling Dam
p85801
sbg6
(g13
g8
NtRp85802
(dp85803
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p85804
sbg6
(g13
g8
NtRp85805
(dp85806
g16
Nsg17
Nsg11
VEmbankment, earthen
p85807
sbg6
(g13
g8
NtRp85808
(dp85809
g16
Nsg17
g27
sg11
V1.00584
p85810
sbNg6
(g7
g8
NtRp85811
(dp85812
g11
Vhttp://dbpedia.org/resource/Lake_Darling_Dam__Lake__1
p85813
sbg6
(g13
g8
NtRp85814
(dp85815
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Fish_and_Wildlife_Service
p85816
sbNg6
(g13
g8
NtRp85817
(dp85818
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Souris_River
p85819
sbg6
(g13
g8
NtRp85820
(dp85821
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85822
(dp85823
g16
Nsg17
Nsg11
VUSA#North Dakota
p85824
sbg6
(g13
g8
NtRp85825
(dp85826
g16
Nsg17
Nsg11
VLake Darling Dam is an earthen embankment dam on the Souris River in the west north central United States, located twenty miles (30 km) northwest of Minot in Ward County, North Dakota. The dam began impounding water in April 1936 and was completed July of that year; it was created for the purposes of water storage and conservation.
p85827
sbg6
(g13
g8
NtRp85828
(dp85829
g16
Nsg17
Nsg11
VPOINT(-101.58333587646 48.457500457764)
p85830
sbtp85831
a(g6
(g7
g8
NtRp85832
(dp85833
g11
Vhttp://dbpedia.org/resource/Lake_Davis
p85834
sbg6
(g13
g8
NtRp85835
(dp85836
g16
Nsg17
Nsg11
VLake Davis
p85837
sbg6
(g13
g8
NtRp85838
(dp85839
g16
Nsg17
Nsg11
VUnited States
p85840
sbNg6
(g13
g8
NtRp85841
(dp85842
g16
Nsg17
g27
sg11
V8.04672
p85843
sbg6
(g13
g8
NtRp85844
(dp85845
g16
Nsg17
g27
sg11
V1760.83
p85846
sbNNNNNNNg6
(g13
g8
NtRp85847
(dp85848
g16
Nsg17
Nsg11
VLake Davis is an artificial lake in Plumas County, California near the Sierra Nevada community of Portola. Its waters are impounded by Grizzly Valley Dam, which was completed in 1966 as part of the California State Water Project. The lake is named for Lester T. Davis (1906-1952).
p85849
sbg6
(g13
g8
NtRp85850
(dp85851
g16
Nsg17
Nsg11
VPOINT(-120.51055908203 39.912498474121)
p85852
sbtp85853
a(g6
(g7
g8
NtRp85854
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g11
Vhttp://dbpedia.org/resource/Lake_Davis
p85856
sbg6
(g13
g8
NtRp85857
(dp85858
g16
Nsg17
Nsg11
VLac Davis
p85859
sbg6
(g13
g8
NtRp85860
(dp85861
g16
Nsg17
Nsg11
VUnited States
p85862
sbNg6
(g13
g8
NtRp85863
(dp85864
g16
Nsg17
g27
sg11
V8.04672
p85865
sbg6
(g13
g8
NtRp85866
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g16
Nsg17
g27
sg11
V1760.83
p85868
sbNNNNNNNg6
(g13
g8
NtRp85869
(dp85870
g16
Nsg17
Nsg11
VLake Davis is an artificial lake in Plumas County, California near the Sierra Nevada community of Portola. Its waters are impounded by Grizzly Valley Dam, which was completed in 1966 as part of the California State Water Project. The lake is named for Lester T. Davis (1906-1952).
p85871
sbg6
(g13
g8
NtRp85872
(dp85873
g16
Nsg17
Nsg11
VPOINT(-120.51055908203 39.912498474121)
p85874
sbtp85875
a(g6
(g7
g8
NtRp85876
(dp85877
g11
Vhttp://dbpedia.org/resource/Lake_Echo_Power_Station
p85878
sbg6
(g13
g8
NtRp85879
(dp85880
g16
Nsg17
Nsg11
VLake Echo Power Station
p85881
sbg6
(g13
g8
NtRp85882
(dp85883
g16
Nsg17
Nsg11
VAustralia
p85884
sbg6
(g13
g8
NtRp85885
(dp85886
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp85887
(dp85888
g16
Nsg17
g27
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V0.305
p85889
sbNg6
(g7
g8
NtRp85890
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g11
Vhttp://dbpedia.org/resource/Lake_Echo_Power_Station__Lake__1
p85892
sbg6
(g13
g8
NtRp85893
(dp85894
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p85895
sbg6
(g13
g8
NtRp85896
(dp85897
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp85898
(dp85899
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dee_River_(Tasmania)
p85900
sbg6
(g13
g8
NtRp85901
(dp85902
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85903
(dp85904
g16
Nsg17
Nsg11
VAustralia Tasmania
p85905
sbg6
(g13
g8
NtRp85906
(dp85907
g16
Nsg17
Nsg11
VThe Lake Echo Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Upper River Derwent catchment and is owned and operated by Hydro Tasmania.
p85908
sbg6
(g13
g8
NtRp85909
(dp85910
g16
Nsg17
Nsg11
VPOINT(146.63999938965 -42.159999847412)
p85911
sbtp85912
a(g6
(g7
g8
NtRp85913
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g11
Vhttp://dbpedia.org/resource/Lake_Eppalock
p85915
sbg6
(g13
g8
NtRp85916
(dp85917
g16
Nsg17
Nsg11
VLac Eppalock
p85918
sbg6
(g13
g8
NtRp85919
(dp85920
g16
Nsg17
Nsg11
VAustralia
p85921
sbg6
(g13
g8
NtRp85922
(dp85923
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp85924
(dp85925
g16
Nsg17
g27
sg11
V0.4
p85926
sbNg6
(g7
g8
NtRp85927
(dp85928
g11
Vhttp://dbpedia.org/resource/Lake_Eppalock__Lake__1
p85929
sbg6
(g13
g8
NtRp85930
(dp85931
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Goulburn\u2013Murray_Water
p85932
sbg6
(g13
g8
NtRp85933
(dp85934
g16
Nsg17
Nsg11
VWater supply,irrigation
p85935
sbg6
(g13
g8
NtRp85936
(dp85937
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Coliban_River
p85938
sbg6
(g13
g8
NtRp85939
(dp85940
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85941
(dp85942
g16
Nsg17
Nsg11
VVictoria
p85943
sbg6
(g13
g8
NtRp85944
(dp85945
g16
Nsg17
Nsg11
VLake Eppalock is an Australian reservoir in North Central Victoria about 130 kilometres (81 mi) northwest of Melbourne. It was formed by the construction of a major earth and rockfill embankment dam, known as Eppalock Dam, with a controlled chute spillway across the Campaspe and the Coliban rivers. The lake is situated between the regional population centres of Bendigo and Heathcote and serves as a major water storage facility for both places, as well as the Campaspe irrigation district. The lake also serves as a popular sports and recreational facility.
p85946
sbg6
(g13
g8
NtRp85947
(dp85948
g16
Nsg17
Nsg11
VPOINT(144.52207946777 -36.865417480469)
p85949
sbtp85950
a(g6
(g7
g8
NtRp85951
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g11
Vhttp://dbpedia.org/resource/Lake_Eppalock
p85953
sbg6
(g13
g8
NtRp85954
(dp85955
g16
Nsg17
Nsg11
VLake Eppalock
p85956
sbg6
(g13
g8
NtRp85957
(dp85958
g16
Nsg17
Nsg11
VAustralia
p85959
sbg6
(g13
g8
NtRp85960
(dp85961
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp85962
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Nsg17
g27
sg11
V0.4
p85964
sbNg6
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g8
NtRp85965
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g11
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p85967
sbg6
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g8
NtRp85968
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Nsg17
Nsg11
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p85970
sbg6
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g8
NtRp85971
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g16
Nsg17
Nsg11
VWater supply,irrigation
p85973
sbg6
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g8
NtRp85974
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Coliban_River
p85976
sbg6
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g8
NtRp85977
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp85979
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g16
Nsg17
Nsg11
VVictoria
p85981
sbg6
(g13
g8
NtRp85982
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Nsg17
Nsg11
VLake Eppalock is an Australian reservoir in North Central Victoria about 130 kilometres (81 mi) northwest of Melbourne. It was formed by the construction of a major earth and rockfill embankment dam, known as Eppalock Dam, with a controlled chute spillway across the Campaspe and the Coliban rivers. The lake is situated between the regional population centres of Bendigo and Heathcote and serves as a major water storage facility for both places, as well as the Campaspe irrigation district. The lake also serves as a popular sports and recreational facility.
p85984
sbg6
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g8
NtRp85985
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Nsg17
Nsg11
VPOINT(144.52207946777 -36.865417480469)
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p85991
sbg6
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g8
NtRp85992
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g16
Nsg17
Nsg11
VLake Eppalock
p85994
sbg6
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g8
NtRp85995
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g16
Nsg17
Nsg11
VAustralia
p85997
sbg6
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g8
NtRp85998
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Nsg17
Nsg11
VE
sbg6
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g8
NtRp86000
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Nsg17
g27
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V0.4
p86002
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NtRp86003
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p86005
sbg6
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NtRp86006
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p86008
sbg6
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g8
NtRp86009
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Nsg11
VWater supply,irrigation
p86011
sbg6
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g8
NtRp86012
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Campaspe_River
p86014
sbg6
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g8
NtRp86015
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp86017
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g16
Nsg17
Nsg11
VVictoria
p86019
sbg6
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g8
NtRp86020
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Nsg17
Nsg11
VLake Eppalock is an Australian reservoir in North Central Victoria about 130 kilometres (81 mi) northwest of Melbourne. It was formed by the construction of a major earth and rockfill embankment dam, known as Eppalock Dam, with a controlled chute spillway across the Campaspe and the Coliban rivers. The lake is situated between the regional population centres of Bendigo and Heathcote and serves as a major water storage facility for both places, as well as the Campaspe irrigation district. The lake also serves as a popular sports and recreational facility.
p86022
sbg6
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g8
NtRp86023
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Nsg11
VPOINT(144.52207946777 -36.865417480469)
p86025
sbtp86026
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g8
NtRp86027
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Vhttp://dbpedia.org/resource/Lake_Eppalock
p86029
sbg6
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g8
NtRp86030
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g16
Nsg17
Nsg11
VLac Eppalock
p86032
sbg6
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g8
NtRp86033
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g16
Nsg17
Nsg11
VAustralia
p86035
sbg6
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g8
NtRp86036
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g16
Nsg17
Nsg11
VE
sbg6
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g8
NtRp86038
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Nsg17
g27
sg11
V0.4
p86040
sbNg6
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g8
NtRp86041
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g11
Vhttp://dbpedia.org/resource/Lake_Eppalock__Lake__1
p86043
sbg6
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g8
NtRp86044
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Goulburn\u2013Murray_Water
p86046
sbg6
(g13
g8
NtRp86047
(dp86048
g16
Nsg17
Nsg11
VWater supply,irrigation
p86049
sbg6
(g13
g8
NtRp86050
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Campaspe_River
p86052
sbg6
(g13
g8
NtRp86053
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp86055
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g16
Nsg17
Nsg11
VVictoria
p86057
sbg6
(g13
g8
NtRp86058
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g16
Nsg17
Nsg11
VLake Eppalock is an Australian reservoir in North Central Victoria about 130 kilometres (81 mi) northwest of Melbourne. It was formed by the construction of a major earth and rockfill embankment dam, known as Eppalock Dam, with a controlled chute spillway across the Campaspe and the Coliban rivers. The lake is situated between the regional population centres of Bendigo and Heathcote and serves as a major water storage facility for both places, as well as the Campaspe irrigation district. The lake also serves as a popular sports and recreational facility.
p86060
sbg6
(g13
g8
NtRp86061
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g16
Nsg17
Nsg11
VPOINT(144.52207946777 -36.865417480469)
p86063
sbtp86064
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g8
NtRp86065
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g11
Vhttp://dbpedia.org/resource/Lake_Eucha
p86067
sbg6
(g13
g8
NtRp86068
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g16
Nsg17
Nsg11
VLake Eucha
p86070
sbg6
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g8
NtRp86071
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g16
Nsg17
Nsg11
VUnited States
p86073
sbNg6
(g13
g8
NtRp86074
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g16
Nsg17
g27
sg11
V0.64008
p86076
sbg6
(g13
g8
NtRp86077
(dp86078
g16
Nsg17
g27
sg11
V237.134
p86079
sbg6
(g7
g8
NtRp86080
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g11
Vhttp://dbpedia.org/resource/Lake_Eucha__Lake__1
p86082
sbNNg6
(g13
g8
NtRp86083
(dp86084
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spavinaw_Creek
p86085
sbNNg6
(g13
g8
NtRp86086
(dp86087
g16
Nsg17
Nsg11
VUSA Oklahoma
p86088
sbg6
(g13
g8
NtRp86089
(dp86090
g16
Nsg17
Nsg11
VIn 1952, Lake Eucha in Delaware County, Oklahoma, was created by completion of the Eucha dam on Spavinaw Creek. The nearest town is Jay, Oklahoma. This lake is owned by the City of Tulsa, Oklahoma and functions as additional storage and as a buffer for Lake Spavinaw, which is the principal municipal water source for Tulsa.
p86091
sbg6
(g13
g8
NtRp86092
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g16
Nsg17
Nsg11
VPOINT(-94.85807800293 36.342178344727)
p86094
sbtp86095
a(g6
(g7
g8
NtRp86096
(dp86097
g11
Vhttp://dbpedia.org/resource/Lake_Fayetteville
p86098
sbg6
(g13
g8
NtRp86099
(dp86100
g16
Nsg17
Nsg11
VLake Fayetteville
p86101
sbg6
(g13
g8
NtRp86102
(dp86103
g16
Nsg17
Nsg11
VUnited States
p86104
sbNNNg6
(g7
g8
NtRp86105
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g11
Vhttp://dbpedia.org/resource/Lake_Fayetteville__Lake__1
p86107
sbNNNg6
(g13
g8
NtRp86108
(dp86109
g16
Nsg17
Nsg11
VOpen
p86110
sbNg6
(g13
g8
NtRp86111
(dp86112
g16
Nsg17
Nsg11
VArkansas
p86113
sbg6
(g13
g8
NtRp86114
(dp86115
g16
Nsg17
Nsg11
VLake Fayetteville is a reservoir of Clear Creek created by Lake Fayetteville Dam in 1949 in Fayetteville, Arkansas. Bordered on the north by Springdale, the lake was created as a water supply for the City of Fayetteville, but now serves as recreational lake surrounded by residential neighborhoods and as a focal point along the Razorback Regional Greenway for cyclists and trail users throughout Northwest Arkansas.
p86116
sbg6
(g13
g8
NtRp86117
(dp86118
g16
Nsg17
Nsg11
VPOINT(-94.139167785645 36.135555267334)
p86119
sbtp86120
a(g6
(g7
g8
NtRp86121
(dp86122
g11
Vhttp://dbpedia.org/resource/Lake_Hudson_(Oklahoma)
p86123
sbg6
(g13
g8
NtRp86124
(dp86125
g16
Nsg17
Nsg11
VLake Hudson (Oklahoma)
p86126
sbg6
(g13
g8
NtRp86127
(dp86128
g16
Nsg17
Nsg11
VUnited States
p86129
sbNNNg6
(g7
g8
NtRp86130
(dp86131
g11
Vhttp://dbpedia.org/resource/Lake_Hudson_(Oklahoma)__Lake__1
p86132
sbNNNNNg6
(g13
g8
NtRp86133
(dp86134
g16
Nsg17
Nsg11
VUSA Oklahoma
p86135
sbg6
(g13
g8
NtRp86136
(dp86137
g16
Nsg17
Nsg11
VLake Hudson, also known as Markham Ferry Reservoir, is a man-made reservoir in Mayes County, Oklahoma, United States, about 2 miles (3.2 km) northwest of Locust Grove, Oklahoma and 8 miles (13 km) southeast of Pryor, Oklahoma. It was created by the completion of the Robert S. Kerr Dam on the Grand River in 1964. It is managed by the Grand River Dam Authority (GRDA).
p86138
sbg6
(g13
g8
NtRp86139
(dp86140
g16
Nsg17
Nsg11
VPOINT(-95.181907653809 36.233428955078)
p86141
sbtp86142
a(g6
(g7
g8
NtRp86143
(dp86144
g11
Vhttp://dbpedia.org/resource/Lake_Manchester_Dam
p86145
sbg6
(g13
g8
NtRp86146
(dp86147
g16
Nsg17
Nsg11
VLake Manchester Dam
p86148
sbg6
(g13
g8
NtRp86149
(dp86150
g16
Nsg17
Nsg11
VAustralia
p86151
sbg6
(g13
g8
NtRp86152
(dp86153
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp86154
(dp86155
g16
Nsg17
g27
sg11
V0.188
p86156
sbNg6
(g7
g8
NtRp86157
(dp86158
g11
Vhttp://dbpedia.org/resource/Lake_Manchester_Dam__Lake__1
p86159
sbNg6
(g13
g8
NtRp86160
(dp86161
g16
Nsg17
Nsg11
VRecreation
p86162
sbNg6
(g13
g8
NtRp86163
(dp86164
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp86165
(dp86166
g16
Nsg17
Nsg11
VQueensland
p86167
sbg6
(g13
g8
NtRp86168
(dp86169
g16
Nsg17
Nsg11
VLake Manchester Dam is a concrete gravity dam with an un-gated spillway across Cabbage Tree Creek. It is also known as Cabbage Tree Creek Dam. It is in the locality of Lake Manchester, City of Brisbane, Queensland, Australia. The main purpose of the dam is for potable water supply of Brisbane. The impounded reservoir is called Lake Manchester.
p86170
sbg6
(g13
g8
NtRp86171
(dp86172
g16
Nsg17
Nsg11
VPOINT(152.7513885498 -27.488056182861)
p86173
sbtp86174
a(g6
(g7
g8
NtRp86175
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g11
Vhttp://dbpedia.org/resource/Lake_Manchester_Dam
p86177
sbg6
(g13
g8
NtRp86178
(dp86179
g16
Nsg17
Nsg11
VLake Manchester Dam
p86180
sbg6
(g13
g8
NtRp86181
(dp86182
g16
Nsg17
Nsg11
VAustralia
p86183
sbg6
(g13
g8
NtRp86184
(dp86185
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp86186
(dp86187
g16
Nsg17
g27
sg11
V0.188
p86188
sbNg6
(g7
g8
NtRp86189
(dp86190
g11
Vhttp://dbpedia.org/resource/Lake_Manchester_Dam__Lake__1
p86191
sbNg6
(g13
g8
NtRp86192
(dp86193
g16
Nsg17
Nsg11
VPotablewater supply
p86194
sbNg6
(g13
g8
NtRp86195
(dp86196
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp86197
(dp86198
g16
Nsg17
Nsg11
VQueensland
p86199
sbg6
(g13
g8
NtRp86200
(dp86201
g16
Nsg17
Nsg11
VLake Manchester Dam is a concrete gravity dam with an un-gated spillway across Cabbage Tree Creek. It is also known as Cabbage Tree Creek Dam. It is in the locality of Lake Manchester, City of Brisbane, Queensland, Australia. The main purpose of the dam is for potable water supply of Brisbane. The impounded reservoir is called Lake Manchester.
p86202
sbg6
(g13
g8
NtRp86203
(dp86204
g16
Nsg17
Nsg11
VPOINT(152.7513885498 -27.488056182861)
p86205
sbtp86206
a(g6
(g7
g8
NtRp86207
(dp86208
g11
Vhttp://dbpedia.org/resource/Lake_Margaret_(Tasmania)
p86209
sbg6
(g13
g8
NtRp86210
(dp86211
g16
Nsg17
Nsg11
VLake Margaret (Tasmania)
p86212
sbg6
(g13
g8
NtRp86213
(dp86214
g16
Nsg17
Nsg11
VAustralia
p86215
sbg6
(g13
g8
NtRp86216
(dp86217
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp86218
(dp86219
g16
Nsg17
g27
sg11
V0.243
p86220
sbNg6
(g7
g8
NtRp86221
(dp86222
g11
Vhttp://dbpedia.org/resource/Lake_Margaret_(Tasmania)__Lake__1
p86223
sbg6
(g13
g8
NtRp86224
(dp86225
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p86226
sbg6
(g13
g8
NtRp86227
(dp86228
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp86229
(dp86230
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yolande_River
p86231
sbg6
(g13
g8
NtRp86232
(dp86233
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp86234
(dp86235
g16
Nsg17
g27
sg11
V6000.0
p86236
sbg6
(g13
g8
NtRp86237
(dp86238
g16
Nsg17
Nsg11
VAustralia Tasmania
p86239
sbg6
(g13
g8
NtRp86240
(dp86241
g16
Nsg17
Nsg11
VLake Margaret is a concrete-faced gravity dam with an uncontrolled spillway across the Yolande River, located on the north side of Mount Sedgwick, in the West Coast Range, West Coast of Tasmania, Australia. The impounded reservoir is also called Lake Margaret.
p86242
sbg6
(g13
g8
NtRp86243
(dp86244
g16
Nsg17
Nsg11
VPOINT(145.5333404541 -42)
p86245
sbtp86246
a(g6
(g7
g8
NtRp86247
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g11
Vhttp://dbpedia.org/resource/Lake_Margaret_(Tasmania)
p86249
sbg6
(g13
g8
NtRp86250
(dp86251
g16
Nsg17
Nsg11
VLake Margaret (Tasmanien)
p86252
sbg6
(g13
g8
NtRp86253
(dp86254
g16
Nsg17
Nsg11
VAustralia
p86255
sbg6
(g13
g8
NtRp86256
(dp86257
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp86258
(dp86259
g16
Nsg17
g27
sg11
V0.243
p86260
sbNg6
(g7
g8
NtRp86261
(dp86262
g11
Vhttp://dbpedia.org/resource/Lake_Margaret_(Tasmania)__Lake__1
p86263
sbg6
(g13
g8
NtRp86264
(dp86265
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p86266
sbg6
(g13
g8
NtRp86267
(dp86268
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp86269
(dp86270
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yolande_River
p86271
sbg6
(g13
g8
NtRp86272
(dp86273
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp86274
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g16
Nsg17
g27
sg11
V6000.0
p86276
sbg6
(g13
g8
NtRp86277
(dp86278
g16
Nsg17
Nsg11
VAustralia Tasmania
p86279
sbg6
(g13
g8
NtRp86280
(dp86281
g16
Nsg17
Nsg11
VLake Margaret is a concrete-faced gravity dam with an uncontrolled spillway across the Yolande River, located on the north side of Mount Sedgwick, in the West Coast Range, West Coast of Tasmania, Australia. The impounded reservoir is also called Lake Margaret.
p86282
sbg6
(g13
g8
NtRp86283
(dp86284
g16
Nsg17
Nsg11
VPOINT(145.5333404541 -42)
p86285
sbtp86286
a(g6
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g8
NtRp86287
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g11
Vhttp://dbpedia.org/resource/Lake_Margaret_(Tasmania)
p86289
sbg6
(g13
g8
NtRp86290
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g16
Nsg17
Nsg11
VLake Margaret
p86292
sbg6
(g13
g8
NtRp86293
(dp86294
g16
Nsg17
Nsg11
VAustralia
p86295
sbg6
(g13
g8
NtRp86296
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp86298
(dp86299
g16
Nsg17
g27
sg11
V0.243
p86300
sbNg6
(g7
g8
NtRp86301
(dp86302
g11
Vhttp://dbpedia.org/resource/Lake_Margaret_(Tasmania)__Lake__1
p86303
sbg6
(g13
g8
NtRp86304
(dp86305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p86306
sbg6
(g13
g8
NtRp86307
(dp86308
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp86309
(dp86310
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yolande_River
p86311
sbg6
(g13
g8
NtRp86312
(dp86313
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp86314
(dp86315
g16
Nsg17
g27
sg11
V6000.0
p86316
sbg6
(g13
g8
NtRp86317
(dp86318
g16
Nsg17
Nsg11
VAustralia Tasmania
p86319
sbg6
(g13
g8
NtRp86320
(dp86321
g16
Nsg17
Nsg11
VLake Margaret is a concrete-faced gravity dam with an uncontrolled spillway across the Yolande River, located on the north side of Mount Sedgwick, in the West Coast Range, West Coast of Tasmania, Australia. The impounded reservoir is also called Lake Margaret.
p86322
sbg6
(g13
g8
NtRp86323
(dp86324
g16
Nsg17
Nsg11
VPOINT(145.5333404541 -42)
p86325
sbtp86326
a(g6
(g7
g8
NtRp86327
(dp86328
g11
Vhttp://dbpedia.org/resource/Lake_Margaret_Power_Station
p86329
sbg6
(g13
g8
NtRp86330
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VLake Margaret Power Station
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VP
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VO
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VAustralia Tasmania
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VThe Lake Margaret Power Stations comprise two hydroelectric power stations located in Western Tasmania, Australia. The power stations are part of the King \u2013 Yolande Power Scheme and are owned and operated by Hydro Tasmania. Officially the Upper Lake Margaret Power Station, a conventional hydroelectric power station, and the Lower Lake Margaret Power Station, a mini-hydroelectric power station, the stations are generally collectively referred to in the singular format as the Lake Margaret Power Station. The stations are located approximately 2.5 kilometres (1.6 mi) apart.
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VLake McMurtry
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VUSA Oklahoma
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VLake McMurty is a reservoir in Noble County. The lake is located to the north-west of Stillwater, and north of Lake Carl Blackwell.
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VPOINT(-97.179588317871 36.175910949707)
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VLake Parramatta
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VDomestic
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VAustralia Sydney
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VLake Parramatta is a heritage-listed man-made reservoir and a recreational area located in North Parramatta, City of Parramatta, in the Western Sydney region of New South Wales, Australia. The masonry arch-walled dam across Hunts Creek was completed in 1856 to supply water for domestic purposes; and was operational until 1909. The dam has since been decommissioned and the lake and the surrounding nature reserve are a popular recreational area.
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VPOINT(151.00750732422 -33.790000915527)
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V\u5e15\u62c9\u9a6c\u5854\u6e56
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VAustralia
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VA
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VDomestic
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VAustralia Sydney
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VLake Parramatta is a heritage-listed man-made reservoir and a recreational area located in North Parramatta, City of Parramatta, in the Western Sydney region of New South Wales, Australia. The masonry arch-walled dam across Hunts Creek was completed in 1856 to supply water for domestic purposes; and was operational until 1909. The dam has since been decommissioned and the lake and the surrounding nature reserve are a popular recreational area.
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VPOINT(151.00750732422 -33.790000915527)
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VLake Sherburne Dam
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VUnited States
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VEarth embankment
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V185055.0
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VMontana
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VLake Sherburne Dam is a 107-foot (33 m) high compacted earthfill dam built between 1914 and 1921 built just outside the boundary of Glacier National Park, Montana, its reservoir extending into the park. The dam impounds as it flows out of the park. Water stored in Lake Sherburne is released to flow down Swiftcurrent Creek to the St. Mary River, from which it is diverted to the Milk River, flowing through Canada for 216 miles (348 km) before returning to the United States. Use of these waters is governed by the Boundary Waters Treaty of 1909. Water from the Milk River is used for irrigation in north central Montana.
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VPOINT(-113.52136993408 48.82829284668)
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VLake Tangipahoa Dam
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VUnited States
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VRecreation
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VOperational
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VMississippi
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VLake Tangipahoa Dam is an embankment dam on the Tangipahoa River in Pike County, Mississippi. It forms Lake Tangipahoa within the Percy Quin State Park. The dam was completed in 1940 and in 1942 it failed. It was rebuilt in 1945 at a cost of $75,000. During the spring flood of 1983, the dam again failed and contributed to the flood records for the Tangipahoa River that stand today. The dam was rebuilt afterward and a concrete flood control structure was added. Heavy rainfall from Hurricane Isaac in August 2012 prompted the evacuation of 60,000 people downstream of the dam due to high reservoir levels and concerns of its stability. The lake was drained later in the month with plans to rebuild the dam.
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NtRp86514
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VPOINT(-90.527778625488 31.174722671509)
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VLake Thomas A Edison
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VUnited States
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p86529
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NtRp86530
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V2331.11
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VLake Thomas A Edison (also known as Thomas A. Edison Lake and Edison Lake) is a reservoir in the Sierra National Forest and in Fresno County, California. It is in the Sierra Nevada, and near the Pacific Crest Trail. The reservoir's waters are impounded by Vermilion Valley Dam (National ID CA00441), which was completed in 1954. The reservoir and dam are part of the Big Creek Hydroelectric Project.
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VPOINT(-118.97611236572 37.382778167725)
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VLake Vâr\u0219ol\u021b
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VVâr\u0219ol\u021b Reservoir (Romanian: Lacul de acumulare Vâr\u015fol\u0163) is the largest lake in S\u0103laj County, Romania. It is a reservoir was made in 1976-1979. Vâr\u0219ol\u021b Lake is situated in Crasna basin, between Crasna and Vâr\u0219ol\u021b. The dam has a height of 17 m (56 ft) and a length of 2,160 m (7,090 ft) having a volume of 50.2 million m3 of water. The lake was created by the floods mitigation and protection against floodings. Created after 1970 floods in Romania, the lake controls the water output of the Crasna River. Vâr\u0219ol\u021b Lake is a drinking water source for Zal\u0103u and \u0218imleu Silvaniei towns. The lake's surface is of 652 ha.
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VPOINT(22.915555953979 47.180278778076)
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VLlac Vâr\u0219ol\u021b
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VRomania
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VVâr\u0219ol\u021b Reservoir (Romanian: Lacul de acumulare Vâr\u015fol\u0163) is the largest lake in S\u0103laj County, Romania. It is a reservoir was made in 1976-1979. Vâr\u0219ol\u021b Lake is situated in Crasna basin, between Crasna and Vâr\u0219ol\u021b. The dam has a height of 17 m (56 ft) and a length of 2,160 m (7,090 ft) having a volume of 50.2 million m3 of water. The lake was created by the floods mitigation and protection against floodings. Created after 1970 floods in Romania, the lake controls the water output of the Crasna River. Vâr\u0219ol\u021b Lake is a drinking water source for Zal\u0103u and \u0218imleu Silvaniei towns. The lake's surface is of 652 ha.
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VPOINT(22.915555953979 47.180278778076)
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VLake W. R. Holway
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p86607
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VLake W. R. Holway, or Chimney Rock Lake is a reservoir in Mayes County, Oklahoma on the Saline Creek arm of Lake Hudson (Oklahoma). It was created in 1968 by the Grand River Dam Authority (GRDA) as an integral part of the Salina Pumped Storage Project. It is northeast of Locust Grove and southeast of Salina, Oklahoma. Originally named Chimney Rock Lake, it was renamed in 1981 to honor W. R. Holway, the consulting engineer who was responsible for constructing the Spavinaw Water Project, Pensacola Dam, and other important projects. Its primary purpose is peak power generation.
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VPOINT(-95.098609924316 36.252777099609)
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Vhttp://dbpedia.org/resource/Lake_Yahola_(Oklahoma)
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NtRp86618
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VLake Yahola (Oklahoma)
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NtRp86621
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VUnited States
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NtRp86633
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VUSA Oklahoma
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Nsg17
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VLake Yahola is a reservoir in Tulsa, Oklahoma. The reservoir was completed in 1924. Its primary purpose is to store raw water for treatment and distribution. This city-owned, 2-billion-US-gallon (7,600,000 m3), concrete-lined lake is an integral part of the Tulsa water supply, and receives water by pipeline from Lake Spavinaw. It is located in Mohawk Park, adjacent to the Mohawk Water Treatment Plant.
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VPOINT(-95.923606872559 36.218425750732)
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V\u0413\u0415\u0421 Vyasi
p86648
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NtRp86649
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Vhttp://dbpedia.org/resource/India
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NtRp86652
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Nsg17
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VGravity
p86654
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NtRp86655
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Vhttp://dbpedia.org/resource/Lakhwar_Dam__Lake__1
p86657
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NtRp86658
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VPower
p86660
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NtRp86661
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Nsg11
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NtRp86664
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Nsg17
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VUC
p86666
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NtRp86667
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Nsg17
Nsg11
VIndia
p86669
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VLakhwar-Vyasi Dam project on Yamuna River, includes under-construction Lakhwar Dam and Power Station, Vyasi Dam, Hathiari Power Station and Katapathar Barrage, near the town in Kalsi block of Dehradun district of Uttarakhand in India, for the purpose of irrigation of 40,000 hectare land and total 927 MW hydroelectric power generation. "Lakhwar Dam" is a gravity dam near the Lohari village with 300MW power generation capacity. "Vyasi Dam" will be built 5 km downstream along with 120 MW "Hathiari Power Station" further 0.5 km downstream. "Katapathar Barrage", with the maximum ponding water level at 514.5m elevation, will be built further 2.75 km downstream of the Hathiari Power Station to supply the water to stakeholder states. Project will hold 580 million cubic metres water during monsoon
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VThe Lam Phra Phloeng Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e25\u0e33\u0e1e\u0e23\u0e30\u0e40\u0e1e\u0e25\u0e34\u0e07, RTGS: Khuean Lam Phra Phloeng, pronounced [k\u02b0\u026f\u0300a\u032fn l\u0101m p\u02b0rá\u0294 p\u02b0l\u0264\u0304\u02d0\u014b]), is a dam on the Lam Phra Phloeng River, part of the Mun River catchment, in the Pak Thong Chai District, Nakhon Ratchasima Province, Thailand. Construction of the dam was completed in 1963, and its reservoir has suffered from very high levels of sedimentation resulting from erosion within its catchment area. Its function is mainly irrigation water supply, although it generates electricity as well.
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VThe Lam Takhong Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e25\u0e33\u0e15\u0e30\u0e04\u0e2d\u0e07, RTGS: Khuean Lam Takhong, pronounced [k\u02b0\u026f\u0300a\u032fn l\u0101m t\u0101.k\u02b0\u0254\u0304\u02d0\u014b]) is an embankment dam on the Lam Takhong River between Pak Chong District and Sikhio District in Nakhon Ratchasima Province, Thailand. The dam was originally constructed in 1974 for the purposes of irrigation and water supply but after 2002, its water storage also serves as the lower reservoir for the Lam Takhong pumped storage power plant, Thailand's first power plant of that type.
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p86988
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(g13
g8
NtRp86989
(dp86990
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Nsg17
Nsg11
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p86991
sbg6
(g13
g8
NtRp86992
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Nsg17
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p86994
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NtRp86995
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Nsg17
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g8
NtRp87004
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Nsg17
Nsg11
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p87006
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NtRp87007
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Nsg17
Nsg11
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p87009
sbg6
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VThe Lam Takhong Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e25\u0e33\u0e15\u0e30\u0e04\u0e2d\u0e07, RTGS: Khuean Lam Takhong, pronounced [k\u02b0\u026f\u0300a\u032fn l\u0101m t\u0101.k\u02b0\u0254\u0304\u02d0\u014b]) is an embankment dam on the Lam Takhong River between Pak Chong District and Sikhio District in Nakhon Ratchasima Province, Thailand. The dam was originally constructed in 1974 for the purposes of irrigation and water supply but after 2002, its water storage also serves as the lower reservoir for the Lam Takhong pumped storage power plant, Thailand's first power plant of that type.
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sbg6
(g13
g8
NtRp87013
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p87019
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Nsg11
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p87022
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sbg6
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g8
NtRp87026
(dp87027
g16
Nsg17
Nsg11
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sbg6
(g13
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Nsg17
g27
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p87031
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g8
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g8
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g16
Nsg17
Nsg11
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p87040
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(g13
g8
NtRp87041
(dp87042
g16
Nsg17
Nsg11
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p87043
sbNg6
(g13
g8
NtRp87044
(dp87045
g16
Nsg17
Nsg11
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p87046
sbg6
(g13
g8
NtRp87047
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VThe Lam Takhong Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e25\u0e33\u0e15\u0e30\u0e04\u0e2d\u0e07, RTGS: Khuean Lam Takhong, pronounced [k\u02b0\u026f\u0300a\u032fn l\u0101m t\u0101.k\u02b0\u0254\u0304\u02d0\u014b]) is an embankment dam on the Lam Takhong River between Pak Chong District and Sikhio District in Nakhon Ratchasima Province, Thailand. The dam was originally constructed in 1974 for the purposes of irrigation and water supply but after 2002, its water storage also serves as the lower reservoir for the Lam Takhong pumped storage power plant, Thailand's first power plant of that type.
p87049
sbg6
(g13
g8
NtRp87050
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g16
Nsg17
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VPOINT(101.56027984619 14.864999771118)
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p87056
sbg6
(g13
g8
NtRp87057
(dp87058
g16
Nsg17
Nsg11
VLangvann Hydroelectric Power Station
p87059
sbg6
(g13
g8
NtRp87060
(dp87061
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Nsg17
Nsg11
VNorway
p87062
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g8
NtRp87063
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p87065
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g8
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g16
Nsg17
Nsg11
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p87068
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(g13
g8
NtRp87069
(dp87070
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp87071
(dp87072
g16
Nsg17
Nsg11
VThe Langvann Hydroelectric Power Station (Norwegian: Langvann kraftverk or Langvann kraftstasjon) is a hydroelectric power station in the municipality of Gildeskål in Nordland county, Norway. It is sometimes referred to as the Langvatn kraftverk, which should not be confused with the in Rana. The plant utilizes a drop of 64 meters (210 ft) between two lakes: Fellvatnet (Lule Sami: Roavggojávrre), regulated between an elevation of 393 m (1,289 ft) and 333 m (1,093 ft), and Langvatnet (Lule Sami: Gåddumjávrre), regulated between an elevation of 331 m (1,086 ft) and 299 m (981 ft).
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sbg6
(g13
g8
NtRp87074
(dp87075
g16
Nsg17
Nsg11
VPOINT(14.148611068726 66.88777923584)
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sbtp87077
a(g6
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g8
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p87080
sbg6
(g13
g8
NtRp87081
(dp87082
g16
Nsg17
Nsg11
VLangvann Hydroelectric Power Station
p87083
sbg6
(g13
g8
NtRp87084
(dp87085
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Nsg17
Nsg11
VNorway
p87086
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g8
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p87089
sbg6
(g13
g8
NtRp87090
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g16
Nsg17
Nsg11
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p87092
sbNNg6
(g13
g8
NtRp87093
(dp87094
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp87095
(dp87096
g16
Nsg17
Nsg11
VThe Langvann Hydroelectric Power Station (Norwegian: Langvann kraftverk or Langvann kraftstasjon) is a hydroelectric power station in the municipality of Gildeskål in Nordland county, Norway. It is sometimes referred to as the Langvatn kraftverk, which should not be confused with the in Rana. The plant utilizes a drop of 64 meters (210 ft) between two lakes: Fellvatnet (Lule Sami: Roavggojávrre), regulated between an elevation of 393 m (1,289 ft) and 333 m (1,093 ft), and Langvatnet (Lule Sami: Gåddumjávrre), regulated between an elevation of 331 m (1,086 ft) and 299 m (981 ft).
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sbg6
(g13
g8
NtRp87098
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Nsg17
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VPOINT(14.148611068726 66.88777923584)
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Vhttp://dbpedia.org/resource/Laohuzui_Hydropower_Station
p87104
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g8
NtRp87105
(dp87106
g16
Nsg17
Nsg11
VLaohuzui Hydropower Station
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(g13
g8
NtRp87108
(dp87109
g16
Nsg17
Nsg11
VChina
p87110
sbNNNNNg6
(g13
g8
NtRp87111
(dp87112
g16
Nsg17
Nsg11
VPower
p87113
sbNNNNg6
(g13
g8
NtRp87114
(dp87115
g16
Nsg17
Nsg11
VThe Laohuzui Hydropower Station (Chinese: \u8001\u864e\u5634\u6c34\u7535\u7ad9), also called as Laohuzui hydropower project, is a hydropower station in Tibet located in of Nyingchi Prefecture, about 343 km from Lhasa. The "Laohuzui" in the phrase "Laohuzui Hydropower Station" refers to the "tiger's mouth".
p87116
sbNtp87117
a(g6
(g7
g8
NtRp87118
(dp87119
g11
Vhttp://dbpedia.org/resource/Laohuzui_Hydropower_Station
p87120
sbg6
(g13
g8
NtRp87121
(dp87122
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 L\u01ceoh\u01d4zu\u01d0
p87123
sbg6
(g13
g8
NtRp87124
(dp87125
g16
Nsg17
Nsg11
VChina
p87126
sbNNNNNg6
(g13
g8
NtRp87127
(dp87128
g16
Nsg17
Nsg11
VPower
p87129
sbNNNNg6
(g13
g8
NtRp87130
(dp87131
g16
Nsg17
Nsg11
VThe Laohuzui Hydropower Station (Chinese: \u8001\u864e\u5634\u6c34\u7535\u7ad9), also called as Laohuzui hydropower project, is a hydropower station in Tibet located in of Nyingchi Prefecture, about 343 km from Lhasa. The "Laohuzui" in the phrase "Laohuzui Hydropower Station" refers to the "tiger's mouth".
p87132
sbNtp87133
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(g7
g8
NtRp87134
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g11
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p87136
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(g13
g8
NtRp87137
(dp87138
g16
Nsg17
Nsg11
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p87139
sbg6
(g13
g8
NtRp87140
(dp87141
g16
Nsg17
Nsg11
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p87142
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g8
NtRp87143
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Nsg17
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p87145
sbg6
(g13
g8
NtRp87146
(dp87147
g16
Nsg17
Nsg11
VOther
p87148
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(g13
g8
NtRp87149
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g16
Nsg17
Nsg11
VSaudi Arabia
p87151
sbg6
(g13
g8
NtRp87152
(dp87153
g16
Nsg17
Nsg11
VThe Lasad dam is a dam in Saudi Arabia opened in 1987 and located in Riyadh region.
p87154
sbg6
(g13
g8
NtRp87155
(dp87156
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
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g11
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p87161
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(g13
g8
NtRp87162
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g16
Nsg17
Nsg11
V\u0633\u062f \u0644\u0635\u0627\u062f
p87164
sbg6
(g13
g8
NtRp87165
(dp87166
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p87167
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(g13
g8
NtRp87168
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g16
Nsg17
Nsg11
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p87170
sbg6
(g13
g8
NtRp87171
(dp87172
g16
Nsg17
Nsg11
VOther
p87173
sbNNNg6
(g13
g8
NtRp87174
(dp87175
g16
Nsg17
Nsg11
VSaudi Arabia
p87176
sbg6
(g13
g8
NtRp87177
(dp87178
g16
Nsg17
Nsg11
VThe Lasad dam is a dam in Saudi Arabia opened in 1987 and located in Riyadh region.
p87179
sbg6
(g13
g8
NtRp87180
(dp87181
g16
Nsg17
Nsg11
VPOINT(46.715065002441 24.631969451904)
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a(g6
(g7
g8
NtRp87184
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g11
Vhttp://dbpedia.org/resource/Lassajavre_Hydroelectric_Power_Station
p87186
sbg6
(g13
g8
NtRp87187
(dp87188
g16
Nsg17
Nsg11
VLassajavre Hydroelectric Power Station
p87189
sbg6
(g13
g8
NtRp87190
(dp87191
g16
Nsg17
Nsg11
VNorway
p87192
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g8
NtRp87193
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g11
Vhttp://dbpedia.org/resource/Lassajavre_Hydroelectric_Power_Station__Lake__1
p87195
sbNNNg6
(g13
g8
NtRp87196
(dp87197
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp87198
(dp87199
g16
Nsg17
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VThe Lassajavre Hydroelectric Power Station (Norwegian: Lassajavre kraftverk or Lassajavrre kraftverk) is a hydroelectric power station in the municipality of Kvænangen in Troms county, Norway. The plant utilizes a drop between Lake Abo (Kven: Aapujärvi, Northern Sami: Ábojávri) and Lake Lassa (Kven: Lassojärvi, Northern Sami: Lássájávri). Lake Abo is regulated at a level between 689 meters (2,260 ft) and 669 m (2,195 ft), and Lake Lassa serves as the reservoir for the Småvatna Hydroelectric Power Station. The Lassajavre plant also utilizes water from Lake Mollis (Kven: Mollisjärvi, Northern Sami: Stuora Molle\u0161javri) and Lake Sarves (Kven: Kolmas Hirvasjärvi, Northern Sami: Sarvvesjávri). The plant came into operation in 1977. It has a Francis turbine and operates at an installed capacity o
p87200
sbg6
(g13
g8
NtRp87201
(dp87202
g16
Nsg17
Nsg11
VPOINT(22.219999313354 69.660552978516)
p87203
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g8
NtRp87205
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p87207
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(g13
g8
NtRp87208
(dp87209
g16
Nsg17
Nsg11
VLavon Dam
p87210
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(g13
g8
NtRp87211
(dp87212
g16
Nsg17
Nsg11
VUnited States
p87213
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(g13
g8
NtRp87214
(dp87215
g16
Nsg17
Nsg11
VRolled earthfill
p87216
sbg6
(g13
g8
NtRp87217
(dp87218
g16
Nsg17
g27
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V5.94147
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(g7
g8
NtRp87220
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g11
Vhttp://dbpedia.org/resource/Lavon_Dam__Lake__1
p87222
sbNNNg6
(g13
g8
NtRp87223
(dp87224
g16
Nsg17
Nsg11
VIn use
p87225
sbg6
(g13
g8
NtRp87226
(dp87227
g16
Nsg17
g27
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V1.30418e+07
p87228
sbNg6
(g13
g8
NtRp87229
(dp87230
g16
Nsg17
Nsg11
VLavon Dam is located in Collin County, Texas on the East Fork of the Trinity River, about 3 miles east of Wylie and 22 miles northeast of Dallas. It was constructed to create the Lavon Lake and is named after the town of Lavon. Dams are generally named after the closest town near the structure.
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sbg6
(g13
g8
NtRp87232
(dp87233
g16
Nsg17
Nsg11
VPOINT(-96.467224121094 33.032501220703)
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NtRp87236
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Vhttp://dbpedia.org/resource/Lawa_Hydropower_Station
p87238
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(g13
g8
NtRp87239
(dp87240
g16
Nsg17
Nsg11
VLawa Hydropower Station
p87241
sbg6
(g13
g8
NtRp87242
(dp87243
g16
Nsg17
Nsg11
VChina
p87244
sbNNNNNg6
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g8
NtRp87245
(dp87246
g16
Nsg17
Nsg11
VPower, flood control
p87247
sbNNNNg6
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NtRp87248
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Nsg17
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VThe Lawa Hydropower Station (Chinese: \u62c9\u54c7\u6c34\u7535\u7ad9) is a hydropower station along the Jinsha River in the junction of Sichuan Province and Tibet Autonomous Region. It is located in the upper reaches of the Jinsha River. The Lawa Dam is a rock-fill dam with a maximum height of 234 meters. The total investment of this project is ¥ 30.969 billion, and the total installed capacity is 2 million kilowatts.
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NtRp87252
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g11
Vhttp://dbpedia.org/resource/Laxapana_Dam
p87254
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(g13
g8
NtRp87255
(dp87256
g16
Nsg17
Nsg11
VLaxapana Dam
p87257
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(g13
g8
NtRp87258
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p87260
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(g13
g8
NtRp87261
(dp87262
g16
Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp87263
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g11
Vhttp://dbpedia.org/resource/Laxapana_Dam__Lake__1
p87265
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(g13
g8
NtRp87266
(dp87267
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ceylon_Electricity_Board
p87268
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(g13
g8
NtRp87269
(dp87270
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp87271
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Maskeliya_Oya
p87273
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(g13
g8
NtRp87274
(dp87275
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp87276
(dp87277
g16
Nsg17
Nsg11
VSri Lanka
p87278
sbg6
(g13
g8
NtRp87279
(dp87280
g16
Nsg17
Nsg11
VThe Laxapana Dam is a gravity dam built across the Maskeliya Oya, 2.8 km (1.7 mi) downstream of the Laxapana Falls, in the Central Province of Sri Lanka.
p87281
sbg6
(g13
g8
NtRp87282
(dp87283
g16
Nsg17
Nsg11
VPOINT(80.489440917969 6.9188890457153)
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a(g6
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(g13
g8
NtRp87289
(dp87290
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Lay
p87291
sbg6
(g13
g8
NtRp87292
(dp87293
g16
Nsg17
Nsg11
VUnited States
p87294
sbNNNNNg6
(g13
g8
NtRp87295
(dp87296
g16
Nsg17
Nsg11
VWater supply,flood control, power
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NtRp87298
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Coosa_River
p87300
sbg6
(g13
g8
NtRp87301
(dp87302
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp87303
(dp87304
g16
Nsg17
Nsg11
VUSA Alabama#USA
p87305
sbg6
(g13
g8
NtRp87306
(dp87307
g16
Nsg17
Nsg11
VLay Dam is a hydroelectric power dam on the Coosa River in Chilton County and Coosa County, near Clanton, Alabama. The concrete run-of-the-river gravity dam was built in 1914 as the first major project of Alabama Power Company, and named for Captain , its first president. The dam's hydroelectric facility has a generating capacity of 177 megawatts (237,000 hp). The construction of the dam flooded the original site of Fort Williams, which was used during the Creek War.
p87308
sbg6
(g13
g8
NtRp87309
(dp87310
g16
Nsg17
Nsg11
VPOINT(-86.516700744629 32.963718414307)
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a(g6
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NtRp87313
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g11
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p87315
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(g13
g8
NtRp87316
(dp87317
g16
Nsg17
Nsg11
VLay Dam
p87318
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(g13
g8
NtRp87319
(dp87320
g16
Nsg17
Nsg11
VUnited States
p87321
sbNNNNNg6
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NtRp87322
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g16
Nsg17
Nsg11
VWater supply,flood control, power
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Nsg11
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p87327
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g8
NtRp87328
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Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp87330
(dp87331
g16
Nsg17
Nsg11
VUSA Alabama#USA
p87332
sbg6
(g13
g8
NtRp87333
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Nsg17
Nsg11
VLay Dam is a hydroelectric power dam on the Coosa River in Chilton County and Coosa County, near Clanton, Alabama. The concrete run-of-the-river gravity dam was built in 1914 as the first major project of Alabama Power Company, and named for Captain , its first president. The dam's hydroelectric facility has a generating capacity of 177 megawatts (237,000 hp). The construction of the dam flooded the original site of Fort Williams, which was used during the Creek War.
p87335
sbg6
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g8
NtRp87336
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g16
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Nsg11
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Nsg17
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VLaya dam
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g8
NtRp87346
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g16
Nsg17
Nsg11
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Nsg17
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p87351
sbg6
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g8
NtRp87352
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g16
Nsg17
Nsg11
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g8
NtRp87355
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g16
Nsg17
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VSaudi Arabia
p87357
sbg6
(g13
g8
NtRp87358
(dp87359
g16
Nsg17
Nsg11
VThe Laya dam is a dam in Saudi Arabia opened in 1982 and located in Makkah region. The main purpose of the dam is flood control.
p87360
sbg6
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g8
NtRp87361
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g16
Nsg17
Nsg11
VPOINT(39.826946258545 21.420833587646)
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sbtp87364
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sbg6
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p87373
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g8
NtRp87377
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g16
Nsg17
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VSaudi Arabia
p87382
sbg6
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g8
NtRp87383
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g16
Nsg17
Nsg11
VThe Laya dam is a dam in Saudi Arabia opened in 1982 and located in Makkah region. The main purpose of the dam is flood control.
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sbg6
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g8
NtRp87386
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g16
Nsg17
Nsg11
VPOINT(39.826946258545 21.420833587646)
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sbtp87389
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p87392
sbg6
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g8
NtRp87393
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g16
Nsg17
Nsg11
VLaúca Hydroelectric Power Station
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sbg6
(g13
g8
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g16
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Nsg11
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sbg6
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g8
NtRp87399
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g16
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Nsg11
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g8
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g16
Nsg17
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p87407
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g8
NtRp87408
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g16
Nsg17
Nsg11
VPower
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g8
NtRp87411
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Nsg17
Nsg11
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p87413
sbg6
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g8
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g16
Nsg17
Nsg11
VUC
p87416
sbg6
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g8
NtRp87417
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g16
Nsg17
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p87419
sbg6
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g8
NtRp87420
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Nsg17
Nsg11
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sbg6
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g8
NtRp87423
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g16
Nsg17
Nsg11
VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
p87425
sbg6
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g8
NtRp87426
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g16
Nsg17
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VPOINT(15.125833511353 -9.739444732666)
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g8
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p87432
sbg6
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g8
NtRp87433
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g16
Nsg17
Nsg11
VCentral Hidroelétrica de Laúca
p87435
sbg6
(g13
g8
NtRp87436
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g16
Nsg17
Nsg11
VAngola
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g8
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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g8
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Nsg17
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g8
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g8
NtRp87448
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g16
Nsg17
Nsg11
VPower
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g8
NtRp87451
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Nsg17
Nsg11
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p87453
sbg6
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g8
NtRp87454
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g16
Nsg17
Nsg11
VUC
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sbg6
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g8
NtRp87457
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g16
Nsg17
g27
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V2.75e+06
p87459
sbg6
(g13
g8
NtRp87460
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g16
Nsg17
Nsg11
VAngola
p87462
sbg6
(g13
g8
NtRp87463
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g16
Nsg17
Nsg11
VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
p87465
sbg6
(g13
g8
NtRp87466
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g16
Nsg17
Nsg11
VPOINT(15.125833511353 -9.739444732666)
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sbtp87469
a(g6
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g8
NtRp87470
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g11
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p87472
sbg6
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g8
NtRp87473
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g16
Nsg17
Nsg11
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p87475
sbg6
(g13
g8
NtRp87476
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g16
Nsg17
Nsg11
VAngola
p87478
sbg6
(g13
g8
NtRp87479
(dp87480
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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sbg6
(g13
g8
NtRp87482
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g16
Nsg17
g27
sg11
V1.075
p87484
sbNg6
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g8
NtRp87485
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g11
Vhttp://dbpedia.org/resource/Laúca_Hydroelectric_Power_Station__Lake__1
p87487
sbNg6
(g13
g8
NtRp87488
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g16
Nsg17
Nsg11
VPower
p87490
sbg6
(g13
g8
NtRp87491
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cuanza_River
p87493
sbg6
(g13
g8
NtRp87494
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g16
Nsg17
Nsg11
VUC
p87496
sbg6
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g8
NtRp87497
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g16
Nsg17
g27
sg11
V2.75e+06
p87499
sbg6
(g13
g8
NtRp87500
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g16
Nsg17
Nsg11
VAngola
p87502
sbg6
(g13
g8
NtRp87503
(dp87504
g16
Nsg17
Nsg11
VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
p87505
sbg6
(g13
g8
NtRp87506
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g16
Nsg17
Nsg11
VPOINT(15.125833511353 -9.739444732666)
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sbtp87509
a(g6
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g8
NtRp87510
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g11
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p87512
sbg6
(g13
g8
NtRp87513
(dp87514
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Lauca
p87515
sbg6
(g13
g8
NtRp87516
(dp87517
g16
Nsg17
Nsg11
VAngola
p87518
sbg6
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g8
NtRp87519
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p87521
sbg6
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g8
NtRp87522
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g16
Nsg17
g27
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V1.075
p87524
sbNg6
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g8
NtRp87525
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g11
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p87527
sbNg6
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g8
NtRp87528
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g16
Nsg17
Nsg11
VPower
p87530
sbg6
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g8
NtRp87531
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cuanza_River
p87533
sbg6
(g13
g8
NtRp87534
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g16
Nsg17
Nsg11
VUC
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sbg6
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g8
NtRp87537
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g16
Nsg17
g27
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V2.75e+06
p87539
sbg6
(g13
g8
NtRp87540
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g16
Nsg17
Nsg11
VAngola
p87542
sbg6
(g13
g8
NtRp87543
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g16
Nsg17
Nsg11
VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
p87545
sbg6
(g13
g8
NtRp87546
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g16
Nsg17
Nsg11
VPOINT(15.125833511353 -9.739444732666)
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p87552
sbg6
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g8
NtRp87553
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g16
Nsg17
Nsg11
VTalsperre Laúca
p87555
sbg6
(g13
g8
NtRp87556
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g16
Nsg17
Nsg11
VAngola
p87558
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g8
NtRp87559
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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NtRp87562
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g16
Nsg17
g27
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NtRp87565
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p87567
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g8
NtRp87568
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g16
Nsg17
Nsg11
VPower
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g8
NtRp87571
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Nsg17
Nsg11
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p87573
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g8
NtRp87574
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g16
Nsg17
Nsg11
VUC
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g8
NtRp87577
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Nsg17
g27
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V2.75e+06
p87579
sbg6
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g8
NtRp87580
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g16
Nsg17
Nsg11
VAngola
p87582
sbg6
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g8
NtRp87583
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g16
Nsg17
Nsg11
VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
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sbg6
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g8
NtRp87586
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Nsg17
Nsg11
VPOINT(15.125833511353 -9.739444732666)
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p87592
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p87595
sbg6
(g13
g8
NtRp87596
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g16
Nsg17
Nsg11
VAngola
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g8
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g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
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Nsg17
g27
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NtRp87608
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Nsg17
Nsg11
VPower
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Nsg11
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NtRp87614
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Nsg17
Nsg11
VUC
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Nsg17
g27
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NtRp87620
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Nsg17
Nsg11
VAngola
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VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
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sbg6
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VPOINT(15.125833511353 -9.739444732666)
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Nsg17
Nsg11
VBarrage de Laúca
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Nsg17
Nsg11
VAngola
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g8
NtRp87639
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Nsg17
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VGravity,roller-compacted concrete
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Nsg17
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VPower
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NtRp87651
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Nsg17
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VUC
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Nsg17
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Nsg17
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VThe Lauca Hydroelectric Power Station is a 2,070 MW (2,775,916 hp) hydroelectric power plant, under construction in Angola. When completed, as expected in 2020, it will be the largest power station in the country.
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g8
NtRp87666
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g16
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VPOINT(15.125833511353 -9.739444732666)
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g8
NtRp87673
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Nsg17
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VLe Pouget (power station)
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(g13
g8
NtRp87676
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Nsg17
Nsg11
VFrance
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p87681
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NtRp87682
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Nsg17
Nsg11
VLe Pouget is a hydroelectric power station located at Le Truel, on the River Tarn, in the department of Aveyron in France. It uses the difference in height between the artificial lakes of Villefranche-de-Panat and Pareloup on the Lévézou plateau and the river 500 m below. It ranks as the 16th largest station in France. It is part of the complex system that connects the rivers Alrance, Ceor, Viaur, Bage and Violou with the Tarn. In addition to its 440 MW generating capacity it houses a small pumping station that can return 6.6 m³/s of water from the Tarn to its header reservoir.
p87684
sbg6
(g13
g8
NtRp87685
(dp87686
g16
Nsg17
Nsg11
VPOINT(2.7699999809265 44.059700012207)
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NtRp87692
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g16
Nsg17
Nsg11
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p87694
sbg6
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g8
NtRp87695
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Nsg17
Nsg11
VFrance
p87697
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g8
NtRp87698
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NtRp87701
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VLe Pouget is a hydroelectric power station located at Le Truel, on the River Tarn, in the department of Aveyron in France. It uses the difference in height between the artificial lakes of Villefranche-de-Panat and Pareloup on the Lévézou plateau and the river 500 m below. It ranks as the 16th largest station in France. It is part of the complex system that connects the rivers Alrance, Ceor, Viaur, Bage and Violou with the Tarn. In addition to its 440 MW generating capacity it houses a small pumping station that can return 6.6 m³/s of water from the Tarn to its header reservoir.
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VLe Truel is a barrage and hydroelectric power station on the River Tarn in Le Truel in Aveyron, southern France. It is upstream and adjacent to Le Pouget power station and the tail race from Le Pouget empties above the barrage. The barrage was built in 1959, and the station has two Kaplan turbines generating 22MW.
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VThe Leasburg Diversion Dam is a structure completed in 1907 on the Rio Grande in New Mexico, United States. It diverts water from the Rio Grande into the 13.7 miles (22.0 km) long Leasburg Canal, which carries irrigation water into the upper Mesilla Valley, north of Las Cruces, New Mexico.
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VThe Leibis-Lichte Dam (German: Talsperre Leibis \u2013Lichte) is a 102.5-metre-tall (336 ft) dam in the German state of Thuringia in the Thuringian Highland. The dam was completed in 2005 to impound the River Lichte, between the Lichte municipality section Geiersthal and Unterweissbach. To that particular storage reservoir belongs the Deesbach Forebay (German: Vorsperre Deesbach). The name of the dam, "Leibis-Lichte Dam" was derived from the close proximity to the municipalities of Leibis and Lichte, as well as from the Lichte River as being the main inlet.
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VThe Leibis-Lichte Dam (German: Talsperre Leibis \u2013Lichte) is a 102.5-metre-tall (336 ft) dam in the German state of Thuringia in the Thuringian Highland. The dam was completed in 2005 to impound the River Lichte, between the Lichte municipality section Geiersthal and Unterweissbach. To that particular storage reservoir belongs the Deesbach Forebay (German: Vorsperre Deesbach). The name of the dam, "Leibis-Lichte Dam" was derived from the close proximity to the municipalities of Leibis and Lichte, as well as from the Lichte River as being the main inlet.
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VThe Lemonthyme Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia. It is the third station in the Mersey\u2013Forth run-of-river scheme that comprises seven conventional hydroelectric power stations and one mini hydro station.
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VP
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Nsg11
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g8
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Nsg17
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VO
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Nsg11
VAustralia Tasmania
p88064
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VThe Lemonthyme Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia. It is the third station in the Mersey\u2013Forth run-of-river scheme that comprises seven conventional hydroelectric power stations and one mini hydro station.
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Nsg17
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VLena's Bar
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VUnited States
p88080
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NtRp88081
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VA registered Thoroughbred mare, Lena's Bar (1954\u20131969) raced on the Quarter Horse racetracks and was the dam of Jet Smooth, Double Dancer and Easy Jet, three outstanding Quarter Horse stallions.
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VLeslie Harrison Dam
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g8
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Nsg11
VAustralia
p88093
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NtRp88094
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p88096
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g8
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VThe Leslie Harrison Dam is an earth-fill embankment dam across the Tingalpa Creek that is located in the South East region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Redland City in Brisbane. The impounded reservoir is called Tingalpa Reservoir. The dam was named after Robert Leslie Harrison, a Queensland parliamentarian who died in April 1966.
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p88118
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(g13
g8
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Nsg17
Nsg11
VThe Letsibogo Dam is a dam on the Motloutse River in Botswana, built to initially provide water to the industrial town of Selebi-Phikwe and surrounding local areas, with potential for use in irrigation.The dam now supplies Gaborone, the capital of the country, via a 400 kilometres (250 mi) pipeline, as well as major villages along the pipeline route.
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g8
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VPOINT(27.734607696533 -21.844818115234)
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Nsg11
VLianghekou-Talsperre
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Nsg17
g27
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VUnder construction
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Nsg17
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VChina
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g8
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VThe Lianghekou Dam (meaning: "mouth of two rivers") is a concrete-face rock-fill dam currently under construction on the Yalong River in Yajiang County, Sichuan Province, China. The dam is located at the confluence of the Yalong, Xianshui and . The 295 m (968 ft) tall dam will be the highest embankment dam in the country and support a 3,000 MW power station. Studies for the dam were completed between 2005 and 2009 with preliminary construction beginning that year. Major works on the dam officially began in October 2014. The first generator is expected to be commissioned in 2021 and the project complete in 2023.
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g8
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VPOINT(101.01082611084 30.19694519043)
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p88162
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Nsg17
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VBarrage de Lianghekou
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g27
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g8
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g8
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VUnder construction
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g8
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VChina
p88186
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g8
NtRp88187
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Nsg17
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VThe Lianghekou Dam (meaning: "mouth of two rivers") is a concrete-face rock-fill dam currently under construction on the Yalong River in Yajiang County, Sichuan Province, China. The dam is located at the confluence of the Yalong, Xianshui and . The 295 m (968 ft) tall dam will be the highest embankment dam in the country and support a 3,000 MW power station. Studies for the dam were completed between 2005 and 2009 with preliminary construction beginning that year. Major works on the dam officially began in October 2014. The first generator is expected to be commissioned in 2021 and the project complete in 2023.
p88189
sbg6
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g8
NtRp88190
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g16
Nsg17
Nsg11
VPOINT(101.01082611084 30.19694519043)
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Nsg11
VLianghekou Dam
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p88202
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g8
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VEmbankment, concrete-face rock-fill
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Nsg17
g27
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V0.65
p88208
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g8
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p88211
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g8
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Nsg11
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g8
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Nsg11
VUnder construction
p88217
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g8
NtRp88218
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Nsg17
Nsg11
VChina
p88220
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(g13
g8
NtRp88221
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Nsg17
Nsg11
VThe Lianghekou Dam (meaning: "mouth of two rivers") is a concrete-face rock-fill dam currently under construction on the Yalong River in Yajiang County, Sichuan Province, China. The dam is located at the confluence of the Yalong, Xianshui and . The 295 m (968 ft) tall dam will be the highest embankment dam in the country and support a 3,000 MW power station. Studies for the dam were completed between 2005 and 2009 with preliminary construction beginning that year. Major works on the dam officially began in October 2014. The first generator is expected to be commissioned in 2021 and the project complete in 2023.
p88223
sbg6
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g8
NtRp88224
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g16
Nsg17
Nsg11
VPOINT(101.01082611084 30.19694519043)
p88226
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g8
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g11
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p88230
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g8
NtRp88231
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Nsg17
Nsg11
V\u0413\u042d\u0421 \u041b\u044f\u043d\u0445\u044d\u043a\u043e\u0443
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g8
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p88236
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g8
NtRp88237
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Nsg17
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VEmbankment, concrete-face rock-fill
p88239
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g8
NtRp88240
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g16
Nsg17
g27
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V0.65
p88242
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g8
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VUnder construction
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g8
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Nsg17
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VChina
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g8
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Nsg17
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VThe Lianghekou Dam (meaning: "mouth of two rivers") is a concrete-face rock-fill dam currently under construction on the Yalong River in Yajiang County, Sichuan Province, China. The dam is located at the confluence of the Yalong, Xianshui and . The 295 m (968 ft) tall dam will be the highest embankment dam in the country and support a 3,000 MW power station. Studies for the dam were completed between 2005 and 2009 with preliminary construction beginning that year. Major works on the dam officially began in October 2014. The first generator is expected to be commissioned in 2021 and the project complete in 2023.
p88257
sbg6
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g8
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VPOINT(101.01082611084 30.19694519043)
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g8
NtRp88268
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g8
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Nsg17
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g27
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p88276
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g8
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VUnder construction
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g8
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VChina
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g8
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VThe Lianghekou Dam (meaning: "mouth of two rivers") is a concrete-face rock-fill dam currently under construction on the Yalong River in Yajiang County, Sichuan Province, China. The dam is located at the confluence of the Yalong, Xianshui and . The 295 m (968 ft) tall dam will be the highest embankment dam in the country and support a 3,000 MW power station. Studies for the dam were completed between 2005 and 2009 with preliminary construction beginning that year. Major works on the dam officially began in October 2014. The first generator is expected to be commissioned in 2021 and the project complete in 2023.
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Nsg17
Nsg11
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g8
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VThe Lianghekou Dam (meaning: "mouth of two rivers") is a concrete-face rock-fill dam currently under construction on the Yalong River in Yajiang County, Sichuan Province, China. The dam is located at the confluence of the Yalong, Xianshui and . The 295 m (968 ft) tall dam will be the highest embankment dam in the country and support a 3,000 MW power station. Studies for the dam were completed between 2005 and 2009 with preliminary construction beginning that year. Major works on the dam officially began in October 2014. The first generator is expected to be commissioned in 2021 and the project complete in 2023.
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g8
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Nsg17
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Nsg17
Nsg11
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g8
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g27
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VThe Lianhua Dam is a concrete-face rock-fill dam on the Mudan River in Linkou County of Heilongjiang Province, China. It is located about 95 km (59 mi) north of Mudanjiang. The 71.8 m (236 ft) tall dam serves several purposes to include hydroelectric power generation, flood control and water supply for irrigation. The dam withholds a large 4,180,000,000 m3 (3,390,000 acre\u22c5ft) capacity reservoir and supports a 550 MW power station. Construction on the dam began in November 1992 and its first 137.5 MW Francis turbine-generator was operational in December 1996. Two more generators were commissioned on 12 December 1997 and the remaining generator was commissioned on 28 September 1998. It is the first large modern water conservancy project in Heilongjiang. The dam's reservoir displaced 40,000 p
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g8
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g27
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g8
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Nsg11
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g8
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VLibby Dam is a concrete gravity dam in the northwestern United States, on the Kootenai River in northwestern Montana. Dedicated on August 24, 1975, it is west of the continental divide, seventeen miles (27 km) upstream from the town of Libby. At 422 feet (129 m) in height and a length of 3,055 feet (931 m), Libby Dam created Lake Koocanusa, a reservoir which extends ninety miles (140 km) upriver with a maximum depth of about 370 feet (110 m). Forty-two miles (68 km) of it are in Canada in southeastern British Columbia.
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VLibby Dam is a concrete gravity dam in the northwestern United States, on the Kootenai River in northwestern Montana. Dedicated on August 24, 1975, it is west of the continental divide, seventeen miles (27 km) upstream from the town of Libby. At 422 feet (129 m) in height and a length of 3,055 feet (931 m), Libby Dam created Lake Koocanusa, a reservoir which extends ninety miles (140 km) upriver with a maximum depth of about 370 feet (110 m). Forty-two miles (68 km) of it are in Canada in southeastern British Columbia.
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VLibby Dam is a concrete gravity dam in the northwestern United States, on the Kootenai River in northwestern Montana. Dedicated on August 24, 1975, it is west of the continental divide, seventeen miles (27 km) upstream from the town of Libby. At 422 feet (129 m) in height and a length of 3,055 feet (931 m), Libby Dam created Lake Koocanusa, a reservoir which extends ninety miles (140 km) upriver with a maximum depth of about 370 feet (110 m). Forty-two miles (68 km) of it are in Canada in southeastern British Columbia.
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VLibby Dam is a concrete gravity dam in the northwestern United States, on the Kootenai River in northwestern Montana. Dedicated on August 24, 1975, it is west of the continental divide, seventeen miles (27 km) upstream from the town of Libby. At 422 feet (129 m) in height and a length of 3,055 feet (931 m), Libby Dam created Lake Koocanusa, a reservoir which extends ninety miles (140 km) upriver with a maximum depth of about 370 feet (110 m). Forty-two miles (68 km) of it are in Canada in southeastern British Columbia.
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VLibby Dam is a concrete gravity dam in the northwestern United States, on the Kootenai River in northwestern Montana. Dedicated on August 24, 1975, it is west of the continental divide, seventeen miles (27 km) upstream from the town of Libby. At 422 feet (129 m) in height and a length of 3,055 feet (931 m), Libby Dam created Lake Koocanusa, a reservoir which extends ninety miles (140 km) upriver with a maximum depth of about 370 feet (110 m). Forty-two miles (68 km) of it are in Canada in southeastern British Columbia.
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VLibby Dam is a concrete gravity dam in the northwestern United States, on the Kootenai River in northwestern Montana. Dedicated on August 24, 1975, it is west of the continental divide, seventeen miles (27 km) upstream from the town of Libby. At 422 feet (129 m) in height and a length of 3,055 feet (931 m), Libby Dam created Lake Koocanusa, a reservoir which extends ninety miles (140 km) upriver with a maximum depth of about 370 feet (110 m). Forty-two miles (68 km) of it are in Canada in southeastern British Columbia.
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VThe Lijiaxia Dam (Chinese: \u674e\u5bb6\u5ce1\u6c34\u5e93) is a concrete arch-gravity dam on the Yellow River in Jainca County, Qinghai Province, China. The dam houses a hydroelectric power station with 5 x 400 MW generators for a total installed capacity of 2,000 MW. Construction began in April 1988 and the reservoir began to fill on December 26, 1996. On January 26, 1997, the initial reservoir operating level was reached and the first generator was commissioned in February.
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VThe Lijiaxia Dam (Chinese: \u674e\u5bb6\u5ce1\u6c34\u5e93) is a concrete arch-gravity dam on the Yellow River in Jainca County, Qinghai Province, China. The dam houses a hydroelectric power station with 5 x 400 MW generators for a total installed capacity of 2,000 MW. Construction began in April 1988 and the reservoir began to fill on December 26, 1996. On January 26, 1997, the initial reservoir operating level was reached and the first generator was commissioned in February.
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VThe Lijiaxia Dam (Chinese: \u674e\u5bb6\u5ce1\u6c34\u5e93) is a concrete arch-gravity dam on the Yellow River in Jainca County, Qinghai Province, China. The dam houses a hydroelectric power station with 5 x 400 MW generators for a total installed capacity of 2,000 MW. Construction began in April 1988 and the reservoir began to fill on December 26, 1996. On January 26, 1997, the initial reservoir operating level was reached and the first generator was commissioned in February.
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VThe Lijiaxia Dam (Chinese: \u674e\u5bb6\u5ce1\u6c34\u5e93) is a concrete arch-gravity dam on the Yellow River in Jainca County, Qinghai Province, China. The dam houses a hydroelectric power station with 5 x 400 MW generators for a total installed capacity of 2,000 MW. Construction began in April 1988 and the reservoir began to fill on December 26, 1996. On January 26, 1997, the initial reservoir operating level was reached and the first generator was commissioned in February.
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VThe Lijiaxia Dam (Chinese: \u674e\u5bb6\u5ce1\u6c34\u5e93) is a concrete arch-gravity dam on the Yellow River in Jainca County, Qinghai Province, China. The dam houses a hydroelectric power station with 5 x 400 MW generators for a total installed capacity of 2,000 MW. Construction began in April 1988 and the reservoir began to fill on December 26, 1996. On January 26, 1997, the initial reservoir operating level was reached and the first generator was commissioned in February.
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VThe Lijiaxia Dam (Chinese: \u674e\u5bb6\u5ce1\u6c34\u5e93) is a concrete arch-gravity dam on the Yellow River in Jainca County, Qinghai Province, China. The dam houses a hydroelectric power station with 5 x 400 MW generators for a total installed capacity of 2,000 MW. Construction began in April 1988 and the reservoir began to fill on December 26, 1996. On January 26, 1997, the initial reservoir operating level was reached and the first generator was commissioned in February.
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VLimestone Generating Station is a run-of-the-river hydroelectric dam on the Nelson River approximately 750 kilometres (470 mi) north of Winnipeg near Gillam, Manitoba. Part of the Nelson River Hydroelectric Project, Limestone was Manitoba Hydro's fifth and largest generating station to be built on the Nelson River. The station was built on the Nelson River at Long Spruce Rapids. The site is approximately 23 kilometres (14 mi) downstream of Manitoba Hydro's Long Spruce Generating Station.
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VLimestone Generating Station is a run-of-the-river hydroelectric dam on the Nelson River approximately 750 kilometres (470 mi) north of Winnipeg near Gillam, Manitoba. Part of the Nelson River Hydroelectric Project, Limestone was Manitoba Hydro's fifth and largest generating station to be built on the Nelson River. The station was built on the Nelson River at Long Spruce Rapids. The site is approximately 23 kilometres (14 mi) downstream of Manitoba Hydro's Long Spruce Generating Station.
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VLimestone Generating Station is a run-of-the-river hydroelectric dam on the Nelson River approximately 750 kilometres (470 mi) north of Winnipeg near Gillam, Manitoba. Part of the Nelson River Hydroelectric Project, Limestone was Manitoba Hydro's fifth and largest generating station to be built on the Nelson River. The station was built on the Nelson River at Long Spruce Rapids. The site is approximately 23 kilometres (14 mi) downstream of Manitoba Hydro's Long Spruce Generating Station.
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VLimestone Generating Station is a run-of-the-river hydroelectric dam on the Nelson River approximately 750 kilometres (470 mi) north of Winnipeg near Gillam, Manitoba. Part of the Nelson River Hydroelectric Project, Limestone was Manitoba Hydro's fifth and largest generating station to be built on the Nelson River. The station was built on the Nelson River at Long Spruce Rapids. The site is approximately 23 kilometres (14 mi) downstream of Manitoba Hydro's Long Spruce Generating Station.
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VLimestone Generating Station is a run-of-the-river hydroelectric dam on the Nelson River approximately 750 kilometres (470 mi) north of Winnipeg near Gillam, Manitoba. Part of the Nelson River Hydroelectric Project, Limestone was Manitoba Hydro's fifth and largest generating station to be built on the Nelson River. The station was built on the Nelson River at Long Spruce Rapids. The site is approximately 23 kilometres (14 mi) downstream of Manitoba Hydro's Long Spruce Generating Station.
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VLimestone Generating Station is a run-of-the-river hydroelectric dam on the Nelson River approximately 750 kilometres (470 mi) north of Winnipeg near Gillam, Manitoba. Part of the Nelson River Hydroelectric Project, Limestone was Manitoba Hydro's fifth and largest generating station to be built on the Nelson River. The station was built on the Nelson River at Long Spruce Rapids. The site is approximately 23 kilometres (14 mi) downstream of Manitoba Hydro's Long Spruce Generating Station.
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VThe Limón Dam, part of the Olmos Transandino Project, is an under construction multi-purpose concrete-face rock-fill embankment dam on the Huancabamba River in northwestern Peru, located to the south of Guabal. When completed, the project will help produce 4,000 gigawatt-hours (14,000 TJ) of electricity per year and transfer water from the Cajamarca region west to Lambayeque, near Olmos for the reclamation and irrigation of 43,500 hectares (107,000 acres) of farmland. The greatest feature and engineering challenge of the project was digging the 20-kilometre (12 mi) trans-Andean tunnel as it connects the Atlantic side of the Andes (Amazon basin) with the Pacific side.
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VBarrage Limón
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VPeru
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VO
sbNg6
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g8
NtRp89123
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Nsg17
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p89125
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g8
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VThe Limón Dam, part of the Olmos Transandino Project, is an under construction multi-purpose concrete-face rock-fill embankment dam on the Huancabamba River in northwestern Peru, located to the south of Guabal. When completed, the project will help produce 4,000 gigawatt-hours (14,000 TJ) of electricity per year and transfer water from the Cajamarca region west to Lambayeque, near Olmos for the reclamation and irrigation of 43,500 hectares (107,000 acres) of farmland. The greatest feature and engineering challenge of the project was digging the 20-kilometre (12 mi) trans-Andean tunnel as it connects the Atlantic side of the Andes (Amazon basin) with the Pacific side.
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g8
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VEmbankment, concrete-face rock-fill
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g8
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g16
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sbg6
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g8
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VThe Limón Dam, part of the Olmos Transandino Project, is an under construction multi-purpose concrete-face rock-fill embankment dam on the Huancabamba River in northwestern Peru, located to the south of Guabal. When completed, the project will help produce 4,000 gigawatt-hours (14,000 TJ) of electricity per year and transfer water from the Cajamarca region west to Lambayeque, near Olmos for the reclamation and irrigation of 43,500 hectares (107,000 acres) of farmland. The greatest feature and engineering challenge of the project was digging the 20-kilometre (12 mi) trans-Andean tunnel as it connects the Atlantic side of the Andes (Amazon basin) with the Pacific side.
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g8
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VTalsperre Limón
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Nsg11
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g16
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VEmbankment, concrete-face rock-fill
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g16
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sg11
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sbNg6
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g8
NtRp89189
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g16
Nsg17
Nsg11
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g8
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VThe Limón Dam, part of the Olmos Transandino Project, is an under construction multi-purpose concrete-face rock-fill embankment dam on the Huancabamba River in northwestern Peru, located to the south of Guabal. When completed, the project will help produce 4,000 gigawatt-hours (14,000 TJ) of electricity per year and transfer water from the Cajamarca region west to Lambayeque, near Olmos for the reclamation and irrigation of 43,500 hectares (107,000 acres) of farmland. The greatest feature and engineering challenge of the project was digging the 20-kilometre (12 mi) trans-Andean tunnel as it connects the Atlantic side of the Andes (Amazon basin) with the Pacific side.
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sbg6
(g13
g8
NtRp89195
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g16
Nsg17
Nsg11
VPOINT(-79.32527923584 -5.9166665077209)
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VPresa Limón
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g16
Nsg17
Nsg11
VPeru
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g8
NtRp89208
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g16
Nsg17
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VEmbankment, concrete-face rock-fill
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sbg6
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g8
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g16
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g27
sg11
V0.32
p89213
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g8
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p89219
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g8
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g16
Nsg17
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VO
sbNg6
(g13
g8
NtRp89222
(dp89223
g16
Nsg17
Nsg11
VPeru
p89224
sbg6
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g8
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Nsg17
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VThe Limón Dam, part of the Olmos Transandino Project, is an under construction multi-purpose concrete-face rock-fill embankment dam on the Huancabamba River in northwestern Peru, located to the south of Guabal. When completed, the project will help produce 4,000 gigawatt-hours (14,000 TJ) of electricity per year and transfer water from the Cajamarca region west to Lambayeque, near Olmos for the reclamation and irrigation of 43,500 hectares (107,000 acres) of farmland. The greatest feature and engineering challenge of the project was digging the 20-kilometre (12 mi) trans-Andean tunnel as it connects the Atlantic side of the Andes (Amazon basin) with the Pacific side.
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sbg6
(g13
g8
NtRp89228
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g16
Nsg17
Nsg11
VPOINT(-79.32527923584 -5.9166665077209)
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sbtp89231
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p89234
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g8
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g16
Nsg17
Nsg11
VLinth\u2013Limmern Power Stations
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sbg6
(g13
g8
NtRp89238
(dp89239
g16
Nsg17
Nsg11
VSwitzerland
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g8
NtRp89241
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g11
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p89243
sbNNNg6
(g13
g8
NtRp89244
(dp89245
g16
Nsg17
Nsg11
VOperational
p89246
sbNNg6
(g13
g8
NtRp89247
(dp89248
g16
Nsg17
Nsg11
VThe Linth\u2013Limmern Power Stations are a system of hydroelectric power stations located south of Linthal in the canton of Glarus, Switzerland. The system uses five reservoirs and four power stations at steep variations in altitude.
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sbg6
(g13
g8
NtRp89250
(dp89251
g16
Nsg17
Nsg11
VPOINT(9.0008335113525 46.849998474121)
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sbtp89253
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(g13
g8
NtRp89257
(dp89258
g16
Nsg17
Nsg11
VKraftwerke Linth-Limmern
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(g13
g8
NtRp89260
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g16
Nsg17
Nsg11
VSwitzerland
p89262
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g8
NtRp89263
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(g13
g8
NtRp89266
(dp89267
g16
Nsg17
Nsg11
VOperational
p89268
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(g13
g8
NtRp89269
(dp89270
g16
Nsg17
Nsg11
VThe Linth\u2013Limmern Power Stations are a system of hydroelectric power stations located south of Linthal in the canton of Glarus, Switzerland. The system uses five reservoirs and four power stations at steep variations in altitude.
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sbg6
(g13
g8
NtRp89272
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g16
Nsg17
Nsg11
VPOINT(9.0008335113525 46.849998474121)
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sbtp89275
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g8
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g11
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p89278
sbg6
(g13
g8
NtRp89279
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g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u041b\u0456\u043c\u043c\u0435\u0440\u043d
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sbg6
(g13
g8
NtRp89282
(dp89283
g16
Nsg17
Nsg11
VSwitzerland
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(g13
g8
NtRp89288
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g16
Nsg17
Nsg11
VOperational
p89290
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g8
NtRp89291
(dp89292
g16
Nsg17
Nsg11
VThe Linth\u2013Limmern Power Stations are a system of hydroelectric power stations located south of Linthal in the canton of Glarus, Switzerland. The system uses five reservoirs and four power stations at steep variations in altitude.
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sbg6
(g13
g8
NtRp89294
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Nsg11
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(g13
g8
NtRp89301
(dp89302
g16
Nsg17
Nsg11
VCentrale Linth-Limmern
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(g13
g8
NtRp89304
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Nsg17
Nsg11
VSwitzerland
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g8
NtRp89310
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Nsg17
Nsg11
VOperational
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g8
NtRp89313
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Nsg17
Nsg11
VThe Linth\u2013Limmern Power Stations are a system of hydroelectric power stations located south of Linthal in the canton of Glarus, Switzerland. The system uses five reservoirs and four power stations at steep variations in altitude.
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sbg6
(g13
g8
NtRp89316
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g16
Nsg17
Nsg11
VPOINT(9.0008335113525 46.849998474121)
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(g13
g8
NtRp89323
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Nsg17
Nsg11
VLiouesso Hydroelectric Power Station
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Nsg11
Vhttp://dbpedia.org/resource/Republic_of_the_Congo
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VP
sbg6
(g13
g8
NtRp89334
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Nsg17
Nsg11
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p89336
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(g13
g8
NtRp89337
(dp89338
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp89339
(dp89340
g16
Nsg17
Nsg11
VRepublic of the Congo#Africa#World
p89341
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g8
NtRp89342
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VThe Liouesso Hydroelectric Power Station is a 19.2 megawatts (25,700 hp) hydroelectric power station in the Republic of the Congo. The government-owned power station was commercially commissioned in May 2017. Constructed by the China Gezhouba Group, the renewable energy infrastructure project cost approximately US$110 million to construct.
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(g13
g8
NtRp89345
(dp89346
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Nsg17
Nsg11
VPOINT(16.178333282471 1.4352778196335)
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g8
NtRp89352
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Nsg17
Nsg11
VLittle Falls Dam (Potomac River)
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g8
NtRp89355
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Nsg17
Nsg11
VUnited States
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(g13
g8
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(dp89359
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Nsg17
Nsg11
VConcrete gravity
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g8
NtRp89361
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(g13
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Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp89372
(dp89373
g16
Nsg17
Nsg11
VMaryland
p89374
sbg6
(g13
g8
NtRp89375
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VLittle Falls Dam, also known as Brookmont Dam, is a low dam on the Potomac River, built in 1959 to divert water for the water supply system of Washington, D.C., just below Mather Gorge, about 2 miles (3.2 km) above Chain Bridge. The 14-foot (4.3 m) dam was constructed by the U.S. Army Corps of Engineers, which is responsible for the D.C. water supply. It contributes roughly 15 to 20 percent of water intake from the Potomac to the Washington Aqueduct, rising to 30 percent in time of drought.
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g8
NtRp89378
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Nsg11
VPOINT(-77.12964630127 38.948341369629)
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Nsg11
VKraftwerk Little Goose
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Nsg11
Vhttp://dbpedia.org/resource/United_States
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g8
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Nsg17
Nsg11
VConcrete-gravity,
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g27
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V0.809244
p89396
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g8
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V195.986
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VUSA#Washington
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g8
NtRp89406
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VLittle Goose Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States, on the lower Snake River in southeast Washington. At the dam, the river is the border between Columbia and Whitman counties; it is nine miles (14 km) northeast of Starbuck and 25 miles (40 km) north of Dayton. Construction began in June 1963 on what was Little Goose Island. The main structure and three generators were completed 52 years ago in 1970, with an additional three generators finished in 1978. Little Goose Dam is part of the Columbia River Basin system of dams.
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VPOINT(-118.02799987793 46.587001800537)
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VKraftwerk Little Goose
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p89421
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Vrun-of-the-river
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p89427
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g8
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p89433
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Nsg11
VUSA#Washington
p89436
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g8
NtRp89437
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VLittle Goose Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States, on the lower Snake River in southeast Washington. At the dam, the river is the border between Columbia and Whitman counties; it is nine miles (14 km) northeast of Starbuck and 25 miles (40 km) north of Dayton. Construction began in June 1963 on what was Little Goose Island. The main structure and three generators were completed 52 years ago in 1970, with an additional three generators finished in 1978. Little Goose Dam is part of the Columbia River Basin system of dams.
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VLittle Goose Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States, on the lower Snake River in southeast Washington. At the dam, the river is the border between Columbia and Whitman counties; it is nine miles (14 km) northeast of Starbuck and 25 miles (40 km) north of Dayton. Construction began in June 1963 on what was Little Goose Island. The main structure and three generators were completed 52 years ago in 1970, with an additional three generators finished in 1978. Little Goose Dam is part of the Columbia River Basin system of dams.
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VLittle Goose Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States, on the lower Snake River in southeast Washington. At the dam, the river is the border between Columbia and Whitman counties; it is nine miles (14 km) northeast of Starbuck and 25 miles (40 km) north of Dayton. Construction began in June 1963 on what was Little Goose Island. The main structure and three generators were completed 52 years ago in 1970, with an additional three generators finished in 1978. Little Goose Dam is part of the Columbia River Basin system of dams.
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VLittle Goose Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States, on the lower Snake River in southeast Washington. At the dam, the river is the border between Columbia and Whitman counties; it is nine miles (14 km) northeast of Starbuck and 25 miles (40 km) north of Dayton. Construction began in June 1963 on what was Little Goose Island. The main structure and three generators were completed 52 years ago in 1970, with an additional three generators finished in 1978. Little Goose Dam is part of the Columbia River Basin system of dams.
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VLittle Goose Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States, on the lower Snake River in southeast Washington. At the dam, the river is the border between Columbia and Whitman counties; it is nine miles (14 km) northeast of Starbuck and 25 miles (40 km) north of Dayton. Construction began in June 1963 on what was Little Goose Island. The main structure and three generators were completed 52 years ago in 1970, with an additional three generators finished in 1978. Little Goose Dam is part of the Columbia River Basin system of dams.
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VLittle Grass Valley Reservoir is an artificial lake in Plumas County, California and Plumas National Forest near the Pacific Crest Trail. The lake's waters are impounded by Little Grass Valley Dam (National ID CA00269), which was completed in 1961.
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VThe Little Nerang Dam is a concrete gravity dam with an un-gated spillway across the Little Nerang Creek that is located in the South East region of Queensland, Australia. The main purpose of the dam is for potable water supply of the Gold Coast region. The impounded reservoir is also called Little Nerang Dam. The dam was closed to the public in 2013 due to safety concerns.
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VThe Sloy/Awe Hydro-Electric Scheme is a hydro-electric facility situated between Loch Sloy and Inveruglas on the west bank of Loch Lomond in Scotland. The scheme was conceived by the Edinburgh architects Tarbolton & Ochterlony. Following Matthew Ochterlony's death in 1946, the scheme was progressed alone by Harold Tarbolton. Historic Scotland has designated the modernist power-station building and the dam as listed buildings of categories A and B respectively. Twenty-one men lost their lives during the construction. The labour force also included some German prisoners-of-war.
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VLock and Dam No. 20 is a lock and dam located on the Upper Mississippi River, near Meyer, Illinois, and about one mile upstream from Canton, Missouri. The structure is located at river mile 343.1. It includes a 2,369 feet (722 m) long dam, 40 tainter gates, 3 roller gates, and a lock chamber that is 110 feet (34 m) wide by 600 feet (183 m) long. There is also an incomplete auxiliary lock. In 2004, the facility was listed in the National Register of Historic Places as Lock and Dam No. 20 Historic District, #04000180 covering 839 acres (340 ha), 1 building, 6 structures, 3 objects.
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VLock and Dam No. 7 is a lock and dam located on the Upper Mississippi River at river mile 702.5 near the cities of La Crescent, Minnesota and Onalaska, Wisconsin. It forms pool 7 and Lake Onalaska. The facility was constructed in the mid-1930s and placed in operation on April, 1937. It underwent major rehabilitation from 1989 through 2002. The lock and dam are owned and operated by the St. Paul District of the United States Army Corps of Engineers-Mississippi Valley Division.
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VThe Lockyer Valley is an area of rich farmlands that lies to the west of Brisbane, Queensland, Australia and east of Toowoomba. The Lockyer Valley is rated among the top ten most fertile farming areas in the world, and the intensively cultivated area grows the most diverse range of commercial fruit and vegetables of any area in Australia. The valley is referred to as "Australia's Salad Bowl" to describe the area as one of Australia's premium food bowls.
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VThe Lom Pangar Dam is an embankment dam with a center gravity dam section currently under construction on the about 88 kilometres (55 mi) north of Bertoua in the East Region of Cameroon. It is located about 4 kilometres (2.5 mi) downstream of the confluence with the and about 13 kilometres (8.1 mi) upstream of where the Lom joins the Sanaga River. The purpose of the dam is to produce hydroelectric power and to regulate water flows along the Sanaga River. It is potentially part of a larger dam cascade on the Sanaga.
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VThe Lom Pangar Dam is an embankment dam with a center gravity dam section currently under construction on the about 88 kilometres (55 mi) north of Bertoua in the East Region of Cameroon. It is located about 4 kilometres (2.5 mi) downstream of the confluence with the and about 13 kilometres (8.1 mi) upstream of where the Lom joins the Sanaga River. The purpose of the dam is to produce hydroelectric power and to regulate water flows along the Sanaga River. It is potentially part of a larger dam cascade on the Sanaga.
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VThe Lom Pangar Dam is an embankment dam with a center gravity dam section currently under construction on the about 88 kilometres (55 mi) north of Bertoua in the East Region of Cameroon. It is located about 4 kilometres (2.5 mi) downstream of the confluence with the and about 13 kilometres (8.1 mi) upstream of where the Lom joins the Sanaga River. The purpose of the dam is to produce hydroelectric power and to regulate water flows along the Sanaga River. It is potentially part of a larger dam cascade on the Sanaga.
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VLomaum Dam is a privately owned hydroelectric dam on the Catumbela River in the Benguela province of central Angola. Completed in 1965, it initially produced 20 megawatts (27,000 hp) of power, supplying electricity to the towns of Lobito, Benguela and Huambo. This dam was destroyed in 1983 by UNITA after Angola gained independence. This resulted in widespread flooding and the death of ten people. In 1987, Portugal provided credit for the rehabilitation of this structure. Plans for rehabilitation and enlargement to a capacity of 60 megawatts (80,000 hp) were made in 2008, with completion targeted for 2011.
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VLomaum Dam is a privately owned hydroelectric dam on the Catumbela River in the Benguela province of central Angola. Completed in 1965, it initially produced 20 megawatts (27,000 hp) of power, supplying electricity to the towns of Lobito, Benguela and Huambo. This dam was destroyed in 1983 by UNITA after Angola gained independence. This resulted in widespread flooding and the death of ten people. In 1987, Portugal provided credit for the rehabilitation of this structure. Plans for rehabilitation and enlargement to a capacity of 60 megawatts (80,000 hp) were made in 2008, with completion targeted for 2011.
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VLomaum Dam is a privately owned hydroelectric dam on the Catumbela River in the Benguela province of central Angola. Completed in 1965, it initially produced 20 megawatts (27,000 hp) of power, supplying electricity to the towns of Lobito, Benguela and Huambo. This dam was destroyed in 1983 by UNITA after Angola gained independence. This resulted in widespread flooding and the death of ten people. In 1987, Portugal provided credit for the rehabilitation of this structure. Plans for rehabilitation and enlargement to a capacity of 60 megawatts (80,000 hp) were made in 2008, with completion targeted for 2011.
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VLomaum Dam is a privately owned hydroelectric dam on the Catumbela River in the Benguela province of central Angola. Completed in 1965, it initially produced 20 megawatts (27,000 hp) of power, supplying electricity to the towns of Lobito, Benguela and Huambo. This dam was destroyed in 1983 by UNITA after Angola gained independence. This resulted in widespread flooding and the death of ten people. In 1987, Portugal provided credit for the rehabilitation of this structure. Plans for rehabilitation and enlargement to a capacity of 60 megawatts (80,000 hp) were made in 2008, with completion targeted for 2011.
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VLomaum Dam is a privately owned hydroelectric dam on the Catumbela River in the Benguela province of central Angola. Completed in 1965, it initially produced 20 megawatts (27,000 hp) of power, supplying electricity to the towns of Lobito, Benguela and Huambo. This dam was destroyed in 1983 by UNITA after Angola gained independence. This resulted in widespread flooding and the death of ten people. In 1987, Portugal provided credit for the rehabilitation of this structure. Plans for rehabilitation and enlargement to a capacity of 60 megawatts (80,000 hp) were made in 2008, with completion targeted for 2011.
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VThe Lomi Hydroelectric Power Station (Norwegian: Lomi kraftverk or Lomi kraftstasjon) is a hydroelectric power station in the municipality of Fauske in Nordland county, Norway. It utilizes a drop of 580 meters (1,900 ft) between its intake reservoir on Låmivatnet (Lake Låmi; also Norwegian: Lomivatnet Lule Sami: Loamejávrre), which can be regulated at a level between 708 m (2,323 ft) and 649 m (2,129 ft). The reservoir is supplied by water from Storelvvatnan (Lule Sami: Duolldagåpjávrre), a lake regulated at a level between 798 m (2,618 ft) and 792 m (2,598 ft), and also by some stream intakes. Part of the water supplying the plant is runoff from the Sulitjelma Glacier. The plant has two Francis turbines and operates at an installed capacity of 120 MW, with an average annual production of 
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VThe Lomi Hydroelectric Power Station (Norwegian: Lomi kraftverk or Lomi kraftstasjon) is a hydroelectric power station in the municipality of Fauske in Nordland county, Norway. It utilizes a drop of 580 meters (1,900 ft) between its intake reservoir on Låmivatnet (Lake Låmi; also Norwegian: Lomivatnet Lule Sami: Loamejávrre), which can be regulated at a level between 708 m (2,323 ft) and 649 m (2,129 ft). The reservoir is supplied by water from Storelvvatnan (Lule Sami: Duolldagåpjávrre), a lake regulated at a level between 798 m (2,618 ft) and 792 m (2,598 ft), and also by some stream intakes. Part of the water supplying the plant is runoff from the Sulitjelma Glacier. The plant has two Francis turbines and operates at an installed capacity of 120 MW, with an average annual production of 
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VLong Lake Dam is a concrete gravity dam on the Spokane River, between Lincoln County and Stevens County about 30 miles (48 km) northwest of Spokane in eastern Washington. It forms Long Lake (Washington), a 23.5 mi (37.8 km) long reservoir, and has a hydroelectric generating capacity of 71 megawatts. The dam was built by Washington Water Power (now Avista Utilities), which operates five other dams along the Spokane.
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VLong Lake Dam is a concrete gravity dam on the Spokane River, between Lincoln County and Stevens County about 30 miles (48 km) northwest of Spokane in eastern Washington. It forms Long Lake (Washington), a 23.5 mi (37.8 km) long reservoir, and has a hydroelectric generating capacity of 71 megawatts. The dam was built by Washington Water Power (now Avista Utilities), which operates five other dams along the Spokane.
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VThe Longjiang Dam is an arch dam on the Long River (upper of Shweli River) near Mangshi in Dehong Prefecture of Yunnan Province, China. It is a multiple-purpose project aimed at flood control, irrigation and hydroelectric power generation. Its reservoir has a storage capacity of 1,217,000,000 m3 (986,638 acre\u22c5ft), of which 679,000,000 m3 (550,474 acre\u22c5ft) is reserved for river these purposes. The dam's power station is located on its left bank and contains three 80 MW Francis turbine-generators for a total installed capacity if 240 MW. Construction on the project began on 28 November 2006 and all generators were commissioned in 2010.
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VThe Longjiang Dam is an arch dam on the Long River (upper of Shweli River) near Mangshi in Dehong Prefecture of Yunnan Province, China. It is a multiple-purpose project aimed at flood control, irrigation and hydroelectric power generation. Its reservoir has a storage capacity of 1,217,000,000 m3 (986,638 acre\u22c5ft), of which 679,000,000 m3 (550,474 acre\u22c5ft) is reserved for river these purposes. The dam's power station is located on its left bank and contains three 80 MW Francis turbine-generators for a total installed capacity if 240 MW. Construction on the project began on 28 November 2006 and all generators were commissioned in 2010.
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VThe Longkaikou Dam is a gravity dam on the Jinsha River in Dali Bai Autonomous Prefecture, Yunnan province, China. The dam has a height of 119 m (390 ft) and was constructed with roller-compacted concrete. Construction on the dam began in 2007, the river was diverted in January 2009 but construction was briefly halted in June 2009 by the Ministry of Environmental Protection after it was being constructed without approval. On 25 November 2012 the reservoir was impounded and the first of five 360 MW Francis turbine-generators was commissioned on 21 May 2013. The last was commissioned on 29 November 2013. The dam was expected to displace 2,000 people. The dam also supports a fish proliferation system.
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VThe Longkaikou Dam is a gravity dam on the Jinsha River in Dali Bai Autonomous Prefecture, Yunnan province, China. The dam has a height of 119 m (390 ft) and was constructed with roller-compacted concrete. Construction on the dam began in 2007, the river was diverted in January 2009 but construction was briefly halted in June 2009 by the Ministry of Environmental Protection after it was being constructed without approval. On 25 November 2012 the reservoir was impounded and the first of five 360 MW Francis turbine-generators was commissioned on 21 May 2013. The last was commissioned on 29 November 2013. The dam was expected to displace 2,000 people. The dam also supports a fish proliferation system.
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VThe Longkaikou Dam is a gravity dam on the Jinsha River in Dali Bai Autonomous Prefecture, Yunnan province, China. The dam has a height of 119 m (390 ft) and was constructed with roller-compacted concrete. Construction on the dam began in 2007, the river was diverted in January 2009 but construction was briefly halted in June 2009 by the Ministry of Environmental Protection after it was being constructed without approval. On 25 November 2012 the reservoir was impounded and the first of five 360 MW Francis turbine-generators was commissioned on 21 May 2013. The last was commissioned on 29 November 2013. The dam was expected to displace 2,000 people. The dam also supports a fish proliferation system.
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VThe Longma Dam (simplified Chinese: \u9f99\u9a6c\u5927\u575d; traditional Chinese: \u9f8d\u99ac\u5927\u58e9; pinyin: lóng m\u01ce dà bà) is a concrete-face rock-fill dam on the Lixian River in Mojiang Hani Autonomous County, Pu'er City, Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it is the fourth of seven dams in the Lixian River Project. It supports a 240 MW power station. Construction on the dam began on 23 December 2003 and the reservoir began to impound 20 July 2005. In July 2007, the first generator was commissioned and the last two were in December 2007. The project was complete in June 2008 at a cost of US$332 million. The 135 m (443 ft) tall dam withholds a reservoir with a 590,000,000 m3 (478,321 acre\u22c5ft) capacity.
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VThe Longyangxia Dam is a concrete arch-gravity dam at the entrance of the Longyangxia canyon on the Yellow River in Gonghe County, Qinghai Province, China. The dam is 178 metres (584 ft) tall and was built for the purposes of hydroelectric power generation, irrigation, ice control and flood control. The dam supports a 1,280 MW power station with 4 x 320 MW generators that can operate at a maximum capacity of 1400 MW. Controlling ice, the dam controls downstream releases to reservoirs lower in the river, allowing them to generate more power instead of mitigating ice. Water in the dam's 24.7 billion m3 reservoir provides irrigation water for up to 1,000,000 hectares (2,471,054 acres) of land.
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p91533
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VThe Longyangxia Dam is a concrete arch-gravity dam at the entrance of the Longyangxia canyon on the Yellow River in Gonghe County, Qinghai Province, China. The dam is 178 metres (584 ft) tall and was built for the purposes of hydroelectric power generation, irrigation, ice control and flood control. The dam supports a 1,280 MW power station with 4 x 320 MW generators that can operate at a maximum capacity of 1400 MW. Controlling ice, the dam controls downstream releases to reservoirs lower in the river, allowing them to generate more power instead of mitigating ice. Water in the dam's 24.7 billion m3 reservoir provides irrigation water for up to 1,000,000 hectares (2,471,054 acres) of land.
p91542
sbg6
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V\u0413\u0415\u0421 Lóngyángxiá
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VChina
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NtRp91568
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NtRp91571
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VChina
p91573
sbg6
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NtRp91574
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VThe Longyangxia Dam is a concrete arch-gravity dam at the entrance of the Longyangxia canyon on the Yellow River in Gonghe County, Qinghai Province, China. The dam is 178 metres (584 ft) tall and was built for the purposes of hydroelectric power generation, irrigation, ice control and flood control. The dam supports a 1,280 MW power station with 4 x 320 MW generators that can operate at a maximum capacity of 1400 MW. Controlling ice, the dam controls downstream releases to reservoirs lower in the river, allowing them to generate more power instead of mitigating ice. Water in the dam's 24.7 billion m3 reservoir provides irrigation water for up to 1,000,000 hectares (2,471,054 acres) of land.
p91576
sbg6
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VPOINT(100.91833496094 36.122222900391)
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sbtp91580
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VBarrage de Longyangxia
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VChina
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VArch gravity dam
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VChina
p91607
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VThe Longyangxia Dam is a concrete arch-gravity dam at the entrance of the Longyangxia canyon on the Yellow River in Gonghe County, Qinghai Province, China. The dam is 178 metres (584 ft) tall and was built for the purposes of hydroelectric power generation, irrigation, ice control and flood control. The dam supports a 1,280 MW power station with 4 x 320 MW generators that can operate at a maximum capacity of 1400 MW. Controlling ice, the dam controls downstream releases to reservoirs lower in the river, allowing them to generate more power instead of mitigating ice. Water in the dam's 24.7 billion m3 reservoir provides irrigation water for up to 1,000,000 hectares (2,471,054 acres) of land.
p91610
sbg6
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g8
NtRp91611
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VPOINT(100.91833496094 36.122222900391)
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VLongyangxiadam
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VChina
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p91629
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VThe Longyangxia Dam is a concrete arch-gravity dam at the entrance of the Longyangxia canyon on the Yellow River in Gonghe County, Qinghai Province, China. The dam is 178 metres (584 ft) tall and was built for the purposes of hydroelectric power generation, irrigation, ice control and flood control. The dam supports a 1,280 MW power station with 4 x 320 MW generators that can operate at a maximum capacity of 1400 MW. Controlling ice, the dam controls downstream releases to reservoirs lower in the river, allowing them to generate more power instead of mitigating ice. Water in the dam's 24.7 billion m3 reservoir provides irrigation water for up to 1,000,000 hectares (2,471,054 acres) of land.
p91644
sbg6
(g13
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NtRp91645
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VPOINT(100.91833496094 36.122222900391)
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VTalsperre Los Caracoles
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VArgentina
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VEmbankment, concrete-face rock-fill
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VThe Lost Caracoles Dam, or Caracoles Dam is a concrete-face rock-fill dam on the San Juan River about 44 kilometres (27 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 136-metre (446 ft) tall dam supports a 126 megawatts (169,000 hp) power station and together with the Punta Negra Dam downstream, it provides for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2004 and the dam and power station were completed in 2009.
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VRepresa Los Caracoles
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VThe Lost Caracoles Dam, or Caracoles Dam is a concrete-face rock-fill dam on the San Juan River about 44 kilometres (27 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 136-metre (446 ft) tall dam supports a 126 megawatts (169,000 hp) power station and together with the Punta Negra Dam downstream, it provides for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2004 and the dam and power station were completed in 2009.
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VBarrage Los Caracoles
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VArgentina
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VEmbankment, concrete-face rock-fill
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p91744
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VThe Lost Caracoles Dam, or Caracoles Dam is a concrete-face rock-fill dam on the San Juan River about 44 kilometres (27 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 136-metre (446 ft) tall dam supports a 126 megawatts (169,000 hp) power station and together with the Punta Negra Dam downstream, it provides for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2004 and the dam and power station were completed in 2009.
p91752
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VLos Caracoles Dam
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VArgentina
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VThe Lost Caracoles Dam, or Caracoles Dam is a concrete-face rock-fill dam on the San Juan River about 44 kilometres (27 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 136-metre (446 ft) tall dam supports a 126 megawatts (169,000 hp) power station and together with the Punta Negra Dam downstream, it provides for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2004 and the dam and power station were completed in 2009.
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VO
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VThe Lost Caracoles Dam, or Caracoles Dam is a concrete-face rock-fill dam on the San Juan River about 44 kilometres (27 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 136-metre (446 ft) tall dam supports a 126 megawatts (169,000 hp) power station and together with the Punta Negra Dam downstream, it provides for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2004 and the dam and power station were completed in 2009.
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VLos Leones Dam
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VChile
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VChile
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VThe Los Leones Dam is a tailings dam on Los Leones River, a tributary of Blanco River, about 56 km (35 mi) northeast of Santiago, in Los Andes Province, Chile. The dam was constructed in segments between 1980 and 1999 and is now used only for emergencies. The dam is 135 m (443 ft) tall on its upstream face and 200 m (656 ft) tall on its downstream face. The height at its axis though is 160 m (525 ft). It is one of the tallest tailings dams in the world.
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VThe Los Molinos Dam (in Spanish, Dique Los Molinos) is a dam over the course of the in the center-west of the province of Córdoba, Argentina, about 769 metres (2,523 ft) above mean sea level. The dam gathers the flow of a 980 square kilometres (380 sq mi) catchment basin. Its wall is 60 metres (200 ft) high and 240 metres (790 ft)long. The reservoir has a surface area of 24.5 square kilometres (9.5 sq mi) and a volume of 399 million cubic metres (323,000 acre\u22c5ft); the maximum depth of the water is 57 metres (187 ft).
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VDique Los Molinos
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VThe Los Molinos Dam (in Spanish, Dique Los Molinos) is a dam over the course of the in the center-west of the province of Córdoba, Argentina, about 769 metres (2,523 ft) above mean sea level. The dam gathers the flow of a 980 square kilometres (380 sq mi) catchment basin. Its wall is 60 metres (200 ft) high and 240 metres (790 ft)long. The reservoir has a surface area of 24.5 square kilometres (9.5 sq mi) and a volume of 399 million cubic metres (323,000 acre\u22c5ft); the maximum depth of the water is 57 metres (187 ft).
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VLos Molinos Dam
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VArgentina
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VArch
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VPower, water supply, flood control
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VThe Los Molinos Dam (in Spanish, Dique Los Molinos) is a dam over the course of the in the center-west of the province of Córdoba, Argentina, about 769 metres (2,523 ft) above mean sea level. The dam gathers the flow of a 980 square kilometres (380 sq mi) catchment basin. Its wall is 60 metres (200 ft) high and 240 metres (790 ft)long. The reservoir has a surface area of 24.5 square kilometres (9.5 sq mi) and a volume of 399 million cubic metres (323,000 acre\u22c5ft); the maximum depth of the water is 57 metres (187 ft).
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VEmbalse Los Molinos
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VArgentina
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VArch
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VArgentina
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VThe Los Molinos Dam (in Spanish, Dique Los Molinos) is a dam over the course of the in the center-west of the province of Córdoba, Argentina, about 769 metres (2,523 ft) above mean sea level. The dam gathers the flow of a 980 square kilometres (380 sq mi) catchment basin. Its wall is 60 metres (200 ft) high and 240 metres (790 ft)long. The reservoir has a surface area of 24.5 square kilometres (9.5 sq mi) and a volume of 399 million cubic metres (323,000 acre\u22c5ft); the maximum depth of the water is 57 metres (187 ft).
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V\u0413\u0415\u0421 \u041b\u043e\u0441-\u041c\u043e\u043b\u0456\u043d\u043e\u0441 I
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VArgentina
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VArch
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VThe Los Molinos Dam (in Spanish, Dique Los Molinos) is a dam over the course of the in the center-west of the province of Córdoba, Argentina, about 769 metres (2,523 ft) above mean sea level. The dam gathers the flow of a 980 square kilometres (380 sq mi) catchment basin. Its wall is 60 metres (200 ft) high and 240 metres (790 ft)long. The reservoir has a surface area of 24.5 square kilometres (9.5 sq mi) and a volume of 399 million cubic metres (323,000 acre\u22c5ft); the maximum depth of the water is 57 metres (187 ft).
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VTalsperre Los Reyunos
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VThe Los Reyunos Dam is an embankment dam on the Diamante River, in central Mendoza Province, Argentina, some twenty-two miles (thirty-five kilometers) from the city of San Rafael. The dam, built of stone and compacted clay to minimize execution and cost, is 440 feet (136 meters) high and contains a reservoir covering an area of 1,828 acres (7.34 km²).
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VRepresa de Los Reyunos
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VThe Los Reyunos Dam is an embankment dam on the Diamante River, in central Mendoza Province, Argentina, some twenty-two miles (thirty-five kilometers) from the city of San Rafael. The dam, built of stone and compacted clay to minimize execution and cost, is 440 feet (136 meters) high and contains a reservoir covering an area of 1,828 acres (7.34 km²).
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VThe Los Reyunos Dam is an embankment dam on the Diamante River, in central Mendoza Province, Argentina, some twenty-two miles (thirty-five kilometers) from the city of San Rafael. The dam, built of stone and compacted clay to minimize execution and cost, is 440 feet (136 meters) high and contains a reservoir covering an area of 1,828 acres (7.34 km²).
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VThe Los Reyunos Dam is an embankment dam on the Diamante River, in central Mendoza Province, Argentina, some twenty-two miles (thirty-five kilometers) from the city of San Rafael. The dam, built of stone and compacted clay to minimize execution and cost, is 440 feet (136 meters) high and contains a reservoir covering an area of 1,828 acres (7.34 km²).
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(g13
g8
NtRp92183
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g16
Nsg17
Nsg11
VArgentina
p92185
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g8
NtRp92186
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g16
Nsg17
Nsg11
VEmbankment
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g8
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Nsg17
g27
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p92191
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Nsg11
VPower, water supply
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VO
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g8
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Nsg17
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VArgentina
p92205
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g8
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VThe Los Reyunos Dam is an embankment dam on the Diamante River, in central Mendoza Province, Argentina, some twenty-two miles (thirty-five kilometers) from the city of San Rafael. The dam, built of stone and compacted clay to minimize execution and cost, is 440 feet (136 meters) high and contains a reservoir covering an area of 1,828 acres (7.34 km²).
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VPOINT(-68.64168548584 -34.602348327637)
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VLoskop Dam
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g8
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p92221
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Nsg17
Nsg11
VAG
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g8
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VIrrigation
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VLoskop Dam is a combined gravity and arch type dam located on the Olifants River, near Groblersdal, Mpumalanga, South Africa. It was established in 1939 and has been renovated in 1979. The dam is situated in the Loskop Dam Nature Reserve and it serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3).
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g8
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g8
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Nsg11
VLostock Dam
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g8
NtRp92253
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Nsg17
Nsg11
VAustralia
p92255
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g8
NtRp92256
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Nsg17
Nsg11
VE
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g8
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V0.701
p92260
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g8
NtRp92261
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g16
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g27
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V92.0
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g8
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g8
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VFlood mitigation,hydro-power,irrigation,water supplyand conservation
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g8
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Nsg17
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VO
sbg6
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g8
NtRp92275
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g16
Nsg17
g27
sg11
V623.0
p92277
sbg6
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g8
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g16
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VNew South Wales
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g8
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g16
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VLostock Dam is a minor rockfill and clay core embankment dam with a concrete lined, flip bucket spillway across the Paterson River upstream of the village of East Gresford in the Hunter region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and conservation. Mini hydro-power facilities were retrofitted in 2010. The impounded reservoir is also called Lostock Dam.
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g8
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VPOINT(151.45111083984 -32.314998626709)
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g8
NtRp92291
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g16
Nsg17
Nsg11
VLotsane Dam
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g8
NtRp92294
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botswana
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g8
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g27
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g8
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p92302
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g8
NtRp92303
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g16
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Nsg11
VUrban water supply, Horticultural irrigation
p92305
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g8
NtRp92306
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Nsg17
Nsg11
VBotswana
p92308
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(g13
g8
NtRp92309
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g16
Nsg17
Nsg11
VThe Lotsane Dam is a dam on the Lotsane River in Botswana completed in 2012. Its purpose is to provide drinking water to local villagers and to support a horticultural project.
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(g13
g8
NtRp92312
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p92318
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g8
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g16
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Nsg11
VLoveland Dam
p92321
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(g13
g8
NtRp92322
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g16
Nsg17
Nsg11
VUnited States
p92324
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(g13
g8
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g16
Nsg17
Nsg11
VConcrete thin arch
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g8
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g16
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g27
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Vhttp://dbpedia.org/resource/Loveland_Dam__Lake__1
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NtRp92334
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g16
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g8
NtRp92337
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g16
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Nsg11
VIn use
p92339
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g8
NtRp92340
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VLoveland Dam (also called Sweetwater Falls Dam) is a dam across the Sweetwater River in San Diego County, California. The dam forms long, narrow Loveland Reservoir which stores 25,387 acre-feet (31,314,000 m3) of water. It is operated primarily for flood control and municipal water storage in conjunction with downstream Sweetwater Dam but the reservoir is also open to the public for fishing.
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g8
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VPOINT(-116.79416656494 32.781665802002)
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g8
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g16
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VLower Baker Dam
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g8
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(dp92354
g16
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Nsg11
VUnited States
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g8
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VConcrete thick-arch
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g8
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g16
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p92370
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g8
NtRp92371
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g16
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Nsg11
VIn use
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g8
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VLower Baker Dam (or simply Baker Dam) is a dam across the Baker River one mile north of Concrete, Washington. It forms a reservoir called Lake Shannon which stretches 7.5 miles (12.1 km) upstream. The dam is operated by Puget Sound Energy as part of the Baker River Hydroelectric Project.
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NtRp92377
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VPOINT(-121.74111175537 48.547500610352)
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V\u0413\u0415\u0421 \u041b\u043e\u0432\u0435\u0440-\u0411\u0435\u0439\u043a\u0435\u0440
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g8
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VUnited States
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g8
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(dp92391
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VConcrete thick-arch
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VIn use
p92407
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VLower Baker Dam (or simply Baker Dam) is a dam across the Baker River one mile north of Concrete, Washington. It forms a reservoir called Lake Shannon which stretches 7.5 miles (12.1 km) upstream. The dam is operated by Puget Sound Energy as part of the Baker River Hydroelectric Project.
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VPOINT(-121.74111175537 48.547500610352)
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VLower Chaku Khola Hydropower Station
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g8
NtRp92421
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Nsg17
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VNepal
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g8
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VGravity
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Vo
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g8
NtRp92435
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VNepal
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g8
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VLower Chaku Khola Hydropower Station (Nepali: \u0924\u0932\u094d\u0932\u094b \u091a\u093e\u0915\u0941 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sindhupalchok District of Nepal. The flow from Lower Chaku River, a tributary of , is used to generate 1.8 MW electricity. The plant is owned and developed by Laughing Buddha Power Nepal Pvt. Ltd , an IPP of Nepal. The plant started generating electricity from 2070-04-24 BS. The generation licence will expire in 2100-05-08 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VKraftwerk Lower Granite
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p92464
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NtRp92465
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VUSA#Washington
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g8
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VLower Granite Lock and Dam is a concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Whitman and Garfield counties. Opened 47 years ago in 1975, the dam is located 22 miles (35 km) south of Colfax and 35 miles (56 km) north of Pomeroy. Lower Granite Dam is part of the Columbia River Basin system of dams, built and operated by the U.S. Army Corps of Engineers; power generated is distributed by the Bonneville Power Administration (BPA).
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VBarrage Lower Granite
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VUSA#Washington
p92497
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VLower Granite Lock and Dam is a concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Whitman and Garfield counties. Opened 47 years ago in 1975, the dam is located 22 miles (35 km) south of Colfax and 35 miles (56 km) north of Pomeroy. Lower Granite Dam is part of the Columbia River Basin system of dams, built and operated by the U.S. Army Corps of Engineers; power generated is distributed by the Bonneville Power Administration (BPA).
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VLower Granite Dam
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VUSA#Washington
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VLower Granite Lock and Dam is a concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Whitman and Garfield counties. Opened 47 years ago in 1975, the dam is located 22 miles (35 km) south of Colfax and 35 miles (56 km) north of Pomeroy. Lower Granite Dam is part of the Columbia River Basin system of dams, built and operated by the U.S. Army Corps of Engineers; power generated is distributed by the Bonneville Power Administration (BPA).
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VUSA#Washington
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VLower Granite Lock and Dam is a concrete gravity run-of-the-river dam in the northwest United States. On the lower Snake River in southeastern Washington, it bridges Whitman and Garfield counties. Opened 47 years ago in 1975, the dam is located 22 miles (35 km) south of Colfax and 35 miles (56 km) north of Pomeroy. Lower Granite Dam is part of the Columbia River Basin system of dams, built and operated by the U.S. Army Corps of Engineers; power generated is distributed by the Bonneville Power Administration (BPA).
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VThe Lower Grumbach Pond (German: Unterer Grumbacher Teich), usually just Grumbach Pond (Grumbacher Teich), is an old mining reservoir or Kunstteich between Hahnenklee and Wildemann in the Upper Harz mountains in Germany It is one of the Upper Harz Ponds and was constructed before 1673. After being raised in height at least once, the dam today is 7.5 metres high and just under 60 metres long. By the Lower Grumbach Pond is a refuge hut with checkpoint no. 113 "Grumbacher Teich" on the Harzer Wandernadel hiking network.
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VUnterer Grumbacher Teich
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VThe Lower Grumbach Pond (German: Unterer Grumbacher Teich), usually just Grumbach Pond (Grumbacher Teich), is an old mining reservoir or Kunstteich between Hahnenklee and Wildemann in the Upper Harz mountains in Germany It is one of the Upper Harz Ponds and was constructed before 1673. After being raised in height at least once, the dam today is 7.5 metres high and just under 60 metres long. By the Lower Grumbach Pond is a refuge hut with checkpoint no. 113 "Grumbacher Teich" on the Harzer Wandernadel hiking network.
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VUnterer Grumbacher Teich
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VThe Lower Grumbach Pond (German: Unterer Grumbacher Teich), usually just Grumbach Pond (Grumbacher Teich), is an old mining reservoir or Kunstteich between Hahnenklee and Wildemann in the Upper Harz mountains in Germany It is one of the Upper Harz Ponds and was constructed before 1673. After being raised in height at least once, the dam today is 7.5 metres high and just under 60 metres long. By the Lower Grumbach Pond is a refuge hut with checkpoint no. 113 "Grumbacher Teich" on the Harzer Wandernadel hiking network.
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VThe Lower Grumbach Pond (German: Unterer Grumbacher Teich), usually just Grumbach Pond (Grumbacher Teich), is an old mining reservoir or Kunstteich between Hahnenklee and Wildemann in the Upper Harz mountains in Germany It is one of the Upper Harz Ponds and was constructed before 1673. After being raised in height at least once, the dam today is 7.5 metres high and just under 60 metres long. By the Lower Grumbach Pond is a refuge hut with checkpoint no. 113 "Grumbacher Teich" on the Harzer Wandernadel hiking network.
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VLower Grumbach Pond
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VThe Lower Grumbach Pond (German: Unterer Grumbacher Teich), usually just Grumbach Pond (Grumbacher Teich), is an old mining reservoir or Kunstteich between Hahnenklee and Wildemann in the Upper Harz mountains in Germany It is one of the Upper Harz Ponds and was constructed before 1673. After being raised in height at least once, the dam today is 7.5 metres high and just under 60 metres long. By the Lower Grumbach Pond is a refuge hut with checkpoint no. 113 "Grumbacher Teich" on the Harzer Wandernadel hiking network.
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VPOINT(10.30073928833 51.849727630615)
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VLower Hewa Hydropower Station
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VNepal
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VGravity
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Vo
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VNepal
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VLower Hewa Hydropower Station (Nepali: \u0924\u0932\u094d\u0932\u094b \u0939\u0947\u0935\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Panchthar District of Nepal. The flow from , a tributary of Tamor River, is used to generate 21.6 MW electricity. This power plant may get inundated if Tamor Hydropower Project will be constructed in its downstream.
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VPOINT(87.775276184082 27.150554656982)
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NtRp92708
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VLower Indra Dam
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Vhttp://dbpedia.org/resource/India
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VIndia Odisha#India
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VTikhali Dam is a major irrigation project of the Government of Odisha, and part of the Lower Indra Irrigation Project. The dam is located on the Indra River, a tributary of the Tel River, near the village of Dargoan, in Khariar block of Nuapada district. The areas affected are located in Balangir, and Nuapada districts. Construction began in 1997 and was completed in 2019 at a cost of 1624.49 Cr INR Scheduled date of Completion was March 2004 but Completed on 3 December 2019. The project costs escalated 10 times due to the delay.
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VLower Kaleköy Dam
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VTurkey
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VThe Lower Kaleköy Dam, also known as the A\u015fa\u011f\u0131 Kaleköy Dam, is a gravity dam planned on the Murat River in Genç district of Bingöl Province, eastern Turkey. Its primary purpose is hydroelectric power generation and it will support a 500 MW hydroelectric power station. The 115 m (377 ft) tall dam will withhold a reservoir of 516,500,000 m3 (418,700 acre\u22c5ft). It is owned by Kalehan Energy Generation.
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V\u0413\u0415\u0421 \u0410\u0448\u0430\u0433\u0438-\u041a\u0430\u043b\u0435\u043a\u0435\u0439
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VThe Lower Kaleköy Dam, also known as the A\u015fa\u011f\u0131 Kaleköy Dam, is a gravity dam planned on the Murat River in Genç district of Bingöl Province, eastern Turkey. Its primary purpose is hydroelectric power generation and it will support a 500 MW hydroelectric power station. The 115 m (377 ft) tall dam will withhold a reservoir of 516,500,000 m3 (418,700 acre\u22c5ft). It is owned by Kalehan Energy Generation.
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VLower Kaleköy Dam
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VThe Lower Kaleköy Dam, also known as the A\u015fa\u011f\u0131 Kaleköy Dam, is a gravity dam planned on the Murat River in Genç district of Bingöl Province, eastern Turkey. Its primary purpose is hydroelectric power generation and it will support a 500 MW hydroelectric power station. The 115 m (377 ft) tall dam will withhold a reservoir of 516,500,000 m3 (418,700 acre\u22c5ft). It is owned by Kalehan Energy Generation.
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VPOINT(40.709362030029 38.830749511719)
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VBarrage du Kaleköy inférieur
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VThe Lower Kaleköy Dam, also known as the A\u015fa\u011f\u0131 Kaleköy Dam, is a gravity dam planned on the Murat River in Genç district of Bingöl Province, eastern Turkey. Its primary purpose is hydroelectric power generation and it will support a 500 MW hydroelectric power station. The 115 m (377 ft) tall dam will withhold a reservoir of 516,500,000 m3 (418,700 acre\u22c5ft). It is owned by Kalehan Energy Generation.
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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NtRp93195
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Nsg17
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VLower Monumental Lock and Dam is a hydroelectric, concrete, run-of-the-river dam in the northwest United States. Located on the lower Snake River in southeast Washington, it bridges Franklin and Walla Walla counties; it is six miles (10 km) south of Kahlotus and 43 miles (70 km) north of Walla Walla. Built and operated by the U.S. Army Corps of Engineers, Lower Monumental Dam is part of the Columbia River Basin system of dams. Navigation lock \u000a* Single-lift \u000a* Width: 86 ft (26 m) \u000a* Length: 666 ft (203 m)
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p93204
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VLower Paunglaung Dam
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p93216
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VPower
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p93222
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VO
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p93227
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VThe Lower Paunglaung Dam is a rock-fill embankment dam on the , about 14 kilometres (8.7 mi) east of Pyinmana in Naypyidaw Union Territory, Burma. The primary purpose of the dam is hydroelectric power generation and it had been under study since 1953. Construction began in 1996 and the first generators were commissioned in 2004 and the last in 2005. Cost of the dam and power station, funded by the Chinese government, was US$201.8 million. The dam's power house is located underground near the toe and spillway. It contains four 70 megawatts (94,000 hp) Francis turbine-generators. The Upper Paunglaung Dam, being constructed upstream, is expected to regulate the river and improved power generation.
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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sbg6
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VPOINT(106.26372528076 13.549860954285)
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V\u0413\u0415\u0421 Lower Sesan II
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g27
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p93292
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VCambodia
p93301
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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VPOINT(106.26372528076 13.549860954285)
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VBendungan Se San Hilir 2
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Nsg11
VCambodia
p93338
sbg6
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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VPOINT(106.26372528076 13.549860954285)
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VLower Se San 2 Dam
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VCambodia
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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VBendungan Se San Hilir 2
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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V\u0413\u0415\u0421 Lower Sesan II
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VCambodia
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
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Nsg11
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VCambodia
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VThe Lower Se San 2 Dam (also: Lower Sesan 2 Dam and Han Se San 2 Dam) is a hydroelectric dam under development on the Se San River in Stung Treng Province, northeastern Cambodia. The Se San River is a major tributary of the Mekong River. The dam site is located 25 kilometres (16 mi) east of the provincial capital, also named Stung Treng. The first turbine began producing electricity in November 2017. The dam was officially opened on December 18, 2018.
p93526
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Nsg11
VLower Sre Pok 2 Dam
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cambodia
p93539
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Nsg11
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VCambodia
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VThe Lower Se San/Sre Pok 2 scheme is a proposed hydroelectric dam to be located in Stung Treng Province, Cambodia on the Tonle Sre Pok some 2 kilometres (1.2 mi) upstream of its confluence with the Se San, and about 37 kilometres (23 mi) upstream of the confluence of the combined Sre Pok, Se San and Se Kong rivers with the Mekong mainstream. Per MIME report to RPTCC-4 meeting (Yangon, Sept. 2005), commissioning of 222 MW Lower Sre Pok HPP will be in 2017. Impact: Up to 1000 people may rewire resettlement.
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VLower Svir Hydroelectric Station
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VLower Svir Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the urban-type settlement of Svirstroy, Leningrad Oblast, in northwestern Russia. It was open on December 19, 1933 and has the total power of 99 MW. It is operated by the TGC-1 power company. Svir is a part of the Volga\u2013Baltic Waterway, connecting the basins of the Volga and the Neva Rivers, with heavy cargo and cruise traffic. To accommodate the waterway, a lock was built to bypass the dam of the power station. The station was named after Genrikh Graftio.
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g8
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VRussia Leningrad Oblast
p93607
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VLower Svir Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the urban-type settlement of Svirstroy, Leningrad Oblast, in northwestern Russia. It was open on December 19, 1933 and has the total power of 99 MW. It is operated by the TGC-1 power company. Svir is a part of the Volga\u2013Baltic Waterway, connecting the basins of the Volga and the Neva Rivers, with heavy cargo and cruise traffic. To accommodate the waterway, a lock was built to bypass the dam of the power station. The station was named after Genrikh Graftio.
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VO
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g8
NtRp93632
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Nsg17
Nsg11
VRussia Leningrad Oblast
p93634
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g8
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VLower Svir Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the urban-type settlement of Svirstroy, Leningrad Oblast, in northwestern Russia. It was open on December 19, 1933 and has the total power of 99 MW. It is operated by the TGC-1 power company. Svir is a part of the Volga\u2013Baltic Waterway, connecting the basins of the Volga and the Neva Rivers, with heavy cargo and cruise traffic. To accommodate the waterway, a lock was built to bypass the dam of the power station. The station was named after Genrikh Graftio.
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p93644
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g8
NtRp93645
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VDolnosvirská vodní elektrárna
p93647
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(g13
g8
NtRp93648
(dp93649
g16
Nsg17
Nsg11
VRussia
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g8
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NtRp93654
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(g13
g8
NtRp93657
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g16
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VO
sbNg6
(g13
g8
NtRp93659
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Nsg17
Nsg11
VRussia Leningrad Oblast
p93661
sbg6
(g13
g8
NtRp93662
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VLower Svir Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the urban-type settlement of Svirstroy, Leningrad Oblast, in northwestern Russia. It was open on December 19, 1933 and has the total power of 99 MW. It is operated by the TGC-1 power company. Svir is a part of the Volga\u2013Baltic Waterway, connecting the basins of the Volga and the Neva Rivers, with heavy cargo and cruise traffic. To accommodate the waterway, a lock was built to bypass the dam of the power station. The station was named after Genrikh Graftio.
p93664
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NtRp93665
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VPOINT(33.705001831055 60.805000305176)
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NtRp93669
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Vhttp://dbpedia.org/resource/Luachimo_Hydroelectric_Power_Station
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g8
NtRp93672
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VLuachimo Hydroelectric Power Station
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g8
NtRp93675
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Angola
p93677
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g8
NtRp93678
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VP
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(g13
g8
NtRp93680
(dp93681
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp93682
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g16
Nsg17
Nsg11
VAngola
p93684
sbg6
(g13
g8
NtRp93685
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Nsg17
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VThe Luachimo Hydroelectric Power Station is a hydroelectric power plant near Luachimo in northeast Angola, close to the border with the Democratic Republic of the Congo .
p93687
sbg6
(g13
g8
NtRp93688
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g16
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VPOINT(20.843334197998 -7.3630557060242)
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p93694
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VLubisi Dam
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g8
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g16
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Vhttp://dbpedia.org/resource/South_Africa
p93700
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NtRp93701
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VA
sbg6
(g13
g8
NtRp93703
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Nsg17
g27
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V0.236
p93705
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g8
NtRp93706
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NtRp93709
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p93711
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(g13
g8
NtRp93712
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VIrrigation
p93714
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g8
NtRp93715
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g16
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p93717
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NtRp93718
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VLubisi Dam is an arch type dam located on the , near Qamata, Eastern Cape, South Africa. It was established in 1968 and it serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3).
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g8
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VPOINT(27.416666030884 -31.795833587646)
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p93727
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(g13
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NtRp93728
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VLubuge Dam
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g8
NtRp93731
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VChina
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g8
NtRp93734
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g27
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g8
NtRp93740
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g8
NtRp93743
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g16
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VPower
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VO
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VChina
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VThe Lubuge Dam (Chinese: \u9c81\u5e03\u9769\u6c34\u7535\u7ad9) is a rock-fill embankment dam on the , a tributary of the Nanpan River, located near in Luoping County on the border of Guizhou and Yunnan Provinces, China. The primary purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. Construction on the project began in 1982 and it was completed in 1991. Funded by the World Bank, it was the first loan offered by the bank to China's power sector.
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VPOINT(104.57984924316 24.866312026978)
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V\u9c81\u5e03\u9769\u6c34\u7535\u7ad9
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p93789
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VThe Lubuge Dam (Chinese: \u9c81\u5e03\u9769\u6c34\u7535\u7ad9) is a rock-fill embankment dam on the , a tributary of the Nanpan River, located near in Luoping County on the border of Guizhou and Yunnan Provinces, China. The primary purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. Construction on the project began in 1982 and it was completed in 1991. Funded by the World Bank, it was the first loan offered by the bank to China's power sector.
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VChina
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VO
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Nsg11
VChina
p93825
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g8
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VThe Lubuge Dam (Chinese: \u9c81\u5e03\u9769\u6c34\u7535\u7ad9) is a rock-fill embankment dam on the , a tributary of the Nanpan River, located near in Luoping County on the border of Guizhou and Yunnan Provinces, China. The primary purpose of the dam is hydroelectric power generation and it supports a 600 MW power station. Construction on the project began in 1982 and it was completed in 1991. Funded by the World Bank, it was the first loan offered by the bank to China's power sector.
p93828
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g8
NtRp93829
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p93838
sbg6
(g13
g8
NtRp93839
(dp93840
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VUnited States
p93841
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(g13
g8
NtRp93842
(dp93843
g16
Nsg17
Nsg11
VE
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(g13
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g27
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g8
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VFlood control, irrigation
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g8
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VLucky Peak Dam is a rolled earth and gravel fill embankment dam in the western United States, located on the Boise River in southwestern Idaho. In Ada County east of Boise, it is directly downstream of Arrowrock Dam, a concrete arch dam completed in 1915. At the time of its construction in the early 1950s, Lucky Peak's primary purpose was flood control, with a secondary purpose of irrigation. The normal operating elevation of the full reservoir is 3,055 feet (931 m) above sea level, the empty reservoir's elevation (Boise River) is 2,824 feet (861 m). The dam is also in close proximity to the .
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VLucky Peak Dam is a rolled earth and gravel fill embankment dam in the western United States, located on the Boise River in southwestern Idaho. In Ada County east of Boise, it is directly downstream of Arrowrock Dam, a concrete arch dam completed in 1915. At the time of its construction in the early 1950s, Lucky Peak's primary purpose was flood control, with a secondary purpose of irrigation. The normal operating elevation of the full reservoir is 3,055 feet (931 m) above sea level, the empty reservoir's elevation (Boise River) is 2,824 feet (861 m). The dam is also in close proximity to the .
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VThe Ludila Dam(\u9c81\u5730\u62c9\u6c34\u7535\u7ad9 in Chinese) is a gravity dam on the Jinsha River near Lijiang in Yunnan province, China. The primary purpose of the dam is hydroelectric power generation and it will support a 2,160 MW power station. Construction on the dam began in 2007 and was briefly halted in June 2009 by the Ministry of Environmental Protection after it was being constructed without approval. On 13 June 2013 the dam's first generator became operational. In May 2014 reports surfaced that the dam and been damaged or was structurally unsound, forcing engineers to draw down the reservoir level and leaving the power station inoperable. An estimated 16,900 people were relocated after its construction.
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VThe Ludila Dam(\u9c81\u5730\u62c9\u6c34\u7535\u7ad9 in Chinese) is a gravity dam on the Jinsha River near Lijiang in Yunnan province, China. The primary purpose of the dam is hydroelectric power generation and it will support a 2,160 MW power station. Construction on the dam began in 2007 and was briefly halted in June 2009 by the Ministry of Environmental Protection after it was being constructed without approval. On 13 June 2013 the dam's first generator became operational. In May 2014 reports surfaced that the dam and been damaged or was structurally unsound, forcing engineers to draw down the reservoir level and leaving the power station inoperable. An estimated 16,900 people were relocated after its construction.
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VThe Ludington Pumped Storage Plant is a hydroelectric plant and reservoir in Ludington, Michigan. It was built between 1969 and 1973 at a cost of $315 million and is owned jointly by Consumers Energy and DTE Energy and operated by Consumers Energy. At the time of its construction, it was the largest pumped storage hydroelectric facility in the world.
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VThe Macagua Dam, officially known as Antonio José de Sucre, is an embankment dam with concrete gravity sections on the Caroní River in Ciudad Guayana, Bolívar State, Venezuela. It is 10 kilometres (6.2 mi) upstream from the confluence of the Caroni and Orinoco Rivers, 81 km (50 mi) downstream of the Guri Dam and 22 kilometres (14 mi) downstream of the Caruachi Dam. The dam's main purpose is hydroelectric power generation and it was later named after Antonio José de Sucre.
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VThe Macagua Dam, officially known as Antonio José de Sucre, is an embankment dam with concrete gravity sections on the Caroní River in Ciudad Guayana, Bolívar State, Venezuela. It is 10 kilometres (6.2 mi) upstream from the confluence of the Caroni and Orinoco Rivers, 81 km (50 mi) downstream of the Guri Dam and 22 kilometres (14 mi) downstream of the Caruachi Dam. The dam's main purpose is hydroelectric power generation and it was later named after Antonio José de Sucre.
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VThe Machai Hydropower Plant is a run-of-the-river hydroelectric power plant with a generating capacity of 2.6 MW. Construction of the damn crossing the Machai Canal began in 2013 and was completed in March 2015 at the cost of 683.50 million.
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VThe Mackintosh Power Station is a conventional hydroelectric power station located in Western Tasmania, Australia.
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VThe Mackintosh Power Station is a conventional hydroelectric power station located in Western Tasmania, Australia.
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VThe Mactaquac Dam is an embankment dam used to generate hydroelectricity in Mactaquac, New Brunswick. It dams the waters of the Saint John River and is operated by NB Power with a capacity to generate 670 megawatts of electricity from 6 turbines; this represents 20 percent of New Brunswick's power demand.
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VThe Mactaquac Dam is an embankment dam used to generate hydroelectricity in Mactaquac, New Brunswick. It dams the waters of the Saint John River and is operated by NB Power with a capacity to generate 670 megawatts of electricity from 6 turbines; this represents 20 percent of New Brunswick's power demand.
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VThe Madden Dam, completed in 1935, impounds the Chagres River in Panama to form Lake Alajuela, a reservoir that is an essential part of the Panama Canal watershed. The lake has a maximum level of 250 feet (76 m) above sea level. It can store one third of the canal's annual water requirements for the operation of the locks. Since the reservoir is not part of the navigational route, there are fewer restrictions on its water level.
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VMadkyu Khola Hydropower Station (Nepali:\u092e\u0921\u094d\u0915\u094d\u092f\u0941 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from is used to generate 13 MW electricity. The plant is owned and developed by Silkes Hydropower Pvt.Ltd, an IPP of Nepal. The plant started generating electricity from 2074-12-19BS. The generation licence will expire in 2105-11-20 BS, after which the plant will be handed over to the government. The power station was connected to the national grid in 2018 and the electricity is sold to Nepal Electricity Authority.
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VThe Maduru Oya Dam is an irrigation dam built across the Maduru Oya. The embankment dam measures 1,090 m (3,580 ft) in length, 41 m (135 ft) in height, and creates the Maduru Oya Reservoir. The reservoir has a catchment area of 453 km2 (175 sq mi) and a storage capacity of 596,000,000 cubic metres (2.10×1010 cu ft) The proposed Maduru Oya Solar Power Station is to be built over the surface of the Maduru Oya reservoir.
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VThe Madushan Dam is a gravity dam on the Honghe (Red) River in Honghe Hani and Yi Autonomous Prefecture of Yunnan Province. The name of the dam comes from the nearby village of Madushan, located on the left bank of the river upstream from the dam. Madushan village is administratively under Manhao Town (which itself located a few kilometers downstream of the dam) of Gejiu City of Honghe Prefecture; the opposite, right bank of the river is in Jinping Miao, Yao, and Dai Autonomous County of the same Honghe Prefecture.
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Nsg17
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sbNg6
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Nsg17
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g8
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VThe Mae Ngat Somboon Chon Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e21\u0e48\u0e07\u0e31\u0e14\u0e2a\u0e21\u0e1a\u0e39\u0e23\u0e13\u0e4c\u0e0a\u0e25, RTGS: Khuean Mae Ngat Sombun Chon, pronounced [k\u02b0\u026f\u0300a\u032fn m\u025b\u0302\u02d0 \u014bát s\u01d2m.b\u016b\u02d0n t\u0361\u0255\u02b0\u014dn]), is a multi-purpose hydroelectric dam in the Mae Taeng District of Chiang Mai Province, Thailand. It impounds the , a tributary of the Ping River. The dam is located at the western side of Si Lanna National Park.
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p94904
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g8
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VTalsperre Mae Ngat Somboon Chon
p94907
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sbg6
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g8
NtRp94913
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g27
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g8
NtRp94919
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Nsg11
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p94921
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p94924
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Nsg17
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VO
sbNg6
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NtRp94930
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Nsg11
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p94932
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VThe Mae Ngat Somboon Chon Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e21\u0e48\u0e07\u0e31\u0e14\u0e2a\u0e21\u0e1a\u0e39\u0e23\u0e13\u0e4c\u0e0a\u0e25, RTGS: Khuean Mae Ngat Sombun Chon, pronounced [k\u02b0\u026f\u0300a\u032fn m\u025b\u0302\u02d0 \u014bát s\u01d2m.b\u016b\u02d0n t\u0361\u0255\u02b0\u014dn]), is a multi-purpose hydroelectric dam in the Mae Taeng District of Chiang Mai Province, Thailand. It impounds the , a tributary of the Ping River. The dam is located at the western side of Si Lanna National Park.
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p94942
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NtRp94943
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p94945
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NtRp94946
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p94948
sbg6
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g8
NtRp94949
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Nsg17
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sbg6
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g8
NtRp94958
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g16
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NtRp94961
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Nsg11
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sbNg6
(g13
g8
NtRp94966
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g16
Nsg17
Nsg11
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p94968
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(g13
g8
NtRp94969
(dp94970
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VThe Mae Wong Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e21\u0e48\u0e27\u0e07\u0e01\u0e4c, RTGS: Khuean Mae Wong, pronounced [k\u02b0\u026f\u0300a\u032fn m\u025b\u0302\u02d0 w\u014d\u014b]) is a planned embankment dam on the , a tributary of the Sakae Krang River, in Mae Wong District of Nakhon Sawan Province in western Thailand. The purpose of the dam is to control floods and supply water for irrigation. The dam's reservoir would be within Mae Wong National Park, which has drawn opposition.
p94971
sbg6
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g8
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p94978
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p94984
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p94990
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g11
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p94993
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g8
NtRp94994
(dp94995
g16
Nsg17
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p94996
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sbNg6
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NtRp95002
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g16
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p95004
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VThe Mae Wong Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e41\u0e21\u0e48\u0e27\u0e07\u0e01\u0e4c, RTGS: Khuean Mae Wong, pronounced [k\u02b0\u026f\u0300a\u032fn m\u025b\u0302\u02d0 w\u014d\u014b]) is a planned embankment dam on the , a tributary of the Sakae Krang River, in Mae Wong District of Nakhon Sawan Province in western Thailand. The purpose of the dam is to control floods and supply water for irrigation. The dam's reservoir would be within Mae Wong National Park, which has drawn opposition.
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g8
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a(g6
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g8
NtRp95012
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g11
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p95014
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(g13
g8
NtRp95015
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g16
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Nsg11
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sbg6
(g13
g8
NtRp95018
(dp95019
g16
Nsg17
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VChina
p95020
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g8
NtRp95021
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NtRp95027
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g16
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p95029
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g8
NtRp95030
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p95032
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(g13
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g16
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p95035
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g16
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p95038
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(g13
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NtRp95039
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VThe Maerdang Dam is a concrete-face rock-fill dam currently under construction on the Yellow River in Maqên County, Qinghai Province, China. Construction on the dam began in 2011 and its 2,200 MW power station was initially expected to be operational in 2018. On 13 November 2013, the river was successfully diverted around the construction site. Works suffered delays and were still ongoing as of October 2019. Its power station will generate an annual 7,24 TWh of electricity.
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g8
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g8
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g11
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p95048
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g16
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p95051
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g16
Nsg17
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p95063
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p95066
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p95069
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p95072
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(g13
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VThe Maerdang Dam is a concrete-face rock-fill dam currently under construction on the Yellow River in Maqên County, Qinghai Province, China. Construction on the dam began in 2011 and its 2,200 MW power station was initially expected to be operational in 2018. On 13 November 2013, the river was successfully diverted around the construction site. Works suffered delays and were still ongoing as of October 2019. Its power station will generate an annual 7,24 TWh of electricity.
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g8
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p95082
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p95103
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VThe Maerdang Dam is a concrete-face rock-fill dam currently under construction on the Yellow River in Maqên County, Qinghai Province, China. Construction on the dam began in 2011 and its 2,200 MW power station was initially expected to be operational in 2018. On 13 November 2013, the river was successfully diverted around the construction site. Works suffered delays and were still ongoing as of October 2019. Its power station will generate an annual 7,24 TWh of electricity.
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V\u0413\u0415\u0421 M\u01ce\u011brd\u01cengbà
p95119
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VThe Maerdang Dam is a concrete-face rock-fill dam currently under construction on the Yellow River in Maqên County, Qinghai Province, China. Construction on the dam began in 2011 and its 2,200 MW power station was initially expected to be operational in 2018. On 13 November 2013, the river was successfully diverted around the construction site. Works suffered delays and were still ongoing as of October 2019. Its power station will generate an annual 7,24 TWh of electricity.
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VBarrage de Maerdang
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p95171
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p95174
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VThe Maerdang Dam is a concrete-face rock-fill dam currently under construction on the Yellow River in Maqên County, Qinghai Province, China. Construction on the dam began in 2011 and its 2,200 MW power station was initially expected to be operational in 2018. On 13 November 2013, the river was successfully diverted around the construction site. Works suffered delays and were still ongoing as of October 2019. Its power station will generate an annual 7,24 TWh of electricity.
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VThe Magpie Generating Station (French: Centrale Magpie) is a 40.6 MW hydroelectric power generating station on the Magpie River in the Côte-Nord region of the province of Quebec, Canada. There was controversy during the planning phase since the dam flooded a stretch of rapids popular with advanced kayakers and rafters. However, the project was approved in 2005 and commissioned in 2007.
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p95232
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VMahabad Dam is an embankment dam on the Mahabad River near the city of Mahabad, West Azerbaijan province, Iran. It was built before the Islamic revolution by Yugoslavian engineers and is one of the ten largest dams in Iran. On average, the total volume of annual water input is equal to 339.304 million cubic meters. Water from the dam's reservoir is used to irrigate about 20,000 ha (49,000 acres) of farmland. The dam also has a hydroelectric power station. Construction began in 1968 and the dam was completed in 1970.
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VMahabad Dam is an embankment dam on the Mahabad River near the city of Mahabad, West Azerbaijan province, Iran. It was built before the Islamic revolution by Yugoslavian engineers and is one of the ten largest dams in Iran. On average, the total volume of annual water input is equal to 339.304 million cubic meters. Water from the dam's reservoir is used to irrigate about 20,000 ha (49,000 acres) of farmland. The dam also has a hydroelectric power station. Construction began in 1968 and the dam was completed in 1970.
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VThe Mahardah Dam, also spelled Mhardeh Dam, is an embankment dam on the Orontes River in the city of Mahardah, Hama Governorate, Syria. It was completed in 1960 with the primary purpose of irrigation. It was constructed by the Bulgarian firm Hydrostroy along with the al-Rastan Dam, upstream and also on the Orontes.
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VMahi Bajaj Sagar Dam
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VMahi Bajaj Sagar Dam is a dam across the Mahi River. It is situated 16 kilometres from Banswara town in Banswara district Rajasthan, India. The dam was constructed between 1972 and 1983 for the purposes of hydroelectric power generation and water supply. It is the longest dam and second largest dam in Rajasthan. It is named after Jamnalal Bajaj. It is the biggest multipurpose project for tribal area of Rajasthan.
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VMahipar Power dam is located 40 km from Kabul city. This dam was built in 1952 with the cooperation of Germany and has 3 turbines with a power of 66 MW. Currently, one of its turbines is active with a capacity of 19 megawatts, the rest is worn out. This dam does not have a natural water reservoir and water is extracted from the bottom by the water pump, which is extracted from the speed of this electricity.
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VMahipar Power dam is located 40 km from Kabul city. This dam was built in 1952 with the cooperation of Germany and has 3 turbines with a power of 66 MW. Currently, one of its turbines is active with a capacity of 19 megawatts, the rest is worn out. This dam does not have a natural water reservoir and water is extracted from the bottom by the water pump, which is extracted from the speed of this electricity.
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VMahipar Power dam is located 40 km from Kabul city. This dam was built in 1952 with the cooperation of Germany and has 3 turbines with a power of 66 MW. Currently, one of its turbines is active with a capacity of 19 megawatts, the rest is worn out. This dam does not have a natural water reservoir and water is extracted from the bottom by the water pump, which is extracted from the speed of this electricity.
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VMahoma Hydroelectric Power Station
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VUganda
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VMahoma Hydroelectric Power Station is a 3.0 megawatts (4,000 hp) mini-hydroelectric power plant in Uganda.
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VMai Cascade Hydropower Plant
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VMai Cascade Hydropower Station is a run-of-the-river hydroelectric power station with an installed capacity of 7 MW. This power station is located at Danabari VDC in Ilam district of Nepal. The plant utilizes tail water of Mai Hydropower Station. The construction of power station started on 2013 and completed in 2015. The power is evacuated through 33 kV transmission line of about 4.0 km length up to switchyard area of Mai hydropower project. The transmission line is further connected to the national grid of Nepal through the 132KV transmission line.
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VMai Hydropower Station
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VSanima Mai Hydropower Station is a run-of-the-river hydroelectric power station with an installed capacity of 22 MW. This power station is located at Gunmune and Chisapani VDC in Ilam district of Nepal. Construction began in 2010 and all major works were completed by October 2014. However, the power station was not operational at the time due to an unfinished transmission line. The plant became fully operational on February 26, 2015. The plant is operated by , a public company developing various hydropower projects in Nepal.
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VMai Khola Small Hydropower Station
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VMai Khola Small Hydropower Station (Nepali: \u092e\u093e\u0908 \u0916\u094b\u0932\u093e \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ilam District of Nepal. The flow from Mai River is used to generate 8 MW electricity. The plant is owned and developed by Himal Dolkha Hydropower Company Pvt Ltd, an IPP of Nepal. The plant started generating electricity from 2064-10-14 BS. The generation licence will expire in 2099-08-19 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VMailung Khola Hydropower Station
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VMailung Khola Hydropower Station (Nepali: \u092e\u0948\u0932\u0941\u0928\u094d\u0919 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Rasuwa District of Nepal. The flow from Mailung River, a tributary of Trisuli River, is used to generate 5 MW electricity. The plant is owned and developed by Mailun Khola Hydropower Company Pvt. Ltd , an IPP of Nepal. The plant started generating electricity from 2071-03-19 BS. The generation licence will expire in 2094-12-30 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VMaithon Dam
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VThe Maithon Dam is located at Maithon, 48 km from Dhanbad, in the state of Jharkhand India. It is 15,712 ft (4,789 m) long and 165 ft (50 m) high. This dam was specially designed for flood control and generates 60,000 kW of electric power. There is an underground power station, the first of its kind in the whole of South East Asia. The dam is constructed on the Barakar River. The lake is spread over 65 square kilometres (25 sq mi).
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VThe Maithon Dam is located at Maithon, 48 km from Dhanbad, in the state of Jharkhand India. It is 15,712 ft (4,789 m) long and 165 ft (50 m) high. This dam was specially designed for flood control and generates 60,000 kW of electric power. There is an underground power station, the first of its kind in the whole of South East Asia. The dam is constructed on the Barakar River. The lake is spread over 65 square kilometres (25 sq mi).
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VThe Maithon Dam is located at Maithon, 48 km from Dhanbad, in the state of Jharkhand India. It is 15,712 ft (4,789 m) long and 165 ft (50 m) high. This dam was specially designed for flood control and generates 60,000 kW of electric power. There is an underground power station, the first of its kind in the whole of South East Asia. The dam is constructed on the Barakar River. The lake is spread over 65 square kilometres (25 sq mi).
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VMalagarasi Hydroelectric Power Station
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VMalagarasi Hydroelectric Power Station, is a planned 50 megawatts (67,000 hp) hydroelectric power station in Tanzania. The development is planned in the Igamba area, west of the Malagarasi swamps, at the site of the Igamba Falls.
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VMalankara dam is a gravity dam constructed across Thodupuzha river for irrigation purposes. The dam is constructed to make use of the tail water from the Moolamattom power house. The project is run under the Muvattupuzha Valley Irrigation Project and KSEB. The artificial lake covers an area of around 11 square km.
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VThe Malpaso Dam, officially known as the Nezahualcóyotl Dam, is located in the Centro region of Chiapas, Mexico near the border with Tabasco and Veracruz. It was the first of several major dams built on the Grijalva River to generate hydroelectric energy and has the second largest reservoir in Mexico, after the Belisario Dominguez Dam. Construction of the dam occurred in the 1960s and flooded not only the riverbed but also hectares of rainforest and farmland, various towns and villages and archeological sites. These include the former town of Quechula, whose 16th century Dominican church will appear when water is at low levels, and the archeological site of San Isidro which contains one of only two known double Mesoamerican ball courts. Commissioning of the dam's 1,080 MW power station beg
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VThe Malpaso Dam, officially known as the Nezahualcóyotl Dam, is located in the Centro region of Chiapas, Mexico near the border with Tabasco and Veracruz. It was the first of several major dams built on the Grijalva River to generate hydroelectric energy and has the second largest reservoir in Mexico, after the Belisario Dominguez Dam. Construction of the dam occurred in the 1960s and flooded not only the riverbed but also hectares of rainforest and farmland, various towns and villages and archeological sites. These include the former town of Quechula, whose 16th century Dominican church will appear when water is at low levels, and the archeological site of San Isidro which contains one of only two known double Mesoamerican ball courts. Commissioning of the dam's 1,080 MW power station beg
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VThe Malutang Dam is a concrete-face rock-fill dam (CFRD) on the Panlong River in Malipo County, Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and the power plant was constructed in two stages. Stage I consists of a 40 m (131 ft) tall gravity dam which diverted water through a 3,460 m (11,352 ft) long tunnel to a 100 MW above ground power station downstream. Construction on Stage I began in 2002 and the first of 50 MW Francis turbine-generators was commissioned in October 2004, the second in January 2005. Stage II was the construction of a 156 m (512 ft) tall CFRD (Malutang Dam) 200 m (656 ft) downstream of the Stage I dam. Stage II's power station contains three 100 MW Francis turbine generators. Construction on Stage II began in August 2005 and t
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VThe Malutang Dam is a concrete-face rock-fill dam (CFRD) on the Panlong River in Malipo County, Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and the power plant was constructed in two stages. Stage I consists of a 40 m (131 ft) tall gravity dam which diverted water through a 3,460 m (11,352 ft) long tunnel to a 100 MW above ground power station downstream. Construction on Stage I began in 2002 and the first of 50 MW Francis turbine-generators was commissioned in October 2004, the second in January 2005. Stage II was the construction of a 156 m (512 ft) tall CFRD (Malutang Dam) 200 m (656 ft) downstream of the Stage I dam. Stage II's power station contains three 100 MW Francis turbine generators. Construction on Stage II began in August 2005 and t
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VThe Malutang Dam is a concrete-face rock-fill dam (CFRD) on the Panlong River in Malipo County, Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and the power plant was constructed in two stages. Stage I consists of a 40 m (131 ft) tall gravity dam which diverted water through a 3,460 m (11,352 ft) long tunnel to a 100 MW above ground power station downstream. Construction on Stage I began in 2002 and the first of 50 MW Francis turbine-generators was commissioned in October 2004, the second in January 2005. Stage II was the construction of a 156 m (512 ft) tall CFRD (Malutang Dam) 200 m (656 ft) downstream of the Stage I dam. Stage II's power station contains three 100 MW Francis turbine generators. Construction on Stage II began in August 2005 and t
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VThe Malutang Dam is a concrete-face rock-fill dam (CFRD) on the Panlong River in Malipo County, Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and the power plant was constructed in two stages. Stage I consists of a 40 m (131 ft) tall gravity dam which diverted water through a 3,460 m (11,352 ft) long tunnel to a 100 MW above ground power station downstream. Construction on Stage I began in 2002 and the first of 50 MW Francis turbine-generators was commissioned in October 2004, the second in January 2005. Stage II was the construction of a 156 m (512 ft) tall CFRD (Malutang Dam) 200 m (656 ft) downstream of the Stage I dam. Stage II's power station contains three 100 MW Francis turbine generators. Construction on Stage II began in August 2005 and t
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VThe Mambilla Hydroelectric Power Station is a 3,050 MW hydroelectric power project under development in Nigeria. When completed, it will be the largest power-generating installation in the country, and one of the largest hydroelectric power stations in Africa.
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VMammoth Pool Dam is a hydroelectric dam located on the San Joaquin River in the southern Sierra Nevada mountain range of California, about 45 miles (72 km) northeast of Fresno. It forms Mammoth Pool Reservoir and lies within the Sierra National Forest. The dam and reservoir were named after a large natural pool in the river that was once located above the present dam site.
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VMammoth Pool Dam is a hydroelectric dam located on the San Joaquin River in the southern Sierra Nevada mountain range of California, about 45 miles (72 km) northeast of Fresno. It forms Mammoth Pool Reservoir and lies within the Sierra National Forest. The dam and reservoir were named after a large natural pool in the river that was once located above the present dam site.
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VMammoth Pool (p\u0159ehrada)
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VMammoth Pool Dam is a hydroelectric dam located on the San Joaquin River in the southern Sierra Nevada mountain range of California, about 45 miles (72 km) northeast of Fresno. It forms Mammoth Pool Reservoir and lies within the Sierra National Forest. The dam and reservoir were named after a large natural pool in the river that was once located above the present dam site.
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VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
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VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
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NtRp96288
(dp96289
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96290
sbNNNg6
(g7
g8
NtRp96291
(dp96292
g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station__Lake__1
p96293
sbg6
(g13
g8
NtRp96294
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96296
sbNNg6
(g13
g8
NtRp96297
(dp96298
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp96299
(dp96300
g16
Nsg17
Nsg11
VNew Zealand
p96301
sbg6
(g13
g8
NtRp96302
(dp96303
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96304
sbg6
(g13
g8
NtRp96305
(dp96306
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96307
sbtp96308
a(g6
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g8
NtRp96309
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96311
sbg6
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g8
NtRp96312
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g16
Nsg17
Nsg11
VElektrownia Manapouri
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sbg6
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g8
NtRp96315
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g16
Nsg17
Nsg11
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p96317
sbNNNg6
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g8
NtRp96318
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Vhttp://dbpedia.org/resource/Manapouri_Power_Station__Lake__1
p96320
sbg6
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g8
NtRp96321
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96323
sbNNg6
(g13
g8
NtRp96324
(dp96325
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp96326
(dp96327
g16
Nsg17
Nsg11
VNew Zealand
p96328
sbg6
(g13
g8
NtRp96329
(dp96330
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96331
sbg6
(g13
g8
NtRp96332
(dp96333
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96334
sbtp96335
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g8
NtRp96336
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96338
sbg6
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g8
NtRp96339
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g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u041c\u0430\u043d\u0430\u043f\u043e\u0443\u0440\u0438
p96341
sbg6
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g8
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g16
Nsg17
Nsg11
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p96344
sbNNNg6
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g8
NtRp96345
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Vhttp://dbpedia.org/resource/Manapouri_Power_Station__Lake__1
p96347
sbg6
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g8
NtRp96348
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96350
sbNNg6
(g13
g8
NtRp96351
(dp96352
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp96353
(dp96354
g16
Nsg17
Nsg11
VNew Zealand
p96355
sbg6
(g13
g8
NtRp96356
(dp96357
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96358
sbg6
(g13
g8
NtRp96359
(dp96360
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96361
sbtp96362
a(g6
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g8
NtRp96363
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96365
sbg6
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g8
NtRp96366
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g16
Nsg17
Nsg11
VManapouri Power Station
p96368
sbg6
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g8
NtRp96369
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96371
sbNNNg6
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g8
NtRp96372
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station__Lake__1
p96374
sbg6
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g8
NtRp96375
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96377
sbNNg6
(g13
g8
NtRp96378
(dp96379
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp96380
(dp96381
g16
Nsg17
Nsg11
VNew Zealand
p96382
sbg6
(g13
g8
NtRp96383
(dp96384
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96385
sbg6
(g13
g8
NtRp96386
(dp96387
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96388
sbtp96389
a(g6
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g8
NtRp96390
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96392
sbg6
(g13
g8
NtRp96393
(dp96394
g16
Nsg17
Nsg11
VElektrownia Manapouri
p96395
sbg6
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g8
NtRp96396
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96398
sbNNNg6
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g8
NtRp96399
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p96401
sbg6
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g8
NtRp96402
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96404
sbNNg6
(g13
g8
NtRp96405
(dp96406
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp96407
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g16
Nsg17
Nsg11
VNew Zealand
p96409
sbg6
(g13
g8
NtRp96410
(dp96411
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96412
sbg6
(g13
g8
NtRp96413
(dp96414
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96415
sbtp96416
a(g6
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g8
NtRp96417
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96419
sbg6
(g13
g8
NtRp96420
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0430\u043f\u043e\u0443\u0440\u0456
p96422
sbg6
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g8
NtRp96423
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96425
sbNNNg6
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g8
NtRp96426
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g11
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p96428
sbg6
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g8
NtRp96429
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96431
sbNNg6
(g13
g8
NtRp96432
(dp96433
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp96434
(dp96435
g16
Nsg17
Nsg11
VNew Zealand
p96436
sbg6
(g13
g8
NtRp96437
(dp96438
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96439
sbg6
(g13
g8
NtRp96440
(dp96441
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96442
sbtp96443
a(g6
(g7
g8
NtRp96444
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96446
sbg6
(g13
g8
NtRp96447
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g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u041c\u0430\u043d\u0430\u043f\u043e\u0443\u0440\u0438
p96449
sbg6
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g8
NtRp96450
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g16
Nsg17
Nsg11
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p96452
sbNNNg6
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g8
NtRp96453
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station__Lake__1
p96455
sbg6
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g8
NtRp96456
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96458
sbNNg6
(g13
g8
NtRp96459
(dp96460
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp96461
(dp96462
g16
Nsg17
Nsg11
VNew Zealand
p96463
sbg6
(g13
g8
NtRp96464
(dp96465
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96466
sbg6
(g13
g8
NtRp96467
(dp96468
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96469
sbtp96470
a(g6
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g8
NtRp96471
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96473
sbg6
(g13
g8
NtRp96474
(dp96475
g16
Nsg17
Nsg11
VManapouri Power Station
p96476
sbg6
(g13
g8
NtRp96477
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96479
sbNNNg6
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g8
NtRp96480
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g11
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p96482
sbg6
(g13
g8
NtRp96483
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96485
sbNNg6
(g13
g8
NtRp96486
(dp96487
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp96488
(dp96489
g16
Nsg17
Nsg11
VNew Zealand
p96490
sbg6
(g13
g8
NtRp96491
(dp96492
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96493
sbg6
(g13
g8
NtRp96494
(dp96495
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96496
sbtp96497
a(g6
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g8
NtRp96498
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g11
Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96500
sbg6
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g8
NtRp96501
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g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u041c\u0430\u043d\u0430\u043f\u043e\u0443\u0440\u0438
p96503
sbg6
(g13
g8
NtRp96504
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96506
sbNNNg6
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g8
NtRp96507
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Vhttp://dbpedia.org/resource/Manapouri_Power_Station__Lake__1
p96509
sbg6
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g8
NtRp96510
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96512
sbNNg6
(g13
g8
NtRp96513
(dp96514
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp96515
(dp96516
g16
Nsg17
Nsg11
VNew Zealand
p96517
sbg6
(g13
g8
NtRp96518
(dp96519
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96520
sbg6
(g13
g8
NtRp96521
(dp96522
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96523
sbtp96524
a(g6
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g8
NtRp96525
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Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96527
sbg6
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g8
NtRp96528
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0430\u043f\u043e\u0443\u0440\u0456
p96530
sbg6
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g8
NtRp96531
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p96533
sbNNNg6
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g8
NtRp96534
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p96536
sbg6
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g8
NtRp96537
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Nsg17
Nsg11
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p96539
sbNNg6
(g13
g8
NtRp96540
(dp96541
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp96542
(dp96543
g16
Nsg17
Nsg11
VNew Zealand
p96544
sbg6
(g13
g8
NtRp96545
(dp96546
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96547
sbg6
(g13
g8
NtRp96548
(dp96549
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96550
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g8
NtRp96552
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Vhttp://dbpedia.org/resource/Manapouri_Power_Station
p96554
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(g13
g8
NtRp96555
(dp96556
g16
Nsg17
Nsg11
VElektrownia Manapouri
p96557
sbg6
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g8
NtRp96558
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g16
Nsg17
Nsg11
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p96560
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g8
NtRp96561
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p96563
sbg6
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g8
NtRp96564
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Nsg17
Nsg11
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p96566
sbNNg6
(g13
g8
NtRp96567
(dp96568
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp96569
(dp96570
g16
Nsg17
Nsg11
VNew Zealand
p96571
sbg6
(g13
g8
NtRp96572
(dp96573
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96574
sbg6
(g13
g8
NtRp96575
(dp96576
g16
Nsg17
Nsg11
VPOINT(167.27777099609 -45.521389007568)
p96577
sbtp96578
a(g6
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g8
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p96581
sbg6
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g8
NtRp96582
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Nsg17
Nsg11
VKraftwerk Manapouri
p96584
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NtRp96585
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Nsg17
Nsg11
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p96587
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g8
NtRp96588
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p96590
sbg6
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g8
NtRp96591
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meridian_Energy
p96593
sbNNg6
(g13
g8
NtRp96594
(dp96595
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp96596
(dp96597
g16
Nsg17
Nsg11
VNew Zealand
p96598
sbg6
(g13
g8
NtRp96599
(dp96600
g16
Nsg17
Nsg11
VManap\u014duri Power Station is an underground hydroelectric power station on the western arm of Lake Manapouri in Fiordland National Park, in the South Island of New Zealand. At 854 MW installed capacity (although limited to 800 MW due to resource consent limits), it is the largest hydroelectric power station in New Zealand, and the second largest power station in New Zealand. The station is noted for the controversy and environmental protests by the Save Manapouri Campaign against raising the level of Lake Manapouri to increase the station's hydraulic head, which galvanised New Zealanders and were one of the foundations of the New Zealand environmental movement.
p96601
sbg6
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VThe Mancotal Dam is an embankment dam on the Tuma River near in Jinotega Department, Nicaragua. It forms Lake Apanás, the largest reservoir in the country. The primary purpose of the dam is hydroelectric power generation and it supports the 50 MW Centro América Plant. The dam was completed and its first generator commissioned in 1964. The second generator was commissioned a year later on 18 March 1965. To generate power, water from the southwestern end of the Lake Apanás flows along a 4,000 m (13,000 ft) long channel before it enters a series of headrace pipes and a penstock. About 3.4 km (2.1 mi) to the south west the penstock meets Centro América Plant where it turns two 25 MW Francis turbines. After generating power the water is then discharged into the Viejo River. To supplement level
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VThe Mancotal Dam is an embankment dam on the Tuma River near in Jinotega Department, Nicaragua. It forms Lake Apanás, the largest reservoir in the country. The primary purpose of the dam is hydroelectric power generation and it supports the 50 MW Centro América Plant. The dam was completed and its first generator commissioned in 1964. The second generator was commissioned a year later on 18 March 1965. To generate power, water from the southwestern end of the Lake Apanás flows along a 4,000 m (13,000 ft) long channel before it enters a series of headrace pipes and a penstock. About 3.4 km (2.1 mi) to the south west the penstock meets Centro América Plant where it turns two 25 MW Francis turbines. After generating power the water is then discharged into the Viejo River. To supplement level
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VThe Mandelholz Dam (German: Mandelholztalsperre) holds back the Kalte Bode Flood Control Basin (Hochwasserschutzbecken Kalte Bode) which is a flood protection reservoir located between the villages of Elend and Königshütte near Wernigerode in the Harz mountains of Germany. It impounds the waters of the Kalte Bode when water levels are high. The height of the dam is variously given as 26 m (probably height above valley floor) or 28.4 m (probably structural height).
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VGermany
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VThe Mandelholz Dam (German: Mandelholztalsperre) holds back the Kalte Bode Flood Control Basin (Hochwasserschutzbecken Kalte Bode) which is a flood protection reservoir located between the villages of Elend and Königshütte near Wernigerode in the Harz mountains of Germany. It impounds the waters of the Kalte Bode when water levels are high. The height of the dam is variously given as 26 m (probably height above valley floor) or 28.4 m (probably structural height).
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VBendungan Mandraka
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VMadagascar
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VMandraka Dam is a gravity dam on the near in the Analamanga Region of Madagascar. The dam was constructed by a French firm by 1956 and creates Lake Mandraka.
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VMandraka Dam is a gravity dam on the near in the Analamanga Region of Madagascar. The dam was constructed by a French firm by 1956 and creates Lake Mandraka.
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VMandraka Dam is a gravity dam on the near in the Analamanga Region of Madagascar. The dam was constructed by a French firm by 1956 and creates Lake Mandraka.
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VMadagascar
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VMandraka Dam is a gravity dam on the near in the Analamanga Region of Madagascar. The dam was constructed by a French firm by 1956 and creates Lake Mandraka.
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VManeri Dam
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VIndia
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VIndia
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VThe Maneri Dam is a concrete gravity dam on the Bhagirathi River located at Maneri, 8.5 kilometres (5.3 mi) east of Uttarkashi in Uttarkashi district, Uttarakhand, India. The primary purpose of the dam is to divert water into a tunnel which feeds the 90 megawatts (120,000 hp) run-of-the-river Tiloth Power Plant.
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VMangi Dam, Pakistan
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VPakistan
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VMangi Dam is located near Ziarat in Balochistan, Pakistan. The dam was constructed in 1982 and has a height of 18 m (59 ft) and storage capacity of 130,000 m3 (105 acre\u22c5ft). It was constructed at a cost of US$36.88 million. It was made to stop the fish from leaving the fishing area. In 2015 it is announced that the dam will also produce electricity and the shortage of load shedding will also reduce.
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VThe Mangorei Power Station is a hydroelectric power facility near Mangorei in Taranaki in New Zealand which makes use of water from the Waiwhakaiho River (which is often written as Waiwakaiho) and the Mangamahoe Stream catchments.
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VThe Mangorei Power Station is a hydroelectric power facility near Mangorei in Taranaki in New Zealand which makes use of water from the Waiwhakaiho River (which is often written as Waiwakaiho) and the Mangamahoe Stream catchments.
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VMangrove Creek Dam, a concrete faced rockfill embankment dam, is the primary reservoir for water supply to residents of the Central Coast in New South Wales, Australia. The dam, with a capacity of 190,000 megalitres (6,700×106 cu ft) and fed by a catchment area of 101 square kilometres (39 sq mi), is operated by the Central Coast Water Corporation and supplies approximately 93 per cent of water to 300,000 residents in Central Coast Council. The dam was constructed between 1978 and 1982, formed by impounding the headwaters of Mangrove Creek, a tributary of the Hawkesbury River.
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VGravity dam
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VIrrigation
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VThe Manimuthar Dam is located in Manimutharu 50.8 kilometres (31.6 mi) away from Tirunelveli in Tamil Nadu, India. It is the biggest reservoir of the Tirunelveli district.This dam was built in 1958 near , by the then Tamil Nadu Chief Minister K. Kamaraj and K T Kosalram MP to prevent mixing of rainwater with the Bay of Bengal during the rainy season. It can hold water up to 118 feet. The dam is 5,511 million cubic feet. The total length of the dam is 3 kmIt irrigated around 65,000 acres of areas in the northern part of the Nanguneri Taluk and Thisayanvilai and southern Veeravanallur, Karispalpatti which are not irrigated by Pachaiyaaru in Tirunelveli district. The downstream joins River Thamirabarani in Kallidaikurichi after 6 km of its journey.
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VO
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g8
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VIndia Tamil Nadu
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VThe Manjalar Dam is a dam across the Manjalar River in the Indian state of Tamil Nadu. Across the river at around 18 kilometres (11 mi) from Batlagundu bus stand. The dam is situated in Dindigul District, Manjalar Dam has been constructed for irrigation purposes. Manjalar Dam is at the end of Manjalar Road about 5.5 kilometres (3.4 mi) north from SH-36 at Devadanapatti town beginning along Kamatchi Amman temple road. Manjalar dam can be viewed from the Kodai Ghat road, en route to Kodaikanal, about 19 kilometres (12 mi) from Batlagundu.
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VManla Water Control Project
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VManla Water Control Project (Chinese: \u6ee1\u62c9\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b), also called as Manla Water Conservancy Project, is the first large-sized, modern water control project in Tibet. Its construction officially began in August 1995 and was completed in August 2001. The project has a total installed capacity of 20,000 kilowatts, and its main function is to irrigate more than 400,000 mu of farmland on both sides of the river, as well as flood control and power generation.
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VMansi Wakal Dam
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VIndia
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VIndia Rajasthan#India
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VMansi Wakal is a dam on the Mansi River in Udaipur district, Rajasthan, India. Located approximately 7 kilometres north of the village of Jhadol, the dam forms a reservoir which can hold about 24.4 million cubic metres of water. The reservoir primarily provides drinking water to the city of Udaipur, accounting for 23% of the city's drinking water supply. Additionally, the reservoir supplies drinking water to rural areas of Udaipur district and water for industrial uses to Hindustan Zinc.
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VBrazil
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VHydroelectric power
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VOperational
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VBrazil
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VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
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VBarrage de Manso
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VOperational
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VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
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VBrazil
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VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
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VBrazil
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VBrazil
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VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
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VManso Dam
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VBrazil
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VHydroelectric power
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Nsg17
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Nsg17
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VOperational
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VBrazil
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Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97333
sbg6
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g8
NtRp97334
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g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97336
sbtp97337
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Vhttp://dbpedia.org/resource/Manso_Dam
p97340
sbg6
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NtRp97341
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Nsg17
Nsg11
VManso Dam
p97343
sbg6
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g8
NtRp97344
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Nsg11
VBrazil
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Nsg17
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p97352
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g8
NtRp97353
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g16
Nsg17
Nsg11
VHydroelectric power
p97355
sbg6
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g8
NtRp97356
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Roncador_River_(Mato_Grosso)
p97358
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g8
NtRp97359
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g16
Nsg17
Nsg11
VOperational
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NtRp97362
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Nsg17
Nsg11
VBrazil
p97364
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VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97367
sbg6
(g13
g8
NtRp97368
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g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97370
sbtp97371
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Vhttp://dbpedia.org/resource/Manso_Dam
p97374
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g8
NtRp97375
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g16
Nsg17
Nsg11
VManso Dam
p97377
sbg6
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g8
NtRp97378
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g16
Nsg17
Nsg11
VBrazil
p97380
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NtRp97381
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Nsg17
g27
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p97383
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NtRp97384
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p97386
sbNg6
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NtRp97387
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g16
Nsg17
Nsg11
VHydroelectric power
p97389
sbg6
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g8
NtRp97390
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manso_River_(Mato_Grosso)
p97392
sbg6
(g13
g8
NtRp97393
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g16
Nsg17
Nsg11
VOperational
p97395
sbNg6
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g8
NtRp97396
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g16
Nsg17
Nsg11
VBrazil
p97398
sbg6
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Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97401
sbg6
(g13
g8
NtRp97402
(dp97403
g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97404
sbtp97405
a(g6
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g8
NtRp97406
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g11
Vhttp://dbpedia.org/resource/Manso_Dam
p97408
sbg6
(g13
g8
NtRp97409
(dp97410
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Manso
p97411
sbg6
(g13
g8
NtRp97412
(dp97413
g16
Nsg17
Nsg11
VBrazil
p97414
sbNg6
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g8
NtRp97415
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g16
Nsg17
g27
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V3.68
p97417
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g8
NtRp97418
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p97420
sbNg6
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g8
NtRp97421
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g16
Nsg17
Nsg11
VHydroelectric power
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sbg6
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g8
NtRp97424
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Casca_River
p97426
sbg6
(g13
g8
NtRp97427
(dp97428
g16
Nsg17
Nsg11
VOperational
p97429
sbNg6
(g13
g8
NtRp97430
(dp97431
g16
Nsg17
Nsg11
VBrazil
p97432
sbg6
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g8
NtRp97433
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g16
Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97435
sbg6
(g13
g8
NtRp97436
(dp97437
g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97438
sbtp97439
a(g6
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g8
NtRp97440
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g11
Vhttp://dbpedia.org/resource/Manso_Dam
p97442
sbg6
(g13
g8
NtRp97443
(dp97444
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Manso
p97445
sbg6
(g13
g8
NtRp97446
(dp97447
g16
Nsg17
Nsg11
VBrazil
p97448
sbNg6
(g13
g8
NtRp97449
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g16
Nsg17
g27
sg11
V3.68
p97451
sbNg6
(g7
g8
NtRp97452
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g11
Vhttp://dbpedia.org/resource/Manso_Dam__Lake__1
p97454
sbNg6
(g13
g8
NtRp97455
(dp97456
g16
Nsg17
Nsg11
VHydroelectric power
p97457
sbg6
(g13
g8
NtRp97458
(dp97459
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Roncador_River_(Mato_Grosso)
p97460
sbg6
(g13
g8
NtRp97461
(dp97462
g16
Nsg17
Nsg11
VOperational
p97463
sbNg6
(g13
g8
NtRp97464
(dp97465
g16
Nsg17
Nsg11
VBrazil
p97466
sbg6
(g13
g8
NtRp97467
(dp97468
g16
Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97469
sbg6
(g13
g8
NtRp97470
(dp97471
g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97472
sbtp97473
a(g6
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g8
NtRp97474
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g11
Vhttp://dbpedia.org/resource/Manso_Dam
p97476
sbg6
(g13
g8
NtRp97477
(dp97478
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Manso
p97479
sbg6
(g13
g8
NtRp97480
(dp97481
g16
Nsg17
Nsg11
VBrazil
p97482
sbNg6
(g13
g8
NtRp97483
(dp97484
g16
Nsg17
g27
sg11
V3.68
p97485
sbNg6
(g7
g8
NtRp97486
(dp97487
g11
Vhttp://dbpedia.org/resource/Manso_Dam__Lake__1
p97488
sbNg6
(g13
g8
NtRp97489
(dp97490
g16
Nsg17
Nsg11
VHydroelectric power
p97491
sbg6
(g13
g8
NtRp97492
(dp97493
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manso_River_(Mato_Grosso)
p97494
sbg6
(g13
g8
NtRp97495
(dp97496
g16
Nsg17
Nsg11
VOperational
p97497
sbNg6
(g13
g8
NtRp97498
(dp97499
g16
Nsg17
Nsg11
VBrazil
p97500
sbg6
(g13
g8
NtRp97501
(dp97502
g16
Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97503
sbg6
(g13
g8
NtRp97504
(dp97505
g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97506
sbtp97507
a(g6
(g7
g8
NtRp97508
(dp97509
g11
Vhttp://dbpedia.org/resource/Manso_Dam
p97510
sbg6
(g13
g8
NtRp97511
(dp97512
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0441\u0443
p97513
sbg6
(g13
g8
NtRp97514
(dp97515
g16
Nsg17
Nsg11
VBrazil
p97516
sbNg6
(g13
g8
NtRp97517
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g16
Nsg17
g27
sg11
V3.68
p97519
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g8
NtRp97520
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g11
Vhttp://dbpedia.org/resource/Manso_Dam__Lake__1
p97522
sbNg6
(g13
g8
NtRp97523
(dp97524
g16
Nsg17
Nsg11
VHydroelectric power
p97525
sbg6
(g13
g8
NtRp97526
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Casca_River
p97528
sbg6
(g13
g8
NtRp97529
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g16
Nsg17
Nsg11
VOperational
p97531
sbNg6
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g8
NtRp97532
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g16
Nsg17
Nsg11
VBrazil
p97534
sbg6
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g8
NtRp97535
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g16
Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97537
sbg6
(g13
g8
NtRp97538
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g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97540
sbtp97541
a(g6
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g8
NtRp97542
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g11
Vhttp://dbpedia.org/resource/Manso_Dam
p97544
sbg6
(g13
g8
NtRp97545
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0441\u0443
p97547
sbg6
(g13
g8
NtRp97548
(dp97549
g16
Nsg17
Nsg11
VBrazil
p97550
sbNg6
(g13
g8
NtRp97551
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g16
Nsg17
g27
sg11
V3.68
p97553
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g8
NtRp97554
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g11
Vhttp://dbpedia.org/resource/Manso_Dam__Lake__1
p97556
sbNg6
(g13
g8
NtRp97557
(dp97558
g16
Nsg17
Nsg11
VHydroelectric power
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sbg6
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g8
NtRp97560
(dp97561
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Roncador_River_(Mato_Grosso)
p97562
sbg6
(g13
g8
NtRp97563
(dp97564
g16
Nsg17
Nsg11
VOperational
p97565
sbNg6
(g13
g8
NtRp97566
(dp97567
g16
Nsg17
Nsg11
VBrazil
p97568
sbg6
(g13
g8
NtRp97569
(dp97570
g16
Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97571
sbg6
(g13
g8
NtRp97572
(dp97573
g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97574
sbtp97575
a(g6
(g7
g8
NtRp97576
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g11
Vhttp://dbpedia.org/resource/Manso_Dam
p97578
sbg6
(g13
g8
NtRp97579
(dp97580
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0441\u0443
p97581
sbg6
(g13
g8
NtRp97582
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g16
Nsg17
Nsg11
VBrazil
p97584
sbNg6
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g8
NtRp97585
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g16
Nsg17
g27
sg11
V3.68
p97587
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g8
NtRp97588
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g11
Vhttp://dbpedia.org/resource/Manso_Dam__Lake__1
p97590
sbNg6
(g13
g8
NtRp97591
(dp97592
g16
Nsg17
Nsg11
VHydroelectric power
p97593
sbg6
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g8
NtRp97594
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manso_River_(Mato_Grosso)
p97596
sbg6
(g13
g8
NtRp97597
(dp97598
g16
Nsg17
Nsg11
VOperational
p97599
sbNg6
(g13
g8
NtRp97600
(dp97601
g16
Nsg17
Nsg11
VBrazil
p97602
sbg6
(g13
g8
NtRp97603
(dp97604
g16
Nsg17
Nsg11
VThe Manso Dam (Portuguese: Represa de Manso) is a hydroelectric dam on the Manso River, a tributary of the Cuiabá River, in the state of Mato Grosso, Brazil.Completed in 1999, it generates enough electricity for 300,000 people, and the reservoir is a tourist attraction.The dam displaced many families from the area now covered by the reservoir, and the submerged, decaying vegetation has had negative impact on water quality in and below the dam, affecting edible fish stocks.
p97605
sbg6
(g13
g8
NtRp97606
(dp97607
g16
Nsg17
Nsg11
VPOINT(-55.785175323486 -14.870897293091)
p97608
sbtp97609
a(g6
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g8
NtRp97610
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g11
Vhttp://dbpedia.org/resource/Mantasoa_Dam
p97612
sbg6
(g13
g8
NtRp97613
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g16
Nsg17
Nsg11
VZapora Mantasoa
p97615
sbg6
(g13
g8
NtRp97616
(dp97617
g16
Nsg17
Nsg11
VMadagascar
p97618
sbg6
(g13
g8
NtRp97619
(dp97620
g16
Nsg17
Nsg11
VButtress
p97621
sbg6
(g13
g8
NtRp97622
(dp97623
g16
Nsg17
g27
sg11
V0.122
p97624
sbNg6
(g7
g8
NtRp97625
(dp97626
g11
Vhttp://dbpedia.org/resource/Mantasoa_Dam__Lake__1
p97627
sbg6
(g13
g8
NtRp97628
(dp97629
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jirama
p97630
sbg6
(g13
g8
NtRp97631
(dp97632
g16
Nsg17
Nsg11
VPower, water supply
p97633
sbg6
(g13
g8
NtRp97634
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Varahina-North_River
p97636
sbg6
(g13
g8
NtRp97637
(dp97638
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp97639
(dp97640
g16
Nsg17
Nsg11
VMadagascar
p97641
sbg6
(g13
g8
NtRp97642
(dp97643
g16
Nsg17
Nsg11
VMantasoa Dam is a buttress dam on the , a tributary of the Ikopa River, near Mantasoa in the Analamanga Region of Madagascar. The dam was constructed by French contractors between 1937 and 1938. It creates Lake Mantasoa which has a surface area of 20 km2 (7.7 sq mi). The dam itself is made of 8,000 m3 (10,000 cu yd) of concrete and has a reinforced buttress design. Water released from the dam supplies a regulated flow to hydroelectric power station at the Antelomita Dams downstream. A saddle dam on the north side of the Mantosoa reservoir regulates water flow into the Mandraka River for the Mandraka Dam downstream.
p97644
sbg6
(g13
g8
NtRp97645
(dp97646
g16
Nsg17
Nsg11
VPOINT(47.849842071533 -19.01788520813)
p97647
sbtp97648
a(g6
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g8
NtRp97649
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g11
Vhttp://dbpedia.org/resource/Mantasoa_Dam
p97651
sbg6
(g13
g8
NtRp97652
(dp97653
g16
Nsg17
Nsg11
VMantasoa Dam
p97654
sbg6
(g13
g8
NtRp97655
(dp97656
g16
Nsg17
Nsg11
VMadagascar
p97657
sbg6
(g13
g8
NtRp97658
(dp97659
g16
Nsg17
Nsg11
VButtress
p97660
sbg6
(g13
g8
NtRp97661
(dp97662
g16
Nsg17
g27
sg11
V0.122
p97663
sbNg6
(g7
g8
NtRp97664
(dp97665
g11
Vhttp://dbpedia.org/resource/Mantasoa_Dam__Lake__1
p97666
sbg6
(g13
g8
NtRp97667
(dp97668
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jirama
p97669
sbg6
(g13
g8
NtRp97670
(dp97671
g16
Nsg17
Nsg11
VPower, water supply
p97672
sbg6
(g13
g8
NtRp97673
(dp97674
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Varahina-North_River
p97675
sbg6
(g13
g8
NtRp97676
(dp97677
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp97678
(dp97679
g16
Nsg17
Nsg11
VMadagascar
p97680
sbg6
(g13
g8
NtRp97681
(dp97682
g16
Nsg17
Nsg11
VMantasoa Dam is a buttress dam on the , a tributary of the Ikopa River, near Mantasoa in the Analamanga Region of Madagascar. The dam was constructed by French contractors between 1937 and 1938. It creates Lake Mantasoa which has a surface area of 20 km2 (7.7 sq mi). The dam itself is made of 8,000 m3 (10,000 cu yd) of concrete and has a reinforced buttress design. Water released from the dam supplies a regulated flow to hydroelectric power station at the Antelomita Dams downstream. A saddle dam on the north side of the Mantosoa reservoir regulates water flow into the Mandraka River for the Mandraka Dam downstream.
p97683
sbg6
(g13
g8
NtRp97684
(dp97685
g16
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VThe Manuherikia Group is a fluvial-lacustrine sedimentary fill in the Central Otago area of New Zealand, at the site of the prehistoric Lake Manuherikia. The area consists of a valley and ridge topography, with a series of schist-greywacke mountains at roughly ninety degrees to each other. The Manuherika Group occurs in the current basins, and occasionally on the mountains themselves.
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VThe Maoergai Dam is a rock-filled embankment dam on the in Mao County of Sichuan Province, China. The primary purpose of the dam is hydroelectric power production and it supports a 420 MW power station. Preliminary construction (roads, bridges and foundation) for the dam began in 2006 while construction on the dam and power station commenced in 2008. The generators were commissioned in 2011. To produce power, water from the reservoir is diverted to a power station downstream through a 16.15 km (10.04 mi) long headrace tunnel and penstock. The difference in elevation between the reservoir and power station affords a hydraulic head (water drop) of 168 m (551 ft). The dam sits just below the headwaters of the Heishui and water discharged through its power station regulates the flow of water 
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VMaraetai Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the fifth of the eight hydroelectric power stations on the Waikato River, and at 360 MW, is the largest hydroelectric station on the Waikato. The station has two powerhouses - Maraetai I powerhouse is directly in front of the Maraetai Dam, while Maraetai II powerhouse is located 550 metres (1,800 ft) downstream of Maraetai I. Although both are completely separate, both powerhouses are operated as one power station. Maraetai is owned and operated by Mercury Energy.
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VMaraetai Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the fifth of the eight hydroelectric power stations on the Waikato River, and at 360 MW, is the largest hydroelectric station on the Waikato. The station has two powerhouses - Maraetai I powerhouse is directly in front of the Maraetai Dam, while Maraetai II powerhouse is located 550 metres (1,800 ft) downstream of Maraetai I. Although both are completely separate, both powerhouses are operated as one power station. Maraetai is owned and operated by Mercury Energy.
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VThe Marathon Dam is a gravity dam on the , near its junction with the Varnavas Stream, 8 km (5 mi) west of Marathon and 45 km (28 mi) northeast of Athens in Greece. The dam created Lake Marathon for the primary purpose of municipal water supply. Constructed between 1926 and 1929, it was the sole supplier of water to Athens until 1959. The dam is often cited for its role in the modernization of Greece and the first recorded case of seismic activity associated with reservoir inundation. It was also designed to be symbolic of Ancient Greece, particularly Athenians and the Battle of Marathon.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMarcoule Nuclear Site (French: Site nucléaire de Marcoule) is a nuclear facility in the Chusclan and Codolet communes, near Bagnols-sur-Cèze in the Gard department of France, which is in the tourist, wine and agricultural Côtes-du-Rhône region. The plant is around 25 km north west of Avignon, on the banks of the Rhone. As of 2016 the Phénix reactor was planned to be succeeded by the sodium-cooled fast reactor ASTRID (Advanced Sodium Technical Reactor for Industrial Demonstration), foreseen to become operational in the 2030s. However in 2019 the ASTRID project was closed.
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VMardi Khola Hydropower Station (Nepali: \u092e\u093e\u0930\u094d\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from Mardi River, a tributary of Kali Gandaki River, is used to generate 4.8 MW electricity. The plant is owned and developed by Gandaki Hydropower Development Co. P. Ltd , an IPP of Nepal. The plant started generating electricity from 2066-10-08 BS. The generation licence will expire in 2098-10-07 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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g8
NtRp98339
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VPOINT(83.881942749023 28.319444656372)
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p98345
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g8
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g8
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p98351
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g8
NtRp98352
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Nsg17
Nsg11
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g8
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g16
Nsg17
g27
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V1.695
p98357
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g8
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p98360
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g8
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p98363
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g8
NtRp98364
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Nsg17
Nsg11
VIrrigation
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g8
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Nsg17
Nsg11
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p98369
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g8
NtRp98370
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VMarico-Bosveld Dam is a homogeneous earth-fill type dam located on the Marico River, near Groot Marico, North West, South Africa. The dam was established in 1933 and serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3). The dam was built during the Great Depression of 1933. 75% of the labour was white and 25% was black. The main engineer on the project was Timothy d\u2019Oliveira. The dam was built to provide work and income to people at the time.
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sbg6
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g8
NtRp98373
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VPOINT(26.383333206177 -25.468055725098)
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p98379
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NtRp98380
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Nsg11
VPumpspeicherwerk Markersbach
p98382
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Nsg11
VGermany
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p98391
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NtRp98392
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Nsg17
Nsg11
VO
sbNNg6
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g8
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Nsg17
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VThe Markersbach Pumped Storage Power Plant is a hydroelectric power station utilizing pumped-storage technology in Markersbach, Germany. Planning for the power plant began in 1961, construction began in 1970 and the generators were commissioned in 1979. The power station generates electricity by moving water between an upper and lower reservoir. During periods of low energy demand, water is pumped from the lower reservoir at an elevation of 563 m (1,847 ft) to an upper reservoir at 850 m (2,789 ft). When energy demand is high, the water is released back down towards the lower reservoir and fed through six 174.25 MW reversible Francis pump turbines, the same machines that pumped the water to the upper reservoir. The installed capacity of the power plant is 1,045 MW.
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sbg6
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g8
NtRp98397
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Nsg17
Nsg11
VPOINT(12.880555152893 50.517501831055)
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p98403
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g8
NtRp98404
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VCentrale de Markersbach
p98406
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NtRp98407
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VGermany
p98409
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g8
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p98412
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g8
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Nsg11
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p98415
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NtRp98416
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g16
Nsg17
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VO
sbNNg6
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g8
NtRp98418
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g16
Nsg17
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VThe Markersbach Pumped Storage Power Plant is a hydroelectric power station utilizing pumped-storage technology in Markersbach, Germany. Planning for the power plant began in 1961, construction began in 1970 and the generators were commissioned in 1979. The power station generates electricity by moving water between an upper and lower reservoir. During periods of low energy demand, water is pumped from the lower reservoir at an elevation of 563 m (1,847 ft) to an upper reservoir at 850 m (2,789 ft). When energy demand is high, the water is released back down towards the lower reservoir and fed through six 174.25 MW reversible Francis pump turbines, the same machines that pumped the water to the upper reservoir. The installed capacity of the power plant is 1,045 MW.
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g8
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VPOINT(12.880555152893 50.517501831055)
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p98427
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VMarkersbach Pumped Storage Power Plant
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g8
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Nsg17
Nsg11
VGermany
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p98439
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NtRp98440
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp98442
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g16
Nsg17
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VThe Markersbach Pumped Storage Power Plant is a hydroelectric power station utilizing pumped-storage technology in Markersbach, Germany. Planning for the power plant began in 1961, construction began in 1970 and the generators were commissioned in 1979. The power station generates electricity by moving water between an upper and lower reservoir. During periods of low energy demand, water is pumped from the lower reservoir at an elevation of 563 m (1,847 ft) to an upper reservoir at 850 m (2,789 ft). When energy demand is high, the water is released back down towards the lower reservoir and fed through six 174.25 MW reversible Francis pump turbines, the same machines that pumped the water to the upper reservoir. The installed capacity of the power plant is 1,045 MW.
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sbg6
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g8
NtRp98445
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g16
Nsg17
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VPOINT(12.880555152893 50.517501831055)
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p98451
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g8
NtRp98452
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Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u041c\u0430\u0440\u043a\u0435\u0440\u0441\u0431\u0430\u0445
p98454
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(g13
g8
NtRp98455
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Nsg17
Nsg11
VGermany
p98457
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g8
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g8
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g16
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p98463
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g8
NtRp98464
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp98466
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g16
Nsg17
Nsg11
VThe Markersbach Pumped Storage Power Plant is a hydroelectric power station utilizing pumped-storage technology in Markersbach, Germany. Planning for the power plant began in 1961, construction began in 1970 and the generators were commissioned in 1979. The power station generates electricity by moving water between an upper and lower reservoir. During periods of low energy demand, water is pumped from the lower reservoir at an elevation of 563 m (1,847 ft) to an upper reservoir at 850 m (2,789 ft). When energy demand is high, the water is released back down towards the lower reservoir and fed through six 174.25 MW reversible Francis pump turbines, the same machines that pumped the water to the upper reservoir. The installed capacity of the power plant is 1,045 MW.
p98468
sbg6
(g13
g8
NtRp98469
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g16
Nsg17
Nsg11
VPOINT(12.880555152893 50.517501831055)
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g8
NtRp98473
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g11
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p98475
sbg6
(g13
g8
NtRp98476
(dp98477
g16
Nsg17
Nsg11
VMarmaris Dam
p98478
sbg6
(g13
g8
NtRp98479
(dp98480
g16
Nsg17
Nsg11
VTurkey
p98481
sbg6
(g13
g8
NtRp98482
(dp98483
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p98484
sbg6
(g13
g8
NtRp98485
(dp98486
g16
Nsg17
g27
sg11
V0.303
p98487
sbg6
(g13
g8
NtRp98488
(dp98489
g16
Nsg17
g27
sg11
V60.0
p98490
sbg6
(g7
g8
NtRp98491
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g11
Vhttp://dbpedia.org/resource/Marmaris_Dam__Lake__1
p98493
sbg6
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g8
NtRp98494
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p98496
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g8
NtRp98497
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp98499
(dp98500
g16
Nsg17
g27
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V1.3e+06
p98501
sbg6
(g13
g8
NtRp98502
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g16
Nsg17
Nsg11
VTurkey
p98504
sbg6
(g13
g8
NtRp98505
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g16
Nsg17
Nsg11
VThe Marmaris Dam is a concrete-face rock-fill dam on the Kocaalan Creek located 10 km (6 mi) north of Marmaris in Mu\u011fla Province, Turkey. Constructed between 1998 and 2005, the development was backed by the Turkish State Hydraulic Works as a build-operate-transfer project. The primary purpose of the dam is municipal water supply and it provides Marmaris with 22,390,000 m3 (18,152 acre\u22c5ft) of water annually.
p98507
sbg6
(g13
g8
NtRp98508
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g16
Nsg17
Nsg11
VPOINT(28.289443969727 36.948612213135)
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NtRp98512
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g11
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p98514
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(g13
g8
NtRp98515
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g16
Nsg17
Nsg11
VMarmelos Zero Power Plant
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g8
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g16
Nsg17
Nsg11
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Nsg17
Nsg11
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p98523
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g8
NtRp98524
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g16
Nsg17
Nsg11
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p98526
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g8
NtRp98527
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g16
Nsg17
Nsg11
VD
sbNg6
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g8
NtRp98529
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g16
Nsg17
Nsg11
VBrazil
p98531
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g8
NtRp98532
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Nsg17
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VThe Marmelos Zero Power Plant is a decommissioned hydroelectric power plant on the Paraibuna River in Juiz de Fora, Minas Gerais, Brazil. Inaugurated in 1889, plant was the first major hydroelectric power plant constructed in South America, specifically for public use. It was purchased by CEMIG in 1980 and now serves as a museum. The Marmelos IA and II downstream are still in operation and are serviced by the original dam.
p98534
sbg6
(g13
g8
NtRp98535
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g16
Nsg17
Nsg11
VPOINT(-43.308334350586 -21.786666870117)
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g11
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p98541
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g8
NtRp98542
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g16
Nsg17
Nsg11
VUsina Hidrelétrica de Marmelos
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g8
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g16
Nsg17
Nsg11
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VD
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g16
Nsg17
Nsg11
VBrazil
p98558
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g8
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Nsg17
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VThe Marmelos Zero Power Plant is a decommissioned hydroelectric power plant on the Paraibuna River in Juiz de Fora, Minas Gerais, Brazil. Inaugurated in 1889, plant was the first major hydroelectric power plant constructed in South America, specifically for public use. It was purchased by CEMIG in 1980 and now serves as a museum. The Marmelos IA and II downstream are still in operation and are serviced by the original dam.
p98561
sbg6
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g8
NtRp98562
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g16
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VPOINT(-43.308334350586 -21.786666870117)
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Nsg11
VVodní elektrárna Marmelos
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VD
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Nsg17
Nsg11
VBrazil
p98585
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VThe Marmelos Zero Power Plant is a decommissioned hydroelectric power plant on the Paraibuna River in Juiz de Fora, Minas Gerais, Brazil. Inaugurated in 1889, plant was the first major hydroelectric power plant constructed in South America, specifically for public use. It was purchased by CEMIG in 1980 and now serves as a museum. The Marmelos IA and II downstream are still in operation and are serviced by the original dam.
p98588
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g8
NtRp98589
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Nsg11
VPOINT(-43.308334350586 -21.786666870117)
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VMaroon Dam
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Nsg17
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VAustralia
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Nsg17
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Nsg17
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Nsg17
Nsg11
VQueensland
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VThe Maroon Dam is a rock and earth-fill embankment dam with an un-gated spillway across the Burnett Creek that is located in the South East region of Queensland, Australia. The main purpose of the dam is for irrigation of the Scenic Rim Regional Council region. The impounded reservoir is also called Maroon Dam.
p98620
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g8
NtRp98621
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VPOINT(152.6569519043 -28.180833816528)
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p98627
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Nsg11
VAustralia
p98633
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VCyclopean concrete gravity dam
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p98639
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g8
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VPotablewater supply
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Nsg11
VO
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NtRp98648
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Nsg17
g27
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V132000.0
p98650
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VVictoria
p98653
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g8
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Nsg11
VThe Maroondah Dam is a rock-foundation concrete gravity dam with an uncontrolled rock-chute spillway across the Watts River, located in the Central region of the Australian state of Victoria. The storage created by the dam is called Maroondah Reservoir. The principal purpose of the dam and its reservoir is to supply potable water for Greater Metropolitan Melbourne.
p98656
sbg6
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g8
NtRp98657
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Nsg17
Nsg11
VPOINT(145.56777954102 -37.635276794434)
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p98663
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(g13
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NtRp98664
(dp98665
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VMarsyangdi Hydropower Station
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VNepal
p98669
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VBarrage
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(g13
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NtRp98673
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NtRp98676
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VPower
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Vhttp://dbpedia.org/resource/Marshyangdi_River
p98681
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NtRp98682
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Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp98684
(dp98685
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Nsg17
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VNepal
p98686
sbg6
(g13
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VMarsyangdi Hydropower Station (\u092e\u0930\u094d\u0938\u094d\u092f\u093e\u0919\u094d\u0926\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e)is a run-of-river hydro-electric plant located in Aanbukhaireni, Tanahu District of Nepal. The flow from the Marshyangdi River is used to generate 69 MW electricity and 462.5 GWh of annual energy. The rated net head is 90.5 m and rated flow is 30.5 m3/s. The plant is owned and operated by Nepal Electricity Authority. The plant started generating electricity since 1989AD. The power station is connected to the national grid.
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sbg6
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VPOINT(84.497360229492 27.92560005188)
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Vhttp://dbpedia.org/resource/Martin_Dam
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VMartin Dam
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VUnited States
p98702
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VAlabama
p98705
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NtRp98706
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VMartin Dam is a concrete arch gravity dam on the Tallapoosa River in Alabama in the United States, about 10 miles (16 km) southwest of Dadeville. Impounding the 40,000-acre (16,000 ha) Lake Martin, the dam was built in the 1920s to provide flood control, hydroelectric power generation and water supply. Originally known as the Cherokee Bluffs dam, the dam is named in honor of Thomas Wesley Martin, president of the Alabama Power Company during the dam's construction.
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VPOINT(-85.910835266113 32.680278778076)
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sbtp98712
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V\u0413\u0415\u0421 \u041c\u0430\u0440\u0442\u0456\u043d
p98718
sbg6
(g13
g8
NtRp98719
(dp98720
g16
Nsg17
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VUnited States
p98721
sbNNNNNNNNNg6
(g13
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NtRp98722
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Nsg17
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VAlabama
p98724
sbg6
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NtRp98725
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VMartin Dam is a concrete arch gravity dam on the Tallapoosa River in Alabama in the United States, about 10 miles (16 km) southwest of Dadeville. Impounding the 40,000-acre (16,000 ha) Lake Martin, the dam was built in the 1920s to provide flood control, hydroelectric power generation and water supply. Originally known as the Cherokee Bluffs dam, the dam is named in honor of Thomas Wesley Martin, president of the Alabama Power Company during the dam's construction.
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sbg6
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VPOINT(-85.910835266113 32.680278778076)
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Vhttp://dbpedia.org/resource/Martinsville_Dam
p98734
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(g13
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NtRp98735
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g16
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VMartinsville Dam
p98737
sbg6
(g13
g8
NtRp98738
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g16
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VUnited States
p98740
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NtRp98741
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g27
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V0.17526
p98743
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NtRp98744
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Vhttp://dbpedia.org/resource/Smith_River_(Virginia)
p98749
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Nsg17
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VO
sbNg6
(g13
g8
NtRp98752
(dp98753
g16
Nsg17
Nsg11
VVirginia
p98754
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(g13
g8
NtRp98755
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Nsg17
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VThe Martinsville Dam is a gravity dam on the Smith River in Martinsville, Virginia. The dam was completed in 1924 and houses a 1.3 MW power plant which supplies power to the city of Martinsville. Before the current dam, there was a mill dam in its location. The dam and power plant are operated by the Martinsville Electric Department.
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NtRp98758
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VPOINT(-79.883430480957 36.664554595947)
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VMarun-Talsperre
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VIran
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VEmbankment, rock-fill
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V0.34
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NtRp98780
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p98785
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VO
sbg6
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g8
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g16
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g27
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V9e+06
p98790
sbg6
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VIran
p98793
sbg6
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
p98796
sbg6
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g8
NtRp98797
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VPOINT(50.365001678467 30.709999084473)
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Vhttp://dbpedia.org/resource/Marun_Dam
p98803
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V\u0413\u0415\u0421 \u041c\u0430\u0440\u0443\u043d
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Nsg11
VIran
p98809
sbg6
(g13
g8
NtRp98810
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g16
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VEmbankment, rock-fill
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g27
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V0.34
p98815
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p98818
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NtRp98819
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VPower, irrigation
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p98824
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g16
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VO
sbg6
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g8
NtRp98827
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g16
Nsg17
g27
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V9e+06
p98829
sbg6
(g13
g8
NtRp98830
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g16
Nsg17
Nsg11
VIran
p98832
sbg6
(g13
g8
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Nsg17
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
p98835
sbg6
(g13
g8
NtRp98836
(dp98837
g16
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VPOINT(50.365001678467 30.709999084473)
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p98842
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NtRp98843
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g16
Nsg17
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VMarun Dam
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NtRp98846
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g16
Nsg17
Nsg11
VIran
p98848
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g8
NtRp98849
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g16
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VEmbankment, rock-fill
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g27
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V0.34
p98854
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p98857
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VPower, irrigation
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p98863
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VO
sbg6
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g27
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V9e+06
p98868
sbg6
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VIran
p98871
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g8
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
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sbg6
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g16
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VPOINT(50.365001678467 30.709999084473)
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VSadd-e Makhzan\u012b-ye M\u0101r\u016bn
p98884
sbg6
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g8
NtRp98885
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g16
Nsg17
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VIran
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NtRp98888
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g16
Nsg17
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g27
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V0.34
p98893
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VPower, irrigation
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g16
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VO
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g27
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V9e+06
p98907
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VIran
p98910
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g8
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g16
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
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sbg6
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g8
NtRp98914
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VPOINT(50.365001678467 30.709999084473)
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p98920
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NtRp98921
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V\u0413\u0415\u0421 \u041c\u0430\u0440\u0443\u043d
p98923
sbg6
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g8
NtRp98924
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g16
Nsg17
Nsg11
VIran
p98926
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NtRp98927
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Nsg17
Nsg11
VEmbankment, rock-fill
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g27
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V0.34
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VO
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V9e+06
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VIran
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
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VPOINT(50.365001678467 30.709999084473)
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VIran
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V0.34
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VO
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g27
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V9e+06
p98985
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VIran
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
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VPOINT(50.365001678467 30.709999084473)
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VSadd-e Makhzan\u012b-ye M\u0101r\u016bn
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Nsg17
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VIran
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Nsg11
VEmbankment, rock-fill
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V0.34
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VPower, irrigation
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VO
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g8
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g16
Nsg17
g27
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V9e+06
p99024
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g16
Nsg17
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VIran
p99027
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g8
NtRp99028
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VMarun Dam, also spelled Maroun, is a rock-fill embankment dam on the Marun River about 15 km (9.3 mi) north of Behbahan in Behbahan County, Khuzestan Province, Iran. The dam serves to provide water for irrigation and to generate hydroelectric power as well. Construction on the dam began in 1989 and it was completed in 1998. A smaller Marun-II regulator dam is planned downstream. The 150 MW power station was commissioned in 2004.
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VThe Marèges Dam is a concrete arch dam on the Dordogne River. It is located 4 km (2 mi) southeast of Liginiac in Corrèze department, France. It was constructed between 1932 and 1935 by the Railway Company du Midi. Its primary purpose is the generation of hydroelectricity and the original power station contained four Francis turbine-generators.
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VThe Marèges Dam is a concrete arch dam on the Dordogne River. It is located 4 km (2 mi) southeast of Liginiac in Corrèze department, France. It was constructed between 1932 and 1935 by the Railway Company du Midi. Its primary purpose is the generation of hydroelectricity and the original power station contained four Francis turbine-generators.
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VThe Marèges Dam is a concrete arch dam on the Dordogne River. It is located 4 km (2 mi) southeast of Liginiac in Corrèze department, France. It was constructed between 1932 and 1935 by the Railway Company du Midi. Its primary purpose is the generation of hydroelectricity and the original power station contained four Francis turbine-generators.
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VThe Marèges Dam is a concrete arch dam on the Dordogne River. It is located 4 km (2 mi) southeast of Liginiac in Corrèze department, France. It was constructed between 1932 and 1935 by the Railway Company du Midi. Its primary purpose is the generation of hydroelectricity and the original power station contained four Francis turbine-generators.
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VThe Marèges Dam is a concrete arch dam on the Dordogne River. It is located 4 km (2 mi) southeast of Liginiac in Corrèze department, France. It was constructed between 1932 and 1935 by the Railway Company du Midi. Its primary purpose is the generation of hydroelectricity and the original power station contained four Francis turbine-generators.
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VMasani barrage, also Masani bridge, a barrage on the seasonal Sahibi River completed in 1989, is named after the Masani village in Rewari District of Haryana in India. Masani barrage also serves as a bridge on NH 919. Water storage in the barrage was made perennial in 2017 after a gap of 50 years. This barrage is important part of ecological corridor along the route of Sahibi river which traverses from Aravalli hills in Rajasthan to Yamuna via Matanhail forest, Chhuchhakwas-Godhari, Khaparwas Wildlife Sanctuary, Bhindawas Wildlife Sanctuary, Outfall Drain Number 8 and 6, , Sultanpur National Park, Basai and The Lost Lake (Gurugram).
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VMasinga Hydroelectric Power Station, also Masinga Dam, is an embankment dam on the Tana River, the longest river in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province and is located about 106 km. (66 mi.), by road, northeast of Nairobi, Kenya's capital and largest city. Construction of the dam began in 1978. The dam was completed in 1981. It is owned by Tana and Athi Rivers Development Authority (TARDA). The dam is used for power production and is part of the Seven Forks Scheme.
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VMasinga Hydroelectric Power Station, also Masinga Dam, is an embankment dam on the Tana River, the longest river in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province and is located about 106 km. (66 mi.), by road, northeast of Nairobi, Kenya's capital and largest city. Construction of the dam began in 1978. The dam was completed in 1981. It is owned by Tana and Athi Rivers Development Authority (TARDA). The dam is used for power production and is part of the Seven Forks Scheme.
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VMasinga Hydroelectric Power Station, also Masinga Dam, is an embankment dam on the Tana River, the longest river in Kenya. It straddles the border of Embu and Machakos Counties in Eastern Province and is located about 106 km. (66 mi.), by road, northeast of Nairobi, Kenya's capital and largest city. Construction of the dam began in 1978. The dam was completed in 1981. It is owned by Tana and Athi Rivers Development Authority (TARDA). The dam is used for power production and is part of the Seven Forks Scheme.
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VMassanjore Dam is a hydropower generating dam over the Mayurakshi River located at Massanjore near Dumka in the state of Jharkhand, India. The Massanjore dam (also called Canada Dam ), across the Mayurakshi, was commissioned in 1955. It was formally inaugurated by Lester B. Pearson, Foreign Minister of Canada. The Mayurakshi River at the dam site has a catchment area of 1869 sq.km
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VThe Matahina power station is a hydroelectric power facility in Bay of Plenty in New Zealand located in the Bay of Plenty on the Rangitaiki River downstream of the Aniwhenua Power Station. The river was dammed to form Lake Matahina from which water is drawn and diverted through the power station before being discharged back into the river. The Matahina dam is the largest earth embankment dam in the North Island of New Zealand.
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VThe Matahina power station is a hydroelectric power facility in Bay of Plenty in New Zealand located in the Bay of Plenty on the Rangitaiki River downstream of the Aniwhenua Power Station. The river was dammed to form Lake Matahina from which water is drawn and diverted through the power station before being discharged back into the river. The Matahina dam is the largest earth embankment dam in the North Island of New Zealand.
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VThe Matanogawa Dam (\u4fe3\u91ce\u5ddd\u30c0\u30e0) is a concrete gravity dam on a tributary of the Hino River located 2.3 km (1 mi) south of K\u014dfu in Tottori Prefecture, Japan. Construction on the dam began in 1978 and it was complete in 1984. The primary purpose of the dam is hydroelectric generation and it creates the lower reservoir for the (\u4fe3\u91ce\u5ddd\u767a\u96fb\u6240). It is 69.3 metres (227 ft) tall and creates a reservoir with a 7,940,000-cubic-metre (6,440 acre\u22c5ft) storage capacity. The power station is located on the southern bank of the reservoir and contains four 300 megawatts (400,000 hp) Francis pump-turbine-generators. The upper reservoir for the pumped-storage scheme is created by the Doyo Dam located 6 kilometres (3.7 mi) to the southeast in Okayama Prefecture. To generate power, water from the Doyo Dam is sent to the
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VMatilija Dam is a concrete arch dam in Ventura County, California, completed in 1947. Designed for water storage and flood control, it impounds Matilija Creek to create the Matilija Reservoir in the Los Padres National Forest, south of the Matilija Wilderness and north of Ojai. The drainage area above the damsite is 55 square miles, and the reservoir had an original capacity of 7,018 acre\u22c5ft (8,657,000 m3). Matilija Creek flows on to become the main tributary of the Ventura River.
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VThe Mazar Dam is a concrete-face rock-fill dam on the Paute River Cañar Province, Ecuador. The purpose of the dam is hydroelectric power generation and it is located directly upstream of the Paute Dam as part of the Amaluza-Molino project. The dam's power station has an installed capacity of 170 megawatts (230,000 hp). Construction on the dam began in 2004; the generators were commissioned in 2010 and the remaining works were completed in 2011.
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VThe Mazowe Dam (or Mazoe Dam) is a dam on the Mazowe River in Zimbabwe, in the Iron Mask Hills about 35 kilometres (22 mi) north of Harare. Constructed in 1920, it was built mainly to provide irrigation for the Mazoe citrus estates. The dam was also home to the Hunyani Rowing Club and formerly provided facilities for St. Georges, Prince Edward, Arundel and other rowing clubs. It is the only major dam on the Mazowe River.
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VO
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VThe Mbakaou Power Station is an operational 1.48 megawatts (1,980 hp) mini hydroelectric power station in Cameroon.Commercially commissioned in December 2021, the renewable energy project was jointly developed by the Government of Cameroon, in collaboration with IED Invest, an independent power producer (IPP) based in France, and Eneo Cameroon S.A., the Cameroonian national electric distribution parastatal company. The power generated at this power plant, amounting to 11.2 GWh annually, is sold to Eneo Cameroon, under a 20-year power purchase agreement, and is distributed to an estimated 40,000 people in the Adamawa Province of Cameroon.
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VO
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VThe Mbakaou Power Station is an operational 1.48 megawatts (1,980 hp) mini hydroelectric power station in Cameroon.Commercially commissioned in December 2021, the renewable energy project was jointly developed by the Government of Cameroon, in collaboration with IED Invest, an independent power producer (IPP) based in France, and Eneo Cameroon S.A., the Cameroonian national electric distribution parastatal company. The power generated at this power plant, amounting to 11.2 GWh annually, is sold to Eneo Cameroon, under a 20-year power purchase agreement, and is distributed to an estimated 40,000 people in the Adamawa Province of Cameroon.
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VThe Meander Dam is a concrete gravity dam across the Upper Meander River, located in northern Tasmania, Australia. The impounded reservoir is called Lake Huntsman. The dam was constructed in 2006 by the Tasmanian Rivers & Water Supply Commission for the principal purpose of delivering a reliable supply of irrigation water to the Meander Valley, estimated at 44,200 hectares (109,000 acres). Adjacent to the dam is a small conventional hydroelectric power station.
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Nsg17
Nsg11
VMedlow Dam is a heritage-listed major gated concrete-walled arch dam across the Adams Creek in the Blue Mountains region, located at Beauchamp Road, Medlow Bath in the City of Blue Mountains local government area of New South Wales, Australia. The dam was designed and built in 1907 by the NSW Department of Public Works. The dam's purpose is primarily for the potable water supply of the upper Blue Mountains region. The impounded reservoir is called Medlow Bath Reservoir. The dam is also known as Medlow Bath Dam, Lake Medlow Dam, Adams Creek Dam and Medlow Bath Reservoir. The property is owned by Sydney Water, a state-owned corporation of the Government of New South Wales. The dam was added to the New South Wales State Heritage Register on 18 November 1999.
p100125
sbg6
(g13
g8
NtRp100126
(dp100127
g16
Nsg17
Nsg11
VPOINT(150.29930114746 -33.658298492432)
p100128
sbtp100129
a(g6
(g7
g8
NtRp100130
(dp100131
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100132
sbg6
(g13
g8
NtRp100133
(dp100134
g16
Nsg17
Nsg11
V\u041c\u0435\u0433\u0440\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p100135
sbg6
(g13
g8
NtRp100136
(dp100137
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Armenia
p100138
sbg6
(g13
g8
NtRp100139
(dp100140
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100141
sbNNNNNg6
(g13
g8
NtRp100142
(dp100143
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100144
sbg6
(g13
g8
NtRp100145
(dp100146
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100147
(dp100148
g16
Nsg17
Nsg11
VArmenia
p100149
sbg6
(g13
g8
NtRp100150
(dp100151
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100152
sbg6
(g13
g8
NtRp100153
(dp100154
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100155
sbtp100156
a(g6
(g7
g8
NtRp100157
(dp100158
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100159
sbg6
(g13
g8
NtRp100160
(dp100161
g16
Nsg17
Nsg11
V\u041c\u0435\u0433\u0440\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p100162
sbg6
(g13
g8
NtRp100163
(dp100164
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p100165
sbg6
(g13
g8
NtRp100166
(dp100167
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100168
sbNNNNNg6
(g13
g8
NtRp100169
(dp100170
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100171
sbg6
(g13
g8
NtRp100172
(dp100173
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100174
(dp100175
g16
Nsg17
Nsg11
VArmenia
p100176
sbg6
(g13
g8
NtRp100177
(dp100178
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100179
sbg6
(g13
g8
NtRp100180
(dp100181
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100182
sbtp100183
a(g6
(g7
g8
NtRp100184
(dp100185
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100186
sbg6
(g13
g8
NtRp100187
(dp100188
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03bf\u03c5 \u039c\u03b5\u03b3\u03c1\u03af
p100189
sbg6
(g13
g8
NtRp100190
(dp100191
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Armenia
p100192
sbg6
(g13
g8
NtRp100193
(dp100194
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100195
sbNNNNNg6
(g13
g8
NtRp100196
(dp100197
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100198
sbg6
(g13
g8
NtRp100199
(dp100200
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100201
(dp100202
g16
Nsg17
Nsg11
VArmenia
p100203
sbg6
(g13
g8
NtRp100204
(dp100205
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100206
sbg6
(g13
g8
NtRp100207
(dp100208
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100209
sbtp100210
a(g6
(g7
g8
NtRp100211
(dp100212
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100213
sbg6
(g13
g8
NtRp100214
(dp100215
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03bf\u03c5 \u039c\u03b5\u03b3\u03c1\u03af
p100216
sbg6
(g13
g8
NtRp100217
(dp100218
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p100219
sbg6
(g13
g8
NtRp100220
(dp100221
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100222
sbNNNNNg6
(g13
g8
NtRp100223
(dp100224
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100225
sbg6
(g13
g8
NtRp100226
(dp100227
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100228
(dp100229
g16
Nsg17
Nsg11
VArmenia
p100230
sbg6
(g13
g8
NtRp100231
(dp100232
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100233
sbg6
(g13
g8
NtRp100234
(dp100235
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100236
sbtp100237
a(g6
(g7
g8
NtRp100238
(dp100239
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100240
sbg6
(g13
g8
NtRp100241
(dp100242
g16
Nsg17
Nsg11
VMeghri Dam
p100243
sbg6
(g13
g8
NtRp100244
(dp100245
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Armenia
p100246
sbg6
(g13
g8
NtRp100247
(dp100248
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100249
sbNNNNNg6
(g13
g8
NtRp100250
(dp100251
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100252
sbg6
(g13
g8
NtRp100253
(dp100254
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100255
(dp100256
g16
Nsg17
Nsg11
VArmenia
p100257
sbg6
(g13
g8
NtRp100258
(dp100259
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100260
sbg6
(g13
g8
NtRp100261
(dp100262
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100263
sbtp100264
a(g6
(g7
g8
NtRp100265
(dp100266
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100267
sbg6
(g13
g8
NtRp100268
(dp100269
g16
Nsg17
Nsg11
VMeghri Dam
p100270
sbg6
(g13
g8
NtRp100271
(dp100272
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p100273
sbg6
(g13
g8
NtRp100274
(dp100275
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100276
sbNNNNNg6
(g13
g8
NtRp100277
(dp100278
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100279
sbg6
(g13
g8
NtRp100280
(dp100281
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100282
(dp100283
g16
Nsg17
Nsg11
VArmenia
p100284
sbg6
(g13
g8
NtRp100285
(dp100286
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100287
sbg6
(g13
g8
NtRp100288
(dp100289
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100290
sbtp100291
a(g6
(g7
g8
NtRp100292
(dp100293
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100294
sbg6
(g13
g8
NtRp100295
(dp100296
g16
Nsg17
Nsg11
V\u041c\u0435\u0433\u0440\u0456\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p100297
sbg6
(g13
g8
NtRp100298
(dp100299
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Armenia
p100300
sbg6
(g13
g8
NtRp100301
(dp100302
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100303
sbNNNNNg6
(g13
g8
NtRp100304
(dp100305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100306
sbg6
(g13
g8
NtRp100307
(dp100308
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100309
(dp100310
g16
Nsg17
Nsg11
VArmenia
p100311
sbg6
(g13
g8
NtRp100312
(dp100313
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100314
sbg6
(g13
g8
NtRp100315
(dp100316
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100317
sbtp100318
a(g6
(g7
g8
NtRp100319
(dp100320
g11
Vhttp://dbpedia.org/resource/Meghri_Dam
p100321
sbg6
(g13
g8
NtRp100322
(dp100323
g16
Nsg17
Nsg11
V\u041c\u0435\u0433\u0440\u0456\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p100324
sbg6
(g13
g8
NtRp100325
(dp100326
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iran
p100327
sbg6
(g13
g8
NtRp100328
(dp100329
g16
Nsg17
Nsg11
VDiversion dam for run-of-river pipes
p100330
sbNNNNNg6
(g13
g8
NtRp100331
(dp100332
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aras_River
p100333
sbg6
(g13
g8
NtRp100334
(dp100335
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp100336
(dp100337
g16
Nsg17
Nsg11
VArmenia
p100338
sbg6
(g13
g8
NtRp100339
(dp100340
g16
Nsg17
Nsg11
VThe Meghri hydroelectric project (also known as the Meghri Dam or Aras Watershed Dam) is a hydroelectric project planned on the Aras River near Armenia's southern town of Meghri on the Armenia\u2013Iran border.
p100341
sbg6
(g13
g8
NtRp100342
(dp100343
g16
Nsg17
Nsg11
VPOINT(46.29972076416 38.903057098389)
p100344
sbtp100345
a(g6
(g7
g8
NtRp100346
(dp100347
g11
Vhttp://dbpedia.org/resource/Mekin_Hydroelectric_Power_Station
p100348
sbg6
(g13
g8
NtRp100349
(dp100350
g16
Nsg17
Nsg11
VMekin Hydroelectric Power Station
p100351
sbg6
(g13
g8
NtRp100352
(dp100353
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cameroon
p100354
sbNNNg6
(g7
g8
NtRp100355
(dp100356
g11
Vhttp://dbpedia.org/resource/Mekin_Hydroelectric_Power_Station__Lake__1
p100357
sbNg6
(g13
g8
NtRp100358
(dp100359
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100360
(dp100361
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dja_River
p100362
sbg6
(g13
g8
NtRp100363
(dp100364
g16
Nsg17
Nsg11
VUC
p100365
sbNg6
(g13
g8
NtRp100366
(dp100367
g16
Nsg17
Nsg11
VCameroon
p100368
sbg6
(g13
g8
NtRp100369
(dp100370
g16
Nsg17
Nsg11
VThe Mekin Hydroelectric Power Station, also referred to as Mekin Power Station, is a 15 MW (20,000 hp) hydroelectric power station, in Cameroon. This power station has been under construction since early 2010s, with initial commissioning planned for 2015. However, the project has been beset by multiple delays, plant shutdowns and restarts. The power station was partially re-started in June 2022 to allow the generation and evacuation of 11.25 MW of electricity, comprising 75 percent of maximum capacity. When current production testing is concluded, it is expected that the final unit will be brought online during the fourth quarter of 2022.
p100371
sbg6
(g13
g8
NtRp100372
(dp100373
g16
Nsg17
Nsg11
VPOINT(12.421388626099 3.259444475174)
p100374
sbtp100375
a(g6
(g7
g8
NtRp100376
(dp100377
g11
Vhttp://dbpedia.org/resource/Melones_Dam_(Cuba)
p100378
sbg6
(g13
g8
NtRp100379
(dp100380
g16
Nsg17
Nsg11
VMelones Dam (Cuba)
p100381
sbg6
(g13
g8
NtRp100382
(dp100383
g16
Nsg17
Nsg11
VCuba
p100384
sbg6
(g13
g8
NtRp100385
(dp100386
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p100387
sbg6
(g13
g8
NtRp100388
(dp100389
g16
Nsg17
g27
sg11
V0.507
p100390
sbNg6
(g7
g8
NtRp100391
(dp100392
g11
Vhttp://dbpedia.org/resource/Melones_Dam_(Cuba)__Lake__1
p100393
sbNg6
(g13
g8
NtRp100394
(dp100395
g16
Nsg17
Nsg11
VWater supply
p100396
sbg6
(g13
g8
NtRp100397
(dp100398
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mayarí_River
p100399
sbg6
(g13
g8
NtRp100400
(dp100401
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp100402
(dp100403
g16
Nsg17
Nsg11
VCuba
p100404
sbg6
(g13
g8
NtRp100405
(dp100406
g16
Nsg17
Nsg11
VThe Melones Dam, also known as the Mayarí Dam, is a concrete-face rock-fill dam on the about 7 km (4.3 mi) south of Mayarí in Holguín Province, Cuba. It is the tallest dam in the country and the center-piece of the East\u2013West Transvase System.
p100407
sbg6
(g13
g8
NtRp100408
(dp100409
g16
Nsg17
Nsg11
VPOINT(-75.663757324219 20.598831176758)
p100410
sbtp100411
a(g6
(g7
g8
NtRp100412
(dp100413
g11
Vhttp://dbpedia.org/resource/Memve'ele_Hydroelectric_Power_Station
p100414
sbg6
(g13
g8
NtRp100415
(dp100416
g16
Nsg17
Nsg11
VMemve'ele Hydroelectric Power Station
p100417
sbg6
(g13
g8
NtRp100418
(dp100419
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cameroon
p100420
sbNNNNg6
(g13
g8
NtRp100421
(dp100422
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Cameroon
p100423
sbg6
(g13
g8
NtRp100424
(dp100425
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100426
(dp100427
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ntem_River
p100428
sbg6
(g13
g8
NtRp100429
(dp100430
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp100431
(dp100432
g16
Nsg17
Nsg11
VCameroon#Africa#World
p100433
sbg6
(g13
g8
NtRp100434
(dp100435
g16
Nsg17
Nsg11
VMemve'ele Hydroelectric Power Station is a 211 megawatt hydroelectric power station in Cameroon. Construction of this dam began in April 2012 and the dam produced its first 80 megawatts in April 2019. Full commercial operations are expected to begin once the 225 kiloVolt high voltage transmission line to Yaounde is completed.
p100436
sbg6
(g13
g8
NtRp100437
(dp100438
g16
Nsg17
Nsg11
VPOINT(10.398888587952 2.3963890075684)
p100439
sbtp100440
a(g6
(g7
g8
NtRp100441
(dp100442
g11
Vhttp://dbpedia.org/resource/Memve'ele_Hydroelectric_Power_Station
p100443
sbg6
(g13
g8
NtRp100444
(dp100445
g16
Nsg17
Nsg11
VMemve'ele Hydroelectric Power Station
p100446
sbg6
(g13
g8
NtRp100447
(dp100448
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cameroon
p100449
sbNNNNg6
(g13
g8
NtRp100450
(dp100451
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Cameroon
p100452
sbg6
(g13
g8
NtRp100453
(dp100454
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100455
(dp100456
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ntem_River
p100457
sbg6
(g13
g8
NtRp100458
(dp100459
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp100460
(dp100461
g16
Nsg17
Nsg11
VCameroon#Africa#World
p100462
sbg6
(g13
g8
NtRp100463
(dp100464
g16
Nsg17
Nsg11
VMemve'ele Hydroelectric Power Station is a 211 megawatt hydroelectric power station in Cameroon. Construction of this dam began in April 2012 and the dam produced its first 80 megawatts in April 2019. Full commercial operations are expected to begin once the 225 kiloVolt high voltage transmission line to Yaounde is completed.
p100465
sbg6
(g13
g8
NtRp100466
(dp100467
g16
Nsg17
Nsg11
VPOINT(10.398888587952 2.3963890075684)
p100468
sbtp100469
a(g6
(g7
g8
NtRp100470
(dp100471
g11
Vhttp://dbpedia.org/resource/Menihek_Hydroelectric_Generating_Station
p100472
sbg6
(g13
g8
NtRp100473
(dp100474
g16
Nsg17
Nsg11
VMenihek Lakes
p100475
sbg6
(g13
g8
NtRp100476
(dp100477
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p100478
sbg6
(g13
g8
NtRp100479
(dp100480
g16
Nsg17
Nsg11
VBarrage dam
p100481
sbg6
(g13
g8
NtRp100482
(dp100483
g16
Nsg17
g27
sg11
V0.2286
p100484
sbg6
(g13
g8
NtRp100485
(dp100486
g16
Nsg17
g27
sg11
V451.1
p100487
sbg6
(g7
g8
NtRp100488
(dp100489
g11
Vhttp://dbpedia.org/resource/Menihek_Hydroelectric_Generating_Station__Lake__1
p100490
sbg6
(g13
g8
NtRp100491
(dp100492
g16
Nsg17
Nsg11
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p100493
sbNNg6
(g13
g8
NtRp100494
(dp100495
g16
Nsg17
Nsg11
VOperational
p100496
sbNg6
(g13
g8
NtRp100497
(dp100498
g16
Nsg17
Nsg11
VCanada Newfoundland and Labrador
p100499
sbg6
(g13
g8
NtRp100500
(dp100501
g16
Nsg17
Nsg11
VThe Menihek Hydroelectric Generating Station is a conventional hydroelectric generating station at Menihek Lake in Labrador. The dam and powerhouse are located in the Canadian province of Newfoundland and Labrador, 40 km (25 mi) south of the isolated town of Schefferville, Quebec and two First Nations communities: Matimekosh-Lac-John and Kawawachikamach. The generating station, two 69 kV power lines and the distribution networks in each community form an independent electricity network, off the main North American grid.
p100502
sbg6
(g13
g8
NtRp100503
(dp100504
g16
Nsg17
Nsg11
VPOINT(-66.612503051758 54.471111297607)
p100505
sbtp100506
a(g6
(g7
g8
NtRp100507
(dp100508
g11
Vhttp://dbpedia.org/resource/Menihek_Hydroelectric_Generating_Station
p100509
sbg6
(g13
g8
NtRp100510
(dp100511
g16
Nsg17
Nsg11
VCentrale Menihek
p100512
sbg6
(g13
g8
NtRp100513
(dp100514
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p100515
sbg6
(g13
g8
NtRp100516
(dp100517
g16
Nsg17
Nsg11
VBarrage dam
p100518
sbg6
(g13
g8
NtRp100519
(dp100520
g16
Nsg17
g27
sg11
V0.2286
p100521
sbg6
(g13
g8
NtRp100522
(dp100523
g16
Nsg17
g27
sg11
V451.1
p100524
sbg6
(g7
g8
NtRp100525
(dp100526
g11
Vhttp://dbpedia.org/resource/Menihek_Hydroelectric_Generating_Station__Lake__1
p100527
sbg6
(g13
g8
NtRp100528
(dp100529
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Newfoundland_and_Labrador_Hydro
p100530
sbNNg6
(g13
g8
NtRp100531
(dp100532
g16
Nsg17
Nsg11
VOperational
p100533
sbNg6
(g13
g8
NtRp100534
(dp100535
g16
Nsg17
Nsg11
VCanada Newfoundland and Labrador
p100536
sbg6
(g13
g8
NtRp100537
(dp100538
g16
Nsg17
Nsg11
VThe Menihek Hydroelectric Generating Station is a conventional hydroelectric generating station at Menihek Lake in Labrador. The dam and powerhouse are located in the Canadian province of Newfoundland and Labrador, 40 km (25 mi) south of the isolated town of Schefferville, Quebec and two First Nations communities: Matimekosh-Lac-John and Kawawachikamach. The generating station, two 69 kV power lines and the distribution networks in each community form an independent electricity network, off the main North American grid.
p100539
sbg6
(g13
g8
NtRp100540
(dp100541
g16
Nsg17
Nsg11
VPOINT(-66.612503051758 54.471111297607)
p100542
sbtp100543
a(g6
(g7
g8
NtRp100544
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g11
Vhttp://dbpedia.org/resource/Menihek_Hydroelectric_Generating_Station
p100546
sbg6
(g13
g8
NtRp100547
(dp100548
g16
Nsg17
Nsg11
VMenihek Hydroelectric Generating Station
p100549
sbg6
(g13
g8
NtRp100550
(dp100551
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p100552
sbg6
(g13
g8
NtRp100553
(dp100554
g16
Nsg17
Nsg11
VBarrage dam
p100555
sbg6
(g13
g8
NtRp100556
(dp100557
g16
Nsg17
g27
sg11
V0.2286
p100558
sbg6
(g13
g8
NtRp100559
(dp100560
g16
Nsg17
g27
sg11
V451.1
p100561
sbg6
(g7
g8
NtRp100562
(dp100563
g11
Vhttp://dbpedia.org/resource/Menihek_Hydroelectric_Generating_Station__Lake__1
p100564
sbg6
(g13
g8
NtRp100565
(dp100566
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Newfoundland_and_Labrador_Hydro
p100567
sbNNg6
(g13
g8
NtRp100568
(dp100569
g16
Nsg17
Nsg11
VOperational
p100570
sbNg6
(g13
g8
NtRp100571
(dp100572
g16
Nsg17
Nsg11
VCanada Newfoundland and Labrador
p100573
sbg6
(g13
g8
NtRp100574
(dp100575
g16
Nsg17
Nsg11
VThe Menihek Hydroelectric Generating Station is a conventional hydroelectric generating station at Menihek Lake in Labrador. The dam and powerhouse are located in the Canadian province of Newfoundland and Labrador, 40 km (25 mi) south of the isolated town of Schefferville, Quebec and two First Nations communities: Matimekosh-Lac-John and Kawawachikamach. The generating station, two 69 kV power lines and the distribution networks in each community form an independent electricity network, off the main North American grid.
p100576
sbg6
(g13
g8
NtRp100577
(dp100578
g16
Nsg17
Nsg11
VPOINT(-66.612503051758 54.471111297607)
p100579
sbtp100580
a(g6
(g7
g8
NtRp100581
(dp100582
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100583
sbg6
(g13
g8
NtRp100584
(dp100585
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u062b\u0646\u064a\u0629
p100586
sbg6
(g13
g8
NtRp100587
(dp100588
g16
Nsg17
Nsg11
VAlgeria
p100589
sbg6
(g13
g8
NtRp100590
(dp100591
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100592
sbNNNNNg6
(g13
g8
NtRp100593
(dp100594
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100595
sbNNNg6
(g13
g8
NtRp100596
(dp100597
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100598
sbg6
(g13
g8
NtRp100599
(dp100600
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100601
sbtp100602
a(g6
(g7
g8
NtRp100603
(dp100604
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100605
sbg6
(g13
g8
NtRp100606
(dp100607
g16
Nsg17
Nsg11
VMeraldene Dam
p100608
sbg6
(g13
g8
NtRp100609
(dp100610
g16
Nsg17
Nsg11
VAlgeria
p100611
sbg6
(g13
g8
NtRp100612
(dp100613
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100614
sbNNNNNg6
(g13
g8
NtRp100615
(dp100616
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100617
sbNNNg6
(g13
g8
NtRp100618
(dp100619
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100620
sbg6
(g13
g8
NtRp100621
(dp100622
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100623
sbtp100624
a(g6
(g7
g8
NtRp100625
(dp100626
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100627
sbg6
(g13
g8
NtRp100628
(dp100629
g16
Nsg17
Nsg11
VBarrage de Thénia
p100630
sbg6
(g13
g8
NtRp100631
(dp100632
g16
Nsg17
Nsg11
VAlgeria
p100633
sbg6
(g13
g8
NtRp100634
(dp100635
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100636
sbNNNNNg6
(g13
g8
NtRp100637
(dp100638
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100639
sbNNNg6
(g13
g8
NtRp100640
(dp100641
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100642
sbg6
(g13
g8
NtRp100643
(dp100644
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100645
sbtp100646
a(g6
(g7
g8
NtRp100647
(dp100648
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100649
sbg6
(g13
g8
NtRp100650
(dp100651
g16
Nsg17
Nsg11
VMeraldene Dam
p100652
sbg6
(g13
g8
NtRp100653
(dp100654
g16
Nsg17
Nsg11
VAlgeria
p100655
sbg6
(g13
g8
NtRp100656
(dp100657
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100658
sbNNNNNg6
(g13
g8
NtRp100659
(dp100660
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100661
sbNNNg6
(g13
g8
NtRp100662
(dp100663
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100664
sbg6
(g13
g8
NtRp100665
(dp100666
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100667
sbtp100668
a(g6
(g7
g8
NtRp100669
(dp100670
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100671
sbg6
(g13
g8
NtRp100672
(dp100673
g16
Nsg17
Nsg11
VBarrage de Thénia
p100674
sbg6
(g13
g8
NtRp100675
(dp100676
g16
Nsg17
Nsg11
VAlgeria
p100677
sbg6
(g13
g8
NtRp100678
(dp100679
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100680
sbNNNNNg6
(g13
g8
NtRp100681
(dp100682
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100683
sbNNNg6
(g13
g8
NtRp100684
(dp100685
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100686
sbg6
(g13
g8
NtRp100687
(dp100688
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100689
sbtp100690
a(g6
(g7
g8
NtRp100691
(dp100692
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100693
sbg6
(g13
g8
NtRp100694
(dp100695
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u062b\u0646\u064a\u0629
p100696
sbg6
(g13
g8
NtRp100697
(dp100698
g16
Nsg17
Nsg11
VAlgeria
p100699
sbg6
(g13
g8
NtRp100700
(dp100701
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100702
sbNNNNNg6
(g13
g8
NtRp100703
(dp100704
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100705
sbNNNg6
(g13
g8
NtRp100706
(dp100707
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100708
sbg6
(g13
g8
NtRp100709
(dp100710
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100711
sbtp100712
a(g6
(g7
g8
NtRp100713
(dp100714
g11
Vhttp://dbpedia.org/resource/Meraldene_Dam
p100715
sbg6
(g13
g8
NtRp100716
(dp100717
g16
Nsg17
Nsg11
VMeraldene Dam
p100718
sbg6
(g13
g8
NtRp100719
(dp100720
g16
Nsg17
Nsg11
VAlgeria
p100721
sbg6
(g13
g8
NtRp100722
(dp100723
g16
Nsg17
Nsg11
VEmbankment, rock-fill clay core
p100724
sbNNNNNg6
(g13
g8
NtRp100725
(dp100726
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Meraldene_River
p100727
sbNNNg6
(g13
g8
NtRp100728
(dp100729
g16
Nsg17
Nsg11
VThe Meraldene Dam, or Barrage Meraldene, is an embankment dam on the Meraldene River, located at 3 km (2 mi) southwest of Thénia in Boumerdès Province within Kabylia in Algeria.
p100730
sbg6
(g13
g8
NtRp100731
(dp100732
g16
Nsg17
Nsg11
VPOINT(3.5469341278076 36.712665557861)
p100733
sbtp100734
a(g6
(g7
g8
NtRp100735
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g11
Vhttp://dbpedia.org/resource/Merikoski_Power_Plant
p100737
sbg6
(g13
g8
NtRp100738
(dp100739
g16
Nsg17
Nsg11
VElektrownia wodna Merikoski
p100740
sbg6
(g13
g8
NtRp100741
(dp100742
g16
Nsg17
Nsg11
VFinland
p100743
sbNNNNg6
(g13
g8
NtRp100744
(dp100745
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulun_Energia
p100746
sbg6
(g13
g8
NtRp100747
(dp100748
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100749
(dp100750
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulujoki
p100751
sbg6
(g13
g8
NtRp100752
(dp100753
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp100754
(dp100755
g16
Nsg17
Nsg11
VFinland
p100756
sbg6
(g13
g8
NtRp100757
(dp100758
g16
Nsg17
Nsg11
VMerikoski Power Plant is a hydroelectric power station and a dam in the Koskikeskus district in Oulu, Finland. The plant is owned by the municipal enterprise of the city of Oulu. Construction of the power plant was started in 1940, but electricity generation for national grid was not started until 1948. The construction was delayed due to Second World War, although soviet prisoners of war were used as labour during the war. The power station building has been designed by architect Bertel Strömmer and the master plan of the area by architect Alvar Aalto.
p100759
sbg6
(g13
g8
NtRp100760
(dp100761
g16
Nsg17
Nsg11
VPOINT(25.473333358765 65.02278137207)
p100762
sbtp100763
a(g6
(g7
g8
NtRp100764
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g11
Vhttp://dbpedia.org/resource/Merikoski_Power_Plant
p100766
sbg6
(g13
g8
NtRp100767
(dp100768
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Merikoski
p100769
sbg6
(g13
g8
NtRp100770
(dp100771
g16
Nsg17
Nsg11
VFinland
p100772
sbNNNNg6
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g8
NtRp100773
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulun_Energia
p100775
sbg6
(g13
g8
NtRp100776
(dp100777
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100778
(dp100779
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulujoki
p100780
sbg6
(g13
g8
NtRp100781
(dp100782
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp100783
(dp100784
g16
Nsg17
Nsg11
VFinland
p100785
sbg6
(g13
g8
NtRp100786
(dp100787
g16
Nsg17
Nsg11
VMerikoski Power Plant is a hydroelectric power station and a dam in the Koskikeskus district in Oulu, Finland. The plant is owned by the municipal enterprise of the city of Oulu. Construction of the power plant was started in 1940, but electricity generation for national grid was not started until 1948. The construction was delayed due to Second World War, although soviet prisoners of war were used as labour during the war. The power station building has been designed by architect Bertel Strömmer and the master plan of the area by architect Alvar Aalto.
p100788
sbg6
(g13
g8
NtRp100789
(dp100790
g16
Nsg17
Nsg11
VPOINT(25.473333358765 65.02278137207)
p100791
sbtp100792
a(g6
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g8
NtRp100793
(dp100794
g11
Vhttp://dbpedia.org/resource/Merikoski_Power_Plant
p100795
sbg6
(g13
g8
NtRp100796
(dp100797
g16
Nsg17
Nsg11
VKraftwerk Merikoski
p100798
sbg6
(g13
g8
NtRp100799
(dp100800
g16
Nsg17
Nsg11
VFinland
p100801
sbNNNNg6
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g8
NtRp100802
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulun_Energia
p100804
sbg6
(g13
g8
NtRp100805
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g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100807
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulujoki
p100809
sbg6
(g13
g8
NtRp100810
(dp100811
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp100812
(dp100813
g16
Nsg17
Nsg11
VFinland
p100814
sbg6
(g13
g8
NtRp100815
(dp100816
g16
Nsg17
Nsg11
VMerikoski Power Plant is a hydroelectric power station and a dam in the Koskikeskus district in Oulu, Finland. The plant is owned by the municipal enterprise of the city of Oulu. Construction of the power plant was started in 1940, but electricity generation for national grid was not started until 1948. The construction was delayed due to Second World War, although soviet prisoners of war were used as labour during the war. The power station building has been designed by architect Bertel Strömmer and the master plan of the area by architect Alvar Aalto.
p100817
sbg6
(g13
g8
NtRp100818
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g16
Nsg17
Nsg11
VPOINT(25.473333358765 65.02278137207)
p100820
sbtp100821
a(g6
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g8
NtRp100822
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Vhttp://dbpedia.org/resource/Merikoski_Power_Plant
p100824
sbg6
(g13
g8
NtRp100825
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g16
Nsg17
Nsg11
VMerikoski Power Plant
p100827
sbg6
(g13
g8
NtRp100828
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g16
Nsg17
Nsg11
VFinland
p100830
sbNNNNg6
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g8
NtRp100831
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulun_Energia
p100833
sbg6
(g13
g8
NtRp100834
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g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp100836
(dp100837
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oulujoki
p100838
sbg6
(g13
g8
NtRp100839
(dp100840
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp100841
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g16
Nsg17
Nsg11
VFinland
p100843
sbg6
(g13
g8
NtRp100844
(dp100845
g16
Nsg17
Nsg11
VMerikoski Power Plant is a hydroelectric power station and a dam in the Koskikeskus district in Oulu, Finland. The plant is owned by the municipal enterprise of the city of Oulu. Construction of the power plant was started in 1940, but electricity generation for national grid was not started until 1948. The construction was delayed due to Second World War, although soviet prisoners of war were used as labour during the war. The power station building has been designed by architect Bertel Strömmer and the master plan of the area by architect Alvar Aalto.
p100846
sbg6
(g13
g8
NtRp100847
(dp100848
g16
Nsg17
Nsg11
VPOINT(25.473333358765 65.02278137207)
p100849
sbtp100850
a(g6
(g7
g8
NtRp100851
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g11
Vhttp://dbpedia.org/resource/Mesilla_Diversion_Dam
p100853
sbg6
(g13
g8
NtRp100854
(dp100855
g16
Nsg17
Nsg11
VMesilla Diversion Dam
p100856
sbg6
(g13
g8
NtRp100857
(dp100858
g16
Nsg17
Nsg11
VUnited States
p100859
sbg6
(g13
g8
NtRp100860
(dp100861
g16
Nsg17
Nsg11
VDiversion dam
p100862
sbNg6
(g13
g8
NtRp100863
(dp100864
g16
Nsg17
g27
sg11
V1164.03
p100865
sbNg6
(g13
g8
NtRp100866
(dp100867
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p100868
sbg6
(g13
g8
NtRp100869
(dp100870
g16
Nsg17
Nsg11
VIrrigation
p100871
sbNNNg6
(g13
g8
NtRp100872
(dp100873
g16
Nsg17
Nsg11
VNew Mexico#USA
p100874
sbg6
(g13
g8
NtRp100875
(dp100876
g16
Nsg17
Nsg11
VThe Mesilla Diversion Dam is located in the Rio Grande about 40 miles (64 km) upstream of El Paso, Texas, about 6 miles (9.7 km) to the south of Las Cruces, New Mexico. It diverts water from the river for irrigation in the lower Mesilla Valley. The dam is owned by the United States Bureau of Reclamation, which built it, and is operated by the Elephant Butte Irrigation District.
p100877
sbg6
(g13
g8
NtRp100878
(dp100879
g16
Nsg17
Nsg11
VPOINT(-106.79830932617 32.227916717529)
p100880
sbtp100881
a(g6
(g7
g8
NtRp100882
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g11
Vhttp://dbpedia.org/resource/Mesilla_Diversion_Dam
p100884
sbg6
(g13
g8
NtRp100885
(dp100886
g16
Nsg17
Nsg11
VMesilla Diversion Dam
p100887
sbg6
(g13
g8
NtRp100888
(dp100889
g16
Nsg17
Nsg11
VUnited States
p100890
sbg6
(g13
g8
NtRp100891
(dp100892
g16
Nsg17
Nsg11
VDiversion dam
p100893
sbNg6
(g13
g8
NtRp100894
(dp100895
g16
Nsg17
g27
sg11
V1164.03
p100896
sbNg6
(g13
g8
NtRp100897
(dp100898
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p100899
sbg6
(g13
g8
NtRp100900
(dp100901
g16
Nsg17
Nsg11
VIrrigation
p100902
sbNNNg6
(g13
g8
NtRp100903
(dp100904
g16
Nsg17
Nsg11
VNew Mexico#USA
p100905
sbg6
(g13
g8
NtRp100906
(dp100907
g16
Nsg17
Nsg11
VThe Mesilla Diversion Dam is located in the Rio Grande about 40 miles (64 km) upstream of El Paso, Texas, about 6 miles (9.7 km) to the south of Las Cruces, New Mexico. It diverts water from the river for irrigation in the lower Mesilla Valley. The dam is owned by the United States Bureau of Reclamation, which built it, and is operated by the Elephant Butte Irrigation District.
p100908
sbg6
(g13
g8
NtRp100909
(dp100910
g16
Nsg17
Nsg11
VPOINT(-106.79830932617 32.227916717529)
p100911
sbtp100912
a(g6
(g7
g8
NtRp100913
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g11
Vhttp://dbpedia.org/resource/Mesochora_Dam
p100915
sbg6
(g13
g8
NtRp100916
(dp100917
g16
Nsg17
Nsg11
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p100918
sbg6
(g13
g8
NtRp100919
(dp100920
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Greece
p100921
sbg6
(g13
g8
NtRp100922
(dp100923
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p100924
sbg6
(g13
g8
NtRp100925
(dp100926
g16
Nsg17
g27
sg11
V0.34
p100927
sbNg6
(g7
g8
NtRp100928
(dp100929
g11
Vhttp://dbpedia.org/resource/Mesochora_Dam__Lake__1
p100930
sbg6
(g13
g8
NtRp100931
(dp100932
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p100933
sbg6
(g13
g8
NtRp100934
(dp100935
g16
Nsg17
Nsg11
VRiver diversion, irrigation, power
p100936
sbg6
(g13
g8
NtRp100937
(dp100938
g16
Nsg17
Nsg11
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p100939
sbg6
(g13
g8
NtRp100940
(dp100941
g16
Nsg17
Nsg11
VComplete, not commissioned
p100942
sbg6
(g13
g8
NtRp100943
(dp100944
g16
Nsg17
g27
sg11
V5e+06
p100945
sbg6
(g13
g8
NtRp100946
(dp100947
g16
Nsg17
Nsg11
VGreece
p100948
sbg6
(g13
g8
NtRp100949
(dp100950
g16
Nsg17
Nsg11
VThe Mesochora Dam is concrete-face rock-fill dam on the Acheloos River near Mesochora in Trikala, Greece. The 150 m (490 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Mesochora, Sykia, and along with a 17.4 km (10.8 mi) long channel.
p100951
sbg6
(g13
g8
NtRp100952
(dp100953
g16
Nsg17
Nsg11
VPOINT(21.304189682007 39.464405059814)
p100954
sbtp100955
a(g6
(g7
g8
NtRp100956
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g11
Vhttp://dbpedia.org/resource/Mesochora_Dam
p100958
sbg6
(g13
g8
NtRp100959
(dp100960
g16
Nsg17
Nsg11
VMesochora-Stausee
p100961
sbg6
(g13
g8
NtRp100962
(dp100963
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Greece
p100964
sbg6
(g13
g8
NtRp100965
(dp100966
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p100967
sbg6
(g13
g8
NtRp100968
(dp100969
g16
Nsg17
g27
sg11
V0.34
p100970
sbNg6
(g7
g8
NtRp100971
(dp100972
g11
Vhttp://dbpedia.org/resource/Mesochora_Dam__Lake__1
p100973
sbg6
(g13
g8
NtRp100974
(dp100975
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p100976
sbg6
(g13
g8
NtRp100977
(dp100978
g16
Nsg17
Nsg11
VRiver diversion, irrigation, power
p100979
sbg6
(g13
g8
NtRp100980
(dp100981
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Acheloos_River
p100982
sbg6
(g13
g8
NtRp100983
(dp100984
g16
Nsg17
Nsg11
VComplete, not commissioned
p100985
sbg6
(g13
g8
NtRp100986
(dp100987
g16
Nsg17
g27
sg11
V5e+06
p100988
sbg6
(g13
g8
NtRp100989
(dp100990
g16
Nsg17
Nsg11
VGreece
p100991
sbg6
(g13
g8
NtRp100992
(dp100993
g16
Nsg17
Nsg11
VThe Mesochora Dam is concrete-face rock-fill dam on the Acheloos River near Mesochora in Trikala, Greece. The 150 m (490 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Mesochora, Sykia, and along with a 17.4 km (10.8 mi) long channel.
p100994
sbg6
(g13
g8
NtRp100995
(dp100996
g16
Nsg17
Nsg11
VPOINT(21.304189682007 39.464405059814)
p100997
sbtp100998
a(g6
(g7
g8
NtRp100999
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g11
Vhttp://dbpedia.org/resource/Mesochora_Dam
p101001
sbg6
(g13
g8
NtRp101002
(dp101003
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u039c\u03b5\u03c3\u03bf\u03c7\u03ce\u03c1\u03b1\u03c2
p101004
sbg6
(g13
g8
NtRp101005
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Greece
p101007
sbg6
(g13
g8
NtRp101008
(dp101009
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p101010
sbg6
(g13
g8
NtRp101011
(dp101012
g16
Nsg17
g27
sg11
V0.34
p101013
sbNg6
(g7
g8
NtRp101014
(dp101015
g11
Vhttp://dbpedia.org/resource/Mesochora_Dam__Lake__1
p101016
sbg6
(g13
g8
NtRp101017
(dp101018
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p101019
sbg6
(g13
g8
NtRp101020
(dp101021
g16
Nsg17
Nsg11
VRiver diversion, irrigation, power
p101022
sbg6
(g13
g8
NtRp101023
(dp101024
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Acheloos_River
p101025
sbg6
(g13
g8
NtRp101026
(dp101027
g16
Nsg17
Nsg11
VComplete, not commissioned
p101028
sbg6
(g13
g8
NtRp101029
(dp101030
g16
Nsg17
g27
sg11
V5e+06
p101031
sbg6
(g13
g8
NtRp101032
(dp101033
g16
Nsg17
Nsg11
VGreece
p101034
sbg6
(g13
g8
NtRp101035
(dp101036
g16
Nsg17
Nsg11
VThe Mesochora Dam is concrete-face rock-fill dam on the Acheloos River near Mesochora in Trikala, Greece. The 150 m (490 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Mesochora, Sykia, and along with a 17.4 km (10.8 mi) long channel.
p101037
sbg6
(g13
g8
NtRp101038
(dp101039
g16
Nsg17
Nsg11
VPOINT(21.304189682007 39.464405059814)
p101040
sbtp101041
a(g6
(g7
g8
NtRp101042
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g11
Vhttp://dbpedia.org/resource/Mesochora_Dam
p101044
sbg6
(g13
g8
NtRp101045
(dp101046
g16
Nsg17
Nsg11
VMesochora Dam
p101047
sbg6
(g13
g8
NtRp101048
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Greece
p101050
sbg6
(g13
g8
NtRp101051
(dp101052
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p101053
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(g13
g8
NtRp101054
(dp101055
g16
Nsg17
g27
sg11
V0.34
p101056
sbNg6
(g7
g8
NtRp101057
(dp101058
g11
Vhttp://dbpedia.org/resource/Mesochora_Dam__Lake__1
p101059
sbg6
(g13
g8
NtRp101060
(dp101061
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p101062
sbg6
(g13
g8
NtRp101063
(dp101064
g16
Nsg17
Nsg11
VRiver diversion, irrigation, power
p101065
sbg6
(g13
g8
NtRp101066
(dp101067
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Acheloos_River
p101068
sbg6
(g13
g8
NtRp101069
(dp101070
g16
Nsg17
Nsg11
VComplete, not commissioned
p101071
sbg6
(g13
g8
NtRp101072
(dp101073
g16
Nsg17
g27
sg11
V5e+06
p101074
sbg6
(g13
g8
NtRp101075
(dp101076
g16
Nsg17
Nsg11
VGreece
p101077
sbg6
(g13
g8
NtRp101078
(dp101079
g16
Nsg17
Nsg11
VThe Mesochora Dam is concrete-face rock-fill dam on the Acheloos River near Mesochora in Trikala, Greece. The 150 m (490 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Mesochora, Sykia, and along with a 17.4 km (10.8 mi) long channel.
p101080
sbg6
(g13
g8
NtRp101081
(dp101082
g16
Nsg17
Nsg11
VPOINT(21.304189682007 39.464405059814)
p101083
sbtp101084
a(g6
(g7
g8
NtRp101085
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g11
Vhttp://dbpedia.org/resource/Metz_Dam
p101087
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(g13
g8
NtRp101088
(dp101089
g16
Nsg17
Nsg11
VMetz Dam
p101090
sbg6
(g13
g8
NtRp101091
(dp101092
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p101093
sbg6
(g13
g8
NtRp101094
(dp101095
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp101096
(dp101097
g16
Nsg17
g27
sg11
V0.76
p101098
sbNg6
(g7
g8
NtRp101099
(dp101100
g11
Vhttp://dbpedia.org/resource/Metz_Dam__Lake__1
p101101
sbg6
(g13
g8
NtRp101102
(dp101103
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p101104
sbNg6
(g13
g8
NtRp101105
(dp101106
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moetladimo_River
p101107
sbNNNg6
(g13
g8
NtRp101108
(dp101109
g16
Nsg17
Nsg11
VMetz Dam is an earth-fill type dam located on the , near , Limpopo [opposite Sekororo Hospital ], South Africa. The dam serves mainly for domestic supply, stock watering and irrigation and its hazard potential has been ranked significant (2).
p101110
sbg6
(g13
g8
NtRp101111
(dp101112
g16
Nsg17
Nsg11
VPOINT(30.452199935913 -24.255300521851)
p101113
sbtp101114
a(g6
(g7
g8
NtRp101115
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g11
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p101117
sbg6
(g13
g8
NtRp101118
(dp101119
g16
Nsg17
Nsg11
VMianhuatan Shuiku
p101120
sbg6
(g13
g8
NtRp101121
(dp101122
g16
Nsg17
Nsg11
VChina
p101123
sbg6
(g13
g8
NtRp101124
(dp101125
g16
Nsg17
Nsg11
VConcrete gravity
p101126
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(g13
g8
NtRp101127
(dp101128
g16
Nsg17
g27
sg11
V0.3085
p101129
sbNg6
(g7
g8
NtRp101130
(dp101131
g11
Vhttp://dbpedia.org/resource/Mianhuatan_Dam__Lake__1
p101132
sbNNg6
(g13
g8
NtRp101133
(dp101134
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tingjiang_River
p101135
sbg6
(g13
g8
NtRp101136
(dp101137
g16
Nsg17
Nsg11
VIn use
p101138
sbg6
(g13
g8
NtRp101139
(dp101140
g16
Nsg17
g27
sg11
V615000.0
p101141
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(g13
g8
NtRp101142
(dp101143
g16
Nsg17
Nsg11
VChina
p101144
sbg6
(g13
g8
NtRp101145
(dp101146
g16
Nsg17
Nsg11
VThe Mianhuatan Dam is a concrete gravity dam on the Tingjiang River in Yongding County, Fujian Province, China. The dam is 113 metres (371 ft) tall and composed of roller-compacted concrete. The main purpose of the dam is hydroelectric power generation and it supports a power station with 4 x 150 MW generators for a combined capacity of 600 MW. Other purposes of the dam include flood control, navigation and irrigation. Construction began in 1998 and the project was completed in June 2002.
p101147
sbg6
(g13
g8
NtRp101148
(dp101149
g16
Nsg17
Nsg11
VPOINT(116.59583282471 24.661111831665)
p101150
sbtp101151
a(g6
(g7
g8
NtRp101152
(dp101153
g11
Vhttp://dbpedia.org/resource/Mianhuatan_Dam
p101154
sbg6
(g13
g8
NtRp101155
(dp101156
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Miánhu\u0101t\u0101n
p101157
sbg6
(g13
g8
NtRp101158
(dp101159
g16
Nsg17
Nsg11
VChina
p101160
sbg6
(g13
g8
NtRp101161
(dp101162
g16
Nsg17
Nsg11
VConcrete gravity
p101163
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(g13
g8
NtRp101164
(dp101165
g16
Nsg17
g27
sg11
V0.3085
p101166
sbNg6
(g7
g8
NtRp101167
(dp101168
g11
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p101169
sbNNg6
(g13
g8
NtRp101170
(dp101171
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tingjiang_River
p101172
sbg6
(g13
g8
NtRp101173
(dp101174
g16
Nsg17
Nsg11
VIn use
p101175
sbg6
(g13
g8
NtRp101176
(dp101177
g16
Nsg17
g27
sg11
V615000.0
p101178
sbg6
(g13
g8
NtRp101179
(dp101180
g16
Nsg17
Nsg11
VChina
p101181
sbg6
(g13
g8
NtRp101182
(dp101183
g16
Nsg17
Nsg11
VThe Mianhuatan Dam is a concrete gravity dam on the Tingjiang River in Yongding County, Fujian Province, China. The dam is 113 metres (371 ft) tall and composed of roller-compacted concrete. The main purpose of the dam is hydroelectric power generation and it supports a power station with 4 x 150 MW generators for a combined capacity of 600 MW. Other purposes of the dam include flood control, navigation and irrigation. Construction began in 1998 and the project was completed in June 2002.
p101184
sbg6
(g13
g8
NtRp101185
(dp101186
g16
Nsg17
Nsg11
VPOINT(116.59583282471 24.661111831665)
p101187
sbtp101188
a(g6
(g7
g8
NtRp101189
(dp101190
g11
Vhttp://dbpedia.org/resource/Mianhuatan_Dam
p101191
sbg6
(g13
g8
NtRp101192
(dp101193
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Miánhu\u0101t\u0101n
p101194
sbg6
(g13
g8
NtRp101195
(dp101196
g16
Nsg17
Nsg11
VChina
p101197
sbg6
(g13
g8
NtRp101198
(dp101199
g16
Nsg17
Nsg11
VConcrete gravity
p101200
sbg6
(g13
g8
NtRp101201
(dp101202
g16
Nsg17
g27
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VThe Mianhuatan Dam is a concrete gravity dam on the Tingjiang River in Yongding County, Fujian Province, China. The dam is 113 metres (371 ft) tall and composed of roller-compacted concrete. The main purpose of the dam is hydroelectric power generation and it supports a power station with 4 x 150 MW generators for a combined capacity of 600 MW. Other purposes of the dam include flood control, navigation and irrigation. Construction began in 1998 and the project was completed in June 2002.
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VThe Mianhuatan Dam is a concrete gravity dam on the Tingjiang River in Yongding County, Fujian Province, China. The dam is 113 metres (371 ft) tall and composed of roller-compacted concrete. The main purpose of the dam is hydroelectric power generation and it supports a power station with 4 x 150 MW generators for a combined capacity of 600 MW. Other purposes of the dam include flood control, navigation and irrigation. Construction began in 1998 and the project was completed in June 2002.
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(g13
g8
NtRp101586
(dp101587
g16
Nsg17
Nsg11
VThe Miaowei Dam is a rock-filled embankment dam on the Lancang (Mekong) River in Yunlong County of Yunnan Province, China. Construction on the dam began in 2010. The four turbines of 1,400 MW hydroelectric power station were commissioned in 2017 and 2018.
p101588
sbg6
(g13
g8
NtRp101589
(dp101590
g16
Nsg17
Nsg11
VPOINT(99.161331176758 25.854349136353)
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sbtp101592
a(g6
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g8
NtRp101593
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Vhttp://dbpedia.org/resource/Middle_Chaku_Khola_Hydropower_Station
p101595
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(g13
g8
NtRp101596
(dp101597
g16
Nsg17
Nsg11
VMiddle Chaku Khola Hydropower Station
p101598
sbg6
(g13
g8
NtRp101599
(dp101600
g16
Nsg17
Nsg11
VNepal
p101601
sbg6
(g13
g8
NtRp101602
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g16
Nsg17
Nsg11
VGravity
p101604
sbNNNNg6
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NtRp101605
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp101608
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chaku_River
p101610
sbg6
(g13
g8
NtRp101611
(dp101612
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp101613
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g16
Nsg17
Nsg11
VNepal
p101615
sbg6
(g13
g8
NtRp101616
(dp101617
g16
Nsg17
Nsg11
VMiddle Chaku Khola Hydropower Station (Nepali: \u092e\u0927\u094d\u092f \u091a\u093e\u0915\u0941 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sindhupalchok District of Nepal. The flow from Chaku River is used to generate 1.8 MW electricity. The plant is owned and developed by Laughing Budha Power Nepal, an IPP of Nepal. The plant started generating electricity from 2069-11-15BS. The generation licence will expire in 2102-12-06 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p101618
sbg6
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g8
NtRp101619
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g16
Nsg17
Nsg11
VPOINT(85.933334350586 27.872222900391)
p101621
sbtp101622
a(g6
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g8
NtRp101623
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g11
Vhttp://dbpedia.org/resource/Middle_Marsyangdi_Hydropower_Station
p101625
sbg6
(g13
g8
NtRp101626
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g16
Nsg17
Nsg11
VMiddle Marsyangdi Hydropower Station
p101628
sbg6
(g13
g8
NtRp101629
(dp101630
g16
Nsg17
Nsg11
VNepal
p101631
sbg6
(g13
g8
NtRp101632
(dp101633
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Nsg17
Nsg11
VBarrage, Gravity
p101634
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g8
NtRp101635
(dp101636
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nepal_Electricity_Authority
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(g13
g8
NtRp101638
(dp101639
g16
Nsg17
Nsg11
VPower
p101640
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(g13
g8
NtRp101641
(dp101642
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Marshyangdi_River
p101643
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(g13
g8
NtRp101644
(dp101645
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp101646
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g16
Nsg17
Nsg11
VNepal
p101648
sbg6
(g13
g8
NtRp101649
(dp101650
g16
Nsg17
Nsg11
VMiddle Marsyandgi Hydropower Station (Nepali:\u092e\u0927\u094d\u092f \u092e\u0930\u094d\u0938\u094d\u092f\u093e\u0919\u094d\u0926\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Lamjung district of western Nepal. The flow from Marshyangdi River is used to generate 70 MW electricity. The plant is connected to the national grid of Nepal. The plant was set to be commissioned in 2004 but it was delayed by four years. The plant faces siltation problems from time to time.
p101651
sbg6
(g13
g8
NtRp101652
(dp101653
g16
Nsg17
Nsg11
VPOINT(84.440002441406 28.140832901001)
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sbtp101655
a(g6
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g8
NtRp101656
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g11
Vhttp://dbpedia.org/resource/Midim_Khola_Hydropower_Station
p101658
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(g13
g8
NtRp101659
(dp101660
g16
Nsg17
Nsg11
VMidim Khola Hydropower Station
p101661
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(g13
g8
NtRp101662
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g16
Nsg17
Nsg11
VNepal
p101664
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g8
NtRp101665
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g16
Nsg17
Nsg11
VGravity
p101667
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NtRp101668
(dp101669
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Nsg17
Nsg11
VPower
p101670
sbg6
(g13
g8
NtRp101671
(dp101672
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Midim_Khola_River
p101673
sbg6
(g13
g8
NtRp101674
(dp101675
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp101676
(dp101677
g16
Nsg17
Nsg11
VNepal
p101678
sbg6
(g13
g8
NtRp101679
(dp101680
g16
Nsg17
Nsg11
VMidim Khola Hydropower Station (Nepali:\u092e\u093f\u0926\u093f\u092e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Lamjung District of Nepal. The flow from is used to generate 3 MW electricity. The plant is owned and developed by Union Hydropower P.Ltd, an IPP of Nepal. The plant started generating electricity from 2074-10-15BS. The generation licence will expire in 2104-05-05 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p101681
sbg6
(g13
g8
NtRp101682
(dp101683
g16
Nsg17
Nsg11
VPOINT(84.291664123535 28.18138885498)
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sbtp101685
a(g6
(g7
g8
NtRp101686
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g11
Vhttp://dbpedia.org/resource/Midmar_Dam
p101688
sbg6
(g13
g8
NtRp101689
(dp101690
g16
Nsg17
Nsg11
VMidmar Dam
p101691
sbg6
(g13
g8
NtRp101692
(dp101693
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p101694
sbg6
(g13
g8
NtRp101695
(dp101696
g16
Nsg17
Nsg11
VC
sbg6
(g13
g8
NtRp101697
(dp101698
g16
Nsg17
g27
sg11
V1.423
p101699
sbNg6
(g7
g8
NtRp101700
(dp101701
g11
Vhttp://dbpedia.org/resource/Midmar_Dam__Lake__1
p101702
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g8
NtRp101703
(dp101704
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p101705
sbg6
(g13
g8
NtRp101706
(dp101707
g16
Nsg17
Nsg11
VMunicipal and industrial use
p101708
sbg6
(g13
g8
NtRp101709
(dp101710
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Umgeni_River
p101711
sbNNg6
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g8
NtRp101712
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g16
Nsg17
Nsg11
VSouth Africa
p101714
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(g13
g8
NtRp101715
(dp101716
g16
Nsg17
Nsg11
VMidmar Dam is a combined gravity & earth-fill type dam and recreation area located near Howick and Pietermaritzburg, South Africa. Boating, swimming, waterskiing, picnicking, and fishing are popular pastimes at Midmar Dam. Each year, the Midmar Mile swimming race is held there, which organizers call "the world's largest open water swimming event". Over 20,000 entries were received for the 2009 event. Midmar Dam is located in the Midlands of KwaZulu-Natal. The dam's primary purpose is to serve for municipal and industrial use and its hazard potential has been ranked high (3).
p101717
sbg6
(g13
g8
NtRp101718
(dp101719
g16
Nsg17
Nsg11
VPOINT(30.183332443237 -29.5)
p101720
sbtp101721
a(g6
(g7
g8
NtRp101722
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g11
Vhttp://dbpedia.org/resource/Midmar_Dam
p101724
sbg6
(g13
g8
NtRp101725
(dp101726
g16
Nsg17
Nsg11
V\u041c\u0438\u0434\u043c\u0430\u0440-\u0414\u0430\u043c
p101727
sbg6
(g13
g8
NtRp101728
(dp101729
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p101730
sbg6
(g13
g8
NtRp101731
(dp101732
g16
Nsg17
Nsg11
VC
sbg6
(g13
g8
NtRp101733
(dp101734
g16
Nsg17
g27
sg11
V1.423
p101735
sbNg6
(g7
g8
NtRp101736
(dp101737
g11
Vhttp://dbpedia.org/resource/Midmar_Dam__Lake__1
p101738
sbg6
(g13
g8
NtRp101739
(dp101740
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p101741
sbg6
(g13
g8
NtRp101742
(dp101743
g16
Nsg17
Nsg11
VMunicipal and industrial use
p101744
sbg6
(g13
g8
NtRp101745
(dp101746
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Umgeni_River
p101747
sbNNg6
(g13
g8
NtRp101748
(dp101749
g16
Nsg17
Nsg11
VSouth Africa
p101750
sbg6
(g13
g8
NtRp101751
(dp101752
g16
Nsg17
Nsg11
VMidmar Dam is a combined gravity & earth-fill type dam and recreation area located near Howick and Pietermaritzburg, South Africa. Boating, swimming, waterskiing, picnicking, and fishing are popular pastimes at Midmar Dam. Each year, the Midmar Mile swimming race is held there, which organizers call "the world's largest open water swimming event". Over 20,000 entries were received for the 2009 event. Midmar Dam is located in the Midlands of KwaZulu-Natal. The dam's primary purpose is to serve for municipal and industrial use and its hazard potential has been ranked high (3).
p101753
sbg6
(g13
g8
NtRp101754
(dp101755
g16
Nsg17
Nsg11
VPOINT(30.183332443237 -29.5)
p101756
sbtp101757
a(g6
(g7
g8
NtRp101758
(dp101759
g11
Vhttp://dbpedia.org/resource/Miel_I_Dam
p101760
sbg6
(g13
g8
NtRp101761
(dp101762
g16
Nsg17
Nsg11
VCentral hidroeléctrica Miel I
p101763
sbg6
(g13
g8
NtRp101764
(dp101765
g16
Nsg17
Nsg11
VColombia
p101766
sbg6
(g13
g8
NtRp101767
(dp101768
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p101769
sbNg6
(g13
g8
NtRp101770
(dp101771
g16
Nsg17
g27
sg11
V454.0
p101772
sbg6
(g7
g8
NtRp101773
(dp101774
g11
Vhttp://dbpedia.org/resource/Miel_I_Dam__Lake__1
p101775
sbNNg6
(g13
g8
NtRp101776
(dp101777
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/La_Miel_River
p101778
sbg6
(g13
g8
NtRp101779
(dp101780
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp101781
(dp101782
g16
Nsg17
g27
sg11
V1.75e+06
p101783
sbg6
(g13
g8
NtRp101784
(dp101785
g16
Nsg17
Nsg11
VColombia
p101786
sbg6
(g13
g8
NtRp101787
(dp101788
g16
Nsg17
Nsg11
VThe Miel I Dam, officially known as the Patángoras Dam, is a gravity dam on La Miel River just south of Norcasia in Caldas Department, Colombia. The dam was constructed between 1997 and 2002 for the primary purpose of hydroelectric power generation. At the time of its completion, the dam was the tallest roller-compacted concrete (RCC) dam in the world but was surpassed by the Longtan Dam in 2009.
p101789
sbg6
(g13
g8
NtRp101790
(dp101791
g16
Nsg17
Nsg11
VPOINT(-74.886665344238 5.5605554580688)
p101792
sbtp101793
a(g6
(g7
g8
NtRp101794
(dp101795
g11
Vhttp://dbpedia.org/resource/Miel_I_Dam
p101796
sbg6
(g13
g8
NtRp101797
(dp101798
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 La Miel I
p101799
sbg6
(g13
g8
NtRp101800
(dp101801
g16
Nsg17
Nsg11
VColombia
p101802
sbg6
(g13
g8
NtRp101803
(dp101804
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p101805
sbNg6
(g13
g8
NtRp101806
(dp101807
g16
Nsg17
g27
sg11
V454.0
p101808
sbg6
(g7
g8
NtRp101809
(dp101810
g11
Vhttp://dbpedia.org/resource/Miel_I_Dam__Lake__1
p101811
sbNNg6
(g13
g8
NtRp101812
(dp101813
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/La_Miel_River
p101814
sbg6
(g13
g8
NtRp101815
(dp101816
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp101817
(dp101818
g16
Nsg17
g27
sg11
V1.75e+06
p101819
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(g13
g8
NtRp101820
(dp101821
g16
Nsg17
Nsg11
VColombia
p101822
sbg6
(g13
g8
NtRp101823
(dp101824
g16
Nsg17
Nsg11
VThe Miel I Dam, officially known as the Patángoras Dam, is a gravity dam on La Miel River just south of Norcasia in Caldas Department, Colombia. The dam was constructed between 1997 and 2002 for the primary purpose of hydroelectric power generation. At the time of its completion, the dam was the tallest roller-compacted concrete (RCC) dam in the world but was surpassed by the Longtan Dam in 2009.
p101825
sbg6
(g13
g8
NtRp101826
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g16
Nsg17
Nsg11
VPOINT(-74.886665344238 5.5605554580688)
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sbtp101829
a(g6
(g7
g8
NtRp101830
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g11
Vhttp://dbpedia.org/resource/Miel_I_Dam
p101832
sbg6
(g13
g8
NtRp101833
(dp101834
g16
Nsg17
Nsg11
VMiel I (Wasserkraftwerk)
p101835
sbg6
(g13
g8
NtRp101836
(dp101837
g16
Nsg17
Nsg11
VColombia
p101838
sbg6
(g13
g8
NtRp101839
(dp101840
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p101841
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(g13
g8
NtRp101842
(dp101843
g16
Nsg17
g27
sg11
V454.0
p101844
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(g7
g8
NtRp101845
(dp101846
g11
Vhttp://dbpedia.org/resource/Miel_I_Dam__Lake__1
p101847
sbNNg6
(g13
g8
NtRp101848
(dp101849
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/La_Miel_River
p101850
sbg6
(g13
g8
NtRp101851
(dp101852
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp101853
(dp101854
g16
Nsg17
g27
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V1.75e+06
p101855
sbg6
(g13
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NtRp101856
(dp101857
g16
Nsg17
Nsg11
VColombia
p101858
sbg6
(g13
g8
NtRp101859
(dp101860
g16
Nsg17
Nsg11
VThe Miel I Dam, officially known as the Patángoras Dam, is a gravity dam on La Miel River just south of Norcasia in Caldas Department, Colombia. The dam was constructed between 1997 and 2002 for the primary purpose of hydroelectric power generation. At the time of its completion, the dam was the tallest roller-compacted concrete (RCC) dam in the world but was surpassed by the Longtan Dam in 2009.
p101861
sbg6
(g13
g8
NtRp101862
(dp101863
g16
Nsg17
Nsg11
VPOINT(-74.886665344238 5.5605554580688)
p101864
sbtp101865
a(g6
(g7
g8
NtRp101866
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p101868
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(g13
g8
NtRp101869
(dp101870
g16
Nsg17
Nsg11
VMiel I Dam
p101871
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(g13
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NtRp101872
(dp101873
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Nsg17
Nsg11
VColombia
p101874
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(g13
g8
NtRp101875
(dp101876
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p101877
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(g13
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NtRp101878
(dp101879
g16
Nsg17
g27
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p101880
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NtRp101881
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Vhttp://dbpedia.org/resource/Miel_I_Dam__Lake__1
p101883
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g8
NtRp101884
(dp101885
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/La_Miel_River
p101886
sbg6
(g13
g8
NtRp101887
(dp101888
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp101889
(dp101890
g16
Nsg17
g27
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V1.75e+06
p101891
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(g13
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NtRp101892
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g16
Nsg17
Nsg11
VColombia
p101894
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g8
NtRp101895
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g16
Nsg17
Nsg11
VThe Miel I Dam, officially known as the Patángoras Dam, is a gravity dam on La Miel River just south of Norcasia in Caldas Department, Colombia. The dam was constructed between 1997 and 2002 for the primary purpose of hydroelectric power generation. At the time of its completion, the dam was the tallest roller-compacted concrete (RCC) dam in the world but was surpassed by the Longtan Dam in 2009.
p101897
sbg6
(g13
g8
NtRp101898
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g16
Nsg17
Nsg11
VPOINT(-74.886665344238 5.5605554580688)
p101900
sbtp101901
a(g6
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g8
NtRp101902
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Vhttp://dbpedia.org/resource/Milford_Dam_(Maine)
p101904
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(g13
g8
NtRp101905
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g16
Nsg17
Nsg11
VMilford Dam (Maine)
p101907
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(g13
g8
NtRp101908
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g16
Nsg17
Nsg11
VUnited States
p101910
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g8
NtRp101911
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Nsg17
g27
sg11
V0.42672
p101913
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(g13
g8
NtRp101914
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Penobscot_River
p101916
sbNNg6
(g13
g8
NtRp101917
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g16
Nsg17
Nsg11
VMaine
p101919
sbg6
(g13
g8
NtRp101920
(dp101921
g16
Nsg17
Nsg11
VThe Milford Dam is a dam on the Penobscot River between Old Town and Milford in Penobscot County, Maine. The dam will receive a new fish lift as a part of an extensive project involving four dams to restore eleven species of sea-run fish to the Penobscot River. The Great Works Dam was removed in 2012 and was just downstream of the Milford Dam. The dam's power plant has an 8 MW installed capacity.
p101922
sbg6
(g13
g8
NtRp101923
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g16
Nsg17
Nsg11
VPOINT(-68.647811889648 44.940738677979)
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sbtp101926
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g8
NtRp101927
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VThe Mingachevir Dam (Mingachevir Hydro Power Station) is an earth-fill embankment dam on the Kura River just north of Mingachevir in Azerbaijan. It serves several purposes to include hydroelectric power production and water storage for irrigation. The Mingachevir reservoir, behind the dam, supplies water to the Upper Qarabag and Upper Sirvan Channels which help irrigate about 1,000,000 ha (2,500,000 acres) of farmland in the country. Its six Francis turbine-generators were overhauled or replaced with 70 megawatts (94,000 hp) sets in 2000. Mingachevir reservoir has a storage capacity of 15.730 cubic kilometres (12,753,000 acre\u22c5ft), covering 605 km2 (234 sq mi). The length of the dam is 1,550 metres (5,090 ft), its width is 16 metres (52 ft) and height is 80 m (260 ft). It is the largest hyd
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VMingshan Reservoir (simplified Chinese: \u660e\u5c71\u6c34\u5e93; traditional Chinese: \u660e\u5c71\u6c34\u5eab; pinyin: Míngsh\u0101n shu\u01d0kù) is a reservoir in Macheng, Hubei, China, located on the Baiguo River, a tributary of the Jushui River. The construction of Mingshan Reservoir officially started on October 1, 1957, and was completed in June 1959. The earth dam under the Reservoir was impermeable with reinforced concrete interlocking pipe columns. The Reservoir was directed and supported by Tao Shuzeng, then director of the Hubei Provincial Water Resources Department. The Central Committee of the Communist Party of China attached great importance to the construction of the dam of the Reservoir, and Premier Zhou Enlai personally inspected the construction site of the reservoir.
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VMingshan Reservoir (simplified Chinese: \u660e\u5c71\u6c34\u5e93; traditional Chinese: \u660e\u5c71\u6c34\u5eab; pinyin: Míngsh\u0101n shu\u01d0kù) is a reservoir in Macheng, Hubei, China, located on the Baiguo River, a tributary of the Jushui River. The construction of Mingshan Reservoir officially started on October 1, 1957, and was completed in June 1959. The earth dam under the Reservoir was impermeable with reinforced concrete interlocking pipe columns. The Reservoir was directed and supported by Tao Shuzeng, then director of the Hubei Provincial Water Resources Department. The Central Committee of the Communist Party of China attached great importance to the construction of the dam of the Reservoir, and Premier Zhou Enlai personally inspected the construction site of the reservoir.
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VThe Minidoka Dam is an earthfill dam in the western United States, on the Snake River in south central Idaho. Completed 116 years ago in 1906, the dam is east of Rupert on county highway 400; it is 86 feet (26 m) high and nearly a mile (1.6 km) in length, with a 2,400-foot (730 m) wide overflow spillway section. Minidoka Dam and power plant were listed on the National Register of Historic Places in 1974. Walcott Park, close to the dam, is a popular summertime picnic area. Lake Walcott State Park and the headquarters for the Minidoka National Wildlife Refuge are adjacent to the dam.
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VMiraani Dam (Urdu: \u0645\u06cc\u0631\u0627\u0646\u06cc \u0688\u06cc\u0645). Dasht River south of the Central Makran Range in Kech District in Balochistan province of Pakistan. Its 302,000 acre-feet (373,000,000 m3) reservoir is fed by the Kech River and the Nihing River. Mirani Dam was completed in July 2006 and began impounding the Dasht River in August 2006.
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VThe Misicuni Multiplepurpose Project, better known as the Misicuni Dam, is a concrete-face rock-fill dam constructed on the Misicuni River about 35 km (22 mi) northwest of the city of Cochabamba, Bolivia. The dam will divert water from the Misicuni River to the Cochabamba Valley for several purposes to include providing water for irrigation and municipal water uses. In addition, the dam has an associated 120 MW hydroelectric power station, powered by 3 turbines 40 MW each. Construction on the dam began in June 2009 but was halted in November 2013 due to contract disputes. The company finished the construction and is started the operations in September 2017.
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VThe Misicuni Multiplepurpose Project, better known as the Misicuni Dam, is a concrete-face rock-fill dam constructed on the Misicuni River about 35 km (22 mi) northwest of the city of Cochabamba, Bolivia. The dam will divert water from the Misicuni River to the Cochabamba Valley for several purposes to include providing water for irrigation and municipal water uses. In addition, the dam has an associated 120 MW hydroelectric power station, powered by 3 turbines 40 MW each. Construction on the dam began in June 2009 but was halted in November 2013 due to contract disputes. The company finished the construction and is started the operations in September 2017.
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VThe Misicuni Multiplepurpose Project, better known as the Misicuni Dam, is a concrete-face rock-fill dam constructed on the Misicuni River about 35 km (22 mi) northwest of the city of Cochabamba, Bolivia. The dam will divert water from the Misicuni River to the Cochabamba Valley for several purposes to include providing water for irrigation and municipal water uses. In addition, the dam has an associated 120 MW hydroelectric power station, powered by 3 turbines 40 MW each. Construction on the dam began in June 2009 but was halted in November 2013 due to contract disputes. The company finished the construction and is started the operations in September 2017.
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VThe Misicuni Multiplepurpose Project, better known as the Misicuni Dam, is a concrete-face rock-fill dam constructed on the Misicuni River about 35 km (22 mi) northwest of the city of Cochabamba, Bolivia. The dam will divert water from the Misicuni River to the Cochabamba Valley for several purposes to include providing water for irrigation and municipal water uses. In addition, the dam has an associated 120 MW hydroelectric power station, powered by 3 turbines 40 MW each. Construction on the dam began in June 2009 but was halted in November 2013 due to contract disputes. The company finished the construction and is started the operations in September 2017.
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VThe Mitti Dam is a concrete and earthen dam built on the Mitti River in Abdasa Taluka, Kutch District, Gujarat, India. The Mitti River is an intermittent stream and provides a catchment area of 468.78 square kilometres (115,840 acres) for the reservoir. The dam is located near the village of Trambau and was completed in 1983. The dam is 4405 m long, and has 17.40 million cubic metres (MCM) of gross storage, 2.68 MCM of dead storage, and 14.72 MCM of live storage capacity.
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VMiyashita Dam is a gravity dam on the Tadami River 2 km (1 mi) upstream of Mishima in the Fukushima Prefecture of Japan. It was constructed between 1941 and 1946 for the purpose of hydroelectric power generation. It supplies a 94 MW power station with water.
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VMiyashita Dam is a gravity dam on the Tadami River 2 km (1 mi) upstream of Mishima in the Fukushima Prefecture of Japan. It was constructed between 1941 and 1946 for the purpose of hydroelectric power generation. It supplies a 94 MW power station with water.
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VModi Khola Hydroelectric Power Plant (Nepali: \u092e\u094b\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e, Modi Khola Jalbidyut Ayojana) is a run-of-river hydro-electric plant located in Parbat district of Nepal. The flow from Modi River is used to generate 14.8 MW electricity. Annual energy generation capacity is 92.5 GWh. This power plant began operating in 2000 and is owned by the Nepal Electricity Authority (NEA). The plant was constructed in assistance from Economic Development Cooperation Fund (EDCF) (Korea), Government of Nepal and NEA at a cost of US$30 million.
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VMoglicë Hydro Power Plant is a large hydroelectricity plant on the river Devoll situated near the village Moglicë, Albania. The project consists of a large power plant with an installed capacity of 197 MW and an average annual production of 475 GWh. It was built by Devoll Hydropower, an Albanian company owned by Norwegian power company Statkraft. The asphalt-core rock-fill dam is 320 m long, 150 m high and 460 m wide. The dam is anticipated to be the world's highest of its kind upon completion. The reservoir has a surface area of 7.2 km2, and a storage capacity of about 380 million m3. The power plant is part of the Devoll Hydropower Project and construction on it began in June 2013. Main structures of dam were completed in June 2019. Commercial operations were started in June 2020.
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VMoglicë Hydro Power Plant is a large hydroelectricity plant on the river Devoll situated near the village Moglicë, Albania. The project consists of a large power plant with an installed capacity of 197 MW and an average annual production of 475 GWh. It was built by Devoll Hydropower, an Albanian company owned by Norwegian power company Statkraft. The asphalt-core rock-fill dam is 320 m long, 150 m high and 460 m wide. The dam is anticipated to be the world's highest of its kind upon completion. The reservoir has a surface area of 7.2 km2, and a storage capacity of about 380 million m3. The power plant is part of the Devoll Hydropower Project and construction on it began in June 2013. Main structures of dam were completed in June 2019. Commercial operations were started in June 2020.
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VThe Mogobane Dam is a dam on the in Botswana.The dam is used for irrigation and also supports a bird sanctuary.
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VThe Mohamed V Dam is an arch-gravity dam located 35 kilometres (22 mi) south of Zaio on the Moulouya River in Oujda-Angad Province, Morocco. The primary purpose of the dam is supplying water for the irrigation of 70,000 hectares (170,000 acres) downstream. Water is also used for hydroelectric power production and water supply to the city of Nador. The dam is named after Mohammed V of Morocco. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Mohamed V Dam is an arch-gravity dam located 35 kilometres (22 mi) south of Zaio on the Moulouya River in Oujda-Angad Province, Morocco. The primary purpose of the dam is supplying water for the irrigation of 70,000 hectares (170,000 acres) downstream. Water is also used for hydroelectric power production and water supply to the city of Nador. The dam is named after Mohammed V of Morocco. The dam's reservoir and wetlands were designated as a Ramsar site in 2005.
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VThe Molino Dam or Prinza Water Dam is a gravity dam on the Zapote River located on the border between Barangay San Nicolas I, Bacoor, Cavite and Barangay Talon Dos, Las Piñas, Metro Manila, Philippines. It was built by hand in the 19th century to irrigate the surrounding rice field in Las Piñas and Bacoor.
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VMolino Dam
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VUsed as a footbridge connecting Las Piñas and Bacoor, Cavite
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VThe Molino Dam or Prinza Water Dam is a gravity dam on the Zapote River located on the border between Barangay San Nicolas I, Bacoor, Cavite and Barangay Talon Dos, Las Piñas, Metro Manila, Philippines. It was built by hand in the 19th century to irrigate the surrounding rice field in Las Piñas and Bacoor.
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Vhttp://dbpedia.org/resource/South_Africa
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VDomestic and Municipal use
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VMolteno Dam is a small but historic dam, on the lower slopes of Table Mountain in Western Cape, South Africa. Still in service, it was established in 1877 and is now located in the suburb of Oranjezicht, Cape Town.
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VMolun Khola Small Hydropower Station
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VMolun Khola Small Hydropower Station (Nepali: \u092e\u094b\u0932\u0941\u0928 \u0916\u094b\u0932\u093e \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Okhaldhunga District of Nepal. The flow from is used to generate 7 MW electricity. The plant is owned and developed by Molun Hydropower Co. Pvt. Ltd, an IPP of Nepal. The plant started generating electricity from 2074-12-12BS. The generation licence will expire in 2106-06-01 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VFiji
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VThe Monasavu Dam is a rock-fill embankment dam on the about 60 kilometres (37 mi) northwest of Suva in Naitasiri Province, Fiji. It is located just above the Monasavu Falls and is both the tallest and largest dam, which also withholds the largest reservoir in the country. The primary purpose of the dam is to produce hydroelectric power and it supports an 80 megawatts (110,000 hp) power station. To offset fossil fuel imports for power production on the island, the Monasavu-Wailoa Hydroelectric Project was authorized by the Fiji Electricity Authority in 1977 and construction began in May 1978. The dam was complete and power station commissioned in 1983. About US$15 million of the project's total US$234 million cost was supplied by the World Bank, the rest by the host government and loans.
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VFiji
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VThe Monasavu Dam is a rock-fill embankment dam on the about 60 kilometres (37 mi) northwest of Suva in Naitasiri Province, Fiji. It is located just above the Monasavu Falls and is both the tallest and largest dam, which also withholds the largest reservoir in the country. The primary purpose of the dam is to produce hydroelectric power and it supports an 80 megawatts (110,000 hp) power station. To offset fossil fuel imports for power production on the island, the Monasavu-Wailoa Hydroelectric Project was authorized by the Fiji Electricity Authority in 1977 and construction began in May 1978. The dam was complete and power station commissioned in 1983. About US$15 million of the project's total US$234 million cost was supplied by the World Bank, the rest by the host government and loans.
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VMonasavu Dam
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VFiji
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VThe Monasavu Dam is a rock-fill embankment dam on the about 60 kilometres (37 mi) northwest of Suva in Naitasiri Province, Fiji. It is located just above the Monasavu Falls and is both the tallest and largest dam, which also withholds the largest reservoir in the country. The primary purpose of the dam is to produce hydroelectric power and it supports an 80 megawatts (110,000 hp) power station. To offset fossil fuel imports for power production on the island, the Monasavu-Wailoa Hydroelectric Project was authorized by the Fiji Electricity Authority in 1977 and construction began in May 1978. The dam was complete and power station commissioned in 1983. About US$15 million of the project's total US$234 million cost was supplied by the World Bank, the rest by the host government and loans.
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VPOINT(178.05015563965 -17.756652832031)
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VMonción Dam
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Nsg17
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VDominican Republic
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VPower, irrigation
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VO
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V2.89e+06
p103142
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VDominican Republic
p103145
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VThe Monción Dam is an earth-fill embankment dam on the Mao River near Monción in Santiago Rodríguez Province of the Dominican Republic. At 119 m (390 ft) tall, it is the highest dam in the country and the Caribbean. The purpose of the dam is to produce hydroelectric power and supply water for irrigation. The dam's power station is located downstream and contains two 26 MW Francis turbine-generators for an installed capacity of 52 MW. The dam was completed and began filling its reservoir on 22 September 2001. Its power station was commissioned on 27 April 2002.
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VPOINT(-71.119117736816 19.405542373657)
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VMonción Dam
p103158
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NtRp103159
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Nsg11
VDominican Republic
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VEmbankment, earth-fill clay-core
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VPower, irrigation
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VO
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V2.89e+06
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VDominican Republic
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VThe Monción Dam is an earth-fill embankment dam on the Mao River near Monción in Santiago Rodríguez Province of the Dominican Republic. At 119 m (390 ft) tall, it is the highest dam in the country and the Caribbean. The purpose of the dam is to produce hydroelectric power and supply water for irrigation. The dam's power station is located downstream and contains two 26 MW Francis turbine-generators for an installed capacity of 52 MW. The dam was completed and began filling its reservoir on 22 September 2001. Its power station was commissioned on 27 April 2002.
p103184
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VPOINT(-71.119117736816 19.405542373657)
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V\u0413\u0415\u0421 Moncion
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VDominican Republic
p103197
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NtRp103198
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VEmbankment, earth-fill clay-core
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VPower, irrigation
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VDominican Republic
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VThe Monción Dam is an earth-fill embankment dam on the Mao River near Monción in Santiago Rodríguez Province of the Dominican Republic. At 119 m (390 ft) tall, it is the highest dam in the country and the Caribbean. The purpose of the dam is to produce hydroelectric power and supply water for irrigation. The dam's power station is located downstream and contains two 26 MW Francis turbine-generators for an installed capacity of 52 MW. The dam was completed and began filling its reservoir on 22 September 2001. Its power station was commissioned on 27 April 2002.
p103220
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g8
NtRp103221
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VPOINT(-71.119117736816 19.405542373657)
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V\u0413\u0415\u0421 Moncion
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VDominican Republic
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VEmbankment, earth-fill clay-core
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VO
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VDominican Republic
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NtRp103254
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Nsg17
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VThe Monción Dam is an earth-fill embankment dam on the Mao River near Monción in Santiago Rodríguez Province of the Dominican Republic. At 119 m (390 ft) tall, it is the highest dam in the country and the Caribbean. The purpose of the dam is to produce hydroelectric power and supply water for irrigation. The dam's power station is located downstream and contains two 26 MW Francis turbine-generators for an installed capacity of 52 MW. The dam was completed and began filling its reservoir on 22 September 2001. Its power station was commissioned on 27 April 2002.
p103256
sbg6
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NtRp103257
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VPOINT(-71.119117736816 19.405542373657)
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VNew Zealand
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VEarth
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g8
NtRp103279
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g16
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VPower
p103281
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g8
NtRp103282
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g16
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g8
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VOperational
p103287
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VNew Zealand
p103290
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g8
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VThe Monowai Power Station, fed by the Monowai River from Lake Monowai in Southland, New Zealand, was one of the earliest hydroelectric power stations in the country. Originally commissioned in 1925, it was refurbished between 2005 and 2007 and now contains modern turbines and plant, though the original buildings are still in use. Before its refurbishment, the station produced 6.3 megawatts (8,400 hp) and 35\u201340 gigawatt-hours (130\u2013140 TJ) of electricity per year. Generating capacity has now increased to 7.6 MW.
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VPOINT(167.52238464355 -45.811695098877)
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p103300
sbg6
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g8
NtRp103301
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g16
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sbg6
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g8
NtRp103304
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VFrance
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g11
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p103309
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NtRp103310
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Nsg11
VO
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g8
NtRp103312
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Nsg17
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VThe Montézic Power Station (French: Centrale de Montézic) is a pumped-storage power plant near the commune of Montézic in northern Aveyron, France. Its 910 megawatt capacity ranks it second among France's main pumped-storage facilities, and is the only one situated on the . Montézic is a pure pumped-storage plant, which means that its upstream reservoir receives little to no natural inflow of water. The station has a weekly time cycle.
p103314
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g8
NtRp103315
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g16
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VPOINT(2.6430554389954 44.737777709961)
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VCentrale de Montézic
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VFrance
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p103330
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g8
NtRp103331
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g16
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VO
sbNNg6
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g8
NtRp103333
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VThe Montézic Power Station (French: Centrale de Montézic) is a pumped-storage power plant near the commune of Montézic in northern Aveyron, France. Its 910 megawatt capacity ranks it second among France's main pumped-storage facilities, and is the only one situated on the . Montézic is a pure pumped-storage plant, which means that its upstream reservoir receives little to no natural inflow of water. The station has a weekly time cycle.
p103335
sbg6
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g8
NtRp103336
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Nsg11
VPOINT(2.6430554389954 44.737777709961)
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g8
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VKraftwerk Montézic
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g8
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VFrance
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VThe Montézic Power Station (French: Centrale de Montézic) is a pumped-storage power plant near the commune of Montézic in northern Aveyron, France. Its 910 megawatt capacity ranks it second among France's main pumped-storage facilities, and is the only one situated on the . Montézic is a pure pumped-storage plant, which means that its upstream reservoir receives little to no natural inflow of water. The station has a weekly time cycle.
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g8
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VPOINT(2.6430554389954 44.737777709961)
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VMontézic Power Station
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p103372
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VO
sbNNg6
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VThe Montézic Power Station (French: Centrale de Montézic) is a pumped-storage power plant near the commune of Montézic in northern Aveyron, France. Its 910 megawatt capacity ranks it second among France's main pumped-storage facilities, and is the only one situated on the . Montézic is a pure pumped-storage plant, which means that its upstream reservoir receives little to no natural inflow of water. The station has a weekly time cycle.
p103377
sbg6
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g8
NtRp103378
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Nsg11
VPOINT(2.6430554389954 44.737777709961)
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VCentrale de Montézic
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g8
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Nsg11
VO
sbNNg6
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g8
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VThe Montézic Power Station (French: Centrale de Montézic) is a pumped-storage power plant near the commune of Montézic in northern Aveyron, France. Its 910 megawatt capacity ranks it second among France's main pumped-storage facilities, and is the only one situated on the . Montézic is a pure pumped-storage plant, which means that its upstream reservoir receives little to no natural inflow of water. The station has a weekly time cycle.
p103398
sbg6
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g8
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Nsg11
VPOINT(2.6430554389954 44.737777709961)
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g8
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VO
sbNNg6
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VThe Montézic Power Station (French: Centrale de Montézic) is a pumped-storage power plant near the commune of Montézic in northern Aveyron, France. Its 910 megawatt capacity ranks it second among France's main pumped-storage facilities, and is the only one situated on the . Montézic is a pure pumped-storage plant, which means that its upstream reservoir receives little to no natural inflow of water. The station has a weekly time cycle.
p103419
sbg6
(g13
g8
NtRp103420
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g16
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Nsg11
VPOINT(2.6430554389954 44.737777709961)
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VMoogerah Dam
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g8
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VAustralia
p103432
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g8
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VA
sbg6
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g8
NtRp103435
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g27
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VIrrigation
p103443
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Nsg17
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VO
sbNg6
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g8
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Nsg17
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VQueensland
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VThe Moogerah Dam is a mass concrete double curvature arch dam with an un-gated spillway across the Reynolds Creek that is located in the South East region of Queensland, Australia. The main purposes of the dam are for irrigation of the Reynolds Creek and for supply of potable water to Warrill Creek and farmers in the Warrill Valley. The impounded reservoir is called Lake Moogerah. Moogerah is derived from the Aboriginal word Moojirah, meaning "home of the thunderstorm."
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g8
NtRp103452
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Nsg11
VPOINT(152.54888916016 -28.030000686646)
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NtRp103459
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VMoogerah Dam
p103461
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g8
NtRp103462
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Nsg11
VAustralia
p103464
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g8
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VA
sbg6
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g8
NtRp103467
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g16
Nsg17
g27
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V0.219
p103469
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p103472
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g8
NtRp103473
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VPotablewater supply
p103475
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Nsg17
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VO
sbNg6
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g8
NtRp103478
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Nsg17
Nsg11
VQueensland
p103480
sbg6
(g13
g8
NtRp103481
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Nsg17
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VThe Moogerah Dam is a mass concrete double curvature arch dam with an un-gated spillway across the Reynolds Creek that is located in the South East region of Queensland, Australia. The main purposes of the dam are for irrigation of the Reynolds Creek and for supply of potable water to Warrill Creek and farmers in the Warrill Valley. The impounded reservoir is called Lake Moogerah. Moogerah is derived from the Aboriginal word Moojirah, meaning "home of the thunderstorm."
p103483
sbg6
(g13
g8
NtRp103484
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g16
Nsg17
Nsg11
VPOINT(152.54888916016 -28.030000686646)
p103486
sbtp103487
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g8
NtRp103488
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g8
NtRp103491
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Nsg17
Nsg11
VMoore Dam
p103493
sbg6
(g13
g8
NtRp103494
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Nsg17
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VUnited States
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VEmbankment, gravity
p103499
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NtRp103506
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Nsg11
VHydroelectric
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p103514
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g8
NtRp103515
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Nsg17
Nsg11
VVermont#New Hampshire
p103517
sbg6
(g13
g8
NtRp103518
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VMoore Dam is a major hydroelectric dam on the Upper Connecticut River between Grafton County, New Hampshire and Caledonia County, Vermont in the northeastern United States. The dam is located near Littleton, New Hampshire, and forms the 3,490-acre (1,410 ha) Moore Reservoir. The Moore Station is the largest conventional hydroelectric plant in New England, in terms of installed capacity and average power generation. The dam and reservoir also provide flood control, recreational boating and fishing.
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g8
NtRp103521
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VPOINT(-71.874725341797 44.335834503174)
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p103527
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V\u0413\u0415\u0421 Moore
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VUnited States
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VEmbankment, gravity
p103536
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p103539
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VHydroelectric
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VVermont#New Hampshire
p103554
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NtRp103555
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VMoore Dam is a major hydroelectric dam on the Upper Connecticut River between Grafton County, New Hampshire and Caledonia County, Vermont in the northeastern United States. The dam is located near Littleton, New Hampshire, and forms the 3,490-acre (1,410 ha) Moore Reservoir. The Moore Station is the largest conventional hydroelectric plant in New England, in terms of installed capacity and average power generation. The dam and reservoir also provide flood control, recreational boating and fishing.
p103557
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g8
NtRp103558
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VPOINT(-71.874725341797 44.335834503174)
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VPresa de Moragahakanda
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g8
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p103570
sbg6
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VG
sbNNg6
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g8
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p103575
sbNg6
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g8
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Nsg17
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VP
sbg6
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g8
NtRp103578
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p103580
sbg6
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g8
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Nsg17
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VOperational
p103583
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VSri Lanka
p103586
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g8
NtRp103587
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VThe Moragahakanda Dam (Sinhala: \u0db8\u0ddc\u0dbb\u0d9c\u0dc4\u0d9a\u0db1\u0dca\u0daf \u0dc0\u0dca\u200d\u0dba\u0dcf\u0db4\u0dd8\u0dad\u0dd2\u0dba), officially as Kulasinghe Reservoir, is a large gravity dam, and the main component of the larger and more complex Moragahakanda \u2014 Kalu Ganga Project, across the at , in the Matale District of Sri Lanka. Construction began on 25 January 2007 and was completed in 2018. The maiden waters of the dam was released in January 2017.Morgahakanda/Kaluganga project is the last of the Great Mahaveli project A granite Buddha statue built opposite the Moragahakanda reservoir was unveiled on 23 July 2018.
p103589
sbg6
(g13
g8
NtRp103590
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g16
Nsg17
Nsg11
VPOINT(80.769996643066 7.6988887786865)
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sbtp103593
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VThe Moragahakanda Dam (Sinhala: \u0db8\u0ddc\u0dbb\u0d9c\u0dc4\u0d9a\u0db1\u0dca\u0daf \u0dc0\u0dca\u200d\u0dba\u0dcf\u0db4\u0dd8\u0dad\u0dd2\u0dba), officially as Kulasinghe Reservoir, is a large gravity dam, and the main component of the larger and more complex Moragahakanda \u2014 Kalu Ganga Project, across the at , in the Matale District of Sri Lanka. Construction began on 25 January 2007 and was completed in 2018. The maiden waters of the dam was released in January 2017.Morgahakanda/Kaluganga project is the last of the Great Mahaveli project A granite Buddha statue built opposite the Moragahakanda reservoir was unveiled on 23 July 2018.
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VThe Moragolla Dam is a planned hydroelectric dam in Moragolla, Sri Lanka. The dam is to be 35 m (115 ft) high and is planned to create the 1,980,000 m3 (70,000,000 cu ft) Moragolla Reservoir with a maximum supply level at 548 m (1,798 ft) MSL. Upon completion, the Moragolla Power Station would have a gross installed capacity of 30 megawatts from two francis turbines, capable of generating approximately 85 GWh annually.
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VMoran Dam, also called High Moran Dam or Moran Canyon Dam, was a 1950s proposal to dam the Fraser River in the Canadian province of British Columbia (BC). The structure was planned in the wake of devastating floods in a time of rapidly growing power demand, and if built, would have powered the largest hydroelectric facility in North America. After a protracted environmental battle, Moran Dam was defeated in 1972, mainly over concerns of its adverse impact on salmon populations in the Fraser River basin. The shelving of the project also influenced cancellation of other hydro developments along the river, and today the Fraser remains one of the most productive salmon fisheries on the continent.
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VMorris Dam (officially the Samuel B. Morris Dam) is a concrete gravity dam across the San Gabriel River in the U.S. state of California. It impounds Morris Reservoir, directly downstream of San Gabriel Dam.
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VMorris Dam (officially the Samuel B. Morris Dam) is a concrete gravity dam across the San Gabriel River in the U.S. state of California. It impounds Morris Reservoir, directly downstream of San Gabriel Dam.
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VThe Moses-Saunders Power Dam, short for Robert Moses-Robert H. Saunders Power Dam, is a dam on the Saint Lawrence River straddling the border between the United States and Canada. It is located between Massena in New York and Cornwall in Ontario. The dam supplies water to two adjacent hydroelectric power generating stations, the United States' 912 MW St. Lawrence-Franklin D. Roosevelt Power Project and Canada's 1,045 MW R.H. Saunders Generating Station. Constructed between 1954 and 1958 as part of the larger Saint Lawrence Seaway project, the dam created Lake St. Lawrence. Aside from providing significant amounts of renewable power, the dam regulates the St. Lawrence River and affords passage for the navigation of large vessels. Despite the enormous economic advantages to the dam, it requi
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VThe Moses-Saunders Power Dam, short for Robert Moses-Robert H. Saunders Power Dam, is a dam on the Saint Lawrence River straddling the border between the United States and Canada. It is located between Massena in New York and Cornwall in Ontario. The dam supplies water to two adjacent hydroelectric power generating stations, the United States' 912 MW St. Lawrence-Franklin D. Roosevelt Power Project and Canada's 1,045 MW R.H. Saunders Generating Station. Constructed between 1954 and 1958 as part of the larger Saint Lawrence Seaway project, the dam created Lake St. Lawrence. Aside from providing significant amounts of renewable power, the dam regulates the St. Lawrence River and affords passage for the navigation of large vessels. Despite the enormous economic advantages to the dam, it requi
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VThe Moses-Saunders Power Dam, short for Robert Moses-Robert H. Saunders Power Dam, is a dam on the Saint Lawrence River straddling the border between the United States and Canada. It is located between Massena in New York and Cornwall in Ontario. The dam supplies water to two adjacent hydroelectric power generating stations, the United States' 912 MW St. Lawrence-Franklin D. Roosevelt Power Project and Canada's 1,045 MW R.H. Saunders Generating Station. Constructed between 1954 and 1958 as part of the larger Saint Lawrence Seaway project, the dam created Lake St. Lawrence. Aside from providing significant amounts of renewable power, the dam regulates the St. Lawrence River and affords passage for the navigation of large vessels. Despite the enormous economic advantages to the dam, it requi
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Nsg17
g27
sg11
V0.980237
p103938
sbNg6
(g7
g8
NtRp103939
(dp103940
g11
Vhttp://dbpedia.org/resource/Moses-Saunders_Power_Dam__Lake__1
p103941
sbg6
(g13
g8
NtRp103942
(dp103943
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p103944
sbNg6
(g13
g8
NtRp103945
(dp103946
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saint_Lawrence_River
p103947
sbg6
(g13
g8
NtRp103948
(dp103949
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp103950
(dp103951
g16
Nsg17
Nsg11
VNew York
p103952
sbg6
(g13
g8
NtRp103953
(dp103954
g16
Nsg17
Nsg11
VThe Moses-Saunders Power Dam, short for Robert Moses-Robert H. Saunders Power Dam, is a dam on the Saint Lawrence River straddling the border between the United States and Canada. It is located between Massena in New York and Cornwall in Ontario. The dam supplies water to two adjacent hydroelectric power generating stations, the United States' 912 MW St. Lawrence-Franklin D. Roosevelt Power Project and Canada's 1,045 MW R.H. Saunders Generating Station. Constructed between 1954 and 1958 as part of the larger Saint Lawrence Seaway project, the dam created Lake St. Lawrence. Aside from providing significant amounts of renewable power, the dam regulates the St. Lawrence River and affords passage for the navigation of large vessels. Despite the enormous economic advantages to the dam, it requi
p103955
sbg6
(g13
g8
NtRp103956
(dp103957
g16
Nsg17
Nsg11
VPOINT(-74.794998168945 45.00638961792)
p103958
sbtp103959
a(g6
(g7
g8
NtRp103960
(dp103961
g11
Vhttp://dbpedia.org/resource/Mostarsko_Blato_Hydroelectric_Power_Station
p103962
sbg6
(g13
g8
NtRp103963
(dp103964
g16
Nsg17
Nsg11
VMostarsko Blato Hydroelectric Power Station
p103965
sbg6
(g13
g8
NtRp103966
(dp103967
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p103968
sbNg6
(g13
g8
NtRp103969
(dp103970
g16
Nsg17
g27
sg11
V0.23
p103971
sbg6
(g13
g8
NtRp103972
(dp103973
g16
Nsg17
g27
sg11
V598.0
p103974
sbg6
(g7
g8
NtRp103975
(dp103976
g11
Vhttp://dbpedia.org/resource/Mostarsko_Blato_Hydroelectric_Power_Station__Lake__1
p103977
sbg6
(g13
g8
NtRp103978
(dp103979
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federation_of_Bosnia_and_Herzegovina
p103980
sbg6
(g13
g8
NtRp103981
(dp103982
g16
Nsg17
Nsg11
VPower
p103983
sbNg6
(g13
g8
NtRp103984
(dp103985
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp103986
(dp103987
g16
Nsg17
g27
sg11
V1.45e+06
p103988
sbNg6
(g13
g8
NtRp103989
(dp103990
g16
Nsg17
Nsg11
VThe Mostarsko Blato Hydroelectric Power Station is hydroelectric power station on the Li\u0161tica river/Jasenica in Bosnia and Herzegovina, with an installed capacity of 60 MW.
p103991
sbg6
(g13
g8
NtRp103992
(dp103993
g16
Nsg17
Nsg11
VPOINT(17.794263839722 43.298843383789)
p103994
sbtp103995
a(g6
(g7
g8
NtRp103996
(dp103997
g11
Vhttp://dbpedia.org/resource/Mostarsko_Blato_Hydroelectric_Power_Station
p103998
sbg6
(g13
g8
NtRp103999
(dp104000
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u043e\u0441\u0442\u0430\u0440\u0441\u043a\u043e \u0411\u043b\u0430\u0442\u043e
p104001
sbg6
(g13
g8
NtRp104002
(dp104003
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p104004
sbNg6
(g13
g8
NtRp104005
(dp104006
g16
Nsg17
g27
sg11
V0.23
p104007
sbg6
(g13
g8
NtRp104008
(dp104009
g16
Nsg17
g27
sg11
V598.0
p104010
sbg6
(g7
g8
NtRp104011
(dp104012
g11
Vhttp://dbpedia.org/resource/Mostarsko_Blato_Hydroelectric_Power_Station__Lake__1
p104013
sbg6
(g13
g8
NtRp104014
(dp104015
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federation_of_Bosnia_and_Herzegovina
p104016
sbg6
(g13
g8
NtRp104017
(dp104018
g16
Nsg17
Nsg11
VPower
p104019
sbNg6
(g13
g8
NtRp104020
(dp104021
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp104022
(dp104023
g16
Nsg17
g27
sg11
V1.45e+06
p104024
sbNg6
(g13
g8
NtRp104025
(dp104026
g16
Nsg17
Nsg11
VThe Mostarsko Blato Hydroelectric Power Station is hydroelectric power station on the Li\u0161tica river/Jasenica in Bosnia and Herzegovina, with an installed capacity of 60 MW.
p104027
sbg6
(g13
g8
NtRp104028
(dp104029
g16
Nsg17
Nsg11
VPOINT(17.794263839722 43.298843383789)
p104030
sbtp104031
a(g6
(g7
g8
NtRp104032
(dp104033
g11
Vhttp://dbpedia.org/resource/Motha_dam
p104034
sbg6
(g13
g8
NtRp104035
(dp104036
g16
Nsg17
Nsg11
VMotha dam
p104037
sbg6
(g13
g8
NtRp104038
(dp104039
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p104040
sbNNNNg6
(g13
g8
NtRp104041
(dp104042
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p104043
sbg6
(g13
g8
NtRp104044
(dp104045
g16
Nsg17
Nsg11
VOther
p104046
sbNNNg6
(g13
g8
NtRp104047
(dp104048
g16
Nsg17
Nsg11
VSaudi Arabia
p104049
sbg6
(g13
g8
NtRp104050
(dp104051
g16
Nsg17
Nsg11
VThe Motha dam is a dam in Saudi Arabia opened in 1984 and located in Asir region.
p104052
sbg6
(g13
g8
NtRp104053
(dp104054
g16
Nsg17
Nsg11
VPOINT(42.487499237061 19.696388244629)
p104055
sbtp104056
a(g6
(g7
g8
NtRp104057
(dp104058
g11
Vhttp://dbpedia.org/resource/Moto_Shah_Dam
p104059
sbg6
(g13
g8
NtRp104060
(dp104061
g16
Nsg17
Nsg11
VMoto Shah Dam
p104062
sbg6
(g13
g8
NtRp104063
(dp104064
g16
Nsg17
Nsg11
VPakistan
p104065
sbg6
(g13
g8
NtRp104066
(dp104067
g16
Nsg17
Nsg11
VEmbankment, rock-filled
p104068
sbg6
(g13
g8
NtRp104069
(dp104070
g16
Nsg17
g27
sg11
V0.11491
p104071
sbNNNNNg6
(g13
g8
NtRp104072
(dp104073
g16
Nsg17
Nsg11
VUC
p104074
sbNg6
(g13
g8
NtRp104075
(dp104076
g16
Nsg17
Nsg11
VPakistan
p104077
sbg6
(g13
g8
NtRp104078
(dp104079
g16
Nsg17
Nsg11
VMoto Shah Dam is small earth core rock-fill dam operational in Mohmand Agency of FATA, Pakistan. Construction of project started in 2012, and was completed on 30 August 2014 at a cost of PKR 191.60 Million. The dam has a height 101 of feet and length of 377 feet. The dam will irrigate area of 627 acres cultivable lands, with total water storage capacity of around 1140 acres.
p104080
sbg6
(g13
g8
NtRp104081
(dp104082
g16
Nsg17
Nsg11
VPOINT(71.592132568359 34.397262573242)
p104083
sbtp104084
a(g6
(g7
g8
NtRp104085
(dp104086
g11
Vhttp://dbpedia.org/resource/Moto_Shah_Dam
p104087
sbg6
(g13
g8
NtRp104088
(dp104089
g16
Nsg17
Nsg11
VMoto Shah Dam
p104090
sbg6
(g13
g8
NtRp104091
(dp104092
g16
Nsg17
Nsg11
VPakistan
p104093
sbg6
(g13
g8
NtRp104094
(dp104095
g16
Nsg17
Nsg11
VEmbankment, rock-filled
p104096
sbg6
(g13
g8
NtRp104097
(dp104098
g16
Nsg17
g27
sg11
V0.11491
p104099
sbNNNNNg6
(g13
g8
NtRp104100
(dp104101
g16
Nsg17
Nsg11
VUC
p104102
sbNg6
(g13
g8
NtRp104103
(dp104104
g16
Nsg17
Nsg11
VPakistan
p104105
sbg6
(g13
g8
NtRp104106
(dp104107
g16
Nsg17
Nsg11
VMoto Shah Dam is small earth core rock-fill dam operational in Mohmand Agency of FATA, Pakistan. Construction of project started in 2012, and was completed on 30 August 2014 at a cost of PKR 191.60 Million. The dam has a height 101 of feet and length of 377 feet. The dam will irrigate area of 627 acres cultivable lands, with total water storage capacity of around 1140 acres.
p104108
sbg6
(g13
g8
NtRp104109
(dp104110
g16
Nsg17
Nsg11
VPOINT(71.592132568359 34.397262573242)
p104111
sbtp104112
a(g6
(g7
g8
NtRp104113
(dp104114
g11
Vhttp://dbpedia.org/resource/Motukawa_Power_Station
p104115
sbg6
(g13
g8
NtRp104116
(dp104117
g16
Nsg17
Nsg11
VMotukawa Power Station
p104118
sbg6
(g13
g8
NtRp104119
(dp104120
g16
Nsg17
Nsg11
VNew Zealand
p104121
sbg6
(g13
g8
NtRp104122
(dp104123
g16
Nsg17
Nsg11
VEarth
p104124
sbNNg6
(g7
g8
NtRp104125
(dp104126
g11
Vhttp://dbpedia.org/resource/Motukawa_Power_Station__Lake__1
p104127
sbg6
(g13
g8
NtRp104128
(dp104129
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Trustpower
p104130
sbg6
(g13
g8
NtRp104131
(dp104132
g16
Nsg17
Nsg11
VPower
p104133
sbNg6
(g13
g8
NtRp104134
(dp104135
g16
Nsg17
Nsg11
VOperational
p104136
sbNg6
(g13
g8
NtRp104137
(dp104138
g16
Nsg17
Nsg11
VNew Zealand
p104139
sbg6
(g13
g8
NtRp104140
(dp104141
g16
Nsg17
Nsg11
VThe Motukawa Power Station is a hydroelectric power facility in Taranaki in New Zealand which makes use of water from the Manganui River and Waitara River catchments. Water is drawn from behind a weir on the Manganui River near Tariki and diverts this water through a race to Lake Ratapiko and then through penstocks to the Motukawa Power Station. The power station discharges into the M\u0101kara Stream, a tributary of the Waitara River.
p104142
sbg6
(g13
g8
NtRp104143
(dp104144
g16
Nsg17
Nsg11
VPOINT(174.3334197998 -39.208862304688)
p104145
sbtp104146
a(g6
(g7
g8
NtRp104147
(dp104148
g11
Vhttp://dbpedia.org/resource/Motukawa_Power_Station
p104149
sbg6
(g13
g8
NtRp104150
(dp104151
g16
Nsg17
Nsg11
VMotukawa Power Station
p104152
sbg6
(g13
g8
NtRp104153
(dp104154
g16
Nsg17
Nsg11
VNew Zealand
p104155
sbg6
(g13
g8
NtRp104156
(dp104157
g16
Nsg17
Nsg11
VEarth
p104158
sbNNg6
(g7
g8
NtRp104159
(dp104160
g11
Vhttp://dbpedia.org/resource/Motukawa_Power_Station__Lake__1
p104161
sbg6
(g13
g8
NtRp104162
(dp104163
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Powerco
p104164
sbg6
(g13
g8
NtRp104165
(dp104166
g16
Nsg17
Nsg11
VPower
p104167
sbNg6
(g13
g8
NtRp104168
(dp104169
g16
Nsg17
Nsg11
VOperational
p104170
sbNg6
(g13
g8
NtRp104171
(dp104172
g16
Nsg17
Nsg11
VNew Zealand
p104173
sbg6
(g13
g8
NtRp104174
(dp104175
g16
Nsg17
Nsg11
VThe Motukawa Power Station is a hydroelectric power facility in Taranaki in New Zealand which makes use of water from the Manganui River and Waitara River catchments. Water is drawn from behind a weir on the Manganui River near Tariki and diverts this water through a race to Lake Ratapiko and then through penstocks to the Motukawa Power Station. The power station discharges into the M\u0101kara Stream, a tributary of the Waitara River.
p104176
sbg6
(g13
g8
NtRp104177
(dp104178
g16
Nsg17
Nsg11
VPOINT(174.3334197998 -39.208862304688)
p104179
sbtp104180
a(g6
(g7
g8
NtRp104181
(dp104182
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam
p104183
sbg6
(g13
g8
NtRp104184
(dp104185
g16
Nsg17
Nsg11
VMoukoukoulou Dam
p104186
sbg6
(g13
g8
NtRp104187
(dp104188
g16
Nsg17
Nsg11
VRepublic of the Congo
p104189
sbNNNg6
(g7
g8
NtRp104190
(dp104191
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam__Lake__1
p104192
sbNg6
(g13
g8
NtRp104193
(dp104194
g16
Nsg17
Nsg11
VHydroelectricity
p104195
sbg6
(g13
g8
NtRp104196
(dp104197
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bouenza_River
p104198
sbNNg6
(g13
g8
NtRp104199
(dp104200
g16
Nsg17
Nsg11
VRepublic of the Congo
p104201
sbg6
(g13
g8
NtRp104202
(dp104203
g16
Nsg17
Nsg11
VThe Moukoukoulou Dam is a hyrdoelectric dam on the Bouenza River, built by Chinese technicians and commissioned in 1979 to supply energy to Pointe-Noire.It is the main source of power to the south of the country.Due to fluctuating water levels and to poor maintenance of the plant and transmission network it often delivers far less than its nominal 74 megawatts.
p104204
sbg6
(g13
g8
NtRp104205
(dp104206
g16
Nsg17
Nsg11
VPOINT(13.765214920044 -3.8986320495605)
p104207
sbtp104208
a(g6
(g7
g8
NtRp104209
(dp104210
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam
p104211
sbg6
(g13
g8
NtRp104212
(dp104213
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Moukoukoulou
p104214
sbg6
(g13
g8
NtRp104215
(dp104216
g16
Nsg17
Nsg11
VRepublic of the Congo
p104217
sbNNNg6
(g7
g8
NtRp104218
(dp104219
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam__Lake__1
p104220
sbNg6
(g13
g8
NtRp104221
(dp104222
g16
Nsg17
Nsg11
VHydroelectricity
p104223
sbg6
(g13
g8
NtRp104224
(dp104225
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bouenza_River
p104226
sbNNg6
(g13
g8
NtRp104227
(dp104228
g16
Nsg17
Nsg11
VRepublic of the Congo
p104229
sbg6
(g13
g8
NtRp104230
(dp104231
g16
Nsg17
Nsg11
VThe Moukoukoulou Dam is a hyrdoelectric dam on the Bouenza River, built by Chinese technicians and commissioned in 1979 to supply energy to Pointe-Noire.It is the main source of power to the south of the country.Due to fluctuating water levels and to poor maintenance of the plant and transmission network it often delivers far less than its nominal 74 megawatts.
p104232
sbg6
(g13
g8
NtRp104233
(dp104234
g16
Nsg17
Nsg11
VPOINT(13.765214920044 -3.8986320495605)
p104235
sbtp104236
a(g6
(g7
g8
NtRp104237
(dp104238
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam
p104239
sbg6
(g13
g8
NtRp104240
(dp104241
g16
Nsg17
Nsg11
VBarrage de Moukoukoulou
p104242
sbg6
(g13
g8
NtRp104243
(dp104244
g16
Nsg17
Nsg11
VRepublic of the Congo
p104245
sbNNNg6
(g7
g8
NtRp104246
(dp104247
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam__Lake__1
p104248
sbNg6
(g13
g8
NtRp104249
(dp104250
g16
Nsg17
Nsg11
VHydroelectricity
p104251
sbg6
(g13
g8
NtRp104252
(dp104253
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bouenza_River
p104254
sbNNg6
(g13
g8
NtRp104255
(dp104256
g16
Nsg17
Nsg11
VRepublic of the Congo
p104257
sbg6
(g13
g8
NtRp104258
(dp104259
g16
Nsg17
Nsg11
VThe Moukoukoulou Dam is a hyrdoelectric dam on the Bouenza River, built by Chinese technicians and commissioned in 1979 to supply energy to Pointe-Noire.It is the main source of power to the south of the country.Due to fluctuating water levels and to poor maintenance of the plant and transmission network it often delivers far less than its nominal 74 megawatts.
p104260
sbg6
(g13
g8
NtRp104261
(dp104262
g16
Nsg17
Nsg11
VPOINT(13.765214920044 -3.8986320495605)
p104263
sbtp104264
a(g6
(g7
g8
NtRp104265
(dp104266
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam
p104267
sbg6
(g13
g8
NtRp104268
(dp104269
g16
Nsg17
Nsg11
VMoukoukoulou kraftverk
p104270
sbg6
(g13
g8
NtRp104271
(dp104272
g16
Nsg17
Nsg11
VRepublic of the Congo
p104273
sbNNNg6
(g7
g8
NtRp104274
(dp104275
g11
Vhttp://dbpedia.org/resource/Moukoukoulou_Dam__Lake__1
p104276
sbNg6
(g13
g8
NtRp104277
(dp104278
g16
Nsg17
Nsg11
VHydroelectricity
p104279
sbg6
(g13
g8
NtRp104280
(dp104281
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bouenza_River
p104282
sbNNg6
(g13
g8
NtRp104283
(dp104284
g16
Nsg17
Nsg11
VRepublic of the Congo
p104285
sbg6
(g13
g8
NtRp104286
(dp104287
g16
Nsg17
Nsg11
VThe Moukoukoulou Dam is a hyrdoelectric dam on the Bouenza River, built by Chinese technicians and commissioned in 1979 to supply energy to Pointe-Noire.It is the main source of power to the south of the country.Due to fluctuating water levels and to poor maintenance of the plant and transmission network it often delivers far less than its nominal 74 megawatts.
p104288
sbg6
(g13
g8
NtRp104289
(dp104290
g16
Nsg17
Nsg11
VPOINT(13.765214920044 -3.8986320495605)
p104291
sbtp104292
a(g6
(g7
g8
NtRp104293
(dp104294
g11
Vhttp://dbpedia.org/resource/Mount_Crosby_Weir
p104295
sbg6
(g13
g8
NtRp104296
(dp104297
g16
Nsg17
Nsg11
VMount Crosby Weir
p104298
sbg6
(g13
g8
NtRp104299
(dp104300
g16
Nsg17
Nsg11
VAustralia
p104301
sbg6
(g13
g8
NtRp104302
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g16
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VThe Mount Crosby Weir is a heritage-listed weir on the Brisbane River at Mount Crosby and Chuwar, both in City of Brisbane, Queensland, Australia. The project was instigated by John Petrie at the end of the 19th century. The town of Brisbane was expanding and seeking more reliable sources of drinking water than Enoggera Dam and Gold Creek Dam could provide. In conjunction with the Mount Crosby Pumping Station, it was listed on the Queensland Heritage Register on 25 October 2019.
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Nsg17
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sbg6
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g8
NtRp104353
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Nsg17
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VThe Mount Morris Dam is a concrete dam on the Genesee River. It is located south of Rochester, New York in the towns of Leicester and Mount Morris in Livingston County, New York, next to Letchworth State Park.
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VMpanga Hydroelectric Power Station
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Nsg17
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NtRp104374
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Nsg17
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p104376
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g8
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Nsg17
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VMpanga Power Station is an 18 megawatts (24,000 hp) mini hydroelectric power project located across River Mpanga, in Kitagwenda County, Kitagwenda District, in Western Uganda.
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g8
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VMpatamanga Hydroelectric Power Station
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NtRp104393
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Nsg17
Nsg11
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NtRp104400
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Nsg17
Nsg11
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p104402
sbg6
(g13
g8
NtRp104403
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Nsg17
Nsg11
VMpatamanga Hydroelectric Power Station, also Mpatamanga Power Station, is a planned 350 megawatts (470,000 hp) hydroelectric power project to be constructed in Malawi.
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g8
NtRp104406
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Nsg17
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VPOINT(34.726387023926 -15.719721794128)
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Nsg17
Nsg11
VMphanda Nkuwa Dam
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g8
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p104418
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Nsg17
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p104430
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VMphanda Nkuwa Dam is a proposed hydroelectric dam on the Zambezi River in Mozambique. The dam would be located about 60 kilometres (37 mi) downstream of the existing Cahora Bassa Dam near the city of Tete. Its power station would have a capacity of 1,500 megawatts. In 2015, the Mozambique government announced it would start construction of the dam. The construction was contracted to Camargo Corrêa of Brazil, INSITEC of Mozambique, and Electricidade de Moçambique. In 2020, Mozambique President Filipe Nyusi wished construction of the dam started before 2024.
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p104452
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Nsg17
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VMontenegro
p104470
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g8
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VThe Mratinje Dam (Serbian: \u0411\u0440\u0430\u043d\u0430 \u041c\u0440\u0430\u0442\u0438\u045a\u0435, romanized: Brana Mratinje) is a concrete arch dam in the canyon of the Piva River in Montenegro. The dam was completed in 1975 with designs by Energoprojekt. Its construction resulted in the flooding of the Piva canyon and the creation of Lake Piva, which, with its 12.5 km², is the second largest lake in Montenegro. The hydroelectric power station at Mratinje is capable of producing 860 gigawatt-hours per annum. It has three turbines and generators, each with a generation capacity of 120 MW.
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g8
NtRp104474
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g8
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Nsg17
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g27
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VThe Mratinje Dam (Serbian: \u0411\u0440\u0430\u043d\u0430 \u041c\u0440\u0430\u0442\u0438\u045a\u0435, romanized: Brana Mratinje) is a concrete arch dam in the canyon of the Piva River in Montenegro. The dam was completed in 1975 with designs by Energoprojekt. Its construction resulted in the flooding of the Piva canyon and the creation of Lake Piva, which, with its 12.5 km², is the second largest lake in Montenegro. The hydroelectric power station at Mratinje is capable of producing 860 gigawatt-hours per annum. It has three turbines and generators, each with a generation capacity of 120 MW.
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p104520
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p104532
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VThe Mratinje Dam (Serbian: \u0411\u0440\u0430\u043d\u0430 \u041c\u0440\u0430\u0442\u0438\u045a\u0435, romanized: Brana Mratinje) is a concrete arch dam in the canyon of the Piva River in Montenegro. The dam was completed in 1975 with designs by Energoprojekt. Its construction resulted in the flooding of the Piva canyon and the creation of Lake Piva, which, with its 12.5 km², is the second largest lake in Montenegro. The hydroelectric power station at Mratinje is capable of producing 860 gigawatt-hours per annum. It has three turbines and generators, each with a generation capacity of 120 MW.
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p104572
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VPOINT(18.841667175293 43.272220611572)
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p104643
sbg6
(g13
g8
NtRp104644
(dp104645
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Montenegro
p104646
sbg6
(g13
g8
NtRp104647
(dp104648
g16
Nsg17
Nsg11
VArch, double-curvature
p104649
sbg6
(g13
g8
NtRp104650
(dp104651
g16
Nsg17
g27
sg11
V0.268
p104652
sbNg6
(g7
g8
NtRp104653
(dp104654
g11
Vhttp://dbpedia.org/resource/Mratinje_Dam__Lake__1
p104655
sbg6
(g13
g8
NtRp104656
(dp104657
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektroprivreda_Crne_Gore
p104658
sbNg6
(g13
g8
NtRp104659
(dp104660
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Piva_River
p104661
sbg6
(g13
g8
NtRp104662
(dp104663
g16
Nsg17
Nsg11
VIn use
p104664
sbg6
(g13
g8
NtRp104665
(dp104666
g16
Nsg17
g27
sg11
V732940.0
p104667
sbg6
(g13
g8
NtRp104668
(dp104669
g16
Nsg17
Nsg11
VMontenegro
p104670
sbg6
(g13
g8
NtRp104671
(dp104672
g16
Nsg17
Nsg11
VThe Mratinje Dam (Serbian: \u0411\u0440\u0430\u043d\u0430 \u041c\u0440\u0430\u0442\u0438\u045a\u0435, romanized: Brana Mratinje) is a concrete arch dam in the canyon of the Piva River in Montenegro. The dam was completed in 1975 with designs by Energoprojekt. Its construction resulted in the flooding of the Piva canyon and the creation of Lake Piva, which, with its 12.5 km², is the second largest lake in Montenegro. The hydroelectric power station at Mratinje is capable of producing 860 gigawatt-hours per annum. It has three turbines and generators, each with a generation capacity of 120 MW.
p104673
sbg6
(g13
g8
NtRp104674
(dp104675
g16
Nsg17
Nsg11
VPOINT(18.841667175293 43.272220611572)
p104676
sbtp104677
a(g6
(g7
g8
NtRp104678
(dp104679
g11
Vhttp://dbpedia.org/resource/Mratinje_Dam
p104680
sbg6
(g13
g8
NtRp104681
(dp104682
g16
Nsg17
Nsg11
VMratinjedammen
p104683
sbg6
(g13
g8
NtRp104684
(dp104685
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Montenegro
p104686
sbg6
(g13
g8
NtRp104687
(dp104688
g16
Nsg17
Nsg11
VArch, double-curvature
p104689
sbg6
(g13
g8
NtRp104690
(dp104691
g16
Nsg17
g27
sg11
V0.268
p104692
sbNg6
(g7
g8
NtRp104693
(dp104694
g11
Vhttp://dbpedia.org/resource/Mratinje_Dam__Lake__1
p104695
sbg6
(g13
g8
NtRp104696
(dp104697
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektroprivreda_Crne_Gore
p104698
sbNg6
(g13
g8
NtRp104699
(dp104700
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Piva_River
p104701
sbg6
(g13
g8
NtRp104702
(dp104703
g16
Nsg17
Nsg11
VIn use
p104704
sbg6
(g13
g8
NtRp104705
(dp104706
g16
Nsg17
g27
sg11
V732940.0
p104707
sbg6
(g13
g8
NtRp104708
(dp104709
g16
Nsg17
Nsg11
VMontenegro
p104710
sbg6
(g13
g8
NtRp104711
(dp104712
g16
Nsg17
Nsg11
VThe Mratinje Dam (Serbian: \u0411\u0440\u0430\u043d\u0430 \u041c\u0440\u0430\u0442\u0438\u045a\u0435, romanized: Brana Mratinje) is a concrete arch dam in the canyon of the Piva River in Montenegro. The dam was completed in 1975 with designs by Energoprojekt. Its construction resulted in the flooding of the Piva canyon and the creation of Lake Piva, which, with its 12.5 km², is the second largest lake in Montenegro. The hydroelectric power station at Mratinje is capable of producing 860 gigawatt-hours per annum. It has three turbines and generators, each with a generation capacity of 120 MW.
p104713
sbg6
(g13
g8
NtRp104714
(dp104715
g16
Nsg17
Nsg11
VPOINT(18.841667175293 43.272220611572)
p104716
sbtp104717
a(g6
(g7
g8
NtRp104718
(dp104719
g11
Vhttp://dbpedia.org/resource/Mratinje_Dam
p104720
sbg6
(g13
g8
NtRp104721
(dp104722
g16
Nsg17
Nsg11
VMratinje Dam
p104723
sbg6
(g13
g8
NtRp104724
(dp104725
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Montenegro
p104726
sbg6
(g13
g8
NtRp104727
(dp104728
g16
Nsg17
Nsg11
VArch, double-curvature
p104729
sbg6
(g13
g8
NtRp104730
(dp104731
g16
Nsg17
g27
sg11
V0.268
p104732
sbNg6
(g7
g8
NtRp104733
(dp104734
g11
Vhttp://dbpedia.org/resource/Mratinje_Dam__Lake__1
p104735
sbg6
(g13
g8
NtRp104736
(dp104737
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektroprivreda_Crne_Gore
p104738
sbNg6
(g13
g8
NtRp104739
(dp104740
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Piva_River
p104741
sbg6
(g13
g8
NtRp104742
(dp104743
g16
Nsg17
Nsg11
VIn use
p104744
sbg6
(g13
g8
NtRp104745
(dp104746
g16
Nsg17
g27
sg11
V732940.0
p104747
sbg6
(g13
g8
NtRp104748
(dp104749
g16
Nsg17
Nsg11
VMontenegro
p104750
sbg6
(g13
g8
NtRp104751
(dp104752
g16
Nsg17
Nsg11
VThe Mratinje Dam (Serbian: \u0411\u0440\u0430\u043d\u0430 \u041c\u0440\u0430\u0442\u0438\u045a\u0435, romanized: Brana Mratinje) is a concrete arch dam in the canyon of the Piva River in Montenegro. The dam was completed in 1975 with designs by Energoprojekt. Its construction resulted in the flooding of the Piva canyon and the creation of Lake Piva, which, with its 12.5 km², is the second largest lake in Montenegro. The hydroelectric power station at Mratinje is capable of producing 860 gigawatt-hours per annum. It has three turbines and generators, each with a generation capacity of 120 MW.
p104753
sbg6
(g13
g8
NtRp104754
(dp104755
g16
Nsg17
Nsg11
VPOINT(18.841667175293 43.272220611572)
p104756
sbtp104757
a(g6
(g7
g8
NtRp104758
(dp104759
g11
Vhttp://dbpedia.org/resource/Mtera_Dam
p104760
sbg6
(g13
g8
NtRp104761
(dp104762
g16
Nsg17
Nsg11
VMtera Dam
p104763
sbg6
(g13
g8
NtRp104764
(dp104765
g16
Nsg17
Nsg11
VTanzania
p104766
sbg6
(g13
g8
NtRp104767
(dp104768
g16
Nsg17
Nsg11
VRock-fill dam
p104769
sbNg6
(g13
g8
NtRp104770
(dp104771
g16
Nsg17
g27
sg11
V701.5
p104772
sbg6
(g7
g8
NtRp104773
(dp104774
g11
Vhttp://dbpedia.org/resource/Mtera_Dam__Lake__1
p104775
sbg6
(g13
g8
NtRp104776
(dp104777
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p104778
sbg6
(g13
g8
NtRp104779
(dp104780
g16
Nsg17
Nsg11
VFlood control and power
p104781
sbg6
(g13
g8
NtRp104782
(dp104783
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p104784
sbg6
(g13
g8
NtRp104785
(dp104786
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp104787
(dp104788
g16
Nsg17
Nsg11
VTanzania#Africa#World
p104789
sbg6
(g13
g8
NtRp104790
(dp104791
g16
Nsg17
Nsg11
VMtera Dam is a hydroelectric dam in Tanzania. The dam is located midway between Iringa and Dodoma on the border between the Iringa Region and the Dodoma Region. The travel time from Dodoma is about two hours on a tarmac road.
p104792
sbg6
(g13
g8
NtRp104793
(dp104794
g16
Nsg17
Nsg11
VPOINT(35.986831665039 -7.136194229126)
p104795
sbtp104796
a(g6
(g7
g8
NtRp104797
(dp104798
g11
Vhttp://dbpedia.org/resource/Mtera_Dam
p104799
sbg6
(g13
g8
NtRp104800
(dp104801
g16
Nsg17
Nsg11
VEmbalse de Mtera
p104802
sbg6
(g13
g8
NtRp104803
(dp104804
g16
Nsg17
Nsg11
VTanzania
p104805
sbg6
(g13
g8
NtRp104806
(dp104807
g16
Nsg17
Nsg11
VRock-fill dam
p104808
sbNg6
(g13
g8
NtRp104809
(dp104810
g16
Nsg17
g27
sg11
V701.5
p104811
sbg6
(g7
g8
NtRp104812
(dp104813
g11
Vhttp://dbpedia.org/resource/Mtera_Dam__Lake__1
p104814
sbg6
(g13
g8
NtRp104815
(dp104816
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p104817
sbg6
(g13
g8
NtRp104818
(dp104819
g16
Nsg17
Nsg11
VFlood control and power
p104820
sbg6
(g13
g8
NtRp104821
(dp104822
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p104823
sbg6
(g13
g8
NtRp104824
(dp104825
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp104826
(dp104827
g16
Nsg17
Nsg11
VTanzania#Africa#World
p104828
sbg6
(g13
g8
NtRp104829
(dp104830
g16
Nsg17
Nsg11
VMtera Dam is a hydroelectric dam in Tanzania. The dam is located midway between Iringa and Dodoma on the border between the Iringa Region and the Dodoma Region. The travel time from Dodoma is about two hours on a tarmac road.
p104831
sbg6
(g13
g8
NtRp104832
(dp104833
g16
Nsg17
Nsg11
VPOINT(35.986831665039 -7.136194229126)
p104834
sbtp104835
a(g6
(g7
g8
NtRp104836
(dp104837
g11
Vhttp://dbpedia.org/resource/Mtera_Dam
p104838
sbg6
(g13
g8
NtRp104839
(dp104840
g16
Nsg17
Nsg11
V\u041c\u0442\u0435\u0440\u0430
p104841
sbg6
(g13
g8
NtRp104842
(dp104843
g16
Nsg17
Nsg11
VTanzania
p104844
sbg6
(g13
g8
NtRp104845
(dp104846
g16
Nsg17
Nsg11
VRock-fill dam
p104847
sbNg6
(g13
g8
NtRp104848
(dp104849
g16
Nsg17
g27
sg11
V701.5
p104850
sbg6
(g7
g8
NtRp104851
(dp104852
g11
Vhttp://dbpedia.org/resource/Mtera_Dam__Lake__1
p104853
sbg6
(g13
g8
NtRp104854
(dp104855
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p104856
sbg6
(g13
g8
NtRp104857
(dp104858
g16
Nsg17
Nsg11
VFlood control and power
p104859
sbg6
(g13
g8
NtRp104860
(dp104861
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p104862
sbg6
(g13
g8
NtRp104863
(dp104864
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp104865
(dp104866
g16
Nsg17
Nsg11
VTanzania#Africa#World
p104867
sbg6
(g13
g8
NtRp104868
(dp104869
g16
Nsg17
Nsg11
VMtera Dam is a hydroelectric dam in Tanzania. The dam is located midway between Iringa and Dodoma on the border between the Iringa Region and the Dodoma Region. The travel time from Dodoma is about two hours on a tarmac road.
p104870
sbg6
(g13
g8
NtRp104871
(dp104872
g16
Nsg17
Nsg11
VPOINT(35.986831665039 -7.136194229126)
p104873
sbtp104874
a(g6
(g7
g8
NtRp104875
(dp104876
g11
Vhttp://dbpedia.org/resource/Mtera_Dam
p104877
sbg6
(g13
g8
NtRp104878
(dp104879
g16
Nsg17
Nsg11
VMtera-Stausee
p104880
sbg6
(g13
g8
NtRp104881
(dp104882
g16
Nsg17
Nsg11
VTanzania
p104883
sbg6
(g13
g8
NtRp104884
(dp104885
g16
Nsg17
Nsg11
VRock-fill dam
p104886
sbNg6
(g13
g8
NtRp104887
(dp104888
g16
Nsg17
g27
sg11
V701.5
p104889
sbg6
(g7
g8
NtRp104890
(dp104891
g11
Vhttp://dbpedia.org/resource/Mtera_Dam__Lake__1
p104892
sbg6
(g13
g8
NtRp104893
(dp104894
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p104895
sbg6
(g13
g8
NtRp104896
(dp104897
g16
Nsg17
Nsg11
VFlood control and power
p104898
sbg6
(g13
g8
NtRp104899
(dp104900
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p104901
sbg6
(g13
g8
NtRp104902
(dp104903
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp104904
(dp104905
g16
Nsg17
Nsg11
VTanzania#Africa#World
p104906
sbg6
(g13
g8
NtRp104907
(dp104908
g16
Nsg17
Nsg11
VMtera Dam is a hydroelectric dam in Tanzania. The dam is located midway between Iringa and Dodoma on the border between the Iringa Region and the Dodoma Region. The travel time from Dodoma is about two hours on a tarmac road.
p104909
sbg6
(g13
g8
NtRp104910
(dp104911
g16
Nsg17
Nsg11
VPOINT(35.986831665039 -7.136194229126)
p104912
sbtp104913
a(g6
(g7
g8
NtRp104914
(dp104915
g11
Vhttp://dbpedia.org/resource/Mtera_Dam
p104916
sbg6
(g13
g8
NtRp104917
(dp104918
g16
Nsg17
Nsg11
VLac Mtera
p104919
sbg6
(g13
g8
NtRp104920
(dp104921
g16
Nsg17
Nsg11
VTanzania
p104922
sbg6
(g13
g8
NtRp104923
(dp104924
g16
Nsg17
Nsg11
VRock-fill dam
p104925
sbNg6
(g13
g8
NtRp104926
(dp104927
g16
Nsg17
g27
sg11
V701.5
p104928
sbg6
(g7
g8
NtRp104929
(dp104930
g11
Vhttp://dbpedia.org/resource/Mtera_Dam__Lake__1
p104931
sbg6
(g13
g8
NtRp104932
(dp104933
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TANESCO
p104934
sbg6
(g13
g8
NtRp104935
(dp104936
g16
Nsg17
Nsg11
VFlood control and power
p104937
sbg6
(g13
g8
NtRp104938
(dp104939
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Great_Ruaha_River
p104940
sbg6
(g13
g8
NtRp104941
(dp104942
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp104943
(dp104944
g16
Nsg17
Nsg11
VTanzania#Africa#World
p104945
sbg6
(g13
g8
NtRp104946
(dp104947
g16
Nsg17
Nsg11
VMtera Dam is a hydroelectric dam in Tanzania. The dam is located midway between Iringa and Dodoma on the border between the Iringa Region and the Dodoma Region. The travel time from Dodoma is about two hours on a tarmac road.
p104948
sbg6
(g13
g8
NtRp104949
(dp104950
g16
Nsg17
Nsg11
VPOINT(35.986831665039 -7.136194229126)
p104951
sbtp104952
a(g6
(g7
g8
NtRp104953
(dp104954
g11
Vhttp://dbpedia.org/resource/Mthatha_Dam
p104955
sbg6
(g13
g8
NtRp104956
(dp104957
g16
Nsg17
Nsg11
VMthatha Dam
p104958
sbg6
(g13
g8
NtRp104959
(dp104960
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p104961
sbg6
(g13
g8
NtRp104962
(dp104963
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp104964
(dp104965
g16
Nsg17
g27
sg11
V0.62
p104966
sbNg6
(g7
g8
NtRp104967
(dp104968
g11
Vhttp://dbpedia.org/resource/Mthatha_Dam__Lake__1
p104969
sbg6
(g13
g8
NtRp104970
(dp104971
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p104972
sbg6
(g13
g8
NtRp104973
(dp104974
g16
Nsg17
Nsg11
VIndustrial and domestic
p104975
sbg6
(g13
g8
NtRp104976
(dp104977
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mthatha_River
p104978
sbNNNg6
(g13
g8
NtRp104979
(dp104980
g16
Nsg17
Nsg11
VMthatha Dam is an earth-fill type dam located on the Mthatha River, near Mthatha, Eastern Cape, South Africa. It was established in 1977 and serves mainly for municipal and industrial purposes. Its hazard potential has been ranked high (3).
p104981
sbg6
(g13
g8
NtRp104982
(dp104983
g16
Nsg17
Nsg11
VPOINT(28.739999771118 -31.550556182861)
p104984
sbtp104985
a(g6
(g7
g8
NtRp104986
(dp104987
g11
Vhttp://dbpedia.org/resource/Mubuku_III_Hydroelectric_Power_Station
p104988
sbg6
(g13
g8
NtRp104989
(dp104990
g16
Nsg17
Nsg11
VMubuku III Hydroelectric Power Station
p104991
sbg6
(g13
g8
NtRp104992
(dp104993
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p104994
sbNNNg6
(g7
g8
NtRp104995
(dp104996
g11
Vhttp://dbpedia.org/resource/Mubuku_III_Hydroelectric_Power_Station__Lake__1
p104997
sbNNNg6
(g13
g8
NtRp104998
(dp104999
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp105000
(dp105001
g16
Nsg17
Nsg11
VUganda
p105002
sbg6
(g13
g8
NtRp105003
(dp105004
g16
Nsg17
Nsg11
VMubuku III Power Station is a 10 megawatts (13,000 hp) mini-hydroelectric power station in Uganda.
p105005
sbg6
(g13
g8
NtRp105006
(dp105007
g16
Nsg17
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VPOINT(30.149444580078 0.26027777791023)
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VMubuku I Hydroelectric Power Station
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p105024
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp105027
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Nsg17
Nsg11
VUganda
p105029
sbg6
(g13
g8
NtRp105030
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Nsg17
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VMubuku I Power Station is a 5 megawatts (6,700 hp) mini-hydroelectric power station in Uganda.
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g8
NtRp105033
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VPOINT(30.10000038147 0.31861111521721)
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p105039
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g8
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VMuddy Run Pumped Storage Facility
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VMuddy Run Pumped Storage Facility was built by the Philadelphia Electric Company and is a pumped-storage hydroelectric generation facility in Drumore Township, Pennsylvania, United States. When completed in 1968, Muddy Run was the largest pumped-storage facility in the world. The facility is operated by the , a subsidiary of Constellation Energy. Ernest Spey was the superintendent of Conowingo Hydroelectric Dam and the new Muddy Run facility until 1989.
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g8
NtRp105054
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VPOINT(-76.291465759277 39.847023010254)
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p105060
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g8
NtRp105061
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Nsg17
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V\u0413\u0410\u0415\u0421 \u041c\u0430\u0434\u0434\u0456-\u0420\u0430\u043d
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sbg6
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g8
NtRp105064
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NtRp105070
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VMuddy Run Pumped Storage Facility was built by the Philadelphia Electric Company and is a pumped-storage hydroelectric generation facility in Drumore Township, Pennsylvania, United States. When completed in 1968, Muddy Run was the largest pumped-storage facility in the world. The facility is operated by the , a subsidiary of Constellation Energy. Ernest Spey was the superintendent of Conowingo Hydroelectric Dam and the new Muddy Run facility until 1989.
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g8
NtRp105075
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g16
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VPOINT(-76.291465759277 39.847023010254)
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p105081
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g8
NtRp105082
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Nsg17
Nsg11
VSadd al Mawjib
p105084
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g8
NtRp105085
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Nsg17
Nsg11
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p105087
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g8
NtRp105088
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Nsg17
Nsg11
VRolled concrete/clay-corerockfill
p105090
sbg6
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g8
NtRp105091
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Nsg17
g27
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V0.764
p105093
sbg6
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g8
NtRp105094
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g16
Nsg17
g27
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V200.0
p105096
sbg6
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g8
NtRp105097
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p105099
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g8
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p105102
sbg6
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g8
NtRp105103
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Nsg17
Nsg11
VIrrigation and domestic
p105105
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g8
NtRp105106
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp105108
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Nsg17
g27
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V660590.0
p105110
sbg6
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g8
NtRp105111
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g16
Nsg17
Nsg11
VJordan
p105113
sbg6
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g8
NtRp105114
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g16
Nsg17
Nsg11
VMujib Dam (Arabic: \u0633\u062f \u0627\u0644\u0645\u0648\u062c\u0628) is located in Wadi Mujib, between the cities of Madaba and Kerak, in the Madaba Governorate of Jordan. It is a rolled concrete dam with abutments of clay-core rockfill completed in 2004, after six years of construction. Highway 35, part of the historic King's Highway, crosses the crest. The water it impounds is combined with desalinated water piped from brackish wells along the Dead Sea to the west in a reservoir holding 35 million m3 (1 billion US gallons) which primarily supplies Amman, 100 kilometres (62 mi) to the north helping to ease a very stressed national water supply.
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sbg6
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g8
NtRp105117
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g16
Nsg17
Nsg11
VPOINT(35.818054199219 31.444723129272)
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sbtp105120
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g8
NtRp105121
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Vhttp://dbpedia.org/resource/Mujib_Dam
p105123
sbg6
(g13
g8
NtRp105124
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g16
Nsg17
Nsg11
VMujib-Talsperre
p105126
sbg6
(g13
g8
NtRp105127
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g16
Nsg17
Nsg11
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p105129
sbg6
(g13
g8
NtRp105130
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g16
Nsg17
Nsg11
VRolled concrete/clay-corerockfill
p105132
sbg6
(g13
g8
NtRp105133
(dp105134
g16
Nsg17
g27
sg11
V0.764
p105135
sbg6
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g8
NtRp105136
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g16
Nsg17
g27
sg11
V200.0
p105138
sbg6
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g8
NtRp105139
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p105141
sbg6
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g8
NtRp105142
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g16
Nsg17
Nsg11
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p105144
sbg6
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g8
NtRp105145
(dp105146
g16
Nsg17
Nsg11
VIrrigation and domestic
p105147
sbNg6
(g13
g8
NtRp105148
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp105150
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g16
Nsg17
g27
sg11
V660590.0
p105152
sbg6
(g13
g8
NtRp105153
(dp105154
g16
Nsg17
Nsg11
VJordan
p105155
sbg6
(g13
g8
NtRp105156
(dp105157
g16
Nsg17
Nsg11
VMujib Dam (Arabic: \u0633\u062f \u0627\u0644\u0645\u0648\u062c\u0628) is located in Wadi Mujib, between the cities of Madaba and Kerak, in the Madaba Governorate of Jordan. It is a rolled concrete dam with abutments of clay-core rockfill completed in 2004, after six years of construction. Highway 35, part of the historic King's Highway, crosses the crest. The water it impounds is combined with desalinated water piped from brackish wells along the Dead Sea to the west in a reservoir holding 35 million m3 (1 billion US gallons) which primarily supplies Amman, 100 kilometres (62 mi) to the north helping to ease a very stressed national water supply.
p105158
sbg6
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g8
NtRp105159
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g16
Nsg17
Nsg11
VPOINT(35.818054199219 31.444723129272)
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sbtp105162
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g8
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p105165
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g8
NtRp105166
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Nsg17
Nsg11
VMujib Dam
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g8
NtRp105169
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Nsg17
Nsg11
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p105171
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g8
NtRp105172
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Nsg17
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VRolled concrete/clay-corerockfill
p105174
sbg6
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g8
NtRp105175
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g16
Nsg17
g27
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V0.764
p105177
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g8
NtRp105178
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g16
Nsg17
g27
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V200.0
p105180
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g8
NtRp105181
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g11
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g8
NtRp105184
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g16
Nsg17
Nsg11
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p105186
sbg6
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g8
NtRp105187
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Nsg17
Nsg11
VIrrigation and domestic
p105189
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g8
NtRp105190
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp105192
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g16
Nsg17
g27
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V660590.0
p105194
sbg6
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g8
NtRp105195
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g16
Nsg17
Nsg11
VJordan
p105197
sbg6
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g8
NtRp105198
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Nsg17
Nsg11
VMujib Dam (Arabic: \u0633\u062f \u0627\u0644\u0645\u0648\u062c\u0628) is located in Wadi Mujib, between the cities of Madaba and Kerak, in the Madaba Governorate of Jordan. It is a rolled concrete dam with abutments of clay-core rockfill completed in 2004, after six years of construction. Highway 35, part of the historic King's Highway, crosses the crest. The water it impounds is combined with desalinated water piped from brackish wells along the Dead Sea to the west in a reservoir holding 35 million m3 (1 billion US gallons) which primarily supplies Amman, 100 kilometres (62 mi) to the north helping to ease a very stressed national water supply.
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g8
NtRp105201
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VPOINT(35.818054199219 31.444723129272)
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Nsg17
g27
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V0.764
p105219
sbg6
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g8
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g16
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g27
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V200.0
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g8
NtRp105226
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g16
Nsg17
Nsg11
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p105228
sbg6
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g8
NtRp105229
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g16
Nsg17
Nsg11
VIrrigation and domestic
p105231
sbNg6
(g13
g8
NtRp105232
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp105234
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g16
Nsg17
g27
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V660590.0
p105236
sbg6
(g13
g8
NtRp105237
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g16
Nsg17
Nsg11
VJordan
p105239
sbg6
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g8
NtRp105240
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Nsg17
Nsg11
VMujib Dam (Arabic: \u0633\u062f \u0627\u0644\u0645\u0648\u062c\u0628) is located in Wadi Mujib, between the cities of Madaba and Kerak, in the Madaba Governorate of Jordan. It is a rolled concrete dam with abutments of clay-core rockfill completed in 2004, after six years of construction. Highway 35, part of the historic King's Highway, crosses the crest. The water it impounds is combined with desalinated water piped from brackish wells along the Dead Sea to the west in a reservoir holding 35 million m3 (1 billion US gallons) which primarily supplies Amman, 100 kilometres (62 mi) to the north helping to ease a very stressed national water supply.
p105242
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g8
NtRp105243
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Nsg17
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VPOINT(35.818054199219 31.444723129272)
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g8
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p105249
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g8
NtRp105250
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Nsg17
Nsg11
VBarrage de Wadi Al-Mujib
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g8
NtRp105253
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Nsg17
Nsg11
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p105255
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g8
NtRp105256
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Nsg17
Nsg11
VRolled concrete/clay-corerockfill
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sbg6
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g8
NtRp105259
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g16
Nsg17
g27
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V0.764
p105261
sbg6
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g8
NtRp105262
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Nsg17
g27
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V200.0
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g8
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p105267
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g8
NtRp105268
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jordan_Valley_Authority
p105270
sbg6
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g8
NtRp105271
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g16
Nsg17
Nsg11
VIrrigation and domestic
p105273
sbNg6
(g13
g8
NtRp105274
(dp105275
g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp105276
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g16
Nsg17
g27
sg11
V660590.0
p105278
sbg6
(g13
g8
NtRp105279
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g16
Nsg17
Nsg11
VJordan
p105281
sbg6
(g13
g8
NtRp105282
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g16
Nsg17
Nsg11
VMujib Dam (Arabic: \u0633\u062f \u0627\u0644\u0645\u0648\u062c\u0628) is located in Wadi Mujib, between the cities of Madaba and Kerak, in the Madaba Governorate of Jordan. It is a rolled concrete dam with abutments of clay-core rockfill completed in 2004, after six years of construction. Highway 35, part of the historic King's Highway, crosses the crest. The water it impounds is combined with desalinated water piped from brackish wells along the Dead Sea to the west in a reservoir holding 35 million m3 (1 billion US gallons) which primarily supplies Amman, 100 kilometres (62 mi) to the north helping to ease a very stressed national water supply.
p105284
sbg6
(g13
g8
NtRp105285
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g16
Nsg17
Nsg11
VPOINT(35.818054199219 31.444723129272)
p105287
sbtp105288
a(g6
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g8
NtRp105289
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Vhttp://dbpedia.org/resource/Mukkadal_Dam
p105291
sbg6
(g13
g8
NtRp105292
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g16
Nsg17
Nsg11
VMukkadal Dam
p105294
sbg6
(g13
g8
NtRp105295
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g16
Nsg17
Nsg11
VIndia
p105297
sbNNNNNNNNNNg6
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g8
NtRp105298
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g16
Nsg17
Nsg11
VMukkadal dam is built across the located in the state of Tamil Nadu. It is located near Thuvarankadu Village in Kanyakumari District. The district capital and nearby town Nagercoil is located 10 km (6.2 mi) from the dam. It was built in 1945 by Sree Chithira Thirunal Balarama Varma, the King of Travancore. The dam is a natural earthen dam constructed using clay and granite stones. The dam and reservoir are surrounded is set on the backdrop of forest surrounded by hills on three sides. There is a park located adjacent to the dam.
p105300
sbNtp105301
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g8
NtRp105302
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g11
Vhttp://dbpedia.org/resource/Mukurumudzi_Dam
p105304
sbg6
(g13
g8
NtRp105305
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g16
Nsg17
Nsg11
VMukurumudzi Dam
p105307
sbg6
(g13
g8
NtRp105308
(dp105309
g16
Nsg17
Nsg11
VKenya
p105310
sbg6
(g13
g8
NtRp105311
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g16
Nsg17
Nsg11
VHomogeneous earthfill dam
p105313
sbg6
(g13
g8
NtRp105314
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g16
Nsg17
g27
sg11
V0.347
p105316
sbNNNg6
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g8
NtRp105317
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g16
Nsg17
Nsg11
VPrimary water source for the Kwale Mineral Sands Project
p105319
sbNNNNg6
(g13
g8
NtRp105320
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g16
Nsg17
Nsg11
VThe Mukurumudzi Dam is the primary water source for the Kwale Mineral Sands Project which mines titanium and zircon minerals from the dunes in the area south of Mombasa, Kenya. The Kwale Project is operated by the Australian mining company, , and is located 10 kilometres inland from the Kenyan coast and 50 kilometres south of Mombasa, Kenya's principal port facility.
p105322
sbg6
(g13
g8
NtRp105323
(dp105324
g16
Nsg17
Nsg11
VPOINT(39.450000762939 -4.3843998908997)
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a(g6
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g8
NtRp105327
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Vhttp://dbpedia.org/resource/Mullaperiyar_Dam
p105329
sbg6
(g13
g8
NtRp105330
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g16
Nsg17
Nsg11
VBarrage de Mullaperiyar
p105332
sbg6
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g8
NtRp105333
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p105335
sbg6
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g8
NtRp105336
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g16
Nsg17
Nsg11
VGravity
p105338
sbg6
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g8
NtRp105339
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g16
Nsg17
g27
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V0.36585
p105341
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g8
NtRp105342
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g11
Vhttp://dbpedia.org/resource/Mullaperiyar_Dam__Lake__1
p105344
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g8
NtRp105345
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Periyar_(river)
p105347
sbg6
(g13
g8
NtRp105348
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp105350
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g16
Nsg17
Nsg11
VIndia#India Kerala
p105352
sbg6
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g8
NtRp105353
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VMullaperiyar Dam IPA: [mul\u02d0\u0250p\u02d0e\u027eij\u0250\u02d0r], is a masonry gravity dam on the Periyar River in the Indian state of Kerala It is located 881 m (2,890 ft) above the sea level, on the Cardamom Hills of the Western Ghats in Thekkady, Idukki District of Kerala, India. It was constructed between 1887 and 1895 by John Pennycuick and also reached in an agreement to divert water eastwards to the Madras Presidency area (present-day Tamil Nadu). It has a height of 53.6 m (176 ft) from the foundation, and a length of 365.7 m (1,200 ft). The Periyar National Park in Thekkady is located around the dam's reservoir. The dam is built at the confluence of Mullayar and Periyar rivers. The dam is located in Kerala on the river Periyar, but is operated and maintained by the neighbouring state of Tamil Nadu. Although
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VMullaperiyar Dam IPA: [mul\u02d0\u0250p\u02d0e\u027eij\u0250\u02d0r], is a masonry gravity dam on the Periyar River in the Indian state of Kerala It is located 881 m (2,890 ft) above the sea level, on the Cardamom Hills of the Western Ghats in Thekkady, Idukki District of Kerala, India. It was constructed between 1887 and 1895 by John Pennycuick and also reached in an agreement to divert water eastwards to the Madras Presidency area (present-day Tamil Nadu). It has a height of 53.6 m (176 ft) from the foundation, and a length of 365.7 m (1,200 ft). The Periyar National Park in Thekkady is located around the dam's reservoir. The dam is built at the confluence of Mullayar and Periyar rivers. The dam is located in Kerala on the river Periyar, but is operated and maintained by the neighbouring state of Tamil Nadu. Although
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VSaudi Arabia
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VThe Murayfeg dam is a dam in Saudi Arabia opened in 1985 and located in Tayif city in Makkah region.
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VThe Murray Region Hydroelectric Power Stations refers to two of the original seven hydroelectric power stations, both located near the town of Khancoban in the Snowy Mountains region of New South Wales, Australia. The two power stations are part of the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. Although both power stations are physically located in New South Wales, since 1 July 2008 all power generated has been allocated to the Victorian region of the National Electricity Market. The stations are not located on the Murray River.
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VAustralia
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V19500.0
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Nsg17
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VNew South Wales
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Nsg17
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VMurray Two Dam or Murray 2 Dam is a major ungated concrete arch dam with a controlled spillway across Khancoban Bank, a diverted flow of the Snowy and Geehi rivers in the Snowy Mountains region of New South Wales, Australia. The impounded reservoir is called the Murray Two Pondage or Murray 2 Pondage.
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VPOINT(148.18333435059 -36.233333587646)
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Nsg11
VMurrum Silli Dam
p105482
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Nsg17
Nsg11
VIndia
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NtRp105486
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VEmbankment, earth-fill
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V1.619e+06
p105502
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VIndia Chhattisgarh
p105505
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VThe Murrum Silli Dam or Babu Chhotelal Shrivastav Dam, also spelled Madam Silli and Mordem Silli, is an earth-fill embankment dam on the , a tributary of the Mahanadi in central eastern India. It was built under the supervision of British Raj governor Madam Silli for whom it was originally named. It is located in Dhamtari District of Chhattisgarh. Built between 1914 and 1923, it is the first dam in Asia to have siphon spillways. Madamsilli is about 95 km from Raipur. It is one of the most prominent architectural marvels in Chhattisgarh. Its primary purpose is irrigation.
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VMurum-Talsperre
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VMalaysia
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NtRp105536
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VMalaysia
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Nsg17
Nsg11
VThe Murum Dam is a gravity dam on the in Sarawak, Malaysia. Construction began in 2008. The dam's reservoir began to fill in July 2013 and the first generator was commissioned in December 2014. The fourth and final turbine began operations on 8 June 2015. Concerns have been raised about the displacement of the Dayak people and the removal of rainforest due to the construction of the dam.
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VBendungan Murum
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VMalaysia
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VThe Murum Dam is a gravity dam on the in Sarawak, Malaysia. Construction began in 2008. The dam's reservoir began to fill in July 2013 and the first generator was commissioned in December 2014. The fourth and final turbine began operations on 8 June 2015. Concerns have been raised about the displacement of the Dayak people and the removal of rainforest due to the construction of the dam.
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VBarrage de Murum
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VMalaysia
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p105593
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p105596
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VThe Murum Dam is a gravity dam on the in Sarawak, Malaysia. Construction began in 2008. The dam's reservoir began to fill in July 2013 and the first generator was commissioned in December 2014. The fourth and final turbine began operations on 8 June 2015. Concerns have been raised about the displacement of the Dayak people and the removal of rainforest due to the construction of the dam.
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VMalaysia
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VThe Murum Dam is a gravity dam on the in Sarawak, Malaysia. Construction began in 2008. The dam's reservoir began to fill in July 2013 and the first generator was commissioned in December 2014. The fourth and final turbine began operations on 8 June 2015. Concerns have been raised about the displacement of the Dayak people and the removal of rainforest due to the construction of the dam.
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V\u0413\u0415\u0421 \u041c\u0443\u0440\u0443\u043c
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Nsg11
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Nsg17
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VO
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Nsg17
Nsg11
VMalaysia
p105670
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VThe Murum Dam is a gravity dam on the in Sarawak, Malaysia. Construction began in 2008. The dam's reservoir began to fill in July 2013 and the first generator was commissioned in December 2014. The fourth and final turbine began operations on 8 June 2015. Concerns have been raised about the displacement of the Dayak people and the removal of rainforest due to the construction of the dam.
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NtRp105674
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VPOINT(114.36583709717 2.646666765213)
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VMurunj Dam
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Vhttp://dbpedia.org/resource/Pakistan
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VEarth fillandRock-fill dam
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Nsg17
Nsg11
VP
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NtRp105692
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Nsg17
Nsg11
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p105694
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NtRp105695
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Nsg17
Nsg11
VP
sbNNg6
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NtRp105697
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Nsg17
Nsg11
VMurunj Dam (\u0645\u0631\u0646\u062c \u0688\u06cc\u0645) is a proposed dam located in Rajanpur District, Punjab, Pakistan.
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VMusatepe Dam
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g8
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Nsg17
Nsg11
VTurkey
p105709
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g8
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Nsg17
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VGravity,roller-compacted concrete
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NtRp105713
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Nsg17
g27
sg11
V0.165
p105715
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g8
NtRp105716
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Nsg17
g27
sg11
V1115.0
p105718
sbg6
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g8
NtRp105719
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p105721
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Nsg11
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NtRp105725
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VWater supply, military
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Nsg11
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g8
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Nsg11
VUC
p105733
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NtRp105734
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g16
Nsg17
g27
sg11
V60400.0
p105736
sbg6
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g8
NtRp105737
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VTurkey
p105739
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g8
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VThe Musatepe Dam is a gravity dam under construction on the (a tributary of the Hezil River) in Uludere district of \u015e\u0131rnak Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, Ozerka Insaat began construction on the dam in 2008 and a completion date has not been announced. Construction works were estimated 52% complete in July 2015. Musatepe Dam was still under construction as of March 2019.
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VPOINT(42.905925750732 37.382751464844)
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VMutange Dam
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zimbabwe
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Nsg11
VEarth-filled embankment dam
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Vhttp://dbpedia.org/resource/Ministry_of_Water_Resources_and_Development_(Zimbabwe)
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NtRp105762
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VWater supply/Irrigation
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Nsg17
Nsg11
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g8
NtRp105768
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Nsg11
VZimbabwe
p105770
sbg6
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Nsg17
Nsg11
VMutange Dam, across Mutange River, is a manmade earth fill embarkment dam located in Chisina Village, 30 km east of Gokwe and 35 km northwest of Empress Mine, in the Midlands Province of Zimbabwe. Mutange Dam is 42 km by road from Gokwe and 49 km from Empress, 117 km from Kadoma and 146 km from Kwekwe via Empress (147 km via Zhombe Joel). It is owned and operated by the Ministry of Water Resources and Development.
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VPOINT(29.234443664551 -18.207221984863)
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VMutange Dam
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Nsg17
Nsg11
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p105786
sbg6
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NtRp105787
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Nsg17
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VEarth-filled embankment dam
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NtRp105790
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Nsg17
Nsg11
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p105792
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NtRp105793
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VWater supply/Irrigation
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Vhttp://dbpedia.org/resource/Mutange_River
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VZimbabwe
p105801
sbg6
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NtRp105802
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Nsg17
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VMutange Dam, across Mutange River, is a manmade earth fill embarkment dam located in Chisina Village, 30 km east of Gokwe and 35 km northwest of Empress Mine, in the Midlands Province of Zimbabwe. Mutange Dam is 42 km by road from Gokwe and 49 km from Empress, 117 km from Kadoma and 146 km from Kwekwe via Empress (147 km via Zhombe Joel). It is owned and operated by the Ministry of Water Resources and Development.
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VPOINT(29.234443664551 -18.207221984863)
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VMutwanga Hydroelectric Power Station
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NtRp105823
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VDemocratic Republic of the Congo
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VMutwanga Hydroelectric Power Station, also referred to as Mutwanga Hydropower Station, is a 9.4-megawatt (12,600 hp) hydroelectric power station in the Democratic Republic of the Congo.
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VPOINT(29.760000228882 0.34000000357628)
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VMuzizi Hydroelectric Power Station
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VP
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NtRp105850
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VUganda
p105852
sbg6
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NtRp105853
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VThe Muzizi Power Station is a proposed 45 megawatts (60,000 hp) hydroelectric power project in Uganda. The project, which has been planned for several years, has received a funding commitment from KfW and the French Development Agency.
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VPOINT(30.545000076294 0.96499997377396)
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Vhttp://dbpedia.org/resource/Mår_Hydroelectric_Power_Station
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NtRp105863
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VWasserkraftwerk Mår
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Nsg17
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VNorway
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VThe Mår Power Station is a hydroelectric power station located in Tinn, Vestfold og Telemark, Norway. It operates at an installed capacity of 180 MW, with an average annual production of about 1,145 GW·h.
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Vhttp://dbpedia.org/resource/Mår_Hydroelectric_Power_Station
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NtRp105882
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Nsg17
Nsg11
V\u0413\u0415\u0421 Mår
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NtRp105885
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Nsg17
Nsg11
VNorway
p105887
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NtRp105888
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VThe Mår Power Station is a hydroelectric power station located in Tinn, Vestfold og Telemark, Norway. It operates at an installed capacity of 180 MW, with an average annual production of about 1,145 GW·h.
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VPOINT(8.6766662597656 59.88444519043)
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VMår Hydroelectric Power Station
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Nsg17
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VNorway
p105906
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VThe Mår Power Station is a hydroelectric power station located in Tinn, Vestfold og Telemark, Norway. It operates at an installed capacity of 180 MW, with an average annual production of about 1,145 GW·h.
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VBarrage Mékinac
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VCanada
p105925
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g8
NtRp105926
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Nsg17
g27
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V0.122
p105928
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g8
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Vhttp://dbpedia.org/resource/Mékinac_Dam__Lake__1
p105931
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g8
NtRp105932
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Nsg11
VRegulation
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Vhttp://dbpedia.org/resource/Mékinac_River
p105937
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NtRp105938
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VO
sbNg6
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NtRp105940
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VQuebec
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VThe Mékinac Dam was built between 2010-2011 on the Mékinac River, creating Mékinac Lake in the municipality of Trois-Rives, in the Mékinac Regional County Municipality (RCM) in administrative region of Mauricie, in the province of Quebec, in Canada. This dam that was designed by Hydro-Quebec, has a length of 122 m., a height of 6.8 m., a retention height of 4.2 m. and a maximum discharge capacity of 232 m³/s.
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VMékinac Dam
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VCanada
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VRegulation
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Vhttp://dbpedia.org/resource/Mékinac_River
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VO
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VQuebec
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VThe Mékinac Dam was built between 2010-2011 on the Mékinac River, creating Mékinac Lake in the municipality of Trois-Rives, in the Mékinac Regional County Municipality (RCM) in administrative region of Mauricie, in the province of Quebec, in Canada. This dam that was designed by Hydro-Quebec, has a length of 122 m., a height of 6.8 m., a retention height of 4.2 m. and a maximum discharge capacity of 232 m³/s.
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Vhttp://dbpedia.org/resource/M\u0103ri\u0219elu_Hydroelectric_Power_Station
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VM\u0103ri\u0219elu Hydroelectric Power Station
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VM\u0103ri\u015felu Hydro Power Plant is a large power plant on the Some\u015ful Cald river situated in Romania. The project was started and finished in the 1980s and it was made up by the construction of a rockfill dam 92 metres (302 ft) high which was equipped with three hydrounits, the hydropower plant having an installed capacity of 221 MW. The power plant generates 560 GWh of electricity per year.
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VNa Hang Dam
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Vhttp://dbpedia.org/resource/Vietnam
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VRock-fill
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VO
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VVietnam
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VThe Na Hang Dam (also known as Tuyên Quang Dam) is a hydroelectric dam on the Gâm River near Pác T\u1ea1 Mountain in Tuyên Quang Province, Vietnam. Construction began on December 22, 2002, and the first unit was commissioned in March 2008 followed by the two other units by end of 2008. The power plant has a capacity of 342 MW (the second largest in the north), and has an energy generating potential of 1,200 GWh per year. The project's estimated approved cost was US$490 million. The project, as built, has a 92 metres (302 ft) rock fill dam and 718 metres (2,356 ft) long (crest length), called the Na Hang Dam. It has a gross storage capacity of 2.3 billion cubic metres (1,900,000 acre\u22c5ft) (including 1 billion cubic metres (810,000 acre\u22c5ft) of flood storage) on the Gâm River.
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VNacimiento Dam
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VUnited States
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VEarthfill
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V0.496824
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V251.46
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VIrrigation, flood control
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nacimiento_River
p106058
sbNNg6
(g13
g8
NtRp106059
(dp106060
g16
Nsg17
Nsg11
VCalifornia
p106061
sbg6
(g13
g8
NtRp106062
(dp106063
g16
Nsg17
Nsg11
VNacimiento Dam is a dam on the Nacimiento River about 10 miles (16 km) northwest of Paso Robles, California in the United States. The primary purpose of the dam is to provide groundwater recharge for agriculture in Monterey County and northern San Luis Obispo County supported by the Salinas Valley aquifer, as well as flood control, domestic water supply, and hydropower. It forms Lake Nacimiento, popular for boating, fishing and camping, and known locally as the "Dragon Lake" due to its shape.
p106064
sbg6
(g13
g8
NtRp106065
(dp106066
g16
Nsg17
Nsg11
VPOINT(-120.88500213623 35.758609771729)
p106067
sbtp106068
a(g6
(g7
g8
NtRp106069
(dp106070
g11
Vhttp://dbpedia.org/resource/Nadarivatu_Dam
p106071
sbg6
(g13
g8
NtRp106072
(dp106073
g16
Nsg17
Nsg11
VBarrage de Nadarivatu
p106074
sbg6
(g13
g8
NtRp106075
(dp106076
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Fiji
p106077
sbg6
(g13
g8
NtRp106078
(dp106079
g16
Nsg17
Nsg11
VGravity
p106080
sbg6
(g13
g8
NtRp106081
(dp106082
g16
Nsg17
g27
sg11
V0.075
p106083
sbNg6
(g7
g8
NtRp106084
(dp106085
g11
Vhttp://dbpedia.org/resource/Nadarivatu_Dam__Lake__1
p106086
sbNg6
(g13
g8
NtRp106087
(dp106088
g16
Nsg17
Nsg11
VPower
p106089
sbg6
(g13
g8
NtRp106090
(dp106091
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sigatoka_River
p106092
sbg6
(g13
g8
NtRp106093
(dp106094
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp106095
(dp106096
g16
Nsg17
g27
sg11
V36000.0
p106097
sbg6
(g13
g8
NtRp106098
(dp106099
g16
Nsg17
Nsg11
VFiji
p106100
sbg6
(g13
g8
NtRp106101
(dp106102
g16
Nsg17
Nsg11
VThe Nadarivatu Dam, also known as the Korolevu Dam, is a concrete gravity dam on the upper reaches of the Sigatoka River in Nadarivatu District of Nadroga-Navosa Province, Fiji. The primary purpose of the dam is to generate hydroelectric power in a 41.7 megawatts (55,900 hp) run-of-the-river scheme. The Nadarivatu Hydropower Scheme was first identified in 1977 during a hydropower study. Details plans for the project were developed in 2002 and major construction began in 2009. The power station was commissioned on 7 September 2012 but an inauguration ceremony led by Prime Minister Frank Bainimarama was held a week later on 14 September. Funding and loans for the project was provided by several organizations to include the China Development Bank (US$70 Million), Fiji Electricity Authority bo
p106103
sbg6
(g13
g8
NtRp106104
(dp106105
g16
Nsg17
Nsg11
VPOINT(177.94142150879 -17.667406082153)
p106106
sbtp106107
a(g6
(g7
g8
NtRp106108
(dp106109
g11
Vhttp://dbpedia.org/resource/Nadarivatu_Dam
p106110
sbg6
(g13
g8
NtRp106111
(dp106112
g16
Nsg17
Nsg11
VNadarivatu Dam
p106113
sbg6
(g13
g8
NtRp106114
(dp106115
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Fiji
p106116
sbg6
(g13
g8
NtRp106117
(dp106118
g16
Nsg17
Nsg11
VGravity
p106119
sbg6
(g13
g8
NtRp106120
(dp106121
g16
Nsg17
g27
sg11
V0.075
p106122
sbNg6
(g7
g8
NtRp106123
(dp106124
g11
Vhttp://dbpedia.org/resource/Nadarivatu_Dam__Lake__1
p106125
sbNg6
(g13
g8
NtRp106126
(dp106127
g16
Nsg17
Nsg11
VPower
p106128
sbg6
(g13
g8
NtRp106129
(dp106130
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sigatoka_River
p106131
sbg6
(g13
g8
NtRp106132
(dp106133
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp106134
(dp106135
g16
Nsg17
g27
sg11
V36000.0
p106136
sbg6
(g13
g8
NtRp106137
(dp106138
g16
Nsg17
Nsg11
VFiji
p106139
sbg6
(g13
g8
NtRp106140
(dp106141
g16
Nsg17
Nsg11
VThe Nadarivatu Dam, also known as the Korolevu Dam, is a concrete gravity dam on the upper reaches of the Sigatoka River in Nadarivatu District of Nadroga-Navosa Province, Fiji. The primary purpose of the dam is to generate hydroelectric power in a 41.7 megawatts (55,900 hp) run-of-the-river scheme. The Nadarivatu Hydropower Scheme was first identified in 1977 during a hydropower study. Details plans for the project were developed in 2002 and major construction began in 2009. The power station was commissioned on 7 September 2012 but an inauguration ceremony led by Prime Minister Frank Bainimarama was held a week later on 14 September. Funding and loans for the project was provided by several organizations to include the China Development Bank (US$70 Million), Fiji Electricity Authority bo
p106142
sbg6
(g13
g8
NtRp106143
(dp106144
g16
Nsg17
Nsg11
VPOINT(177.94142150879 -17.667406082153)
p106145
sbtp106146
a(g6
(g7
g8
NtRp106147
(dp106148
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam
p106149
sbg6
(g13
g8
NtRp106150
(dp106151
g16
Nsg17
Nsg11
V\u0633\u062f \u0646\u0627\u063a\u0644\u0648
p106152
sbg6
(g13
g8
NtRp106153
(dp106154
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p106155
sbg6
(g13
g8
NtRp106156
(dp106157
g16
Nsg17
Nsg11
VGravity
p106158
sbg6
(g13
g8
NtRp106159
(dp106160
g16
Nsg17
g27
sg11
V0.28
p106161
sbNg6
(g7
g8
NtRp106162
(dp106163
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam__Lake__1
p106164
sbNNg6
(g13
g8
NtRp106165
(dp106166
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p106167
sbg6
(g13
g8
NtRp106168
(dp106169
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106170
(dp106171
g16
Nsg17
Nsg11
VAfghanistan
p106172
sbg6
(g13
g8
NtRp106173
(dp106174
g16
Nsg17
Nsg11
VThe Naghlu Dam (Pashto: \u0646\u063a\u0644\u0648 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a gravity dam on the Kabul River in Surobi District of Kabul Province in Afghanistan. It is located 40 km (25 mi) east of the nation's capital Kabul. The primary purpose of the dam is hydroelectricity production. The dam supports a power station with a design capacity of 100 MW of electricity. It is connected to the national grid of Afghanistan, and is currently the largest power plant in the country. It provides electricity to about 100,000 households in the Kabul region.
p106175
sbg6
(g13
g8
NtRp106176
(dp106177
g16
Nsg17
Nsg11
VPOINT(69.716941833496 34.641109466553)
p106178
sbtp106179
a(g6
(g7
g8
NtRp106180
(dp106181
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam
p106182
sbg6
(g13
g8
NtRp106183
(dp106184
g16
Nsg17
Nsg11
VBendungan Naghlu
p106185
sbg6
(g13
g8
NtRp106186
(dp106187
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p106188
sbg6
(g13
g8
NtRp106189
(dp106190
g16
Nsg17
Nsg11
VGravity
p106191
sbg6
(g13
g8
NtRp106192
(dp106193
g16
Nsg17
g27
sg11
V0.28
p106194
sbNg6
(g7
g8
NtRp106195
(dp106196
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam__Lake__1
p106197
sbNNg6
(g13
g8
NtRp106198
(dp106199
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p106200
sbg6
(g13
g8
NtRp106201
(dp106202
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106203
(dp106204
g16
Nsg17
Nsg11
VAfghanistan
p106205
sbg6
(g13
g8
NtRp106206
(dp106207
g16
Nsg17
Nsg11
VThe Naghlu Dam (Pashto: \u0646\u063a\u0644\u0648 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a gravity dam on the Kabul River in Surobi District of Kabul Province in Afghanistan. It is located 40 km (25 mi) east of the nation's capital Kabul. The primary purpose of the dam is hydroelectricity production. The dam supports a power station with a design capacity of 100 MW of electricity. It is connected to the national grid of Afghanistan, and is currently the largest power plant in the country. It provides electricity to about 100,000 households in the Kabul region.
p106208
sbg6
(g13
g8
NtRp106209
(dp106210
g16
Nsg17
Nsg11
VPOINT(69.716941833496 34.641109466553)
p106211
sbtp106212
a(g6
(g7
g8
NtRp106213
(dp106214
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam
p106215
sbg6
(g13
g8
NtRp106216
(dp106217
g16
Nsg17
Nsg11
VNaghlu Dam
p106218
sbg6
(g13
g8
NtRp106219
(dp106220
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p106221
sbg6
(g13
g8
NtRp106222
(dp106223
g16
Nsg17
Nsg11
VGravity
p106224
sbg6
(g13
g8
NtRp106225
(dp106226
g16
Nsg17
g27
sg11
V0.28
p106227
sbNg6
(g7
g8
NtRp106228
(dp106229
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam__Lake__1
p106230
sbNNg6
(g13
g8
NtRp106231
(dp106232
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p106233
sbg6
(g13
g8
NtRp106234
(dp106235
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106236
(dp106237
g16
Nsg17
Nsg11
VAfghanistan
p106238
sbg6
(g13
g8
NtRp106239
(dp106240
g16
Nsg17
Nsg11
VThe Naghlu Dam (Pashto: \u0646\u063a\u0644\u0648 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a gravity dam on the Kabul River in Surobi District of Kabul Province in Afghanistan. It is located 40 km (25 mi) east of the nation's capital Kabul. The primary purpose of the dam is hydroelectricity production. The dam supports a power station with a design capacity of 100 MW of electricity. It is connected to the national grid of Afghanistan, and is currently the largest power plant in the country. It provides electricity to about 100,000 households in the Kabul region.
p106241
sbg6
(g13
g8
NtRp106242
(dp106243
g16
Nsg17
Nsg11
VPOINT(69.716941833496 34.641109466553)
p106244
sbtp106245
a(g6
(g7
g8
NtRp106246
(dp106247
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam
p106248
sbg6
(g13
g8
NtRp106249
(dp106250
g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u041d\u0430\u0433\u043b\u0443
p106251
sbg6
(g13
g8
NtRp106252
(dp106253
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p106254
sbg6
(g13
g8
NtRp106255
(dp106256
g16
Nsg17
Nsg11
VGravity
p106257
sbg6
(g13
g8
NtRp106258
(dp106259
g16
Nsg17
g27
sg11
V0.28
p106260
sbNg6
(g7
g8
NtRp106261
(dp106262
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam__Lake__1
p106263
sbNNg6
(g13
g8
NtRp106264
(dp106265
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p106266
sbg6
(g13
g8
NtRp106267
(dp106268
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106269
(dp106270
g16
Nsg17
Nsg11
VAfghanistan
p106271
sbg6
(g13
g8
NtRp106272
(dp106273
g16
Nsg17
Nsg11
VThe Naghlu Dam (Pashto: \u0646\u063a\u0644\u0648 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a gravity dam on the Kabul River in Surobi District of Kabul Province in Afghanistan. It is located 40 km (25 mi) east of the nation's capital Kabul. The primary purpose of the dam is hydroelectricity production. The dam supports a power station with a design capacity of 100 MW of electricity. It is connected to the national grid of Afghanistan, and is currently the largest power plant in the country. It provides electricity to about 100,000 households in the Kabul region.
p106274
sbg6
(g13
g8
NtRp106275
(dp106276
g16
Nsg17
Nsg11
VPOINT(69.716941833496 34.641109466553)
p106277
sbtp106278
a(g6
(g7
g8
NtRp106279
(dp106280
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam
p106281
sbg6
(g13
g8
NtRp106282
(dp106283
g16
Nsg17
Nsg11
VNaghludammen
p106284
sbg6
(g13
g8
NtRp106285
(dp106286
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p106287
sbg6
(g13
g8
NtRp106288
(dp106289
g16
Nsg17
Nsg11
VGravity
p106290
sbg6
(g13
g8
NtRp106291
(dp106292
g16
Nsg17
g27
sg11
V0.28
p106293
sbNg6
(g7
g8
NtRp106294
(dp106295
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam__Lake__1
p106296
sbNNg6
(g13
g8
NtRp106297
(dp106298
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p106299
sbg6
(g13
g8
NtRp106300
(dp106301
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106302
(dp106303
g16
Nsg17
Nsg11
VAfghanistan
p106304
sbg6
(g13
g8
NtRp106305
(dp106306
g16
Nsg17
Nsg11
VThe Naghlu Dam (Pashto: \u0646\u063a\u0644\u0648 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a gravity dam on the Kabul River in Surobi District of Kabul Province in Afghanistan. It is located 40 km (25 mi) east of the nation's capital Kabul. The primary purpose of the dam is hydroelectricity production. The dam supports a power station with a design capacity of 100 MW of electricity. It is connected to the national grid of Afghanistan, and is currently the largest power plant in the country. It provides electricity to about 100,000 households in the Kabul region.
p106307
sbg6
(g13
g8
NtRp106308
(dp106309
g16
Nsg17
Nsg11
VPOINT(69.716941833496 34.641109466553)
p106310
sbtp106311
a(g6
(g7
g8
NtRp106312
(dp106313
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam
p106314
sbg6
(g13
g8
NtRp106315
(dp106316
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u0430\u0433\u043b\u0443
p106317
sbg6
(g13
g8
NtRp106318
(dp106319
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Afghanistan
p106320
sbg6
(g13
g8
NtRp106321
(dp106322
g16
Nsg17
Nsg11
VGravity
p106323
sbg6
(g13
g8
NtRp106324
(dp106325
g16
Nsg17
g27
sg11
V0.28
p106326
sbNg6
(g7
g8
NtRp106327
(dp106328
g11
Vhttp://dbpedia.org/resource/Naghlu_Dam__Lake__1
p106329
sbNNg6
(g13
g8
NtRp106330
(dp106331
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kabul_River
p106332
sbg6
(g13
g8
NtRp106333
(dp106334
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106335
(dp106336
g16
Nsg17
Nsg11
VAfghanistan
p106337
sbg6
(g13
g8
NtRp106338
(dp106339
g16
Nsg17
Nsg11
VThe Naghlu Dam (Pashto: \u0646\u063a\u0644\u0648 \u0628\u0631\u06d0\u069a\u0646\u0627\u06a9\u0648\u067c) is a gravity dam on the Kabul River in Surobi District of Kabul Province in Afghanistan. It is located 40 km (25 mi) east of the nation's capital Kabul. The primary purpose of the dam is hydroelectricity production. The dam supports a power station with a design capacity of 100 MW of electricity. It is connected to the national grid of Afghanistan, and is currently the largest power plant in the country. It provides electricity to about 100,000 households in the Kabul region.
p106340
sbg6
(g13
g8
NtRp106341
(dp106342
g16
Nsg17
Nsg11
VPOINT(69.716941833496 34.641109466553)
p106343
sbtp106344
a(g6
(g7
g8
NtRp106345
(dp106346
g11
Vhttp://dbpedia.org/resource/Nahoon_Dam
p106347
sbg6
(g13
g8
NtRp106348
(dp106349
g16
Nsg17
Nsg11
VNahoon Dam
p106350
sbg6
(g13
g8
NtRp106351
(dp106352
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p106353
sbg6
(g13
g8
NtRp106354
(dp106355
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp106356
(dp106357
g16
Nsg17
g27
sg11
V0.582
p106358
sbNg6
(g7
g8
NtRp106359
(dp106360
g11
Vhttp://dbpedia.org/resource/Nahoon_Dam__Lake__1
p106361
sbg6
(g13
g8
NtRp106362
(dp106363
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p106364
sbg6
(g13
g8
NtRp106365
(dp106366
g16
Nsg17
Nsg11
VDomestic and industrial use
p106367
sbg6
(g13
g8
NtRp106368
(dp106369
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nahoon_River
p106370
sbNNNg6
(g13
g8
NtRp106371
(dp106372
g16
Nsg17
Nsg11
VNahoon Dam is a gravity type dam located on the Nahoon River, near East London, Eastern Cape, South Africa. It was established in 1966 and serves primarily for domestic supply and industrial use. The hazard potential of the dam has been ranked high (3).
p106373
sbg6
(g13
g8
NtRp106374
(dp106375
g16
Nsg17
Nsg11
VPOINT(27.811111450195 -32.910831451416)
p106376
sbtp106377
a(g6
(g7
g8
NtRp106378
(dp106379
g11
Vhttp://dbpedia.org/resource/Nairn_Falls_Dam_and_Generating_Plant
p106380
sbg6
(g13
g8
NtRp106381
(dp106382
g16
Nsg17
Nsg11
VNairn Falls Dam and Generating Plant
p106383
sbg6
(g13
g8
NtRp106384
(dp106385
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p106386
sbg6
(g13
g8
NtRp106387
(dp106388
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp106389
(dp106390
g16
Nsg17
g27
sg11
V0.03901
p106391
sbNNg6
(g13
g8
NtRp106392
(dp106393
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vale_Limited
p106394
sbg6
(g13
g8
NtRp106395
(dp106396
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp106397
(dp106398
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spanish_River_(Ontario)
p106399
sbg6
(g13
g8
NtRp106400
(dp106401
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106402
(dp106403
g16
Nsg17
Nsg11
VOntario
p106404
sbg6
(g13
g8
NtRp106405
(dp106406
g16
Nsg17
Nsg11
VThe Nairn Falls Dam and Generating Plant (or Huronian Power Plant) is a hydroelectric dam and power plant located on the Spanish River to the northeast of the community of Nairn in Nairn and Hyman Township, Ontario, Canada. It is located approximately 50 kilometres west of Sudbury. It is owned and operated by Vale Limited, notable in the area for its mining operations. The power from the plant is primarily supplied to these operations, with excess power sold to Ontario Hydro. The generating plant works in conjunction with High Falls Dams No. 1 and 2, as well as the 'Big Eddy' generating plant, in a cascade system, where excess water power from upstream dams is utilized by the downstream ones.
p106407
sbg6
(g13
g8
NtRp106408
(dp106409
g16
Nsg17
Nsg11
VPOINT(-81.573303222656 46.344398498535)
p106410
sbtp106411
a(g6
(g7
g8
NtRp106412
(dp106413
g11
Vhttp://dbpedia.org/resource/Nairn_Falls_Dam_and_Generating_Plant
p106414
sbg6
(g13
g8
NtRp106415
(dp106416
g16
Nsg17
Nsg11
VNairn Falls Dam and Generating Plant
p106417
sbg6
(g13
g8
NtRp106418
(dp106419
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p106420
sbg6
(g13
g8
NtRp106421
(dp106422
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp106423
(dp106424
g16
Nsg17
g27
sg11
V0.03901
p106425
sbNNg6
(g13
g8
NtRp106426
(dp106427
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vale_Limited
p106428
sbg6
(g13
g8
NtRp106429
(dp106430
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp106431
(dp106432
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spanish_River_(Ontario)
p106433
sbg6
(g13
g8
NtRp106434
(dp106435
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106436
(dp106437
g16
Nsg17
Nsg11
VOntario
p106438
sbg6
(g13
g8
NtRp106439
(dp106440
g16
Nsg17
Nsg11
VThe Nairn Falls Dam and Generating Plant (or Huronian Power Plant) is a hydroelectric dam and power plant located on the Spanish River to the northeast of the community of Nairn in Nairn and Hyman Township, Ontario, Canada. It is located approximately 50 kilometres west of Sudbury. It is owned and operated by Vale Limited, notable in the area for its mining operations. The power from the plant is primarily supplied to these operations, with excess power sold to Ontario Hydro. The generating plant works in conjunction with High Falls Dams No. 1 and 2, as well as the 'Big Eddy' generating plant, in a cascade system, where excess water power from upstream dams is utilized by the downstream ones.
p106441
sbg6
(g13
g8
NtRp106442
(dp106443
g16
Nsg17
Nsg11
VPOINT(-81.573303222656 46.344398498535)
p106444
sbtp106445
a(g6
(g7
g8
NtRp106446
(dp106447
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam
p106448
sbg6
(g13
g8
NtRp106449
(dp106450
g16
Nsg17
Nsg11
VTalsperre Nadschran
p106451
sbg6
(g13
g8
NtRp106452
(dp106453
g16
Nsg17
Nsg11
VSaudi Arabia
p106454
sbg6
(g13
g8
NtRp106455
(dp106456
g16
Nsg17
Nsg11
VArch
p106457
sbg6
(g13
g8
NtRp106458
(dp106459
g16
Nsg17
g27
sg11
V0.14
p106460
sbNg6
(g7
g8
NtRp106461
(dp106462
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam__Lake__1
p106463
sbNg6
(g13
g8
NtRp106464
(dp106465
g16
Nsg17
Nsg11
VWater supply, flood control, groundwater recharge
p106466
sbg6
(g13
g8
NtRp106467
(dp106468
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wadi_Najran
p106469
sbg6
(g13
g8
NtRp106470
(dp106471
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106472
(dp106473
g16
Nsg17
Nsg11
VSaudi Arabia#Middle East#Asia
p106474
sbg6
(g13
g8
NtRp106475
(dp106476
g16
Nsg17
Nsg11
VThe Najran Valley Dam (Arabic: \u0633\u062f\u0651 \u0648\u064e\u0627\u062f\u0650\u064a \u0646\u064e\u062c\u0652\u0631\u064e\u0627\u0646, romanized: Sadd W\u0101d\u012b Najr\u0101n / Sudd W\u0101d\u012b Najr\u0101n) is an arch dam on Wadi Najran about 15 km (9.3 mi) southwest of Najran, in the Najran Province of southwest Saudi Arabia. It has several purpose to include water supply, flood control and groundwater recharge. Its collects run-off and sediment in the wadi and helps release it downstream slowly throughout the year. The dam was completed in 1981, and inaugurated by the Crown Prince of Saudi Arabia Nayef bin Abdulaziz Al Saud in 1982. It is owned by the Ministry of Water and Electricity.
p106477
sbg6
(g13
g8
NtRp106478
(dp106479
g16
Nsg17
Nsg11
VPOINT(44.014003753662 17.408088684082)
p106480
sbtp106481
a(g6
(g7
g8
NtRp106482
(dp106483
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam
p106484
sbg6
(g13
g8
NtRp106485
(dp106486
g16
Nsg17
Nsg11
V\u0633\u062f \u0648\u0627\u062f\u064a \u0646\u062c\u0631\u0627\u0646
p106487
sbg6
(g13
g8
NtRp106488
(dp106489
g16
Nsg17
Nsg11
VSaudi Arabia
p106490
sbg6
(g13
g8
NtRp106491
(dp106492
g16
Nsg17
Nsg11
VArch
p106493
sbg6
(g13
g8
NtRp106494
(dp106495
g16
Nsg17
g27
sg11
V0.14
p106496
sbNg6
(g7
g8
NtRp106497
(dp106498
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam__Lake__1
p106499
sbNg6
(g13
g8
NtRp106500
(dp106501
g16
Nsg17
Nsg11
VWater supply, flood control, groundwater recharge
p106502
sbg6
(g13
g8
NtRp106503
(dp106504
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wadi_Najran
p106505
sbg6
(g13
g8
NtRp106506
(dp106507
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106508
(dp106509
g16
Nsg17
Nsg11
VSaudi Arabia#Middle East#Asia
p106510
sbg6
(g13
g8
NtRp106511
(dp106512
g16
Nsg17
Nsg11
VThe Najran Valley Dam (Arabic: \u0633\u062f\u0651 \u0648\u064e\u0627\u062f\u0650\u064a \u0646\u064e\u062c\u0652\u0631\u064e\u0627\u0646, romanized: Sadd W\u0101d\u012b Najr\u0101n / Sudd W\u0101d\u012b Najr\u0101n) is an arch dam on Wadi Najran about 15 km (9.3 mi) southwest of Najran, in the Najran Province of southwest Saudi Arabia. It has several purpose to include water supply, flood control and groundwater recharge. Its collects run-off and sediment in the wadi and helps release it downstream slowly throughout the year. The dam was completed in 1981, and inaugurated by the Crown Prince of Saudi Arabia Nayef bin Abdulaziz Al Saud in 1982. It is owned by the Ministry of Water and Electricity.
p106513
sbg6
(g13
g8
NtRp106514
(dp106515
g16
Nsg17
Nsg11
VPOINT(44.014003753662 17.408088684082)
p106516
sbtp106517
a(g6
(g7
g8
NtRp106518
(dp106519
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam
p106520
sbg6
(g13
g8
NtRp106521
(dp106522
g16
Nsg17
Nsg11
VNajran Valley Dam
p106523
sbg6
(g13
g8
NtRp106524
(dp106525
g16
Nsg17
Nsg11
VSaudi Arabia
p106526
sbg6
(g13
g8
NtRp106527
(dp106528
g16
Nsg17
Nsg11
VArch
p106529
sbg6
(g13
g8
NtRp106530
(dp106531
g16
Nsg17
g27
sg11
V0.14
p106532
sbNg6
(g7
g8
NtRp106533
(dp106534
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam__Lake__1
p106535
sbNg6
(g13
g8
NtRp106536
(dp106537
g16
Nsg17
Nsg11
VWater supply, flood control, groundwater recharge
p106538
sbg6
(g13
g8
NtRp106539
(dp106540
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wadi_Najran
p106541
sbg6
(g13
g8
NtRp106542
(dp106543
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106544
(dp106545
g16
Nsg17
Nsg11
VSaudi Arabia#Middle East#Asia
p106546
sbg6
(g13
g8
NtRp106547
(dp106548
g16
Nsg17
Nsg11
VThe Najran Valley Dam (Arabic: \u0633\u062f\u0651 \u0648\u064e\u0627\u062f\u0650\u064a \u0646\u064e\u062c\u0652\u0631\u064e\u0627\u0646, romanized: Sadd W\u0101d\u012b Najr\u0101n / Sudd W\u0101d\u012b Najr\u0101n) is an arch dam on Wadi Najran about 15 km (9.3 mi) southwest of Najran, in the Najran Province of southwest Saudi Arabia. It has several purpose to include water supply, flood control and groundwater recharge. Its collects run-off and sediment in the wadi and helps release it downstream slowly throughout the year. The dam was completed in 1981, and inaugurated by the Crown Prince of Saudi Arabia Nayef bin Abdulaziz Al Saud in 1982. It is owned by the Ministry of Water and Electricity.
p106549
sbg6
(g13
g8
NtRp106550
(dp106551
g16
Nsg17
Nsg11
VPOINT(44.014003753662 17.408088684082)
p106552
sbtp106553
a(g6
(g7
g8
NtRp106554
(dp106555
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam
p106556
sbg6
(g13
g8
NtRp106557
(dp106558
g16
Nsg17
Nsg11
VRepresa do vale de Najrã
p106559
sbg6
(g13
g8
NtRp106560
(dp106561
g16
Nsg17
Nsg11
VSaudi Arabia
p106562
sbg6
(g13
g8
NtRp106563
(dp106564
g16
Nsg17
Nsg11
VArch
p106565
sbg6
(g13
g8
NtRp106566
(dp106567
g16
Nsg17
g27
sg11
V0.14
p106568
sbNg6
(g7
g8
NtRp106569
(dp106570
g11
Vhttp://dbpedia.org/resource/Najran_Valley_Dam__Lake__1
p106571
sbNg6
(g13
g8
NtRp106572
(dp106573
g16
Nsg17
Nsg11
VWater supply, flood control, groundwater recharge
p106574
sbg6
(g13
g8
NtRp106575
(dp106576
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wadi_Najran
p106577
sbg6
(g13
g8
NtRp106578
(dp106579
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106580
(dp106581
g16
Nsg17
Nsg11
VSaudi Arabia#Middle East#Asia
p106582
sbg6
(g13
g8
NtRp106583
(dp106584
g16
Nsg17
Nsg11
VThe Najran Valley Dam (Arabic: \u0633\u062f\u0651 \u0648\u064e\u0627\u062f\u0650\u064a \u0646\u064e\u062c\u0652\u0631\u064e\u0627\u0646, romanized: Sadd W\u0101d\u012b Najr\u0101n / Sudd W\u0101d\u012b Najr\u0101n) is an arch dam on Wadi Najran about 15 km (9.3 mi) southwest of Najran, in the Najran Province of southwest Saudi Arabia. It has several purpose to include water supply, flood control and groundwater recharge. Its collects run-off and sediment in the wadi and helps release it downstream slowly throughout the year. The dam was completed in 1981, and inaugurated by the Crown Prince of Saudi Arabia Nayef bin Abdulaziz Al Saud in 1982. It is owned by the Ministry of Water and Electricity.
p106585
sbg6
(g13
g8
NtRp106586
(dp106587
g16
Nsg17
Nsg11
VPOINT(44.014003753662 17.408088684082)
p106588
sbtp106589
a(g6
(g7
g8
NtRp106590
(dp106591
g11
Vhttp://dbpedia.org/resource/Nakhla_Dam
p106592
sbg6
(g13
g8
NtRp106593
(dp106594
g16
Nsg17
Nsg11
VNakhla Dam
p106595
sbg6
(g13
g8
NtRp106596
(dp106597
g16
Nsg17
Nsg11
VMorocco
p106598
sbg6
(g13
g8
NtRp106599
(dp106600
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p106601
sbg6
(g13
g8
NtRp106602
(dp106603
g16
Nsg17
g27
sg11
V0.24
p106604
sbNg6
(g7
g8
NtRp106605
(dp106606
g11
Vhttp://dbpedia.org/resource/Nakhla_Dam__Lake__1
p106607
sbNg6
(g13
g8
NtRp106608
(dp106609
g16
Nsg17
Nsg11
VWater supply, irrigation
p106610
sbNg6
(g13
g8
NtRp106611
(dp106612
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp106613
(dp106614
g16
Nsg17
g27
sg11
V600000.0
p106615
sbg6
(g13
g8
NtRp106616
(dp106617
g16
Nsg17
Nsg11
VMorocco
p106618
sbg6
(g13
g8
NtRp106619
(dp106620
g16
Nsg17
Nsg11
VNakhla Dam is a rock-filled embankment dam in northern Morocco, to the southeast of El Hamma. The primary purpose of the dam is water supply to the city of Tetouan, 20 km (12 mi) to the south. The dam was completed in 1961 but major reinforcement works were carried out in 1968. The P4701 road passes on its western side.
p106621
sbg6
(g13
g8
NtRp106622
(dp106623
g16
Nsg17
Nsg11
VPOINT(-5.5038499832153 35.700382232666)
p106624
sbtp106625
a(g6
(g7
g8
NtRp106626
(dp106627
g11
Vhttp://dbpedia.org/resource/Nallathangal_Dam
p106628
sbg6
(g13
g8
NtRp106629
(dp106630
g16
Nsg17
Nsg11
VNallathangal Dam
p106631
sbg6
(g13
g8
NtRp106632
(dp106633
g16
Nsg17
Nsg11
VIndia
p106634
sbg6
(g13
g8
NtRp106635
(dp106636
g16
Nsg17
Nsg11
VEmbankment
p106637
sbg6
(g13
g8
NtRp106638
(dp106639
g16
Nsg17
g27
sg11
V3.45
p106640
sbNg6
(g7
g8
NtRp106641
(dp106642
g11
Vhttp://dbpedia.org/resource/Nallathangal_Dam__Lake__1
p106643
sbNNNg6
(g13
g8
NtRp106644
(dp106645
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106646
(dp106647
g16
Nsg17
Nsg11
VIndia Tamil Nadu
p106648
sbg6
(g13
g8
NtRp106649
(dp106650
g16
Nsg17
Nsg11
VNallathangal Dam is a dam Near Dharapuram in Tirupur district of Tamil Nadu, south India.
p106651
sbg6
(g13
g8
NtRp106652
(dp106653
g16
Nsg17
Nsg11
VPOINT(77.607498168945 10.7108335495)
p106654
sbtp106655
a(g6
(g7
g8
NtRp106656
(dp106657
g11
Vhttp://dbpedia.org/resource/Nalubaale_Hydroelectric_Power_Station
p106658
sbg6
(g13
g8
NtRp106659
(dp106660
g16
Nsg17
Nsg11
VBarrage des chutes d'Owen
p106661
sbg6
(g13
g8
NtRp106662
(dp106663
g16
Nsg17
Nsg11
VUganda
p106664
sbNNNNNg6
(g13
g8
NtRp106665
(dp106666
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp106667
(dp106668
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/White_Nile
p106669
sbg6
(g13
g8
NtRp106670
(dp106671
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106672
(dp106673
g16
Nsg17
Nsg11
VUganda#Africa#World
p106674
sbg6
(g13
g8
NtRp106675
(dp106676
g16
Nsg17
Nsg11
VNalubaale Power Station, formerly known as Owen Falls Dam, is a hydroelectric power station across the White Nile near its source at Lake Victoria in Uganda. Nalubaale is the Luganda name for Lake Victoria.
p106677
sbg6
(g13
g8
NtRp106678
(dp106679
g16
Nsg17
Nsg11
VPOINT(33.185001373291 0.44361111521721)
p106680
sbtp106681
a(g6
(g7
g8
NtRp106682
(dp106683
g11
Vhttp://dbpedia.org/resource/Nalubaale_Hydroelectric_Power_Station
p106684
sbg6
(g13
g8
NtRp106685
(dp106686
g16
Nsg17
Nsg11
V\u041e\u0443\u044d\u043d-\u0424\u043e\u043b\u0441 (\u0413\u042d\u0421)
p106687
sbg6
(g13
g8
NtRp106688
(dp106689
g16
Nsg17
Nsg11
VUganda
p106690
sbNNNNNg6
(g13
g8
NtRp106691
(dp106692
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp106693
(dp106694
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/White_Nile
p106695
sbg6
(g13
g8
NtRp106696
(dp106697
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106698
(dp106699
g16
Nsg17
Nsg11
VUganda#Africa#World
p106700
sbg6
(g13
g8
NtRp106701
(dp106702
g16
Nsg17
Nsg11
VNalubaale Power Station, formerly known as Owen Falls Dam, is a hydroelectric power station across the White Nile near its source at Lake Victoria in Uganda. Nalubaale is the Luganda name for Lake Victoria.
p106703
sbg6
(g13
g8
NtRp106704
(dp106705
g16
Nsg17
Nsg11
VPOINT(33.185001373291 0.44361111521721)
p106706
sbtp106707
a(g6
(g7
g8
NtRp106708
(dp106709
g11
Vhttp://dbpedia.org/resource/Nalubaale_Hydroelectric_Power_Station
p106710
sbg6
(g13
g8
NtRp106711
(dp106712
g16
Nsg17
Nsg11
VOwen-Falls-Damm
p106713
sbg6
(g13
g8
NtRp106714
(dp106715
g16
Nsg17
Nsg11
VUganda
p106716
sbNNNNNg6
(g13
g8
NtRp106717
(dp106718
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp106719
(dp106720
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/White_Nile
p106721
sbg6
(g13
g8
NtRp106722
(dp106723
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106724
(dp106725
g16
Nsg17
Nsg11
VUganda#Africa#World
p106726
sbg6
(g13
g8
NtRp106727
(dp106728
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Nsg17
Nsg11
VNalubaale Power Station, formerly known as Owen Falls Dam, is a hydroelectric power station across the White Nile near its source at Lake Victoria in Uganda. Nalubaale is the Luganda name for Lake Victoria.
p106729
sbg6
(g13
g8
NtRp106730
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g16
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Nsg11
VPOINT(33.185001373291 0.44361111521721)
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g8
NtRp106734
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p106736
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g8
NtRp106737
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Nsg17
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VNalubaale Hydroelectric Power Station
p106739
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g8
NtRp106740
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Nsg17
Nsg11
VUganda
p106742
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NtRp106743
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Nsg17
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VP
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Nsg17
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Vhttp://dbpedia.org/resource/White_Nile
p106747
sbg6
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g8
NtRp106748
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106750
(dp106751
g16
Nsg17
Nsg11
VUganda#Africa#World
p106752
sbg6
(g13
g8
NtRp106753
(dp106754
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Nsg17
Nsg11
VNalubaale Power Station, formerly known as Owen Falls Dam, is a hydroelectric power station across the White Nile near its source at Lake Victoria in Uganda. Nalubaale is the Luganda name for Lake Victoria.
p106755
sbg6
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g8
NtRp106756
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Nsg17
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VPOINT(33.185001373291 0.44361111521721)
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p106762
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g8
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V\u0413\u0415\u0421 \u041e\u0443\u0435\u043d-\u0424\u043e\u043b\u043b\u0441
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sbg6
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NtRp106766
(dp106767
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Nsg17
Nsg11
VUganda
p106768
sbNNNNNg6
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NtRp106769
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Nsg17
Nsg11
VP
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p106773
sbg6
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g8
NtRp106774
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Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106776
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g16
Nsg17
Nsg11
VUganda#Africa#World
p106778
sbg6
(g13
g8
NtRp106779
(dp106780
g16
Nsg17
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VNalubaale Power Station, formerly known as Owen Falls Dam, is a hydroelectric power station across the White Nile near its source at Lake Victoria in Uganda. Nalubaale is the Luganda name for Lake Victoria.
p106781
sbg6
(g13
g8
NtRp106782
(dp106783
g16
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VPOINT(33.185001373291 0.44361111521721)
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sbtp106785
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NtRp106786
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p106788
sbg6
(g13
g8
NtRp106789
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Nsg17
Nsg11
VCentral eléctrica de Nalubaale
p106791
sbg6
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NtRp106792
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VUganda
p106794
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NtRp106795
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VP
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Vhttp://dbpedia.org/resource/White_Nile
p106799
sbg6
(g13
g8
NtRp106800
(dp106801
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106802
(dp106803
g16
Nsg17
Nsg11
VUganda#Africa#World
p106804
sbg6
(g13
g8
NtRp106805
(dp106806
g16
Nsg17
Nsg11
VNalubaale Power Station, formerly known as Owen Falls Dam, is a hydroelectric power station across the White Nile near its source at Lake Victoria in Uganda. Nalubaale is the Luganda name for Lake Victoria.
p106807
sbg6
(g13
g8
NtRp106808
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VPOINT(33.185001373291 0.44361111521721)
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sbtp106811
a(g6
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g8
NtRp106812
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p106814
sbg6
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g8
NtRp106815
(dp106816
g16
Nsg17
Nsg11
VTalsperre Nam Pung
p106817
sbg6
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g8
NtRp106818
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Nsg17
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Vhttp://dbpedia.org/resource/Thailand
p106820
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VThe Nam Pung Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e19\u0e49\u0e33\u0e1e\u0e38\u0e07, RTGS: Khuean Nam Phung, pronounced [k\u02b0\u026f\u0300a\u032fn ná\u02d0m p\u02b0\u016b\u014b]) is a hydroelectric dam on the in the Kut Bak District of Sakon Nakhon Province, Thailand.
p106823
sbg6
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g8
NtRp106824
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VPOINT(103.9741973877 16.975217819214)
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sbtp106827
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Vhttp://dbpedia.org/resource/Nam_Pung_Dam
p106830
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g8
NtRp106831
(dp106832
g16
Nsg17
Nsg11
VNam Pung Dam
p106833
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p106836
sbNNNNNNNNNNg6
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g8
NtRp106837
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VThe Nam Pung Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e19\u0e49\u0e33\u0e1e\u0e38\u0e07, RTGS: Khuean Nam Phung, pronounced [k\u02b0\u026f\u0300a\u032fn ná\u02d0m p\u02b0\u016b\u014b]) is a hydroelectric dam on the in the Kut Bak District of Sakon Nakhon Province, Thailand.
p106839
sbg6
(g13
g8
NtRp106840
(dp106841
g16
Nsg17
Nsg11
VPOINT(103.9741973877 16.975217819214)
p106842
sbtp106843
a(g6
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g8
NtRp106844
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g11
Vhttp://dbpedia.org/resource/Namakhvani_Hydro_Power_Plant
p106846
sbg6
(g13
g8
NtRp106847
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g16
Nsg17
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VNamakhvani Hydro Power Plant
p106849
sbg6
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g8
NtRp106850
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p106852
sbNNNg6
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g8
NtRp106853
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Vhttp://dbpedia.org/resource/Namakhvani_Hydro_Power_Plant__Lake__1
p106855
sbNNNNNg6
(g13
g8
NtRp106856
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Nsg17
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VGeorgia Imereti#Georgia
p106858
sbg6
(g13
g8
NtRp106859
(dp106860
g16
Nsg17
Nsg11
VNamakhvani Hydro Power Plant (Georgian: \u10dc\u10d0\u10db\u10dd\u10ee\u10d5\u10d0\u10dc\u10d8) will be a large power plant to be built in the Tskaltubo and Tsageri municipalities north of Kutaisi, Imereti region, Georgia and will have five turbines with a nominal capacity of 50 MW each having a total capacity of 250 MW. Local population has concerns about safety of this dam.
p106861
sbg6
(g13
g8
NtRp106862
(dp106863
g16
Nsg17
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VPOINT(42.702777862549 42.419723510742)
p106864
sbtp106865
a(g6
(g7
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NtRp106866
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Vhttp://dbpedia.org/resource/Nanase_Dam
p106868
sbg6
(g13
g8
NtRp106869
(dp106870
g16
Nsg17
Nsg11
V\u306a\u306a\u305b\u30c0\u30e0
p106871
sbg6
(g13
g8
NtRp106872
(dp106873
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p106874
sbNg6
(g13
g8
NtRp106875
(dp106876
g16
Nsg17
g27
sg11
V0.515
p106877
sbNg6
(g7
g8
NtRp106878
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g11
Vhttp://dbpedia.org/resource/Nanase_Dam__Lake__1
p106880
sbNg6
(g13
g8
NtRp106881
(dp106882
g16
Nsg17
Nsg11
VFlood control
p106883
sbNNg6
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g8
NtRp106884
(dp106885
g16
Nsg17
g27
sg11
V4.16e+06
p106886
sbNg6
(g13
g8
NtRp106887
(dp106888
g16
Nsg17
Nsg11
VNanase Dam is a dam in the \u014cita Prefecture, Japan, which was completed in 2020. It is mainly dedicated to flood control, with a retention capacity of 25.9 million cubic meters of water. It was previously known as Oitagawa Dam but was renamed on completion.
p106889
sbg6
(g13
g8
NtRp106890
(dp106891
g16
Nsg17
Nsg11
VPOINT(-131.49694824219 33.126667022705)
p106892
sbtp106893
a(g6
(g7
g8
NtRp106894
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g11
Vhttp://dbpedia.org/resource/Nanase_Dam
p106896
sbg6
(g13
g8
NtRp106897
(dp106898
g16
Nsg17
Nsg11
VNanase Dam
p106899
sbg6
(g13
g8
NtRp106900
(dp106901
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p106902
sbNg6
(g13
g8
NtRp106903
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g16
Nsg17
g27
sg11
V0.515
p106905
sbNg6
(g7
g8
NtRp106906
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g11
Vhttp://dbpedia.org/resource/Nanase_Dam__Lake__1
p106908
sbNg6
(g13
g8
NtRp106909
(dp106910
g16
Nsg17
Nsg11
VFlood control
p106911
sbNNg6
(g13
g8
NtRp106912
(dp106913
g16
Nsg17
g27
sg11
V4.16e+06
p106914
sbNg6
(g13
g8
NtRp106915
(dp106916
g16
Nsg17
Nsg11
VNanase Dam is a dam in the \u014cita Prefecture, Japan, which was completed in 2020. It is mainly dedicated to flood control, with a retention capacity of 25.9 million cubic meters of water. It was previously known as Oitagawa Dam but was renamed on completion.
p106917
sbg6
(g13
g8
NtRp106918
(dp106919
g16
Nsg17
Nsg11
VPOINT(-131.49694824219 33.126667022705)
p106920
sbtp106921
a(g6
(g7
g8
NtRp106922
(dp106923
g11
Vhttp://dbpedia.org/resource/Nangbeto_Dam
p106924
sbg6
(g13
g8
NtRp106925
(dp106926
g16
Nsg17
Nsg11
VLago de Nangbéto
p106927
sbg6
(g13
g8
NtRp106928
(dp106929
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Togo
p106930
sbNg6
(g13
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NtRp106931
(dp106932
g16
Nsg17
g27
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V0.443
p106933
sbNNNg6
(g13
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NtRp106934
(dp106935
g16
Nsg17
Nsg11
VPower, irrigation, fisheries
p106936
sbNg6
(g13
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NtRp106937
(dp106938
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106939
(dp106940
g16
Nsg17
Nsg11
VTogo
p106941
sbg6
(g13
g8
NtRp106942
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g16
Nsg17
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VThe Nangbeto Dam is an embankment dam on the Mono River in the Plateaux Region of Togo. It was constructed between 1984 and 1987 for the purpose of providing hydroelectric power to both Togo and Benin as well as creating fisheries and supplying water for irrigation. The dam's 65.6 megawatts (88,000 hp) power station was commissioned in June 1987. The project was financed by the World Bank and African Development Bank at a cost of US$98.22 million.
p106944
sbg6
(g13
g8
NtRp106945
(dp106946
g16
Nsg17
Nsg11
VPOINT(1.4349499940872 7.4237222671509)
p106947
sbtp106948
a(g6
(g7
g8
NtRp106949
(dp106950
g11
Vhttp://dbpedia.org/resource/Nangbeto_Dam
p106951
sbg6
(g13
g8
NtRp106952
(dp106953
g16
Nsg17
Nsg11
VBarrage de Nangbéto
p106954
sbg6
(g13
g8
NtRp106955
(dp106956
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Togo
p106957
sbNg6
(g13
g8
NtRp106958
(dp106959
g16
Nsg17
g27
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V0.443
p106960
sbNNNg6
(g13
g8
NtRp106961
(dp106962
g16
Nsg17
Nsg11
VPower, irrigation, fisheries
p106963
sbNg6
(g13
g8
NtRp106964
(dp106965
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp106966
(dp106967
g16
Nsg17
Nsg11
VTogo
p106968
sbg6
(g13
g8
NtRp106969
(dp106970
g16
Nsg17
Nsg11
VThe Nangbeto Dam is an embankment dam on the Mono River in the Plateaux Region of Togo. It was constructed between 1984 and 1987 for the purpose of providing hydroelectric power to both Togo and Benin as well as creating fisheries and supplying water for irrigation. The dam's 65.6 megawatts (88,000 hp) power station was commissioned in June 1987. The project was financed by the World Bank and African Development Bank at a cost of US$98.22 million.
p106971
sbg6
(g13
g8
NtRp106972
(dp106973
g16
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VPOINT(1.4349499940872 7.4237222671509)
p106974
sbtp106975
a(g6
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NtRp106976
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p106978
sbg6
(g13
g8
NtRp106979
(dp106980
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VNangbeto Dam
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(g13
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NtRp106982
(dp106983
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Togo
p106984
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NtRp106985
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V0.443
p106987
sbNNNg6
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NtRp106988
(dp106989
g16
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VPower, irrigation, fisheries
p106990
sbNg6
(g13
g8
NtRp106991
(dp106992
g16
Nsg17
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VO
sbNg6
(g13
g8
NtRp106993
(dp106994
g16
Nsg17
Nsg11
VTogo
p106995
sbg6
(g13
g8
NtRp106996
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VThe Nangbeto Dam is an embankment dam on the Mono River in the Plateaux Region of Togo. It was constructed between 1984 and 1987 for the purpose of providing hydroelectric power to both Togo and Benin as well as creating fisheries and supplying water for irrigation. The dam's 65.6 megawatts (88,000 hp) power station was commissioned in June 1987. The project was financed by the World Bank and African Development Bank at a cost of US$98.22 million.
p106998
sbg6
(g13
g8
NtRp106999
(dp107000
g16
Nsg17
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VPOINT(1.4349499940872 7.4237222671509)
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sbtp107002
a(g6
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NtRp107003
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Vhttp://dbpedia.org/resource/Nangbeto_Dam
p107005
sbg6
(g13
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NtRp107006
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Nsg11
VLago di Nangbéto
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NtRp107009
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Vhttp://dbpedia.org/resource/Togo
p107011
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NtRp107012
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p107014
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NtRp107015
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g16
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VPower, irrigation, fisheries
p107017
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NtRp107018
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g16
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VO
sbNg6
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g8
NtRp107020
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VTogo
p107022
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g8
NtRp107023
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VThe Nangbeto Dam is an embankment dam on the Mono River in the Plateaux Region of Togo. It was constructed between 1984 and 1987 for the purpose of providing hydroelectric power to both Togo and Benin as well as creating fisheries and supplying water for irrigation. The dam's 65.6 megawatts (88,000 hp) power station was commissioned in June 1987. The project was financed by the World Bank and African Development Bank at a cost of US$98.22 million.
p107025
sbg6
(g13
g8
NtRp107026
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VPOINT(1.4349499940872 7.4237222671509)
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NtRp107033
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VNangbeto-Staudamm
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NtRp107036
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Vhttp://dbpedia.org/resource/Togo
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p107041
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VPower, irrigation, fisheries
p107044
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g16
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VO
sbNg6
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g8
NtRp107047
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g16
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VTogo
p107049
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NtRp107050
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VThe Nangbeto Dam is an embankment dam on the Mono River in the Plateaux Region of Togo. It was constructed between 1984 and 1987 for the purpose of providing hydroelectric power to both Togo and Benin as well as creating fisheries and supplying water for irrigation. The dam's 65.6 megawatts (88,000 hp) power station was commissioned in June 1987. The project was financed by the World Bank and African Development Bank at a cost of US$98.22 million.
p107052
sbg6
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g8
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VPOINT(1.4349499940872 7.4237222671509)
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NtRp107057
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Vhttp://dbpedia.org/resource/Nanning_Power_Station
p107059
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NtRp107060
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VNanning Power Station
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g8
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VChina
p107065
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Nant de Drance Hydropower Plant is a pumped-storage power station in the canton of Valais in Switzerland. It is within the municipality of Finhaut, district of Saint-Maurice and about 14 km (8.7 mi) southwest of Martigny. Construction on the power plant began in 2008 and it began operations in 2022. It is owned by Nant de Drance SA, a consortium of Alpiq (39%), SBB (36%), (15%) and (FMV) (10%). The US$1.9 billion plant has installed capacity of 900 MW and an energy storage capacity of 20 GWh.
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VThe Narude Dam is a gravity dam on the Sh\u014d River about 22 km (14 mi) south of Nanto on the border of Toyama and Gifu Prefectures, Japan. It was constructed between 1950 and 1952. The dam has an associated 97 MW hydroelectric power station which was built in two parts. The first part of the power station (37 MW) was commissioned in 1951 and the second part of the power station (60 MW) was commissioned in 1975. Of the nine dams on the Sh\u014d River it is the sixth furthest downstream.
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VThe Narude Dam is a gravity dam on the Sh\u014d River about 22 km (14 mi) south of Nanto on the border of Toyama and Gifu Prefectures, Japan. It was constructed between 1950 and 1952. The dam has an associated 97 MW hydroelectric power station which was built in two parts. The first part of the power station (37 MW) was commissioned in 1951 and the second part of the power station (60 MW) was commissioned in 1975. Of the nine dams on the Sh\u014d River it is the sixth furthest downstream.
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VThe Narude Dam is a gravity dam on the Sh\u014d River about 22 km (14 mi) south of Nanto on the border of Toyama and Gifu Prefectures, Japan. It was constructed between 1950 and 1952. The dam has an associated 97 MW hydroelectric power station which was built in two parts. The first part of the power station (37 MW) was commissioned in 1951 and the second part of the power station (60 MW) was commissioned in 1975. Of the nine dams on the Sh\u014d River it is the sixth furthest downstream.
p107341
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VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
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g8
NtRp107390
(dp107391
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_Power_Plants
p107392
sbg6
(g13
g8
NtRp107393
(dp107394
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107395
(dp107396
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107397
sbg6
(g13
g8
NtRp107398
(dp107399
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107400
(dp107401
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107402
sbg6
(g13
g8
NtRp107403
(dp107404
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107405
sbg6
(g13
g8
NtRp107406
(dp107407
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107408
sbtp107409
a(g6
(g7
g8
NtRp107410
(dp107411
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station
p107412
sbg6
(g13
g8
NtRp107413
(dp107414
g16
Nsg17
Nsg11
VNarva Hydroelectric Station
p107415
sbg6
(g13
g8
NtRp107416
(dp107417
g16
Nsg17
Nsg11
VRussia
p107418
sbNNNg6
(g7
g8
NtRp107419
(dp107420
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station__Lake__1
p107421
sbg6
(g13
g8
NtRp107422
(dp107423
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p107424
sbg6
(g13
g8
NtRp107425
(dp107426
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107427
(dp107428
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107429
sbg6
(g13
g8
NtRp107430
(dp107431
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107432
(dp107433
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107434
sbg6
(g13
g8
NtRp107435
(dp107436
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107437
sbg6
(g13
g8
NtRp107438
(dp107439
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107440
sbtp107441
a(g6
(g7
g8
NtRp107442
(dp107443
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station
p107444
sbg6
(g13
g8
NtRp107445
(dp107446
g16
Nsg17
Nsg11
V\u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p107447
sbg6
(g13
g8
NtRp107448
(dp107449
g16
Nsg17
Nsg11
VRussia
p107450
sbNNNg6
(g7
g8
NtRp107451
(dp107452
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station__Lake__1
p107453
sbg6
(g13
g8
NtRp107454
(dp107455
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p107456
sbg6
(g13
g8
NtRp107457
(dp107458
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107459
(dp107460
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107461
sbg6
(g13
g8
NtRp107462
(dp107463
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107464
(dp107465
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107466
sbg6
(g13
g8
NtRp107467
(dp107468
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107469
sbg6
(g13
g8
NtRp107470
(dp107471
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107472
sbtp107473
a(g6
(g7
g8
NtRp107474
(dp107475
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station
p107476
sbg6
(g13
g8
NtRp107477
(dp107478
g16
Nsg17
Nsg11
VNarevská vodní elektrárna
p107479
sbg6
(g13
g8
NtRp107480
(dp107481
g16
Nsg17
Nsg11
VRussia
p107482
sbNNNg6
(g7
g8
NtRp107483
(dp107484
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station__Lake__1
p107485
sbg6
(g13
g8
NtRp107486
(dp107487
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_Power_Plants
p107488
sbg6
(g13
g8
NtRp107489
(dp107490
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107491
(dp107492
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107493
sbg6
(g13
g8
NtRp107494
(dp107495
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107496
(dp107497
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107498
sbg6
(g13
g8
NtRp107499
(dp107500
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107501
sbg6
(g13
g8
NtRp107502
(dp107503
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107504
sbtp107505
a(g6
(g7
g8
NtRp107506
(dp107507
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station
p107508
sbg6
(g13
g8
NtRp107509
(dp107510
g16
Nsg17
Nsg11
V\u041d\u0430\u0440\u0432\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p107511
sbg6
(g13
g8
NtRp107512
(dp107513
g16
Nsg17
Nsg11
VRussia
p107514
sbNNNg6
(g7
g8
NtRp107515
(dp107516
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station__Lake__1
p107517
sbg6
(g13
g8
NtRp107518
(dp107519
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p107520
sbg6
(g13
g8
NtRp107521
(dp107522
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107523
(dp107524
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107525
sbg6
(g13
g8
NtRp107526
(dp107527
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107528
(dp107529
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107530
sbg6
(g13
g8
NtRp107531
(dp107532
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107533
sbg6
(g13
g8
NtRp107534
(dp107535
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107536
sbtp107537
a(g6
(g7
g8
NtRp107538
(dp107539
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station
p107540
sbg6
(g13
g8
NtRp107541
(dp107542
g16
Nsg17
Nsg11
VNarva Hydroelectric Station
p107543
sbg6
(g13
g8
NtRp107544
(dp107545
g16
Nsg17
Nsg11
VRussia
p107546
sbNNNg6
(g7
g8
NtRp107547
(dp107548
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station__Lake__1
p107549
sbg6
(g13
g8
NtRp107550
(dp107551
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_Power_Plants
p107552
sbg6
(g13
g8
NtRp107553
(dp107554
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107555
(dp107556
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107557
sbg6
(g13
g8
NtRp107558
(dp107559
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107560
(dp107561
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107562
sbg6
(g13
g8
NtRp107563
(dp107564
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107565
sbg6
(g13
g8
NtRp107566
(dp107567
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107568
sbtp107569
a(g6
(g7
g8
NtRp107570
(dp107571
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station
p107572
sbg6
(g13
g8
NtRp107573
(dp107574
g16
Nsg17
Nsg11
VNarevská vodní elektrárna
p107575
sbg6
(g13
g8
NtRp107576
(dp107577
g16
Nsg17
Nsg11
VRussia
p107578
sbNNNg6
(g7
g8
NtRp107579
(dp107580
g11
Vhttp://dbpedia.org/resource/Narva_Hydroelectric_Station__Lake__1
p107581
sbg6
(g13
g8
NtRp107582
(dp107583
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p107584
sbg6
(g13
g8
NtRp107585
(dp107586
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp107587
(dp107588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Narva_River
p107589
sbg6
(g13
g8
NtRp107590
(dp107591
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp107592
(dp107593
g16
Nsg17
Nsg11
VRussia Leningrad Oblast#Russia
p107594
sbg6
(g13
g8
NtRp107595
(dp107596
g16
Nsg17
Nsg11
VThe Narva Hydroelectric Station (Russian: \u041d\u0430\u0440\u0432\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f, Estonian: Narva hüdroelektrijaam) is a hydroelectric power station in Ivangorod, Russia. It is fed by the Narva Reservoir on the Narva River and is located 2 kilometres (1.2 mi) downstream of the Narva Dam (Kulgu Dam) on the east bank of the river. It was designed by a Leningrad design bureau Lenhydroproject and constructed during 1950\u20131955.
p107597
sbg6
(g13
g8
NtRp107598
(dp107599
g16
Nsg17
Nsg11
VPOINT(28.210556030273 59.367778778076)
p107600
sbtp107601
a(g6
(g7
g8
NtRp107602
(dp107603
g11
Vhttp://dbpedia.org/resource/Nau_Gad_Khola_Hydropower_Station
p107604
sbg6
(g13
g8
NtRp107605
(dp107606
g16
Nsg17
Nsg11
VNau Gad Khola Hydropower Station
p107607
sbg6
(g13
g8
NtRp107608
(dp107609
g16
Nsg17
Nsg11
VNepal
p107610
sbg6
(g13
g8
NtRp107611
(dp107612
g16
Nsg17
Nsg11
VGravity
p107613
sbNNNNg6
(g13
g8
NtRp107614
(dp107615
g16
Nsg17
Nsg11
VPower
p107616
sbg6
(g13
g8
NtRp107617
(dp107618
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naugad_River
p107619
sbg6
(g13
g8
NtRp107620
(dp107621
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp107622
(dp107623
g16
Nsg17
Nsg11
VNepal
p107624
sbg6
(g13
g8
NtRp107625
(dp107626
g16
Nsg17
Nsg11
VNau Gad Khola Hydropower Station (Nepali: \u0928\u093e\u0909\u0917\u0921 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Darchula District of Nepal. The flow from is used to generate 8.5 MW electricity. The plant is owned and developed by Api Power Company Pvt. Ltd, an IPP of Nepal. The plant started generating electricity from 2072-05-02BS. The generation licence will expire in 2104-03-30 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p107627
sbg6
(g13
g8
NtRp107628
(dp107629
g16
Nsg17
Nsg11
VPOINT(80.610557556152 29.6875)
p107630
sbtp107631
a(g6
(g7
g8
NtRp107632
(dp107633
g11
Vhttp://dbpedia.org/resource/Naulong_Dam
p107634
sbg6
(g13
g8
NtRp107635
(dp107636
g16
Nsg17
Nsg11
VNaulong Dam
p107637
sbg6
(g13
g8
NtRp107638
(dp107639
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p107640
sbg6
(g13
g8
NtRp107641
(dp107642
g16
Nsg17
Nsg11
VZoned Earth-fill Dam
p107643
sbg6
(g13
g8
NtRp107644
(dp107645
g16
Nsg17
g27
sg11
V0.913
p107646
sbNNg6
(g13
g8
NtRp107647
(dp107648
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Balochistan
p107649
sbNNg6
(g13
g8
NtRp107650
(dp107651
g16
Nsg17
Nsg11
VProject
p107652
sbNNg6
(g13
g8
NtRp107653
(dp107654
g16
Nsg17
Nsg11
VNaulong Dam is an embankment dam currently under construction on the Mula River, about 30 km from in Jhal Magsi district of Balochistan, Pakistan. Its Construction Contract has been awarded to Descon Engineering Limited, which is the biggest Contractor in Pakistan. The zoned earth-filled dam is 186 feet high with a gross storage of 0.242 MAF and a command area of 47,000 acres. It has a hydro power capacity of 4.4 MW.
p107655
sbNtp107656
a(g6
(g7
g8
NtRp107657
(dp107658
g11
Vhttp://dbpedia.org/resource/Naulong_Dam
p107659
sbg6
(g13
g8
NtRp107660
(dp107661
g16
Nsg17
Nsg11
VNaulong Dam
p107662
sbg6
(g13
g8
NtRp107663
(dp107664
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p107665
sbg6
(g13
g8
NtRp107666
(dp107667
g16
Nsg17
Nsg11
VZoned Earth-fill Dam
p107668
sbg6
(g13
g8
NtRp107669
(dp107670
g16
Nsg17
g27
sg11
V0.913
p107671
sbNNg6
(g13
g8
NtRp107672
(dp107673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Balochistan
p107674
sbNNg6
(g13
g8
NtRp107675
(dp107676
g16
Nsg17
Nsg11
VProject
p107677
sbNNg6
(g13
g8
NtRp107678
(dp107679
g16
Nsg17
Nsg11
VNaulong Dam is an embankment dam currently under construction on the Mula River, about 30 km from in Jhal Magsi district of Balochistan, Pakistan. Its Construction Contract has been awarded to Descon Engineering Limited, which is the biggest Contractor in Pakistan. The zoned earth-filled dam is 186 feet high with a gross storage of 0.242 MAF and a command area of 47,000 acres. It has a hydro power capacity of 4.4 MW.
p107680
sbNtp107681
a(g6
(g7
g8
NtRp107682
(dp107683
g11
Vhttp://dbpedia.org/resource/Navajo_Dam
p107684
sbg6
(g13
g8
NtRp107685
(dp107686
g16
Nsg17
Nsg11
VNavajo Dam
p107687
sbg6
(g13
g8
NtRp107688
(dp107689
g16
Nsg17
Nsg11
VUnited States
p107690
sbg6
(g13
g8
NtRp107691
(dp107692
g16
Nsg17
Nsg11
VZoned earthfill embankment
p107693
sbg6
(g13
g8
NtRp107694
(dp107695
g16
Nsg17
g27
sg11
V1.11191
p107696
sbNg6
(g7
g8
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Nsg17
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p107708
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VNavajo Dam is a dam on the San Juan River, a tributary of the Colorado River, in northwestern New Mexico in the United States. The 402-foot (123 m) high earthen dam is situated in the foothills of the San Juan Mountains about 44 miles (71 km) upstream and east of Farmington, New Mexico. It was built by the U.S. Bureau of Reclamation (Reclamation) in the 1960s to provide flood control, irrigation, domestic and industrial water supply, and storage for droughts. A small hydroelectric power plant was added in the 1980s.
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VPOINT(-107.61250305176 36.800277709961)
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VNawfla dam
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Nsg17
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VSaudi Arabia
p107733
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g8
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VThe Nawfla dam is a dam in Saudi Arabia opened in 1988 and located in Taif city of Makkah region.
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sbg6
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g8
NtRp107737
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Nsg17
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VPOINT(40.415832519531 21.270278930664)
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Nsg17
Nsg11
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p107749
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Nsg17
g27
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p107758
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Nsg17
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VIrrigation
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g8
NtRp107762
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Nsg17
Nsg11
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p107764
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Nsg17
Nsg11
Vo
sbNg6
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g8
NtRp107767
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Nsg17
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VIndia
p107769
sbg6
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g8
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VNayka Dam is an earthen dam on the Bhogavo River located near Surendranagar in the Indian state of Gujarat. Nayka is a major source of water and helps with flood control. The dam serves seven villages. One village is fully and another village partially submerged behind the dam. The reservoir covers 122 hectares (300 acres; 0.47 sq mi) forest land, 140 hectares (350 acres; 0.54 sq mi) wasteland, 324 hectares (800 acres; 1.25 sq mi) cultivable land. The Nayka Dam irrigated 1,935 hectares (4,780 acres; 7.47 sq mi) in 1997\u201398.
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g8
NtRp107780
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Nsg17
Nsg11
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p107782
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sbg6
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g8
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Nsg17
g27
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p107787
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NtRp107788
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p107790
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NtRp107791
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Nsg17
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p107793
sbg6
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NtRp107794
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VIrrigation
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g8
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p107799
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VNcora Dam is a gravity type dam built by Concor and located on the Tsomo River, near Tsomo, Eastern Cape, South Africa. It was established in 1972 and serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3).
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sbg6
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g8
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VPOINT(27.666944503784 -31.78750038147)
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p107809
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VNdula Hydroelectric Power Station
p107812
sbg6
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g8
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g16
Nsg17
Nsg11
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p107815
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g8
NtRp107816
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Nsg17
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p107818
sbg6
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g8
NtRp107819
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Nsg17
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VPower
p107821
sbg6
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g8
NtRp107822
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Nsg17
Nsg11
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p107824
sbg6
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g8
NtRp107825
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp107827
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g16
Nsg17
Nsg11
VKenya
p107829
sbg6
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g8
NtRp107830
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Nsg17
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VThe Ndula Hydroelectric Power Station is a 2.0 MW (2,700 hp) hydroelectric power station on the Thika River in Kenya.
p107832
sbg6
(g13
g8
NtRp107833
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VPOINT(37.24333190918 -1.0263888835907)
p107835
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NtRp107837
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p107839
sbg6
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g8
NtRp107840
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g16
Nsg17
Nsg11
VNeckartal-Damm
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sbg6
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g8
NtRp107843
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p107845
sbg6
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NtRp107846
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Nsg17
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VCurved gravity dam
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sbg6
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g8
NtRp107849
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Nsg17
g27
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V0.518
p107851
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NtRp107852
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Vhttp://dbpedia.org/resource/Neckartal_Dam__Lake__1
p107854
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NtRp107855
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Nsg17
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p107857
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NtRp107858
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Nsg17
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VNamibia
p107860
sbg6
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g8
NtRp107861
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Nsg17
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VThe Neckartal Dam, nicknamed the Desert Dragon, is a dam located in the \u01c1Karas Region of southern Namibia. It is a curved gravity dam on the Fish River near Berseba, c. 40 kilometres (25 mi) northwest of the regional capital Keetmanshoop. Construction started in 2013 and was initially expected to finish in 2017. Since its completion in 2018, it is the largest dam in Namibia, more than three times the capacity of the Hardap Dam upstream. The dam's purpose is to support a 5,000 hectares (12,000 acres) irrigation scheme nearby.
p107863
sbg6
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g8
NtRp107864
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g16
Nsg17
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VPOINT(17.717777252197 -26.631944656372)
p107866
sbtp107867
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NtRp107868
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p107870
sbg6
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g8
NtRp107871
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Nsg17
Nsg11
VPresa de Neckartal
p107873
sbg6
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g8
NtRp107874
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p107876
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g8
NtRp107877
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Nsg17
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VCurved gravity dam
p107879
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g8
NtRp107880
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Nsg17
g27
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V0.518
p107882
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NtRp107883
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p107885
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p107888
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g8
NtRp107889
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Nsg17
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VNamibia
p107891
sbg6
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NtRp107892
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VThe Neckartal Dam, nicknamed the Desert Dragon, is a dam located in the \u01c1Karas Region of southern Namibia. It is a curved gravity dam on the Fish River near Berseba, c. 40 kilometres (25 mi) northwest of the regional capital Keetmanshoop. Construction started in 2013 and was initially expected to finish in 2017. Since its completion in 2018, it is the largest dam in Namibia, more than three times the capacity of the Hardap Dam upstream. The dam's purpose is to support a 5,000 hectares (12,000 acres) irrigation scheme nearby.
p107894
sbg6
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g8
NtRp107895
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Nsg17
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VPOINT(17.717777252197 -26.631944656372)
p107897
sbtp107898
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NtRp107899
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p107901
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NtRp107902
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VDiga di Neckertal
p107904
sbg6
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g8
NtRp107905
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Namibia
p107907
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NtRp107908
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Nsg17
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VCurved gravity dam
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NtRp107911
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Nsg17
g27
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V0.518
p107913
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NtRp107914
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Vhttp://dbpedia.org/resource/Neckartal_Dam__Lake__1
p107916
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NtRp107917
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Nsg17
Nsg11
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p107919
sbNNg6
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g8
NtRp107920
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Nsg17
Nsg11
VNamibia
p107922
sbg6
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g8
NtRp107923
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Nsg17
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VThe Neckartal Dam, nicknamed the Desert Dragon, is a dam located in the \u01c1Karas Region of southern Namibia. It is a curved gravity dam on the Fish River near Berseba, c. 40 kilometres (25 mi) northwest of the regional capital Keetmanshoop. Construction started in 2013 and was initially expected to finish in 2017. Since its completion in 2018, it is the largest dam in Namibia, more than three times the capacity of the Hardap Dam upstream. The dam's purpose is to support a 5,000 hectares (12,000 acres) irrigation scheme nearby.
p107925
sbg6
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g8
NtRp107926
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VPOINT(17.717777252197 -26.631944656372)
p107928
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p107932
sbg6
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NtRp107933
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VNeckartal Dam
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g8
NtRp107936
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g16
Nsg17
Nsg11
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p107938
sbg6
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g8
NtRp107939
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Nsg17
Nsg11
VCurved gravity dam
p107941
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NtRp107942
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Nsg17
g27
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V0.518
p107944
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p107947
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NtRp107948
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Nsg17
Nsg11
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p107950
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g8
NtRp107951
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Nsg17
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VNamibia
p107953
sbg6
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g8
NtRp107954
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Nsg17
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VThe Neckartal Dam, nicknamed the Desert Dragon, is a dam located in the \u01c1Karas Region of southern Namibia. It is a curved gravity dam on the Fish River near Berseba, c. 40 kilometres (25 mi) northwest of the regional capital Keetmanshoop. Construction started in 2013 and was initially expected to finish in 2017. Since its completion in 2018, it is the largest dam in Namibia, more than three times the capacity of the Hardap Dam upstream. The dam's purpose is to support a 5,000 hectares (12,000 acres) irrigation scheme nearby.
p107956
sbg6
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g8
NtRp107957
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Nsg17
Nsg11
VPOINT(17.717777252197 -26.631944656372)
p107959
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g8
NtRp107961
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p107963
sbg6
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g8
NtRp107964
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Nsg17
Nsg11
VBarrage de Neelum\u2013Jhelum
p107966
sbg6
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g8
NtRp107967
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p107969
sbg6
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g8
NtRp107970
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Nsg17
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VConcrete gravity
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sbg6
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g8
NtRp107973
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Nsg17
g27
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V0.125
p107975
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NtRp107976
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Vhttp://dbpedia.org/resource/Neelum\u2013Jhelum_Hydropower_Plant__Lake__1
p107978
sbg6
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g8
NtRp107979
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Nsg17
Nsg11
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p107981
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g8
NtRp107982
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g16
Nsg17
Nsg11
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p107984
sbg6
(g13
g8
NtRp107985
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Nsg17
Nsg11
VNot Operational
p107987
sbg6
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g8
NtRp107988
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Nsg17
g27
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V156000.0
p107990
sbg6
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g8
NtRp107991
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Nsg17
Nsg11
VPakistan
p107993
sbg6
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NtRp107994
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VThe Neelum\u2013Jhelum Hydropower Plant was part of a run-of-the-river hydroelectric power scheme in azad Kashmir Pakistan, designed to divert water from the Neelum River to a power station on the Jhelum River. The power station is located 42 km (26 mi) south of Muzaffarabad, and has an installed capacity of 969 MW. Construction on the project began in 2008 after a Chinese consortium was awarded the construction contract in July 2007. After delay of many years, the first generator was commissioned in April 2018 and the entire project was completed in August 2018 when the fourth and last unit was synchronized with the national grid on 13 August and attained its maximum generation capacity of 969 MW on 14 August 2018. It will generate 5,150 GWh (gigawatt hour) per year at the levelised tariff of 
p107996
sbg6
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g8
NtRp107997
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Nsg17
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VPOINT(73.718887329102 34.392776489258)
p107999
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NtRp108001
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p108003
sbg6
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NtRp108004
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Nsg17
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V\u0413\u0415\u0421 \u041d\u0456\u043b\u0443\u043c-\u0414\u0436\u0435\u043b\u0430\u043c
p108006
sbg6
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g8
NtRp108007
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p108009
sbg6
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g8
NtRp108010
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Nsg17
Nsg11
VConcrete gravity
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NtRp108013
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g16
Nsg17
g27
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V0.125
p108015
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Vhttp://dbpedia.org/resource/Neelum\u2013Jhelum_Hydropower_Plant__Lake__1
p108018
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NtRp108019
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Nsg17
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p108021
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NtRp108022
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Neelum_River
p108024
sbg6
(g13
g8
NtRp108025
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g16
Nsg17
Nsg11
VNot Operational
p108027
sbg6
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g8
NtRp108028
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g16
Nsg17
g27
sg11
V156000.0
p108030
sbg6
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g8
NtRp108031
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Nsg17
Nsg11
VPakistan
p108033
sbg6
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g8
NtRp108034
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Nsg11
VThe Neelum\u2013Jhelum Hydropower Plant was part of a run-of-the-river hydroelectric power scheme in azad Kashmir Pakistan, designed to divert water from the Neelum River to a power station on the Jhelum River. The power station is located 42 km (26 mi) south of Muzaffarabad, and has an installed capacity of 969 MW. Construction on the project began in 2008 after a Chinese consortium was awarded the construction contract in July 2007. After delay of many years, the first generator was commissioned in April 2018 and the entire project was completed in August 2018 when the fourth and last unit was synchronized with the national grid on 13 August and attained its maximum generation capacity of 969 MW on 14 August 2018. It will generate 5,150 GWh (gigawatt hour) per year at the levelised tariff of 
p108036
sbg6
(g13
g8
NtRp108037
(dp108038
g16
Nsg17
Nsg11
VPOINT(73.718887329102 34.392776489258)
p108039
sbtp108040
a(g6
(g7
g8
NtRp108041
(dp108042
g11
Vhttp://dbpedia.org/resource/Neelum\u2013Jhelum_Hydropower_Plant
p108043
sbg6
(g13
g8
NtRp108044
(dp108045
g16
Nsg17
Nsg11
VNeelum\u2013Jhelum Hydropower Plant
p108046
sbg6
(g13
g8
NtRp108047
(dp108048
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p108049
sbg6
(g13
g8
NtRp108050
(dp108051
g16
Nsg17
Nsg11
VConcrete gravity
p108052
sbg6
(g13
g8
NtRp108053
(dp108054
g16
Nsg17
g27
sg11
V0.125
p108055
sbNg6
(g7
g8
NtRp108056
(dp108057
g11
Vhttp://dbpedia.org/resource/Neelum\u2013Jhelum_Hydropower_Plant__Lake__1
p108058
sbg6
(g13
g8
NtRp108059
(dp108060
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Water_and_Power_Development_Authority
p108061
sbNg6
(g13
g8
NtRp108062
(dp108063
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Neelum_River
p108064
sbg6
(g13
g8
NtRp108065
(dp108066
g16
Nsg17
Nsg11
VNot Operational
p108067
sbg6
(g13
g8
NtRp108068
(dp108069
g16
Nsg17
g27
sg11
V156000.0
p108070
sbg6
(g13
g8
NtRp108071
(dp108072
g16
Nsg17
Nsg11
VPakistan
p108073
sbg6
(g13
g8
NtRp108074
(dp108075
g16
Nsg17
Nsg11
VThe Neelum\u2013Jhelum Hydropower Plant was part of a run-of-the-river hydroelectric power scheme in azad Kashmir Pakistan, designed to divert water from the Neelum River to a power station on the Jhelum River. The power station is located 42 km (26 mi) south of Muzaffarabad, and has an installed capacity of 969 MW. Construction on the project began in 2008 after a Chinese consortium was awarded the construction contract in July 2007. After delay of many years, the first generator was commissioned in April 2018 and the entire project was completed in August 2018 when the fourth and last unit was synchronized with the national grid on 13 August and attained its maximum generation capacity of 969 MW on 14 August 2018. It will generate 5,150 GWh (gigawatt hour) per year at the levelised tariff of 
p108076
sbg6
(g13
g8
NtRp108077
(dp108078
g16
Nsg17
Nsg11
VPOINT(73.718887329102 34.392776489258)
p108079
sbtp108080
a(g6
(g7
g8
NtRp108081
(dp108082
g11
Vhttp://dbpedia.org/resource/Nehoia\u0219u_Hydro_Power_Plant
p108083
sbg6
(g13
g8
NtRp108084
(dp108085
g16
Nsg17
Nsg11
VNehoia\u0219u Hydro Power Plant
p108086
sbg6
(g13
g8
NtRp108087
(dp108088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Romania
p108089
sbNNNg6
(g7
g8
NtRp108090
(dp108091
g11
Vhttp://dbpedia.org/resource/Nehoia\u0219u_Hydro_Power_Plant__Lake__1
p108092
sbNNNNNNg6
(g13
g8
NtRp108093
(dp108094
g16
Nsg17
Nsg11
VNehoia\u015fu Hydro Power Plant is a large power plant on the Bâsca Mare River or simply Bâsca River situated in Romania. The project was started in 1998 and it was made up by the construction of a dam with 8 mobile segments each 12 m high, which will be equipped with two vertical turbines, the hydropower plant having an installed capacity of 152 MW. The power plant will generate 328 GWh of electricity per year.
p108095
sbNtp108096
a(g6
(g7
g8
NtRp108097
(dp108098
g11
Vhttp://dbpedia.org/resource/Neil_Turner_Weir
p108099
sbg6
(g13
g8
NtRp108100
(dp108101
g16
Nsg17
Nsg11
VNeil Turner Weir
p108102
sbg6
(g13
g8
NtRp108103
(dp108104
g16
Nsg17
Nsg11
VAustralia
p108105
sbNNNNNNNNNg6
(g13
g8
NtRp108106
(dp108107
g16
Nsg17
Nsg11
VQueensland
p108108
sbg6
(g13
g8
NtRp108109
(dp108110
g16
Nsg17
Nsg11
VNeil Turner Weir is a small weir located on the northern side of the town of Mitchell, in Queensland, Australia. The weir holds back the waters of the Maranoa River. A campsite exists, with public toilets, picnic tables and barbeque facilities. A little further west, five kilometres from Mitchell, on the banks of the river held back by the weir, is a fishing spot known as Fisherman's Rest. The weir was built in 1984 and is made of concrete and filled with sand. The capacity of the Neil Turner Weir is 2,000 ML.
p108111
sbg6
(g13
g8
NtRp108112
(dp108113
g16
Nsg17
Nsg11
VPOINT(147.95866394043 -26.471389770508)
p108114
sbtp108115
a(g6
(g7
g8
NtRp108116
(dp108117
g11
Vhttp://dbpedia.org/resource/Nengo_Bridge_Hydroelectric_Power_Station
p108118
sbg6
(g13
g8
NtRp108119
(dp108120
g16
Nsg17
Nsg11
VNengo Bridge Hydroelectric Power Station
p108121
sbg6
(g13
g8
NtRp108122
(dp108123
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p108124
sbNNNg6
(g7
g8
NtRp108125
(dp108126
g11
Vhttp://dbpedia.org/resource/Nengo_Bridge_Hydroelectric_Power_Station__Lake__1
p108127
sbNNNg6
(g13
g8
NtRp108128
(dp108129
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp108130
(dp108131
g16
Nsg17
Nsg11
VUganda
p108132
sbg6
(g13
g8
NtRp108133
(dp108134
g16
Nsg17
Nsg11
VNengo Bridge Hydroelectric Power Station, often referred to as Nengo Bridge Power Station is a planned 6.7 megawatts (9,000 hp) mini-hydroelectric power station in Uganda, the third-largest economy in the East African Community.
p108135
sbg6
(g13
g8
NtRp108136
(dp108137
g16
Nsg17
Nsg11
VPOINT(29.833333969116 -0.81499999761581)
p108138
sbtp108139
a(g6
(g7
g8
NtRp108140
(dp108141
g11
Vhttp://dbpedia.org/resource/Nenskra_Hydropower_Plant_Project
p108142
sbg6
(g13
g8
NtRp108143
(dp108144
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Nenskra
p108145
sbg6
(g13
g8
NtRp108146
(dp108147
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p108148
sbNNNg6
(g7
g8
NtRp108149
(dp108150
g11
Vhttp://dbpedia.org/resource/Nenskra_Hydropower_Plant_Project__Lake__1
p108151
sbNNNNNg6
(g13
g8
NtRp108152
(dp108153
g16
Nsg17
Nsg11
VGeorgia Samegrelo-Zemo Svaneti#Georgia
p108154
sbg6
(g13
g8
NtRp108155
(dp108156
g16
Nsg17
Nsg11
VNenskra Hydro Power Plant (also known as Nenskra HPP) is a proposed hydroelectric power station to be located on the southern slopes of the Central Caucasus mountains in Svaneti, Georgia. The plant has a projected capacity of 280 MW, and a projected average annual energy production of 1.2 TWh. It is being developed by JSC Nenskra Hydro, founded in 2015 as a joint venture between Korea Water Resource Corporation and JSC Partnership Fund. The project has faced significant opposition from representatives of all communities in Upper Svaneti.
p108157
sbg6
(g13
g8
NtRp108158
(dp108159
g16
Nsg17
Nsg11
VPOINT(42.380554199219 43.047222137451)
p108160
sbtp108161
a(g6
(g7
g8
NtRp108162
(dp108163
g11
Vhttp://dbpedia.org/resource/Nenskra_Hydropower_Plant_Project
p108164
sbg6
(g13
g8
NtRp108165
(dp108166
g16
Nsg17
Nsg11
VNenskra Hydropower Plant Project
p108167
sbg6
(g13
g8
NtRp108168
(dp108169
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p108170
sbNNNg6
(g7
g8
NtRp108171
(dp108172
g11
Vhttp://dbpedia.org/resource/Nenskra_Hydropower_Plant_Project__Lake__1
p108173
sbNNNNNg6
(g13
g8
NtRp108174
(dp108175
g16
Nsg17
Nsg11
VGeorgia Samegrelo-Zemo Svaneti#Georgia
p108176
sbg6
(g13
g8
NtRp108177
(dp108178
g16
Nsg17
Nsg11
VNenskra Hydro Power Plant (also known as Nenskra HPP) is a proposed hydroelectric power station to be located on the southern slopes of the Central Caucasus mountains in Svaneti, Georgia. The plant has a projected capacity of 280 MW, and a projected average annual energy production of 1.2 TWh. It is being developed by JSC Nenskra Hydro, founded in 2015 as a joint venture between Korea Water Resource Corporation and JSC Partnership Fund. The project has faced significant opposition from representatives of all communities in Upper Svaneti.
p108179
sbg6
(g13
g8
NtRp108180
(dp108181
g16
Nsg17
Nsg11
VPOINT(42.380554199219 43.047222137451)
p108182
sbtp108183
a(g6
(g7
g8
NtRp108184
(dp108185
g11
Vhttp://dbpedia.org/resource/Nes_Hydroelectric_Power_Station
p108186
sbg6
(g13
g8
NtRp108187
(dp108188
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u0435\u0441
p108189
sbg6
(g13
g8
NtRp108190
(dp108191
g16
Nsg17
Nsg11
VNorway
p108192
sbNNNNNNNg6
(g13
g8
NtRp108193
(dp108194
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp108195
(dp108196
g16
Nsg17
Nsg11
VThe Nes Power Station is a hydroelectric power station located in the municipality Nes in Buskerud, Norway. The facility operates at an installed capacity of 250 MW. The average annual production is 1,330 GWh. The station is operated by E-CO Vannkraft.
p108197
sbg6
(g13
g8
NtRp108198
(dp108199
g16
Nsg17
Nsg11
VPOINT(9.0697221755981 60.604442596436)
p108200
sbtp108201
a(g6
(g7
g8
NtRp108202
(dp108203
g11
Vhttp://dbpedia.org/resource/Nes_Hydroelectric_Power_Station
p108204
sbg6
(g13
g8
NtRp108205
(dp108206
g16
Nsg17
Nsg11
VNes Hydroelectric Power Station
p108207
sbg6
(g13
g8
NtRp108208
(dp108209
g16
Nsg17
Nsg11
VNorway
p108210
sbNNNNNNNg6
(g13
g8
NtRp108211
(dp108212
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp108213
(dp108214
g16
Nsg17
Nsg11
VThe Nes Power Station is a hydroelectric power station located in the municipality Nes in Buskerud, Norway. The facility operates at an installed capacity of 250 MW. The average annual production is 1,330 GWh. The station is operated by E-CO Vannkraft.
p108215
sbg6
(g13
g8
NtRp108216
(dp108217
g16
Nsg17
Nsg11
VPOINT(9.0697221755981 60.604442596436)
p108218
sbtp108219
a(g6
(g7
g8
NtRp108220
(dp108221
g11
Vhttp://dbpedia.org/resource/Nevta_Dam
p108222
sbg6
(g13
g8
NtRp108223
(dp108224
g16
Nsg17
Nsg11
VNevta Dam
p108225
sbg6
(g13
g8
NtRp108226
(dp108227
g16
Nsg17
Nsg11
VIndia
p108228
sbNNNNNNNNNg6
(g13
g8
NtRp108229
(dp108230
g16
Nsg17
Nsg11
VIndia Rajasthan#India
p108231
sbg6
(g13
g8
NtRp108232
(dp108233
g16
Nsg17
Nsg11
VNevta (also known as Neota, in hindi \u0928\u0947\u0935\u091f\u093e ) Dam is located in Sanganer Tehsil of Jaipur district in Rajasthan, India. The total catchment area of the dam is 443,583 ha (1,096,120 acres) and has a storage capacity at the 16 ft (4.9 m) gauge marker of 236.72×106 cu ft (6.703×106 m3). The dam is situated 5 km (3.1 mi) from Muhana and 13 km (8.1 mi) from Mansarovar. A village is also situated near Nevta Dam which is known as Nevta Village.The Special economic zone (SEZ) called Mahindra world city Jaipur is 3.6 km (2.2 mi) away.Siberian birds also keep coming here.
p108234
sbg6
(g13
g8
NtRp108235
(dp108236
g16
Nsg17
Nsg11
VPOINT(75.682250976562 26.804082870483)
p108237
sbtp108238
a(g6
(g7
g8
NtRp108239
(dp108240
g11
Vhttp://dbpedia.org/resource/Nevta_Dam
p108241
sbg6
(g13
g8
NtRp108242
(dp108243
g16
Nsg17
Nsg11
VNevta Dam
p108244
sbg6
(g13
g8
NtRp108245
(dp108246
g16
Nsg17
Nsg11
VIndia
p108247
sbNNNNNNNNNg6
(g13
g8
NtRp108248
(dp108249
g16
Nsg17
Nsg11
VIndia Rajasthan#India
p108250
sbg6
(g13
g8
NtRp108251
(dp108252
g16
Nsg17
Nsg11
VNevta (also known as Neota, in hindi \u0928\u0947\u0935\u091f\u093e ) Dam is located in Sanganer Tehsil of Jaipur district in Rajasthan, India. The total catchment area of the dam is 443,583 ha (1,096,120 acres) and has a storage capacity at the 16 ft (4.9 m) gauge marker of 236.72×106 cu ft (6.703×106 m3). The dam is situated 5 km (3.1 mi) from Muhana and 13 km (8.1 mi) from Mansarovar. A village is also situated near Nevta Dam which is known as Nevta Village.The Special economic zone (SEZ) called Mahindra world city Jaipur is 3.6 km (2.2 mi) away.Siberian birds also keep coming here.
p108253
sbg6
(g13
g8
NtRp108254
(dp108255
g16
Nsg17
Nsg11
VPOINT(75.682250976562 26.804082870483)
p108256
sbtp108257
a(g6
(g7
g8
NtRp108258
(dp108259
g11
Vhttp://dbpedia.org/resource/New_Bong_Escape_Hydropower_Project
p108260
sbg6
(g13
g8
NtRp108261
(dp108262
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u044c\u044e-\u0411\u043e\u043d\u0433-\u0415\u0441\u043a\u0435\u0439\u043f
p108263
sbg6
(g13
g8
NtRp108264
(dp108265
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p108266
sbg6
(g13
g8
NtRp108267
(dp108268
g16
Nsg17
Nsg11
VRun of the river
p108269
sbg6
(g13
g8
NtRp108270
(dp108271
g16
Nsg17
g27
sg11
V0.067
p108272
sbNNg6
(g13
g8
NtRp108273
(dp108274
g16
Nsg17
Nsg11
Vhttp://www.laraibgroup.com/
p108275
sbNg6
(g13
g8
NtRp108276
(dp108277
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p108278
sbg6
(g13
g8
NtRp108279
(dp108280
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp108281
(dp108282
g16
Nsg17
Nsg11
VPakistan
p108283
sbg6
(g13
g8
NtRp108284
(dp108285
g16
Nsg17
Nsg11
VThe New Bong Escape Hydropower Project is a privately owned 84 MW run-of-the-river project located on Jhelum River 7.5 km downstream of the 1,000 MW Mangla Dam, a major multi-purpose water storage project commissioned. It is about 120 km from Islamabad, the capital city of Pakistan.The Project commenced commercial operations on 23 March 2013 and has the distinction of being Pakistan and AJ&K\u2019s first hydropower IPP. By developing a bankable framework this trendsetting project has paved the way for rapid and full scale development of Pakistan and AJ&K\u2019s hydropower potential.
p108286
sbg6
(g13
g8
NtRp108287
(dp108288
g16
Nsg17
Nsg11
VPOINT(73.71004486084 33.092529296875)
p108289
sbtp108290
a(g6
(g7
g8
NtRp108291
(dp108292
g11
Vhttp://dbpedia.org/resource/New_Bong_Escape_Hydropower_Project
p108293
sbg6
(g13
g8
NtRp108294
(dp108295
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u044c\u044e-\u0411\u043e\u043d\u0433-\u0415\u0441\u043a\u0435\u0439\u043f
p108296
sbg6
(g13
g8
NtRp108297
(dp108298
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p108299
sbg6
(g13
g8
NtRp108300
(dp108301
g16
Nsg17
Nsg11
VRun of the river
p108302
sbg6
(g13
g8
NtRp108303
(dp108304
g16
Nsg17
g27
sg11
V0.067
p108305
sbNNg6
(g13
g8
NtRp108306
(dp108307
g16
Nsg17
Nsg11
Vhttp://www.hubpower.com/about-hubco/
p108308
sbNg6
(g13
g8
NtRp108309
(dp108310
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p108311
sbg6
(g13
g8
NtRp108312
(dp108313
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp108314
(dp108315
g16
Nsg17
Nsg11
VPakistan
p108316
sbg6
(g13
g8
NtRp108317
(dp108318
g16
Nsg17
Nsg11
VThe New Bong Escape Hydropower Project is a privately owned 84 MW run-of-the-river project located on Jhelum River 7.5 km downstream of the 1,000 MW Mangla Dam, a major multi-purpose water storage project commissioned. It is about 120 km from Islamabad, the capital city of Pakistan.The Project commenced commercial operations on 23 March 2013 and has the distinction of being Pakistan and AJ&K\u2019s first hydropower IPP. By developing a bankable framework this trendsetting project has paved the way for rapid and full scale development of Pakistan and AJ&K\u2019s hydropower potential.
p108319
sbg6
(g13
g8
NtRp108320
(dp108321
g16
Nsg17
Nsg11
VPOINT(73.71004486084 33.092529296875)
p108322
sbtp108323
a(g6
(g7
g8
NtRp108324
(dp108325
g11
Vhttp://dbpedia.org/resource/New_Bong_Escape_Hydropower_Project
p108326
sbg6
(g13
g8
NtRp108327
(dp108328
g16
Nsg17
Nsg11
VNew Bong Escape Hydropower Project
p108329
sbg6
(g13
g8
NtRp108330
(dp108331
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p108332
sbg6
(g13
g8
NtRp108333
(dp108334
g16
Nsg17
Nsg11
VRun of the river
p108335
sbg6
(g13
g8
NtRp108336
(dp108337
g16
Nsg17
g27
sg11
V0.067
p108338
sbNNg6
(g13
g8
NtRp108339
(dp108340
g16
Nsg17
Nsg11
Vhttp://www.laraibgroup.com/
p108341
sbNg6
(g13
g8
NtRp108342
(dp108343
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jhelum_River
p108344
sbg6
(g13
g8
NtRp108345
(dp108346
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp108347
(dp108348
g16
Nsg17
Nsg11
VPakistan
p108349
sbg6
(g13
g8
NtRp108350
(dp108351
g16
Nsg17
Nsg11
VThe New Bong Escape Hydropower Project is a privately owned 84 MW run-of-the-river project located on Jhelum River 7.5 km downstream of the 1,000 MW Mangla Dam, a major multi-purpose water storage project commissioned. It is about 120 km from Islamabad, the capital city of Pakistan.The Project commenced commercial operations on 23 March 2013 and has the distinction of being Pakistan and AJ&K\u2019s first hydropower IPP. By developing a bankable framework this trendsetting project has paved the way for rapid and full scale development of Pakistan and AJ&K\u2019s hydropower potential.
p108352
sbg6
(g13
g8
NtRp108353
(dp108354
g16
Nsg17
Nsg11
VPOINT(73.71004486084 33.092529296875)
p108355
sbtp108356
a(g6
(g7
g8
NtRp108357
(dp108358
g11
Vhttp://dbpedia.org/resource/New_Bong_Escape_Hydropower_Project
p108359
sbg6
(g13
g8
NtRp108360
(dp108361
g16
Nsg17
Nsg11
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VThe New Bong Escape Hydropower Project is a privately owned 84 MW run-of-the-river project located on Jhelum River 7.5 km downstream of the 1,000 MW Mangla Dam, a major multi-purpose water storage project commissioned. It is about 120 km from Islamabad, the capital city of Pakistan.The Project commenced commercial operations on 23 March 2013 and has the distinction of being Pakistan and AJ&K\u2019s first hydropower IPP. By developing a bankable framework this trendsetting project has paved the way for rapid and full scale development of Pakistan and AJ&K\u2019s hydropower potential.
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VThe New Bong Escape Hydropower Project is a privately owned 84 MW run-of-the-river project located on Jhelum River 7.5 km downstream of the 1,000 MW Mangla Dam, a major multi-purpose water storage project commissioned. It is about 120 km from Islamabad, the capital city of Pakistan.The Project commenced commercial operations on 23 March 2013 and has the distinction of being Pakistan and AJ&K\u2019s first hydropower IPP. By developing a bankable framework this trendsetting project has paved the way for rapid and full scale development of Pakistan and AJ&K\u2019s hydropower potential.
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VThe New Dam (Turkish: Yeni Bent), a.k.a. Mahmud II Dam (Turkish: II. Mahmut Bendi), is a historic dam located in Sar\u0131yer district of Istanbul Province, Turkey. The New Dam was built in 1830 by Ottoman Sultan Mahmud II (reigned 1808\u20131839). The dam is situated next to Valide Dam north of Bahçeköy, Sar\u0131yer inside the Bentler Nature Park, which is part of the Belgrad Forest.
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VNew Don Pedro Dam, often known simply as Don Pedro Dam, is an earthen embankment dam across the Tuolumne River, about 2 miles (3.2 km) northeast of La Grange, in Tuolumne County, California. The dam was completed in 1971, after four years of construction, to replace the 1924 concrete-arch Don Pedro Dam. The dam serves mainly for irrigation water storage, flood control and hydroelectricity production, and impounds Don Pedro Reservoir in the foothills of the Sierra Nevada.
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VNew Don Pedro Dam, often known simply as Don Pedro Dam, is an earthen embankment dam across the Tuolumne River, about 2 miles (3.2 km) northeast of La Grange, in Tuolumne County, California. The dam was completed in 1971, after four years of construction, to replace the 1924 concrete-arch Don Pedro Dam. The dam serves mainly for irrigation water storage, flood control and hydroelectricity production, and impounds Don Pedro Reservoir in the foothills of the Sierra Nevada.
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VNew Don Pedro Dam, often known simply as Don Pedro Dam, is an earthen embankment dam across the Tuolumne River, about 2 miles (3.2 km) northeast of La Grange, in Tuolumne County, California. The dam was completed in 1971, after four years of construction, to replace the 1924 concrete-arch Don Pedro Dam. The dam serves mainly for irrigation water storage, flood control and hydroelectricity production, and impounds Don Pedro Reservoir in the foothills of the Sierra Nevada.
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VNew Exchequer Dam is a concrete\u2013faced, rock-fill dam on the Merced River in central California in the United States. It forms Lake McClure, which impounds the river for irrigation and hydroelectric power production and has a capacity of more than 1,000,000 acre-feet (1.2 km3). The Merced Irrigation District (MID) operates the dam and was also responsible for its construction.
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VNew Hogan Dam is an embankment dam on the Calaveras River, a tributary of the San Joaquin River in central California. The dam lies east of Rancho Calaveras and impounds New Hogan Lake in the foothills of the Sierra Nevada. Built by the U.S. Army Corps of Engineers (USACE), the 210-foot (64 m)-high dam was completed in 1963. In 1986, the Modesto Irrigation District contracted with the USACE to build a base load hydroelectric plant at the dam with a capacity of 3.15 megawatts.
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VNew Melones Dam is an earth and rock filled embankment dam on the Stanislaus River, about 5 miles (8.0 km) west of Jamestown, California, United States, on the border of Calaveras County and Tuolumne County. The water impounded by the 625-foot-tall (191 m) dam forms New Melones Lake, California's fourth-largest reservoir, in the foothills of the Sierra Nevada east of the San Joaquin Valley. The dam serves mainly for irrigation water supply, and also provides hydropower generation, flood control, and recreation benefits.
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VNew Melones Dam is an earth and rock filled embankment dam on the Stanislaus River, about 5 miles (8.0 km) west of Jamestown, California, United States, on the border of Calaveras County and Tuolumne County. The water impounded by the 625-foot-tall (191 m) dam forms New Melones Lake, California's fourth-largest reservoir, in the foothills of the Sierra Nevada east of the San Joaquin Valley. The dam serves mainly for irrigation water supply, and also provides hydropower generation, flood control, and recreation benefits.
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VNew Melones Dam is an earth and rock filled embankment dam on the Stanislaus River, about 5 miles (8.0 km) west of Jamestown, California, United States, on the border of Calaveras County and Tuolumne County. The water impounded by the 625-foot-tall (191 m) dam forms New Melones Lake, California's fourth-largest reservoir, in the foothills of the Sierra Nevada east of the San Joaquin Valley. The dam serves mainly for irrigation water supply, and also provides hydropower generation, flood control, and recreation benefits.
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VPOINT(-120.52805328369 37.94722366333)
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g8
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VNew Waddell Dam
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VUnited States
p108725
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VEmbankment, zoned earth-fill
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g8
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Nsg17
g27
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V1.43256
p108731
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VIrrigation, power
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g8
NtRp108744
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Nsg11
VO
sbg6
(g13
g8
NtRp108746
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V1.2388e+07
p108748
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NtRp108749
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VArizona#USA
p108751
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VThe New Waddell Dam is an embankment dam on the Agua Fria River in Maricopa County, Arizona, 35 miles (56 km) northwest of Phoenix. It serves as part of the Central Arizona Project (CAP) while also providing water for the Maricopa Water District. The dam creates Lake Pleasant with water from the Agua Fria and also the CAP aqueduct. In addition, it affords flood protection, hydroelectric power production and recreational opportunities. Construction on the dam began in 1985 and ended in 1994. Its reservoir submerged the Old Waddell Dam which was completed in 1927 after decades of planning.
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VPOINT(-112.26611328125 33.846942901611)
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NtRp108762
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VNgachen Hydropower Station
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NtRp108765
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VChina
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NtRp108768
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VPower
p108770
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VThe Ngachen Hydropower Station (Chinese: \u7eb3\u91d1\u6c34\u7535\u7ad9), also called as Najin Hydropower Station, is the first hydropower plant in the Tibet Autonomous Region since the founding of the People's Republic of China. It is located on a tributary of the Lhasa River, 15 li away from Lhasa. The hydropower station featured six generators and an installed capacity of 7,500 kilowatts. Ngachen Hydropower Station is the first hydropower station built with the assistance of the Central Committee of the Communist Party of China.
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sbNtp108774
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g8
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Vhttp://dbpedia.org/resource/Ngonyezi_Pumped_Hydroelectric_Energy_Storage_Power_Station
p108777
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g8
NtRp108778
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VNgonyezi Pumped Hydroelectric Energy Storage Power Station
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g8
NtRp108781
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Nsg11
Vhttp://dbpedia.org/resource/Zimbabwe
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g8
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VRun of river
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Nsg17
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sbg6
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Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp108794
(dp108795
g16
Nsg17
Nsg11
VZimbabwe#Africa#World
p108796
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(g13
g8
NtRp108797
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VNgonyezi Pumped Hydroelectric Energy Storage Power Station, also Ngonyezi Power Station, is a planned 2,000 megawatt-hours (7,200 GJ) hydroelectric power station, across the Odzi River, a tributary of the Save River, in Zimbabwe. The power station is under development by Ngonyezi Projects Limited (NPL), a company based in Pretoria, South Africa. NPL will also build a floating solar farm on the existing Osborne Dam reservoir with capacity of 300 megawatts. On sunny days, the solar farm will supply energy to the grid directly. When the sun goes down or on cloudy/rainy days or during peak hours, the stored water in the upper reservoir will be turned on to produce hydroelectric power by turning turbines, as it flows to the lower reservoir. After the upper reservoir is empty, the solar farm wil
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g8
NtRp108800
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VPOINT(32.48722076416 -18.77805519104)
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g8
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VNierji Dam
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VChina
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V7.18
p108818
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g8
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g8
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Nsg17
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sbNg6
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NtRp108827
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VChina
p108829
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g8
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VThe Nierji Dam (Chinese: \u5c3c\u5c14\u57fa\u6c34\u5229\u67a2\u7ebd) is an embankment dam on the Nen River just north of Morin Dawa and on the border of Inner Mongolia and Heilongjiang Province, China. The dam was constructed between 2001 and 2006 for several purposes to include hydroelectric power generation, flood control, navigation and water supply.
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g8
NtRp108833
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p108839
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g8
NtRp108840
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V\u0413\u0415\u0421 Ní\u011brj\u012b
p108842
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g8
NtRp108843
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Nsg17
Nsg11
VChina
p108845
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V7.18
p108851
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g8
NtRp108852
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p108854
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p108857
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g8
NtRp108858
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VO
sbNg6
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g8
NtRp108860
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Nsg17
Nsg11
VChina
p108862
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g8
NtRp108863
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VThe Nierji Dam (Chinese: \u5c3c\u5c14\u57fa\u6c34\u5229\u67a2\u7ebd) is an embankment dam on the Nen River just north of Morin Dawa and on the border of Inner Mongolia and Heilongjiang Province, China. The dam was constructed between 2001 and 2006 for several purposes to include hydroelectric power generation, flood control, navigation and water supply.
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g8
NtRp108866
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VPOINT(124.52722167969 48.491943359375)
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sbtp108869
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g8
NtRp108870
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p108872
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NtRp108873
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V\u5c3c\u5c14\u57fa\u6c34\u5229\u67a2\u7ebd
p108875
sbg6
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g8
NtRp108876
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p108878
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V7.18
p108884
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NtRp108885
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p108887
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p108890
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VO
sbNg6
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g8
NtRp108893
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Nsg17
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p108895
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VThe Nierji Dam (Chinese: \u5c3c\u5c14\u57fa\u6c34\u5229\u67a2\u7ebd) is an embankment dam on the Nen River just north of Morin Dawa and on the border of Inner Mongolia and Heilongjiang Province, China. The dam was constructed between 2001 and 2006 for several purposes to include hydroelectric power generation, flood control, navigation and water supply.
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NtRp108906
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VNieterana Power Station
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VAustralia
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sbg6
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g8
NtRp108914
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Nsg17
g27
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V0.378
p108916
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NtRp108920
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NtRp108923
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VP
sbg6
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NtRp108925
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VAustralia Tasmania
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g8
NtRp108933
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VThe Nieterana Power Station is a small hydroelectric power station located in the Central Highlands region of Tasmania, Australia.
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g8
NtRp108943
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VOperational
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VSri Lanka
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VThe Nilambe Dam is a small hydroelectric dam build across the , measuring approximately 70 m (230 ft) in length. Water from the Nilambe Dam is transferred to the 3.2-megawatt Nilambe Power Station through a penstock measuring approximately 2.8 km (1.7 mi). The power station consists of two 1.6 MW generating units, which were commissioned in July 1988.
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VPOINT(80.63111114502 7.1883335113525)
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VO
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VThe Nillahcootie Dam, a rock and earth-fill embankment dam with a unique Gothic arch-shaped crest spillway across the Broken River that is located near Mansfield, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water and for irrigation. The impounded reservoir is called Lake Nillahcootie.
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VIrrigation
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p109037
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VThe Nillahcootie Dam, a rock and earth-fill embankment dam with a unique Gothic arch-shaped crest spillway across the Broken River that is located near Mansfield, in the Alpine region of Victoria, Australia. The dam's purpose is for the supply of potable water and for irrigation. The impounded reservoir is called Lake Nillahcootie.
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NtRp109051
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g16
Nsg17
Nsg11
VUnited States
p109053
sbNg6
(g13
g8
NtRp109054
(dp109055
g16
Nsg17
g27
sg11
V0.333146
p109056
sbg6
(g13
g8
NtRp109057
(dp109058
g16
Nsg17
g27
sg11
V40.2336
p109059
sbg6
(g7
g8
NtRp109060
(dp109061
g11
Vhttp://dbpedia.org/resource/Nimbus_Dam__Lake__1
p109062
sbg6
(g13
g8
NtRp109063
(dp109064
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bureau_of_Reclamation
p109065
sbNg6
(g13
g8
NtRp109066
(dp109067
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/American_River
p109068
sbg6
(g13
g8
NtRp109069
(dp109070
g16
Nsg17
Nsg11
VOperational
p109071
sbNNg6
(g13
g8
NtRp109072
(dp109073
g16
Nsg17
Nsg11
VThe Nimbus Dam is a base load hydroelectric dam on the American River near Folsom, California. Approximately 8,700 acre-feet (10,700 dam3) of water is retained by the dam. It is responsible for the impoundment of water from the American River to create the Lake Natoma reservoir. The dam stands 87 feet and spans 1,093 feet. The Nimbus powerplant consists of two generators. Each generator produces enough electrical power to power over 200,000 100-watt light bulbs, about 15,500 kilowatts of electrical power. Nimbus Dam consists of 18 radial gates, each with their own gate bays. These 18 gates today are the ones that were completed in 1955 along with the rest of the dam. Of the eighteen gates, four of them have had their coating system replaced. This protects the gates from a faster rate of co
p109074
sbg6
(g13
g8
NtRp109075
(dp109076
g16
Nsg17
Nsg11
VPOINT(-121.21980285645 38.636093139648)
p109077
sbtp109078
a(g6
(g7
g8
NtRp109079
(dp109080
g11
Vhttp://dbpedia.org/resource/Nindooinbah_Dam
p109081
sbg6
(g13
g8
NtRp109082
(dp109083
g16
Nsg17
Nsg11
VNindooinbah Dam
p109084
sbg6
(g13
g8
NtRp109085
(dp109086
g16
Nsg17
Nsg11
VAustralia
p109087
sbg6
(g13
g8
NtRp109088
(dp109089
g16
Nsg17
Nsg11
VE
sbNNg6
(g7
g8
NtRp109090
(dp109091
g11
Vhttp://dbpedia.org/resource/Nindooinbah_Dam__Lake__1
p109092
sbNg6
(g13
g8
NtRp109093
(dp109094
g16
Nsg17
Nsg11
VRecreation
p109095
sbg6
(g13
g8
NtRp109096
(dp109097
g16
Nsg17
Nsg11
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p109098
sbg6
(g13
g8
NtRp109099
(dp109100
g16
Nsg17
Nsg11
VD
sbNg6
(g13
g8
NtRp109101
(dp109102
g16
Nsg17
Nsg11
VQueensland
p109103
sbg6
(g13
g8
NtRp109104
(dp109105
g16
Nsg17
Nsg11
VThe Nindooinbah Dam is a decommissioned earth-fill embankment dam with an un-gated spillway located off-stream in the South East region of Queensland, Australia. The sole purpose of the dam is for recreation.
p109106
sbg6
(g13
g8
NtRp109107
(dp109108
g16
Nsg17
Nsg11
VPOINT(153.0308380127 -27.995555877686)
p109109
sbtp109110
a(g6
(g7
g8
NtRp109111
(dp109112
g11
Vhttp://dbpedia.org/resource/Niululing_Dam
p109113
sbg6
(g13
g8
NtRp109114
(dp109115
g16
Nsg17
Nsg11
VNiululing Dam
p109116
sbg6
(g13
g8
NtRp109117
(dp109118
g16
Nsg17
Nsg11
VChina
p109119
sbg6
(g13
g8
NtRp109120
(dp109121
g16
Nsg17
Nsg11
VGravity
p109122
sbg6
(g13
g8
NtRp109123
(dp109124
g16
Nsg17
g27
sg11
V0.341
p109125
sbg6
(g13
g8
NtRp109126
(dp109127
g16
Nsg17
g27
sg11
V115.5
p109128
sbg6
(g7
g8
NtRp109129
(dp109130
g11
Vhttp://dbpedia.org/resource/Niululing_Dam__Lake__1
p109131
sbNNg6
(g13
g8
NtRp109132
(dp109133
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wanquan_River
p109134
sbg6
(g13
g8
NtRp109135
(dp109136
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109137
(dp109138
g16
Nsg17
Nsg11
VHainan#China
p109139
sbg6
(g13
g8
NtRp109140
(dp109141
g16
Nsg17
Nsg11
VThe Niululing Dam is a gravity dam on a tributary of the Wanquan River in Hainan Province, China. It is located 39 km (24 mi) southwest of Qionghai. The dam serves to produce hydroelectricity and protect against floods. Plans for the dam began in 1965 and construction began in 1976. All four generators were commissioned between 1979 and 1982. Its power station has an 80 MW installed capacity.
p109142
sbg6
(g13
g8
NtRp109143
(dp109144
g16
Nsg17
Nsg11
VPOINT(110.19583129883 19.007223129272)
p109145
sbtp109146
a(g6
(g7
g8
NtRp109147
(dp109148
g11
Vhttp://dbpedia.org/resource/Niululing_Dam
p109149
sbg6
(g13
g8
NtRp109150
(dp109151
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Niúlùl\u01d0ng
p109152
sbg6
(g13
g8
NtRp109153
(dp109154
g16
Nsg17
Nsg11
VChina
p109155
sbg6
(g13
g8
NtRp109156
(dp109157
g16
Nsg17
Nsg11
VGravity
p109158
sbg6
(g13
g8
NtRp109159
(dp109160
g16
Nsg17
g27
sg11
V0.341
p109161
sbg6
(g13
g8
NtRp109162
(dp109163
g16
Nsg17
g27
sg11
V115.5
p109164
sbg6
(g7
g8
NtRp109165
(dp109166
g11
Vhttp://dbpedia.org/resource/Niululing_Dam__Lake__1
p109167
sbNNg6
(g13
g8
NtRp109168
(dp109169
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wanquan_River
p109170
sbg6
(g13
g8
NtRp109171
(dp109172
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109173
(dp109174
g16
Nsg17
Nsg11
VHainan#China
p109175
sbg6
(g13
g8
NtRp109176
(dp109177
g16
Nsg17
Nsg11
VThe Niululing Dam is a gravity dam on a tributary of the Wanquan River in Hainan Province, China. It is located 39 km (24 mi) southwest of Qionghai. The dam serves to produce hydroelectricity and protect against floods. Plans for the dam began in 1965 and construction began in 1976. All four generators were commissioned between 1979 and 1982. Its power station has an 80 MW installed capacity.
p109178
sbg6
(g13
g8
NtRp109179
(dp109180
g16
Nsg17
Nsg11
VPOINT(110.19583129883 19.007223129272)
p109181
sbtp109182
a(g6
(g7
g8
NtRp109183
(dp109184
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station
p109185
sbg6
(g13
g8
NtRp109186
(dp109187
g16
Nsg17
Nsg11
VNi\u017en\u011bkamská vodní elektrárna
p109188
sbg6
(g13
g8
NtRp109189
(dp109190
g16
Nsg17
Nsg11
VRussia
p109191
sbNg6
(g13
g8
NtRp109192
(dp109193
g16
Nsg17
g27
sg11
V3.9
p109194
sbNg6
(g7
g8
NtRp109195
(dp109196
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station__Lake__1
p109197
sbNNg6
(g13
g8
NtRp109198
(dp109199
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kama_River
p109200
sbg6
(g13
g8
NtRp109201
(dp109202
g16
Nsg17
Nsg11
VIn use
p109203
sbNg6
(g13
g8
NtRp109204
(dp109205
g16
Nsg17
Nsg11
VRussia Tatarstan#Russia
p109206
sbg6
(g13
g8
NtRp109207
(dp109208
g16
Nsg17
Nsg11
VThe Nizhnekamsk Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u043a\u0430\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421), also known as Lower Kama, is a dam and hydroelectric power station on the lower Kama River near Naberezhnye Chelny in Russia. The purpose of the dam is power production, navigation and water supply. It powers a 1,248 MW station with 16 x 78 MW Kaplan turbine-generators. Work on this dam began in 1963 and was not completed until 1990. Work on the reservoir is still done to help maintain it.
p109209
sbg6
(g13
g8
NtRp109210
(dp109211
g16
Nsg17
Nsg11
VPOINT(52.278331756592 55.699443817139)
p109212
sbtp109213
a(g6
(g7
g8
NtRp109214
(dp109215
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station
p109216
sbg6
(g13
g8
NtRp109217
(dp109218
g16
Nsg17
Nsg11
VBarrage de Nijnekamsk
p109219
sbg6
(g13
g8
NtRp109220
(dp109221
g16
Nsg17
Nsg11
VRussia
p109222
sbNg6
(g13
g8
NtRp109223
(dp109224
g16
Nsg17
g27
sg11
V3.9
p109225
sbNg6
(g7
g8
NtRp109226
(dp109227
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station__Lake__1
p109228
sbNNg6
(g13
g8
NtRp109229
(dp109230
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kama_River
p109231
sbg6
(g13
g8
NtRp109232
(dp109233
g16
Nsg17
Nsg11
VIn use
p109234
sbNg6
(g13
g8
NtRp109235
(dp109236
g16
Nsg17
Nsg11
VRussia Tatarstan#Russia
p109237
sbg6
(g13
g8
NtRp109238
(dp109239
g16
Nsg17
Nsg11
VThe Nizhnekamsk Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u043a\u0430\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421), also known as Lower Kama, is a dam and hydroelectric power station on the lower Kama River near Naberezhnye Chelny in Russia. The purpose of the dam is power production, navigation and water supply. It powers a 1,248 MW station with 16 x 78 MW Kaplan turbine-generators. Work on this dam began in 1963 and was not completed until 1990. Work on the reservoir is still done to help maintain it.
p109240
sbg6
(g13
g8
NtRp109241
(dp109242
g16
Nsg17
Nsg11
VPOINT(52.278331756592 55.699443817139)
p109243
sbtp109244
a(g6
(g7
g8
NtRp109245
(dp109246
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station
p109247
sbg6
(g13
g8
NtRp109248
(dp109249
g16
Nsg17
Nsg11
VNizhnekamsk Hydroelectric Station
p109250
sbg6
(g13
g8
NtRp109251
(dp109252
g16
Nsg17
Nsg11
VRussia
p109253
sbNg6
(g13
g8
NtRp109254
(dp109255
g16
Nsg17
g27
sg11
V3.9
p109256
sbNg6
(g7
g8
NtRp109257
(dp109258
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station__Lake__1
p109259
sbNNg6
(g13
g8
NtRp109260
(dp109261
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kama_River
p109262
sbg6
(g13
g8
NtRp109263
(dp109264
g16
Nsg17
Nsg11
VIn use
p109265
sbNg6
(g13
g8
NtRp109266
(dp109267
g16
Nsg17
Nsg11
VRussia Tatarstan#Russia
p109268
sbg6
(g13
g8
NtRp109269
(dp109270
g16
Nsg17
Nsg11
VThe Nizhnekamsk Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u043a\u0430\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421), also known as Lower Kama, is a dam and hydroelectric power station on the lower Kama River near Naberezhnye Chelny in Russia. The purpose of the dam is power production, navigation and water supply. It powers a 1,248 MW station with 16 x 78 MW Kaplan turbine-generators. Work on this dam began in 1963 and was not completed until 1990. Work on the reservoir is still done to help maintain it.
p109271
sbg6
(g13
g8
NtRp109272
(dp109273
g16
Nsg17
Nsg11
VPOINT(52.278331756592 55.699443817139)
p109274
sbtp109275
a(g6
(g7
g8
NtRp109276
(dp109277
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station
p109278
sbg6
(g13
g8
NtRp109279
(dp109280
g16
Nsg17
Nsg11
V\u041d\u0438\u0436\u043d\u0435\u043a\u0430\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p109281
sbg6
(g13
g8
NtRp109282
(dp109283
g16
Nsg17
Nsg11
VRussia
p109284
sbNg6
(g13
g8
NtRp109285
(dp109286
g16
Nsg17
g27
sg11
V3.9
p109287
sbNg6
(g7
g8
NtRp109288
(dp109289
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station__Lake__1
p109290
sbNNg6
(g13
g8
NtRp109291
(dp109292
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kama_River
p109293
sbg6
(g13
g8
NtRp109294
(dp109295
g16
Nsg17
Nsg11
VIn use
p109296
sbNg6
(g13
g8
NtRp109297
(dp109298
g16
Nsg17
Nsg11
VRussia Tatarstan#Russia
p109299
sbg6
(g13
g8
NtRp109300
(dp109301
g16
Nsg17
Nsg11
VThe Nizhnekamsk Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u043a\u0430\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421), also known as Lower Kama, is a dam and hydroelectric power station on the lower Kama River near Naberezhnye Chelny in Russia. The purpose of the dam is power production, navigation and water supply. It powers a 1,248 MW station with 16 x 78 MW Kaplan turbine-generators. Work on this dam began in 1963 and was not completed until 1990. Work on the reservoir is still done to help maintain it.
p109302
sbg6
(g13
g8
NtRp109303
(dp109304
g16
Nsg17
Nsg11
VPOINT(52.278331756592 55.699443817139)
p109305
sbtp109306
a(g6
(g7
g8
NtRp109307
(dp109308
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station
p109309
sbg6
(g13
g8
NtRp109310
(dp109311
g16
Nsg17
Nsg11
V\u041d\u0438\u0436\u043d\u044c\u043e\u043a\u0430\u043c\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p109312
sbg6
(g13
g8
NtRp109313
(dp109314
g16
Nsg17
Nsg11
VRussia
p109315
sbNg6
(g13
g8
NtRp109316
(dp109317
g16
Nsg17
g27
sg11
V3.9
p109318
sbNg6
(g7
g8
NtRp109319
(dp109320
g11
Vhttp://dbpedia.org/resource/Nizhnekamsk_Hydroelectric_Station__Lake__1
p109321
sbNNg6
(g13
g8
NtRp109322
(dp109323
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kama_River
p109324
sbg6
(g13
g8
NtRp109325
(dp109326
g16
Nsg17
Nsg11
VIn use
p109327
sbNg6
(g13
g8
NtRp109328
(dp109329
g16
Nsg17
Nsg11
VRussia Tatarstan#Russia
p109330
sbg6
(g13
g8
NtRp109331
(dp109332
g16
Nsg17
Nsg11
VThe Nizhnekamsk Hydroelectric Station (Russian: \u041d\u0438\u0436\u043d\u0435\u043a\u0430\u043c\u0441\u043a\u0430\u044f \u0413\u042d\u0421), also known as Lower Kama, is a dam and hydroelectric power station on the lower Kama River near Naberezhnye Chelny in Russia. The purpose of the dam is power production, navigation and water supply. It powers a 1,248 MW station with 16 x 78 MW Kaplan turbine-generators. Work on this dam began in 1963 and was not completed until 1990. Work on the reservoir is still done to help maintain it.
p109333
sbg6
(g13
g8
NtRp109334
(dp109335
g16
Nsg17
Nsg11
VPOINT(52.278331756592 55.699443817139)
p109336
sbtp109337
a(g6
(g7
g8
NtRp109338
(dp109339
g11
Vhttp://dbpedia.org/resource/Nkusi_Hydroelectric_Power_Station
p109340
sbg6
(g13
g8
NtRp109341
(dp109342
g16
Nsg17
Nsg11
VNkusi Hydroelectric Power Station
p109343
sbg6
(g13
g8
NtRp109344
(dp109345
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p109346
sbNNNg6
(g7
g8
NtRp109347
(dp109348
g11
Vhttp://dbpedia.org/resource/Nkusi_Hydroelectric_Power_Station__Lake__1
p109349
sbNNg6
(g13
g8
NtRp109350
(dp109351
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nkusi_River
p109352
sbg6
(g13
g8
NtRp109353
(dp109354
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109355
(dp109356
g16
Nsg17
Nsg11
VUganda
p109357
sbg6
(g13
g8
NtRp109358
(dp109359
g16
Nsg17
Nsg11
VNkusi Hydroelectric Power Station, also referred to as Nkusi Power Station, is a 9.6 MW (12,900 hp) hydroelectric power station in the Western Region of Uganda.
p109360
sbg6
(g13
g8
NtRp109361
(dp109362
g16
Nsg17
Nsg11
VPOINT(30.668056488037 1.1194444894791)
p109363
sbtp109364
a(g6
(g7
g8
NtRp109365
(dp109366
g11
Vhttp://dbpedia.org/resource/Nnywane_Dam
p109367
sbg6
(g13
g8
NtRp109368
(dp109369
g16
Nsg17
Nsg11
VNnywane Dam
p109370
sbg6
(g13
g8
NtRp109371
(dp109372
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botswana
p109373
sbNNNg6
(g7
g8
NtRp109374
(dp109375
g11
Vhttp://dbpedia.org/resource/Nnywane_Dam__Lake__1
p109376
sbNg6
(g13
g8
NtRp109377
(dp109378
g16
Nsg17
Nsg11
VUrban water supply
p109379
sbNNNg6
(g13
g8
NtRp109380
(dp109381
g16
Nsg17
Nsg11
VBotswana
p109382
sbg6
(g13
g8
NtRp109383
(dp109384
g16
Nsg17
Nsg11
VThe Nnywane Dam is a dam on the in Botswana.The reservoir provides a water supply to Lobatse, a town 70 kilometres (43 mi) south of Gaborone.Water from the reservoir may also be transferred to Gaborone if needed.
p109385
sbg6
(g13
g8
NtRp109386
(dp109387
g16
Nsg17
Nsg11
VPOINT(25.689567565918 -25.115398406982)
p109388
sbtp109389
a(g6
(g7
g8
NtRp109390
(dp109391
g11
Vhttp://dbpedia.org/resource/Nooitgedacht_Dam
p109392
sbg6
(g13
g8
NtRp109393
(dp109394
g16
Nsg17
Nsg11
VNooitgedacht Dam
p109395
sbg6
(g13
g8
NtRp109396
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VIrrigation
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VNooitgedacht Dam is an earth-fill type dam located on the Komati River in South Africa. It was established in 1962 and serves mainly for irrigation purposes as well as municipal and industrial use. The hazard potential of the dam has been ranked high (3).
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VThe Nordsvorka Hydroelectric Power Station (Norwegian: Nordsvorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 9 kilometers (5.6 mi) northeast of the village of Sylte. It utilizes a drop of 39 meters (128 ft) on the Nordsvorka River. The river flows from the lake Geitøyvatnet (approximately 336 meters or 1,102 feet) to the lake Langvatnet (approximately 276 meters or 906 feet). It has a Francis turbine and operates at an installed capacity of 2.3 MW, and has an average annual production of about 12.5 GWh. The plant came into operation in 2007 and is owned 50% each by Svorka Energi and Statkraft.
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VNordsvorka Hydroelectric Power Station
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VThe Nordsvorka Hydroelectric Power Station (Norwegian: Nordsvorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 9 kilometers (5.6 mi) northeast of the village of Sylte. It utilizes a drop of 39 meters (128 ft) on the Nordsvorka River. The river flows from the lake Geitøyvatnet (approximately 336 meters or 1,102 feet) to the lake Langvatnet (approximately 276 meters or 906 feet). It has a Francis turbine and operates at an installed capacity of 2.3 MW, and has an average annual production of about 12.5 GWh. The plant came into operation in 2007 and is owned 50% each by Svorka Energi and Statkraft.
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VThe Nordsvorka Hydroelectric Power Station (Norwegian: Nordsvorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 9 kilometers (5.6 mi) northeast of the village of Sylte. It utilizes a drop of 39 meters (128 ft) on the Nordsvorka River. The river flows from the lake Geitøyvatnet (approximately 336 meters or 1,102 feet) to the lake Langvatnet (approximately 276 meters or 906 feet). It has a Francis turbine and operates at an installed capacity of 2.3 MW, and has an average annual production of about 12.5 GWh. The plant came into operation in 2007 and is owned 50% each by Svorka Energi and Statkraft.
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VUSA West
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VNorth Dam is an earth-fill embankment dam near the town of Grand Coulee in Grant County, Washington, United States. Construction of the dam began in 1946 and it was completed in 1951. Along with Dry Falls Dam about 22 mi (35 km) to the southeast, North Dam creates the reservoir Banks Lake within the ancient Grand Coulee riverbed. The lake serves as the equalizer reservoir of the Columbia Basin Project. Near the North Dam's left abutment is the entrance to the feeder canal of the project. The canal serves to either deliver water to the Pump-generating plant at Grand Coulee Dam or return water to Banks Lake from the same pumped-storage plant.
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VNorth Dandalup Dam is a dam in Western Australia. It is located 63.8 kilometres (39.6 mi) south of Perth in the Darling Scarp, which forms the western border of the Darling Ranges. Constructed in 1994, it was opened by the then state Premier Richard Court in October of that year. It was the final project in a dam-building scheme that also includes the Victoria and Conjurunjup Dams.
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VNorth Dandalup Dam is a dam in Western Australia. It is located 63.8 kilometres (39.6 mi) south of Perth in the Darling Scarp, which forms the western border of the Darling Ranges. Constructed in 1994, it was opened by the then state Premier Richard Court in October of that year. It was the final project in a dam-building scheme that also includes the Victoria and Conjurunjup Dams.
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VNorth Fork Dam (Clackamas County, Oregon)
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VThe North Fork Dam is on the Clackamas River, about five miles upriver from Estacada, Oregon. It was built in 1958. The North Fork Reservoir is behind it.
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VThe North Fork Dam is on the Clackamas River, about five miles upriver from Estacada, Oregon. It was built in 1958. The North Fork Reservoir is behind it.
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VThe North Fork Dam is on the Clackamas River, about five miles upriver from Estacada, Oregon. It was built in 1958. The North Fork Reservoir is behind it.
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VThe North Fork Dam is on the Clackamas River, about five miles upriver from Estacada, Oregon. It was built in 1958. The North Fork Reservoir is behind it.
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VNorth Hartland Dam (National ID # VT00002) is a dam on the Ottauquechee River in Hartland, Windsor County, Vermont. The earthen dam was constructed between 1958-1961 by the United States Army Corps of Engineers, with a height of 182 feet (55 m), and a length of 1,640 feet (500 m) at its crest. It impounds the river for flood control and storm water management. The dam is owned and operated by the New England District, North Atlantic Division, U.S. Army Corps of Engineers.
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VNorth Pine Dam
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VThe North Pine Dam is a mass concrete gravity dam with earth-fill embankments on abutments with a gated spillway across the North Pine River that is located in the South East region of Queensland, Australia. The main purpose of the dam is for supply of potable water for the Moreton Bay region and Brisbane's northern suburbs. The impounded reservoir is called Lake Samsonvale.
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VThe Norton Dam (also sometimes called the Norton Bridge Dam) is the gravity dam built across the Kehelgamu Oya, which is a main tributary to the Kelani River. The dam is built at Norton Bridge, in the Central Province of Sri Lanka.
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V\u0413\u042d\u0421 \u041d\u043e\u0432\u0430 \u0410\u0432\u0430\u043d\u044c\u044f\u043d\u0434\u0430\u0432\u0430
p109733
sbg6
(g13
g8
NtRp109734
(dp109735
g16
Nsg17
Nsg11
VBrazil
p109736
sbg6
(g13
g8
NtRp109737
(dp109738
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p109739
sbg6
(g13
g8
NtRp109740
(dp109741
g16
Nsg17
g27
sg11
V2.038
p109742
sbNg6
(g7
g8
NtRp109743
(dp109744
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam__Lake__1
p109745
sbNg6
(g13
g8
NtRp109746
(dp109747
g16
Nsg17
Nsg11
VPower, navigation
p109748
sbg6
(g13
g8
NtRp109749
(dp109750
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p109751
sbg6
(g13
g8
NtRp109752
(dp109753
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109754
(dp109755
g16
Nsg17
Nsg11
VBrazil
p109756
sbg6
(g13
g8
NtRp109757
(dp109758
g16
Nsg17
Nsg11
VThe Nova Avanhandava Dam is an embankment dam with gravity sections on the Tietê River about 8.5 km (5.3 mi) southwest of Buritama in São Paulo state of Brazil. It supports a 347.4 megawatts (465,900 hp) hydroelectric power station. The dam was completed in 1982 and its three 115.8 megawatts (155,300 hp) Kaplan turbine-generators were commissioned by the same year. It is owned and operated by AES Tietê. The dam also provides for navigation with two ship locks.
p109759
sbg6
(g13
g8
NtRp109760
(dp109761
g16
Nsg17
Nsg11
VPOINT(-50.201240539551 -21.118242263794)
p109762
sbtp109763
a(g6
(g7
g8
NtRp109764
(dp109765
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam
p109766
sbg6
(g13
g8
NtRp109767
(dp109768
g16
Nsg17
Nsg11
VUsina Hidrelétrica de Nova Avanhandava
p109769
sbg6
(g13
g8
NtRp109770
(dp109771
g16
Nsg17
Nsg11
VBrazil
p109772
sbg6
(g13
g8
NtRp109773
(dp109774
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p109775
sbg6
(g13
g8
NtRp109776
(dp109777
g16
Nsg17
g27
sg11
V2.038
p109778
sbNg6
(g7
g8
NtRp109779
(dp109780
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam__Lake__1
p109781
sbNg6
(g13
g8
NtRp109782
(dp109783
g16
Nsg17
Nsg11
VPower, navigation
p109784
sbg6
(g13
g8
NtRp109785
(dp109786
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p109787
sbg6
(g13
g8
NtRp109788
(dp109789
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109790
(dp109791
g16
Nsg17
Nsg11
VBrazil
p109792
sbg6
(g13
g8
NtRp109793
(dp109794
g16
Nsg17
Nsg11
VThe Nova Avanhandava Dam is an embankment dam with gravity sections on the Tietê River about 8.5 km (5.3 mi) southwest of Buritama in São Paulo state of Brazil. It supports a 347.4 megawatts (465,900 hp) hydroelectric power station. The dam was completed in 1982 and its three 115.8 megawatts (155,300 hp) Kaplan turbine-generators were commissioned by the same year. It is owned and operated by AES Tietê. The dam also provides for navigation with two ship locks.
p109795
sbg6
(g13
g8
NtRp109796
(dp109797
g16
Nsg17
Nsg11
VPOINT(-50.201240539551 -21.118242263794)
p109798
sbtp109799
a(g6
(g7
g8
NtRp109800
(dp109801
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam
p109802
sbg6
(g13
g8
NtRp109803
(dp109804
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u043e\u0432\u0430-\u0410\u0432\u0430\u043d\u044c\u044f\u043d\u0434\u0430\u0432\u0430
p109805
sbg6
(g13
g8
NtRp109806
(dp109807
g16
Nsg17
Nsg11
VBrazil
p109808
sbg6
(g13
g8
NtRp109809
(dp109810
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p109811
sbg6
(g13
g8
NtRp109812
(dp109813
g16
Nsg17
g27
sg11
V2.038
p109814
sbNg6
(g7
g8
NtRp109815
(dp109816
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam__Lake__1
p109817
sbNg6
(g13
g8
NtRp109818
(dp109819
g16
Nsg17
Nsg11
VPower, navigation
p109820
sbg6
(g13
g8
NtRp109821
(dp109822
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p109823
sbg6
(g13
g8
NtRp109824
(dp109825
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109826
(dp109827
g16
Nsg17
Nsg11
VBrazil
p109828
sbg6
(g13
g8
NtRp109829
(dp109830
g16
Nsg17
Nsg11
VThe Nova Avanhandava Dam is an embankment dam with gravity sections on the Tietê River about 8.5 km (5.3 mi) southwest of Buritama in São Paulo state of Brazil. It supports a 347.4 megawatts (465,900 hp) hydroelectric power station. The dam was completed in 1982 and its three 115.8 megawatts (155,300 hp) Kaplan turbine-generators were commissioned by the same year. It is owned and operated by AES Tietê. The dam also provides for navigation with two ship locks.
p109831
sbg6
(g13
g8
NtRp109832
(dp109833
g16
Nsg17
Nsg11
VPOINT(-50.201240539551 -21.118242263794)
p109834
sbtp109835
a(g6
(g7
g8
NtRp109836
(dp109837
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam
p109838
sbg6
(g13
g8
NtRp109839
(dp109840
g16
Nsg17
Nsg11
VNova Avanhandava Dam
p109841
sbg6
(g13
g8
NtRp109842
(dp109843
g16
Nsg17
Nsg11
VBrazil
p109844
sbg6
(g13
g8
NtRp109845
(dp109846
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p109847
sbg6
(g13
g8
NtRp109848
(dp109849
g16
Nsg17
g27
sg11
V2.038
p109850
sbNg6
(g7
g8
NtRp109851
(dp109852
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam__Lake__1
p109853
sbNg6
(g13
g8
NtRp109854
(dp109855
g16
Nsg17
Nsg11
VPower, navigation
p109856
sbg6
(g13
g8
NtRp109857
(dp109858
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p109859
sbg6
(g13
g8
NtRp109860
(dp109861
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109862
(dp109863
g16
Nsg17
Nsg11
VBrazil
p109864
sbg6
(g13
g8
NtRp109865
(dp109866
g16
Nsg17
Nsg11
VThe Nova Avanhandava Dam is an embankment dam with gravity sections on the Tietê River about 8.5 km (5.3 mi) southwest of Buritama in São Paulo state of Brazil. It supports a 347.4 megawatts (465,900 hp) hydroelectric power station. The dam was completed in 1982 and its three 115.8 megawatts (155,300 hp) Kaplan turbine-generators were commissioned by the same year. It is owned and operated by AES Tietê. The dam also provides for navigation with two ship locks.
p109867
sbg6
(g13
g8
NtRp109868
(dp109869
g16
Nsg17
Nsg11
VPOINT(-50.201240539551 -21.118242263794)
p109870
sbtp109871
a(g6
(g7
g8
NtRp109872
(dp109873
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam
p109874
sbg6
(g13
g8
NtRp109875
(dp109876
g16
Nsg17
Nsg11
VRepresa de Nova Avanhandava
p109877
sbg6
(g13
g8
NtRp109878
(dp109879
g16
Nsg17
Nsg11
VBrazil
p109880
sbg6
(g13
g8
NtRp109881
(dp109882
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p109883
sbg6
(g13
g8
NtRp109884
(dp109885
g16
Nsg17
g27
sg11
V2.038
p109886
sbNg6
(g7
g8
NtRp109887
(dp109888
g11
Vhttp://dbpedia.org/resource/Nova_Avanhandava_Dam__Lake__1
p109889
sbNg6
(g13
g8
NtRp109890
(dp109891
g16
Nsg17
Nsg11
VPower, navigation
p109892
sbg6
(g13
g8
NtRp109893
(dp109894
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p109895
sbg6
(g13
g8
NtRp109896
(dp109897
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp109898
(dp109899
g16
Nsg17
Nsg11
VBrazil
p109900
sbg6
(g13
g8
NtRp109901
(dp109902
g16
Nsg17
Nsg11
VThe Nova Avanhandava Dam is an embankment dam with gravity sections on the Tietê River about 8.5 km (5.3 mi) southwest of Buritama in São Paulo state of Brazil. It supports a 347.4 megawatts (465,900 hp) hydroelectric power station. The dam was completed in 1982 and its three 115.8 megawatts (155,300 hp) Kaplan turbine-generators were commissioned by the same year. It is owned and operated by AES Tietê. The dam also provides for navigation with two ship locks.
p109903
sbg6
(g13
g8
NtRp109904
(dp109905
g16
Nsg17
Nsg11
VPOINT(-50.201240539551 -21.118242263794)
p109906
sbtp109907
a(g6
(g7
g8
NtRp109908
(dp109909
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station
p109910
sbg6
(g13
g8
NtRp109911
(dp109912
g16
Nsg17
Nsg11
V\u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p109913
sbg6
(g13
g8
NtRp109914
(dp109915
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p109916
sbg6
(g13
g8
NtRp109917
(dp109918
g16
Nsg17
Nsg11
VConcrete
p109919
sbNNg6
(g7
g8
NtRp109920
(dp109921
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station__Lake__1
p109922
sbNg6
(g13
g8
NtRp109923
(dp109924
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp109925
(dp109926
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p109927
sbg6
(g13
g8
NtRp109928
(dp109929
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp109930
(dp109931
g16
Nsg17
Nsg11
VNovosibirsk Hydroelectric Station (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f) is a hydroelectric power plant on the Ob River. It is located in Sovetsky City District of Novosibirsk, Russia.
p109932
sbNtp109933
a(g6
(g7
g8
NtRp109934
(dp109935
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station
p109936
sbg6
(g13
g8
NtRp109937
(dp109938
g16
Nsg17
Nsg11
VNovosibirská vodní elektrárna
p109939
sbg6
(g13
g8
NtRp109940
(dp109941
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p109942
sbg6
(g13
g8
NtRp109943
(dp109944
g16
Nsg17
Nsg11
VConcrete
p109945
sbNNg6
(g7
g8
NtRp109946
(dp109947
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station__Lake__1
p109948
sbNg6
(g13
g8
NtRp109949
(dp109950
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp109951
(dp109952
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p109953
sbg6
(g13
g8
NtRp109954
(dp109955
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp109956
(dp109957
g16
Nsg17
Nsg11
VNovosibirsk Hydroelectric Station (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f) is a hydroelectric power plant on the Ob River. It is located in Sovetsky City District of Novosibirsk, Russia.
p109958
sbNtp109959
a(g6
(g7
g8
NtRp109960
(dp109961
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station
p109962
sbg6
(g13
g8
NtRp109963
(dp109964
g16
Nsg17
Nsg11
V\u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0456\u0440\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p109965
sbg6
(g13
g8
NtRp109966
(dp109967
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p109968
sbg6
(g13
g8
NtRp109969
(dp109970
g16
Nsg17
Nsg11
VConcrete
p109971
sbNNg6
(g7
g8
NtRp109972
(dp109973
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station__Lake__1
p109974
sbNg6
(g13
g8
NtRp109975
(dp109976
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp109977
(dp109978
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p109979
sbg6
(g13
g8
NtRp109980
(dp109981
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp109982
(dp109983
g16
Nsg17
Nsg11
VNovosibirsk Hydroelectric Station (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f) is a hydroelectric power plant on the Ob River. It is located in Sovetsky City District of Novosibirsk, Russia.
p109984
sbNtp109985
a(g6
(g7
g8
NtRp109986
(dp109987
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station
p109988
sbg6
(g13
g8
NtRp109989
(dp109990
g16
Nsg17
Nsg11
VNovosibirska hidroelektra centralo
p109991
sbg6
(g13
g8
NtRp109992
(dp109993
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p109994
sbg6
(g13
g8
NtRp109995
(dp109996
g16
Nsg17
Nsg11
VConcrete
p109997
sbNNg6
(g7
g8
NtRp109998
(dp109999
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station__Lake__1
p110000
sbNg6
(g13
g8
NtRp110001
(dp110002
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110003
(dp110004
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110005
sbg6
(g13
g8
NtRp110006
(dp110007
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110008
(dp110009
g16
Nsg17
Nsg11
VNovosibirsk Hydroelectric Station (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f) is a hydroelectric power plant on the Ob River. It is located in Sovetsky City District of Novosibirsk, Russia.
p110010
sbNtp110011
a(g6
(g7
g8
NtRp110012
(dp110013
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station
p110014
sbg6
(g13
g8
NtRp110015
(dp110016
g16
Nsg17
Nsg11
VNovosibirsk Hydroelectric Station
p110017
sbg6
(g13
g8
NtRp110018
(dp110019
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110020
sbg6
(g13
g8
NtRp110021
(dp110022
g16
Nsg17
Nsg11
VConcrete
p110023
sbNNg6
(g7
g8
NtRp110024
(dp110025
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Hydroelectric_Station__Lake__1
p110026
sbNg6
(g13
g8
NtRp110027
(dp110028
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110029
(dp110030
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110031
sbg6
(g13
g8
NtRp110032
(dp110033
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110034
(dp110035
g16
Nsg17
Nsg11
VNovosibirsk Hydroelectric Station (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u0430\u044f \u0433\u0438\u0434\u0440\u043e\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f) is a hydroelectric power plant on the Ob River. It is located in Sovetsky City District of Novosibirsk, Russia.
p110036
sbNtp110037
a(g6
(g7
g8
NtRp110038
(dp110039
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110040
sbg6
(g13
g8
NtRp110041
(dp110042
g16
Nsg17
Nsg11
VNowosibirsker Stausee
p110043
sbg6
(g13
g8
NtRp110044
(dp110045
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110046
sbNNNg6
(g7
g8
NtRp110047
(dp110048
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110049
sbNg6
(g13
g8
NtRp110050
(dp110051
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110052
(dp110053
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110054
sbg6
(g13
g8
NtRp110055
(dp110056
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110057
(dp110058
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110059
sbg6
(g13
g8
NtRp110060
(dp110061
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110062
sbtp110063
a(g6
(g7
g8
NtRp110064
(dp110065
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110066
sbg6
(g13
g8
NtRp110067
(dp110068
g16
Nsg17
Nsg11
VNovosibirská p\u0159ehradní nádr\u017e
p110069
sbg6
(g13
g8
NtRp110070
(dp110071
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110072
sbNNNg6
(g7
g8
NtRp110073
(dp110074
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110075
sbNg6
(g13
g8
NtRp110076
(dp110077
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110078
(dp110079
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110080
sbg6
(g13
g8
NtRp110081
(dp110082
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110083
(dp110084
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110085
sbg6
(g13
g8
NtRp110086
(dp110087
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110088
sbtp110089
a(g6
(g7
g8
NtRp110090
(dp110091
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110092
sbg6
(g13
g8
NtRp110093
(dp110094
g16
Nsg17
Nsg11
VEmbassament de Novossibirsk
p110095
sbg6
(g13
g8
NtRp110096
(dp110097
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110098
sbNNNg6
(g7
g8
NtRp110099
(dp110100
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110101
sbNg6
(g13
g8
NtRp110102
(dp110103
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110104
(dp110105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110106
sbg6
(g13
g8
NtRp110107
(dp110108
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110109
(dp110110
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110111
sbg6
(g13
g8
NtRp110112
(dp110113
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110114
sbtp110115
a(g6
(g7
g8
NtRp110116
(dp110117
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110118
sbg6
(g13
g8
NtRp110119
(dp110120
g16
Nsg17
Nsg11
VRéservoir de Novossibirsk
p110121
sbg6
(g13
g8
NtRp110122
(dp110123
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110124
sbNNNg6
(g7
g8
NtRp110125
(dp110126
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110127
sbNg6
(g13
g8
NtRp110128
(dp110129
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110130
(dp110131
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110132
sbg6
(g13
g8
NtRp110133
(dp110134
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110135
(dp110136
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110137
sbg6
(g13
g8
NtRp110138
(dp110139
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110140
sbtp110141
a(g6
(g7
g8
NtRp110142
(dp110143
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110144
sbg6
(g13
g8
NtRp110145
(dp110146
g16
Nsg17
Nsg11
V\u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u043b\u0438\u0449\u0435
p110147
sbg6
(g13
g8
NtRp110148
(dp110149
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110150
sbNNNg6
(g7
g8
NtRp110151
(dp110152
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110153
sbNg6
(g13
g8
NtRp110154
(dp110155
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110156
(dp110157
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110158
sbg6
(g13
g8
NtRp110159
(dp110160
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110161
(dp110162
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110163
sbg6
(g13
g8
NtRp110164
(dp110165
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110166
sbtp110167
a(g6
(g7
g8
NtRp110168
(dp110169
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110170
sbg6
(g13
g8
NtRp110171
(dp110172
g16
Nsg17
Nsg11
VAlbufeira de Novosibirsk
p110173
sbg6
(g13
g8
NtRp110174
(dp110175
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110176
sbNNNg6
(g7
g8
NtRp110177
(dp110178
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110179
sbNg6
(g13
g8
NtRp110180
(dp110181
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110182
(dp110183
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110184
sbg6
(g13
g8
NtRp110185
(dp110186
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110187
(dp110188
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110189
sbg6
(g13
g8
NtRp110190
(dp110191
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110192
sbtp110193
a(g6
(g7
g8
NtRp110194
(dp110195
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110196
sbg6
(g13
g8
NtRp110197
(dp110198
g16
Nsg17
Nsg11
VEmbalse de Novosibirsk
p110199
sbg6
(g13
g8
NtRp110200
(dp110201
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110202
sbNNNg6
(g7
g8
NtRp110203
(dp110204
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110205
sbNg6
(g13
g8
NtRp110206
(dp110207
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110208
(dp110209
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110210
sbg6
(g13
g8
NtRp110211
(dp110212
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110213
(dp110214
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110215
sbg6
(g13
g8
NtRp110216
(dp110217
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110218
sbtp110219
a(g6
(g7
g8
NtRp110220
(dp110221
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110222
sbg6
(g13
g8
NtRp110223
(dp110224
g16
Nsg17
Nsg11
V\u65b0\u897f\u4f2f\u5229\u4e9e\u6c34\u5eab
p110225
sbg6
(g13
g8
NtRp110226
(dp110227
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110228
sbNNNg6
(g7
g8
NtRp110229
(dp110230
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110231
sbNg6
(g13
g8
NtRp110232
(dp110233
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110234
(dp110235
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110236
sbg6
(g13
g8
NtRp110237
(dp110238
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110239
(dp110240
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110241
sbg6
(g13
g8
NtRp110242
(dp110243
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110244
sbtp110245
a(g6
(g7
g8
NtRp110246
(dp110247
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110248
sbg6
(g13
g8
NtRp110249
(dp110250
g16
Nsg17
Nsg11
VBacino di Novosibirsk
p110251
sbg6
(g13
g8
NtRp110252
(dp110253
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110254
sbNNNg6
(g7
g8
NtRp110255
(dp110256
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110257
sbNg6
(g13
g8
NtRp110258
(dp110259
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110260
(dp110261
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110262
sbg6
(g13
g8
NtRp110263
(dp110264
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110265
(dp110266
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110267
sbg6
(g13
g8
NtRp110268
(dp110269
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110270
sbtp110271
a(g6
(g7
g8
NtRp110272
(dp110273
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110274
sbg6
(g13
g8
NtRp110275
(dp110276
g16
Nsg17
Nsg11
VZbiornik Nowosybirski
p110277
sbg6
(g13
g8
NtRp110278
(dp110279
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110280
sbNNNg6
(g7
g8
NtRp110281
(dp110282
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110283
sbNg6
(g13
g8
NtRp110284
(dp110285
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110286
(dp110287
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110288
sbg6
(g13
g8
NtRp110289
(dp110290
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110291
(dp110292
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110293
sbg6
(g13
g8
NtRp110294
(dp110295
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110296
sbtp110297
a(g6
(g7
g8
NtRp110298
(dp110299
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110300
sbg6
(g13
g8
NtRp110301
(dp110302
g16
Nsg17
Nsg11
V\u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0456\u0440\u0441\u044c\u043a\u0435 \u0432\u043e\u0434\u043e\u0441\u0445\u043e\u0432\u0438\u0449\u0435
p110303
sbg6
(g13
g8
NtRp110304
(dp110305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110306
sbNNNg6
(g7
g8
NtRp110307
(dp110308
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110309
sbNg6
(g13
g8
NtRp110310
(dp110311
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110312
(dp110313
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110314
sbg6
(g13
g8
NtRp110315
(dp110316
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110317
(dp110318
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110319
sbg6
(g13
g8
NtRp110320
(dp110321
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110322
sbtp110323
a(g6
(g7
g8
NtRp110324
(dp110325
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110326
sbg6
(g13
g8
NtRp110327
(dp110328
g16
Nsg17
Nsg11
VStuwmeer van Novosibirsk
p110329
sbg6
(g13
g8
NtRp110330
(dp110331
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110332
sbNNNg6
(g7
g8
NtRp110333
(dp110334
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110335
sbNg6
(g13
g8
NtRp110336
(dp110337
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110338
(dp110339
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110340
sbg6
(g13
g8
NtRp110341
(dp110342
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110343
(dp110344
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110345
sbg6
(g13
g8
NtRp110346
(dp110347
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110348
sbtp110349
a(g6
(g7
g8
NtRp110350
(dp110351
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir
p110352
sbg6
(g13
g8
NtRp110353
(dp110354
g16
Nsg17
Nsg11
VNovosibirsk Reservoir
p110355
sbg6
(g13
g8
NtRp110356
(dp110357
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Russian_Federation
p110358
sbNNNg6
(g7
g8
NtRp110359
(dp110360
g11
Vhttp://dbpedia.org/resource/Novosibirsk_Reservoir__Lake__1
p110361
sbNg6
(g13
g8
NtRp110362
(dp110363
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110364
(dp110365
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ob_River
p110366
sbg6
(g13
g8
NtRp110367
(dp110368
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110369
(dp110370
g16
Nsg17
Nsg11
VNovosibirsk Reservoir or Novosibirskoye Reservoir (Russian: \u041d\u043e\u0432\u043e\u0441\u0438\u0431\u0438\u0301\u0440\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u0301\u043b\u0438\u0449\u0435), informally called the Ob Sea (\u041e\u0431\u0441\u043a\u043e\u0301\u0435 \u043c\u043e\u0301\u0440\u0435), is the largest artificial lake in Novosibirsk Oblast and Altai Krai, Russian Federation. It was created by a 33 m high concrete dam on the Ob River built in Novosibirsk. The dam, built in 1956, provides a water reservoir for generating hydroelectric power via Novosibirsk Hydroelectric Station. The reservoir is 200 km long and up to 17 km wide. Its area is 1,070 km2 and its volume is 8.8 km3 (at normal water level). Its average depth is 8.3 m. The design hydroelectric power output is 460 MW, the average energy production is 1,687 GWh per year. The normal water level (the level of active storage) is 113,5 meters, the maximum water level (the level of flood
p110371
sbg6
(g13
g8
NtRp110372
(dp110373
g16
Nsg17
Nsg11
VPOINT(82.988891601562 54.849166870117)
p110374
sbtp110375
a(g6
(g7
g8
NtRp110376
(dp110377
g11
Vhttp://dbpedia.org/resource/Nseke_Hydroelectric_Power_Station
p110378
sbg6
(g13
g8
NtRp110379
(dp110380
g16
Nsg17
Nsg11
VNseke kraftverk
p110381
sbg6
(g13
g8
NtRp110382
(dp110383
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p110384
sbNNNNNg6
(g13
g8
NtRp110385
(dp110386
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110387
(dp110388
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lualaba_River
p110389
sbg6
(g13
g8
NtRp110390
(dp110391
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110392
(dp110393
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p110394
sbg6
(g13
g8
NtRp110395
(dp110396
g16
Nsg17
Nsg11
VNseke Hydroelectric Power Station is an operational hydropower plant in the Democratic Republic of the Congo, with installed capacity of 260 megawatts (350,000 hp). It is operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p110397
sbg6
(g13
g8
NtRp110398
(dp110399
g16
Nsg17
Nsg11
VPOINT(25.406665802002 -10.304166793823)
p110400
sbtp110401
a(g6
(g7
g8
NtRp110402
(dp110403
g11
Vhttp://dbpedia.org/resource/Nseke_Hydroelectric_Power_Station
p110404
sbg6
(g13
g8
NtRp110405
(dp110406
g16
Nsg17
Nsg11
VNseke Hydroelectric Power Station
p110407
sbg6
(g13
g8
NtRp110408
(dp110409
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p110410
sbNNNNNg6
(g13
g8
NtRp110411
(dp110412
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110413
(dp110414
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lualaba_River
p110415
sbg6
(g13
g8
NtRp110416
(dp110417
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110418
(dp110419
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p110420
sbg6
(g13
g8
NtRp110421
(dp110422
g16
Nsg17
Nsg11
VNseke Hydroelectric Power Station is an operational hydropower plant in the Democratic Republic of the Congo, with installed capacity of 260 megawatts (350,000 hp). It is operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p110423
sbg6
(g13
g8
NtRp110424
(dp110425
g16
Nsg17
Nsg11
VPOINT(25.406665802002 -10.304166793823)
p110426
sbtp110427
a(g6
(g7
g8
NtRp110428
(dp110429
g11
Vhttp://dbpedia.org/resource/Nseke_Hydroelectric_Power_Station
p110430
sbg6
(g13
g8
NtRp110431
(dp110432
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u0441\u0435\u043a\u0435
p110433
sbg6
(g13
g8
NtRp110434
(dp110435
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p110436
sbNNNNNg6
(g13
g8
NtRp110437
(dp110438
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110439
(dp110440
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lualaba_River
p110441
sbg6
(g13
g8
NtRp110442
(dp110443
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110444
(dp110445
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p110446
sbg6
(g13
g8
NtRp110447
(dp110448
g16
Nsg17
Nsg11
VNseke Hydroelectric Power Station is an operational hydropower plant in the Democratic Republic of the Congo, with installed capacity of 260 megawatts (350,000 hp). It is operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p110449
sbg6
(g13
g8
NtRp110450
(dp110451
g16
Nsg17
Nsg11
VPOINT(25.406665802002 -10.304166793823)
p110452
sbtp110453
a(g6
(g7
g8
NtRp110454
(dp110455
g11
Vhttp://dbpedia.org/resource/Nshungyezi_Hydroelectric_Power_Station
p110456
sbg6
(g13
g8
NtRp110457
(dp110458
g16
Nsg17
Nsg11
VNshungyezi Hydroelectric Power Station
p110459
sbg6
(g13
g8
NtRp110460
(dp110461
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110462
sbNNNg6
(g7
g8
NtRp110463
(dp110464
g11
Vhttp://dbpedia.org/resource/Nshungyezi_Hydroelectric_Power_Station__Lake__1
p110465
sbNNg6
(g13
g8
NtRp110466
(dp110467
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kagera_River
p110468
sbg6
(g13
g8
NtRp110469
(dp110470
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp110471
(dp110472
g16
Nsg17
Nsg11
VUganda
p110473
sbg6
(g13
g8
NtRp110474
(dp110475
g16
Nsg17
Nsg11
VNshyugyezi Hydroelectric Power Station, also Nsongezi Hydroelectric Power Station, is a planned 39 megawatts (52,000 hp) hydroelectric power station in Uganda. The power project is under development, as of September 2017.
p110476
sbg6
(g13
g8
NtRp110477
(dp110478
g16
Nsg17
Nsg11
VPOINT(30.74388885498 -1.0011111497879)
p110479
sbtp110480
a(g6
(g7
g8
NtRp110481
(dp110482
g11
Vhttp://dbpedia.org/resource/Ntimbale_Dam
p110483
sbg6
(g13
g8
NtRp110484
(dp110485
g16
Nsg17
Nsg11
VNtimbale Dam
p110486
sbg6
(g13
g8
NtRp110487
(dp110488
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botswana
p110489
sbNNNg6
(g7
g8
NtRp110490
(dp110491
g11
Vhttp://dbpedia.org/resource/Ntimbale_Dam__Lake__1
p110492
sbNg6
(g13
g8
NtRp110493
(dp110494
g16
Nsg17
Nsg11
VUrban water supply
p110495
sbNNNg6
(g13
g8
NtRp110496
(dp110497
g16
Nsg17
Nsg11
VBotswana
p110498
sbg6
(g13
g8
NtRp110499
(dp110500
g16
Nsg17
Nsg11
VThe Ntimbale Dam is a dam on the Tati River in Botswana.It has a capacity of 26,000,000 cubic metres (920,000,000 cu ft).
p110501
sbg6
(g13
g8
NtRp110502
(dp110503
g16
Nsg17
Nsg11
VPOINT(27.448945999146 -20.867795944214)
p110504
sbtp110505
a(g6
(g7
g8
NtRp110506
(dp110507
g11
Vhttp://dbpedia.org/resource/Ntshingwayo_Dam
p110508
sbg6
(g13
g8
NtRp110509
(dp110510
g16
Nsg17
Nsg11
VNtshingwayo Dam
p110511
sbg6
(g13
g8
NtRp110512
(dp110513
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p110514
sbg6
(g13
g8
NtRp110515
(dp110516
g16
Nsg17
Nsg11
VAG
p110517
sbg6
(g13
g8
NtRp110518
(dp110519
g16
Nsg17
g27
sg11
V1.677
p110520
sbNg6
(g7
g8
NtRp110521
(dp110522
g11
Vhttp://dbpedia.org/resource/Ntshingwayo_Dam__Lake__1
p110523
sbg6
(g13
g8
NtRp110524
(dp110525
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p110526
sbNg6
(g13
g8
NtRp110527
(dp110528
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ingagane_River
p110529
sbNNNg6
(g13
g8
NtRp110530
(dp110531
g16
Nsg17
Nsg11
VNtshingwayo Dam (previously known as Chelmsford Dam) is a combined gravity and arch type dam located on the in South Africa. It was established in 1961 and serves mainly for municipal and industrial use. The hazard potential of the dam has been ranked high (3). The dam is enclosed in the Chelmsford Nature Reserve.
p110532
sbg6
(g13
g8
NtRp110533
(dp110534
g16
Nsg17
Nsg11
VPOINT(29.916666030884 -28)
p110535
sbtp110536
a(g6
(g7
g8
NtRp110537
(dp110538
g11
Vhttp://dbpedia.org/resource/Nuevo_Mundo_Dam
p110539
sbg6
(g13
g8
NtRp110540
(dp110541
g16
Nsg17
Nsg11
VPresa Nuevo Mundo
p110542
sbg6
(g13
g8
NtRp110543
(dp110544
g16
Nsg17
Nsg11
VCuba
p110545
sbg6
(g13
g8
NtRp110546
(dp110547
g16
Nsg17
Nsg11
VEmbankment
p110548
sbNNg6
(g7
g8
NtRp110549
(dp110550
g11
Vhttp://dbpedia.org/resource/Nuevo_Mundo_Dam__Lake__1
p110551
sbNg6
(g13
g8
NtRp110552
(dp110553
g16
Nsg17
Nsg11
VWater supply, power
p110554
sbg6
(g13
g8
NtRp110555
(dp110556
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moa_River_(Cuba)
p110557
sbg6
(g13
g8
NtRp110558
(dp110559
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110560
(dp110561
g16
Nsg17
Nsg11
VCuba
p110562
sbg6
(g13
g8
NtRp110563
(dp110564
g16
Nsg17
Nsg11
VThe Nuevo Mundo Dam is an embankment dam on the about 12 km (7.5 mi) south of Moa in Holguín Province, Cuba. The purpose of the dam is municipal water supply and hydroelectric power generation. The 75.5 m (248 ft) tall dam was completed in 1985. The 2 MW power station at the base of the dam was commissioned in 2010.
p110565
sbg6
(g13
g8
NtRp110566
(dp110567
g16
Nsg17
Nsg11
VPOINT(-74.980430603027 20.55805015564)
p110568
sbtp110569
a(g6
(g7
g8
NtRp110570
(dp110571
g11
Vhttp://dbpedia.org/resource/Nuevo_Mundo_Dam
p110572
sbg6
(g13
g8
NtRp110573
(dp110574
g16
Nsg17
Nsg11
VNuevo Mundo Dam
p110575
sbg6
(g13
g8
NtRp110576
(dp110577
g16
Nsg17
Nsg11
VCuba
p110578
sbg6
(g13
g8
NtRp110579
(dp110580
g16
Nsg17
Nsg11
VEmbankment
p110581
sbNNg6
(g7
g8
NtRp110582
(dp110583
g11
Vhttp://dbpedia.org/resource/Nuevo_Mundo_Dam__Lake__1
p110584
sbNg6
(g13
g8
NtRp110585
(dp110586
g16
Nsg17
Nsg11
VWater supply, power
p110587
sbg6
(g13
g8
NtRp110588
(dp110589
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moa_River_(Cuba)
p110590
sbg6
(g13
g8
NtRp110591
(dp110592
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110593
(dp110594
g16
Nsg17
Nsg11
VCuba
p110595
sbg6
(g13
g8
NtRp110596
(dp110597
g16
Nsg17
Nsg11
VThe Nuevo Mundo Dam is an embankment dam on the about 12 km (7.5 mi) south of Moa in Holguín Province, Cuba. The purpose of the dam is municipal water supply and hydroelectric power generation. The 75.5 m (248 ft) tall dam was completed in 1985. The 2 MW power station at the base of the dam was commissioned in 2010.
p110598
sbg6
(g13
g8
NtRp110599
(dp110600
g16
Nsg17
Nsg11
VPOINT(-74.980430603027 20.55805015564)
p110601
sbtp110602
a(g6
(g7
g8
NtRp110603
(dp110604
g11
Vhttp://dbpedia.org/resource/Nyagak_Hydroelectric_Power_Station
p110605
sbg6
(g13
g8
NtRp110606
(dp110607
g16
Nsg17
Nsg11
VNyagak Hydroelectric Power Station
p110608
sbg6
(g13
g8
NtRp110609
(dp110610
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110611
sbNNNg6
(g7
g8
NtRp110612
(dp110613
g11
Vhttp://dbpedia.org/resource/Nyagak_Hydroelectric_Power_Station__Lake__1
p110614
sbNNg6
(g13
g8
NtRp110615
(dp110616
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nyagak_River
p110617
sbg6
(g13
g8
NtRp110618
(dp110619
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110620
(dp110621
g16
Nsg17
Nsg11
VUganda
p110622
sbg6
(g13
g8
NtRp110623
(dp110624
g16
Nsg17
Nsg11
VNyagak Power Station is a 3.5 megawatts (4,700 hp) mini hydroelectric power plant in Uganda.
p110625
sbg6
(g13
g8
NtRp110626
(dp110627
g16
Nsg17
Nsg11
VPOINT(30.963888168335 2.4305555820465)
p110628
sbtp110629
a(g6
(g7
g8
NtRp110630
(dp110631
g11
Vhttp://dbpedia.org/resource/Nyagak_III_Hydroelectric_Power_Station
p110632
sbg6
(g13
g8
NtRp110633
(dp110634
g16
Nsg17
Nsg11
VNyagak III Hydroelectric Power Station
p110635
sbg6
(g13
g8
NtRp110636
(dp110637
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110638
sbNNNg6
(g7
g8
NtRp110639
(dp110640
g11
Vhttp://dbpedia.org/resource/Nyagak_III_Hydroelectric_Power_Station__Lake__1
p110641
sbNg6
(g13
g8
NtRp110642
(dp110643
g16
Nsg17
Nsg11
VElectricity generation
p110644
sbg6
(g13
g8
NtRp110645
(dp110646
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nyagak_River
p110647
sbg6
(g13
g8
NtRp110648
(dp110649
g16
Nsg17
Nsg11
VUC
p110650
sbNg6
(g13
g8
NtRp110651
(dp110652
g16
Nsg17
Nsg11
VUganda
p110653
sbg6
(g13
g8
NtRp110654
(dp110655
g16
Nsg17
Nsg11
VNyagak III Power Station is a 6.6 megawatts (8,900 hp) mini hydroelectric power project, under construction in Uganda, the third-largest economy in the East African Community.
p110656
sbg6
(g13
g8
NtRp110657
(dp110658
g16
Nsg17
Nsg11
VPOINT(30.973333358765 2.428055524826)
p110659
sbtp110660
a(g6
(g7
g8
NtRp110661
(dp110662
g11
Vhttp://dbpedia.org/resource/Nyagak_III_Hydroelectric_Power_Station
p110663
sbg6
(g13
g8
NtRp110664
(dp110665
g16
Nsg17
Nsg11
VCentrale hydroélectrique Nyagak III
p110666
sbg6
(g13
g8
NtRp110667
(dp110668
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110669
sbNNNg6
(g7
g8
NtRp110670
(dp110671
g11
Vhttp://dbpedia.org/resource/Nyagak_III_Hydroelectric_Power_Station__Lake__1
p110672
sbNg6
(g13
g8
NtRp110673
(dp110674
g16
Nsg17
Nsg11
VElectricity generation
p110675
sbg6
(g13
g8
NtRp110676
(dp110677
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nyagak_River
p110678
sbg6
(g13
g8
NtRp110679
(dp110680
g16
Nsg17
Nsg11
VUC
p110681
sbNg6
(g13
g8
NtRp110682
(dp110683
g16
Nsg17
Nsg11
VUganda
p110684
sbg6
(g13
g8
NtRp110685
(dp110686
g16
Nsg17
Nsg11
VNyagak III Power Station is a 6.6 megawatts (8,900 hp) mini hydroelectric power project, under construction in Uganda, the third-largest economy in the East African Community.
p110687
sbg6
(g13
g8
NtRp110688
(dp110689
g16
Nsg17
Nsg11
VPOINT(30.973333358765 2.428055524826)
p110690
sbtp110691
a(g6
(g7
g8
NtRp110692
(dp110693
g11
Vhttp://dbpedia.org/resource/Nyagak_II_Hydroelectric_Power_Station
p110694
sbg6
(g13
g8
NtRp110695
(dp110696
g16
Nsg17
Nsg11
VNyagak II Hydroelectric Power Station
p110697
sbg6
(g13
g8
NtRp110698
(dp110699
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110700
sbNNNg6
(g7
g8
NtRp110701
(dp110702
g11
Vhttp://dbpedia.org/resource/Nyagak_II_Hydroelectric_Power_Station__Lake__1
p110703
sbNNg6
(g13
g8
NtRp110704
(dp110705
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nyagak_River
p110706
sbg6
(g13
g8
NtRp110707
(dp110708
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp110709
(dp110710
g16
Nsg17
Nsg11
VUganda
p110711
sbg6
(g13
g8
NtRp110712
(dp110713
g16
Nsg17
Nsg11
VNyagak II Power Station is a 5 megawatts (6,700 hp) proposed mini hydroelectric power project in Uganda.
p110714
sbg6
(g13
g8
NtRp110715
(dp110716
g16
Nsg17
Nsg11
VPOINT(30.989999771118 2.5)
p110717
sbtp110718
a(g6
(g7
g8
NtRp110719
(dp110720
g11
Vhttp://dbpedia.org/resource/Nyamagasani_II_Hydroelectric_Power_Station
p110721
sbg6
(g13
g8
NtRp110722
(dp110723
g16
Nsg17
Nsg11
VNyamagasani II Hydroelectric Power Station
p110724
sbg6
(g13
g8
NtRp110725
(dp110726
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110727
sbNNNg6
(g7
g8
NtRp110728
(dp110729
g11
Vhttp://dbpedia.org/resource/Nyamagasani_II_Hydroelectric_Power_Station__Lake__1
p110730
sbNNNg6
(g13
g8
NtRp110731
(dp110732
g16
Nsg17
Nsg11
VUC
p110733
sbNg6
(g13
g8
NtRp110734
(dp110735
g16
Nsg17
Nsg11
VUganda
p110736
sbg6
(g13
g8
NtRp110737
(dp110738
g16
Nsg17
Nsg11
VNyamagasani II Hydroelectric Power Station, also 'Nyamagasani 2 Hydroelectric Power Station, is a 5 megawatts (6,700 hp) mini hydro power station, under construction in the Western Region of Uganda.
p110739
sbg6
(g13
g8
NtRp110740
(dp110741
g16
Nsg17
Nsg11
VPOINT(29.942499160767 0.12999999523163)
p110742
sbtp110743
a(g6
(g7
g8
NtRp110744
(dp110745
g11
Vhttp://dbpedia.org/resource/Nyamagasani_I_Hydroelectric_Power_Station
p110746
sbg6
(g13
g8
NtRp110747
(dp110748
g16
Nsg17
Nsg11
VNyamagasani I Hydroelectric Power Station
p110749
sbg6
(g13
g8
NtRp110750
(dp110751
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uganda
p110752
sbNNNg6
(g7
g8
NtRp110753
(dp110754
g11
Vhttp://dbpedia.org/resource/Nyamagasani_I_Hydroelectric_Power_Station__Lake__1
p110755
sbNNNg6
(g13
g8
NtRp110756
(dp110757
g16
Nsg17
Nsg11
VUC
p110758
sbNg6
(g13
g8
NtRp110759
(dp110760
g16
Nsg17
Nsg11
VUganda
p110761
sbg6
(g13
g8
NtRp110762
(dp110763
g16
Nsg17
Nsg11
VNyamagasani I Hydroelectric Power Station, also Nyamagasani 1 Hydroelectric Power Station is a 15 megawatts (20,000 hp) hydroelectric power project, under construction in Uganda.
p110764
sbg6
(g13
g8
NtRp110765
(dp110766
g16
Nsg17
Nsg11
VPOINT(29.934722900391 0.13777777552605)
p110767
sbtp110768
a(g6
(g7
g8
NtRp110769
(dp110770
g11
Vhttp://dbpedia.org/resource/Nygårds_Hydroelectric_Power_Station
p110771
sbg6
(g13
g8
NtRp110772
(dp110773
g16
Nsg17
Nsg11
VNygårds Hydroelectric Power Station
p110774
sbg6
(g13
g8
NtRp110775
(dp110776
g16
Nsg17
Nsg11
VNorway
p110777
sbNNNg6
(g7
g8
NtRp110778
(dp110779
g11
Vhttp://dbpedia.org/resource/Nygårds_Hydroelectric_Power_Station__Lake__1
p110780
sbg6
(g13
g8
NtRp110781
(dp110782
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nordkraft
p110783
sbNNg6
(g13
g8
NtRp110784
(dp110785
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp110786
(dp110787
g16
Nsg17
Nsg11
VNygårds Power Station is a hydroelectric power plant in in Narvik. It has a power output of 25 MW generated by three vertical Francis turbines. Originally, it was used also for the generation of single phase AC for the railway, but today only three phase AC is produced.
p110788
sbg6
(g13
g8
NtRp110789
(dp110790
g16
Nsg17
Nsg11
VPOINT(17.625833511353 68.475830078125)
p110791
sbtp110792
a(g6
(g7
g8
NtRp110793
(dp110794
g11
Vhttp://dbpedia.org/resource/Nzhelele_Dam
p110795
sbg6
(g13
g8
NtRp110796
(dp110797
g16
Nsg17
Nsg11
VNzhelele Dam
p110798
sbg6
(g13
g8
NtRp110799
(dp110800
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p110801
sbg6
(g13
g8
NtRp110802
(dp110803
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp110804
(dp110805
g16
Nsg17
g27
sg11
V0.091
p110806
sbNg6
(g7
g8
NtRp110807
(dp110808
g11
Vhttp://dbpedia.org/resource/Nzhelele_Dam__Lake__1
p110809
sbg6
(g13
g8
NtRp110810
(dp110811
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p110812
sbg6
(g13
g8
NtRp110813
(dp110814
g16
Nsg17
Nsg11
VIrrigation
p110815
sbg6
(g13
g8
NtRp110816
(dp110817
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nzhelele_River
p110818
sbNNg6
(g13
g8
NtRp110819
(dp110820
g16
Nsg17
Nsg11
VSouth Africa
p110821
sbg6
(g13
g8
NtRp110822
(dp110823
g16
Nsg17
Nsg11
VNzhelele Dam (also known as Njelele Dam) is an arch type dam located on the Nzhelele River in Limpopo Province, South Africa. It has a capacity of 55.3 million m3. It was established in 1948. The main purpose of the dam is to serve for irrigation and its hazard potentials has been ranked high (3).
p110824
sbg6
(g13
g8
NtRp110825
(dp110826
g16
Nsg17
Nsg11
VPOINT(30.095832824707 -22.72500038147)
p110827
sbtp110828
a(g6
(g7
g8
NtRp110829
(dp110830
g11
Vhttp://dbpedia.org/resource/Nzilo_Hydroelectric_Power_Station
p110831
sbg6
(g13
g8
NtRp110832
(dp110833
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041d\u0437\u0456\u043b\u043e
p110834
sbg6
(g13
g8
NtRp110835
(dp110836
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p110837
sbNNNg6
(g7
g8
NtRp110838
(dp110839
g11
Vhttp://dbpedia.org/resource/Nzilo_Hydroelectric_Power_Station__Lake__1
p110840
sbNg6
(g13
g8
NtRp110841
(dp110842
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110843
(dp110844
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Congo_River
p110845
sbg6
(g13
g8
NtRp110846
(dp110847
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110848
(dp110849
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p110850
sbg6
(g13
g8
NtRp110851
(dp110852
g16
Nsg17
Nsg11
VNzilo Hydroelectric Power Station is an operational hydropower plant in the Democratic Republic of the Congo, with installed capacity of 100 megawatts (130,000 hp). It is operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p110853
sbg6
(g13
g8
NtRp110854
(dp110855
g16
Nsg17
Nsg11
VPOINT(25.46249961853 -10.499722480774)
p110856
sbtp110857
a(g6
(g7
g8
NtRp110858
(dp110859
g11
Vhttp://dbpedia.org/resource/Nzilo_Hydroelectric_Power_Station
p110860
sbg6
(g13
g8
NtRp110861
(dp110862
g16
Nsg17
Nsg11
VNzilo Hydroelectric Power Station
p110863
sbg6
(g13
g8
NtRp110864
(dp110865
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Democratic_Republic_of_the_Congo
p110866
sbNNNg6
(g7
g8
NtRp110867
(dp110868
g11
Vhttp://dbpedia.org/resource/Nzilo_Hydroelectric_Power_Station__Lake__1
p110869
sbNg6
(g13
g8
NtRp110870
(dp110871
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp110872
(dp110873
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Congo_River
p110874
sbg6
(g13
g8
NtRp110875
(dp110876
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp110877
(dp110878
g16
Nsg17
Nsg11
VDemocratic Republic of the Congo#Africa#World
p110879
sbg6
(g13
g8
NtRp110880
(dp110881
g16
Nsg17
Nsg11
VNzilo Hydroelectric Power Station is an operational hydropower plant in the Democratic Republic of the Congo, with installed capacity of 100 megawatts (130,000 hp). It is operated by the Congolese electricity utility company, Société Nationale d'Électricité (SNEL).
p110882
sbg6
(g13
g8
NtRp110883
(dp110884
g16
Nsg17
Nsg11
VPOINT(25.46249961853 -10.499722480774)
p110885
sbtp110886
a(g6
(g7
g8
NtRp110887
(dp110888
g11
Vhttp://dbpedia.org/resource/O'Shannassy_Reservoir
p110889
sbg6
(g13
g8
NtRp110890
(dp110891
g16
Nsg17
Nsg11
VO'Shannassy Reservoir
p110892
sbg6
(g13
g8
NtRp110893
(dp110894
g16
Nsg17
Nsg11
VAustralia
p110895
sbg6
(g13
g8
NtRp110896
(dp110897
g16
Nsg17
Nsg11
VEmbankment with an internal reinforced concrete wall
p110898
sbNNg6
(g7
g8
NtRp110899
(dp110900
g11
Vhttp://dbpedia.org/resource/O'Shannassy_Reservoir__Lake__1
p110901
sbNg6
(g13
g8
NtRp110902
(dp110903
g16
Nsg17
Nsg11
VWater supply
p110904
sbg6
(g13
g8
NtRp110905
(dp110906
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/O'Shannassy_River
p110907
sbg6
(g13
g8
NtRp110908
(dp110909
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp110910
(dp110911
g16
Nsg17
g27
sg11
V245000.0
p110912
sbg6
(g13
g8
NtRp110913
(dp110914
g16
Nsg17
Nsg11
VVictoria
p110915
sbg6
(g13
g8
NtRp110916
(dp110917
g16
Nsg17
Nsg11
VThe O'Shannassy Reservoir is an Australian man-made water supply dammed reservoir. The 3.123 GL (687 million imp gal; 825 million US gal) water store across the O'Shannassy River is located near the locality of McMahons Creek, approximately 80 kilometres (50 mi) east of Melbourne, Victoria. The dam that creates the impoundment is called the O'Shannassy Dam.
p110918
sbg6
(g13
g8
NtRp110919
(dp110920
g16
Nsg17
Nsg11
VPOINT(145.80555725098 -37.674999237061)
p110921
sbtp110922
a(g6
(g7
g8
NtRp110923
(dp110924
g11
Vhttp://dbpedia.org/resource/O'Shannassy_Reservoir
p110925
sbg6
(g13
g8
NtRp110926
(dp110927
g16
Nsg17
Nsg11
VO\u2019Shannassy Reservoir
p110928
sbg6
(g13
g8
NtRp110929
(dp110930
g16
Nsg17
Nsg11
VAustralia
p110931
sbg6
(g13
g8
NtRp110932
(dp110933
g16
Nsg17
Nsg11
VEmbankment with an internal reinforced concrete wall
p110934
sbNNg6
(g7
g8
NtRp110935
(dp110936
g11
Vhttp://dbpedia.org/resource/O'Shannassy_Reservoir__Lake__1
p110937
sbNg6
(g13
g8
NtRp110938
(dp110939
g16
Nsg17
Nsg11
VWater supply
p110940
sbg6
(g13
g8
NtRp110941
(dp110942
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/O'Shannassy_River
p110943
sbg6
(g13
g8
NtRp110944
(dp110945
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp110946
(dp110947
g16
Nsg17
g27
sg11
V245000.0
p110948
sbg6
(g13
g8
NtRp110949
(dp110950
g16
Nsg17
Nsg11
VVictoria
p110951
sbg6
(g13
g8
NtRp110952
(dp110953
g16
Nsg17
Nsg11
VThe O'Shannassy Reservoir is an Australian man-made water supply dammed reservoir. The 3.123 GL (687 million imp gal; 825 million US gal) water store across the O'Shannassy River is located near the locality of McMahons Creek, approximately 80 kilometres (50 mi) east of Melbourne, Victoria. The dam that creates the impoundment is called the O'Shannassy Dam.
p110954
sbg6
(g13
g8
NtRp110955
(dp110956
g16
Nsg17
Nsg11
VPOINT(145.80555725098 -37.674999237061)
p110957
sbtp110958
a(g6
(g7
g8
NtRp110959
(dp110960
g11
Vhttp://dbpedia.org/resource/O_Chum_2_Hydropower_Dam
p110961
sbg6
(g13
g8
NtRp110962
(dp110963
g16
Nsg17
Nsg11
VO Chum 2 Hydropower Dam
p110964
sbg6
(g13
g8
NtRp110965
(dp110966
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cambodia
p110967
sbg6
(g13
g8
NtRp110968
(dp110969
g16
Nsg17
Nsg11
VSeasonal Storage
p110970
sbg6
(g13
g8
NtRp110971
(dp110972
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VO Chum 2 Hydropower Dam is located on O Chum River, in Banlung, Ratanakiri Province, Cambodia with aninstalled capacity 1 megawatt (1,300 hp), 51 gigawatt-hours (180 TJ) annually. Seasonal storage hydropower, head 32.6 metres (107 ft), height 10 metres (33 ft), length 3,107 metres (10,194 ft), active storage .1 million cubic metres (3.5×106 cu ft), catchment area 45 square kilometres (17 sq mi) However, in Ratanakiri, local people are apparently facing serious problem related to change of quality of water in the Se San river and it was reported that the quality of water has deteriorated greatly since 1996 (Fishery office & NTFP, 2000).Residents in Ratanakiri have a poor access to electricity. Only 3,529 households out of 27,396 total households in the province can access to electricity- a 
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VOa\u0219a Dam is a large dam on the river Sebe\u0219 in Romania. The project was started and finished in the 1980s and it was made up by the construction of a reinforced concrete facing rockfilled dam 91 m high. The Gâlceag hydropower plant is equipped with two turbines, having an installed capacity of 150 MW. The power station generates 260 GWh of electricity per year.
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VOberon Dam or Fish River Dam is a major ungated concrete slab and buttress with earth embankment dam comprising a concrete ski jump chute spillway and fuse plug across the Fish River upstream of Oberon in the Central Tablelands region of New South Wales, Australia. The dam's purpose includes flood mitigation, industrial, and water supply. The impounded reservoir is called Lake Oberon.
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VThe Oder Dam (German: Odertalsperre) is a dam in the Harz mountains of Germany. It lies above Bad Lauterberg in the district of Göttingen in Lower Saxony and impounds the river Oder. The dam went into service in 1934 after taking 3 years to build. The owner and operator of the Oder Dam is the Harzwasserwerke.
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VVodní nádr\u017e Oder
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VThe Oder Dam (German: Odertalsperre) is a dam in the Harz mountains of Germany. It lies above Bad Lauterberg in the district of Göttingen in Lower Saxony and impounds the river Oder. The dam went into service in 1934 after taking 3 years to build. The owner and operator of the Oder Dam is the Harzwasserwerke.
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VThe Oder Dam (German: Odertalsperre) is a dam in the Harz mountains of Germany. It lies above Bad Lauterberg in the district of Göttingen in Lower Saxony and impounds the river Oder. The dam went into service in 1934 after taking 3 years to build. The owner and operator of the Oder Dam is the Harzwasserwerke.
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VThe Oderteich is an historic reservoir about seven kilometres northeast of Sankt Andreasberg in the Upper Harz in central Germany. It was built by miners from St. Andreasberg in the years 1715 to 1722 and, today, is an important component of the water supply network known as the Upper Harz Water Regale (Oberharzer Wasserregal). Moreover, for 170 years, from the time it was completed to the end of the 19th century, the Oderteich had the largest dam in Germany. The dam lies at a height of 725 m above NN by the B 242 federal highway, about a kilometre west of its intersection with the B 4.
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VIrrigation and Water Storage
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VOglala Dam (National ID # SD00969) is a dam in Oglala Lakota County, South Dakota, within the Pine Ridge Indian Reservation. The earthen dam was constructed between 1938 and 1941 by the United States Bureau of Indian Affairs using labor of the Civilian Conservation Corps and the Public Works Administration. The structure has a height of 80 feet and a length of 2600 feet at its crest. It impounds White Clay Creek for irrigation storage. The dam is owned and operated by the Oglala Sioux Tribe. The dam and lake are just south of Oglala, South Dakota, near U.S. Route 18.
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VOhakuri is a dam and hydroelectric power station on the Waikato River, central North Island, New Zealand, midway between Taupo, Rotorua and Hamilton. Its dam is about 5 kilometres (3.1 mi) upstream of the Atiamuri Dam.
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VOhakuri is a dam and hydroelectric power station on the Waikato River, central North Island, New Zealand, midway between Taupo, Rotorua and Hamilton. Its dam is about 5 kilometres (3.1 mi) upstream of the Atiamuri Dam.
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VOhakuri is a dam and hydroelectric power station on the Waikato River, central North Island, New Zealand, midway between Taupo, Rotorua and Hamilton. Its dam is about 5 kilometres (3.1 mi) upstream of the Atiamuri Dam.
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Nsg17
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VOhakuri is a dam and hydroelectric power station on the Waikato River, central North Island, New Zealand, midway between Taupo, Rotorua and Hamilton. Its dam is about 5 kilometres (3.1 mi) upstream of the Atiamuri Dam.
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sbg6
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g8
NtRp111325
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VPOINT(176.08944702148 -38.408332824707)
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NtRp111329
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p111331
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NtRp111332
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Nsg11
VOhakuri Dam
p111334
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Nsg11
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p111337
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g8
NtRp111338
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Nsg17
Nsg11
Vearth dam with concrete gravity sections for the intake and spillway structures
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Nsg17
Nsg11
VP
sbg6
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g8
NtRp111349
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Waikato_River
p111351
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Nsg17
Nsg11
VO
sbNg6
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NtRp111354
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Nsg17
Nsg11
VNew Zealand
p111356
sbg6
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g8
NtRp111357
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VOhakuri is a dam and hydroelectric power station on the Waikato River, central North Island, New Zealand, midway between Taupo, Rotorua and Hamilton. Its dam is about 5 kilometres (3.1 mi) upstream of the Atiamuri Dam.
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VPOINT(176.08944702148 -38.408332824707)
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p111366
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V\u0413\u0415\u0421 \u041e\u0445\u0430\u043a\u0443\u0440\u0456
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p111372
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Vearth dam with concrete gravity sections for the intake and spillway structures
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VP
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p111386
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Nsg17
Nsg11
VO
sbNg6
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p111391
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VOhakuri is a dam and hydroelectric power station on the Waikato River, central North Island, New Zealand, midway between Taupo, Rotorua and Hamilton. Its dam is about 5 kilometres (3.1 mi) upstream of the Atiamuri Dam.
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sbg6
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g8
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VPOINT(176.08944702148 -38.408332824707)
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p111401
sbg6
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g8
NtRp111402
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Nsg17
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V\u5c0f\u539f\u30c0\u30e0 (\u5bcc\u5c71\u770c)
p111404
sbg6
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g8
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Nsg11
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Nsg17
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VO
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Nsg11
VJapan
p111430
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VThe Ohara Dam is a gravity dam on the Sh\u014d River in Ohara village about 17 km (11 mi) south of Nanto in Toyama Prefecture, Japan. It was constructed between 1939 and 1942. The dam has an associated 97.6 MW hydroelectric power station which was built in two parts. The first part of the power station (51.3 MW) was commissioned in 1942 and the second part of the power station (46.3 MW) was commissioned in 1980. Of the nine dams on the Sh\u014d River it is the fourth furthest downstream.
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sbg6
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VPOINT(136.90902709961 36.401103973389)
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p111440
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g8
NtRp111441
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Nsg11
VOhara Dam
p111443
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g8
NtRp111444
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g16
Nsg17
Nsg11
VJapan
p111446
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g8
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g16
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Nsg11
VGravity
p111449
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Nsg17
g27
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V0.1582
p111452
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g8
NtRp111453
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p111455
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g8
NtRp111456
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g16
Nsg17
Nsg11
VPower
p111458
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g16
Nsg17
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Vhttp://dbpedia.org/resource/Sh\u014d_River
p111461
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g8
NtRp111462
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g16
Nsg17
Nsg11
VO
sbg6
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NtRp111464
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g27
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V93000.0
p111466
sbg6
(g13
g8
NtRp111467
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g16
Nsg17
Nsg11
VJapan
p111469
sbg6
(g13
g8
NtRp111470
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g16
Nsg17
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VThe Ohara Dam is a gravity dam on the Sh\u014d River in Ohara village about 17 km (11 mi) south of Nanto in Toyama Prefecture, Japan. It was constructed between 1939 and 1942. The dam has an associated 97.6 MW hydroelectric power station which was built in two parts. The first part of the power station (51.3 MW) was commissioned in 1942 and the second part of the power station (46.3 MW) was commissioned in 1980. Of the nine dams on the Sh\u014d River it is the fourth furthest downstream.
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sbg6
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g8
NtRp111473
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g16
Nsg17
Nsg11
VPOINT(136.90902709961 36.401103973389)
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p111479
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g8
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Nsg17
Nsg11
VOhrigstad Dam
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g8
NtRp111483
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p111485
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g8
NtRp111486
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g16
Nsg17
Nsg11
Vrockfill
p111488
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g8
NtRp111489
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g16
Nsg17
g27
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V0.377
p111491
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g8
NtRp111492
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Vhttp://dbpedia.org/resource/Ohrigstad_Dam__Lake__1
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g8
NtRp111495
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Nsg17
Nsg11
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p111497
sbg6
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g8
NtRp111498
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g16
Nsg17
Nsg11
VIrrigation and domestic
p111500
sbg6
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g8
NtRp111501
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ohrigstad_River
p111503
sbNNNg6
(g13
g8
NtRp111504
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VOhrigstad Dam is a rockfill type dam located close to Ohrigstad in Mpumalanga, South Africa. It was established in 1955 and serves primarily for irrigation purposes. The hazard potential of the dam has been ranked high (3).
p111506
sbg6
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g8
NtRp111507
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g16
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VPOINT(30.616945266724 -24.916944503784)
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p111513
sbg6
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g8
NtRp111514
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g16
Nsg17
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VOkawachi Pumped Storage Power Station
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sbg6
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g8
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g16
Nsg17
Nsg11
VJapan
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p111522
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NtRp111523
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Nsg17
Nsg11
VO
sbNNg6
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VThe Okawachi Pumped Storage Power Station (Japanese: \u5927\u6cb3\u5185\u767a\u96fb\u6240, Hepburn: \u014ckawachi Hatsudensho) is a large pumped-storage hydroelectric power station in Kamikawa Town in the Kanzaki District of Hy\u014dgo Prefecture, Japan. With a total installed capacity of 1,280 megawatts (1,720,000 hp), it is one of the largest pumped-storage power stations in Japan. The facility is run by the Kansai Electric Power Company (KEPCO). The power plant started operation in October 1992 and all four units were commissioned by June 1995. \u000a* Ota Dam 1 \u000a* Ota Dam 2 \u000a* Ota Dam 5 \u000a* Hase Dam
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VPOINT(134.71484375 35.128170013428)
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V\u592a\u7530\u30c0\u30e0
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Nsg11
VO
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VThe Okawachi Pumped Storage Power Station (Japanese: \u5927\u6cb3\u5185\u767a\u96fb\u6240, Hepburn: \u014ckawachi Hatsudensho) is a large pumped-storage hydroelectric power station in Kamikawa Town in the Kanzaki District of Hy\u014dgo Prefecture, Japan. With a total installed capacity of 1,280 megawatts (1,720,000 hp), it is one of the largest pumped-storage power stations in Japan. The facility is run by the Kansai Electric Power Company (KEPCO). The power plant started operation in October 1992 and all four units were commissioned by June 1995. \u000a* Ota Dam 1 \u000a* Ota Dam 2 \u000a* Ota Dam 5 \u000a* Hase Dam
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VPOINT(134.71484375 35.128170013428)
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V\u0413\u0410\u0415\u0421 \u041e\u043a\u0430\u0432\u0430\u0442\u0456
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VO
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VThe Okawachi Pumped Storage Power Station (Japanese: \u5927\u6cb3\u5185\u767a\u96fb\u6240, Hepburn: \u014ckawachi Hatsudensho) is a large pumped-storage hydroelectric power station in Kamikawa Town in the Kanzaki District of Hy\u014dgo Prefecture, Japan. With a total installed capacity of 1,280 megawatts (1,720,000 hp), it is one of the largest pumped-storage power stations in Japan. The facility is run by the Kansai Electric Power Company (KEPCO). The power plant started operation in October 1992 and all four units were commissioned by June 1995. \u000a* Ota Dam 1 \u000a* Ota Dam 2 \u000a* Ota Dam 5 \u000a* Hase Dam
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VPOINT(134.71484375 35.128170013428)
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VOkemah Lake
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VUnited States
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Vcomplete
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VUSA Oklahoma
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VOkemah Lake is a reservoir in Okemah, Oklahoma. The lake is located to the north of the town, east of IXL.
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VPOINT(-96.319862365723 35.524551391602)
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VOkerstausee
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V140000.0
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VGermany
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VThe Oker Dam (German: Okertalsperre) is a dam in the Harz mountains in Lower Saxony, Germany. It is fed by the River Oker.
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VPOINT(10.452777862549 51.841388702393)
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VOker Dam
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VGermany
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VThe Oker Dam (German: Okertalsperre) is a dam in the Harz mountains in Lower Saxony, Germany. It is fed by the River Oker.
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VPOINT(10.452777862549 51.841388702393)
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VBarrage d'Okertal
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VThe Oker Dam (German: Okertalsperre) is a dam in the Harz mountains in Lower Saxony, Germany. It is fed by the River Oker.
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VOkere Falls Power Station is a hydroelectric power station that came into production in May 1901, bringing electricity to Rotorua. At the time, Rotorua was only the fourth town in New Zealand to have electricity. The power station was the first power station built by the New Zealand government, and it remained in operation until 1936.
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VThe Okhla barrage (Okhla Weir and Okhla bridge) is a 791 meters or roughly 800-yard long weir across Yamuna River opened in 1874. It also serves as the location of Okhla Bird Sanctuary today. It is situated 10 km to the south of New Delhi and downstream of Nizamuddin bridge at Okhla, where Agra canal originates from it. The top of barrage also serves as the Delhi-Noida carriageway of Kalindi Kunj-Mithapur road. Nearby later-era New Okhla Barrage is 554 meters long. It is under the management of the government of Uttar Pradesh.
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VThe Okhla barrage (Okhla Weir and Okhla bridge) is a 791 meters or roughly 800-yard long weir across Yamuna River opened in 1874. It also serves as the location of Okhla Bird Sanctuary today. It is situated 10 km to the south of New Delhi and downstream of Nizamuddin bridge at Okhla, where Agra canal originates from it. The top of barrage also serves as the Delhi-Noida carriageway of Kalindi Kunj-Mithapur road. Nearby later-era New Okhla Barrage is 554 meters long. It is under the management of the government of Uttar Pradesh.
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VThe Okinawa Yanbaru Seawater Pumped Storage Power Station (\u6c96\u7e04\u3084\u3093\u3070\u308b\u6d77\u6c34\u63da\u6c34\u767a\u96fb\u6240, Okinawa Yanbaru Kaisui Y\u014dsui Hatsudensho) was an experimental hydroelectric power station located in Kunigami, Okinawa, Japan and operated by the Electric Power Development Company. It was the world\u2019s first pumped-storage facility to use seawater for storing energy. Its maximum output was 30 MW. Construction of the plant started in 1987 and was completed in 1999 at a cost of ¥3.2 billion. It was dismantled in 2016.
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VThe Okinawa Yanbaru Seawater Pumped Storage Power Station (\u6c96\u7e04\u3084\u3093\u3070\u308b\u6d77\u6c34\u63da\u6c34\u767a\u96fb\u6240, Okinawa Yanbaru Kaisui Y\u014dsui Hatsudensho) was an experimental hydroelectric power station located in Kunigami, Okinawa, Japan and operated by the Electric Power Development Company. It was the world\u2019s first pumped-storage facility to use seawater for storing energy. Its maximum output was 30 MW. Construction of the plant started in 1987 and was completed in 1999 at a cost of ¥3.2 billion. It was dismantled in 2016.
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VMeerwasserpumpspeicherkraftwerk Okinawa Yanbaru
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VThe Okinawa Yanbaru Seawater Pumped Storage Power Station (\u6c96\u7e04\u3084\u3093\u3070\u308b\u6d77\u6c34\u63da\u6c34\u767a\u96fb\u6240, Okinawa Yanbaru Kaisui Y\u014dsui Hatsudensho) was an experimental hydroelectric power station located in Kunigami, Okinawa, Japan and operated by the Electric Power Development Company. It was the world\u2019s first pumped-storage facility to use seawater for storing energy. Its maximum output was 30 MW. Construction of the plant started in 1987 and was completed in 1999 at a cost of ¥3.2 billion. It was dismantled in 2016.
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VThe Okukiyotsu Pumped Storage Power Station (Japanese: \u5965\u6e05\u6d25\u767a\u96fb\u6240, Hepburn: Okukiyotsu Hatsudensho) No. 1 and No. 2 are two large pumped-storage hydroelectric power plants in Yuzawa, Minamiuonuma, Niigata Prefecture, Japan. With a combined installed capacity of 1,600 megawatts (2,100,000 hp), the system is the third largest pumped-storage power station in Japan. Some of the interior of the second power plant can be visited by the public. The Okky Museum, managed by J-Power, also provides models of the station and explicatory panels and media. \u000a* Futai Dam lake \u000a* Okukiyotsu power station \u000a* Okky museum
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VThe Okukiyotsu Pumped Storage Power Station (Japanese: \u5965\u6e05\u6d25\u767a\u96fb\u6240, Hepburn: Okukiyotsu Hatsudensho) No. 1 and No. 2 are two large pumped-storage hydroelectric power plants in Yuzawa, Minamiuonuma, Niigata Prefecture, Japan. With a combined installed capacity of 1,600 megawatts (2,100,000 hp), the system is the third largest pumped-storage power station in Japan. Some of the interior of the second power plant can be visited by the public. The Okky Museum, managed by J-Power, also provides models of the station and explicatory panels and media. \u000a* Futai Dam lake \u000a* Okukiyotsu power station \u000a* Okky museum
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VThe Okukubi Dam (\u5104\u9996\u30c0\u30e0) is a trapezoidal cemented, sand and gravel (CSG) dam on the Okukubi River in Kin, Okinawa Prefecture, Japan. Construction began in 2009 and its reservoir was filled by 31 March 2013. It is the first trapezoidal CSG-type to be constructed as a main dam in the world. Its purpose is to provide flood control and water for municipal use along with the irrigation of 70 ha (173 acres) of land.
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VThe Okukubi Dam (\u5104\u9996\u30c0\u30e0) is a trapezoidal cemented, sand and gravel (CSG) dam on the Okukubi River in Kin, Okinawa Prefecture, Japan. Construction began in 2009 and its reservoir was filled by 31 March 2013. It is the first trapezoidal CSG-type to be constructed as a main dam in the world. Its purpose is to provide flood control and water for municipal use along with the irrigation of 70 ha (173 acres) of land.
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VThe Okurodani Dam is a rock-fill dam on the (a tributary of the Sh\u014d River) about 7 km (4.3 mi) west of Sh\u014dkawa in Gifu Prefecture, Japan. It was constructed between 1969 and 1971. The dam has an associated 21.2 MW hydroelectric power station located about 3.5 km (2.2 mi) downstream which was commissioned in 1971.
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VPOINT(136.88166809082 36.040958404541)
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sbtp111989
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NtRp111990
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Vhttp://dbpedia.org/resource/Okutadami_Dam
p111992
sbg6
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NtRp111993
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Nsg17
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p111995
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g8
NtRp111996
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g16
Nsg17
Nsg11
VJapan
p111998
sbg6
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NtRp111999
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p112001
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NtRp112002
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p112016
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p112019
sbg6
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NtRp112020
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VThe Okutadami Dam (\u5965\u53ea\u898b\u30c0\u30e0) is a concrete gravity dam on the Tadami River, 26 km (16 mi) east of Uonuma on the border of Niigata and Fukushima Prefectures, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 560 MW power station which is the largest conventional hydroelectric power station in Japan. The dam also forms the second largest reservoir in Japan, next to that of the Tokuyama Dam.
p112022
sbg6
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g8
NtRp112023
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VPOINT(139.25 37.153331756592)
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p112029
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NtRp112030
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NtRp112036
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p112038
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NtRp112039
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Nsg17
g27
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p112041
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p112044
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p112047
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Nsg11
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p112050
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p112053
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p112056
sbg6
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NtRp112057
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Nsg17
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VThe Okutadami Dam (\u5965\u53ea\u898b\u30c0\u30e0) is a concrete gravity dam on the Tadami River, 26 km (16 mi) east of Uonuma on the border of Niigata and Fukushima Prefectures, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 560 MW power station which is the largest conventional hydroelectric power station in Japan. The dam also forms the second largest reservoir in Japan, next to that of the Tokuyama Dam.
p112059
sbg6
(g13
g8
NtRp112060
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g16
Nsg17
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VPOINT(139.25 37.153331756592)
p112062
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g8
NtRp112064
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Vhttp://dbpedia.org/resource/Okutadami_Dam
p112066
sbg6
(g13
g8
NtRp112067
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g16
Nsg17
Nsg11
VBarrage d'Okutadami
p112069
sbg6
(g13
g8
NtRp112070
(dp112071
g16
Nsg17
Nsg11
VJapan
p112072
sbg6
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g8
NtRp112073
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g16
Nsg17
Nsg11
VGravity
p112075
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NtRp112076
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Nsg17
g27
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p112078
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p112081
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p112084
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NtRp112085
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p112087
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NtRp112088
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g16
Nsg17
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p112090
sbg6
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NtRp112091
(dp112092
g16
Nsg17
Nsg11
VJapan
p112093
sbg6
(g13
g8
NtRp112094
(dp112095
g16
Nsg17
Nsg11
VThe Okutadami Dam (\u5965\u53ea\u898b\u30c0\u30e0) is a concrete gravity dam on the Tadami River, 26 km (16 mi) east of Uonuma on the border of Niigata and Fukushima Prefectures, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 560 MW power station which is the largest conventional hydroelectric power station in Japan. The dam also forms the second largest reservoir in Japan, next to that of the Tokuyama Dam.
p112096
sbg6
(g13
g8
NtRp112097
(dp112098
g16
Nsg17
Nsg11
VPOINT(139.25 37.153331756592)
p112099
sbtp112100
a(g6
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g8
NtRp112101
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Vhttp://dbpedia.org/resource/Okutadami_Dam
p112103
sbg6
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g8
NtRp112104
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g16
Nsg17
Nsg11
VDiga di Okutadami
p112106
sbg6
(g13
g8
NtRp112107
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g16
Nsg17
Nsg11
VJapan
p112109
sbg6
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g8
NtRp112110
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g16
Nsg17
Nsg11
VGravity
p112112
sbg6
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NtRp112113
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Nsg17
g27
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p112115
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g8
NtRp112116
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p112118
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NtRp112119
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Nsg17
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Vhttp://dbpedia.org/resource/Electric_Power_Development_Company
p112121
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g8
NtRp112122
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Nsg17
Nsg11
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p112124
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g8
NtRp112125
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Nsg17
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p112127
sbg6
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g8
NtRp112128
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g16
Nsg17
Nsg11
VJapan
p112130
sbg6
(g13
g8
NtRp112131
(dp112132
g16
Nsg17
Nsg11
VThe Okutadami Dam (\u5965\u53ea\u898b\u30c0\u30e0) is a concrete gravity dam on the Tadami River, 26 km (16 mi) east of Uonuma on the border of Niigata and Fukushima Prefectures, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 560 MW power station which is the largest conventional hydroelectric power station in Japan. The dam also forms the second largest reservoir in Japan, next to that of the Tokuyama Dam.
p112133
sbg6
(g13
g8
NtRp112134
(dp112135
g16
Nsg17
Nsg11
VPOINT(139.25 37.153331756592)
p112136
sbtp112137
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g8
NtRp112138
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p112140
sbg6
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g8
NtRp112141
(dp112142
g16
Nsg17
Nsg11
V\u5967\u53ea\u898b\u6c34\u5eab
p112143
sbg6
(g13
g8
NtRp112144
(dp112145
g16
Nsg17
Nsg11
VJapan
p112146
sbg6
(g13
g8
NtRp112147
(dp112148
g16
Nsg17
Nsg11
VGravity
p112149
sbg6
(g13
g8
NtRp112150
(dp112151
g16
Nsg17
g27
sg11
V0.475
p112152
sbNg6
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g8
NtRp112153
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g11
Vhttp://dbpedia.org/resource/Okutadami_Dam__Lake__1
p112155
sbg6
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g8
NtRp112156
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g16
Nsg17
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Vhttp://dbpedia.org/resource/Electric_Power_Development_Company
p112158
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NtRp112159
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Nsg17
Nsg11
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p112161
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g8
NtRp112162
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g16
Nsg17
g27
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V1.636e+06
p112164
sbg6
(g13
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NtRp112165
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g16
Nsg17
Nsg11
VJapan
p112167
sbg6
(g13
g8
NtRp112168
(dp112169
g16
Nsg17
Nsg11
VThe Okutadami Dam (\u5965\u53ea\u898b\u30c0\u30e0) is a concrete gravity dam on the Tadami River, 26 km (16 mi) east of Uonuma on the border of Niigata and Fukushima Prefectures, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 560 MW power station which is the largest conventional hydroelectric power station in Japan. The dam also forms the second largest reservoir in Japan, next to that of the Tokuyama Dam.
p112170
sbg6
(g13
g8
NtRp112171
(dp112172
g16
Nsg17
Nsg11
VPOINT(139.25 37.153331756592)
p112173
sbtp112174
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g8
NtRp112175
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p112177
sbg6
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g8
NtRp112178
(dp112179
g16
Nsg17
Nsg11
VOkutadami-Talsperre
p112180
sbg6
(g13
g8
NtRp112181
(dp112182
g16
Nsg17
Nsg11
VJapan
p112183
sbg6
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g8
NtRp112184
(dp112185
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Nsg17
Nsg11
VGravity
p112186
sbg6
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NtRp112187
(dp112188
g16
Nsg17
g27
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p112189
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g8
NtRp112190
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p112192
sbg6
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NtRp112193
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electric_Power_Development_Company
p112195
sbNg6
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NtRp112196
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Nsg17
Nsg11
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p112198
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NtRp112199
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Nsg17
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V1.636e+06
p112201
sbg6
(g13
g8
NtRp112202
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g16
Nsg17
Nsg11
VJapan
p112204
sbg6
(g13
g8
NtRp112205
(dp112206
g16
Nsg17
Nsg11
VThe Okutadami Dam (\u5965\u53ea\u898b\u30c0\u30e0) is a concrete gravity dam on the Tadami River, 26 km (16 mi) east of Uonuma on the border of Niigata and Fukushima Prefectures, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 560 MW power station which is the largest conventional hydroelectric power station in Japan. The dam also forms the second largest reservoir in Japan, next to that of the Tokuyama Dam.
p112207
sbg6
(g13
g8
NtRp112208
(dp112209
g16
Nsg17
Nsg11
VPOINT(139.25 37.153331756592)
p112210
sbtp112211
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NtRp112212
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p112214
sbg6
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g8
NtRp112215
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g16
Nsg17
Nsg11
VOkutataragi-Pumpspeicherkraftwerk
p112217
sbg6
(g13
g8
NtRp112218
(dp112219
g16
Nsg17
Nsg11
VJapan
p112220
sbNNNg6
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NtRp112221
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p112223
sbNNNg6
(g13
g8
NtRp112224
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp112226
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Nsg17
Nsg11
VThe Okutataragi Pumped Storage Power Station (\u5965\u591a\u3005\u826f\u6728\u767a\u96fb\u6240, Okutataragi hatsudensho) is a large pumped-storage hydroelectric power station in Asago, in the Hy\u014dgo Prefecture of Japan. With a total installed capacity of 1,932 megawatts (2,591,000 hp), it is one of the largest pumped-storage power stations in the world, and the largest in Japan.The facility is currently run by the Kansai Electric Power Company.
p112228
sbg6
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g8
NtRp112229
(dp112230
g16
Nsg17
Nsg11
VPOINT(134.85638427734 35.236667633057)
p112231
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p112235
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g8
NtRp112236
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Nsg17
Nsg11
V\u591a\u3005\u826f\u6728\u30c0\u30e0
p112238
sbg6
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g8
NtRp112239
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Nsg17
Nsg11
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NtRp112242
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p112244
sbNNNg6
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g8
NtRp112245
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp112247
(dp112248
g16
Nsg17
Nsg11
VThe Okutataragi Pumped Storage Power Station (\u5965\u591a\u3005\u826f\u6728\u767a\u96fb\u6240, Okutataragi hatsudensho) is a large pumped-storage hydroelectric power station in Asago, in the Hy\u014dgo Prefecture of Japan. With a total installed capacity of 1,932 megawatts (2,591,000 hp), it is one of the largest pumped-storage power stations in the world, and the largest in Japan.The facility is currently run by the Kansai Electric Power Company.
p112249
sbg6
(g13
g8
NtRp112250
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Nsg17
Nsg11
VPOINT(134.85638427734 35.236667633057)
p112252
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Vhttp://dbpedia.org/resource/Okutataragi_Pumped_Storage_Power_Station
p112256
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NtRp112257
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Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u041e\u043a\u0443\u0442\u0430\u0442\u0430\u0440\u0430\u0433\u0456
p112259
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NtRp112260
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Nsg17
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p112265
sbNNNg6
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g8
NtRp112266
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp112268
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g16
Nsg17
Nsg11
VThe Okutataragi Pumped Storage Power Station (\u5965\u591a\u3005\u826f\u6728\u767a\u96fb\u6240, Okutataragi hatsudensho) is a large pumped-storage hydroelectric power station in Asago, in the Hy\u014dgo Prefecture of Japan. With a total installed capacity of 1,932 megawatts (2,591,000 hp), it is one of the largest pumped-storage power stations in the world, and the largest in Japan.The facility is currently run by the Kansai Electric Power Company.
p112270
sbg6
(g13
g8
NtRp112271
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g16
Nsg17
Nsg11
VPOINT(134.85638427734 35.236667633057)
p112273
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p112277
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g8
NtRp112278
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Nsg17
Nsg11
VOkutataragi Pumped Storage Power Station
p112280
sbg6
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NtRp112281
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Nsg17
Nsg11
VJapan
p112283
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p112286
sbNNNg6
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NtRp112287
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp112289
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g16
Nsg17
Nsg11
VThe Okutataragi Pumped Storage Power Station (\u5965\u591a\u3005\u826f\u6728\u767a\u96fb\u6240, Okutataragi hatsudensho) is a large pumped-storage hydroelectric power station in Asago, in the Hy\u014dgo Prefecture of Japan. With a total installed capacity of 1,932 megawatts (2,591,000 hp), it is one of the largest pumped-storage power stations in the world, and the largest in Japan.The facility is currently run by the Kansai Electric Power Company.
p112291
sbg6
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g8
NtRp112292
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g16
Nsg17
Nsg11
VPOINT(134.85638427734 35.236667633057)
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p112298
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NtRp112299
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Nsg17
Nsg11
VCentrale d'Okutataragi
p112301
sbg6
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g8
NtRp112302
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Nsg17
Nsg11
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p112304
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NtRp112305
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p112307
sbNNNg6
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g8
NtRp112308
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp112310
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Nsg17
Nsg11
VThe Okutataragi Pumped Storage Power Station (\u5965\u591a\u3005\u826f\u6728\u767a\u96fb\u6240, Okutataragi hatsudensho) is a large pumped-storage hydroelectric power station in Asago, in the Hy\u014dgo Prefecture of Japan. With a total installed capacity of 1,932 megawatts (2,591,000 hp), it is one of the largest pumped-storage power stations in the world, and the largest in Japan.The facility is currently run by the Kansai Electric Power Company.
p112312
sbg6
(g13
g8
NtRp112313
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Nsg17
Nsg11
VPOINT(134.85638427734 35.236667633057)
p112315
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p112319
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g8
NtRp112320
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Nsg17
Nsg11
VOkuyahagi Pumped Storage Power Station
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NtRp112323
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Nsg17
Nsg11
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p112325
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p112328
sbNNNg6
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g8
NtRp112329
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp112331
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VThe Okuyahagi Pumped Storage Power Station (Japanese: \u5965\u77e2\u4f5c\u767a\u96fb\u6240, Hepburn: Okuyahagi Hatsudensho) is a group of large pumped-storage hydroelectric power plants and smaller conventional plants located in Toyota, Aichi Prefecture, and Ena, Gifu Prefecture, Japan. With a combined installed capacity of 1,160 megawatts (1,560,000 hp), it is among the largest pumped-storage power stations in Japan. \u000a* Yahagi Dam \u000a* Yahagi Dam lake (lower reservoir) \u000a* Second Yahagi Dam \u000a* Tominaga Dam (intermediate reservoir) \u000a* Kuroda Dam (upper reservoir)
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NtRp112341
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Nsg17
Nsg11
VPumpspeicherkraftwerk Okuyoshino
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Nsg17
Nsg11
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p112352
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NtRp112353
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VO
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Nsg17
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VThe Okuyoshino Pumped Storage Power Station (\u5965\u5409\u91ce\u767a\u96fb\u6240) is located 15 kilometres (9.3 mi) north of Totsukawa in Nara Prefecture, Japan. Using the pumped-storage hydroelectric method, the power plant has an installed capacity of 1,206 megawatts (1,617,000 hp). To accomplish power generation, the power station shifts water between two reservoirs, the lower Asahi Reservoir and the upper Seto Reservoir. Construction on both the Asahi and Seto Dams began in 1971 and was complete in 1978. The power station was commissioned in 1980. Due to heavy sediment and turbidity in the Seto Reservoir, caused by logging and landslides upstream, a sediment bypass tunnel was constructed between 1992 and 1998.
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VOkuyoshino Pumped Storage Power Station
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VThe Okuyoshino Pumped Storage Power Station (\u5965\u5409\u91ce\u767a\u96fb\u6240) is located 15 kilometres (9.3 mi) north of Totsukawa in Nara Prefecture, Japan. Using the pumped-storage hydroelectric method, the power plant has an installed capacity of 1,206 megawatts (1,617,000 hp). To accomplish power generation, the power station shifts water between two reservoirs, the lower Asahi Reservoir and the upper Seto Reservoir. Construction on both the Asahi and Seto Dams began in 1971 and was complete in 1978. The power station was commissioned in 1980. Due to heavy sediment and turbidity in the Seto Reservoir, caused by logging and landslides upstream, a sediment bypass tunnel was constructed between 1992 and 1998.
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VThe Okuyoshino Pumped Storage Power Station (\u5965\u5409\u91ce\u767a\u96fb\u6240) is located 15 kilometres (9.3 mi) north of Totsukawa in Nara Prefecture, Japan. Using the pumped-storage hydroelectric method, the power plant has an installed capacity of 1,206 megawatts (1,617,000 hp). To accomplish power generation, the power station shifts water between two reservoirs, the lower Asahi Reservoir and the upper Seto Reservoir. Construction on both the Asahi and Seto Dams began in 1971 and was complete in 1978. The power station was commissioned in 1980. Due to heavy sediment and turbidity in the Seto Reservoir, caused by logging and landslides upstream, a sediment bypass tunnel was constructed between 1992 and 1998.
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VTennessee
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VOld Hickory Lock and Dam is a dam located in middle Tennessee on the Cumberland River at river mile 216.2 in Sumner and Davidson Counties, approximately 25 miles (40 km) upstream from Nashville. The reservoir behind the dam is Old Hickory Lake. The dam and lake are named after President Andrew Jackson (nicknamed "Old Hickory"), who lived in the vicinity at The Hermitage.
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VOld Hickory Lock and Dam
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NtRp112460
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VTennessee
p112462
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VOld Hickory Lock and Dam is a dam located in middle Tennessee on the Cumberland River at river mile 216.2 in Sumner and Davidson Counties, approximately 25 miles (40 km) upstream from Nashville. The reservoir behind the dam is Old Hickory Lake. The dam and lake are named after President Andrew Jackson (nicknamed "Old Hickory"), who lived in the vicinity at The Hermitage.
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VPOINT(-86.655555725098 36.29666519165)
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Vhttp://dbpedia.org/resource/Oldereid_Hydroelectric_Power_Station
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VOldereid Hydroelectric Power Station
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Nsg17
Nsg11
VNorway
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VO
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VThe Oldereid Hydroelectric Power Station (Norwegian: Oldereid kraftverk or Oldereid kraftstasjon) is a hydroelectric power station in Misvær in Nordland county, Norway. The plant utilizes a drop of 321 meters (1,053 ft), drawing water from the watercourses of the Oldereid and Skred rivers. The plant uses Lake Børnup as a reservoir, regulated between an elevation of 320 m (1,050 ft) and 308 m (1,010 ft). Water is also supplied from two other lakes: Gjømmervatnet (Lule Sami: Siggajávrre), regulated between 398 m (1,306 ft) and 389 m (1,276 ft), and , regulated between 472 m (1,549 ft) and 465 m (1,526 ft).
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NtRp112484
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VPOINT(14.955555915833 67.129447937012)
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VOlifantsnek Dam
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VA
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V0.129
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VIrrigation
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VOlifantsnek Dam, is an arch type dam located on the , near Rustenburg, North West, South Africa. It was established in 1929. The dam has a capacity of 14,200,000 cubic metres (500,000,000 cu ft) and a surface area of 272 hectares (670 acres), the wall is 30 metres (98 ft), and has a length of 129 metres (423 ft). The dam serves mainly for irrigation purposes and its hazard potential has been ranked high (3).
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VOmanawa Falls Power Station
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VNew Zealand
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VPower
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VOperational
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VNew Zealand
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VThe Omanawa Falls Power Station is a run of the river hydroelectric facility on the Omanawa River, in the Bay of Plenty in New Zealand. Built in 1915 to supply electricity to the town of Tauranga, it was the Southern Hemisphere's first underground power station.
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VOmarugawa Pumped Storage Power Station
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VThe Omarugawa Pumped Storage Power Station (Japanese: \u5c0f\u4e38\u5ddd\u767a\u96fb\u6240, Hepburn: Omarugawa Hatsudensho) is a large pumped-storage hydroelectric power station in Kijo in the Koyu District of Miyazaki Prefecture, Japan. With a total installed capacity of 1,200 megawatts (1,600,000 hp), it is one of the largest pumped-storage power stations in Japan. A visitor's center, Pino' Q Park, was opened by Kyushu Electric Power in July 2008. The center features miniature models of the power plant, videos and other media to explain the operation of the pumped-storage plant. \u000a* Ishikawauchi Dam \u000a* The upper reservoir
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VThe Omarugawa Pumped Storage Power Station (Japanese: \u5c0f\u4e38\u5ddd\u767a\u96fb\u6240, Hepburn: Omarugawa Hatsudensho) is a large pumped-storage hydroelectric power station in Kijo in the Koyu District of Miyazaki Prefecture, Japan. With a total installed capacity of 1,200 megawatts (1,600,000 hp), it is one of the largest pumped-storage power stations in Japan. A visitor's center, Pino' Q Park, was opened by Kyushu Electric Power in July 2008. The center features miniature models of the power plant, videos and other media to explain the operation of the pumped-storage plant. \u000a* Ishikawauchi Dam \u000a* The upper reservoir
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VThe Omarugawa Pumped Storage Power Station (Japanese: \u5c0f\u4e38\u5ddd\u767a\u96fb\u6240, Hepburn: Omarugawa Hatsudensho) is a large pumped-storage hydroelectric power station in Kijo in the Koyu District of Miyazaki Prefecture, Japan. With a total installed capacity of 1,200 megawatts (1,600,000 hp), it is one of the largest pumped-storage power stations in Japan. A visitor's center, Pino' Q Park, was opened by Kyushu Electric Power in July 2008. The center features miniature models of the power plant, videos and other media to explain the operation of the pumped-storage plant. \u000a* Ishikawauchi Dam \u000a* The upper reservoir
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VPresa de Omatako
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VOmatako Dam is an earth-fill embankment dam about 100 kilometres (62 mi) north of Okahandja in the Otjozondjupa Region of Namibia. It is named after the Omatako Mountains, and it dams the ephemeral , with Omatako meaning "butt" in Oshiwambo, the name referring to the shape of the Omatako Mountains. The dam has a capacity of 43.49 million cubic metres (56,880,000 cu yd).
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VOmatako Dam is an earth-fill embankment dam about 100 kilometres (62 mi) north of Okahandja in the Otjozondjupa Region of Namibia. It is named after the Omatako Mountains, and it dams the ephemeral , with Omatako meaning "butt" in Oshiwambo, the name referring to the shape of the Omatako Mountains. The dam has a capacity of 43.49 million cubic metres (56,880,000 cu yd).
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VOmatako Dam is an earth-fill embankment dam about 100 kilometres (62 mi) north of Okahandja in the Otjozondjupa Region of Namibia. It is named after the Omatako Mountains, and it dams the ephemeral , with Omatako meaning "butt" in Oshiwambo, the name referring to the shape of the Omatako Mountains. The dam has a capacity of 43.49 million cubic metres (56,880,000 cu yd).
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VThe Noyyal Orathuppalayam Dam and Reservoir, also called Orathuppalayam Dam, is located on the Noyyal River between Chennimalai and Kangayam in Tirupur District, Tamil Nadu, South India. The dam is situated 16 km (9.9 mi) north of Kangayam and 26 km (16 mi) east of Tirupur. The dam was built in 1992. It has an ayacut of over 10,000 acres in Tirupur and Karur Districts. It was used by the farmers only for five years as it became a storage tank for textile effluents after that. The farmers, who depended on the dam and river for irrigation, stopped the farm activity in their land.
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VOriang Hydroelectric Power Station is a proposed 400 megawatts (540,000 hp) hydroelectric power station in Uganda.
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VThe Orono Dam is a hydroelectric dam on the Stillwater River at its confluence with the Penobscot River in Orono, Penobscot County, Maine. As a part of the Penobscot River restoration and the removal of the Great Works and Veazie dams, the Orono Dam and Stillwater Dam will be upgraded to maintain previous levels of power generation.
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VThe Orono Dam is a hydroelectric dam on the Stillwater River at its confluence with the Penobscot River in Orono, Penobscot County, Maine. As a part of the Penobscot River restoration and the removal of the Great Works and Veazie dams, the Orono Dam and Stillwater Dam will be upgraded to maintain previous levels of power generation.
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VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
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VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
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VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
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(dp113007
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113008
sbg6
(g13
g8
NtRp113009
(dp113010
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113011
sbtp113012
a(g6
(g7
g8
NtRp113013
(dp113014
g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113015
sbg6
(g13
g8
NtRp113016
(dp113017
g16
Nsg17
Nsg11
V\u30aa\u30fc\u30ed\u30d3\u30eb\u30c0\u30e0
p113018
sbg6
(g13
g8
NtRp113019
(dp113020
g16
Nsg17
Nsg11
VUnited States
p113021
sbg6
(g13
g8
NtRp113022
(dp113023
g16
Nsg17
Nsg11
VZoned Earthfill
p113024
sbg6
(g13
g8
NtRp113025
(dp113026
g16
Nsg17
g27
sg11
V2.10922
p113027
sbNg6
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g8
NtRp113028
(dp113029
g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113030
sbg6
(g13
g8
NtRp113031
(dp113032
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113033
sbg6
(g13
g8
NtRp113034
(dp113035
g16
Nsg17
Nsg11
VWater supply,flood control, power
p113036
sbg6
(g13
g8
NtRp113037
(dp113038
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113039
sbg6
(g13
g8
NtRp113040
(dp113041
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113042
(dp113043
g16
Nsg17
g27
sg11
V5.93546e+07
p113044
sbg6
(g13
g8
NtRp113045
(dp113046
g16
Nsg17
Nsg11
VUSA California#USA
p113047
sbg6
(g13
g8
NtRp113048
(dp113049
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113050
sbg6
(g13
g8
NtRp113051
(dp113052
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113053
sbtp113054
a(g6
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g8
NtRp113055
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113057
sbg6
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g8
NtRp113058
(dp113059
g16
Nsg17
Nsg11
VOroville Dam
p113060
sbg6
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g8
NtRp113061
(dp113062
g16
Nsg17
Nsg11
VUnited States
p113063
sbg6
(g13
g8
NtRp113064
(dp113065
g16
Nsg17
Nsg11
VZoned Earthfill
p113066
sbg6
(g13
g8
NtRp113067
(dp113068
g16
Nsg17
g27
sg11
V2.10922
p113069
sbNg6
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g8
NtRp113070
(dp113071
g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113072
sbg6
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g8
NtRp113073
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113075
sbg6
(g13
g8
NtRp113076
(dp113077
g16
Nsg17
Nsg11
VWater supply,flood control, power
p113078
sbg6
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g8
NtRp113079
(dp113080
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113081
sbg6
(g13
g8
NtRp113082
(dp113083
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113084
(dp113085
g16
Nsg17
g27
sg11
V5.93546e+07
p113086
sbg6
(g13
g8
NtRp113087
(dp113088
g16
Nsg17
Nsg11
VUSA California#USA
p113089
sbg6
(g13
g8
NtRp113090
(dp113091
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113092
sbg6
(g13
g8
NtRp113093
(dp113094
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113095
sbtp113096
a(g6
(g7
g8
NtRp113097
(dp113098
g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113099
sbg6
(g13
g8
NtRp113100
(dp113101
g16
Nsg17
Nsg11
VOroville (hráz)
p113102
sbg6
(g13
g8
NtRp113103
(dp113104
g16
Nsg17
Nsg11
VUnited States
p113105
sbg6
(g13
g8
NtRp113106
(dp113107
g16
Nsg17
Nsg11
VZoned Earthfill
p113108
sbg6
(g13
g8
NtRp113109
(dp113110
g16
Nsg17
g27
sg11
V2.10922
p113111
sbNg6
(g7
g8
NtRp113112
(dp113113
g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113114
sbg6
(g13
g8
NtRp113115
(dp113116
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113117
sbg6
(g13
g8
NtRp113118
(dp113119
g16
Nsg17
Nsg11
VWater supply,flood control, power
p113120
sbg6
(g13
g8
NtRp113121
(dp113122
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113123
sbg6
(g13
g8
NtRp113124
(dp113125
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113126
(dp113127
g16
Nsg17
g27
sg11
V5.93546e+07
p113128
sbg6
(g13
g8
NtRp113129
(dp113130
g16
Nsg17
Nsg11
VUSA California#USA
p113131
sbg6
(g13
g8
NtRp113132
(dp113133
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113134
sbg6
(g13
g8
NtRp113135
(dp113136
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113137
sbtp113138
a(g6
(g7
g8
NtRp113139
(dp113140
g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113141
sbg6
(g13
g8
NtRp113142
(dp113143
g16
Nsg17
Nsg11
V\u0633\u062f \u0623\u0648\u0631\u0648\u0641\u064a\u0644
p113144
sbg6
(g13
g8
NtRp113145
(dp113146
g16
Nsg17
Nsg11
VUnited States
p113147
sbg6
(g13
g8
NtRp113148
(dp113149
g16
Nsg17
Nsg11
VZoned Earthfill
p113150
sbg6
(g13
g8
NtRp113151
(dp113152
g16
Nsg17
g27
sg11
V2.10922
p113153
sbNg6
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g8
NtRp113154
(dp113155
g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113156
sbg6
(g13
g8
NtRp113157
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113159
sbg6
(g13
g8
NtRp113160
(dp113161
g16
Nsg17
Nsg11
VWater supply,flood control, power
p113162
sbg6
(g13
g8
NtRp113163
(dp113164
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113165
sbg6
(g13
g8
NtRp113166
(dp113167
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113168
(dp113169
g16
Nsg17
g27
sg11
V5.93546e+07
p113170
sbg6
(g13
g8
NtRp113171
(dp113172
g16
Nsg17
Nsg11
VUSA California#USA
p113173
sbg6
(g13
g8
NtRp113174
(dp113175
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113176
sbg6
(g13
g8
NtRp113177
(dp113178
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113179
sbtp113180
a(g6
(g7
g8
NtRp113181
(dp113182
g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113183
sbg6
(g13
g8
NtRp113184
(dp113185
g16
Nsg17
Nsg11
VDiga di Oroville
p113186
sbg6
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g8
NtRp113187
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g16
Nsg17
Nsg11
VUnited States
p113189
sbg6
(g13
g8
NtRp113190
(dp113191
g16
Nsg17
Nsg11
VZoned Earthfill
p113192
sbg6
(g13
g8
NtRp113193
(dp113194
g16
Nsg17
g27
sg11
V2.10922
p113195
sbNg6
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g8
NtRp113196
(dp113197
g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113198
sbg6
(g13
g8
NtRp113199
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113201
sbg6
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g8
NtRp113202
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g16
Nsg17
Nsg11
VWater supply,flood control, power
p113204
sbg6
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g8
NtRp113205
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113207
sbg6
(g13
g8
NtRp113208
(dp113209
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113210
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g16
Nsg17
g27
sg11
V5.93546e+07
p113212
sbg6
(g13
g8
NtRp113213
(dp113214
g16
Nsg17
Nsg11
VUSA California#USA
p113215
sbg6
(g13
g8
NtRp113216
(dp113217
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113218
sbg6
(g13
g8
NtRp113219
(dp113220
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113221
sbtp113222
a(g6
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g8
NtRp113223
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113225
sbg6
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NtRp113226
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g16
Nsg17
Nsg11
V\u0413\u0440\u0435\u0431\u043b\u044f \u041e\u0440\u043e\u0432\u0456\u043b\u043b
p113228
sbg6
(g13
g8
NtRp113229
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Nsg17
Nsg11
VUnited States
p113231
sbg6
(g13
g8
NtRp113232
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g16
Nsg17
Nsg11
VZoned Earthfill
p113234
sbg6
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g8
NtRp113235
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g16
Nsg17
g27
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V2.10922
p113237
sbNg6
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g8
NtRp113238
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113240
sbg6
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g8
NtRp113241
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113243
sbg6
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g8
NtRp113244
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g16
Nsg17
Nsg11
VWater supply,flood control, power
p113246
sbg6
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g8
NtRp113247
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113249
sbg6
(g13
g8
NtRp113250
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113252
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g16
Nsg17
g27
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V5.93546e+07
p113254
sbg6
(g13
g8
NtRp113255
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g16
Nsg17
Nsg11
VUSA California#USA
p113257
sbg6
(g13
g8
NtRp113258
(dp113259
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113260
sbg6
(g13
g8
NtRp113261
(dp113262
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113263
sbtp113264
a(g6
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g8
NtRp113265
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam
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g8
NtRp113268
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g16
Nsg17
Nsg11
VOrovilledammen
p113270
sbg6
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NtRp113271
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Nsg17
Nsg11
VUnited States
p113273
sbg6
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g8
NtRp113274
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g16
Nsg17
Nsg11
VZoned Earthfill
p113276
sbg6
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g8
NtRp113277
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g16
Nsg17
g27
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V2.10922
p113279
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g8
NtRp113280
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Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
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NtRp113283
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
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sbg6
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g8
NtRp113286
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g16
Nsg17
Nsg11
VWater supply,flood control, power
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NtRp113289
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Nsg17
Nsg11
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sbg6
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g8
NtRp113292
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Nsg17
Nsg11
VO
sbg6
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NtRp113294
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g16
Nsg17
g27
sg11
V5.93546e+07
p113296
sbg6
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g8
NtRp113297
(dp113298
g16
Nsg17
Nsg11
VUSA California#USA
p113299
sbg6
(g13
g8
NtRp113300
(dp113301
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113302
sbg6
(g13
g8
NtRp113303
(dp113304
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113305
sbtp113306
a(g6
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g8
NtRp113307
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam
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sbg6
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NtRp113310
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g16
Nsg17
Nsg11
V\u5967\u7f85\u7dad\u723e\u6c34\u58e9
p113312
sbg6
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g8
NtRp113313
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Nsg11
VUnited States
p113315
sbg6
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g8
NtRp113316
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g16
Nsg17
Nsg11
VZoned Earthfill
p113318
sbg6
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g8
NtRp113319
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g16
Nsg17
g27
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V2.10922
p113321
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g8
NtRp113322
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113324
sbg6
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g8
NtRp113325
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113327
sbg6
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g8
NtRp113328
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g16
Nsg17
Nsg11
VWater supply,flood control, power
p113330
sbg6
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g8
NtRp113331
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113333
sbg6
(g13
g8
NtRp113334
(dp113335
g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp113336
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g16
Nsg17
g27
sg11
V5.93546e+07
p113338
sbg6
(g13
g8
NtRp113339
(dp113340
g16
Nsg17
Nsg11
VUSA California#USA
p113341
sbg6
(g13
g8
NtRp113342
(dp113343
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113344
sbg6
(g13
g8
NtRp113345
(dp113346
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113347
sbtp113348
a(g6
(g7
g8
NtRp113349
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g11
Vhttp://dbpedia.org/resource/Oroville_Dam
p113351
sbg6
(g13
g8
NtRp113352
(dp113353
g16
Nsg17
Nsg11
V\u041e\u0440\u043e\u0432\u0438\u043b\u043b\u0441\u043a\u0430\u044f \u043f\u043b\u043e\u0442\u0438\u043d\u0430
p113354
sbg6
(g13
g8
NtRp113355
(dp113356
g16
Nsg17
Nsg11
VUnited States
p113357
sbg6
(g13
g8
NtRp113358
(dp113359
g16
Nsg17
Nsg11
VZoned Earthfill
p113360
sbg6
(g13
g8
NtRp113361
(dp113362
g16
Nsg17
g27
sg11
V2.10922
p113363
sbNg6
(g7
g8
NtRp113364
(dp113365
g11
Vhttp://dbpedia.org/resource/Oroville_Dam__Lake__1
p113366
sbg6
(g13
g8
NtRp113367
(dp113368
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/California_Department_of_Water_Resources
p113369
sbg6
(g13
g8
NtRp113370
(dp113371
g16
Nsg17
Nsg11
VWater supply,flood control, power
p113372
sbg6
(g13
g8
NtRp113373
(dp113374
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Feather_River
p113375
sbg6
(g13
g8
NtRp113376
(dp113377
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113378
(dp113379
g16
Nsg17
g27
sg11
V5.93546e+07
p113380
sbg6
(g13
g8
NtRp113381
(dp113382
g16
Nsg17
Nsg11
VUSA California#USA
p113383
sbg6
(g13
g8
NtRp113384
(dp113385
g16
Nsg17
Nsg11
VOroville Dam is an earthfill embankment dam on the Feather River east of the city of Oroville, California, in the Sierra Nevada foothills east of the Sacramento Valley. At 770 feet (235 m) high, it is the tallest dam in the U.S. and serves mainly for water supply, hydroelectricity generation, and flood control. The dam impounds Lake Oroville, the second-largest reservoir in California, capable of storing more than 3.5 million acre-feet (1.1×1012 US gal; 4.3×109 m3).
p113386
sbg6
(g13
g8
NtRp113387
(dp113388
g16
Nsg17
Nsg11
VPOINT(-121.48555755615 39.538887023926)
p113389
sbtp113390
a(g6
(g7
g8
NtRp113391
(dp113392
g11
Vhttp://dbpedia.org/resource/Orphey_Hydroelectric_Power_Station
p113393
sbg6
(g13
g8
NtRp113394
(dp113395
g16
Nsg17
Nsg11
VOrphey Hydroelectric Power Station
p113396
sbg6
(g13
g8
NtRp113397
(dp113398
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bulgaria
p113399
sbNNNg6
(g7
g8
NtRp113400
(dp113401
g11
Vhttp://dbpedia.org/resource/Orphey_Hydroelectric_Power_Station__Lake__1
p113402
sbg6
(g13
g8
NtRp113403
(dp113404
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/NEK_EAD
p113405
sbNNg6
(g13
g8
NtRp113406
(dp113407
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp113408
(dp113409
g16
Nsg17
Nsg11
VThe Orphey Hydro Power Plant is an active hydro power project near Krichim, Bulgaria. It has 4 individual Francis turbines which will deliver up to 160 MW of power. One of the turbines can be used as a pump as well (38 MW), making this power plant a pumped storage type. The plant uses water from the Vacha Reservoir, and is part of the . The plant is named after Orpheus, who is said to have lived in these lands.
p113410
sbg6
(g13
g8
NtRp113411
(dp113412
g16
Nsg17
Nsg11
VPOINT(24.452222824097 41.942501068115)
p113413
sbtp113414
a(g6
(g7
g8
NtRp113415
(dp113416
g11
Vhttp://dbpedia.org/resource/Orphey_Hydroelectric_Power_Station
p113417
sbg6
(g13
g8
NtRp113418
(dp113419
g16
Nsg17
Nsg11
V\u0413\u0415\u0421-\u0413\u0410\u0415\u0421 \u041e\u0440\u0444\u0435\u0439
p113420
sbg6
(g13
g8
NtRp113421
(dp113422
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bulgaria
p113423
sbNNNg6
(g7
g8
NtRp113424
(dp113425
g11
Vhttp://dbpedia.org/resource/Orphey_Hydroelectric_Power_Station__Lake__1
p113426
sbg6
(g13
g8
NtRp113427
(dp113428
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/NEK_EAD
p113429
sbNNg6
(g13
g8
NtRp113430
(dp113431
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp113432
(dp113433
g16
Nsg17
Nsg11
VThe Orphey Hydro Power Plant is an active hydro power project near Krichim, Bulgaria. It has 4 individual Francis turbines which will deliver up to 160 MW of power. One of the turbines can be used as a pump as well (38 MW), making this power plant a pumped storage type. The plant uses water from the Vacha Reservoir, and is part of the . The plant is named after Orpheus, who is said to have lived in these lands.
p113434
sbg6
(g13
g8
NtRp113435
(dp113436
g16
Nsg17
Nsg11
VPOINT(24.452222824097 41.942501068115)
p113437
sbtp113438
a(g6
(g7
g8
NtRp113439
(dp113440
g11
Vhttp://dbpedia.org/resource/Oshirakawa_Dam
p113441
sbg6
(g13
g8
NtRp113442
(dp113443
g16
Nsg17
Nsg11
VOshirakawa Dam
p113444
sbg6
(g13
g8
NtRp113445
(dp113446
g16
Nsg17
Nsg11
VJapan
p113447
sbg6
(g13
g8
NtRp113448
(dp113449
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p113450
sbg6
(g13
g8
NtRp113451
(dp113452
g16
Nsg17
g27
sg11
V0.39
p113453
sbg6
(g13
g8
NtRp113454
(dp113455
g16
Nsg17
g27
sg11
V1235.0
p113456
sbg6
(g7
g8
NtRp113457
(dp113458
g11
Vhttp://dbpedia.org/resource/Oshirakawa_Dam__Lake__1
p113459
sbNg6
(g13
g8
NtRp113460
(dp113461
g16
Nsg17
Nsg11
VPower
p113462
sbg6
(g13
g8
NtRp113463
(dp113464
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oshirakawa_River
p113465
sbg6
(g13
g8
NtRp113466
(dp113467
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113468
(dp113469
g16
Nsg17
g27
sg11
V1.7e+06
p113470
sbg6
(g13
g8
NtRp113471
(dp113472
g16
Nsg17
Nsg11
VJapan
p113473
sbg6
(g13
g8
NtRp113474
(dp113475
g16
Nsg17
Nsg11
VThe Oshirakawa Dam is a rock-fill dam on the (a tributary of the Sh\u014d River) about 16 km (9.9 mi) southwest of Shirakawa in Gifu Prefecture, Japan. It was constructed between 1961 and 1963. The dam has an associated 66.3 MW hydroelectric power station located about 7.1 km (4.4 mi) downstream which was commissioned in 1963.
p113476
sbg6
(g13
g8
NtRp113477
(dp113478
g16
Nsg17
Nsg11
VPOINT(136.82200622559 36.140758514404)
p113479
sbtp113480
a(g6
(g7
g8
NtRp113481
(dp113482
g11
Vhttp://dbpedia.org/resource/Oshirakawa_Dam
p113483
sbg6
(g13
g8
NtRp113484
(dp113485
g16
Nsg17
Nsg11
V\u5927\u767d\u5ddd\u30c0\u30e0
p113486
sbg6
(g13
g8
NtRp113487
(dp113488
g16
Nsg17
Nsg11
VJapan
p113489
sbg6
(g13
g8
NtRp113490
(dp113491
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p113492
sbg6
(g13
g8
NtRp113493
(dp113494
g16
Nsg17
g27
sg11
V0.39
p113495
sbg6
(g13
g8
NtRp113496
(dp113497
g16
Nsg17
g27
sg11
V1235.0
p113498
sbg6
(g7
g8
NtRp113499
(dp113500
g11
Vhttp://dbpedia.org/resource/Oshirakawa_Dam__Lake__1
p113501
sbNg6
(g13
g8
NtRp113502
(dp113503
g16
Nsg17
Nsg11
VPower
p113504
sbg6
(g13
g8
NtRp113505
(dp113506
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Oshirakawa_River
p113507
sbg6
(g13
g8
NtRp113508
(dp113509
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp113510
(dp113511
g16
Nsg17
g27
sg11
V1.7e+06
p113512
sbg6
(g13
g8
NtRp113513
(dp113514
g16
Nsg17
Nsg11
VJapan
p113515
sbg6
(g13
g8
NtRp113516
(dp113517
g16
Nsg17
Nsg11
VThe Oshirakawa Dam is a rock-fill dam on the (a tributary of the Sh\u014d River) about 16 km (9.9 mi) southwest of Shirakawa in Gifu Prefecture, Japan. It was constructed between 1961 and 1963. The dam has an associated 66.3 MW hydroelectric power station located about 7.1 km (4.4 mi) downstream which was commissioned in 1963.
p113518
sbg6
(g13
g8
NtRp113519
(dp113520
g16
Nsg17
Nsg11
VPOINT(136.82200622559 36.140758514404)
p113521
sbtp113522
a(g6
(g7
g8
NtRp113523
(dp113524
g11
Vhttp://dbpedia.org/resource/Osman_Sagar
p113525
sbg6
(g13
g8
NtRp113526
(dp113527
g16
Nsg17
Nsg11
VOsman Sagar
p113528
sbg6
(g13
g8
NtRp113529
(dp113530
g16
Nsg17
Nsg11
VIndia
p113531
sbg6
(g13
g8
NtRp113532
(dp113533
g16
Nsg17
Nsg11
VB
sbNg6
(g13
g8
NtRp113534
(dp113535
g16
Nsg17
g27
sg11
V545.592
p113536
sbg6
(g7
g8
NtRp113537
(dp113538
g11
Vhttp://dbpedia.org/resource/Osman_Sagar__Lake__1
p113539
sbg6
(g13
g8
NtRp113540
(dp113541
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Telangana
p113542
sbg6
(g13
g8
NtRp113543
(dp113544
g16
Nsg17
Nsg11
VMulti-purpose
p113545
sbg6
(g13
g8
NtRp113546
(dp113547
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Musi_River,_India
p113548
sbg6
(g13
g8
NtRp113549
(dp113550
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp113551
(dp113552
g16
Nsg17
Nsg11
VIndia Telangana#India
p113553
sbg6
(g13
g8
NtRp113554
(dp113555
g16
Nsg17
Nsg11
VOsman Sagar is a reservoir in the Indian city of Hyderabad. The lake is around 46 km², and the reservoir is around 29 km², with total level of 1,790 feet and a capacity of 3.9 tmc ft.
p113556
sbg6
(g13
g8
NtRp113557
(dp113558
g16
Nsg17
Nsg11
VPOINT(78.300003051758 17.383333206177)
p113559
sbtp113560
a(g6
(g7
g8
NtRp113561
(dp113562
g11
Vhttp://dbpedia.org/resource/Osman_Sagar
p113563
sbg6
(g13
g8
NtRp113564
(dp113565
g16
Nsg17
Nsg11
VOsman Sagar
p113566
sbg6
(g13
g8
NtRp113567
(dp113568
g16
Nsg17
Nsg11
VIndia
p113569
sbg6
(g13
g8
NtRp113570
(dp113571
g16
Nsg17
Nsg11
VB
sbNg6
(g13
g8
NtRp113572
(dp113573
g16
Nsg17
g27
sg11
V545.592
p113574
sbg6
(g7
g8
NtRp113575
(dp113576
g11
Vhttp://dbpedia.org/resource/Osman_Sagar__Lake__1
p113577
sbg6
(g13
g8
NtRp113578
(dp113579
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Telangana
p113580
sbg6
(g13
g8
NtRp113581
(dp113582
g16
Nsg17
Nsg11
VMulti-purpose
p113583
sbg6
(g13
g8
NtRp113584
(dp113585
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Musi_River,_India
p113586
sbg6
(g13
g8
NtRp113587
(dp113588
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp113589
(dp113590
g16
Nsg17
Nsg11
VIndia Telangana#India
p113591
sbg6
(g13
g8
NtRp113592
(dp113593
g16
Nsg17
Nsg11
VOsman Sagar is a reservoir in the Indian city of Hyderabad. The lake is around 46 km², and the reservoir is around 29 km², with total level of 1,790 feet and a capacity of 3.9 tmc ft.
p113594
sbg6
(g13
g8
NtRp113595
(dp113596
g16
Nsg17
Nsg11
VPOINT(78.300003051758 17.383333206177)
p113597
sbtp113598
a(g6
(g7
g8
NtRp113599
(dp113600
g11
Vhttp://dbpedia.org/resource/Osman_Sagar
p113601
sbg6
(g13
g8
NtRp113602
(dp113603
g16
Nsg17
Nsg11
VOsman Sagar
p113604
sbg6
(g13
g8
NtRp113605
(dp113606
g16
Nsg17
Nsg11
VIndia
p113607
sbg6
(g13
g8
NtRp113608
(dp113609
g16
Nsg17
Nsg11
VB
sbNg6
(g13
g8
NtRp113610
(dp113611
g16
Nsg17
g27
sg11
V545.592
p113612
sbg6
(g7
g8
NtRp113613
(dp113614
g11
Vhttp://dbpedia.org/resource/Osman_Sagar__Lake__1
p113615
sbg6
(g13
g8
NtRp113616
(dp113617
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Telangana
p113618
sbg6
(g13
g8
NtRp113619
(dp113620
g16
Nsg17
Nsg11
VMulti-purpose
p113621
sbg6
(g13
g8
NtRp113622
(dp113623
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Musi_River,_India
p113624
sbg6
(g13
g8
NtRp113625
(dp113626
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp113627
(dp113628
g16
Nsg17
Nsg11
VIndia Telangana#India
p113629
sbg6
(g13
g8
NtRp113630
(dp113631
g16
Nsg17
Nsg11
VOsman Sagar is a reservoir in the Indian city of Hyderabad. The lake is around 46 km², and the reservoir is around 29 km², with total level of 1,790 feet and a capacity of 3.9 tmc ft.
p113632
sbg6
(g13
g8
NtRp113633
(dp113634
g16
Nsg17
Nsg11
VPOINT(78.300003051758 17.383333206177)
p113635
sbtp113636
a(g6
(g7
g8
NtRp113637
(dp113638
g11
Vhttp://dbpedia.org/resource/Otluca_HES
p113639
sbg6
(g13
g8
NtRp113640
(dp113641
g16
Nsg17
Nsg11
VOtluca HES
p113642
sbg6
(g13
g8
NtRp113643
(dp113644
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p113645
sbNNNNNNg6
(g13
g8
NtRp113646
(dp113647
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dragon_Creek
p113648
sbNNg6
(g13
g8
NtRp113649
(dp113650
g16
Nsg17
Nsg11
VTurkey
p113651
sbg6
(g13
g8
NtRp113652
(dp113653
g16
Nsg17
Nsg11
VOtluca HES is a three-stage hydroelectric plant of Turkey. It is in Anamur ilçe (district) of Mersin Province. It is to the north of Anamur and on Dragon Creek. The main unit is at 36°18\u203214\u2033N 32°46\u203236\u2033E\ufeff / \ufeff36.30389°N 32.77667°E
p113654
sbg6
(g13
g8
NtRp113655
(dp113656
g16
Nsg17
Nsg11
VPOINT(32.776668548584 36.303890228271)
p113657
sbtp113658
a(g6
(g7
g8
NtRp113659
(dp113660
g11
Vhttp://dbpedia.org/resource/Otori_Dam
p113661
sbg6
(g13
g8
NtRp113662
(dp113663
g16
Nsg17
Nsg11
VDiga di \u014ctori
p113664
sbg6
(g13
g8
NtRp113665
(dp113666
g16
Nsg17
Nsg11
VJapan
p113667
sbg6
(g13
g8
NtRp113668
(dp113669
g16
Nsg17
Nsg11
VArch-gravity
p113670
sbg6
(g13
g8
NtRp113671
(dp113672
g16
Nsg17
g27
sg11
V0.188
p113673
sbNg6
(g7
g8
NtRp113674
(dp113675
g11
Vhttp://dbpedia.org/resource/Otori_Dam__Lake__1
p113676
sbg6
(g13
g8
NtRp113677
(dp113678
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electric_Power_Development_Company
p113679
sbNg6
(g13
g8
NtRp113680
(dp113681
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tadami_River
p113682
sbg6
(g13
g8
NtRp113683
(dp113684
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp113685
(dp113686
g16
Nsg17
Nsg11
VJapan
p113687
sbg6
(g13
g8
NtRp113688
(dp113689
g16
Nsg17
Nsg11
VThe Otori Dam (\u5927\u9ce5\u30c0\u30e0, \u014ctori damu) is a concrete arch-gravity dam on the Tadami River, 17 km (11 mi) southwest of Tadami in Fukushima Prefecture, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 182 MW power station. The power station contains two Kaplan turbine-generators. Unit 1 (95 MW) was commissioned on 20 November 1963 while Unit 2 (87 MW) was commissioned on 7 June 2003 as part of a power plant expansion project that included an additional 200 MW generator at Okutadami Dam upstream. The dam is 83 m (272 ft) tall and 188 m (617 ft) long. Its reservoir has a 15,800,000 m3 (12,809 acre\u22c5ft) capacity of which 5,000,000 m3 (4,054 acre\u22c5ft) is active (or "useful") for power generation. The reservoir has a catchment area of 656.9 km2 (254 sq mi) and sur
p113690
sbg6
(g13
g8
NtRp113691
(dp113692
g16
Nsg17
Nsg11
VPOINT(139.21388244629 37.214721679688)
p113693
sbtp113694
a(g6
(g7
g8
NtRp113695
(dp113696
g11
Vhttp://dbpedia.org/resource/Otori_Dam
p113697
sbg6
(g13
g8
NtRp113698
(dp113699
g16
Nsg17
Nsg11
VOtori Dam
p113700
sbg6
(g13
g8
NtRp113701
(dp113702
g16
Nsg17
Nsg11
VJapan
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VThe Otori Dam (\u5927\u9ce5\u30c0\u30e0, \u014ctori damu) is a concrete arch-gravity dam on the Tadami River, 17 km (11 mi) southwest of Tadami in Fukushima Prefecture, Japan. The primary purpose of the dam is hydroelectric power generation and it supports a 182 MW power station. The power station contains two Kaplan turbine-generators. Unit 1 (95 MW) was commissioned on 20 November 1963 while Unit 2 (87 MW) was commissioned on 7 June 2003 as part of a power plant expansion project that included an additional 200 MW generator at Okutadami Dam upstream. The dam is 83 m (272 ft) tall and 188 m (617 ft) long. Its reservoir has a 15,800,000 m3 (12,809 acre\u22c5ft) capacity of which 5,000,000 m3 (4,054 acre\u22c5ft) is active (or "useful") for power generation. The reservoir has a catchment area of 656.9 km2 (254 sq mi) and sur
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VOtter Rapids Generating Station is a dam and hydroelectric power plant located in Pitt Township in the Unorganized North Part of Cochrane District in Northeastern Ontario, Canada. Owned by Ontario Power Generation, this 4-unit, 182 MW station is part of the Northeast Plant Group. The Ontario Northland Railway runs past this facility. The Otter Rapids Generating Station was the last of four generating stations completed on the Abitibi River in the James Bay watershed.
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VOtter Rapids Generating Station is a dam and hydroelectric power plant located in Pitt Township in the Unorganized North Part of Cochrane District in Northeastern Ontario, Canada. Owned by Ontario Power Generation, this 4-unit, 182 MW station is part of the Northeast Plant Group. The Ontario Northland Railway runs past this facility. The Otter Rapids Generating Station was the last of four generating stations completed on the Abitibi River in the James Bay watershed.
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VOtter Rapids Generating Station is a dam and hydroelectric power plant located in Pitt Township in the Unorganized North Part of Cochrane District in Northeastern Ontario, Canada. Owned by Ontario Power Generation, this 4-unit, 182 MW station is part of the Northeast Plant Group. The Ontario Northland Railway runs past this facility. The Otter Rapids Generating Station was the last of four generating stations completed on the Abitibi River in the James Bay watershed.
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VThe Ottu barrage, sometimes spelled as the Otu barrage and also known as Ottu Head, is a masonry weir on the Ghaggar-Hakra River in Sirsa, Haryana state of India that creates a large water reservoir out of the formerly-small Dhanur lake, located near the village of Ottu, which is about 8 miles from Sirsa City in Haryana, India. It is a feeder for the two Ghaggar canals (the Northern Ghaggar canal and the Southern Ghaggar canal) that carry irrigation water to northern Haryana state. In 2002, a new tourist complex was inaugurated at the barrage, and it was given the honorary name of "Chaudhary Devi Lal Weir" to commemorate the former Chief Minister of Haryana state, Chaudhary Devi Lal. The Dhanur lake reservoir is now often referred to simply as the Ottu reservoir.
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VOudebaaskraal Dam is an earth-fill type dam located on the near Ceres, Western Cape, South Africa. It was established in 1969 and serves mainly for irrigation purposes. The hazard potential of the dam has been ranked significant (2). Hundreds of pink flamingos can be spotted there at certain times, and the areas of the dam which are covered in algae have a kelp type smell similar to the ocean.
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VThe Oumarou Kanazoé Dam (French: Barrage Oumarou Kanazoé), officially known as the Toécé Dam (French: Barrage de Toécé), is a dam straddling the border between Yatenga and Passoré Provinces in the Nord Region of Burkina Faso. It is named after Burkinabé entrepreneur , whose construction company, , built it in 1995. It contains the Nord Region's largest reservoir of water, which is used for irrigation and fishing. As of 2019, efforts were underway to clear the reservoir of invasive typha, which covers 50.6% of its surface area.
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VThe Oumarou Kanazoé Dam (French: Barrage Oumarou Kanazoé), officially known as the Toécé Dam (French: Barrage de Toécé), is a dam straddling the border between Yatenga and Passoré Provinces in the Nord Region of Burkina Faso. It is named after Burkinabé entrepreneur , whose construction company, , built it in 1995. It contains the Nord Region's largest reservoir of water, which is used for irrigation and fishing. As of 2019, efforts were underway to clear the reservoir of invasive typha, which covers 50.6% of its surface area.
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VThe Oumarou Kanazoé Dam (French: Barrage Oumarou Kanazoé), officially known as the Toécé Dam (French: Barrage de Toécé), is a dam straddling the border between Yatenga and Passoré Provinces in the Nord Region of Burkina Faso. It is named after Burkinabé entrepreneur , whose construction company, , built it in 1995. It contains the Nord Region's largest reservoir of water, which is used for irrigation and fishing. As of 2019, efforts were underway to clear the reservoir of invasive typha, which covers 50.6% of its surface area.
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VThe Oumarou Kanazoé Dam (French: Barrage Oumarou Kanazoé), officially known as the Toécé Dam (French: Barrage de Toécé), is a dam straddling the border between Yatenga and Passoré Provinces in the Nord Region of Burkina Faso. It is named after Burkinabé entrepreneur , whose construction company, , built it in 1995. It contains the Nord Region's largest reservoir of water, which is used for irrigation and fishing. As of 2019, efforts were underway to clear the reservoir of invasive typha, which covers 50.6% of its surface area.
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NtRp114032
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Nsg11
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Nsg17
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VO
sbNg6
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g8
NtRp114037
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Nsg17
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VBurkina Faso
p114039
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g8
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VThe Oumarou Kanazoé Dam (French: Barrage Oumarou Kanazoé), officially known as the Toécé Dam (French: Barrage de Toécé), is a dam straddling the border between Yatenga and Passoré Provinces in the Nord Region of Burkina Faso. It is named after Burkinabé entrepreneur , whose construction company, , built it in 1995. It contains the Nord Region's largest reservoir of water, which is used for irrigation and fishing. As of 2019, efforts were underway to clear the reservoir of invasive typha, which covers 50.6% of its surface area.
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VOvercreek Dam
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VUnited States
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VBreached
p114061
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g8
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VSouth Carolina
p114064
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(g13
g8
NtRp114065
(dp114066
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Nsg17
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VThe Overcreek Dam was an earth-fill embankment dam on Rockyford Creek, a tributary of Gills Creek, in Forest Acres of Richland County, South Carolina. It was breached by flooding on 5 October 2015, due to record rainfall in South Carolina.
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VUnited States
p114080
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p114083
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VBreached
p114086
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g8
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VSouth Carolina
p114089
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g8
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VThe Overcreek Dam was an earth-fill embankment dam on Rockyford Creek, a tributary of Gills Creek, in Forest Acres of Richland County, South Carolina. It was breached by flooding on 5 October 2015, due to record rainfall in South Carolina.
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VPOINT(-80.951477050781 34.039516448975)
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NtRp114100
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V\u0413\u0415\u0421 \u041e\u043a\u0441\u0431\u043e\u0443
p114102
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g8
NtRp114103
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Nsg11
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NtRp114106
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Vhttp://dbpedia.org/resource/Oxbow_Dam__Lake__1
p114108
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NtRp114109
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Vhttp://dbpedia.org/resource/Snake_River
p114111
sbNNg6
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g8
NtRp114112
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Nsg17
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VUSA##Idaho
p114114
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g8
NtRp114115
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g16
Nsg17
Nsg11
VOxbow Dam is a hydroelectric run-of-the-river rockfill dam in the western United States, on the Snake River in Hells Canyon (river mile 273) along the Idaho-Oregon border. Completed 61 years ago in 1961, it is part of the Hells Canyon Project that also includes Hells Canyon Dam and Brownlee Dam, all built and operated by Idaho Power Company. The dam's powerhouse contains four generating units with a total nameplate capacity of 190 megawatts (250,000 hp).
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VPOINT(-116.83444213867 44.970832824707)
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Vhttp://dbpedia.org/resource/Oxbow_Dam
p114124
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V\u0413\u0415\u0421 \u041e\u043a\u0441\u0431\u043e\u0443
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Vhttp://dbpedia.org/resource/United_States
p114130
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g8
NtRp114131
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Vhttp://dbpedia.org/resource/Oxbow_Dam__Lake__1
p114133
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NtRp114134
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Vhttp://dbpedia.org/resource/Snake_River
p114136
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g8
NtRp114137
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Nsg17
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VUSA##Idaho
p114139
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g8
NtRp114140
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VOxbow Dam is a hydroelectric run-of-the-river rockfill dam in the western United States, on the Snake River in Hells Canyon (river mile 273) along the Idaho-Oregon border. Completed 61 years ago in 1961, it is part of the Hells Canyon Project that also includes Hells Canyon Dam and Brownlee Dam, all built and operated by Idaho Power Company. The dam's powerhouse contains four generating units with a total nameplate capacity of 190 megawatts (250,000 hp).
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NtRp114143
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VPOINT(-116.83444213867 44.970832824707)
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a(g6
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g8
NtRp114147
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Vhttp://dbpedia.org/resource/Oxbow_Dam
p114149
sbg6
(g13
g8
NtRp114150
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Nsg17
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VOxbow-Damm
p114152
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g8
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Vhttp://dbpedia.org/resource/United_States
p114155
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g8
NtRp114156
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Vhttp://dbpedia.org/resource/Oxbow_Dam__Lake__1
p114158
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g8
NtRp114159
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Vhttp://dbpedia.org/resource/Snake_River
p114161
sbNNg6
(g13
g8
NtRp114162
(dp114163
g16
Nsg17
Nsg11
VUSA##Idaho
p114164
sbg6
(g13
g8
NtRp114165
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VOxbow Dam is a hydroelectric run-of-the-river rockfill dam in the western United States, on the Snake River in Hells Canyon (river mile 273) along the Idaho-Oregon border. Completed 61 years ago in 1961, it is part of the Hells Canyon Project that also includes Hells Canyon Dam and Brownlee Dam, all built and operated by Idaho Power Company. The dam's powerhouse contains four generating units with a total nameplate capacity of 190 megawatts (250,000 hp).
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NtRp114168
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VPOINT(-116.83444213867 44.970832824707)
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NtRp114172
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Vhttp://dbpedia.org/resource/Oxbow_Dam
p114174
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(g13
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NtRp114175
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Nsg17
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VOxbow Dam
p114177
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g8
NtRp114178
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p114180
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g8
NtRp114181
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Vhttp://dbpedia.org/resource/Oxbow_Dam__Lake__1
p114183
sbNNg6
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g8
NtRp114184
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Nsg11
Vhttp://dbpedia.org/resource/Snake_River
p114186
sbNNg6
(g13
g8
NtRp114187
(dp114188
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Nsg17
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VUSA##Idaho
p114189
sbg6
(g13
g8
NtRp114190
(dp114191
g16
Nsg17
Nsg11
VOxbow Dam is a hydroelectric run-of-the-river rockfill dam in the western United States, on the Snake River in Hells Canyon (river mile 273) along the Idaho-Oregon border. Completed 61 years ago in 1961, it is part of the Hells Canyon Project that also includes Hells Canyon Dam and Brownlee Dam, all built and operated by Idaho Power Company. The dam's powerhouse contains four generating units with a total nameplate capacity of 190 megawatts (250,000 hp).
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g8
NtRp114193
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VPOINT(-116.83444213867 44.970832824707)
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a(g6
(g7
g8
NtRp114197
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Vhttp://dbpedia.org/resource/Oxkraal_Dam
p114199
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(g13
g8
NtRp114200
(dp114201
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Nsg17
Nsg11
VOxkraal Dam
p114202
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(g13
g8
NtRp114203
(dp114204
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p114205
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(g13
g8
NtRp114206
(dp114207
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Vearth-fill, rock-fill
p114208
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(g13
g8
NtRp114209
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Nsg17
g27
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V0.915
p114211
sbNg6
(g7
g8
NtRp114212
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g11
Vhttp://dbpedia.org/resource/Oxkraal_Dam__Lake__1
p114214
sbNg6
(g13
g8
NtRp114215
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Nsg17
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VIrrigation
p114217
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(g13
g8
NtRp114218
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Vhttp://dbpedia.org/resource/Oxkraal_River
p114220
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VOxkraal Dam is a zoned earth-fill/rock-fill type dam located on the , about 8 km South West of Whittlesea, Eastern Cape, South Africa. It was created in 1989 and serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3).
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VPOINT(26.75333404541 -32.211944580078)
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a(g6
(g7
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NtRp114228
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Vhttp://dbpedia.org/resource/Pa_Sak_Jolasid_Dam
p114230
sbg6
(g13
g8
NtRp114231
(dp114232
g16
Nsg17
Nsg11
VPa-Sak-Chonlasit-Staudamm
p114233
sbg6
(g13
g8
NtRp114234
(dp114235
g16
Nsg17
Nsg11
VThailand
p114236
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(g13
g8
NtRp114237
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VEmbankment, earth-fill
p114239
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(g13
g8
NtRp114240
(dp114241
g16
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g27
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V4.86
p114242
sbNg6
(g7
g8
NtRp114243
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g11
Vhttp://dbpedia.org/resource/Pa_Sak_Jolasid_Dam__Lake__1
p114245
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(g13
g8
NtRp114246
(dp114247
g16
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Vhttp://dbpedia.org/resource/Pa_Sak_River
p114248
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(g13
g8
NtRp114249
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g16
Nsg17
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VO
sbNg6
(g13
g8
NtRp114251
(dp114252
g16
Nsg17
Nsg11
VThailand
p114253
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(g13
g8
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VThe Pa Sak Jolasid Dam or Pa Sak Cholasit Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e48\u0e32\u0e2a\u0e31\u0e01\u0e0a\u0e25\u0e2a\u0e34\u0e17\u0e18\u0e34\u0e4c, RTGS: Khuean Pa Sak Chonlasit pronounced [k\u02b0\u026f\u0300a\u032fn pà\u02d0 sàk t\u0361\u0255\u02b0\u014dn.l\u0101.sìt]) impounds the Pa Sak River at Ban Kaeng Suea Ten, Tambon Nong Bua, Phatthana Nikhom District, Lopburi Province, and Ban Kham Phran, Tambon Kham Phran, Wang Muang District, Saraburi Province, Thailand. It is the biggest reservoir in central Thailand.
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g8
NtRp114257
(dp114258
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Nsg11
VPOINT(101.06610870361 14.861389160156)
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NtRp114261
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g8
NtRp114264
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VPa Sak Jolasid Dam
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VThailand
p114269
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NtRp114270
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VEmbankment, earth-fill
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NtRp114273
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g27
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V4.86
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(g7
g8
NtRp114276
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Vhttp://dbpedia.org/resource/Pa_Sak_Jolasid_Dam__Lake__1
p114278
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(g13
g8
NtRp114279
(dp114280
g16
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Vhttp://dbpedia.org/resource/Pa_Sak_River
p114281
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(g13
g8
NtRp114282
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g16
Nsg17
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VO
sbNg6
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g8
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VThailand
p114286
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g8
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VThe Pa Sak Jolasid Dam or Pa Sak Cholasit Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e48\u0e32\u0e2a\u0e31\u0e01\u0e0a\u0e25\u0e2a\u0e34\u0e17\u0e18\u0e34\u0e4c, RTGS: Khuean Pa Sak Chonlasit pronounced [k\u02b0\u026f\u0300a\u032fn pà\u02d0 sàk t\u0361\u0255\u02b0\u014dn.l\u0101.sìt]) impounds the Pa Sak River at Ban Kaeng Suea Ten, Tambon Nong Bua, Phatthana Nikhom District, Lopburi Province, and Ban Kham Phran, Tambon Kham Phran, Wang Muang District, Saraburi Province, Thailand. It is the biggest reservoir in central Thailand.
p114289
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g8
NtRp114290
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a(g6
(g7
g8
NtRp114294
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(g13
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V\u30d1\u30fc\u30b5\u30c3\u30af\u30fb\u30c1\u30e7\u30f3\u30e9\u30b7\u30c3\u30c8\u30c0\u30e0
p114299
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g8
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VThailand
p114302
sbg6
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g8
NtRp114303
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VEmbankment, earth-fill
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g8
NtRp114306
(dp114307
g16
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g27
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V4.86
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(g7
g8
NtRp114309
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Vhttp://dbpedia.org/resource/Pa_Sak_Jolasid_Dam__Lake__1
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sbNNg6
(g13
g8
NtRp114312
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p114314
sbg6
(g13
g8
NtRp114315
(dp114316
g16
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VO
sbNg6
(g13
g8
NtRp114317
(dp114318
g16
Nsg17
Nsg11
VThailand
p114319
sbg6
(g13
g8
NtRp114320
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VThe Pa Sak Jolasid Dam or Pa Sak Cholasit Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e48\u0e32\u0e2a\u0e31\u0e01\u0e0a\u0e25\u0e2a\u0e34\u0e17\u0e18\u0e34\u0e4c, RTGS: Khuean Pa Sak Chonlasit pronounced [k\u02b0\u026f\u0300a\u032fn pà\u02d0 sàk t\u0361\u0255\u02b0\u014dn.l\u0101.sìt]) impounds the Pa Sak River at Ban Kaeng Suea Ten, Tambon Nong Bua, Phatthana Nikhom District, Lopburi Province, and Ban Kham Phran, Tambon Kham Phran, Wang Muang District, Saraburi Province, Thailand. It is the biggest reservoir in central Thailand.
p114322
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g8
NtRp114323
(dp114324
g16
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VPOINT(101.06610870361 14.861389160156)
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a(g6
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NtRp114327
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Vhttp://dbpedia.org/resource/Pa_Sak_Jolasid_Dam
p114329
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(g13
g8
NtRp114330
(dp114331
g16
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V\u041f\u043b\u043e\u0442\u0438\u043d\u0430 \u041f\u0430 \u0421\u0430\u043a \u0414\u0436\u043e\u043b\u0430\u0439\u0434
p114332
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g8
NtRp114333
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VThailand
p114335
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g8
NtRp114336
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g16
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Nsg11
VEmbankment, earth-fill
p114338
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(g13
g8
NtRp114339
(dp114340
g16
Nsg17
g27
sg11
V4.86
p114341
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(g7
g8
NtRp114342
(dp114343
g11
Vhttp://dbpedia.org/resource/Pa_Sak_Jolasid_Dam__Lake__1
p114344
sbNNg6
(g13
g8
NtRp114345
(dp114346
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pa_Sak_River
p114347
sbg6
(g13
g8
NtRp114348
(dp114349
g16
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VO
sbNg6
(g13
g8
NtRp114350
(dp114351
g16
Nsg17
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VThailand
p114352
sbg6
(g13
g8
NtRp114353
(dp114354
g16
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VPacheco Reservoir is a man-made reservoir in the Diablo Range in California, U.S.A. The lake is formed by a dam on the north fork of Pacheco Creek, whose waters reach Monterey Bay by way of the Pajaro River. The Pacheco Pass Water District is currently responsible for operation and maintenance of the Pacheco Reservoir. Located north of State Route 152 in eastern Santa Clara County, the lake is about an hour's drive from downtown San Jose.
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VPacoima Dam is a concrete arch dam on Pacoima Creek in the San Gabriel Mountains, in Los Angeles County, California. The reservoir it creates, Pacoima Reservoir, has a capacity of 3,777 acre\u22c5ft (4,659,000 m3) Built by the Los Angeles County Flood Control District, which became part of the Department of Public Works, it was completed in 1928. At the time, the 371 foot (113m) high dam was the tallest arch dam in the U.S. The dam is situated approximately 1 mile (1.6 km) northeast of Sylmar, above the San Fernando Valley.
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VPacoima Dam is a concrete arch dam on Pacoima Creek in the San Gabriel Mountains, in Los Angeles County, California. The reservoir it creates, Pacoima Reservoir, has a capacity of 3,777 acre\u22c5ft (4,659,000 m3) Built by the Los Angeles County Flood Control District, which became part of the Department of Public Works, it was completed in 1928. At the time, the 371 foot (113m) high dam was the tallest arch dam in the U.S. The dam is situated approximately 1 mile (1.6 km) northeast of Sylmar, above the San Fernando Valley.
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VPacoima Dam is a concrete arch dam on Pacoima Creek in the San Gabriel Mountains, in Los Angeles County, California. The reservoir it creates, Pacoima Reservoir, has a capacity of 3,777 acre\u22c5ft (4,659,000 m3) Built by the Los Angeles County Flood Control District, which became part of the Department of Public Works, it was completed in 1928. At the time, the 371 foot (113m) high dam was the tallest arch dam in the U.S. The dam is situated approximately 1 mile (1.6 km) northeast of Sylmar, above the San Fernando Valley.
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VPactola Dam is an embankment dam on Rapid Creek in Pennington County, South Dakota, about 10 miles (16 km) west of Rapid City. The dam was completed in 1956 by the U.S. Bureau of Reclamation to provide flood control, water supply and recreation. Along with the nearby Deerfield Dam, it is part of the Rapid Valley Unit of the Pick-Sloan Missouri Basin Program. U.S. Route 385 runs along the crest of the dam. The dam forms Pactola Lake, which at over 1,200 acres (490 ha) is the largest and deepest body of water in the Black Hills.
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VPadam Khola Small Hydropower Station (Nepali: \u092a\u0926\u092e \u0916\u094b\u0932\u093e \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Dailekh District of Nepal. The flow from is used to generate 4.8 MW electricity. The design flow is 2.27 m3/s and design head is 243.4 m.
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VThe Pak Mun Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e32\u0e01\u0e21\u0e39\u0e25, RTGS: Khuean Pak Mun, pronounced [k\u02b0\u026f\u0300a\u032fn pà\u02d0k m\u016b\u02d0n]) is a barrage dam and run-of-the-river hydroelectric plant 5.5 km west of the confluence of the Mun and Mekong Rivers in Khong Chiam District, Ubon Ratchathani Province, Thailand. It was constructed by the Electricity Generating Authority of Thailand (EGAT) with support from the World Bank at a total cost of US$240 million, and completed in 1994.
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NtRp114688
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p114705
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p114733
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VThe Pak Mun Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e1b\u0e32\u0e01\u0e21\u0e39\u0e25, RTGS: Khuean Pak Mun, pronounced [k\u02b0\u026f\u0300a\u032fn pà\u02d0k m\u016b\u02d0n]) is a barrage dam and run-of-the-river hydroelectric plant 5.5 km west of the confluence of the Mun and Mekong Rivers in Khong Chiam District, Ubon Ratchathani Province, Thailand. It was constructed by the Electricity Generating Authority of Thailand (EGAT) with support from the World Bank at a total cost of US$240 million, and completed in 1994.
p114736
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g8
NtRp114737
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p114743
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V\u0413\u0415\u0421 \u041f\u0430\u043a\u0430\u043b-\u0414\u0443\u043b
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VUC
p114764
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NtRp114765
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VThe Pakal Dul Dam is an under construction concrete-face rock-fill dam on the Marusudar river, a tributary of the Chenab River, in Kishtwar district of the Indian Jammu and Kashmir. The primary purpose of the dam is hydroelectric power generation. It will divert water to the south through a 10 km (6.2 mi) long headrace tunnel and into power station on the reservoir of the Dul Hasti Dam, on the Chenab. In February 2014, the project was awarded to a consortium of domestic and foreign countries. It includes AFCONS, JP Prakash Associate Bharat Heavy Electricals. Pakistan, which relies on the Chenab downstream, views the dam as a violation of the Indus Water Treaty, whereas India states it is as per treaty provisions. Indian Commentator Harshil Mehta wrote that the project holds strategic inter
p114770
sbg6
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g8
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p114783
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g8
NtRp114796
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VUC
p114798
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p114801
sbg6
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VThe Pakal Dul Dam is an under construction concrete-face rock-fill dam on the Marusudar river, a tributary of the Chenab River, in Kishtwar district of the Indian Jammu and Kashmir. The primary purpose of the dam is hydroelectric power generation. It will divert water to the south through a 10 km (6.2 mi) long headrace tunnel and into power station on the reservoir of the Dul Hasti Dam, on the Chenab. In February 2014, the project was awarded to a consortium of domestic and foreign countries. It includes AFCONS, JP Prakash Associate Bharat Heavy Electricals. Pakistan, which relies on the Chenab downstream, views the dam as a violation of the Indus Water Treaty, whereas India states it is as per treaty provisions. Indian Commentator Harshil Mehta wrote that the project holds strategic inter
p114804
sbg6
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g8
NtRp114805
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VPOINT(75.813606262207 33.45715713501)
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p114811
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NtRp114812
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g16
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VPalandöken-Talsperre
p114814
sbg6
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NtRp114815
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VTurkey
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p114826
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p114829
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(g13
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NtRp114830
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VO
sbg6
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NtRp114832
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g16
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g27
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V500000.0
p114834
sbg6
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g16
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VTurkey
p114837
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g8
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VPalandöken Dam is a rock-fill embankment dam on the near Çat in Erzurum Province, Turkey. Constructed between 1985 and 1988, the development was backed by the Turkish State Hydraulic Works. The purpose of the dam is irrigation and it provides water for up to 11,678 ha (28,857 acres) of land.
p114840
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g8
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VPOINT(41.021945953369 39.657222747803)
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p114847
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NtRp114848
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VBarrage de Palandöken
p114850
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VTurkey
p114853
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p114865
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VO
sbg6
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V500000.0
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p114873
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VPalandöken Dam is a rock-fill embankment dam on the near Çat in Erzurum Province, Turkey. Constructed between 1985 and 1988, the development was backed by the Turkish State Hydraulic Works. The purpose of the dam is irrigation and it provides water for up to 11,678 ha (28,857 acres) of land.
p114876
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p114883
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VDiga di Palandöken
p114886
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VTurkey
p114889
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VO
sbg6
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V500000.0
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VPalandöken Dam is a rock-fill embankment dam on the near Çat in Erzurum Province, Turkey. Constructed between 1985 and 1988, the development was backed by the Turkish State Hydraulic Works. The purpose of the dam is irrigation and it provides water for up to 11,678 ha (28,857 acres) of land.
p114912
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VPOINT(41.021945953369 39.657222747803)
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VPalandöken Dam
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VTurkey
p114925
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VO
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p114945
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VPalandöken Dam is a rock-fill embankment dam on the near Çat in Erzurum Province, Turkey. Constructed between 1985 and 1988, the development was backed by the Turkish State Hydraulic Works. The purpose of the dam is irrigation and it provides water for up to 11,678 ha (28,857 acres) of land.
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VPOINT(41.021945953369 39.657222747803)
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VTalsperre Palisades
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NtRp114971
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V1.03776e+07
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NtRp114974
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VUSA##Idaho
p114976
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VPalisades Dam (National Inventory of Dams ID ID00273) is an earth-fill dam in the western United States, on the upper Snake River in eastern Idaho. Located in Bonneville County near the Wyoming border, the dam was completed 65 years ago in 1957.
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VPalisades Dam
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p115004
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VUSA##Idaho
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VPalisades Dam (National Inventory of Dams ID ID00273) is an earth-fill dam in the western United States, on the upper Snake River in eastern Idaho. Located in Bonneville County near the Wyoming border, the dam was completed 65 years ago in 1957.
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Nsg17
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Nsg17
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VUSA##Idaho
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VPalisades Dam (National Inventory of Dams ID ID00273) is an earth-fill dam in the western United States, on the upper Snake River in eastern Idaho. Located in Bonneville County near the Wyoming border, the dam was completed 65 years ago in 1957.
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VPalla barrage
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g8
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VIndia
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VIndia Haryana#India
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VThe Palla barrage is a barrage located in on the Yamuna-Faridabad canal in Faridabad district of Haryana state in India. This irrigation canal runs to the west of Yaumna through Fridabad, Palwal, Mathura and Agra districts where it terminates in the farms. is not to be confused with , a Yamuna pollution monitoring station 23 km upstream of Wazirabad barrage.
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NtRp115061
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Nsg17
Nsg11
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Vhttp://dbpedia.org/resource/Paloona_Power_Station
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Nsg17
Nsg11
VPaloona Power Station
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g16
Nsg17
Nsg11
VAustralia
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g8
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Nsg11
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g8
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Nsg17
g27
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g8
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g11
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p115081
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g8
NtRp115082
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p115084
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g8
NtRp115085
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g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp115087
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Forth_River_(Tasmania)
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g8
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g16
Nsg17
Nsg11
VO
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g8
NtRp115092
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Nsg17
Nsg11
VAustralia Tasmania
p115094
sbg6
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g8
NtRp115095
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Nsg17
Nsg11
VThe Paloona Power Station is a conventional hydroelectric power station located in northern Tasmania, Australia.
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sbg6
(g13
g8
NtRp115098
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g16
Nsg17
Nsg11
VPOINT(146.24000549316 -41.279998779297)
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p115104
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g16
Nsg17
Nsg11
VRepresa de Pampalarama
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g8
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g16
Nsg17
Nsg11
VBolivia
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g8
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g16
Nsg17
Nsg11
VReinforced concrete
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g16
Nsg17
g27
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g8
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g8
NtRp115120
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g16
Nsg17
Nsg11
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p115122
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g8
NtRp115123
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Nsg17
Nsg11
Vhuman consumption
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g8
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Nsg17
Nsg11
VO
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g8
NtRp115128
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g16
Nsg17
Nsg11
VBolivia
p115130
sbg6
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g8
NtRp115131
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VThe Pampalarama Dam, or also known as Uma Punku, is a dam located in the Department of La Paz in Bolivia, which supplies water to the historic center of the city of La Paz. The infrastructure has a height of 36 meters and a storage capacity of 3.4 million cubic meters of water. Its construction began on July 14, 2017, being inaugurated on April 4, 2019, during the third government of President Evo Morales Ayma.
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g8
NtRp115135
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g11
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p115137
sbg6
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g8
NtRp115138
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g16
Nsg17
Nsg11
VPampalarama Dam
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g8
NtRp115141
(dp115142
g16
Nsg17
Nsg11
VBolivia
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g8
NtRp115144
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g16
Nsg17
Nsg11
VReinforced concrete
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g8
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g16
Nsg17
g27
sg11
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g8
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g8
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Nsg11
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p115155
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g8
NtRp115156
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g16
Nsg17
Nsg11
Vhuman consumption
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g8
NtRp115159
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp115161
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g16
Nsg17
Nsg11
VBolivia
p115163
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g8
NtRp115164
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Nsg17
Nsg11
VThe Pampalarama Dam, or also known as Uma Punku, is a dam located in the Department of La Paz in Bolivia, which supplies water to the historic center of the city of La Paz. The infrastructure has a height of 36 meters and a storage capacity of 3.4 million cubic meters of water. Its construction began on July 14, 2017, being inaugurated on April 4, 2019, during the third government of President Evo Morales Ayma.
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g8
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g11
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p115170
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g8
NtRp115171
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g16
Nsg17
Nsg11
VPampalarama Dam
p115173
sbg6
(g13
g8
NtRp115174
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g16
Nsg17
Nsg11
VBolivia
p115176
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g8
NtRp115177
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g16
Nsg17
Nsg11
VReinforced concrete
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g8
NtRp115180
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g16
Nsg17
g27
sg11
V0.307
p115182
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g8
NtRp115183
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g11
Vhttp://dbpedia.org/resource/Pampalarama_Dam__Lake__1
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g8
NtRp115186
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g16
Nsg17
Nsg11
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p115188
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g8
NtRp115189
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Nsg17
Nsg11
Vhuman consumption
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g8
NtRp115192
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp115194
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g16
Nsg17
Nsg11
VBolivia
p115196
sbg6
(g13
g8
NtRp115197
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VThe Pampalarama Dam, or also known as Uma Punku, is a dam located in the Department of La Paz in Bolivia, which supplies water to the historic center of the city of La Paz. The infrastructure has a height of 36 meters and a storage capacity of 3.4 million cubic meters of water. Its construction began on July 14, 2017, being inaugurated on April 4, 2019, during the third government of President Evo Morales Ayma.
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g8
NtRp115201
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g11
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p115203
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(g13
g8
NtRp115204
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g16
Nsg17
Nsg11
VRepresa de Pampalarama
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(g13
g8
NtRp115207
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g16
Nsg17
Nsg11
VBolivia
p115209
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g8
NtRp115210
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g16
Nsg17
Nsg11
VReinforced concrete
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g8
NtRp115213
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g16
Nsg17
g27
sg11
V0.307
p115215
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g8
NtRp115216
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g11
Vhttp://dbpedia.org/resource/Pampalarama_Dam__Lake__1
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g8
NtRp115219
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g16
Nsg17
Nsg11
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p115221
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g8
NtRp115222
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g16
Nsg17
Nsg11
Vhuman consumption
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g8
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp115227
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g16
Nsg17
Nsg11
VBolivia
p115229
sbg6
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g8
NtRp115230
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Nsg17
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VThe Pampalarama Dam, or also known as Uma Punku, is a dam located in the Department of La Paz in Bolivia, which supplies water to the historic center of the city of La Paz. The infrastructure has a height of 36 meters and a storage capacity of 3.4 million cubic meters of water. Its construction began on July 14, 2017, being inaugurated on April 4, 2019, during the third government of President Evo Morales Ayma.
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g8
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g11
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p115236
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g8
NtRp115237
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g16
Nsg17
Nsg11
VPanam Dam
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g8
NtRp115240
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p115242
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g8
NtRp115243
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g16
Nsg17
g27
sg11
V0.26945
p115245
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g8
NtRp115246
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g11
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p115248
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g8
NtRp115249
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g16
Nsg17
Nsg11
Vo
sbNg6
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g8
NtRp115251
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g16
Nsg17
Nsg11
VIndia Gujarat
p115253
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(g13
g8
NtRp115254
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Nsg17
Nsg11
VThe Panam Dam is constructed over the Panam River in India. It is located at Santrampur Taluka of Mahisagar district in Gujarat state. Panam is a tributary of the Mahi River, it originates from Devgadh Baria Taluka of Dahod district. The Panam river merges with the Mahi river 25 kilometres (16 mi) downstream of the Panam Dam. A mini hydro power plant of 2 Megawatts capacity was constructed over the Panam canal in 1994. Panam canal is a 99.73 kilometres (61.97 mi) long canal having a capacity of 21 cubic metres (740 cu ft). The construction of the canal was completed in 1999.
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g8
NtRp115257
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g16
Nsg17
Nsg11
VPOINT(73.717140197754 23.053888320923)
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g8
NtRp115261
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g11
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p115263
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g8
NtRp115264
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g16
Nsg17
Nsg11
VPanambí Dam
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g8
NtRp115267
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g16
Nsg17
Nsg11
VArgentina, Brazil
p115269
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g8
NtRp115270
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g16
Nsg17
g27
sg11
V1.0
p115272
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g8
NtRp115273
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g11
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p115275
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g8
NtRp115276
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g16
Nsg17
Nsg11
VHydroelectric
p115278
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g8
NtRp115279
(dp115280
g16
Nsg17
Nsg11
VPlanned
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g8
NtRp115282
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g16
Nsg17
Nsg11
VBrazil
p115284
sbg6
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g8
NtRp115285
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g16
Nsg17
Nsg11
VThe Panambí Dam (Portuguese: Represa de Panambí), or Roncador Dam, is a planned hydroelectric dam and generating station on the Uruguay River between Argentina and Brazil, part of the Garabí-Panambi Hydroelectric Complex. There is controversy over the environmental impact on the fast-flowing river.
p115287
sbg6
(g13
g8
NtRp115288
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g16
Nsg17
Nsg11
VPOINT(-54.904556274414 -27.651002883911)
p115290
sbtp115291
a(g6
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g8
NtRp115292
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g11
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p115294
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g8
NtRp115295
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g16
Nsg17
Nsg11
VProyecto hidroeléctrico Panambí
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g8
NtRp115298
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g16
Nsg17
Nsg11
VArgentina, Brazil
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g8
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g16
Nsg17
g27
sg11
V1.0
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g8
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g11
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g8
NtRp115307
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g16
Nsg17
Nsg11
VHydroelectric
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g8
NtRp115310
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g16
Nsg17
Nsg11
VPlanned
p115312
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g8
NtRp115313
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g16
Nsg17
Nsg11
VBrazil
p115315
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g8
NtRp115316
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g16
Nsg17
Nsg11
VThe Panambí Dam (Portuguese: Represa de Panambí), or Roncador Dam, is a planned hydroelectric dam and generating station on the Uruguay River between Argentina and Brazil, part of the Garabí-Panambi Hydroelectric Complex. There is controversy over the environmental impact on the fast-flowing river.
p115318
sbg6
(g13
g8
NtRp115319
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g16
Nsg17
Nsg11
VPOINT(-54.904556274414 -27.651002883911)
p115321
sbtp115322
a(g6
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g8
NtRp115323
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g11
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p115325
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(g13
g8
NtRp115326
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g16
Nsg17
Nsg11
VPanchet Dam
p115328
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g8
NtRp115329
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p115331
sbg6
(g13
g8
NtRp115332
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g16
Nsg17
Nsg11
VEarthen Dam with concrete Spillway
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sbg6
(g13
g8
NtRp115335
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g16
Nsg17
g27
sg11
V6.777
p115337
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g8
NtRp115338
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g11
Vhttp://dbpedia.org/resource/Panchet_Dam__Lake__1
p115340
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g8
NtRp115341
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Damodar_Valley_Corporation
p115343
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g8
NtRp115344
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Damodar_River
p115346
sbg6
(g13
g8
NtRp115347
(dp115348
g16
Nsg17
Nsg11
VFunctional
p115349
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g8
NtRp115350
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g16
Nsg17
Nsg11
VIndia Jharkhand
p115352
sbg6
(g13
g8
NtRp115353
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g16
Nsg17
Nsg11
VPanchet Dam was the last of the four multi-purpose dams included in the first phase of the Damodar Valley Corporation (DVC). It was constructed across the Damodar River at Panchet in Dhanbad district in the Indian state of Jharkhand, and opened in 1959.
p115355
sbg6
(g13
g8
NtRp115356
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g16
Nsg17
Nsg11
VPOINT(86.746948242188 23.67805480957)
p115358
sbtp115359
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g8
NtRp115360
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g11
Vhttp://dbpedia.org/resource/Panchet_Dam
p115362
sbg6
(g13
g8
NtRp115363
(dp115364
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0430\u043d\u0447\u0435\u0442
p115365
sbg6
(g13
g8
NtRp115366
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p115368
sbg6
(g13
g8
NtRp115369
(dp115370
g16
Nsg17
Nsg11
VEarthen Dam with concrete Spillway
p115371
sbg6
(g13
g8
NtRp115372
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g16
Nsg17
g27
sg11
V6.777
p115374
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g8
NtRp115375
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g11
Vhttp://dbpedia.org/resource/Panchet_Dam__Lake__1
p115377
sbg6
(g13
g8
NtRp115378
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g16
Nsg17
Nsg11
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g8
NtRp115381
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Nsg17
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Vhttp://dbpedia.org/resource/Damodar_River
p115383
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g8
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Nsg17
Nsg11
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p115386
sbNg6
(g13
g8
NtRp115387
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g16
Nsg17
Nsg11
VIndia Jharkhand
p115389
sbg6
(g13
g8
NtRp115390
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g16
Nsg17
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VPanchet Dam was the last of the four multi-purpose dams included in the first phase of the Damodar Valley Corporation (DVC). It was constructed across the Damodar River at Panchet in Dhanbad district in the Indian state of Jharkhand, and opened in 1959.
p115392
sbg6
(g13
g8
NtRp115393
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Nsg17
Nsg11
VPOINT(86.746948242188 23.67805480957)
p115395
sbtp115396
a(g6
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g8
NtRp115397
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g11
Vhttp://dbpedia.org/resource/Pandoh_Dam
p115399
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g8
NtRp115400
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g16
Nsg17
Nsg11
VBarrage de Pandoh
p115402
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Nsg17
Nsg11
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g8
NtRp115406
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g16
Nsg17
Nsg11
VEmbankment
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g8
NtRp115409
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g16
Nsg17
g27
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V0.255
p115411
sbNg6
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g8
NtRp115412
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g11
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p115414
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NtRp115415
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Nsg17
Nsg11
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g8
NtRp115418
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g16
Nsg17
Nsg11
VO
sbg6
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NtRp115420
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Nsg17
g27
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p115422
sbg6
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g8
NtRp115423
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g16
Nsg17
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g8
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VThe Pandoh Dam is an embankment dam on the Beas River in Mandi district of Himachal Pradesh, India. Under the Beas Project, the dam was completed in 1977 and its primary purpose is hydroelectric power generation. Part of a run-of-the-river power scheme, it diverts the waters of the Beas to the southwest through a 38 km (24 mi) long system of tunnels and channels. The water is used for power generation at the Dehar Power House before being discharged into the Sutlej River, connecting both rivers. The power house has an installed capacity of 990 MW. The system diverts 256 cumecs (9000 cusecs) of Beas waters to the Satluj River. The project was completed in 1977.
p115428
sbg6
(g13
g8
NtRp115429
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g16
Nsg17
Nsg11
VPOINT(77.066947937012 31.671388626099)
p115431
sbtp115432
a(g6
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g8
NtRp115433
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Vhttp://dbpedia.org/resource/Pandoh_Dam
p115435
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NtRp115436
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g16
Nsg17
Nsg11
VPandoh Dam
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g8
NtRp115439
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Nsg17
Nsg11
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p115441
sbg6
(g13
g8
NtRp115442
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g16
Nsg17
Nsg11
VEmbankment
p115444
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g8
NtRp115445
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g16
Nsg17
g27
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V0.255
p115447
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g8
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g11
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p115450
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g8
NtRp115451
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Nsg17
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p115453
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g8
NtRp115454
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp115456
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Nsg17
g27
sg11
V1.58e+06
p115458
sbg6
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g8
NtRp115459
(dp115460
g16
Nsg17
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VIndia
p115461
sbg6
(g13
g8
NtRp115462
(dp115463
g16
Nsg17
Nsg11
VThe Pandoh Dam is an embankment dam on the Beas River in Mandi district of Himachal Pradesh, India. Under the Beas Project, the dam was completed in 1977 and its primary purpose is hydroelectric power generation. Part of a run-of-the-river power scheme, it diverts the waters of the Beas to the southwest through a 38 km (24 mi) long system of tunnels and channels. The water is used for power generation at the Dehar Power House before being discharged into the Sutlej River, connecting both rivers. The power house has an installed capacity of 990 MW. The system diverts 256 cumecs (9000 cusecs) of Beas waters to the Satluj River. The project was completed in 1977.
p115464
sbg6
(g13
g8
NtRp115465
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g16
Nsg17
Nsg11
VPOINT(77.066947937012 31.671388626099)
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NtRp115469
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Vhttp://dbpedia.org/resource/Pandoh_Dam
p115471
sbg6
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g8
NtRp115472
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g16
Nsg17
Nsg11
V\u76fc\u591a\u6c34\u58e9
p115474
sbg6
(g13
g8
NtRp115475
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g16
Nsg17
Nsg11
VIndia
p115477
sbg6
(g13
g8
NtRp115478
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g16
Nsg17
Nsg11
VEmbankment
p115480
sbg6
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g8
NtRp115481
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g16
Nsg17
g27
sg11
V0.255
p115483
sbNg6
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g8
NtRp115484
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Vhttp://dbpedia.org/resource/Pandoh_Dam__Lake__1
p115486
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g8
NtRp115487
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g16
Nsg17
Nsg11
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p115489
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(g13
g8
NtRp115490
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp115492
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g16
Nsg17
g27
sg11
V1.58e+06
p115494
sbg6
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g8
NtRp115495
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g16
Nsg17
Nsg11
VIndia
p115497
sbg6
(g13
g8
NtRp115498
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g16
Nsg17
Nsg11
VThe Pandoh Dam is an embankment dam on the Beas River in Mandi district of Himachal Pradesh, India. Under the Beas Project, the dam was completed in 1977 and its primary purpose is hydroelectric power generation. Part of a run-of-the-river power scheme, it diverts the waters of the Beas to the southwest through a 38 km (24 mi) long system of tunnels and channels. The water is used for power generation at the Dehar Power House before being discharged into the Sutlej River, connecting both rivers. The power house has an installed capacity of 990 MW. The system diverts 256 cumecs (9000 cusecs) of Beas waters to the Satluj River. The project was completed in 1977.
p115500
sbg6
(g13
g8
NtRp115501
(dp115502
g16
Nsg17
Nsg11
VPOINT(77.066947937012 31.671388626099)
p115503
sbtp115504
a(g6
(g7
g8
NtRp115505
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g11
Vhttp://dbpedia.org/resource/Pangduo_Hydro_Power_Station
p115507
sbg6
(g13
g8
NtRp115508
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0430\u043d\u0433\u0434\u0443\u043e
p115510
sbg6
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g8
NtRp115511
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g16
Nsg17
Nsg11
VChina
p115513
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g8
NtRp115514
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g16
Nsg17
Nsg11
VEmbankment, rock-fill
p115516
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g8
NtRp115517
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g16
Nsg17
g27
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V1.073
p115519
sbNg6
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Vhttp://dbpedia.org/resource/Pangduo_Hydro_Power_Station__Lake__1
p115522
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g8
NtRp115523
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g16
Nsg17
Nsg11
VHydroelectric, irrigation
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Nsg17
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VActive
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Nsg17
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VTibet
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VThe Pangduo Hydro Power Station (Chinese: \u65c1\u591a\u6c34\u7535\u7ad9; also called the Pondo Hydro Power Station) is a reservoir and dam on the Lhasa River in Lhünzhub County to the east of Lhasa, Tibet Autonomous Region, China. The primary purposes are hydroelectric power generation and agricultural irrigation. Work started in 2008. The first turbine came into production in 2013 and the other three turbines in 2014. With annual generation capacity of 599 million kilowatt hours, it has been called the "Tibetan Three Gorges". Nevertheless, the comparison is hyperbole since the dam is only able to impound less than 1/30th that of Three Gorges.(31.9 vs 0.97 million acre-feet).
p115537
sbg6
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g8
NtRp115538
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Nsg17
Nsg11
VPOINT(91.352996826172 30.183000564575)
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Vhttp://dbpedia.org/resource/Pangduo_Hydro_Power_Station
p115544
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NtRp115545
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Nsg17
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VPangduo Hydro Power Station
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g8
NtRp115548
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Nsg17
Nsg11
VChina
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Nsg17
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VEmbankment, rock-fill
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VTibet
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VThe Pangduo Hydro Power Station (Chinese: \u65c1\u591a\u6c34\u7535\u7ad9; also called the Pondo Hydro Power Station) is a reservoir and dam on the Lhasa River in Lhünzhub County to the east of Lhasa, Tibet Autonomous Region, China. The primary purposes are hydroelectric power generation and agricultural irrigation. Work started in 2008. The first turbine came into production in 2013 and the other three turbines in 2014. With annual generation capacity of 599 million kilowatt hours, it has been called the "Tibetan Three Gorges". Nevertheless, the comparison is hyperbole since the dam is only able to impound less than 1/30th that of Three Gorges.(31.9 vs 0.97 million acre-feet).
p115574
sbg6
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g8
NtRp115575
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VPOINT(91.352996826172 30.183000564575)
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p115581
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NtRp115582
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Nsg17
Nsg11
V\u65c1\u591a\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b
p115584
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Nsg17
Nsg11
VChina
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Nsg17
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VEmbankment, rock-fill
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Nsg17
Nsg11
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Nsg17
Nsg11
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VActive
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Nsg17
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VTibet
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VThe Pangduo Hydro Power Station (Chinese: \u65c1\u591a\u6c34\u7535\u7ad9; also called the Pondo Hydro Power Station) is a reservoir and dam on the Lhasa River in Lhünzhub County to the east of Lhasa, Tibet Autonomous Region, China. The primary purposes are hydroelectric power generation and agricultural irrigation. Work started in 2008. The first turbine came into production in 2013 and the other three turbines in 2014. With annual generation capacity of 599 million kilowatt hours, it has been called the "Tibetan Three Gorges". Nevertheless, the comparison is hyperbole since the dam is only able to impound less than 1/30th that of Three Gorges.(31.9 vs 0.97 million acre-feet).
p115611
sbg6
(g13
g8
NtRp115612
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g16
Nsg17
Nsg11
VPOINT(91.352996826172 30.183000564575)
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NtRp115616
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NtRp115619
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Nsg17
Nsg11
VPanjiakoureservoaren
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NtRp115622
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Nsg17
Nsg11
VChina
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Nsg17
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Nsg17
g27
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V1.04
p115630
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NtRp115634
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Nsg17
Nsg11
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p115636
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NtRp115637
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Nsg17
Nsg11
VO
sbNg6
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NtRp115639
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Nsg17
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p115641
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g8
NtRp115642
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Nsg17
Nsg11
VThe Panjiakou Dam is a concrete gravity dam on the Luan River in Qianxi County, Hebei Province, China. The primary purpose of the dam is to provide water for the cities of Tianjin and Tangshan, located to the south. The dam also provides flood control and its power plant has an installed capacity of 420 MW which includes a 270 MW pumped storage power station.
p115644
sbg6
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g8
NtRp115645
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Nsg17
Nsg11
VPOINT(118.27972412109 40.388610839844)
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NtRp115649
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Vhttp://dbpedia.org/resource/Panjiakou_Dam
p115651
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g8
NtRp115652
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Nsg17
Nsg11
VPanjiakou Dam
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NtRp115655
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g16
Nsg17
Nsg11
VChina
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g8
NtRp115658
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g16
Nsg17
Nsg11
VConcrete gravity
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NtRp115661
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Nsg17
g27
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V1.04
p115663
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NtRp115664
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Vhttp://dbpedia.org/resource/Panjiakou_Dam__Lake__1
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Luan_River
p115669
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NtRp115670
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Nsg17
Nsg11
VO
sbNg6
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NtRp115672
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g16
Nsg17
Nsg11
VChina
p115674
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NtRp115675
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Nsg17
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VThe Panjiakou Dam is a concrete gravity dam on the Luan River in Qianxi County, Hebei Province, China. The primary purpose of the dam is to provide water for the cities of Tianjin and Tangshan, located to the south. The dam also provides flood control and its power plant has an installed capacity of 420 MW which includes a 270 MW pumped storage power station.
p115677
sbg6
(g13
g8
NtRp115678
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Nsg17
Nsg11
VPOINT(118.27972412109 40.388610839844)
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Vhttp://dbpedia.org/resource/Panjiakou_Dam
p115684
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NtRp115685
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Nsg17
Nsg11
V\u6f58\u5bb6\u53e3\u6c34\u5e93
p115687
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g8
NtRp115688
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Nsg17
Nsg11
VChina
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NtRp115691
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Nsg17
Nsg11
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Nsg17
g27
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V1.04
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NtRp115700
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Nsg17
Nsg11
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Nsg17
Nsg11
VO
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Nsg17
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VThe Panjiakou Dam is a concrete gravity dam on the Luan River in Qianxi County, Hebei Province, China. The primary purpose of the dam is to provide water for the cities of Tianjin and Tangshan, located to the south. The dam also provides flood control and its power plant has an installed capacity of 420 MW which includes a 270 MW pumped storage power station.
p115710
sbg6
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g8
NtRp115711
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g16
Nsg17
Nsg11
VPOINT(118.27972412109 40.388610839844)
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NtRp115718
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Nsg17
Nsg11
V\u0413\u0415\u0421-\u0413\u0415\u0421 P\u0101nji\u0101k\u01d2u
p115720
sbg6
(g13
g8
NtRp115721
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Nsg17
Nsg11
VChina
p115723
sbg6
(g13
g8
NtRp115724
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g16
Nsg17
Nsg11
VConcrete gravity
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sbg6
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g8
NtRp115727
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g16
Nsg17
g27
sg11
V1.04
p115729
sbNg6
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g8
NtRp115730
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g11
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p115732
sbNNg6
(g13
g8
NtRp115733
(dp115734
g16
Nsg17
Nsg11
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p115735
sbg6
(g13
g8
NtRp115736
(dp115737
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp115738
(dp115739
g16
Nsg17
Nsg11
VChina
p115740
sbg6
(g13
g8
NtRp115741
(dp115742
g16
Nsg17
Nsg11
VThe Panjiakou Dam is a concrete gravity dam on the Luan River in Qianxi County, Hebei Province, China. The primary purpose of the dam is to provide water for the cities of Tianjin and Tangshan, located to the south. The dam also provides flood control and its power plant has an installed capacity of 420 MW which includes a 270 MW pumped storage power station.
p115743
sbg6
(g13
g8
NtRp115744
(dp115745
g16
Nsg17
Nsg11
VPOINT(118.27972412109 40.388610839844)
p115746
sbtp115747
a(g6
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g8
NtRp115748
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g11
Vhttp://dbpedia.org/resource/Pankou_Dam
p115750
sbg6
(g13
g8
NtRp115751
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0430\u043d\u043a\u043e\u0443
p115753
sbg6
(g13
g8
NtRp115754
(dp115755
g16
Nsg17
Nsg11
VChina
p115756
sbg6
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g8
NtRp115757
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p115759
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g8
NtRp115760
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g16
Nsg17
g27
sg11
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p115762
sbg6
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g8
NtRp115763
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g11
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p115765
sbNg6
(g13
g8
NtRp115766
(dp115767
g16
Nsg17
Nsg11
VPower, flood control
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sbg6
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g8
NtRp115769
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Nsg17
Nsg11
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p115771
sbg6
(g13
g8
NtRp115772
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp115774
(dp115775
g16
Nsg17
Nsg11
VChina
p115776
sbg6
(g13
g8
NtRp115777
(dp115778
g16
Nsg17
Nsg11
VThe Pankou Dam is a concrete-face rock-fill dam on the Du River about 74 km (46 mi) southwest of Shiyan in Zhushan County of Hubei Province, China. The purpose of the dam is hydroelectric power production and flood control. It supports a 513 MW power station located at its base. At a normal reservoir elevation of 355 m (1,165 ft), the reservoir withholds 1,970,000,000 m3 (1,597,105 acre\u22c5ft) of water. However, it can hold up to 2,338,000,000 m3 (1,895,447 acre\u22c5ft) in the event of a flood. Construction on the dam began in May 2008 and its generators were commissioned in 2012.
p115779
sbg6
(g13
g8
NtRp115780
(dp115781
g16
Nsg17
Nsg11
VPOINT(110.15238189697 32.212291717529)
p115782
sbtp115783
a(g6
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g8
NtRp115784
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p115786
sbg6
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g8
NtRp115787
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Nsg17
Nsg11
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sbg6
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g8
NtRp115790
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Nsg17
Nsg11
VChina
p115792
sbg6
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g8
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p115795
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g8
NtRp115796
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g16
Nsg17
g27
sg11
V362.0
p115798
sbg6
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g8
NtRp115799
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g11
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p115801
sbNg6
(g13
g8
NtRp115802
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g16
Nsg17
Nsg11
VPower, flood control
p115804
sbg6
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g8
NtRp115805
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g16
Nsg17
Nsg11
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p115807
sbg6
(g13
g8
NtRp115808
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp115810
(dp115811
g16
Nsg17
Nsg11
VChina
p115812
sbg6
(g13
g8
NtRp115813
(dp115814
g16
Nsg17
Nsg11
VThe Pankou Dam is a concrete-face rock-fill dam on the Du River about 74 km (46 mi) southwest of Shiyan in Zhushan County of Hubei Province, China. The purpose of the dam is hydroelectric power production and flood control. It supports a 513 MW power station located at its base. At a normal reservoir elevation of 355 m (1,165 ft), the reservoir withholds 1,970,000,000 m3 (1,597,105 acre\u22c5ft) of water. However, it can hold up to 2,338,000,000 m3 (1,895,447 acre\u22c5ft) in the event of a flood. Construction on the dam began in May 2008 and its generators were commissioned in 2012.
p115815
sbg6
(g13
g8
NtRp115816
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g16
Nsg17
Nsg11
VPOINT(110.15238189697 32.212291717529)
p115818
sbtp115819
a(g6
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p115822
sbg6
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g8
NtRp115823
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g16
Nsg17
Nsg11
VPankou Dam
p115825
sbg6
(g13
g8
NtRp115826
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g16
Nsg17
Nsg11
VChina
p115828
sbg6
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g8
NtRp115829
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g16
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Nsg11
VEmbankment, concrete-face rock-fill
p115831
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g8
NtRp115832
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g16
Nsg17
g27
sg11
V362.0
p115834
sbg6
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g8
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p115837
sbNg6
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g8
NtRp115838
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g16
Nsg17
Nsg11
VPower, flood control
p115840
sbg6
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g8
NtRp115841
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Nsg17
Nsg11
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p115843
sbg6
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g8
NtRp115844
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp115846
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g16
Nsg17
Nsg11
VChina
p115848
sbg6
(g13
g8
NtRp115849
(dp115850
g16
Nsg17
Nsg11
VThe Pankou Dam is a concrete-face rock-fill dam on the Du River about 74 km (46 mi) southwest of Shiyan in Zhushan County of Hubei Province, China. The purpose of the dam is hydroelectric power production and flood control. It supports a 513 MW power station located at its base. At a normal reservoir elevation of 355 m (1,165 ft), the reservoir withholds 1,970,000,000 m3 (1,597,105 acre\u22c5ft) of water. However, it can hold up to 2,338,000,000 m3 (1,895,447 acre\u22c5ft) in the event of a flood. Construction on the dam began in May 2008 and its generators were commissioned in 2012.
p115851
sbg6
(g13
g8
NtRp115852
(dp115853
g16
Nsg17
Nsg11
VPOINT(110.15238189697 32.212291717529)
p115854
sbtp115855
a(g6
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g8
NtRp115856
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g11
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p115858
sbg6
(g13
g8
NtRp115859
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g16
Nsg17
Nsg11
VPapanasam Dam
p115861
sbg6
(g13
g8
NtRp115862
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p115864
sbg6
(g13
g8
NtRp115865
(dp115866
g16
Nsg17
Nsg11
VGravity dam
p115867
sbg6
(g13
g8
NtRp115868
(dp115869
g16
Nsg17
g27
sg11
V0.226771
p115870
sbNg6
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g8
NtRp115871
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g11
Vhttp://dbpedia.org/resource/Papanasam_Dam__Lake__1
p115873
sbNNNNNg6
(g13
g8
NtRp115874
(dp115875
g16
Nsg17
Nsg11
VTamil Nadu
p115876
sbg6
(g13
g8
NtRp115877
(dp115878
g16
Nsg17
Nsg11
VThe Papanasam dam also known as Karaiyar Dam is located 49 kilometres (30 mi) away from Tirunelveli in Tamil Nadu, India. The dam is used to irrigate 86,107 acres (34,846 ha) of paddy fields in Tirunelveli and Tuticorin districts.
p115879
sbg6
(g13
g8
NtRp115880
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g16
Nsg17
Nsg11
VPOINT(77.392997741699 8.7119998931885)
p115882
sbtp115883
a(g6
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g8
NtRp115884
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p115886
sbg6
(g13
g8
NtRp115887
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g16
Nsg17
Nsg11
VPapanasam Dam
p115889
sbg6
(g13
g8
NtRp115890
(dp115891
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p115892
sbg6
(g13
g8
NtRp115893
(dp115894
g16
Nsg17
Nsg11
VGravity dam
p115895
sbg6
(g13
g8
NtRp115896
(dp115897
g16
Nsg17
g27
sg11
V0.226771
p115898
sbNg6
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g8
NtRp115899
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g11
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p115901
sbNNNNNg6
(g13
g8
NtRp115902
(dp115903
g16
Nsg17
Nsg11
VTamil Nadu
p115904
sbg6
(g13
g8
NtRp115905
(dp115906
g16
Nsg17
Nsg11
VThe Papanasam dam also known as Karaiyar Dam is located 49 kilometres (30 mi) away from Tirunelveli in Tamil Nadu, India. The dam is used to irrigate 86,107 acres (34,846 ha) of paddy fields in Tirunelveli and Tuticorin districts.
p115907
sbg6
(g13
g8
NtRp115908
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g16
Nsg17
Nsg11
VPOINT(77.392997741699 8.7119998931885)
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a(g6
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NtRp115912
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p115914
sbg6
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g8
NtRp115915
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g16
Nsg17
Nsg11
VPapin Dam
p115917
sbg6
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g8
NtRp115918
(dp115919
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pakistan
p115920
sbg6
(g13
g8
NtRp115921
(dp115922
g16
Nsg17
Nsg11
VConcrete Gravity
p115923
sbNNNNNNg6
(g13
g8
NtRp115924
(dp115925
g16
Nsg17
Nsg11
Vunderconstruction
p115926
sbNNg6
(g13
g8
NtRp115927
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g16
Nsg17
Nsg11
VPapin Dam is a proposed dam located in Papin village of Rawalpindi District, Punjab, Pakistan. The dam is located on a tributary of Soan River.
p115929
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a(g6
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g8
NtRp115931
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p115933
sbg6
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g8
NtRp115934
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Nsg17
Nsg11
VParadise Dam (Queensland)
p115936
sbg6
(g13
g8
NtRp115937
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g16
Nsg17
Nsg11
VAustralia
p115939
sbg6
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g8
NtRp115940
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Nsg17
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VG
sbg6
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g16
Nsg17
g27
sg11
V0.6
p115944
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g8
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p115947
sbNg6
(g13
g8
NtRp115948
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Nsg17
Nsg11
VIrrigation
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g8
NtRp115951
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Burnett_River
p115953
sbg6
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g8
NtRp115954
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp115956
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g16
Nsg17
Nsg11
VAustralia Queensland
p115958
sbg6
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g8
NtRp115959
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g16
Nsg17
Nsg11
VThe Paradise Dam, also known as the Burnett River Dam, is a roller compacted concrete (RCC) gravity dam across the Burnett River, located between Coringa and Good Night northwest Biggenden and 80 kilometres (50 mi) southwest of Bundaberg in the Wide Bay-Burnett region of Queensland, Australia. Built for irrigation, the impoundment created by the dam is called Lake Paradise.
p115961
sbg6
(g13
g8
NtRp115962
(dp115963
g16
Nsg17
Nsg11
VPOINT(151.91944885254 -25.351110458374)
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g8
NtRp115966
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sbg6
(g13
g8
NtRp115969
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Nsg17
Nsg11
VParambikulam Dam
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sbg6
(g13
g8
NtRp115972
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Nsg17
Nsg11
VIndia
p115974
sbg6
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g8
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Nsg17
Nsg11
VEmbankment dam
p115977
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g8
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p115980
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Nsg11
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p115983
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g8
NtRp115984
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Nsg17
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VIndia#India Kerala#India Tamil Nadu
p115986
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g8
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VParambikulam Dam is an embankment dam on the Parambikulam River, Parambikulam located in the Palakkad district in the Western Ghats of Kerala, India, ranks number one in India as well as in the top ten embankment dams in the world in volume in the year 2000. On 17 October 2012, Kerala and Tamil Nadu reached an accord on Parambikulam-Aliyar water.
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Nsg17
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VPOINT(76.764167785645 10.377778053284)
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p115996
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Nsg17
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VParangana Power Station
p115999
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g8
NtRp116000
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Nsg17
Nsg11
VAustralia
p116002
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g8
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Nsg17
Nsg11
VE
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g8
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g27
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V0.189
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g8
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g8
NtRp116011
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Nsg17
Nsg11
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p116013
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g8
NtRp116014
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Nsg17
Nsg11
VP
sbg6
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g8
NtRp116016
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mersey_River_(Tasmania)
p116018
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VO
sbNg6
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NtRp116021
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Nsg17
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VAustralia Tasmania
p116023
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g8
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VThe Parangana Power Station is a mini-hydro power station located in north-western Tasmania, Australia. It is located below the rock-filled/clay core Parangana Dam which forms Lake Parangana. It is the only mini hydro electric power station in the Mersey\u2013Forth run-of-river scheme that also contains seven conventional hydroelectric power stations. The power station was commissioned in 2002 by Hydro Tasmania. It has one Tyco Tamar Francis turbine, with a generating capacity of 0.85 megawatts (1,140 hp) of electricity.
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g8
NtRp116027
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VPOINT(146.2200012207 -41.630001068115)
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VPashulok Barrage
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g8
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VIndia
p116039
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g8
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p116042
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p116045
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p116048
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VO
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g8
NtRp116051
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Nsg17
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VIndia Uttarakhand
p116053
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g8
NtRp116054
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Nsg17
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VThe Pashulok Barrage is a barrage located on the Ganges River just south of Rishikesh in Dehradun district, Uttarakhand, India.
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g8
NtRp116057
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VPOINT(78.288330078125 30.074167251587)
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NtRp116064
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VEmbalse del Pasteral
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g8
NtRp116067
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VSpain
p116069
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VG
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p116074
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NtRp116078
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p116080
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(g13
g8
NtRp116081
(dp116082
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp116083
(dp116084
g16
Nsg17
Nsg11
VSpain Catalonia
p116085
sbg6
(g13
g8
NtRp116086
(dp116087
g16
Nsg17
Nsg11
VPasteral Reservoir (Catalan: Pantà del Pasteral) is a reservoir located on the Ter river, on the border between La Cellera de Ter and Amer, Catalonia, Spain. The reservoir has a storage capacity of 233 hm³ and the dam has a structural height of 33 m and a crest length of 150 m.
p116088
sbg6
(g13
g8
NtRp116089
(dp116090
g16
Nsg17
Nsg11
VPOINT(2.6011888980865 41.984432220459)
p116091
sbtp116092
a(g6
(g7
g8
NtRp116093
(dp116094
g11
Vhttp://dbpedia.org/resource/Pasteral_Reservoir
p116095
sbg6
(g13
g8
NtRp116096
(dp116097
g16
Nsg17
Nsg11
VPasteral Reservoir
p116098
sbg6
(g13
g8
NtRp116099
(dp116100
g16
Nsg17
Nsg11
VSpain
p116101
sbg6
(g13
g8
NtRp116102
(dp116103
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp116104
(dp116105
g16
Nsg17
g27
sg11
V0.15
p116106
sbNg6
(g7
g8
NtRp116107
(dp116108
g11
Vhttp://dbpedia.org/resource/Pasteral_Reservoir__Lake__1
p116109
sbNNg6
(g13
g8
NtRp116110
(dp116111
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ter_(river)
p116112
sbg6
(g13
g8
NtRp116113
(dp116114
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp116115
(dp116116
g16
Nsg17
Nsg11
VSpain Catalonia
p116117
sbg6
(g13
g8
NtRp116118
(dp116119
g16
Nsg17
Nsg11
VPasteral Reservoir (Catalan: Pantà del Pasteral) is a reservoir located on the Ter river, on the border between La Cellera de Ter and Amer, Catalonia, Spain. The reservoir has a storage capacity of 233 hm³ and the dam has a structural height of 33 m and a crest length of 150 m.
p116120
sbg6
(g13
g8
NtRp116121
(dp116122
g16
Nsg17
Nsg11
VPOINT(2.6011888980865 41.984432220459)
p116123
sbtp116124
a(g6
(g7
g8
NtRp116125
(dp116126
g11
Vhttp://dbpedia.org/resource/Pasteral_Reservoir
p116127
sbg6
(g13
g8
NtRp116128
(dp116129
g16
Nsg17
Nsg11
VPantà del Pasteral
p116130
sbg6
(g13
g8
NtRp116131
(dp116132
g16
Nsg17
Nsg11
VSpain
p116133
sbg6
(g13
g8
NtRp116134
(dp116135
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp116136
(dp116137
g16
Nsg17
g27
sg11
V0.15
p116138
sbNg6
(g7
g8
NtRp116139
(dp116140
g11
Vhttp://dbpedia.org/resource/Pasteral_Reservoir__Lake__1
p116141
sbNNg6
(g13
g8
NtRp116142
(dp116143
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ter_(river)
p116144
sbg6
(g13
g8
NtRp116145
(dp116146
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp116147
(dp116148
g16
Nsg17
Nsg11
VSpain Catalonia
p116149
sbg6
(g13
g8
NtRp116150
(dp116151
g16
Nsg17
Nsg11
VPasteral Reservoir (Catalan: Pantà del Pasteral) is a reservoir located on the Ter river, on the border between La Cellera de Ter and Amer, Catalonia, Spain. The reservoir has a storage capacity of 233 hm³ and the dam has a structural height of 33 m and a crest length of 150 m.
p116152
sbg6
(g13
g8
NtRp116153
(dp116154
g16
Nsg17
Nsg11
VPOINT(2.6011888980865 41.984432220459)
p116155
sbtp116156
a(g6
(g7
g8
NtRp116157
(dp116158
g11
Vhttp://dbpedia.org/resource/Pathrala_barrage
p116159
sbg6
(g13
g8
NtRp116160
(dp116161
g16
Nsg17
Nsg11
VPathrala barrage
p116162
sbg6
(g13
g8
NtRp116163
(dp116164
g16
Nsg17
Nsg11
VIndia
p116165
sbg6
(g13
g8
NtRp116166
(dp116167
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p116168
sbg6
(g13
g8
NtRp116169
(dp116170
g16
Nsg17
g27
sg11
V0.46
p116171
sbNNNNg6
(g13
g8
NtRp116172
(dp116173
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Western_Yaumna_Canal
p116174
sbg6
(g13
g8
NtRp116175
(dp116176
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp116177
(dp116178
g16
Nsg17
Nsg11
VIndia
p116179
sbg6
(g13
g8
NtRp116180
(dp116181
g16
Nsg17
Nsg11
VPathrala Barrage (Hindi: \u092a\u0925\u0930\u093e\u0932\u093e \u092c\u093e\u0902\u0927) is a barrage across the Somb river, located in Yamuna Nagar District, in the state of Haryana, India.
p116182
sbg6
(g13
g8
NtRp116183
(dp116184
g16
Nsg17
Nsg11
VPOINT(77.394165039062 30.21555519104)
p116185
sbtp116186
a(g6
(g7
g8
NtRp116187
(dp116188
g11
Vhttp://dbpedia.org/resource/Pathrala_barrage
p116189
sbg6
(g13
g8
NtRp116190
(dp116191
g16
Nsg17
Nsg11
VPathrala barrage
p116192
sbg6
(g13
g8
NtRp116193
(dp116194
g16
Nsg17
Nsg11
VIndia
p116195
sbg6
(g13
g8
NtRp116196
(dp116197
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p116198
sbg6
(g13
g8
NtRp116199
(dp116200
g16
Nsg17
g27
sg11
V0.46
p116201
sbNNNNg6
(g13
g8
NtRp116202
(dp116203
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Somb_river
p116204
sbg6
(g13
g8
NtRp116205
(dp116206
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp116207
(dp116208
g16
Nsg17
Nsg11
VIndia
p116209
sbg6
(g13
g8
NtRp116210
(dp116211
g16
Nsg17
Nsg11
VPathrala Barrage (Hindi: \u092a\u0925\u0930\u093e\u0932\u093e \u092c\u093e\u0902\u0927) is a barrage across the Somb river, located in Yamuna Nagar District, in the state of Haryana, India.
p116212
sbg6
(g13
g8
NtRp116213
(dp116214
g16
Nsg17
Nsg11
VPOINT(77.394165039062 30.21555519104)
p116215
sbtp116216
a(g6
(g7
g8
NtRp116217
(dp116218
g11
Vhttp://dbpedia.org/resource/Patora_Dam
p116219
sbg6
(g13
g8
NtRp116220
(dp116221
g16
Nsg17
Nsg11
VPatora Dam
p116222
sbg6
(g13
g8
NtRp116223
(dp116224
g16
Nsg17
Nsg11
VIndia
p116225
sbNNNNNNg6
(g13
g8
NtRp116226
(dp116227
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jonk_River
p116228
sbNNg6
(g13
g8
NtRp116229
(dp116230
g16
Nsg17
Nsg11
VIndia Odisha#India
p116231
sbg6
(g13
g8
NtRp116232
(dp116233
g16
Nsg17
Nsg11
VPatora dam is located in Odisha. It is constructed across Jonk River in Patora village located 18 km from Nuapada in Nuapada district, Odisha in India.
p116234
sbg6
(g13
g8
NtRp116235
(dp116236
g16
Nsg17
Nsg11
VPOINT(82.462219238281 20.718334197998)
p116237
sbtp116238
a(g6
(g7
g8
NtRp116239
(dp116240
g11
Vhttp://dbpedia.org/resource/Pejar_Dam
p116241
sbg6
(g13
g8
NtRp116242
(dp116243
g16
Nsg17
Nsg11
VPejar Dam
p116244
sbg6
(g13
g8
NtRp116245
(dp116246
g16
Nsg17
Nsg11
VAustralia
p116247
sbg6
(g13
g8
NtRp116248
(dp116249
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp116250
(dp116251
g16
Nsg17
g27
sg11
V0.367
p116252
sbNg6
(g7
g8
NtRp116253
(dp116254
g11
Vhttp://dbpedia.org/resource/Pejar_Dam__Lake__1
p116255
sbNg6
(g13
g8
NtRp116256
(dp116257
g16
Nsg17
Nsg11
VPotablewater supply
p116258
sbg6
(g13
g8
NtRp116259
(dp116260
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wollondilly_River
p116261
sbg6
(g13
g8
NtRp116262
(dp116263
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp116264
(dp116265
g16
Nsg17
Nsg11
VNew South Wales
p116266
sbg6
(g13
g8
NtRp116267
(dp116268
g16
Nsg17
Nsg11
VThe Pejar Dam is an earth and rock-filled embankment dam with an uncontrolled spillway across the Wollondilly River, located in the Southern Tablelands region of New South Wales, Australia. The principal purpose of the dam is to supply potable water for the city of Goulburn. The impounded 9,000-megalitre (320×106 cu ft) reservoir is also called Pejar Dam.
p116269
sbg6
(g13
g8
NtRp116270
(dp116271
g16
Nsg17
Nsg11
VPOINT(149.57583618164 -34.581665039062)
p116272
sbtp116273
a(g6
(g7
g8
NtRp116274
(dp116275
g11
Vhttp://dbpedia.org/resource/Pelar_Dam
p116276
sbg6
(g13
g8
NtRp116277
(dp116278
g16
Nsg17
Nsg11
VPelar Dam
p116279
sbg6
(g13
g8
NtRp116280
(dp116281
g16
Nsg17
Nsg11
VPakistan
p116282
sbg6
(g13
g8
NtRp116283
(dp116284
g16
Nsg17
Nsg11
VConcrete Gravity Dam
p116285
sbNNNNNNg6
(g13
g8
NtRp116286
(dp116287
g16
Nsg17
Nsg11
VProposed
p116288
sbNNg6
(g13
g8
NtRp116289
(dp116290
g16
Nsg17
Nsg11
VPelar Dam is a proposed dam located across in Awaran District of Balochistan, Pakistan. The proposed dam was a 60-foot (18 m) high concrete gravity dam with a gross storage capacity of 99,175 acre-feet (122,331,000 m3) to irrigate an area of 25,650 acres (103.8 km2). Due to financial constraints, funding for the project was stopped in 2011.
p116291
sbNtp116292
a(g6
(g7
g8
NtRp116293
(dp116294
g11
Vhttp://dbpedia.org/resource/Pembelik_Dam
p116295
sbg6
(g13
g8
NtRp116296
(dp116297
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0435\u043c\u0431\u0435\u043b\u0456\u043a
p116298
sbg6
(g13
g8
NtRp116299
(dp116300
g16
Nsg17
Nsg11
VTurkey
p116301
sbg6
(g13
g8
NtRp116302
(dp116303
g16
Nsg17
Nsg11
VEmbankment, gravity section
p116304
sbg6
(g13
g8
NtRp116305
(dp116306
g16
Nsg17
g27
sg11
V0.5
p116307
sbNg6
(g7
g8
NtRp116308
(dp116309
g11
Vhttp://dbpedia.org/resource/Pembelik_Dam__Lake__1
p116310
sbNg6
(g13
g8
NtRp116311
(dp116312
g16
Nsg17
Nsg11
VPower
p116313
sbg6
(g13
g8
NtRp116314
(dp116315
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p116316
sbg6
(g13
g8
NtRp116317
(dp116318
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp116319
(dp116320
g16
Nsg17
g27
sg11
V838000.0
p116321
sbg6
(g13
g8
NtRp116322
(dp116323
g16
Nsg17
Nsg11
VTurkey
p116324
sbg6
(g13
g8
NtRp116325
(dp116326
g16
Nsg17
Nsg11
VThe Pembelik Dam is a gravity dam on the Peri River (a tributary of the Euphrates), in Karakoçan district of Elaz\u0131\u011f Province, Turkey. Its primary purpose is hydroelectric power generation and is the fourth dam in the Peri River cascade. Construction on the dam began in 2009 and its two generators were commissioned in February/March 2015. The 88 m (289 ft) tall roller-compacted concrete dam faced opposition from locals and construction was briefly suspended in 2014. It is owned and operated by Limak Energy and Bilgin Energy.
p116327
sbg6
(g13
g8
NtRp116328
(dp116329
g16
Nsg17
Nsg11
VPOINT(39.895374298096 39.083557128906)
p116330
sbtp116331
a(g6
(g7
g8
NtRp116332
(dp116333
g11
Vhttp://dbpedia.org/resource/Pembelik_Dam
p116334
sbg6
(g13
g8
NtRp116335
(dp116336
g16
Nsg17
Nsg11
VPembelik Dam
p116337
sbg6
(g13
g8
NtRp116338
(dp116339
g16
Nsg17
Nsg11
VTurkey
p116340
sbg6
(g13
g8
NtRp116341
(dp116342
g16
Nsg17
Nsg11
VEmbankment, gravity section
p116343
sbg6
(g13
g8
NtRp116344
(dp116345
g16
Nsg17
g27
sg11
V0.5
p116346
sbNg6
(g7
g8
NtRp116347
(dp116348
g11
Vhttp://dbpedia.org/resource/Pembelik_Dam__Lake__1
p116349
sbNg6
(g13
g8
NtRp116350
(dp116351
g16
Nsg17
Nsg11
VPower
p116352
sbg6
(g13
g8
NtRp116353
(dp116354
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p116355
sbg6
(g13
g8
NtRp116356
(dp116357
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp116358
(dp116359
g16
Nsg17
g27
sg11
V838000.0
p116360
sbg6
(g13
g8
NtRp116361
(dp116362
g16
Nsg17
Nsg11
VTurkey
p116363
sbg6
(g13
g8
NtRp116364
(dp116365
g16
Nsg17
Nsg11
VThe Pembelik Dam is a gravity dam on the Peri River (a tributary of the Euphrates), in Karakoçan district of Elaz\u0131\u011f Province, Turkey. Its primary purpose is hydroelectric power generation and is the fourth dam in the Peri River cascade. Construction on the dam began in 2009 and its two generators were commissioned in February/March 2015. The 88 m (289 ft) tall roller-compacted concrete dam faced opposition from locals and construction was briefly suspended in 2014. It is owned and operated by Limak Energy and Bilgin Energy.
p116366
sbg6
(g13
g8
NtRp116367
(dp116368
g16
Nsg17
Nsg11
VPOINT(39.895374298096 39.083557128906)
p116369
sbtp116370
a(g6
(g7
g8
NtRp116371
(dp116372
g11
Vhttp://dbpedia.org/resource/Pembelik_Dam
p116373
sbg6
(g13
g8
NtRp116374
(dp116375
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0435\u043c\u0431\u0435\u043b\u0456\u043a
p116376
sbg6
(g13
g8
NtRp116377
(dp116378
g16
Nsg17
Nsg11
VTurkey
p116379
sbg6
(g13
g8
NtRp116380
(dp116381
g16
Nsg17
Nsg11
VEmbankment, gravity section
p116382
sbg6
(g13
g8
NtRp116383
(dp116384
g16
Nsg17
g27
sg11
V0.5
p116385
sbNg6
(g7
g8
NtRp116386
(dp116387
g11
Vhttp://dbpedia.org/resource/Pembelik_Dam__Lake__1
p116388
sbNg6
(g13
g8
NtRp116389
(dp116390
g16
Nsg17
Nsg11
VPower
p116391
sbg6
(g13
g8
NtRp116392
(dp116393
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p116394
sbg6
(g13
g8
NtRp116395
(dp116396
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp116397
(dp116398
g16
Nsg17
g27
sg11
V838000.0
p116399
sbg6
(g13
g8
NtRp116400
(dp116401
g16
Nsg17
Nsg11
VTurkey
p116402
sbg6
(g13
g8
NtRp116403
(dp116404
g16
Nsg17
Nsg11
VThe Pembelik Dam is a gravity dam on the Peri River (a tributary of the Euphrates), in Karakoçan district of Elaz\u0131\u011f Province, Turkey. Its primary purpose is hydroelectric power generation and is the fourth dam in the Peri River cascade. Construction on the dam began in 2009 and its two generators were commissioned in February/March 2015. The 88 m (289 ft) tall roller-compacted concrete dam faced opposition from locals and construction was briefly suspended in 2014. It is owned and operated by Limak Energy and Bilgin Energy.
p116405
sbg6
(g13
g8
NtRp116406
(dp116407
g16
Nsg17
Nsg11
VPOINT(39.895374298096 39.083557128906)
p116408
sbtp116409
a(g6
(g7
g8
NtRp116410
(dp116411
g11
Vhttp://dbpedia.org/resource/Pengshui_Dam
p116412
sbg6
(g13
g8
NtRp116413
(dp116414
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0435\u043d\u0448\u0443\u0439
p116415
sbg6
(g13
g8
NtRp116416
(dp116417
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p116418
sbg6
(g13
g8
NtRp116419
(dp116420
g16
Nsg17
Nsg11
VArch
p116421
sbg6
(g13
g8
NtRp116422
(dp116423
g16
Nsg17
g27
sg11
V0.3255
p116424
sbNg6
(g7
g8
NtRp116425
(dp116426
g11
Vhttp://dbpedia.org/resource/Pengshui_Dam__Lake__1
p116427
sbNNg6
(g13
g8
NtRp116428
(dp116429
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p116430
sbg6
(g13
g8
NtRp116431
(dp116432
g16
Nsg17
Nsg11
VIn use
p116433
sbNg6
(g13
g8
NtRp116434
(dp116435
g16
Nsg17
Nsg11
VChina
p116436
sbg6
(g13
g8
NtRp116437
(dp116438
g16
Nsg17
Nsg11
VThe Pengshui Dam is an arch dam on the Wu River in Wulong County, Chongqing, China. The dam provides water to a 1,750 MW hydroelectric power station containing 5 x 350 MW generators. Construction on the dam began in September 2003 and the power plant was operational in 2008.
p116439
sbg6
(g13
g8
NtRp116440
(dp116441
g16
Nsg17
Nsg11
VPOINT(108.19721984863 29.200555801392)
p116442
sbtp116443
a(g6
(g7
g8
NtRp116444
(dp116445
g11
Vhttp://dbpedia.org/resource/Pengshui_Dam
p116446
sbg6
(g13
g8
NtRp116447
(dp116448
g16
Nsg17
Nsg11
VPengshui-Talsperre
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VThe Pengshui Dam is an arch dam on the Wu River in Wulong County, Chongqing, China. The dam provides water to a 1,750 MW hydroelectric power station containing 5 x 350 MW generators. Construction on the dam began in September 2003 and the power plant was operational in 2008.
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VThe Pengshui Dam is an arch dam on the Wu River in Wulong County, Chongqing, China. The dam provides water to a 1,750 MW hydroelectric power station containing 5 x 350 MW generators. Construction on the dam began in September 2003 and the power plant was operational in 2008.
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sbg6
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g8
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p116538
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VThe Pengshui Dam is an arch dam on the Wu River in Wulong County, Chongqing, China. The dam provides water to a 1,750 MW hydroelectric power station containing 5 x 350 MW generators. Construction on the dam began in September 2003 and the power plant was operational in 2008.
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sbg6
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p116548
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p116551
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sbg6
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p116566
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g8
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VThe Peninsular Paper Dam is a decommissioned hydroelectric fixed-earth gravity dam and former paper mill and power station crossing the Huron River. It is located in the city of Ypsilanti in Washtenaw County in the U.S. state of Michigan. The dam was constructed in 1914, and the resulting reservoir is an unnamed 177-acre (31.1 ha) pond along the river. The Peninsular Paper Dam is 1.5 miles (2.4 km) downstream from the Superior Dam and 6.5 miles (10.4 km) upstream from the Ford Lake Dam. The dam is approximately 42.4 miles (68.2 km) from the river mouth at Lake Erie.
p116569
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g8
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g8
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p116594
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p116597
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g8
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VThe Pensacola Dam, also known as the Grand River Dam, is a multiple-arch buttress dam on the Grand River in-between Disney and Langley in the U.S. state of Oklahoma. The dam is operated by the Grand River Dam Authority and creates Grand Lake o' the Cherokees. After decades of vision and planning, it was constructed between 1938 and 1940 for the purposes of hydroelectric power generation, flood control and recreation. It is Oklahoma's first hydroelectric power plant and is referred to as the longest multiple-arch dam in the world.
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p116628
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g8
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VThe Pensacola Dam, also known as the Grand River Dam, is a multiple-arch buttress dam on the Grand River in-between Disney and Langley in the U.S. state of Oklahoma. The dam is operated by the Grand River Dam Authority and creates Grand Lake o' the Cherokees. After decades of vision and planning, it was constructed between 1938 and 1940 for the purposes of hydroelectric power generation, flood control and recreation. It is Oklahoma's first hydroelectric power plant and is referred to as the longest multiple-arch dam in the world.
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VOperational
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p116650
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VThe Pepperell Hydro Power Plant is a hydroelectric power plant located in Pepperell, Massachusetts on the Nashua River. It also serves as a bridge for Massachusetts Route 113.
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VIrrigation
p116675
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VThe Percha Diversion Dam is a structure built in 1918 on the Rio Grande in New Mexico, United States. It diverts water from the Rio Grande into the Rincon Valley Main Canal, an irrigation canal.
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VPOINT(-107.30305480957 32.86833190918)
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VIndia
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p116694
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p116697
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NtRp116698
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VIndia Tamil Nadu#India
p116700
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NtRp116701
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VPerumpallam Dam is a dam in Sathyamangalam, Erode district, Tamil Nadu, southeastern India. It is fed by rainwater from the and the Bhavani River. It was built in the 1980s. It measures roughly 2 km long and 40 metres in height and occupies 65.29 hectares of land. The reservoir which the dam inundates is subject to dramatic changes in water levels, from drought to heavy flooding such as in November 2006.
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VIndia Tamil Nadu
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VPerunchani Dam is an irrigation dam at Perunchani, in Kalkulam Taluk, Kanyakumari District, in the state of Tamil Nadu, India. It is one of the dams of the Kodayar Irrigation System. As there was water deficiency in the Kodayar Irrigation System, Perunchani Dam was constructed in December 1952 to store flood water of the Paralayar River as an extension. It was built about 1 km (0.62 mi) upstream of the Puthen dam on the Paralayar River. The irrigation system became operational on 2 September 1953. It feeds the left bank irrigation canal system of the Puthen dam, which is the terminal structure of the system.
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VO
sbg6
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V410000.0
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VThe Petit-Saut Dam is a gravity dam on the Sinnamary River about 36 km (22 mi) south of Sinnamary in French Guiana. The primary purpose of the dam is to produce hydroelectric power and it supports a 116 MW power station. Construction on the dam and power station began in July 1989 and placement of concrete for the dam started in July 1992. The dam was complete in February 1993 and the first generator was operational in January 1994. The last went online in 1995. It is owned by Électricité de France. Construction of the dam and impounding of its large 3,500,000,000 m3 (2,800,000 acre\u22c5ft) reservoir led to several environmental issues that continue to be monitored and addressed. These issues include deforestation, greenhouse gases and water deoxidation.
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p116795
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VThe Petit-Saut Dam is a gravity dam on the Sinnamary River about 36 km (22 mi) south of Sinnamary in French Guiana. The primary purpose of the dam is to produce hydroelectric power and it supports a 116 MW power station. Construction on the dam and power station began in July 1989 and placement of concrete for the dam started in July 1992. The dam was complete in February 1993 and the first generator was operational in January 1994. The last went online in 1995. It is owned by Électricité de France. Construction of the dam and impounding of its large 3,500,000,000 m3 (2,800,000 acre\u22c5ft) reservoir led to several environmental issues that continue to be monitored and addressed. These issues include deforestation, greenhouse gases and water deoxidation.
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VThe Petit-Saut Dam is a gravity dam on the Sinnamary River about 36 km (22 mi) south of Sinnamary in French Guiana. The primary purpose of the dam is to produce hydroelectric power and it supports a 116 MW power station. Construction on the dam and power station began in July 1989 and placement of concrete for the dam started in July 1992. The dam was complete in February 1993 and the first generator was operational in January 1994. The last went online in 1995. It is owned by Électricité de France. Construction of the dam and impounding of its large 3,500,000,000 m3 (2,800,000 acre\u22c5ft) reservoir led to several environmental issues that continue to be monitored and addressed. These issues include deforestation, greenhouse gases and water deoxidation.
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VThe Petit-Saut Dam is a gravity dam on the Sinnamary River about 36 km (22 mi) south of Sinnamary in French Guiana. The primary purpose of the dam is to produce hydroelectric power and it supports a 116 MW power station. Construction on the dam and power station began in July 1989 and placement of concrete for the dam started in July 1992. The dam was complete in February 1993 and the first generator was operational in January 1994. The last went online in 1995. It is owned by Électricité de France. Construction of the dam and impounding of its large 3,500,000,000 m3 (2,800,000 acre\u22c5ft) reservoir led to several environmental issues that continue to be monitored and addressed. These issues include deforestation, greenhouse gases and water deoxidation.
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VThe Petit-Saut Dam is a gravity dam on the Sinnamary River about 36 km (22 mi) south of Sinnamary in French Guiana. The primary purpose of the dam is to produce hydroelectric power and it supports a 116 MW power station. Construction on the dam and power station began in July 1989 and placement of concrete for the dam started in July 1992. The dam was complete in February 1993 and the first generator was operational in January 1994. The last went online in 1995. It is owned by Électricité de France. Construction of the dam and impounding of its large 3,500,000,000 m3 (2,800,000 acre\u22c5ft) reservoir led to several environmental issues that continue to be monitored and addressed. These issues include deforestation, greenhouse gases and water deoxidation.
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VPharping Hydro Power Project (Nepali: \u092b\u0930\u094d\u092a\u093f\u0919 \u0932\u0918\u0941 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924\u094d \u092a\u0930\u093f\u092f\u094b\u091c\u0928\u093e) is the first hydro-power project of Nepal and second of Asia. It is situated in Kathmandu district. In 2010, it was declared a Living Museum by government of Nepal and was open for public.
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VPharping Hydro Power Project (Nepali: \u092b\u0930\u094d\u092a\u093f\u0919 \u0932\u0918\u0941 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924\u094d \u092a\u0930\u093f\u092f\u094b\u091c\u0928\u093e) is the first hydro-power project of Nepal and second of Asia. It is situated in Kathmandu district. In 2010, it was declared a Living Museum by government of Nepal and was open for public.
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VPhawa Khola Hydropower Station (Nepali:\u092b\u093e\u0935\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Taplejung District of Nepal. The flow from is used to generate 5 MW electricity. The plant is owned and developed by Shiwani Hydropower Company, an IPP of Nepal. The generation licence will expire in 2102-06-18 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VPhiphidi Dam is dam in South Africa. It was established in 1971.
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VPiana\u2013Mwanga Hydroelectric Power Station, also Mpiana\u2013Mwanga Hydroelectric Power Station, is a 54 megawatts (72,000 hp) hydroelectric power station in the Democratic Republic of the Congo. The power plant was originally commissioned in 1933 to service a nearby tin mine. The tin mine was mothballed in 1982 and so was the power station. In 2020, the mining conglomerate AVZ Minerals Limited, reached an agreement to rehabilitate the power station to power its mining operations in Manono Territory, including the Manono\u2013Kitotolo Mine, one of the largest lithium mines in the DRC, whose reserves are estimated at 120,000,000 tonnes (132,277,357 tons) of ore.
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VThe Pichi Picún Leufú Dam (in Spanish Embalse Pichi Picún Leufú) is the third of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), near the town of Piedra del Águila. The dam is used for the generation of hydroelectricity and for the regulation of the flow. It measures 45 metres (148 ft) in height and 1,045 metres (3,428 ft) in length, and is made of 1,562 million cubic metres (55.2×109 cu ft) of loose materials. It was built by the Sweden-based multinational Skanska, and inaugurated in 2000.
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VThe Pichi Picún Leufú Dam (in Spanish Embalse Pichi Picún Leufú) is the third of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), near the town of Piedra del Águila. The dam is used for the generation of hydroelectricity and for the regulation of the flow. It measures 45 metres (148 ft) in height and 1,045 metres (3,428 ft) in length, and is made of 1,562 million cubic metres (55.2×109 cu ft) of loose materials. It was built by the Sweden-based multinational Skanska, and inaugurated in 2000.
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VThe Pichi Picún Leufú Dam (in Spanish Embalse Pichi Picún Leufú) is the third of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), near the town of Piedra del Águila. The dam is used for the generation of hydroelectricity and for the regulation of the flow. It measures 45 metres (148 ft) in height and 1,045 metres (3,428 ft) in length, and is made of 1,562 million cubic metres (55.2×109 cu ft) of loose materials. It was built by the Sweden-based multinational Skanska, and inaugurated in 2000.
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VThe Pichi Picún Leufú Dam (in Spanish Embalse Pichi Picún Leufú) is the third of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), near the town of Piedra del Águila. The dam is used for the generation of hydroelectricity and for the regulation of the flow. It measures 45 metres (148 ft) in height and 1,045 metres (3,428 ft) in length, and is made of 1,562 million cubic metres (55.2×109 cu ft) of loose materials. It was built by the Sweden-based multinational Skanska, and inaugurated in 2000.
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VThe Pichi Picún Leufú Dam (in Spanish Embalse Pichi Picún Leufú) is the third of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region), near the town of Piedra del Águila. The dam is used for the generation of hydroelectricity and for the regulation of the flow. It measures 45 metres (148 ft) in height and 1,045 metres (3,428 ft) in length, and is made of 1,562 million cubic metres (55.2×109 cu ft) of loose materials. It was built by the Sweden-based multinational Skanska, and inaugurated in 2000.
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VThe Piedra del Águila Dam (in Spanish, Embalse Piedra del Águila) is the second of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region) and 590 metres (1,940 ft) above mean sea level, downstream from the confluence of the Limay and the Collón Curá River. It was inaugurated in 1993.
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VThe Piedra del Águila Dam (in Spanish, Embalse Piedra del Águila) is the second of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region) and 590 metres (1,940 ft) above mean sea level, downstream from the confluence of the Limay and the Collón Curá River. It was inaugurated in 1993.
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VThe Piedra del Águila Dam (in Spanish, Embalse Piedra del Águila) is the second of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region) and 590 metres (1,940 ft) above mean sea level, downstream from the confluence of the Limay and the Collón Curá River. It was inaugurated in 1993.
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VThe Piedra del Águila Dam (in Spanish, Embalse Piedra del Águila) is the second of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region) and 590 metres (1,940 ft) above mean sea level, downstream from the confluence of the Limay and the Collón Curá River. It was inaugurated in 1993.
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VThe Piedra del Águila Dam (in Spanish, Embalse Piedra del Águila) is the second of five dams on the Limay River in northwestern Argentine Patagonia (the Comahue region) and 590 metres (1,940 ft) above mean sea level, downstream from the confluence of the Limay and the Collón Curá River. It was inaugurated in 1993.
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VPietersfontein Dam is an arch type dam located on the in Western Cape Province, South Africa. It was created in 1968 and serves mainly for irrigation purposes. Its hazard potential has been ranked high (3).
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VPikhuwa Khola Hydropower Station (Nepali: \u092a\u093f\u0916\u0941\u0935\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Bhojpur District of Nepal. The flow from is used to generate 5 MW electricity. The plant is owned and developed by Eastern Hydropower P Ltd, an IPP of Nepal. The plant started generating electricity from 2076-02-27BS. The generation licence will expire in 2102-12-06 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VPiluwa Khola Hydropower Project (Nepali: \u092a\u093f\u0932\u0941\u0935\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sankhuwasabha District of Nepal. The flow from Piluwa River is used to generate 3.0 MW electricity. The design flow is 3.5 m3/s and head is 112.5 m. The plant is owned and developed by Arun Valley Hydropower Development Company Pvt. Ltd. The plant started generating electricity since 2060-06-01 B.S. The generation licence will expire in 2097-04-32 BS, after which the plant will be handed over to the government.
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VPindari Dam is a minor concrete faced rockfill embankment dam with an ungated uncontrolled rock cut with concrete sill spillway across the Severn River located upstream of the town of Ashford, in the North West Slopes region of New South Wales, Australia. The dam's purpose includes flood mitigation, hydro-power, irrigation, water supply and conservation. The impounded reservoir is called Lake Pindari.
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VPine Flat Dam is a concrete gravity dam on the Kings River in the Central Valley of Fresno County, California United States. Situated about 28 miles (45 km) east of Fresno, the dam is 440 feet (130 m) high and impounds Pine Flat Lake, one of the largest reservoirs in California, in the foothills of the Sierra Nevada just outside the boundary of Kings Canyon National Park. The dam's primary purpose is flood control, with irrigation, hydroelectric power generation and recreation secondary in importance.
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VPine Flat Dam is a concrete gravity dam on the Kings River in the Central Valley of Fresno County, California United States. Situated about 28 miles (45 km) east of Fresno, the dam is 440 feet (130 m) high and impounds Pine Flat Lake, one of the largest reservoirs in California, in the foothills of the Sierra Nevada just outside the boundary of Kings Canyon National Park. The dam's primary purpose is flood control, with irrigation, hydroelectric power generation and recreation secondary in importance.
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VPine Flat Dam is a concrete gravity dam on the Kings River in the Central Valley of Fresno County, California United States. Situated about 28 miles (45 km) east of Fresno, the dam is 440 feet (130 m) high and impounds Pine Flat Lake, one of the largest reservoirs in California, in the foothills of the Sierra Nevada just outside the boundary of Kings Canyon National Park. The dam's primary purpose is flood control, with irrigation, hydroelectric power generation and recreation secondary in importance.
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VPine Flat Dam is a concrete gravity dam on the Kings River in the Central Valley of Fresno County, California United States. Situated about 28 miles (45 km) east of Fresno, the dam is 440 feet (130 m) high and impounds Pine Flat Lake, one of the largest reservoirs in California, in the foothills of the Sierra Nevada just outside the boundary of Kings Canyon National Park. The dam's primary purpose is flood control, with irrigation, hydroelectric power generation and recreation secondary in importance.
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VPinet is a dam and hydroelectric power station on the River Tarn in Saint-Victor-et-Melvieu in Aveyron, southern France. The dam was built in 1932, and the station has five Francis turbines generating 42.5MW. The dam is 175 metres (574 ft) long and 41 metres (135 ft) high.
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VPipestem Dam is an embankment dam located in Stutsman County, North Dakota, U.S. The dam was constructed by the U.S. Army Corps of Engineers for flood damage reduction, fish and wildlife enhancement, and recreation. The dam impounds the Pipestem River to create the Pipestem Reservoir, also known as Pipestem Lake. Construction of the dam began in June 1971, and was completed in 1973. The dam is located 4 mi (6 km) north of Jamestown, North Dakota. The dam measures approximately 4,000 feet in length, with a maximum height of 107.5 feet from the stream bed to the top of the dam. The dam and reservoir are managed by the U.S. Army Corps of Engineers, with fish and wildlife resources managed by the North Dakota Game and Fish Department.
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VPiran Dam is a stone and concrete hydroelectric dam on the Piran stream located about 6.2 km (3.9 mi) east of Piran in Sarpol-e Zahab County, Kermanshah Province, Iran. The project started in 1989 when preliminary studies started. All studies were carried out by 2000. The main contractor was selected in 2007. Construction of the dam started in 2008 and the dam was inaugurated on 24 November 2011. It cost more than US$15 million. The power plant has installed capacity of 8.4 MW. It has two Pelton turbines manufactured by Ghet Hydro Energy and two generators manufactured by WEG.
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VThe Piriaka power station is a hydroelectric power facility in Manawat\u016b-Whanganui in New Zealand which draws water from behind a weir on the Whanganui River near Piriaka and diverts it through a canal and penstock to the Piriaka Power Station, which is located approximately 9 km (6 miles) southeast of the town of Taumarunui, via SH4. The power station discharges back into the Whanganui River.
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VPit-3 Dam (also known as Pit Number Three Dam and Dam Number Three) is a hydroelectric dam on the Pit River in northern California in the United States. It forms Lake Britton, and is owned by the Pacific Gas and Electric Company (PG&E).
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VPit 5 Dam is a run-of-the-river hydroelectric dam on the Pit River in Shasta County, northeastern California, about 2 miles (3.2 km) south of Big Bend. It is part of the Pit 3-4-5 hydroelectric project owned by Pacific Gas & Electric Company.
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VPit No. 6 Dam or Pit 6 Dam is a hydroelectric dam on the Pit River in northern California. Its power station generates up to 79 MW. The dam, built in 1965, is owned by the Pacific Gas and Electric Company. It is 172 feet (52 m) tall and forms the Pit Six Reservoir, which has a capacity of 15,700 acre-feet (19,400,000 m3).
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VPit 7 Dam is a run-of-the-river hydroelectric dam across the Pit River in northern California. Located just upstream of Shasta Lake, it is a concrete arch-gravity structure and its powerhouse has a capacity of 110 megawatts (150,000 hp). The dam is owned by the Pacific Gas and Electric Company.
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VPita Hydroelectric Power Station
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VPita Hydroelectric Power Station (PHPS) is a planned 40 megawatts (54,000 hp) hydroelectric power station, across the Fétoré River, a tributary of Kakrima River, in Guinea. The power station is under development by Eiffage International, a French civil engineering and construction company, based in Asnières-sur-Seine, a suburb of Paris, about 8 kilometres (5 mi), north of that city's centre.
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VPita Hydroelectric Power Station
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VPita Hydroelectric Power Station (PHPS) is a planned 40 megawatts (54,000 hp) hydroelectric power station, across the Fétoré River, a tributary of Kakrima River, in Guinea. The power station is under development by Eiffage International, a French civil engineering and construction company, based in Asnières-sur-Seine, a suburb of Paris, about 8 kilometres (5 mi), north of that city's centre.
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VPita Hydroelectric Power Station
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VPita Hydroelectric Power Station (PHPS) is a planned 40 megawatts (54,000 hp) hydroelectric power station, across the Fétoré River, a tributary of Kakrima River, in Guinea. The power station is under development by Eiffage International, a French civil engineering and construction company, based in Asnières-sur-Seine, a suburb of Paris, about 8 kilometres (5 mi), north of that city's centre.
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VCanada
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VThe Pittock Dam is a dam in Woodstock, Ontario, Canada. It lies on the main branch of the Thames River, and creates the Pittock Reservoir. This artificial lake forms the northeast boundary of the City of Woodstock.
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VThe Plastiras Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03a0\u03bb\u03b1\u03c3\u03c4\u03ae\u03c1\u03b1) is a concrete arch dam in Karditsa regional unit, Greece that impounds the Tavropos (Megdovas) River, creating an artificial lake called Lake Plastiras.
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VUnited States
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VIrrigation water storage
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VPlatoro Dam (National ID # CO82911) is a dam in Conejos County, Colorado. The earthen dam was constructed between 1949 and 1951 by the United States Bureau of Reclamation with a height of 165 feet (50 m), and 1,475 feet (450 m) long at its crest. It impounds the Conejos River, a tributary of the Rio Grande, for irrigation water storage as part of the larger San Luis Valley Project. The dam is owned by the Bureau and operated by the local Conejos Water Conservancy.
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VThe Poatina Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Great Lake and South Esk and is owned and operated by Hydro Tasmania.
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VThe Poatina Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Great Lake and South Esk and is owned and operated by Hydro Tasmania.
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VPocinho Dam (Portuguese: Barragem do Pocinho) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Guarda and Bragança. It is located in the municipality Vila Nova de Foz Côa, in Guarda District, Portugal. Construction of the dam began in 1974. The dam was completed in 1982. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VPocinho Dam (Portuguese: Barragem do Pocinho) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Guarda and Bragança. It is located in the municipality Vila Nova de Foz Côa, in Guarda District, Portugal. Construction of the dam began in 1974. The dam was completed in 1982. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VPocinho Dam (Portuguese: Barragem do Pocinho) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Guarda and Bragança. It is located in the municipality Vila Nova de Foz Côa, in Guarda District, Portugal. Construction of the dam began in 1974. The dam was completed in 1982. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VPocinho Dam (Portuguese: Barragem do Pocinho) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Guarda and Bragança. It is located in the municipality Vila Nova de Foz Côa, in Guarda District, Portugal. Construction of the dam began in 1974. The dam was completed in 1982. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VPocinho Dam (Portuguese: Barragem do Pocinho) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Guarda and Bragança. It is located in the municipality Vila Nova de Foz Côa, in Guarda District, Portugal. Construction of the dam began in 1974. The dam was completed in 1982. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VThe Polavaram Project is an under construction multi-purpose irrigation project on the Godavari River in the Eluru District and East Godavari District in Andhra Pradesh. The project has been accorded National project status by the Central Government of India. Its reservoir back water spreads up to the Dummugudem Anicut (i.e. approx 150 km back from Polavaram dam on main river side) and approx 115 km on Sabari River side. Thus back water spreads into parts of Chhattisgarh and Odisha States. It gives major boost to tourism sector in Godavari Districts as the reservoir covers the famous Papikonda National Park, Polavaram hydro electric project (HEP) and National Waterway 4 are under construction on left side of the river. It is located 40 km to the upstream of Sir Arthur Cotton Barrage in Raj
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Nsg17
Nsg11
VIndia Andhra Pradesh
p118548
sbg6
(g13
g8
NtRp118549
(dp118550
g16
Nsg17
Nsg11
VThe Polavaram Project is an under construction multi-purpose irrigation project on the Godavari River in the Eluru District and East Godavari District in Andhra Pradesh. The project has been accorded National project status by the Central Government of India. Its reservoir back water spreads up to the Dummugudem Anicut (i.e. approx 150 km back from Polavaram dam on main river side) and approx 115 km on Sabari River side. Thus back water spreads into parts of Chhattisgarh and Odisha States. It gives major boost to tourism sector in Godavari Districts as the reservoir covers the famous Papikonda National Park, Polavaram hydro electric project (HEP) and National Waterway 4 are under construction on left side of the river. It is located 40 km to the upstream of Sir Arthur Cotton Barrage in Raj
p118551
sbg6
(g13
g8
NtRp118552
(dp118553
g16
Nsg17
Nsg11
VPOINT(81.651390075684 17.289167404175)
p118554
sbtp118555
a(g6
(g7
g8
NtRp118556
(dp118557
g11
Vhttp://dbpedia.org/resource/Polgolla_Barrage
p118558
sbg6
(g13
g8
NtRp118559
(dp118560
g16
Nsg17
Nsg11
VPolgolla Barrage
p118561
sbg6
(g13
g8
NtRp118562
(dp118563
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p118564
sbg6
(g13
g8
NtRp118565
(dp118566
g16
Nsg17
Nsg11
VB
sbg6
(g13
g8
NtRp118567
(dp118568
g16
Nsg17
g27
sg11
V0.144
p118569
sbNg6
(g7
g8
NtRp118570
(dp118571
g11
Vhttp://dbpedia.org/resource/Polgolla_Barrage__Lake__1
p118572
sbNg6
(g13
g8
NtRp118573
(dp118574
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp118575
(dp118576
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mahaweli_River
p118577
sbg6
(g13
g8
NtRp118578
(dp118579
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp118580
(dp118581
g16
Nsg17
Nsg11
VSri Lanka
p118582
sbg6
(g13
g8
NtRp118583
(dp118584
g16
Nsg17
Nsg11
VThe Polgolla Barrage (also erroneously known as the Polgolla Dam), is a barrage built across the Mahaweli River at Polgolla, in the Central Province of Sri Lanka. The barrage is used to increase the volume of water, for transfer to the hydroelectric power station located 8 km (5 mi) north, via penstock. operates a short distance upstream on the lake created by the barrage.
p118585
sbg6
(g13
g8
NtRp118586
(dp118587
g16
Nsg17
Nsg11
VPOINT(80.644996643066 7.3216667175293)
p118588
sbtp118589
a(g6
(g7
g8
NtRp118590
(dp118591
g11
Vhttp://dbpedia.org/resource/Pong_Dam
p118592
sbg6
(g13
g8
NtRp118593
(dp118594
g16
Nsg17
Nsg11
VPong Dam
p118595
sbg6
(g13
g8
NtRp118596
(dp118597
g16
Nsg17
Nsg11
VIndia
p118598
sbg6
(g13
g8
NtRp118599
(dp118600
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p118601
sbg6
(g13
g8
NtRp118602
(dp118603
g16
Nsg17
g27
sg11
V1.951
p118604
sbg6
(g13
g8
NtRp118605
(dp118606
g16
Nsg17
g27
sg11
V435.86
p118607
sbg6
(g7
g8
NtRp118608
(dp118609
g11
Vhttp://dbpedia.org/resource/Pong_Dam__Lake__1
p118610
sbg6
(g13
g8
NtRp118611
(dp118612
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhakra_Beas_Management_Board
p118613
sbNg6
(g13
g8
NtRp118614
(dp118615
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Beas_River
p118616
sbg6
(g13
g8
NtRp118617
(dp118618
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp118619
(dp118620
g16
Nsg17
g27
sg11
V3.55e+07
p118621
sbg6
(g13
g8
NtRp118622
(dp118623
g16
Nsg17
Nsg11
VIndia
p118624
sbg6
(g13
g8
NtRp118625
(dp118626
g16
Nsg17
Nsg11
VThe Pong Dam, also known as the Beas Dam, is an earth-fill embankment dam on the Beas River in the state of Himachal Pradesh, India, just upstream of Talwara. The purpose of the dam is water storage for irrigation and hydroelectric power generation. As the second phase of the Beas Project, construction on the dam began in 1961 and was completed in 1974. At the time of its completion, the Pong Dam was the tallest of its type in India. The lake created by the dam, Maharana Pratap Sagar, became a renowned bird sanctuary.
p118627
sbg6
(g13
g8
NtRp118628
(dp118629
g16
Nsg17
Nsg11
VPOINT(75.946662902832 31.971389770508)
p118630
sbtp118631
a(g6
(g7
g8
NtRp118632
(dp118633
g11
Vhttp://dbpedia.org/resource/Pong_Dam
p118634
sbg6
(g13
g8
NtRp118635
(dp118636
g16
Nsg17
Nsg11
VPong-Talsperre
p118637
sbg6
(g13
g8
NtRp118638
(dp118639
g16
Nsg17
Nsg11
VIndia
p118640
sbg6
(g13
g8
NtRp118641
(dp118642
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p118643
sbg6
(g13
g8
NtRp118644
(dp118645
g16
Nsg17
g27
sg11
V1.951
p118646
sbg6
(g13
g8
NtRp118647
(dp118648
g16
Nsg17
g27
sg11
V435.86
p118649
sbg6
(g7
g8
NtRp118650
(dp118651
g11
Vhttp://dbpedia.org/resource/Pong_Dam__Lake__1
p118652
sbg6
(g13
g8
NtRp118653
(dp118654
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhakra_Beas_Management_Board
p118655
sbNg6
(g13
g8
NtRp118656
(dp118657
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Beas_River
p118658
sbg6
(g13
g8
NtRp118659
(dp118660
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp118661
(dp118662
g16
Nsg17
g27
sg11
V3.55e+07
p118663
sbg6
(g13
g8
NtRp118664
(dp118665
g16
Nsg17
Nsg11
VIndia
p118666
sbg6
(g13
g8
NtRp118667
(dp118668
g16
Nsg17
Nsg11
VThe Pong Dam, also known as the Beas Dam, is an earth-fill embankment dam on the Beas River in the state of Himachal Pradesh, India, just upstream of Talwara. The purpose of the dam is water storage for irrigation and hydroelectric power generation. As the second phase of the Beas Project, construction on the dam began in 1961 and was completed in 1974. At the time of its completion, the Pong Dam was the tallest of its type in India. The lake created by the dam, Maharana Pratap Sagar, became a renowned bird sanctuary.
p118669
sbg6
(g13
g8
NtRp118670
(dp118671
g16
Nsg17
Nsg11
VPOINT(75.946662902832 31.971389770508)
p118672
sbtp118673
a(g6
(g7
g8
NtRp118674
(dp118675
g11
Vhttp://dbpedia.org/resource/Pong_Dam
p118676
sbg6
(g13
g8
NtRp118677
(dp118678
g16
Nsg17
Nsg11
VZapora Pong
p118679
sbg6
(g13
g8
NtRp118680
(dp118681
g16
Nsg17
Nsg11
VIndia
p118682
sbg6
(g13
g8
NtRp118683
(dp118684
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p118685
sbg6
(g13
g8
NtRp118686
(dp118687
g16
Nsg17
g27
sg11
V1.951
p118688
sbg6
(g13
g8
NtRp118689
(dp118690
g16
Nsg17
g27
sg11
V435.86
p118691
sbg6
(g7
g8
NtRp118692
(dp118693
g11
Vhttp://dbpedia.org/resource/Pong_Dam__Lake__1
p118694
sbg6
(g13
g8
NtRp118695
(dp118696
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhakra_Beas_Management_Board
p118697
sbNg6
(g13
g8
NtRp118698
(dp118699
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Beas_River
p118700
sbg6
(g13
g8
NtRp118701
(dp118702
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp118703
(dp118704
g16
Nsg17
g27
sg11
V3.55e+07
p118705
sbg6
(g13
g8
NtRp118706
(dp118707
g16
Nsg17
Nsg11
VIndia
p118708
sbg6
(g13
g8
NtRp118709
(dp118710
g16
Nsg17
Nsg11
VThe Pong Dam, also known as the Beas Dam, is an earth-fill embankment dam on the Beas River in the state of Himachal Pradesh, India, just upstream of Talwara. The purpose of the dam is water storage for irrigation and hydroelectric power generation. As the second phase of the Beas Project, construction on the dam began in 1961 and was completed in 1974. At the time of its completion, the Pong Dam was the tallest of its type in India. The lake created by the dam, Maharana Pratap Sagar, became a renowned bird sanctuary.
p118711
sbg6
(g13
g8
NtRp118712
(dp118713
g16
Nsg17
Nsg11
VPOINT(75.946662902832 31.971389770508)
p118714
sbtp118715
a(g6
(g7
g8
NtRp118716
(dp118717
g11
Vhttp://dbpedia.org/resource/Pongolapoort_Dam
p118718
sbg6
(g13
g8
NtRp118719
(dp118720
g16
Nsg17
Nsg11
VPongolapoort Dam
p118721
sbg6
(g13
g8
NtRp118722
(dp118723
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p118724
sbg6
(g13
g8
NtRp118725
(dp118726
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp118727
(dp118728
g16
Nsg17
g27
sg11
V0.451
p118729
sbNg6
(g7
g8
NtRp118730
(dp118731
g11
Vhttp://dbpedia.org/resource/Pongolapoort_Dam__Lake__1
p118732
sbg6
(g13
g8
NtRp118733
(dp118734
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p118735
sbg6
(g13
g8
NtRp118736
(dp118737
g16
Nsg17
Nsg11
VIrrigation
p118738
sbg6
(g13
g8
NtRp118739
(dp118740
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Phongolo_River
p118741
sbNNNg6
(g13
g8
NtRp118742
(dp118743
g16
Nsg17
Nsg11
VPongolapoort Dam, commonly referred to as Jozini Dam creating Lake Jozini, is an arch type dam (double-curvature single-arch) in northern KwaZulu-Natal, South Africa located on the Phongolo River. The dam is situated just north of the settlement of Jozini, 280 km north-east of the port city of Durban. The dam was constructed in 1973 at the eastern end of the narrow gorge separating the Lebombo and Ubombo ranges. The dam mainly serves for irrigation purposes and its hazard potential has been ranked high (3). The Phongolo River is the dam's largest feeder and outlet as well as the dam's only perennial feeder.
p118744
sbg6
(g13
g8
NtRp118745
(dp118746
g16
Nsg17
Nsg11
VPOINT(32.071399688721 -27.418300628662)
p118747
sbtp118748
a(g6
(g7
g8
NtRp118749
(dp118750
g11
Vhttp://dbpedia.org/resource/Pongolapoort_Dam
p118751
sbg6
(g13
g8
NtRp118752
(dp118753
g16
Nsg17
Nsg11
VPongolapoortdam
p118754
sbg6
(g13
g8
NtRp118755
(dp118756
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p118757
sbg6
(g13
g8
NtRp118758
(dp118759
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp118760
(dp118761
g16
Nsg17
g27
sg11
V0.451
p118762
sbNg6
(g7
g8
NtRp118763
(dp118764
g11
Vhttp://dbpedia.org/resource/Pongolapoort_Dam__Lake__1
p118765
sbg6
(g13
g8
NtRp118766
(dp118767
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p118768
sbg6
(g13
g8
NtRp118769
(dp118770
g16
Nsg17
Nsg11
VIrrigation
p118771
sbg6
(g13
g8
NtRp118772
(dp118773
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Phongolo_River
p118774
sbNNNg6
(g13
g8
NtRp118775
(dp118776
g16
Nsg17
Nsg11
VPongolapoort Dam, commonly referred to as Jozini Dam creating Lake Jozini, is an arch type dam (double-curvature single-arch) in northern KwaZulu-Natal, South Africa located on the Phongolo River. The dam is situated just north of the settlement of Jozini, 280 km north-east of the port city of Durban. The dam was constructed in 1973 at the eastern end of the narrow gorge separating the Lebombo and Ubombo ranges. The dam mainly serves for irrigation purposes and its hazard potential has been ranked high (3). The Phongolo River is the dam's largest feeder and outlet as well as the dam's only perennial feeder.
p118777
sbg6
(g13
g8
NtRp118778
(dp118779
g16
Nsg17
Nsg11
VPOINT(32.071399688721 -27.418300628662)
p118780
sbtp118781
a(g6
(g7
g8
NtRp118782
(dp118783
g11
Vhttp://dbpedia.org/resource/Poona_Dam
p118784
sbg6
(g13
g8
NtRp118785
(dp118786
g16
Nsg17
Nsg11
VPoona Dam
p118787
sbg6
(g13
g8
NtRp118788
(dp118789
g16
Nsg17
Nsg11
VAustralia
p118790
sbg6
(g13
g8
NtRp118791
(dp118792
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp118793
(dp118794
g16
Nsg17
g27
sg11
V0.65
p118795
sbNg6
(g7
g8
NtRp118796
(dp118797
g11
Vhttp://dbpedia.org/resource/Poona_Dam__Lake__1
p118798
sbNg6
(g13
g8
NtRp118799
(dp118800
g16
Nsg17
Nsg11
VPotablewater storage
p118801
sbg6
(g13
g8
NtRp118802
(dp118803
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Maroochy_River
p118804
sbg6
(g13
g8
NtRp118805
(dp118806
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp118807
(dp118808
g16
Nsg17
Nsg11
VQueensland
p118809
sbg6
(g13
g8
NtRp118810
(dp118811
g16
Nsg17
Nsg11
VThe Poona Dam is an earth-fill embankment dam with a toe drain with an un-gated spillway across a tributary of the South Maroochy River in Kureelpa, Sunshine Coast Region, Queensland, Australia. The main purpose of the dam is for storage of potable water for the Sunshine Coast region. The impounded reservoir is also called Poona Dam.
p118812
sbg6
(g13
g8
NtRp118813
(dp118814
g16
Nsg17
Nsg11
VPOINT(152.91000366211 -26.596111297607)
p118815
sbtp118816
a(g6
(g7
g8
NtRp118817
(dp118818
g11
Vhttp://dbpedia.org/resource/Porce_III_Dam
p118819
sbg6
(g13
g8
NtRp118820
(dp118821
g16
Nsg17
Nsg11
VPorce III Dam
p118822
sbg6
(g13
g8
NtRp118823
(dp118824
g16
Nsg17
Nsg11
VColombia
p118825
sbg6
(g13
g8
NtRp118826
(dp118827
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p118828
sbg6
(g13
g8
NtRp118829
(dp118830
g16
Nsg17
g27
sg11
V0.426
p118831
sbNg6
(g7
g8
NtRp118832
(dp118833
g11
Vhttp://dbpedia.org/resource/Porce_III_Dam__Lake__1
p118834
sbNNg6
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g8
NtRp118835
(dp118836
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Porce_River
p118837
sbg6
(g13
g8
NtRp118838
(dp118839
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp118840
(dp118841
g16
Nsg17
g27
sg11
V4.155e+06
p118842
sbg6
(g13
g8
NtRp118843
(dp118844
g16
Nsg17
Nsg11
VColombia
p118845
sbg6
(g13
g8
NtRp118846
(dp118847
g16
Nsg17
Nsg11
VThe Porce III Dam is an embankment dam on the Porce River 90 kilometres (56 mi) northeast of Medellín in Antioquia Department, Colombia. The dam was constructed between 2004 and 2011 for the primary purpose of hydroelectric power generation.
p118848
sbg6
(g13
g8
NtRp118849
(dp118850
g16
Nsg17
Nsg11
VPOINT(-75.138610839844 6.9386110305786)
p118851
sbtp118852
a(g6
(g7
g8
NtRp118853
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g11
Vhttp://dbpedia.org/resource/Porce_III_Dam
p118855
sbg6
(g13
g8
NtRp118856
(dp118857
g16
Nsg17
Nsg11
VTalsperre Porce III
p118858
sbg6
(g13
g8
NtRp118859
(dp118860
g16
Nsg17
Nsg11
VColombia
p118861
sbg6
(g13
g8
NtRp118862
(dp118863
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p118864
sbg6
(g13
g8
NtRp118865
(dp118866
g16
Nsg17
g27
sg11
V0.426
p118867
sbNg6
(g7
g8
NtRp118868
(dp118869
g11
Vhttp://dbpedia.org/resource/Porce_III_Dam__Lake__1
p118870
sbNNg6
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g8
NtRp118871
(dp118872
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Porce_River
p118873
sbg6
(g13
g8
NtRp118874
(dp118875
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp118876
(dp118877
g16
Nsg17
g27
sg11
V4.155e+06
p118878
sbg6
(g13
g8
NtRp118879
(dp118880
g16
Nsg17
Nsg11
VColombia
p118881
sbg6
(g13
g8
NtRp118882
(dp118883
g16
Nsg17
Nsg11
VThe Porce III Dam is an embankment dam on the Porce River 90 kilometres (56 mi) northeast of Medellín in Antioquia Department, Colombia. The dam was constructed between 2004 and 2011 for the primary purpose of hydroelectric power generation.
p118884
sbg6
(g13
g8
NtRp118885
(dp118886
g16
Nsg17
Nsg11
VPOINT(-75.138610839844 6.9386110305786)
p118887
sbtp118888
a(g6
(g7
g8
NtRp118889
(dp118890
g11
Vhttp://dbpedia.org/resource/Porce_III_Dam
p118891
sbg6
(g13
g8
NtRp118892
(dp118893
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u043e\u0440\u0441\u0435 3
p118894
sbg6
(g13
g8
NtRp118895
(dp118896
g16
Nsg17
Nsg11
VColombia
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sbg6
(g13
g8
NtRp118898
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Nsg17
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VEmbankment, concrete-face rock-fill
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sbg6
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g8
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g8
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p118909
sbg6
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g8
NtRp118910
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp118912
(dp118913
g16
Nsg17
g27
sg11
V4.155e+06
p118914
sbg6
(g13
g8
NtRp118915
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g16
Nsg17
Nsg11
VColombia
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sbg6
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g8
NtRp118918
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VThe Porce III Dam is an embankment dam on the Porce River 90 kilometres (56 mi) northeast of Medellín in Antioquia Department, Colombia. The dam was constructed between 2004 and 2011 for the primary purpose of hydroelectric power generation.
p118920
sbg6
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g8
NtRp118921
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g16
Nsg17
Nsg11
VPOINT(-75.138610839844 6.9386110305786)
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sbtp118924
a(g6
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g8
NtRp118925
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g11
Vhttp://dbpedia.org/resource/Potchefstroom_Dam
p118927
sbg6
(g13
g8
NtRp118928
(dp118929
g16
Nsg17
Nsg11
VPotchefstroom Dam
p118930
sbg6
(g13
g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p118933
sbg6
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g8
NtRp118934
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g16
Nsg17
Nsg11
VEarth fill
p118936
sbNNg6
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g8
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g11
Vhttp://dbpedia.org/resource/Potchefstroom_Dam__Lake__1
p118939
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g8
NtRp118940
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mooi_River_(Vaal)
p118942
sbNNNg6
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g8
NtRp118943
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g16
Nsg17
Nsg11
VPotchefstroom Dam is a water reservoir (dam) on the Mooi River, on the northern boundary of Potchefstroom, North-West, South Africa. It was established in 1950.
p118945
sbg6
(g13
g8
NtRp118946
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g16
Nsg17
Nsg11
VPOINT(27.097221374512 -26.670000076294)
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g8
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p118952
sbg6
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g8
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Nsg17
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VTaiscumar Pholl a' Phúca
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sbg6
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g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Republic_of_Ireland
p118958
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g8
NtRp118959
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g16
Nsg17
Nsg11
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g8
NtRp118962
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g16
Nsg17
Nsg11
VIn use
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sbNg6
(g13
g8
NtRp118965
(dp118966
g16
Nsg17
Nsg11
VIreland
p118967
sbg6
(g13
g8
NtRp118968
(dp118969
g16
Nsg17
Nsg11
VPoulaphouca Reservoir, officially Pollaphuca (from Irish: Poll a' Phúca, meaning 'the Púca's hole'), is an active reservoir (for both water supply and electricity generation) and area of wild bird conservation in west County Wicklow, Ireland named after the Poulaphouca waterfall on its south-western end where the water exits the lake. The lake is also commonly known as the Blessington Lakes, even though there is just one.
p118970
sbg6
(g13
g8
NtRp118971
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g16
Nsg17
Nsg11
VPOINT(-6.5058331489563 53.123332977295)
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sbtp118974
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g8
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Vhttp://dbpedia.org/resource/Poulaphouca_Reservoir
p118977
sbg6
(g13
g8
NtRp118978
(dp118979
g16
Nsg17
Nsg11
VRéservoir Poulaphouca
p118980
sbg6
(g13
g8
NtRp118981
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g16
Nsg17
Nsg11
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p118983
sbNNNNNg6
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g8
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Nsg17
Nsg11
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g16
Nsg17
Nsg11
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p118989
sbNg6
(g13
g8
NtRp118990
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g16
Nsg17
Nsg11
VIreland
p118992
sbg6
(g13
g8
NtRp118993
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g16
Nsg17
Nsg11
VPoulaphouca Reservoir, officially Pollaphuca (from Irish: Poll a' Phúca, meaning 'the Púca's hole'), is an active reservoir (for both water supply and electricity generation) and area of wild bird conservation in west County Wicklow, Ireland named after the Poulaphouca waterfall on its south-western end where the water exits the lake. The lake is also commonly known as the Blessington Lakes, even though there is just one.
p118995
sbg6
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g8
NtRp118996
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Nsg17
Nsg11
VPOINT(-6.5058331489563 53.123332977295)
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sbtp118999
a(g6
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g8
NtRp119000
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p119002
sbg6
(g13
g8
NtRp119003
(dp119004
g16
Nsg17
Nsg11
VPoulaphouca Reservoir
p119005
sbg6
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g8
NtRp119006
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Nsg17
Nsg11
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p119008
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g8
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g16
Nsg17
Nsg11
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g8
NtRp119012
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g16
Nsg17
Nsg11
VIn use
p119014
sbNg6
(g13
g8
NtRp119015
(dp119016
g16
Nsg17
Nsg11
VIreland
p119017
sbg6
(g13
g8
NtRp119018
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g16
Nsg17
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VPoulaphouca Reservoir, officially Pollaphuca (from Irish: Poll a' Phúca, meaning 'the Púca's hole'), is an active reservoir (for both water supply and electricity generation) and area of wild bird conservation in west County Wicklow, Ireland named after the Poulaphouca waterfall on its south-western end where the water exits the lake. The lake is also commonly known as the Blessington Lakes, even though there is just one.
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sbg6
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g8
NtRp119021
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g16
Nsg17
Nsg11
VPOINT(-6.5058331489563 53.123332977295)
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g8
NtRp119025
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g11
Vhttp://dbpedia.org/resource/Pracana_Dam
p119027
sbg6
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g8
NtRp119028
(dp119029
g16
Nsg17
Nsg11
VBarragem de Pracana
p119030
sbg6
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g8
NtRp119031
(dp119032
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
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sbg6
(g13
g8
NtRp119034
(dp119035
g16
Nsg17
Nsg11
VConcretebuttress dam
p119036
sbg6
(g13
g8
NtRp119037
(dp119038
g16
Nsg17
g27
sg11
V0.2455
p119039
sbg6
(g13
g8
NtRp119040
(dp119041
g16
Nsg17
g27
sg11
V115.0
p119042
sbg6
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g8
NtRp119043
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Vhttp://dbpedia.org/resource/Pracana_Dam__Lake__1
p119045
sbNg6
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g8
NtRp119046
(dp119047
g16
Nsg17
Nsg11
VPower
p119048
sbg6
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g8
NtRp119049
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ocreza_River
p119051
sbg6
(g13
g8
NtRp119052
(dp119053
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp119054
(dp119055
g16
Nsg17
g27
sg11
V144000.0
p119056
sbg6
(g13
g8
NtRp119057
(dp119058
g16
Nsg17
Nsg11
VPortugal
p119059
sbg6
(g13
g8
NtRp119060
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g16
Nsg17
Nsg11
VPracana Dam (Portuguese: Barragem de Pracana) is a concrete buttress dam on the , a right (northern) tributary of the Tagus. It is located in the municipality Mação, in Santarém District, Portugal. Construction of the dam began in 1947. The dam was completed in 1950. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation.
p119062
sbg6
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g8
NtRp119063
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g16
Nsg17
Nsg11
VPOINT(-7.8121666908264 39.564945220947)
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g8
NtRp119067
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p119069
sbg6
(g13
g8
NtRp119070
(dp119071
g16
Nsg17
Nsg11
VPracana Dam
p119072
sbg6
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g8
NtRp119073
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p119075
sbg6
(g13
g8
NtRp119076
(dp119077
g16
Nsg17
Nsg11
VConcretebuttress dam
p119078
sbg6
(g13
g8
NtRp119079
(dp119080
g16
Nsg17
g27
sg11
V0.2455
p119081
sbg6
(g13
g8
NtRp119082
(dp119083
g16
Nsg17
g27
sg11
V115.0
p119084
sbg6
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g8
NtRp119085
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Vhttp://dbpedia.org/resource/Pracana_Dam__Lake__1
p119087
sbNg6
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g8
NtRp119088
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g16
Nsg17
Nsg11
VPower
p119090
sbg6
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g8
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g16
Nsg17
Nsg11
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p119093
sbg6
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g8
NtRp119094
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g16
Nsg17
Nsg11
VO
sbg6
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g8
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g16
Nsg17
g27
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V144000.0
p119098
sbg6
(g13
g8
NtRp119099
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g16
Nsg17
Nsg11
VPortugal
p119101
sbg6
(g13
g8
NtRp119102
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VPracana Dam (Portuguese: Barragem de Pracana) is a concrete buttress dam on the , a right (northern) tributary of the Tagus. It is located in the municipality Mação, in Santarém District, Portugal. Construction of the dam began in 1947. The dam was completed in 1950. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation.
p119104
sbg6
(g13
g8
NtRp119105
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g16
Nsg17
Nsg11
VPOINT(-7.8121666908264 39.564945220947)
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g8
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p119111
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(g13
g8
NtRp119112
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g16
Nsg17
Nsg11
VTalsperre Pracana
p119114
sbg6
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g8
NtRp119115
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p119117
sbg6
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g8
NtRp119118
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g16
Nsg17
Nsg11
VConcretebuttress dam
p119120
sbg6
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g8
NtRp119121
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g16
Nsg17
g27
sg11
V0.2455
p119123
sbg6
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g8
NtRp119124
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g16
Nsg17
g27
sg11
V115.0
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sbg6
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g8
NtRp119127
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p119129
sbNg6
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g8
NtRp119130
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g16
Nsg17
Nsg11
VPower
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sbg6
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g8
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Nsg17
Nsg11
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g8
NtRp119136
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g16
Nsg17
Nsg11
VO
sbg6
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g8
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g16
Nsg17
g27
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V144000.0
p119140
sbg6
(g13
g8
NtRp119141
(dp119142
g16
Nsg17
Nsg11
VPortugal
p119143
sbg6
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g8
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VPracana Dam (Portuguese: Barragem de Pracana) is a concrete buttress dam on the , a right (northern) tributary of the Tagus. It is located in the municipality Mação, in Santarém District, Portugal. Construction of the dam began in 1947. The dam was completed in 1950. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation.
p119146
sbg6
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g8
NtRp119147
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g16
Nsg17
Nsg11
VPOINT(-7.8121666908264 39.564945220947)
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g8
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g8
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Nsg17
Nsg11
VPrakasam Barrage
p119156
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g8
NtRp119157
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Nsg17
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Vhttp://dbpedia.org/resource/India
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sbg6
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g8
NtRp119160
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g16
Nsg17
Nsg11
VBarrage
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sbg6
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g8
NtRp119163
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g16
Nsg17
g27
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V1.2235
p119165
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g8
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g8
NtRp119169
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Nsg17
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VIrrigation&Water supply
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Krishna_River
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g8
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Nsg17
Nsg11
VOperational
p119177
sbNg6
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g8
NtRp119178
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Nsg17
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VIndia Andhra Pradesh
p119180
sbg6
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g8
NtRp119181
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Nsg17
Nsg11
VThe Prakasam Barrage stretches 1223.5 m across the Krishna River connecting Vijayawada, NTR and Mangalagiri Tadepalle Municipal Corporation, Guntur districts in Andhra Pradesh, India. The barrage serves also as a road bridge and spans over a lake. The three canals associated with the barrage run through the city of Vijayawada, crossing it and giving it a Venetian appearance. \u000a* Night view of Prakasam Barrage \u000a* Lake side view of Prakasam Barrage \u000a* Prakasam barrage from Krishnaveni idol
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sbg6
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g8
NtRp119184
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g16
Nsg17
Nsg11
VPOINT(80.605003356934 16.50611114502)
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sbtp119187
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g8
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p119190
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Nsg17
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VPresenzano Hydroelectric Plant
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Nsg17
Nsg11
VItaly
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Nsg17
Nsg11
VO
sbNNg6
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g8
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Nsg17
Nsg11
VThe Presenzano Hydroelectric Plant, officially known as the Domenico Cimarosa Hydroelectric Plant, is located along the Volturno River in Presenzano, Province of Caserta, Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Construction began in 1979, it was finished in 1990 and the generators commissioned in 1991. In 2004, the plant was renamed after Domenico Cimarosa. Power is generated by releasing water from the upper Cesima reservoir down to the power plant which contains four reversible 250 MW Francis pump-turbine-generators. After power production, the water is sent to the lower reservoir. During periods of low energy demand, the same pump-generators pump water from the lower reservoir back to the upper where it become
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sbg6
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g8
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VPOINT(14.090277671814 41.38138961792)
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g8
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p119214
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(g13
g8
NtRp119215
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g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Domenico Cimarosa
p119217
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g8
NtRp119218
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g16
Nsg17
Nsg11
VItaly
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g8
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sbg6
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g8
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Vhttp://dbpedia.org/resource/ENEL
p119226
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Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp119229
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g16
Nsg17
Nsg11
VThe Presenzano Hydroelectric Plant, officially known as the Domenico Cimarosa Hydroelectric Plant, is located along the Volturno River in Presenzano, Province of Caserta, Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Construction began in 1979, it was finished in 1990 and the generators commissioned in 1991. In 2004, the plant was renamed after Domenico Cimarosa. Power is generated by releasing water from the upper Cesima reservoir down to the power plant which contains four reversible 250 MW Francis pump-turbine-generators. After power production, the water is sent to the lower reservoir. During periods of low energy demand, the same pump-generators pump water from the lower reservoir back to the upper where it become
p119231
sbg6
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g8
NtRp119232
(dp119233
g16
Nsg17
Nsg11
VPOINT(14.090277671814 41.38138961792)
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sbtp119235
a(g6
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g8
NtRp119236
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sbg6
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g8
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Nsg11
V\u0413\u0410\u0415\u0421 \u041f\u0440\u0435\u0437\u0435\u043d\u0446\u0430\u043d\u043e
p119241
sbg6
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g8
NtRp119242
(dp119243
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Nsg17
Nsg11
VItaly
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g8
NtRp119245
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Vhttp://dbpedia.org/resource/Presenzano_Hydroelectric_Plant__Lake__1
p119247
sbg6
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g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ENEL
p119250
sbNNg6
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g8
NtRp119251
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp119253
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g16
Nsg17
Nsg11
VThe Presenzano Hydroelectric Plant, officially known as the Domenico Cimarosa Hydroelectric Plant, is located along the Volturno River in Presenzano, Province of Caserta, Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Construction began in 1979, it was finished in 1990 and the generators commissioned in 1991. In 2004, the plant was renamed after Domenico Cimarosa. Power is generated by releasing water from the upper Cesima reservoir down to the power plant which contains four reversible 250 MW Francis pump-turbine-generators. After power production, the water is sent to the lower reservoir. During periods of low energy demand, the same pump-generators pump water from the lower reservoir back to the upper where it become
p119255
sbg6
(g13
g8
NtRp119256
(dp119257
g16
Nsg17
Nsg11
VPOINT(14.090277671814 41.38138961792)
p119258
sbtp119259
a(g6
(g7
g8
NtRp119260
(dp119261
g11
Vhttp://dbpedia.org/resource/Presenzano_Hydroelectric_Plant
p119262
sbg6
(g13
g8
NtRp119263
(dp119264
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Presenzano
p119265
sbg6
(g13
g8
NtRp119266
(dp119267
g16
Nsg17
Nsg11
VItaly
p119268
sbNNNg6
(g7
g8
NtRp119269
(dp119270
g11
Vhttp://dbpedia.org/resource/Presenzano_Hydroelectric_Plant__Lake__1
p119271
sbg6
(g13
g8
NtRp119272
(dp119273
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ENEL
p119274
sbNNg6
(g13
g8
NtRp119275
(dp119276
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp119277
(dp119278
g16
Nsg17
Nsg11
VThe Presenzano Hydroelectric Plant, officially known as the Domenico Cimarosa Hydroelectric Plant, is located along the Volturno River in Presenzano, Province of Caserta, Italy. Using the pumped-storage hydroelectric method, it has an installed capacity of 1,000 megawatts (1,300,000 hp). Construction began in 1979, it was finished in 1990 and the generators commissioned in 1991. In 2004, the plant was renamed after Domenico Cimarosa. Power is generated by releasing water from the upper Cesima reservoir down to the power plant which contains four reversible 250 MW Francis pump-turbine-generators. After power production, the water is sent to the lower reservoir. During periods of low energy demand, the same pump-generators pump water from the lower reservoir back to the upper where it become
p119279
sbg6
(g13
g8
NtRp119280
(dp119281
g16
Nsg17
Nsg11
VPOINT(14.090277671814 41.38138961792)
p119282
sbtp119283
a(g6
(g7
g8
NtRp119284
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g11
Vhttp://dbpedia.org/resource/Prewitt_Reservoir
p119286
sbg6
(g13
g8
NtRp119287
(dp119288
g16
Nsg17
Nsg11
VPrewitt Reservoir
p119289
sbg6
(g13
g8
NtRp119290
(dp119291
g16
Nsg17
Nsg11
VUnited States
p119292
sbNNNg6
(g7
g8
NtRp119293
(dp119294
g11
Vhttp://dbpedia.org/resource/Prewitt_Reservoir__Lake__1
p119295
sbNNNNNg6
(g13
g8
NtRp119296
(dp119297
g16
Nsg17
Nsg11
VUSA Colorado
p119298
sbg6
(g13
g8
NtRp119299
(dp119300
g16
Nsg17
Nsg11
VPrewitt Reservoir is an irrigation and recreation reservoir in Washington and Logan counties in northeastern Colorado. When full, the reservoir's surface area is 2,340 acres. The reservoir is located about 18 miles northeast of Fort Morgan, Colorado along the South Platte River.
p119301
sbg6
(g13
g8
NtRp119302
(dp119303
g16
Nsg17
Nsg11
VPOINT(-103.36166381836 40.422500610352)
p119304
sbtp119305
a(g6
(g7
g8
NtRp119306
(dp119307
g11
Vhttp://dbpedia.org/resource/Project_635_Dam
p119308
sbg6
(g13
g8
NtRp119309
(dp119310
g16
Nsg17
Nsg11
VProject 635 Dam
p119311
sbg6
(g13
g8
NtRp119312
(dp119313
g16
Nsg17
Nsg11
VChina
p119314
sbg6
(g13
g8
NtRp119315
(dp119316
g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay core
p119317
sbg6
(g13
g8
NtRp119318
(dp119319
g16
Nsg17
g27
sg11
V1.9
p119320
sbg6
(g13
g8
NtRp119321
(dp119322
g16
Nsg17
g27
sg11
V650.0
p119323
sbg6
(g7
g8
NtRp119324
(dp119325
g11
Vhttp://dbpedia.org/resource/Project_635_Dam__Lake__1
p119326
sbNg6
(g13
g8
NtRp119327
(dp119328
g16
Nsg17
Nsg11
VIrrigation, power
p119329
sbg6
(g13
g8
NtRp119330
(dp119331
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Irtysh_River
p119332
sbg6
(g13
g8
NtRp119333
(dp119334
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119335
(dp119336
g16
Nsg17
Nsg11
VChina
p119337
sbg6
(g13
g8
NtRp119338
(dp119339
g16
Nsg17
Nsg11
VThe Project 635 Dam (Chinese: "635"\u6c34\u5229\u67a2\u7ebd\u5de5\u7a0b; pinyin: "635" shu\u01d0lì sh\u016bni\u01d4 g\u014dngchéng) is one of the three dams constructed on the Irtysh River in China's Xinjiang Uighur Autonomous Region. The embankment dam is located in Fuhai County, about 56 km east of Beitun. It creates a reservoir (the Project 635 Reservoir, Chinese: "635"\u6c34\u5e93), which serves as the source of water for the Irtysh\u2013Karamay\u2013Ürümqi Canal. Water from the reservoir is used for industry, agriculture and power. Construction on the dam began in 1998 and it began to impound its reservoir in 2000. The dam was complete in 2001.
p119340
sbg6
(g13
g8
NtRp119341
(dp119342
g16
Nsg17
Nsg11
VPOINT(88.476112365723 47.241390228271)
p119343
sbtp119344
a(g6
(g7
g8
NtRp119345
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g11
Vhttp://dbpedia.org/resource/Prospect_Reservoir
p119347
sbg6
(g13
g8
NtRp119348
(dp119349
g16
Nsg17
Nsg11
VProspect Reservoir
p119350
sbg6
(g13
g8
NtRp119351
(dp119352
g16
Nsg17
Nsg11
VAustralia
p119353
sbNNNNNNNNNg6
(g13
g8
NtRp119354
(dp119355
g16
Nsg17
Nsg11
VAustralia Sydney
p119356
sbg6
(g13
g8
NtRp119357
(dp119358
g16
Nsg17
Nsg11
VThe Prospect Reservoir is a heritage-listed 50,200-megalitre (1,770×106 cu ft) potable water supply and storage reservoir created by the Prospect Dam, across the Prospect Creek located in the Western Sydney suburb of Prospect, in New South Wales, Australia. The eastern bounds of the reservoir are a recreational area and the western periphery are within the bounds of Western Sydney Parklands. It was added to the New South Wales State Heritage Register on 18 November 1999.
p119359
sbg6
(g13
g8
NtRp119360
(dp119361
g16
Nsg17
Nsg11
VPOINT(150.8990020752 -33.82799911499)
p119362
sbtp119363
a(g6
(g7
g8
NtRp119364
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g11
Vhttp://dbpedia.org/resource/Prospect_Reservoir
p119366
sbg6
(g13
g8
NtRp119367
(dp119368
g16
Nsg17
Nsg11
VProspect Reservoir
p119369
sbg6
(g13
g8
NtRp119370
(dp119371
g16
Nsg17
Nsg11
VAustralia
p119372
sbNNNNNNNNNg6
(g13
g8
NtRp119373
(dp119374
g16
Nsg17
Nsg11
VAustralia Sydney
p119375
sbg6
(g13
g8
NtRp119376
(dp119377
g16
Nsg17
Nsg11
VThe Prospect Reservoir is a heritage-listed 50,200-megalitre (1,770×106 cu ft) potable water supply and storage reservoir created by the Prospect Dam, across the Prospect Creek located in the Western Sydney suburb of Prospect, in New South Wales, Australia. The eastern bounds of the reservoir are a recreational area and the western periphery are within the bounds of Western Sydney Parklands. It was added to the New South Wales State Heritage Register on 18 November 1999.
p119378
sbg6
(g13
g8
NtRp119379
(dp119380
g16
Nsg17
Nsg11
VPOINT(150.8990020752 -33.82799911499)
p119381
sbtp119382
a(g6
(g7
g8
NtRp119383
(dp119384
g11
Vhttp://dbpedia.org/resource/Prospect_Reservoir
p119385
sbg6
(g13
g8
NtRp119386
(dp119387
g16
Nsg17
Nsg11
V\u041f\u0440\u043e\u0441\u043f\u0435\u043a\u0442 (\u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u043b\u0438\u0449\u0435)
p119388
sbg6
(g13
g8
NtRp119389
(dp119390
g16
Nsg17
Nsg11
VAustralia
p119391
sbNNNNNNNNNg6
(g13
g8
NtRp119392
(dp119393
g16
Nsg17
Nsg11
VAustralia Sydney
p119394
sbg6
(g13
g8
NtRp119395
(dp119396
g16
Nsg17
Nsg11
VThe Prospect Reservoir is a heritage-listed 50,200-megalitre (1,770×106 cu ft) potable water supply and storage reservoir created by the Prospect Dam, across the Prospect Creek located in the Western Sydney suburb of Prospect, in New South Wales, Australia. The eastern bounds of the reservoir are a recreational area and the western periphery are within the bounds of Western Sydney Parklands. It was added to the New South Wales State Heritage Register on 18 November 1999.
p119397
sbg6
(g13
g8
NtRp119398
(dp119399
g16
Nsg17
Nsg11
VPOINT(150.8990020752 -33.82799911499)
p119400
sbtp119401
a(g6
(g7
g8
NtRp119402
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g11
Vhttp://dbpedia.org/resource/Prospect_Reservoir
p119404
sbg6
(g13
g8
NtRp119405
(dp119406
g16
Nsg17
Nsg11
VProspect Reservoir
p119407
sbg6
(g13
g8
NtRp119408
(dp119409
g16
Nsg17
Nsg11
VAustralia
p119410
sbNNNNNNNNNg6
(g13
g8
NtRp119411
(dp119412
g16
Nsg17
Nsg11
VAustralia Sydney
p119413
sbg6
(g13
g8
NtRp119414
(dp119415
g16
Nsg17
Nsg11
VThe Prospect Reservoir is a heritage-listed 50,200-megalitre (1,770×106 cu ft) potable water supply and storage reservoir created by the Prospect Dam, across the Prospect Creek located in the Western Sydney suburb of Prospect, in New South Wales, Australia. The eastern bounds of the reservoir are a recreational area and the western periphery are within the bounds of Western Sydney Parklands. It was added to the New South Wales State Heritage Register on 18 November 1999.
p119416
sbg6
(g13
g8
NtRp119417
(dp119418
g16
Nsg17
Nsg11
VPOINT(150.8990020752 -33.82799911499)
p119419
sbtp119420
a(g6
(g7
g8
NtRp119421
(dp119422
g11
Vhttp://dbpedia.org/resource/Proston_Weir
p119423
sbg6
(g13
g8
NtRp119424
(dp119425
g16
Nsg17
Nsg11
VProston Weir
p119426
sbg6
(g13
g8
NtRp119427
(dp119428
g16
Nsg17
Nsg11
VAustralia
p119429
sbg6
(g13
g8
NtRp119430
(dp119431
g16
Nsg17
Nsg11
VConcrete weir
p119432
sbNNNg6
(g13
g8
NtRp119433
(dp119434
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Burnett_Regional_Council
p119435
sbg6
(g13
g8
NtRp119436
(dp119437
g16
Nsg17
Nsg11
VIrrigation and Water Recreation
p119438
sbg6
(g13
g8
NtRp119439
(dp119440
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stuart_River_(Queensland)
p119441
sbg6
(g13
g8
NtRp119442
(dp119443
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119444
(dp119445
g16
Nsg17
Nsg11
VQueensland
p119446
sbg6
(g13
g8
NtRp119447
(dp119448
g16
Nsg17
Nsg11
VProston Weir is a weir located on Stuart River. The weir itself is located 5 km (3.1 mi) southwest of the small town of Proston, Queensland, Australia.
p119449
sbg6
(g13
g8
NtRp119450
(dp119451
g16
Nsg17
Nsg11
VPOINT(151.57379150391 -26.200597763062)
p119452
sbtp119453
a(g6
(g7
g8
NtRp119454
(dp119455
g11
Vhttp://dbpedia.org/resource/Puddingstone_Dam
p119456
sbg6
(g13
g8
NtRp119457
(dp119458
g16
Nsg17
Nsg11
VPuddingstone Dam
p119459
sbg6
(g13
g8
NtRp119460
(dp119461
g16
Nsg17
Nsg11
VUnited States
p119462
sbNg6
(g13
g8
NtRp119463
(dp119464
g16
Nsg17
g27
sg11
V0.82235
p119465
sbNg6
(g7
g8
NtRp119466
(dp119467
g11
Vhttp://dbpedia.org/resource/Puddingstone_Dam__Lake__1
p119468
sbg6
(g13
g8
NtRp119469
(dp119470
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Los_Angeles_County_Department_of_Public_Works
p119471
sbNg6
(g13
g8
NtRp119472
(dp119473
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Walnut_Creek_(Southern_California)
p119474
sbNNg6
(g13
g8
NtRp119475
(dp119476
g16
Nsg17
Nsg11
VCalifornia
p119477
sbg6
(g13
g8
NtRp119478
(dp119479
g16
Nsg17
Nsg11
VPuddingstone Dam is a 147 ft (45 m) high earth and rockfill dam in the San Gabriel Valley, within San Dimas in eastern Los Angeles County, California. The dam was built in 1928 by the Los Angeles County Department of Public Works, which continues to operate it.
p119480
sbg6
(g13
g8
NtRp119481
(dp119482
g16
Nsg17
Nsg11
VPOINT(-117.80916595459 34.090278625488)
p119483
sbtp119484
a(g6
(g7
g8
NtRp119485
(dp119486
g11
Vhttp://dbpedia.org/resource/Pulangi_Dam
p119487
sbg6
(g13
g8
NtRp119488
(dp119489
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0443\u043b\u0430\u043d\u0433\u0456 IV
p119490
sbg6
(g13
g8
NtRp119491
(dp119492
g16
Nsg17
Nsg11
VPhilippines
p119493
sbg6
(g13
g8
NtRp119494
(dp119495
g16
Nsg17
Nsg11
VGravity/embankment
p119496
sbNNg6
(g7
g8
NtRp119497
(dp119498
g11
Vhttp://dbpedia.org/resource/Pulangi_Dam__Lake__1
p119499
sbg6
(g13
g8
NtRp119500
(dp119501
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Power_Corporation
p119502
sbNg6
(g13
g8
NtRp119503
(dp119504
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pulangi_River
p119505
sbg6
(g13
g8
NtRp119506
(dp119507
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119508
(dp119509
g16
Nsg17
Nsg11
VMindanao#Philippines
p119510
sbg6
(g13
g8
NtRp119511
(dp119512
g16
Nsg17
Nsg11
VThe Pulangi IV Hydroelectric Power Plant, also known as the Pulangi Dam, is located on the Pulangi River near Maramag in Bukidnon province on the island of Mindanao in the Philippines. It uses two reservoirs, produced by damming the Pulangi River, to supply water to a run-of-the-river hydroelectric power plant; the power plant is capable of generating 255 megawatts (342,000 hp) of power. Construction began in 1982; the first two generators became operational in December 1985, with the last generator being commissioned in 1986.
p119513
sbg6
(g13
g8
NtRp119514
(dp119515
g16
Nsg17
Nsg11
VPOINT(125.02361297607 7.786388874054)
p119516
sbtp119517
a(g6
(g7
g8
NtRp119518
(dp119519
g11
Vhttp://dbpedia.org/resource/Pulangi_Dam
p119520
sbg6
(g13
g8
NtRp119521
(dp119522
g16
Nsg17
Nsg11
VPulangi Dam
p119523
sbg6
(g13
g8
NtRp119524
(dp119525
g16
Nsg17
Nsg11
VPhilippines
p119526
sbg6
(g13
g8
NtRp119527
(dp119528
g16
Nsg17
Nsg11
VGravity/embankment
p119529
sbNNg6
(g7
g8
NtRp119530
(dp119531
g11
Vhttp://dbpedia.org/resource/Pulangi_Dam__Lake__1
p119532
sbg6
(g13
g8
NtRp119533
(dp119534
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Power_Corporation
p119535
sbNg6
(g13
g8
NtRp119536
(dp119537
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Pulangi_River
p119538
sbg6
(g13
g8
NtRp119539
(dp119540
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119541
(dp119542
g16
Nsg17
Nsg11
VMindanao#Philippines
p119543
sbg6
(g13
g8
NtRp119544
(dp119545
g16
Nsg17
Nsg11
VThe Pulangi IV Hydroelectric Power Plant, also known as the Pulangi Dam, is located on the Pulangi River near Maramag in Bukidnon province on the island of Mindanao in the Philippines. It uses two reservoirs, produced by damming the Pulangi River, to supply water to a run-of-the-river hydroelectric power plant; the power plant is capable of generating 255 megawatts (342,000 hp) of power. Construction began in 1982; the first two generators became operational in December 1985, with the last generator being commissioned in 1986.
p119546
sbg6
(g13
g8
NtRp119547
(dp119548
g16
Nsg17
Nsg11
VPOINT(125.02361297607 7.786388874054)
p119549
sbtp119550
a(g6
(g7
g8
NtRp119551
(dp119552
g11
Vhttp://dbpedia.org/resource/Pulichinthala_Project
p119553
sbg6
(g13
g8
NtRp119554
(dp119555
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0443\u043b\u0456\u0447\u0456\u043d\u0442\u0430\u043b\u0430
p119556
sbg6
(g13
g8
NtRp119557
(dp119558
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p119559
sbNg6
(g13
g8
NtRp119560
(dp119561
g16
Nsg17
g27
sg11
V2.922
p119562
sbNg6
(g7
g8
NtRp119563
(dp119564
g11
Vhttp://dbpedia.org/resource/Pulichinthala_Project__Lake__1
p119565
sbg6
(g13
g8
NtRp119566
(dp119567
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Andhra_Pradesh
p119568
sbg6
(g13
g8
NtRp119569
(dp119570
g16
Nsg17
Nsg11
VIrrigation&Water supply
p119571
sbg6
(g13
g8
NtRp119572
(dp119573
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Krishna_River
p119574
sbNNg6
(g13
g8
NtRp119575
(dp119576
g16
Nsg17
Nsg11
VIndia Andhra Pradesh
p119577
sbg6
(g13
g8
NtRp119578
(dp119579
g16
Nsg17
Nsg11
VThe Pulichintala Project is a multi-purpose water management project for irrigation, hydropower generation, and flood control in the state of Andhra Pradesh, India. It is a crucial irrigation facility for farmers in four coastal districts: West Godavari, Krishna, Guntur, and Prakasam, covering over 13 lakh acres. It has 24 gates and a balancing reservoir with a capacity of 46 Tmcft at 175 feet (53 m) MSL full reservoir level (FRL).
p119580
sbg6
(g13
g8
NtRp119581
(dp119582
g16
Nsg17
Nsg11
VPOINT(80.056663513184 16.754167556763)
p119583
sbtp119584
a(g6
(g7
g8
NtRp119585
(dp119586
g11
Vhttp://dbpedia.org/resource/Pulichinthala_Project
p119587
sbg6
(g13
g8
NtRp119588
(dp119589
g16
Nsg17
Nsg11
VPulichinthala Project
p119590
sbg6
(g13
g8
NtRp119591
(dp119592
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p119593
sbNg6
(g13
g8
NtRp119594
(dp119595
g16
Nsg17
g27
sg11
V2.922
p119596
sbNg6
(g7
g8
NtRp119597
(dp119598
g11
Vhttp://dbpedia.org/resource/Pulichinthala_Project__Lake__1
p119599
sbg6
(g13
g8
NtRp119600
(dp119601
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Andhra_Pradesh
p119602
sbg6
(g13
g8
NtRp119603
(dp119604
g16
Nsg17
Nsg11
VIrrigation&Water supply
p119605
sbg6
(g13
g8
NtRp119606
(dp119607
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Krishna_River
p119608
sbNNg6
(g13
g8
NtRp119609
(dp119610
g16
Nsg17
Nsg11
VIndia Andhra Pradesh
p119611
sbg6
(g13
g8
NtRp119612
(dp119613
g16
Nsg17
Nsg11
VThe Pulichintala Project is a multi-purpose water management project for irrigation, hydropower generation, and flood control in the state of Andhra Pradesh, India. It is a crucial irrigation facility for farmers in four coastal districts: West Godavari, Krishna, Guntur, and Prakasam, covering over 13 lakh acres. It has 24 gates and a balancing reservoir with a capacity of 46 Tmcft at 175 feet (53 m) MSL full reservoir level (FRL).
p119614
sbg6
(g13
g8
NtRp119615
(dp119616
g16
Nsg17
Nsg11
VPOINT(80.056663513184 16.754167556763)
p119617
sbtp119618
a(g6
(g7
g8
NtRp119619
(dp119620
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam
p119621
sbg6
(g13
g8
NtRp119622
(dp119623
g16
Nsg17
Nsg11
VCentral hidroeléctrica San Carlos
p119624
sbg6
(g13
g8
NtRp119625
(dp119626
g16
Nsg17
Nsg11
VColombia
p119627
sbg6
(g13
g8
NtRp119628
(dp119629
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p119630
sbg6
(g13
g8
NtRp119631
(dp119632
g16
Nsg17
g27
sg11
V0.8
p119633
sbg6
(g13
g8
NtRp119634
(dp119635
g16
Nsg17
g27
sg11
V785.0
p119636
sbg6
(g7
g8
NtRp119637
(dp119638
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam__Lake__1
p119639
sbg6
(g13
g8
NtRp119640
(dp119641
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ISAGEN
p119642
sbNg6
(g13
g8
NtRp119643
(dp119644
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guatapé_River
p119645
sbg6
(g13
g8
NtRp119646
(dp119647
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp119648
(dp119649
g16
Nsg17
g27
sg11
V6e+06
p119650
sbg6
(g13
g8
NtRp119651
(dp119652
g16
Nsg17
Nsg11
VColombia
p119653
sbg6
(g13
g8
NtRp119654
(dp119655
g16
Nsg17
Nsg11
VThe Punchiná Dam is an embankment dam on the Guatapé River 17 kilometres (11 mi) east of San Carlos in Antioquia Department, Colombia. The dam creates Punchiná Reservoir which is part of the 1,240 megawatts (1,660,000 hp) San Carlos Hydroelectric Power Plant. The power plant was completed in two 620 megawatts (830,000 hp) stages, the first was completed in 1984 and the second in 1987. It is the largest power station in Colombia.
p119656
sbg6
(g13
g8
NtRp119657
(dp119658
g16
Nsg17
Nsg11
VPOINT(-74.840553283691 6.2108335494995)
p119659
sbtp119660
a(g6
(g7
g8
NtRp119661
(dp119662
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam
p119663
sbg6
(g13
g8
NtRp119664
(dp119665
g16
Nsg17
Nsg11
VPunchiná Dam
p119666
sbg6
(g13
g8
NtRp119667
(dp119668
g16
Nsg17
Nsg11
VColombia
p119669
sbg6
(g13
g8
NtRp119670
(dp119671
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p119672
sbg6
(g13
g8
NtRp119673
(dp119674
g16
Nsg17
g27
sg11
V0.8
p119675
sbg6
(g13
g8
NtRp119676
(dp119677
g16
Nsg17
g27
sg11
V785.0
p119678
sbg6
(g7
g8
NtRp119679
(dp119680
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam__Lake__1
p119681
sbg6
(g13
g8
NtRp119682
(dp119683
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ISAGEN
p119684
sbNg6
(g13
g8
NtRp119685
(dp119686
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guatapé_River
p119687
sbg6
(g13
g8
NtRp119688
(dp119689
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp119690
(dp119691
g16
Nsg17
g27
sg11
V6e+06
p119692
sbg6
(g13
g8
NtRp119693
(dp119694
g16
Nsg17
Nsg11
VColombia
p119695
sbg6
(g13
g8
NtRp119696
(dp119697
g16
Nsg17
Nsg11
VThe Punchiná Dam is an embankment dam on the Guatapé River 17 kilometres (11 mi) east of San Carlos in Antioquia Department, Colombia. The dam creates Punchiná Reservoir which is part of the 1,240 megawatts (1,660,000 hp) San Carlos Hydroelectric Power Plant. The power plant was completed in two 620 megawatts (830,000 hp) stages, the first was completed in 1984 and the second in 1987. It is the largest power station in Colombia.
p119698
sbg6
(g13
g8
NtRp119699
(dp119700
g16
Nsg17
Nsg11
VPOINT(-74.840553283691 6.2108335494995)
p119701
sbtp119702
a(g6
(g7
g8
NtRp119703
(dp119704
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam
p119705
sbg6
(g13
g8
NtRp119706
(dp119707
g16
Nsg17
Nsg11
VTalsperre Punchiná
p119708
sbg6
(g13
g8
NtRp119709
(dp119710
g16
Nsg17
Nsg11
VColombia
p119711
sbg6
(g13
g8
NtRp119712
(dp119713
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p119714
sbg6
(g13
g8
NtRp119715
(dp119716
g16
Nsg17
g27
sg11
V0.8
p119717
sbg6
(g13
g8
NtRp119718
(dp119719
g16
Nsg17
g27
sg11
V785.0
p119720
sbg6
(g7
g8
NtRp119721
(dp119722
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam__Lake__1
p119723
sbg6
(g13
g8
NtRp119724
(dp119725
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ISAGEN
p119726
sbNg6
(g13
g8
NtRp119727
(dp119728
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guatapé_River
p119729
sbg6
(g13
g8
NtRp119730
(dp119731
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp119732
(dp119733
g16
Nsg17
g27
sg11
V6e+06
p119734
sbg6
(g13
g8
NtRp119735
(dp119736
g16
Nsg17
Nsg11
VColombia
p119737
sbg6
(g13
g8
NtRp119738
(dp119739
g16
Nsg17
Nsg11
VThe Punchiná Dam is an embankment dam on the Guatapé River 17 kilometres (11 mi) east of San Carlos in Antioquia Department, Colombia. The dam creates Punchiná Reservoir which is part of the 1,240 megawatts (1,660,000 hp) San Carlos Hydroelectric Power Plant. The power plant was completed in two 620 megawatts (830,000 hp) stages, the first was completed in 1984 and the second in 1987. It is the largest power station in Colombia.
p119740
sbg6
(g13
g8
NtRp119741
(dp119742
g16
Nsg17
Nsg11
VPOINT(-74.840553283691 6.2108335494995)
p119743
sbtp119744
a(g6
(g7
g8
NtRp119745
(dp119746
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam
p119747
sbg6
(g13
g8
NtRp119748
(dp119749
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0430\u043d-\u041a\u0430\u0440\u043b\u043e\u0441
p119750
sbg6
(g13
g8
NtRp119751
(dp119752
g16
Nsg17
Nsg11
VColombia
p119753
sbg6
(g13
g8
NtRp119754
(dp119755
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p119756
sbg6
(g13
g8
NtRp119757
(dp119758
g16
Nsg17
g27
sg11
V0.8
p119759
sbg6
(g13
g8
NtRp119760
(dp119761
g16
Nsg17
g27
sg11
V785.0
p119762
sbg6
(g7
g8
NtRp119763
(dp119764
g11
Vhttp://dbpedia.org/resource/Punchiná_Dam__Lake__1
p119765
sbg6
(g13
g8
NtRp119766
(dp119767
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/ISAGEN
p119768
sbNg6
(g13
g8
NtRp119769
(dp119770
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Guatapé_River
p119771
sbg6
(g13
g8
NtRp119772
(dp119773
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp119774
(dp119775
g16
Nsg17
g27
sg11
V6e+06
p119776
sbg6
(g13
g8
NtRp119777
(dp119778
g16
Nsg17
Nsg11
VColombia
p119779
sbg6
(g13
g8
NtRp119780
(dp119781
g16
Nsg17
Nsg11
VThe Punchiná Dam is an embankment dam on the Guatapé River 17 kilometres (11 mi) east of San Carlos in Antioquia Department, Colombia. The dam creates Punchiná Reservoir which is part of the 1,240 megawatts (1,660,000 hp) San Carlos Hydroelectric Power Plant. The power plant was completed in two 620 megawatts (830,000 hp) stages, the first was completed in 1984 and the second in 1987. It is the largest power station in Colombia.
p119782
sbg6
(g13
g8
NtRp119783
(dp119784
g16
Nsg17
Nsg11
VPOINT(-74.840553283691 6.2108335494995)
p119785
sbtp119786
a(g6
(g7
g8
NtRp119787
(dp119788
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam
p119789
sbg6
(g13
g8
NtRp119790
(dp119791
g16
Nsg17
Nsg11
VPunta Negra Dam
p119792
sbg6
(g13
g8
NtRp119793
(dp119794
g16
Nsg17
Nsg11
VArgentina
p119795
sbg6
(g13
g8
NtRp119796
(dp119797
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p119798
sbg6
(g13
g8
NtRp119799
(dp119800
g16
Nsg17
g27
sg11
V0.7
p119801
sbNg6
(g7
g8
NtRp119802
(dp119803
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam__Lake__1
p119804
sbNg6
(g13
g8
NtRp119805
(dp119806
g16
Nsg17
Nsg11
VIrrigation, power
p119807
sbg6
(g13
g8
NtRp119808
(dp119809
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p119810
sbg6
(g13
g8
NtRp119811
(dp119812
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119813
(dp119814
g16
Nsg17
Nsg11
VArgentina
p119815
sbg6
(g13
g8
NtRp119816
(dp119817
g16
Nsg17
Nsg11
VThe Punta Negra Dam is a concrete-face rock-fill dam on the San Juan River about 28 kilometres (17 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 101 metres (331 ft) tall dam supports a 62-megawatt (83,000 hp) power station and together with the Los Caracoles Dam upstream, it will provide for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2009 and the dam and was finished on August 29, 2015. It is being constructed immediately upstream of a diversion barrage.
p119818
sbg6
(g13
g8
NtRp119819
(dp119820
g16
Nsg17
Nsg11
VPOINT(-68.817802429199 -31.51921081543)
p119821
sbtp119822
a(g6
(g7
g8
NtRp119823
(dp119824
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam
p119825
sbg6
(g13
g8
NtRp119826
(dp119827
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041f\u0443\u043d\u0442\u0430-\u041d\u0435\u0433\u0440\u0430
p119828
sbg6
(g13
g8
NtRp119829
(dp119830
g16
Nsg17
Nsg11
VArgentina
p119831
sbg6
(g13
g8
NtRp119832
(dp119833
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p119834
sbg6
(g13
g8
NtRp119835
(dp119836
g16
Nsg17
g27
sg11
V0.7
p119837
sbNg6
(g7
g8
NtRp119838
(dp119839
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam__Lake__1
p119840
sbNg6
(g13
g8
NtRp119841
(dp119842
g16
Nsg17
Nsg11
VIrrigation, power
p119843
sbg6
(g13
g8
NtRp119844
(dp119845
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p119846
sbg6
(g13
g8
NtRp119847
(dp119848
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119849
(dp119850
g16
Nsg17
Nsg11
VArgentina
p119851
sbg6
(g13
g8
NtRp119852
(dp119853
g16
Nsg17
Nsg11
VThe Punta Negra Dam is a concrete-face rock-fill dam on the San Juan River about 28 kilometres (17 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 101 metres (331 ft) tall dam supports a 62-megawatt (83,000 hp) power station and together with the Los Caracoles Dam upstream, it will provide for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2009 and the dam and was finished on August 29, 2015. It is being constructed immediately upstream of a diversion barrage.
p119854
sbg6
(g13
g8
NtRp119855
(dp119856
g16
Nsg17
Nsg11
VPOINT(-68.817802429199 -31.51921081543)
p119857
sbtp119858
a(g6
(g7
g8
NtRp119859
(dp119860
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam
p119861
sbg6
(g13
g8
NtRp119862
(dp119863
g16
Nsg17
Nsg11
VTalsperre Punta Negra
p119864
sbg6
(g13
g8
NtRp119865
(dp119866
g16
Nsg17
Nsg11
VArgentina
p119867
sbg6
(g13
g8
NtRp119868
(dp119869
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p119870
sbg6
(g13
g8
NtRp119871
(dp119872
g16
Nsg17
g27
sg11
V0.7
p119873
sbNg6
(g7
g8
NtRp119874
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g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam__Lake__1
p119876
sbNg6
(g13
g8
NtRp119877
(dp119878
g16
Nsg17
Nsg11
VIrrigation, power
p119879
sbg6
(g13
g8
NtRp119880
(dp119881
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p119882
sbg6
(g13
g8
NtRp119883
(dp119884
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119885
(dp119886
g16
Nsg17
Nsg11
VArgentina
p119887
sbg6
(g13
g8
NtRp119888
(dp119889
g16
Nsg17
Nsg11
VThe Punta Negra Dam is a concrete-face rock-fill dam on the San Juan River about 28 kilometres (17 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 101 metres (331 ft) tall dam supports a 62-megawatt (83,000 hp) power station and together with the Los Caracoles Dam upstream, it will provide for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2009 and the dam and was finished on August 29, 2015. It is being constructed immediately upstream of a diversion barrage.
p119890
sbg6
(g13
g8
NtRp119891
(dp119892
g16
Nsg17
Nsg11
VPOINT(-68.817802429199 -31.51921081543)
p119893
sbtp119894
a(g6
(g7
g8
NtRp119895
(dp119896
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam
p119897
sbg6
(g13
g8
NtRp119898
(dp119899
g16
Nsg17
Nsg11
VRepresa Punta Negra
p119900
sbg6
(g13
g8
NtRp119901
(dp119902
g16
Nsg17
Nsg11
VArgentina
p119903
sbg6
(g13
g8
NtRp119904
(dp119905
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p119906
sbg6
(g13
g8
NtRp119907
(dp119908
g16
Nsg17
g27
sg11
V0.7
p119909
sbNg6
(g7
g8
NtRp119910
(dp119911
g11
Vhttp://dbpedia.org/resource/Punta_Negra_Dam__Lake__1
p119912
sbNg6
(g13
g8
NtRp119913
(dp119914
g16
Nsg17
Nsg11
VIrrigation, power
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sbg6
(g13
g8
NtRp119916
(dp119917
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p119918
sbg6
(g13
g8
NtRp119919
(dp119920
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp119921
(dp119922
g16
Nsg17
Nsg11
VArgentina
p119923
sbg6
(g13
g8
NtRp119924
(dp119925
g16
Nsg17
Nsg11
VThe Punta Negra Dam is a concrete-face rock-fill dam on the San Juan River about 28 kilometres (17 mi) west of San Juan in San Juan Province, Argentina. The purpose of the dam is to provide water for irrigation and the generation of hydroelectric power. The 101 metres (331 ft) tall dam supports a 62-megawatt (83,000 hp) power station and together with the Los Caracoles Dam upstream, it will provide for the irrigation of 15,000 hectares (37,000 acres). Construction began in 2009 and the dam and was finished on August 29, 2015. It is being constructed immediately upstream of a diversion barrage.
p119926
sbg6
(g13
g8
NtRp119927
(dp119928
g16
Nsg17
Nsg11
VPOINT(-68.817802429199 -31.51921081543)
p119929
sbtp119930
a(g6
(g7
g8
NtRp119931
(dp119932
g11
Vhttp://dbpedia.org/resource/Pupu_Hydro_Power_Scheme
p119933
sbg6
(g13
g8
NtRp119934
(dp119935
g16
Nsg17
Nsg11
VPupu Hydro Power Scheme
p119936
sbg6
(g13
g8
NtRp119937
(dp119938
g16
Nsg17
Nsg11
VNew Zealand
p119939
sbNNNNNNNg6
(g13
g8
NtRp119940
(dp119941
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp119942
(dp119943
g16
Nsg17
Nsg11
VThe Pupu Hydro Power Scheme is a small hydroelectric power station near T\u0101kaka in the Golden Bay region of the South Island of New Zealand. It opened in 1929 as the first power station in the region and was the first public electricity supply in Golden Bay. After closing in 1980 following damage to the generator, the power scheme was fully restored by the local Pupu Hydro Society and many volunteer groups over the course of seven years and re-opened in 1988, again supplying electricity to the national grid.
p119944
sbg6
(g13
g8
NtRp119945
(dp119946
g16
Nsg17
Nsg11
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VThe Purulia Pumped Storage Project is a pumped storage hydroelectric power plant, located at Purulia district of West Bengal, India. The Ajodhya Hills offered suitable terrain for construction of upper and lower reservoirs. The scheme can supply a maximum power of 900-megawatt (1,200,000 hp).
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VThe Pushihe Pumped Storage Power Station is a pumped-storage hydroelectric power station located 54 km (34 mi) northeast of Dandong in Kuandian County of Liaoning Province, China. It was constructed between August 2006 and September 2012. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Pushihe Lower Dam on the Pushihe River, a tributary of the Yalu River. The Pushihe Upper Reservoir is located in a valley above the east side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Pushihe Lower Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower reservoir but the pump turbines 
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VPushihe Pumped Storage Power Station
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VChina
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VThe Pushihe Pumped Storage Power Station is a pumped-storage hydroelectric power station located 54 km (34 mi) northeast of Dandong in Kuandian County of Liaoning Province, China. It was constructed between August 2006 and September 2012. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Pushihe Lower Dam on the Pushihe River, a tributary of the Yalu River. The Pushihe Upper Reservoir is located in a valley above the east side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Pushihe Lower Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower reservoir but the pump turbines 
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VPuwa Khola-1 Hydropower Station
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p120033
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VNepal
p120047
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VPuwa Khola-1 Hydropower Station (Nepali: \u092a\u0941\u0935\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ilam District of Nepal. The flow from Puwa River,a tributary of Mai River is used to generate 4 MW electricity.
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VPOINT(87.916664123535 26.917222976685)
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VPuwa Khola Hydropower Station
p120060
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VNepal
p120063
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g16
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p120072
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sbNg6
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VNepal
p120080
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(g13
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VPuwa Khola Hydropower Station (Nepali: \u092a\u0941\u0935\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ilam District of Nepal. The flow from Puwa River, a tributary of Mai Khola, is used to generate 6.2 MW electricity. The plant is owned and developed by Nepal Electricity Authority, a government owned public company. The plant started generating electricity since 2060-12-22 BS. The generation licence will expire in 2101-12-30 BS, after which the plant will be handed over to the government. The power station is connected to the national grid.
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g8
NtRp120091
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VPwalugu Hydroelectric Power Station
p120093
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NtRp120094
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g16
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Vhttp://dbpedia.org/resource/Ghana
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NtRp120097
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VReservoir
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Vhttp://dbpedia.org/resource/Pwalugu_Hydroelectric_Power_Station__Lake__1
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NtRp120103
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g8
NtRp120106
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g16
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VP
sbg6
(g13
g8
NtRp120108
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g16
Nsg17
Nsg11
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p120110
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g8
NtRp120111
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g16
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VUC
p120113
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g8
NtRp120114
(dp120115
g16
Nsg17
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VGhana#Africa#World
p120116
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g8
NtRp120117
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VPwalugu Hydroelectric Power Station is a 60 megawatts (80,000 hp) hydroelectric power station, under construction in Ghana. When completed, it is expected to connect to the planned 50 megawatts (67,000 hp) Kurugu Solar Power Station to form the 110 megawatts (150,000 hp) Pwalugu-Kurugu Hydro-Solar Hybrid Power Plant, the first of its type in the country.
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g8
NtRp120120
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VPOINT(-0.33055555820465 10.600555419922)
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VPwalugu Multipurpose Dam
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NtRp120136
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(g13
g8
NtRp120139
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VDrinking, Irrigation & Power
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NtRp120142
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Vhttp://dbpedia.org/resource/White_Volta_River
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g8
NtRp120145
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g16
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VP
sbNg6
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NtRp120147
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VGhana
p120149
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VThe Pwalugu Multipurpose Dam is a planned dam across the White Volta River, in Ghana. The dam will create a reservoir with surface area measuring 350 square kilometres (135 sq mi). The reservoir is expected to provide irrigation water to an estimated 25,000 hectares (62,000 acres) of agricultural land. It will also supply drinking water to populations living downstream of the infrastructure. In addition, the dam will host the Pwalugu Hydroelectric Power Station, with generating capacity of 60 MW (80,000 hp).
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g8
NtRp120153
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g16
Nsg17
Nsg11
VPOINT(-0.84166663885117 10.585556030273)
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NtRp120157
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p120159
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(g13
g8
NtRp120160
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g16
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VPyramid Dam
p120162
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(g13
g8
NtRp120163
(dp120164
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VUnited States
p120165
sbg6
(g13
g8
NtRp120166
(dp120167
g16
Nsg17
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VEmbankment
p120168
sbg6
(g13
g8
NtRp120169
(dp120170
g16
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g27
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V0.329184
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p120174
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g8
NtRp120175
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VPyramid Dam is a dam on Piru Creek located in northern Los Angeles County, north of Castaic and south of Gorman. Its reservoir, Pyramid Lake, stores water from the West Branch California Aqueduct for Ventura County and Los Angeles County. They are smaller than Castaic Dam and Lake, the other artificial water storage facility in the area, 7 miles (11 km) to the south.
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VPOINT(-118.76388549805 34.644165039062)
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Nsg11
V\u0413\u0415\u0421 \u041f\u0435\u043b\u0456\u0433\u0440
p120187
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(g13
g8
NtRp120188
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Nsg11
VHaiti
p120190
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g8
NtRp120191
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VGravity
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NtRp120197
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VPower, flood control
p120199
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NtRp120200
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p120202
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NtRp120203
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VO
sbNg6
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NtRp120205
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VHaiti
p120207
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g8
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VThe Péligre Dam is a gravity dam located off the Centre department on the Artibonite River of Haiti. At 72 m (236 ft) it is the tallest dam in Haiti. The dam was created as a flood-control and an energy-providing measure in the Artibonite River Valley during the 1950s, as part of the Artibonite Valley Agricultural Project. This dam impounds Lake Péligre.
p120210
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g8
NtRp120211
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Nsg11
VPOINT(-72.039436340332 18.900791168213)
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Nsg11
VBarrage de Péligre
p120220
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(g13
g8
NtRp120221
(dp120222
g16
Nsg17
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VHaiti
p120223
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g8
NtRp120224
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VGravity
p120226
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p120229
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NtRp120230
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VPower, flood control
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Vhttp://dbpedia.org/resource/Artibonite_River
p120235
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g8
NtRp120236
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g16
Nsg17
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VO
sbNg6
(g13
g8
NtRp120238
(dp120239
g16
Nsg17
Nsg11
VHaiti
p120240
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g8
NtRp120241
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Nsg17
Nsg11
VThe Péligre Dam is a gravity dam located off the Centre department on the Artibonite River of Haiti. At 72 m (236 ft) it is the tallest dam in Haiti. The dam was created as a flood-control and an energy-providing measure in the Artibonite River Valley during the 1950s, as part of the Artibonite Valley Agricultural Project. This dam impounds Lake Péligre.
p120243
sbg6
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g8
NtRp120244
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g16
Nsg17
Nsg11
VPOINT(-72.039436340332 18.900791168213)
p120246
sbtp120247
a(g6
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g8
NtRp120248
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Vhttp://dbpedia.org/resource/Péligre_Dam
p120250
sbg6
(g13
g8
NtRp120251
(dp120252
g16
Nsg17
Nsg11
VBarrage de Péligre
p120253
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(g13
g8
NtRp120254
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g16
Nsg17
Nsg11
VHaiti
p120256
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NtRp120257
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g16
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VGravity
p120259
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p120262
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NtRp120263
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VPower, flood control
p120265
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NtRp120266
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Artibonite_River
p120268
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g8
NtRp120269
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp120271
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g16
Nsg17
Nsg11
VHaiti
p120273
sbg6
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g8
NtRp120274
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g16
Nsg17
Nsg11
VThe Péligre Dam is a gravity dam located off the Centre department on the Artibonite River of Haiti. At 72 m (236 ft) it is the tallest dam in Haiti. The dam was created as a flood-control and an energy-providing measure in the Artibonite River Valley during the 1950s, as part of the Artibonite Valley Agricultural Project. This dam impounds Lake Péligre.
p120276
sbg6
(g13
g8
NtRp120277
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g16
Nsg17
Nsg11
VPOINT(-72.039436340332 18.900791168213)
p120279
sbtp120280
a(g6
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NtRp120281
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p120283
sbg6
(g13
g8
NtRp120284
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g16
Nsg17
Nsg11
VPéligre Dam
p120286
sbg6
(g13
g8
NtRp120287
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g16
Nsg17
Nsg11
VHaiti
p120289
sbg6
(g13
g8
NtRp120290
(dp120291
g16
Nsg17
Nsg11
VGravity
p120292
sbNNg6
(g7
g8
NtRp120293
(dp120294
g11
Vhttp://dbpedia.org/resource/Péligre_Dam__Lake__1
p120295
sbNg6
(g13
g8
NtRp120296
(dp120297
g16
Nsg17
Nsg11
VPower, flood control
p120298
sbg6
(g13
g8
NtRp120299
(dp120300
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Artibonite_River
p120301
sbg6
(g13
g8
NtRp120302
(dp120303
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp120304
(dp120305
g16
Nsg17
Nsg11
VHaiti
p120306
sbg6
(g13
g8
NtRp120307
(dp120308
g16
Nsg17
Nsg11
VThe Péligre Dam is a gravity dam located off the Centre department on the Artibonite River of Haiti. At 72 m (236 ft) it is the tallest dam in Haiti. The dam was created as a flood-control and an energy-providing measure in the Artibonite River Valley during the 1950s, as part of the Artibonite Valley Agricultural Project. This dam impounds Lake Péligre.
p120309
sbg6
(g13
g8
NtRp120310
(dp120311
g16
Nsg17
Nsg11
VPOINT(-72.039436340332 18.900791168213)
p120312
sbtp120313
a(g6
(g7
g8
NtRp120314
(dp120315
g11
Vhttp://dbpedia.org/resource/Qaa_hathutha_dam
p120316
sbg6
(g13
g8
NtRp120317
(dp120318
g16
Nsg17
Nsg11
VQaa hathutha dam
p120319
sbg6
(g13
g8
NtRp120320
(dp120321
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p120322
sbNNNNg6
(g13
g8
NtRp120323
(dp120324
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p120325
sbg6
(g13
g8
NtRp120326
(dp120327
g16
Nsg17
Nsg11
VOther
p120328
sbNNNg6
(g13
g8
NtRp120329
(dp120330
g16
Nsg17
Nsg11
VSaudi Arabia
p120331
sbg6
(g13
g8
NtRp120332
(dp120333
g16
Nsg17
Nsg11
VThe Qaa hathutha dam is a dam in Saudi Arabia opened in 2001 and located in Madinah region.
p120334
sbg6
(g13
g8
NtRp120335
(dp120336
g16
Nsg17
Nsg11
VPOINT(39.611122131348 24.471153259277)
p120337
sbtp120338
a(g6
(g7
g8
NtRp120339
(dp120340
g11
Vhttp://dbpedia.org/resource/Qiaoqi_Dam
p120341
sbg6
(g13
g8
NtRp120342
(dp120343
g16
Nsg17
Nsg11
VQiaoqi Dam
p120344
sbg6
(g13
g8
NtRp120345
(dp120346
g16
Nsg17
Nsg11
VChina
p120347
sbg6
(g13
g8
NtRp120348
(dp120349
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p120350
sbg6
(g13
g8
NtRp120351
(dp120352
g16
Nsg17
g27
sg11
V0.4527
p120353
sbNg6
(g7
g8
NtRp120354
(dp120355
g11
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p120356
sbNg6
(g13
g8
NtRp120357
(dp120358
g16
Nsg17
Nsg11
VPower
p120359
sbNg6
(g13
g8
NtRp120360
(dp120361
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp120362
(dp120363
g16
Nsg17
Nsg11
VChina
p120364
sbg6
(g13
g8
NtRp120365
(dp120366
g16
Nsg17
Nsg11
VThe Qiaoqi Dam is a rock-fill embankment dam on the Baoxinghe River in Baoxing County of Sichuan Province, China. The primary purpose of the dam is hydroelectric power generation. Construction on the project began in October 2002 and its 240 MW power station was commissioned in 2007. Water from the reservoir is diverted south to the power station via a 18.676 km (11.605 mi) long head-race tunnel and penstock. The power station is located on the north bank of the main stem Baoxing River. The drop in elevation between the reservoir and power station afford a hydraulic head of about 550 m (1,800 ft).
p120367
sbg6
(g13
g8
NtRp120368
(dp120369
g16
Nsg17
Nsg11
VPOINT(102.7467880249 30.692077636719)
p120370
sbtp120371
a(g6
(g7
g8
NtRp120372
(dp120373
g11
Vhttp://dbpedia.org/resource/Qingyuan_Pumped_Storage_Power_Station
p120374
sbg6
(g13
g8
NtRp120375
(dp120376
g16
Nsg17
Nsg11
VQingyuan Pumped Storage Power Station
p120377
sbg6
(g13
g8
NtRp120378
(dp120379
g16
Nsg17
Nsg11
VChina
p120380
sbNNNg6
(g7
g8
NtRp120381
(dp120382
g11
Vhttp://dbpedia.org/resource/Qingyuan_Pumped_Storage_Power_Station__Lake__1
p120383
sbNNNg6
(g13
g8
NtRp120384
(dp120385
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp120386
(dp120387
g16
Nsg17
Nsg11
VThe Qingyuan Pumped Storage Power Station is a 1,280 MW pumped-storage hydroelectric power station about 20 km (12 mi) northwest of Qingyuan in Qingxin District, Guangdong Province, China. Construction on the project began in October 2008. Six workers were killed while excavating a tunnel on 19 November 2012. The upper reservoir began impounding water in March 2013 and the first generator and all four generators were commissioned by 30 November 2015.
p120388
sbg6
(g13
g8
NtRp120389
(dp120390
g16
Nsg17
Nsg11
VPOINT(112.86209106445 23.736408233643)
p120391
sbtp120392
a(g6
(g7
g8
NtRp120393
(dp120394
g11
Vhttp://dbpedia.org/resource/Qingyuan_Pumped_Storage_Power_Station
p120395
sbg6
(g13
g8
NtRp120396
(dp120397
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Q\u012bngyu\u01cen
p120398
sbg6
(g13
g8
NtRp120399
(dp120400
g16
Nsg17
Nsg11
VChina
p120401
sbNNNg6
(g7
g8
NtRp120402
(dp120403
g11
Vhttp://dbpedia.org/resource/Qingyuan_Pumped_Storage_Power_Station__Lake__1
p120404
sbNNNg6
(g13
g8
NtRp120405
(dp120406
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp120407
(dp120408
g16
Nsg17
Nsg11
VThe Qingyuan Pumped Storage Power Station is a 1,280 MW pumped-storage hydroelectric power station about 20 km (12 mi) northwest of Qingyuan in Qingxin District, Guangdong Province, China. Construction on the project began in October 2008. Six workers were killed while excavating a tunnel on 19 November 2012. The upper reservoir began impounding water in March 2013 and the first generator and all four generators were commissioned by 30 November 2015.
p120409
sbg6
(g13
g8
NtRp120410
(dp120411
g16
Nsg17
Nsg11
VPOINT(112.86209106445 23.736408233643)
p120412
sbtp120413
a(g6
(g7
g8
NtRp120414
(dp120415
g11
Vhttp://dbpedia.org/resource/Qinzhou_Power_Station
p120416
sbg6
(g13
g8
NtRp120417
(dp120418
g16
Nsg17
Nsg11
VQinzhou Power Station
p120419
sbg6
(g13
g8
NtRp120420
(dp120421
g16
Nsg17
Nsg11
VChina
p120422
sbNNNNNg6
(g13
g8
NtRp120423
(dp120424
g16
Nsg17
Nsg11
VPower
p120425
sbNNNg6
(g13
g8
NtRp120426
(dp120427
g16
Nsg17
Nsg11
VChina Guangxi#China
p120428
sbg6
(g13
g8
NtRp120429
(dp120430
g16
Nsg17
Nsg11
VQinzhou Power Station (Chinese: \u94a6\u5dde\u7535\u5382), also spelled Qinzhou Power Plant, is a Chinese thermal power plant located at (\u94a6\u5dde\u6e7e). It is a national key power construction project in China.
p120431
sbg6
(g13
g8
NtRp120432
(dp120433
g16
Nsg17
Nsg11
VPOINT(108.62390136719 21.701099395752)
p120434
sbtp120435
a(g6
(g7
g8
NtRp120436
(dp120437
g11
Vhttp://dbpedia.org/resource/Qorlortorsuaq_Dam
p120438
sbg6
(g13
g8
NtRp120439
(dp120440
g16
Nsg17
Nsg11
VQorlortorsuaq Dam
p120441
sbg6
(g13
g8
NtRp120442
(dp120443
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Greenland
p120444
sbg6
(g13
g8
NtRp120445
(dp120446
g16
Nsg17
Nsg11
VGravity
p120447
sbg6
(g13
g8
NtRp120448
(dp120449
g16
Nsg17
g27
sg11
V0.08
p120450
sbNg6
(g7
g8
NtRp120451
(dp120452
g11
Vhttp://dbpedia.org/resource/Qorlortorsuaq_Dam__Lake__1
p120453
sbg6
(g13
g8
NtRp120454
(dp120455
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nukissiorfiit
p120456
sbNNg6
(g13
g8
NtRp120457
(dp120458
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp120459
(dp120460
g16
Nsg17
Nsg11
VGreenland
p120461
sbg6
(g13
g8
NtRp120462
(dp120463
g16
Nsg17
Nsg11
VQorlortorsuaq Dam is a hydroelectric dam near Qorlortorsuaq in the Nanortalik district of the Kujalleq municipality in southern Greenland. It has a capacity of 7.2 MW and it generates power for the neighbouring towns of Qaqortoq and Narsaq.
p120464
sbg6
(g13
g8
NtRp120465
(dp120466
g16
Nsg17
Nsg11
VPOINT(-45.240909576416 60.779415130615)
p120467
sbtp120468
a(g6
(g7
g8
NtRp120469
(dp120470
g11
Vhttp://dbpedia.org/resource/Qrn_dam
p120471
sbg6
(g13
g8
NtRp120472
(dp120473
g16
Nsg17
Nsg11
VQrn dam
p120474
sbg6
(g13
g8
NtRp120475
(dp120476
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Saudi_Arabia
p120477
sbNNNNg6
(g13
g8
NtRp120478
(dp120479
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_of_Environment,_Water_and_Agriculture_(Saudi_Arabia)
p120480
sbg6
(g13
g8
NtRp120481
(dp120482
g16
Nsg17
Nsg11
VOther
p120483
sbNNNg6
(g13
g8
NtRp120484
(dp120485
g16
Nsg17
Nsg11
VSaudi Arabia
p120486
sbg6
(g13
g8
NtRp120487
(dp120488
g16
Nsg17
Nsg11
VThe Qrn dam is a dam in Saudi Arabia opened in 1988 and located in Taif city of Makkah region.
p120489
sbg6
(g13
g8
NtRp120490
(dp120491
g16
Nsg17
Nsg11
VPOINT(40.415832519531 21.270278930664)
p120492
sbtp120493
a(g6
(g7
g8
NtRp120494
(dp120495
g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam
p120496
sbg6
(g13
g8
NtRp120497
(dp120498
g16
Nsg17
Nsg11
VUllumdam
p120499
sbg6
(g13
g8
NtRp120500
(dp120501
g16
Nsg17
Nsg11
VArgentina
p120502
sbg6
(g13
g8
NtRp120503
(dp120504
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p120505
sbg6
(g13
g8
NtRp120506
(dp120507
g16
Nsg17
g27
sg11
V0.3
p120508
sbNg6
(g7
g8
NtRp120509
(dp120510
g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam__Lake__1
p120511
sbNg6
(g13
g8
NtRp120512
(dp120513
g16
Nsg17
Nsg11
VPower, water supply
p120514
sbg6
(g13
g8
NtRp120515
(dp120516
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p120517
sbg6
(g13
g8
NtRp120518
(dp120519
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp120520
(dp120521
g16
Nsg17
Nsg11
VArgentina
p120522
sbg6
(g13
g8
NtRp120523
(dp120524
g16
Nsg17
Nsg11
VThe Quebrada de Ullúm Dam, or simply Ullúm Dam, is an embankment dam on the San Juan River, just west of San Juan in Ullúm Department of the Province of San Juan, Argentina. It is located at the gorge of the Quebrada de Ullum, 18 kilometres (11 mi) upstream from the provincial capital San Juan, and creates a reservoir with an area of 32 square kilometres (12 sq mi), a volume of 440 million cubic metres (16×109 cu ft), and average and maximum depths of 15 and 40 metres (49 and 131 ft), respectively. The reservoir feeds a hydroelectric power station with an installed power capacity of 45 megawatts (60,000 hp).
p120525
sbg6
(g13
g8
NtRp120526
(dp120527
g16
Nsg17
Nsg11
VPOINT(-68.649803161621 -31.474769592285)
p120528
sbtp120529
a(g6
(g7
g8
NtRp120530
(dp120531
g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam
p120532
sbg6
(g13
g8
NtRp120533
(dp120534
g16
Nsg17
Nsg11
VLac d'Ullum
p120535
sbg6
(g13
g8
NtRp120536
(dp120537
g16
Nsg17
Nsg11
VArgentina
p120538
sbg6
(g13
g8
NtRp120539
(dp120540
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p120541
sbg6
(g13
g8
NtRp120542
(dp120543
g16
Nsg17
g27
sg11
V0.3
p120544
sbNg6
(g7
g8
NtRp120545
(dp120546
g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam__Lake__1
p120547
sbNg6
(g13
g8
NtRp120548
(dp120549
g16
Nsg17
Nsg11
VPower, water supply
p120550
sbg6
(g13
g8
NtRp120551
(dp120552
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p120553
sbg6
(g13
g8
NtRp120554
(dp120555
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp120556
(dp120557
g16
Nsg17
Nsg11
VArgentina
p120558
sbg6
(g13
g8
NtRp120559
(dp120560
g16
Nsg17
Nsg11
VThe Quebrada de Ullúm Dam, or simply Ullúm Dam, is an embankment dam on the San Juan River, just west of San Juan in Ullúm Department of the Province of San Juan, Argentina. It is located at the gorge of the Quebrada de Ullum, 18 kilometres (11 mi) upstream from the provincial capital San Juan, and creates a reservoir with an area of 32 square kilometres (12 sq mi), a volume of 440 million cubic metres (16×109 cu ft), and average and maximum depths of 15 and 40 metres (49 and 131 ft), respectively. The reservoir feeds a hydroelectric power station with an installed power capacity of 45 megawatts (60,000 hp).
p120561
sbg6
(g13
g8
NtRp120562
(dp120563
g16
Nsg17
Nsg11
VPOINT(-68.649803161621 -31.474769592285)
p120564
sbtp120565
a(g6
(g7
g8
NtRp120566
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g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam
p120568
sbg6
(g13
g8
NtRp120569
(dp120570
g16
Nsg17
Nsg11
VRepresa Ullum
p120571
sbg6
(g13
g8
NtRp120572
(dp120573
g16
Nsg17
Nsg11
VArgentina
p120574
sbg6
(g13
g8
NtRp120575
(dp120576
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p120577
sbg6
(g13
g8
NtRp120578
(dp120579
g16
Nsg17
g27
sg11
V0.3
p120580
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g8
NtRp120581
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g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam__Lake__1
p120583
sbNg6
(g13
g8
NtRp120584
(dp120585
g16
Nsg17
Nsg11
VPower, water supply
p120586
sbg6
(g13
g8
NtRp120587
(dp120588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p120589
sbg6
(g13
g8
NtRp120590
(dp120591
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp120592
(dp120593
g16
Nsg17
Nsg11
VArgentina
p120594
sbg6
(g13
g8
NtRp120595
(dp120596
g16
Nsg17
Nsg11
VThe Quebrada de Ullúm Dam, or simply Ullúm Dam, is an embankment dam on the San Juan River, just west of San Juan in Ullúm Department of the Province of San Juan, Argentina. It is located at the gorge of the Quebrada de Ullum, 18 kilometres (11 mi) upstream from the provincial capital San Juan, and creates a reservoir with an area of 32 square kilometres (12 sq mi), a volume of 440 million cubic metres (16×109 cu ft), and average and maximum depths of 15 and 40 metres (49 and 131 ft), respectively. The reservoir feeds a hydroelectric power station with an installed power capacity of 45 megawatts (60,000 hp).
p120597
sbg6
(g13
g8
NtRp120598
(dp120599
g16
Nsg17
Nsg11
VPOINT(-68.649803161621 -31.474769592285)
p120600
sbtp120601
a(g6
(g7
g8
NtRp120602
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g11
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p120604
sbg6
(g13
g8
NtRp120605
(dp120606
g16
Nsg17
Nsg11
VTalsperre Quebrada de Ullúm
p120607
sbg6
(g13
g8
NtRp120608
(dp120609
g16
Nsg17
Nsg11
VArgentina
p120610
sbg6
(g13
g8
NtRp120611
(dp120612
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p120613
sbg6
(g13
g8
NtRp120614
(dp120615
g16
Nsg17
g27
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V0.3
p120616
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g11
Vhttp://dbpedia.org/resource/Quebrada_de_Ullúm_Dam__Lake__1
p120619
sbNg6
(g13
g8
NtRp120620
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g16
Nsg17
Nsg11
VPower, water supply
p120622
sbg6
(g13
g8
NtRp120623
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Juan_River_(Argentina)
p120625
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(g13
g8
NtRp120626
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp120628
(dp120629
g16
Nsg17
Nsg11
VArgentina
p120630
sbg6
(g13
g8
NtRp120631
(dp120632
g16
Nsg17
Nsg11
VThe Quebrada de Ullúm Dam, or simply Ullúm Dam, is an embankment dam on the San Juan River, just west of San Juan in Ullúm Department of the Province of San Juan, Argentina. It is located at the gorge of the Quebrada de Ullum, 18 kilometres (11 mi) upstream from the provincial capital San Juan, and creates a reservoir with an area of 32 square kilometres (12 sq mi), a volume of 440 million cubic metres (16×109 cu ft), and average and maximum depths of 15 and 40 metres (49 and 131 ft), respectively. The reservoir feeds a hydroelectric power station with an installed power capacity of 45 megawatts (60,000 hp).
p120633
sbg6
(g13
g8
NtRp120634
(dp120635
g16
Nsg17
Nsg11
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VThe Quebrada de Ullúm Dam, or simply Ullúm Dam, is an embankment dam on the San Juan River, just west of San Juan in Ullúm Department of the Province of San Juan, Argentina. It is located at the gorge of the Quebrada de Ullum, 18 kilometres (11 mi) upstream from the provincial capital San Juan, and creates a reservoir with an area of 32 square kilometres (12 sq mi), a volume of 440 million cubic metres (16×109 cu ft), and average and maximum depths of 15 and 40 metres (49 and 131 ft), respectively. The reservoir feeds a hydroelectric power station with an installed power capacity of 45 megawatts (60,000 hp).
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VQuitzdorf Dam (German: Talsperre Quitzdorf) is a dam near Quitzdorf am See, Germany. It is located in the municipality of Quitzdorf am See in the Upper Lusatia region of Saxony. The lake is used for service water supply, flood protection, low water elevation, recreation and nature conservation. In terms of area, it is the largest reservoir in Saxony and was the largest inland water body in Saxony until the Lohsa II and Bärwalde reservoirs were flooded. According to criteria established by the International Commission on Large Dams, it is a large dam.
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VQuitzdorf Dam (German: Talsperre Quitzdorf) is a dam near Quitzdorf am See, Germany. It is located in the municipality of Quitzdorf am See in the Upper Lusatia region of Saxony. The lake is used for service water supply, flood protection, low water elevation, recreation and nature conservation. In terms of area, it is the largest reservoir in Saxony and was the largest inland water body in Saxony until the Lohsa II and Bärwalde reservoirs were flooded. According to criteria established by the International Commission on Large Dams, it is a large dam.
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VChina
p120744
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VChina
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VThe Quxue Dam is a rock-fill embankment dam on the Shuoqu River in Dêrong County of Sichuan Province, China. The primary purpose of the dam is hydroelectric power generation : it supports a 246 MW power station. Construction on the dam began in 2013 and the river was diverted around the construction site in February 2014. The power station was completed in 2016.
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VFlood control, municipal water, groundwater recharge
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VThe Rabigh Dam is a gravity dam on Wadi Rabigh about 35 km (22 mi) east of Rabigh in Makkah Province of western Saudi Arabia. The dam has many purposes to include flood control, municipal water supply and groundwater recharge. Water from the dam's reservoir is treated before being supplied to Rabigh. The dam was constructed between 2003 and 2008. It is owned and operated by the Ministry of Water and Electricity.
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VSaudi Arabia
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VThe Rabigh Dam is a gravity dam on Wadi Rabigh about 35 km (22 mi) east of Rabigh in Makkah Province of western Saudi Arabia. The dam has many purposes to include flood control, municipal water supply and groundwater recharge. Water from the dam's reservoir is treated before being supplied to Rabigh. The dam was constructed between 2003 and 2008. It is owned and operated by the Ministry of Water and Electricity.
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VFlood control, municipal water, groundwater recharge
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VThe Rabigh Dam is a gravity dam on Wadi Rabigh about 35 km (22 mi) east of Rabigh in Makkah Province of western Saudi Arabia. The dam has many purposes to include flood control, municipal water supply and groundwater recharge. Water from the dam's reservoir is treated before being supplied to Rabigh. The dam was constructed between 2003 and 2008. It is owned and operated by the Ministry of Water and Electricity.
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VRaccoon Mountain Pumped-Storage Plant is a pumped-storage hydroelectric underground power station in Marion County, just west of Chattanooga in the U.S. state of Tennessee. The facility is owned and operated by the Tennessee Valley Authority (TVA). Construction was started in 1970 and was completed in 1978. The plant was idled in March 2012 due to cracks in the generators' rotors. The plant came entirely back on line in April 2014.
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VRaccoon Mountain Pumped-Storage Plant is a pumped-storage hydroelectric underground power station in Marion County, just west of Chattanooga in the U.S. state of Tennessee. The facility is owned and operated by the Tennessee Valley Authority (TVA). Construction was started in 1970 and was completed in 1978. The plant was idled in March 2012 due to cracks in the generators' rotors. The plant came entirely back on line in April 2014.
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VRaccoon Mountain Pumped-Storage Plant is a pumped-storage hydroelectric underground power station in Marion County, just west of Chattanooga in the U.S. state of Tennessee. The facility is owned and operated by the Tennessee Valley Authority (TVA). Construction was started in 1970 and was completed in 1978. The plant was idled in March 2012 due to cracks in the generators' rotors. The plant came entirely back on line in April 2014.
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VThe Radah dam (also known as the Aradah dam) is a dam in Saudi Arabia opened in 1987 and located in Asir region. Water supplied by rainfall is the primary source of this dam. This dam is one of 43 dams in Asir region with a total storage of 358.81 million cubic meters, 17 of which are used for drinking purposes.
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VRadhi Small Hydropower Station (Nepali: \u0930\u093e\u0927\u0940 \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Lamjung District of Nepal. The flow from is used to generate 4.4 MW electricity. The design flow is 0.874 m3/s and head is 617 m.
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VRaghagan Dam is a concrete gravity dam under construction 13 kilometers East of Khaar town, Bajaur District of FATA, Pakistan. Construction of the dam started in January 2013 and is expected to be completed by June 2021, with a projected cost of PKR 483.586 million.The dam has a height of 52 feet and a length of 200 feet. The dam will irrigate an area of around 3,500 acres land, with total water storage capacity of 1,252 acre-feet.
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VIran
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p121076
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g8
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VRais Ali Dilavari Dam is a hydroelectric dam in Iran with an installed electricity generating capability of 70 MW. It is situated in Shabankareh, Bushehr Province.
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V\u0413\u0415\u0421 \u0420\u0430\u0457\u0441 \u0410\u043b\u0456 \u0414\u0456\u043b\u0430\u0432\u0430\u0440\u0456
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VRais Ali Dilavari Dam is a hydroelectric dam in Iran with an installed electricity generating capability of 70 MW. It is situated in Shabankareh, Bushehr Province.
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V64.5
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VRaiva Dam (Portuguese: Barragem da Raiva, also known as Barragem do Coiço) is a concrete gravity dam on the Mondego. It is located in the municipality Penacova, in Coimbra District, Portugal. The dam was completed in 1981. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation and flood control.
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VRaiva Dam (Portuguese: Barragem da Raiva, also known as Barragem do Coiço) is a concrete gravity dam on the Mondego. It is located in the municipality Penacova, in Coimbra District, Portugal. The dam was completed in 1981. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation and flood control.
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VBarragem da Raiva
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VRaiva Dam (Portuguese: Barragem da Raiva, also known as Barragem do Coiço) is a concrete gravity dam on the Mondego. It is located in the municipality Penacova, in Coimbra District, Portugal. The dam was completed in 1981. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation and flood control.
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VRajanganaya Dam
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VThe Rajanganaya Dam (also sometimes called Rajangana) is an irrigation dam built across the Kala Oya river, at Rajanganaya, bordering the North Western and North Central provinces of Sri Lanka. The main concrete dam measures approximately 350 m (1,150 ft) and creates the Rajanganaya Reservoir, which has a catchment area of 76,863.60 hectares (189,934.1 acres) and a total storage capacity of 100.37 million cubic metres (3,545×106 cu ft).
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VRajeev Sagar Dam
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VIndia Madhya Pradesh#India
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VRajeev Sagar Dam (alternatively Rajiv Sagar (Maksudangarh) Dam) is a dam near the Katangi block in Balaghat district, Madhya Pradesh, India. The dam was originally built in the 19th century. It is approximately 60 km from Katangi, and a bus service is available for it.
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V\u0413\u0415\u0421 Rajjaprabha
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VRajjaprabha Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e23\u0e31\u0e0a\u0e0a\u0e1b\u0e23\u0e30\u0e20\u0e32, RTGS: Khuean Ratchaprapha, pronounced [k\u02b0\u026f\u0300a\u032fn rát.t\u0361\u0255\u02b0\u0101.pr\u0101.p\u02b0\u0101\u02d0]) or Cheow Lan Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e0a\u0e35\u0e48\u0e22\u0e27\u0e2b\u0e25\u0e32\u0e19, RTGS: Khuean Chiao Lan, pronounced [k\u02b0\u026f\u0300a\u032fn t\u0361\u0255\u02b0îa\u032fw l\u01ce\u02d0n]) is a multi-purpose dam in Ban Cheow Lan, Tambon Khao Phang, Ban Ta Khun District, Surat Thani Province. Its purpose is electricity generation, irrigation, flood control, and fishing. Construction started on 9 February 1982. It was inaugurated on 30 September 1987. King Bhumibol Adulyadej gave the dam the name "Rajjaprabha", meaning 'light of the kingdom'.
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VTalsperre Rajjaprabha
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VRajjaprabha Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e23\u0e31\u0e0a\u0e0a\u0e1b\u0e23\u0e30\u0e20\u0e32, RTGS: Khuean Ratchaprapha, pronounced [k\u02b0\u026f\u0300a\u032fn rát.t\u0361\u0255\u02b0\u0101.pr\u0101.p\u02b0\u0101\u02d0]) or Cheow Lan Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e0a\u0e35\u0e48\u0e22\u0e27\u0e2b\u0e25\u0e32\u0e19, RTGS: Khuean Chiao Lan, pronounced [k\u02b0\u026f\u0300a\u032fn t\u0361\u0255\u02b0îa\u032fw l\u01ce\u02d0n]) is a multi-purpose dam in Ban Cheow Lan, Tambon Khao Phang, Ban Ta Khun District, Surat Thani Province. Its purpose is electricity generation, irrigation, flood control, and fishing. Construction started on 9 February 1982. It was inaugurated on 30 September 1987. King Bhumibol Adulyadej gave the dam the name "Rajjaprabha", meaning 'light of the kingdom'.
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VRajjaprabha Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e23\u0e31\u0e0a\u0e0a\u0e1b\u0e23\u0e30\u0e20\u0e32, RTGS: Khuean Ratchaprapha, pronounced [k\u02b0\u026f\u0300a\u032fn rát.t\u0361\u0255\u02b0\u0101.pr\u0101.p\u02b0\u0101\u02d0]) or Cheow Lan Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e0a\u0e35\u0e48\u0e22\u0e27\u0e2b\u0e25\u0e32\u0e19, RTGS: Khuean Chiao Lan, pronounced [k\u02b0\u026f\u0300a\u032fn t\u0361\u0255\u02b0îa\u032fw l\u01ce\u02d0n]) is a multi-purpose dam in Ban Cheow Lan, Tambon Khao Phang, Ban Ta Khun District, Surat Thani Province. Its purpose is electricity generation, irrigation, flood control, and fishing. Construction started on 9 February 1982. It was inaugurated on 30 September 1987. King Bhumibol Adulyadej gave the dam the name "Rajjaprabha", meaning 'light of the kingdom'.
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NtRp121402
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p121407
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p121415
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VBosnia and Herzegovina
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VThe Rama Dam is a concrete-face rock-fill dam on the Rama river, a tributary of the Neretva river, about 4 km (2.5 mi) southwest of the town of Prozor in the Herzegovina-Neretva Canton of Bosnia and Herzegovina. Dam and its hydropower plant are operated by Elektroprivreda HZ HB, public power utility company in Bosnia and Herzegovina owned by Federation of Bosnia and Herzegovina entity government.
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p121428
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Nsg17
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p121431
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g8
NtRp121432
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Nsg17
Nsg11
VBosnia and Herzegovina
p121434
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NtRp121435
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V598.0
p121443
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NtRp121444
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NtRp121447
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p121452
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Nsg11
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p121455
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Nsg11
VO
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NtRp121458
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p121460
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VBosnia and Herzegovina
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VThe Rama Dam is a concrete-face rock-fill dam on the Rama river, a tributary of the Neretva river, about 4 km (2.5 mi) southwest of the town of Prozor in the Herzegovina-Neretva Canton of Bosnia and Herzegovina. Dam and its hydropower plant are operated by Elektroprivreda HZ HB, public power utility company in Bosnia and Herzegovina owned by Federation of Bosnia and Herzegovina entity government.
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VHidroelektrana Rama
p121476
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VBosnia and Herzegovina
p121479
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p121497
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NtRp121498
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p121500
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NtRp121501
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sbg6
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NtRp121503
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p121505
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VBosnia and Herzegovina
p121508
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VThe Rama Dam is a concrete-face rock-fill dam on the Rama river, a tributary of the Neretva river, about 4 km (2.5 mi) southwest of the town of Prozor in the Herzegovina-Neretva Canton of Bosnia and Herzegovina. Dam and its hydropower plant are operated by Elektroprivreda HZ HB, public power utility company in Bosnia and Herzegovina owned by Federation of Bosnia and Herzegovina entity government.
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VIrrigationand Domestic water supply
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VO
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VSri Lanka
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VThe Rambakan Oya Dam is an embankment dam in Maha Oya, Eastern Province, Sri Lanka. The reservoir was designed and constructed by the Sri Lanka Mahaveli Authority and currently functions under the direction of the Ministry of Irrigation and Water Resources Management. It have been created by building an Earthen dam of which is about 1225m in length across the river of Mundeni Aru.
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VThe Ramganga Dam, also known as the Kalagarh Dam, is an embankment dam on the Ramganga River 3 km (2 mi) upstream of Kalagarh in Pauri Garhwal district, Uttarakhand, India. It is located within the Jim Corbett National Park.
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VThe Ramganga Dam, also known as the Kalagarh Dam, is an embankment dam on the Ramganga River 3 km (2 mi) upstream of Kalagarh in Pauri Garhwal district, Uttarakhand, India. It is located within the Jim Corbett National Park.
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VThe Rana Power Station (Rana kraftverk) is a hydroelectric power station located in Rana, Nordland, Norway. It operates at an installed capacity of 500 MW, with an average annual production of about 2,100 GWh. The station is owned by Statkraft. In terms of annual production in Norway the station is second only to Svartisen Hydroelectric Power Station.
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rance Tidal Power Station is a tidal power station located on the estuary of the Rance River in Brittany, France. Opened in 1966 as the world's first tidal power station, it is currently operated by Électricité de France and was for 45 years the largest tidal power station in the world by installed capacity until the South Korean Sihwa Lake Tidal Power Station surpassed it in 2011. The barrage is 750 m (2,461 ft) long, from Brebis point in the west to Briantais point in the east. The power plant portion of the dam is 332.5 m (1,091 ft) long and the tidal basin measures 22.5 km2 (9 sq mi).
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VThe Rapel Dam is an arch dam on the Rapel River about 19 km (12 mi) north of La Estrella in the Libertador General Bernardo O'Higgins Region, Chile. The primary purpose of the dam is hydroelectric power generation and it supports a 377 MW power station. The dam was completed in 1968 and is owned by Endesa. It creates the largest reservoir in Chile with a capacity of 700,000,000 m3 (567,499 acre\u22c5ft). The dam withstood the 7.5 Mw 1985 Rapel Lake earthquake with only minor damage. It was centered 45 km (28 mi) from the dam.
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VUSA Minnesota
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VThe Rapidan Dam is a concrete gravity dam located on the Blue Earth River in Rapidan Township, near Rapidan, Minnesota in the United States. The dam was constructed for Hydroelectric Power Generation from 1908 to 1910. The dam and reservoir are owned by Blue Earth County, and the power plant and dam are operated by North American Hydro under an agreement with the county. The dam is located just southwest of Mankato, Minnesota. Blue Earth County operates the Rapidan Dam Park & Campground on the west embankment of the dam for camping, hiking, river access, and recreational activities.
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VThe Rapide-Blanc generating station is a hydroelectric facility, comprising a reservoir, a dam and a hydroelectric plant. It is located on the Saint-Maurice River about sixty kilometres (37 mi) north of the city of La Tuque, in Quebec, in Canada. Built between 1930 and 1934 by the Shawinigan Water & Power Company (SWPC), it is the third hydroelectric facility on this river (from the source of the river). The plant has been operated by Hydro-Québec since it was acquired from the SWPC in 1963, as part of the nationalisation of electric power companies in Quebec. The plant has a rated power of 204 megawatts (274,000 hp).
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VThe Rapide-Blanc generating station is a hydroelectric facility, comprising a reservoir, a dam and a hydroelectric plant. It is located on the Saint-Maurice River about sixty kilometres (37 mi) north of the city of La Tuque, in Quebec, in Canada. Built between 1930 and 1934 by the Shawinigan Water & Power Company (SWPC), it is the third hydroelectric facility on this river (from the source of the river). The plant has been operated by Hydro-Québec since it was acquired from the SWPC in 1963, as part of the nationalisation of electric power companies in Quebec. The plant has a rated power of 204 megawatts (274,000 hp).
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VThe Rapide-Blanc generating station is a hydroelectric facility, comprising a reservoir, a dam and a hydroelectric plant. It is located on the Saint-Maurice River about sixty kilometres (37 mi) north of the city of La Tuque, in Quebec, in Canada. Built between 1930 and 1934 by the Shawinigan Water & Power Company (SWPC), it is the third hydroelectric facility on this river (from the source of the river). The plant has been operated by Hydro-Québec since it was acquired from the SWPC in 1963, as part of the nationalisation of electric power companies in Quebec. The plant has a rated power of 204 megawatts (274,000 hp).
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VThe Rappbode Auxiliary Dam (German: Rappbodevorsperre) is one of the two auxiliary dams in the Rappbode Dam system. This is the heart of the Rappbode Dam system in the East Harz, which is operated by the Saxony-Anhalt Dam Company (Talsperrenbetrieb des Landes Sachsen-Anhalt) and which also includes the Hassel Auxiliary Dam and the Königshütte, Mandelholz and Wendefurth dams. The Rappbode Auxiliary Dam near Trautenstein is used, together with the main dam, for supplying drinking water and for flood protection.The auxiliary dam impounds the River Rappbode. It has a 25 m high gravity dam.
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p122629
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NtRp122630
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p122632
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p122635
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NtRp122636
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Nsg17
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p122638
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g8
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p122641
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NtRp122642
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Nsg17
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p122644
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NtRp122645
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VGermany
p122647
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Nsg17
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VThe Rappbode Auxiliary Dam (German: Rappbodevorsperre) is one of the two auxiliary dams in the Rappbode Dam system. This is the heart of the Rappbode Dam system in the East Harz, which is operated by the Saxony-Anhalt Dam Company (Talsperrenbetrieb des Landes Sachsen-Anhalt) and which also includes the Hassel Auxiliary Dam and the Königshütte, Mandelholz and Wendefurth dams. The Rappbode Auxiliary Dam near Trautenstein is used, together with the main dam, for supplying drinking water and for flood protection.The auxiliary dam impounds the River Rappbode. It has a 25 m high gravity dam.
p122650
sbg6
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g8
NtRp122651
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VPOINT(10.794166564941 51.705554962158)
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p122657
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NtRp122658
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VRappbodestausee
p122660
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p122663
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NtRp122664
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g27
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p122669
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p122675
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p122678
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VThe Rappbode Dam (German: Rappbode-Talsperre) is the largest dam in the Harz region as well as the highest dam in Germany. Together with several other dams and retention basins, it forms the flood protection system for the eastern Harz.
p122681
sbg6
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g8
NtRp122682
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VPOINT(10.877222061157 51.730556488037)
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p122688
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NtRp122689
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VRappbodetalsperre
p122691
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Nsg17
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p122694
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p122697
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Nsg17
g27
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p122700
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NtRp122704
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p122709
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VThe Rappbode Dam (German: Rappbode-Talsperre) is the largest dam in the Harz region as well as the highest dam in Germany. Together with several other dams and retention basins, it forms the flood protection system for the eastern Harz.
p122712
sbg6
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g8
NtRp122713
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VPOINT(10.877222061157 51.730556488037)
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NtRp122717
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p122719
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NtRp122720
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VZapora Rappbode
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p122725
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p122731
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p122734
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NtRp122735
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p122737
sbg6
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NtRp122738
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g16
Nsg17
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p122740
sbg6
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NtRp122741
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Nsg17
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VThe Rappbode Dam (German: Rappbode-Talsperre) is the largest dam in the Harz region as well as the highest dam in Germany. Together with several other dams and retention basins, it forms the flood protection system for the eastern Harz.
p122743
sbg6
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g8
NtRp122744
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VPOINT(10.877222061157 51.730556488037)
p122746
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a(g6
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NtRp122748
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Vhttp://dbpedia.org/resource/Rappbode_Dam
p122750
sbg6
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NtRp122751
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Nsg17
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VRappbode-Talsperre
p122753
sbg6
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NtRp122754
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p122756
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p122762
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p122765
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NtRp122766
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Nsg17
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p122768
sbg6
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NtRp122769
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Nsg17
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VGermany
p122771
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g8
NtRp122772
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Nsg17
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VThe Rappbode Dam (German: Rappbode-Talsperre) is the largest dam in the Harz region as well as the highest dam in Germany. Together with several other dams and retention basins, it forms the flood protection system for the eastern Harz.
p122774
sbg6
(g13
g8
NtRp122775
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VPOINT(10.877222061157 51.730556488037)
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NtRp122779
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p122781
sbg6
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g8
NtRp122782
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Nsg17
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p122784
sbg6
(g13
g8
NtRp122785
(dp122786
g16
Nsg17
Nsg11
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p122787
sbg6
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g8
NtRp122788
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VGravity dam
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NtRp122791
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p122793
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NtRp122797
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V857000.0
p122799
sbg6
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NtRp122800
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VGermany
p122802
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VThe Rappbode Dam (German: Rappbode-Talsperre) is the largest dam in the Harz region as well as the highest dam in Germany. Together with several other dams and retention basins, it forms the flood protection system for the eastern Harz.
p122805
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NtRp122806
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VPOINT(10.877222061157 51.730556488037)
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p122812
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NtRp122813
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VRappbode Dam
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NtRp122816
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p122818
sbg6
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p122824
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sbg6
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NtRp122831
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VGermany
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sbg6
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VThe Rappbode Dam (German: Rappbode-Talsperre) is the largest dam in the Harz region as well as the highest dam in Germany. Together with several other dams and retention basins, it forms the flood protection system for the eastern Harz.
p122836
sbg6
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g8
NtRp122837
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VPOINT(10.877222061157 51.730556488037)
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p122843
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VRasul Barrage
p122846
sbg6
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NtRp122847
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Nsg17
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p122849
sbNNNNNNNNNNg6
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VRasul Barrage is a barrage on the River Jehlum between Jhelum District and Mandi Bahauddin District of the Punjab province of Pakistan. It is situated 72 km downstream of Mangla Dam.
p122852
sbg6
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NtRp122853
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VPOINT(73.520835876465 32.680278778076)
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NtRp122857
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VP
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VUC
p122876
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
p122882
sbg6
(g13
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NtRp122893
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VP
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VUC
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p122909
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
p122912
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NtRp122920
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p122922
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VP
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VInvestment= Rs5282 crores
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p122939
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
p122942
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p122949
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VRatle Hydroelectric Plant
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VP
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p122963
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VUC
p122966
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NtRp122967
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Nsg17
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VIndia Jammu and Kashmir#India
p122969
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NtRp122970
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Nsg17
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p122999
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
p123032
sbg6
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
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VThe Ratle Hydroelectric Plant is a run-of-the-river hydroelectric power station currently under construction on the Chenab River, downstream of the village near Drabshalla in Kishtwar district of the Indian Union Territory of Jammu and Kashmir. The project includes a 133 m (436 ft) tall gravity dam and two power stations adjacent to one another. Water from the dam will be diverted through four intake tunnels about 400 m (0.25 mi) southwest to the power stations. The main power station will contain four 205 MW Francis turbines and the auxiliary power station will contain one 30 MW Francis turbine. The installed capacity of both power stations will be 850 MW. On 25 June 2013, Prime Minister Manmohan Singh laid the foundation stone for the dam. Pakistan has frequently alleged that it violates
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VIrrigation and flood control
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VRed Bluff Dam is a dam in the Pecos River, situated about 40 miles (64 km) north of Pecos, Texas. Its Red Bluff Reservoir was formed in 1936 by the dam construction, organized by the to provide water for irrigation and hydroelectric power.
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VRed Bluff Diversion Dam
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VRed Bluff Diversion Dam is a disused irrigation diversion dam on the Sacramento River in Tehama County, California, United States, southeast of the city of Red Bluff. Until 2013, the dam provided irrigation water for two canals that serve 150,000 acres (61,000 ha) of farmland on the west side of the Sacramento Valley. The dam and canals are part of the Sacramento Canals Unit of the Central Valley Project, operated by the U.S. Bureau of Reclamation. In 2013, the dam was decommissioned and the river allowed to flow freely through the site in order to protect migrating fish. A pumping plant constructed a short distance upstream now supplies water to the canal system.
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VP
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VO
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VAustralia Tasmania
p123191
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NtRp123192
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VThe Reece Power Station is a conventional hydroelectric power station located in the West Coast region of Tasmania, Australia.
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VO
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VAustralia Tasmania
p123228
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VThe Reece Power Station is a conventional hydroelectric power station located in the West Coast region of Tasmania, Australia.
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VPOINT(145.13000488281 -41.720001220703)
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VB
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VO
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NtRp123257
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VMichigan
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VThe Reedsburg Dam is a non-hydroelectric barrage dam crossing the Muskegon River in eastern Missaukee County in the U.S. state of Michigan. Located in rural Enterprise Township, the dam was constructed in 1940 by the Civilian Conservation Corps to alleviate flooding from Houghton Lake, which is the source of the Muskegon River approximately 6 miles (9.7 km) upstream.
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VPOINT(-84.859298706055 44.356121063232)
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VReedsburg Dam
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VB
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VO
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VMichigan
p123290
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VThe Reedsburg Dam is a non-hydroelectric barrage dam crossing the Muskegon River in eastern Missaukee County in the U.S. state of Michigan. Located in rural Enterprise Township, the dam was constructed in 1940 by the Civilian Conservation Corps to alleviate flooding from Houghton Lake, which is the source of the Muskegon River approximately 6 miles (9.7 km) upstream.
p123293
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VPOINT(-84.859298706055 44.356121063232)
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VReme\u021bi Hydroelectric Power Station
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VRomania
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VReme\u0163i Hydro Power Plant is a large power plant on the Dr\u0103gan River situated in Romania. The project was started and finished in the 1980s and it was made up by the construction of a concrete arch dam 120 m high which was equipped with two hydrounits, the hydropower plant having an installed capacity of 100 MW. The power plant generates 200 GWh of electricity per year.
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sbNtp123313
a(g6
(g7
g8
NtRp123314
(dp123315
g11
Vhttp://dbpedia.org/resource/Reme\u021bi_Hydroelectric_Power_Station
p123316
sbg6
(g13
g8
NtRp123317
(dp123318
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0435\u043c\u0435\u0442\u0430
p123319
sbg6
(g13
g8
NtRp123320
(dp123321
g16
Nsg17
Nsg11
VRomania
p123322
sbNNNg6
(g7
g8
NtRp123323
(dp123324
g11
Vhttp://dbpedia.org/resource/Reme\u021bi_Hydroelectric_Power_Station__Lake__1
p123325
sbNNNNNNg6
(g13
g8
NtRp123326
(dp123327
g16
Nsg17
Nsg11
VReme\u0163i Hydro Power Plant is a large power plant on the Dr\u0103gan River situated in Romania. The project was started and finished in the 1980s and it was made up by the construction of a concrete arch dam 120 m high which was equipped with two hydrounits, the hydropower plant having an installed capacity of 100 MW. The power plant generates 200 GWh of electricity per year.
p123328
sbNtp123329
a(g6
(g7
g8
NtRp123330
(dp123331
g11
Vhttp://dbpedia.org/resource/Rengali_Dam
p123332
sbg6
(g13
g8
NtRp123333
(dp123334
g16
Nsg17
Nsg11
VRengali-Talsperre
p123335
sbg6
(g13
g8
NtRp123336
(dp123337
g16
Nsg17
Nsg11
VIndia
p123338
sbNg6
(g13
g8
NtRp123339
(dp123340
g16
Nsg17
g27
sg11
V1.04
p123341
sbNNNNg6
(g13
g8
NtRp123342
(dp123343
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brahmani_River
p123344
sbg6
(g13
g8
NtRp123345
(dp123346
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp123347
(dp123348
g16
Nsg17
Nsg11
VIndia Odisha#India
p123349
sbg6
(g13
g8
NtRp123350
(dp123351
g16
Nsg17
Nsg11
VRengali dam is a dam located in Odisha, India. It is constructed across the Brahmani River in Rengali village, located 70 km from Angul in Angul district.
p123352
sbg6
(g13
g8
NtRp123353
(dp123354
g16
Nsg17
Nsg11
VPOINT(85.032501220703 21.276666641235)
p123355
sbtp123356
a(g6
(g7
g8
NtRp123357
(dp123358
g11
Vhttp://dbpedia.org/resource/Rengali_Dam
p123359
sbg6
(g13
g8
NtRp123360
(dp123361
g16
Nsg17
Nsg11
VBarrage de Rengali
p123362
sbg6
(g13
g8
NtRp123363
(dp123364
g16
Nsg17
Nsg11
VIndia
p123365
sbNg6
(g13
g8
NtRp123366
(dp123367
g16
Nsg17
g27
sg11
V1.04
p123368
sbNNNNg6
(g13
g8
NtRp123369
(dp123370
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brahmani_River
p123371
sbg6
(g13
g8
NtRp123372
(dp123373
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp123374
(dp123375
g16
Nsg17
Nsg11
VIndia Odisha#India
p123376
sbg6
(g13
g8
NtRp123377
(dp123378
g16
Nsg17
Nsg11
VRengali dam is a dam located in Odisha, India. It is constructed across the Brahmani River in Rengali village, located 70 km from Angul in Angul district.
p123379
sbg6
(g13
g8
NtRp123380
(dp123381
g16
Nsg17
Nsg11
VPOINT(85.032501220703 21.276666641235)
p123382
sbtp123383
a(g6
(g7
g8
NtRp123384
(dp123385
g11
Vhttp://dbpedia.org/resource/Rengali_Dam
p123386
sbg6
(g13
g8
NtRp123387
(dp123388
g16
Nsg17
Nsg11
VRengali Dam
p123389
sbg6
(g13
g8
NtRp123390
(dp123391
g16
Nsg17
Nsg11
VIndia
p123392
sbNg6
(g13
g8
NtRp123393
(dp123394
g16
Nsg17
g27
sg11
V1.04
p123395
sbNNNNg6
(g13
g8
NtRp123396
(dp123397
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brahmani_River
p123398
sbg6
(g13
g8
NtRp123399
(dp123400
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp123401
(dp123402
g16
Nsg17
Nsg11
VIndia Odisha#India
p123403
sbg6
(g13
g8
NtRp123404
(dp123405
g16
Nsg17
Nsg11
VRengali dam is a dam located in Odisha, India. It is constructed across the Brahmani River in Rengali village, located 70 km from Angul in Angul district.
p123406
sbg6
(g13
g8
NtRp123407
(dp123408
g16
Nsg17
Nsg11
VPOINT(85.032501220703 21.276666641235)
p123409
sbtp123410
a(g6
(g7
g8
NtRp123411
(dp123412
g11
Vhttp://dbpedia.org/resource/Rengali_Dam
p123413
sbg6
(g13
g8
NtRp123414
(dp123415
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0435\u043d\u0433\u0430\u043b\u0456
p123416
sbg6
(g13
g8
NtRp123417
(dp123418
g16
Nsg17
Nsg11
VIndia
p123419
sbNg6
(g13
g8
NtRp123420
(dp123421
g16
Nsg17
g27
sg11
V1.04
p123422
sbNNNNg6
(g13
g8
NtRp123423
(dp123424
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brahmani_River
p123425
sbg6
(g13
g8
NtRp123426
(dp123427
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp123428
(dp123429
g16
Nsg17
Nsg11
VIndia Odisha#India
p123430
sbg6
(g13
g8
NtRp123431
(dp123432
g16
Nsg17
Nsg11
VRengali dam is a dam located in Odisha, India. It is constructed across the Brahmani River in Rengali village, located 70 km from Angul in Angul district.
p123433
sbg6
(g13
g8
NtRp123434
(dp123435
g16
Nsg17
Nsg11
VPOINT(85.032501220703 21.276666641235)
p123436
sbtp123437
a(g6
(g7
g8
NtRp123438
(dp123439
g11
Vhttp://dbpedia.org/resource/Renzonghai_Dam
p123440
sbg6
(g13
g8
NtRp123441
(dp123442
g16
Nsg17
Nsg11
VRenzonghai Dam
p123443
sbg6
(g13
g8
NtRp123444
(dp123445
g16
Nsg17
Nsg11
VChina
p123446
sbg6
(g13
g8
NtRp123447
(dp123448
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p123449
sbNNg6
(g7
g8
NtRp123450
(dp123451
g11
Vhttp://dbpedia.org/resource/Renzonghai_Dam__Lake__1
p123452
sbNg6
(g13
g8
NtRp123453
(dp123454
g16
Nsg17
Nsg11
VPower
p123455
sbNg6
(g13
g8
NtRp123456
(dp123457
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp123458
(dp123459
g16
Nsg17
Nsg11
VChina
p123460
sbg6
(g13
g8
NtRp123461
(dp123462
g16
Nsg17
Nsg11
VThe Renzonghai Dam is a rock-fill embankment dam on the Tianwanhe River, a tributary of the Dadu River, in Shimian County of Sichuan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports three power stations downstream, the Renzonghai, Jinwo and Dafa Hydropower Stations. Water from the dam is sent via penstock first to the 246 MW Renzonghai (29°23\u203252.38\u2033N 101°58\u203234.41\u2033E\ufeff / \ufeff29.3978833°N 101.9762250°E) then the 287.2 MW Jinwo (29°23\u203213.74\u2033N 102°3\u203244.43\u2033E\ufeff / \ufeff29.3871500°N 102.0623417°E) and finally, the 246 MW Dafa Hydropower Station (29°23\u203231.79\u2033N 102°5\u203215.36\u2033E\ufeff / \ufeff29.3921639°N 102.0876000°E). The total installed capacity of the power stations is 779.2 MW Construction on the project began in August 2004 and the Jinwo power station was commissioned
p123463
sbg6
(g13
g8
NtRp123464
(dp123465
g16
Nsg17
Nsg11
VPOINT(101.91212463379 29.376377105713)
p123466
sbtp123467
a(g6
(g7
g8
NtRp123468
(dp123469
g11
Vhttp://dbpedia.org/resource/René-Lévesque_generating_station
p123470
sbg6
(g13
g8
NtRp123471
(dp123472
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u041c\u0430\u043d\u0456\u043a-3
p123473
sbg6
(g13
g8
NtRp123474
(dp123475
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p123476
sbNg6
(g13
g8
NtRp123477
(dp123478
g16
Nsg17
g27
sg11
V0.773
p123479
sbNg6
(g7
g8
NtRp123480
(dp123481
g11
Vhttp://dbpedia.org/resource/René-Lévesque_generating_station__Lake__1
p123482
sbg6
(g13
g8
NtRp123483
(dp123484
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p123485
sbNg6
(g13
g8
NtRp123486
(dp123487
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manicouagan_River
p123488
sbg6
(g13
g8
NtRp123489
(dp123490
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp123491
(dp123492
g16
Nsg17
Nsg11
VThe René-Lévesque generating station, formerly known as Manic-3, is a hydroelectric power station located 75 km from Baie-Comeau built on Manicouagan River between 1970 and 1976. On June 22, 2010, the dam and the generating station were renamed to honour former Quebec premier René Lévesque, who was minister of Hydraulic resources during the construction of the complex and became premier of Quebec in 1976.
p123493
sbg6
(g13
g8
NtRp123494
(dp123495
g16
Nsg17
Nsg11
VPOINT(-68.592224121094 49.739723205566)
p123496
sbtp123497
a(g6
(g7
g8
NtRp123498
(dp123499
g11
Vhttp://dbpedia.org/resource/René-Lévesque_generating_station
p123500
sbg6
(g13
g8
NtRp123501
(dp123502
g16
Nsg17
Nsg11
VCentrale René-Lévesque
p123503
sbg6
(g13
g8
NtRp123504
(dp123505
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p123506
sbNg6
(g13
g8
NtRp123507
(dp123508
g16
Nsg17
g27
sg11
V0.773
p123509
sbNg6
(g7
g8
NtRp123510
(dp123511
g11
Vhttp://dbpedia.org/resource/René-Lévesque_generating_station__Lake__1
p123512
sbg6
(g13
g8
NtRp123513
(dp123514
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p123515
sbNg6
(g13
g8
NtRp123516
(dp123517
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manicouagan_River
p123518
sbg6
(g13
g8
NtRp123519
(dp123520
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp123521
(dp123522
g16
Nsg17
Nsg11
VThe René-Lévesque generating station, formerly known as Manic-3, is a hydroelectric power station located 75 km from Baie-Comeau built on Manicouagan River between 1970 and 1976. On June 22, 2010, the dam and the generating station were renamed to honour former Quebec premier René Lévesque, who was minister of Hydraulic resources during the construction of the complex and became premier of Quebec in 1976.
p123523
sbg6
(g13
g8
NtRp123524
(dp123525
g16
Nsg17
Nsg11
VPOINT(-68.592224121094 49.739723205566)
p123526
sbtp123527
a(g6
(g7
g8
NtRp123528
(dp123529
g11
Vhttp://dbpedia.org/resource/René-Lévesque_generating_station
p123530
sbg6
(g13
g8
NtRp123531
(dp123532
g16
Nsg17
Nsg11
VRené-Lévesque generating station
p123533
sbg6
(g13
g8
NtRp123534
(dp123535
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p123536
sbNg6
(g13
g8
NtRp123537
(dp123538
g16
Nsg17
g27
sg11
V0.773
p123539
sbNg6
(g7
g8
NtRp123540
(dp123541
g11
Vhttp://dbpedia.org/resource/René-Lévesque_generating_station__Lake__1
p123542
sbg6
(g13
g8
NtRp123543
(dp123544
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro-Québec
p123545
sbNg6
(g13
g8
NtRp123546
(dp123547
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manicouagan_River
p123548
sbg6
(g13
g8
NtRp123549
(dp123550
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp123551
(dp123552
g16
Nsg17
Nsg11
VThe René-Lévesque generating station, formerly known as Manic-3, is a hydroelectric power station located 75 km from Baie-Comeau built on Manicouagan River between 1970 and 1976. On June 22, 2010, the dam and the generating station were renamed to honour former Quebec premier René Lévesque, who was minister of Hydraulic resources during the construction of the complex and became premier of Quebec in 1976.
p123553
sbg6
(g13
g8
NtRp123554
(dp123555
g16
Nsg17
Nsg11
VPOINT(-68.592224121094 49.739723205566)
p123556
sbtp123557
a(g6
(g7
g8
NtRp123558
(dp123559
g11
Vhttp://dbpedia.org/resource/Repulse_Power_Station
p123560
sbg6
(g13
g8
NtRp123561
(dp123562
g16
Nsg17
Nsg11
VRepulse Power Station
p123563
sbg6
(g13
g8
NtRp123564
(dp123565
g16
Nsg17
Nsg11
VAustralia
p123566
sbg6
(g13
g8
NtRp123567
(dp123568
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp123569
(dp123570
g16
Nsg17
g27
sg11
V0.433
p123571
sbNg6
(g7
g8
NtRp123572
(dp123573
g11
Vhttp://dbpedia.org/resource/Repulse_Power_Station__Lake__1
p123574
sbg6
(g13
g8
NtRp123575
(dp123576
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p123577
sbg6
(g13
g8
NtRp123578
(dp123579
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp123580
(dp123581
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/River_Derwent_(Tasmania)
p123582
sbg6
(g13
g8
NtRp123583
(dp123584
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp123585
(dp123586
g16
Nsg17
Nsg11
VAustralia Tasmania
p123587
sbg6
(g13
g8
NtRp123588
(dp123589
g16
Nsg17
Nsg11
VThe Repulse Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Lower River Derwent catchment and is owned and operated by Hydro Tasmania.
p123590
sbg6
(g13
g8
NtRp123591
(dp123592
g16
Nsg17
Nsg11
VPOINT(146.63999938965 -42.5)
p123593
sbtp123594
a(g6
(g7
g8
NtRp123595
(dp123596
g11
Vhttp://dbpedia.org/resource/Return_Creek_Dam
p123597
sbg6
(g13
g8
NtRp123598
(dp123599
g16
Nsg17
Nsg11
VReturn Creek Dam
p123600
sbg6
(g13
g8
NtRp123601
(dp123602
g16
Nsg17
Nsg11
VAustralia
p123603
sbNNNg6
(g7
g8
NtRp123604
(dp123605
g11
Vhttp://dbpedia.org/resource/Return_Creek_Dam__Lake__1
p123606
sbNNNNNNg6
(g13
g8
NtRp123607
(dp123608
g16
Nsg17
Nsg11
VReturn Creek Dam (Top Dam) is located about 9 km North East of Mount Garnet, Queensland and about 46 km West of Ravenshoe, Queensland. It was constructed for mining purposes within the Return (Nanyeta) Creek.
p123609
sbg6
(g13
g8
NtRp123610
(dp123611
g16
Nsg17
Nsg11
VPOINT(145.1369934082 -17.596700668335)
p123612
sbtp123613
a(g6
(g7
g8
NtRp123614
(dp123615
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123616
sbg6
(g13
g8
NtRp123617
(dp123618
g16
Nsg17
Nsg11
VBarrage de Reventazón
p123619
sbg6
(g13
g8
NtRp123620
(dp123621
g16
Nsg17
Nsg11
VCosta Rica
p123622
sbg6
(g13
g8
NtRp123623
(dp123624
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123625
sbNNg6
(g7
g8
NtRp123626
(dp123627
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123628
sbg6
(g13
g8
NtRp123629
(dp123630
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123631
sbg6
(g13
g8
NtRp123632
(dp123633
g16
Nsg17
Nsg11
VPower
p123634
sbg6
(g13
g8
NtRp123635
(dp123636
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123637
sbNg6
(g13
g8
NtRp123638
(dp123639
g16
Nsg17
g27
sg11
V9e+06
p123640
sbg6
(g13
g8
NtRp123641
(dp123642
g16
Nsg17
Nsg11
VCosta Rica
p123643
sbg6
(g13
g8
NtRp123644
(dp123645
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123646
sbg6
(g13
g8
NtRp123647
(dp123648
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123649
sbtp123650
a(g6
(g7
g8
NtRp123651
(dp123652
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123653
sbg6
(g13
g8
NtRp123654
(dp123655
g16
Nsg17
Nsg11
VTalsperre Reventazón
p123656
sbg6
(g13
g8
NtRp123657
(dp123658
g16
Nsg17
Nsg11
VCosta Rica
p123659
sbg6
(g13
g8
NtRp123660
(dp123661
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123662
sbNNg6
(g7
g8
NtRp123663
(dp123664
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123665
sbg6
(g13
g8
NtRp123666
(dp123667
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123668
sbg6
(g13
g8
NtRp123669
(dp123670
g16
Nsg17
Nsg11
VPower
p123671
sbg6
(g13
g8
NtRp123672
(dp123673
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123674
sbNg6
(g13
g8
NtRp123675
(dp123676
g16
Nsg17
g27
sg11
V9e+06
p123677
sbg6
(g13
g8
NtRp123678
(dp123679
g16
Nsg17
Nsg11
VCosta Rica
p123680
sbg6
(g13
g8
NtRp123681
(dp123682
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123683
sbg6
(g13
g8
NtRp123684
(dp123685
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123686
sbtp123687
a(g6
(g7
g8
NtRp123688
(dp123689
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123690
sbg6
(g13
g8
NtRp123691
(dp123692
g16
Nsg17
Nsg11
VReventazón Dam
p123693
sbg6
(g13
g8
NtRp123694
(dp123695
g16
Nsg17
Nsg11
VCosta Rica
p123696
sbg6
(g13
g8
NtRp123697
(dp123698
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123699
sbNNg6
(g7
g8
NtRp123700
(dp123701
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123702
sbg6
(g13
g8
NtRp123703
(dp123704
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123705
sbg6
(g13
g8
NtRp123706
(dp123707
g16
Nsg17
Nsg11
VPower
p123708
sbg6
(g13
g8
NtRp123709
(dp123710
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123711
sbNg6
(g13
g8
NtRp123712
(dp123713
g16
Nsg17
g27
sg11
V9e+06
p123714
sbg6
(g13
g8
NtRp123715
(dp123716
g16
Nsg17
Nsg11
VCosta Rica
p123717
sbg6
(g13
g8
NtRp123718
(dp123719
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123720
sbg6
(g13
g8
NtRp123721
(dp123722
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123723
sbtp123724
a(g6
(g7
g8
NtRp123725
(dp123726
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123727
sbg6
(g13
g8
NtRp123728
(dp123729
g16
Nsg17
Nsg11
VBarrage de Reventazón
p123730
sbg6
(g13
g8
NtRp123731
(dp123732
g16
Nsg17
Nsg11
VCosta Rica
p123733
sbg6
(g13
g8
NtRp123734
(dp123735
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123736
sbNNg6
(g7
g8
NtRp123737
(dp123738
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123739
sbg6
(g13
g8
NtRp123740
(dp123741
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123742
sbg6
(g13
g8
NtRp123743
(dp123744
g16
Nsg17
Nsg11
VPower
p123745
sbg6
(g13
g8
NtRp123746
(dp123747
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123748
sbNg6
(g13
g8
NtRp123749
(dp123750
g16
Nsg17
g27
sg11
V9e+06
p123751
sbg6
(g13
g8
NtRp123752
(dp123753
g16
Nsg17
Nsg11
VCosta Rica
p123754
sbg6
(g13
g8
NtRp123755
(dp123756
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123757
sbg6
(g13
g8
NtRp123758
(dp123759
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123760
sbtp123761
a(g6
(g7
g8
NtRp123762
(dp123763
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123764
sbg6
(g13
g8
NtRp123765
(dp123766
g16
Nsg17
Nsg11
VTalsperre Reventazón
p123767
sbg6
(g13
g8
NtRp123768
(dp123769
g16
Nsg17
Nsg11
VCosta Rica
p123770
sbg6
(g13
g8
NtRp123771
(dp123772
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123773
sbNNg6
(g7
g8
NtRp123774
(dp123775
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123776
sbg6
(g13
g8
NtRp123777
(dp123778
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123779
sbg6
(g13
g8
NtRp123780
(dp123781
g16
Nsg17
Nsg11
VPower
p123782
sbg6
(g13
g8
NtRp123783
(dp123784
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123785
sbNg6
(g13
g8
NtRp123786
(dp123787
g16
Nsg17
g27
sg11
V9e+06
p123788
sbg6
(g13
g8
NtRp123789
(dp123790
g16
Nsg17
Nsg11
VCosta Rica
p123791
sbg6
(g13
g8
NtRp123792
(dp123793
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123794
sbg6
(g13
g8
NtRp123795
(dp123796
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123797
sbtp123798
a(g6
(g7
g8
NtRp123799
(dp123800
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123801
sbg6
(g13
g8
NtRp123802
(dp123803
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0435\u0431\u0435\u043d\u0442\u0430\u0437\u043e\u043d
p123804
sbg6
(g13
g8
NtRp123805
(dp123806
g16
Nsg17
Nsg11
VCosta Rica
p123807
sbg6
(g13
g8
NtRp123808
(dp123809
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123810
sbNNg6
(g7
g8
NtRp123811
(dp123812
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123813
sbg6
(g13
g8
NtRp123814
(dp123815
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123816
sbg6
(g13
g8
NtRp123817
(dp123818
g16
Nsg17
Nsg11
VPower
p123819
sbg6
(g13
g8
NtRp123820
(dp123821
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123822
sbNg6
(g13
g8
NtRp123823
(dp123824
g16
Nsg17
g27
sg11
V9e+06
p123825
sbg6
(g13
g8
NtRp123826
(dp123827
g16
Nsg17
Nsg11
VCosta Rica
p123828
sbg6
(g13
g8
NtRp123829
(dp123830
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123831
sbg6
(g13
g8
NtRp123832
(dp123833
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123834
sbtp123835
a(g6
(g7
g8
NtRp123836
(dp123837
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123838
sbg6
(g13
g8
NtRp123839
(dp123840
g16
Nsg17
Nsg11
VReventazón Dam
p123841
sbg6
(g13
g8
NtRp123842
(dp123843
g16
Nsg17
Nsg11
VCosta Rica
p123844
sbg6
(g13
g8
NtRp123845
(dp123846
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123847
sbNNg6
(g7
g8
NtRp123848
(dp123849
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123850
sbg6
(g13
g8
NtRp123851
(dp123852
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123853
sbg6
(g13
g8
NtRp123854
(dp123855
g16
Nsg17
Nsg11
VPower
p123856
sbg6
(g13
g8
NtRp123857
(dp123858
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123859
sbNg6
(g13
g8
NtRp123860
(dp123861
g16
Nsg17
g27
sg11
V9e+06
p123862
sbg6
(g13
g8
NtRp123863
(dp123864
g16
Nsg17
Nsg11
VCosta Rica
p123865
sbg6
(g13
g8
NtRp123866
(dp123867
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123868
sbg6
(g13
g8
NtRp123869
(dp123870
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123871
sbtp123872
a(g6
(g7
g8
NtRp123873
(dp123874
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam
p123875
sbg6
(g13
g8
NtRp123876
(dp123877
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0435\u0431\u0435\u043d\u0442\u0430\u0437\u043e\u043d
p123878
sbg6
(g13
g8
NtRp123879
(dp123880
g16
Nsg17
Nsg11
VCosta Rica
p123881
sbg6
(g13
g8
NtRp123882
(dp123883
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p123884
sbNNg6
(g7
g8
NtRp123885
(dp123886
g11
Vhttp://dbpedia.org/resource/Reventazón_Dam__Lake__1
p123887
sbg6
(g13
g8
NtRp123888
(dp123889
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Instituto_Costarricense_de_Electricidad
p123890
sbg6
(g13
g8
NtRp123891
(dp123892
g16
Nsg17
Nsg11
VPower
p123893
sbg6
(g13
g8
NtRp123894
(dp123895
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Reventazón_River
p123896
sbNg6
(g13
g8
NtRp123897
(dp123898
g16
Nsg17
g27
sg11
V9e+06
p123899
sbg6
(g13
g8
NtRp123900
(dp123901
g16
Nsg17
Nsg11
VCosta Rica
p123902
sbg6
(g13
g8
NtRp123903
(dp123904
g16
Nsg17
Nsg11
VThe Reventazón Dam is a concrete-face rock-fill dam on the Reventazón River about 8 km (5.0 mi) southwest of Siquirres in Limón Province, Costa Rica. It was inaugurated on 16 September 2016, and its primary purpose is the production of hydroelectric power. The US$1.4 billion project and largest power station in the country has an installed capacity of 305.5 MW and is expected to provide power for 525,000 homes. Construction on the dam began in 2009. At a height of 130 metres (430 ft) and with a structural volume of 9,000,000 m3 (12,000,000 cu yd), it is the largest dam in Central America. To produce electricity, water from the reservoir is diverted about 3 km (1.9 mi) to the northeast where it reaches the power station along the Reventazón River.Due to its environmental features, like offs
p123905
sbg6
(g13
g8
NtRp123906
(dp123907
g16
Nsg17
Nsg11
VPOINT(-83.580223083496 10.065569877625)
p123908
sbtp123909
a(g6
(g7
g8
NtRp123910
(dp123911
g11
Vhttp://dbpedia.org/resource/Revin_Pumped_Storage_Power_Plant
p123912
sbg6
(g13
g8
NtRp123913
(dp123914
g16
Nsg17
Nsg11
VRevin Pumped Storage Power Plant
p123915
sbg6
(g13
g8
NtRp123916
(dp123917
g16
Nsg17
Nsg11
VFrance
p123918
sbNNNg6
(g7
g8
NtRp123919
(dp123920
g11
Vhttp://dbpedia.org/resource/Revin_Pumped_Storage_Power_Plant__Lake__1
p123921
sbg6
(g13
g8
NtRp123922
(dp123923
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Électricité_de_France
p123924
sbNNg6
(g13
g8
NtRp123925
(dp123926
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp123927
(dp123928
g16
Nsg17
Nsg11
VThe Revin Pumped Storage Power Plant is located in northern France, near Revin in the department of Ardennes and the Belgian border. The pumped storage power plant, commissioned in 1976, is owned by Électricité de France (EDF) and has a nameplate capacity of 800 megawatts (MW). Measured by capacity, it is the third largest pumped storage power plant in France.
p123929
sbg6
(g13
g8
NtRp123930
(dp123931
g16
Nsg17
Nsg11
VPOINT(4.6133332252502 49.925556182861)
p123932
sbtp123933
a(g6
(g7
g8
NtRp123934
(dp123935
g11
Vhttp://dbpedia.org/resource/Revin_Pumped_Storage_Power_Plant
p123936
sbg6
(g13
g8
NtRp123937
(dp123938
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Revin
p123939
sbg6
(g13
g8
NtRp123940
(dp123941
g16
Nsg17
Nsg11
VFrance
p123942
sbNNNg6
(g7
g8
NtRp123943
(dp123944
g11
Vhttp://dbpedia.org/resource/Revin_Pumped_Storage_Power_Plant__Lake__1
p123945
sbg6
(g13
g8
NtRp123946
(dp123947
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Électricité_de_France
p123948
sbNNg6
(g13
g8
NtRp123949
(dp123950
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp123951
(dp123952
g16
Nsg17
Nsg11
VThe Revin Pumped Storage Power Plant is located in northern France, near Revin in the department of Ardennes and the Belgian border. The pumped storage power plant, commissioned in 1976, is owned by Électricité de France (EDF) and has a nameplate capacity of 800 megawatts (MW). Measured by capacity, it is the third largest pumped storage power plant in France.
p123953
sbg6
(g13
g8
NtRp123954
(dp123955
g16
Nsg17
Nsg11
VPOINT(4.6133332252502 49.925556182861)
p123956
sbtp123957
a(g6
(g7
g8
NtRp123958
(dp123959
g11
Vhttp://dbpedia.org/resource/Revin_Pumped_Storage_Power_Plant
p123960
sbg6
(g13
g8
NtRp123961
(dp123962
g16
Nsg17
Nsg11
VCentrale de Revin
p123963
sbg6
(g13
g8
NtRp123964
(dp123965
g16
Nsg17
Nsg11
VFrance
p123966
sbNNNg6
(g7
g8
NtRp123967
(dp123968
g11
Vhttp://dbpedia.org/resource/Revin_Pumped_Storage_Power_Plant__Lake__1
p123969
sbg6
(g13
g8
NtRp123970
(dp123971
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Électricité_de_France
p123972
sbNNg6
(g13
g8
NtRp123973
(dp123974
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp123975
(dp123976
g16
Nsg17
Nsg11
VThe Revin Pumped Storage Power Plant is located in northern France, near Revin in the department of Ardennes and the Belgian border. The pumped storage power plant, commissioned in 1976, is owned by Électricité de France (EDF) and has a nameplate capacity of 800 megawatts (MW). Measured by capacity, it is the third largest pumped storage power plant in France.
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VO
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g8
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VThe Revin Pumped Storage Power Plant is located in northern France, near Revin in the department of Ardennes and the Belgian border. The pumped storage power plant, commissioned in 1976, is owned by Électricité de France (EDF) and has a nameplate capacity of 800 megawatts (MW). Measured by capacity, it is the third largest pumped storage power plant in France.
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VThe Revin Pumped Storage Power Plant is located in northern France, near Revin in the department of Ardennes and the Belgian border. The pumped storage power plant, commissioned in 1976, is owned by Électricité de France (EDF) and has a nameplate capacity of 800 megawatts (MW). Measured by capacity, it is the third largest pumped storage power plant in France.
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VIndustrial and domestic
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VRhenosterkop Dam is combined gravity and arch type dam in Mpumalanga Province, South Africa. It is located on the Elands River, part of the Olifants River basin. The dam was established in 1984. The dam mainly serves for municipal and industrial use and its hazard potential has been ranked high (3).
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VPOINT(28.916666030884 -25.095832824707)
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VRidi Khola Hydropower Station
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VGravity
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VPower
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VNepal
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VRidi Khola Hydropower Station (Nepali: \u0930\u093f\u0921\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Palpa District of Nepal. The flow from Ridi River, a tributary of Kali Gandaki River, is used to generate 1.8 MW electricity. The plant is owned and developed by Ridi Hydropower Development Co P Ltd , an IPP of Nepal. The plant started generating electricity from 2070-04-24 BS. The generation licence will expire in 2100-05-08 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VPOINT(83.391670227051 27.924999237061)
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VIrrigation
p124110
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VRietspruit Dam is a dam near Ventersdorp in North West province, South Africa. It was established in 1977.
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g8
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VPOINT(26.810556411743 -26.409721374512)
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p124131
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NtRp124132
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VIrrigation
p124134
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VRietspruit Dam is a dam near Ventersdorp in North West province, South Africa. It was established in 1977.
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VPOINT(26.810556411743 -26.409721374512)
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VRietspruit Dam
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VIrrigation
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VRietspruit Dam is a dam near Ventersdorp in North West province, South Africa. It was established in 1977.
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VPOINT(26.810556411743 -26.409721374512)
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VRietspruit Dam is a dam near Ventersdorp in North West province, South Africa. It was established in 1977.
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VPOINT(26.810556411743 -26.409721374512)
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Vearth-fill
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VSouth Africa
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VThe Rietvlei dam is an earth-fill type dam and is one of a number of dams supplying water to the Pretoria region of South Africa. It supplies around 41 million liters of drinking water daily, about 5.9% of the water requirement of Pretoria. The dam mainly serves for municipal and industrial use. Its hazard potential has been ranked high (3). The dam is fed by the Rietvlei, a river of the Crocodile River (Limpopo) basin, as well as by five fountains and five boreholes. The Rietvlei Nature Reserve occupies the area immediately surrounding the dam.
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VPOINT(28.265800476074 -25.876699447632)
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VRifle-Creek-Stausee
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VAustralia
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VRifle Creek Dam is owned by Mount Isa Mines. A concrete arch dam, it was constructed in 1929 to replace the earlier Experimental Dam (the first arch dam in Queensland, completed in September 1925) as the primary water supply to the town of Mt Isa, and the mine. The initial full supply volume was 600 million gallons (2,727 megalitres), the spillway was raised in 1953, and the current full capacity is 9,500 megalitres. The dam was replaced as Mt Isa's primary water supply by Lake Moondarra following the completion of that dam in 1958. Rifle Creek Dam now serves as a backup water supply for Mt Isa Mines.
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VPOINT(139.58999633789 -20.957399368286)
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VRifle Creek Dam
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VAustralia
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VRifle Creek Dam is owned by Mount Isa Mines. A concrete arch dam, it was constructed in 1929 to replace the earlier Experimental Dam (the first arch dam in Queensland, completed in September 1925) as the primary water supply to the town of Mt Isa, and the mine. The initial full supply volume was 600 million gallons (2,727 megalitres), the spillway was raised in 1953, and the current full capacity is 9,500 megalitres. The dam was replaced as Mt Isa's primary water supply by Lake Moondarra following the completion of that dam in 1958. Rifle Creek Dam now serves as a backup water supply for Mt Isa Mines.
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VPOINT(139.58999633789 -20.957399368286)
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VZapora Rihand
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VIndia Uttar Pradesh#India
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VRihand Dam also known as Govind Ballabh Pant Sagar, is the largest dam of India by volume. The reservoir of Rihand Dam is called Govind Ballabh Pant Sagar and is India's largest artificial lake. Rihand Dam is a concrete gravity dam located at Pipri in Sonbhadra District in Uttar Pradesh, India. Its reservoir area is on the border of Madhya Pradesh and Uttar Pradesh. It is located on the Rihand River, a tributary of the Son River. The catchment area of this dam extends over Uttar Pradesh, Madhya Pradesh & Chhattisgarh whereas it supplies irrigation water in Bihar located downstream of the river.
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VPOINT(83.008056640625 24.202499389648)
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VZapora Rihand
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VIndia Uttar Pradesh#India
p124304
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VRihand Dam also known as Govind Ballabh Pant Sagar, is the largest dam of India by volume. The reservoir of Rihand Dam is called Govind Ballabh Pant Sagar and is India's largest artificial lake. Rihand Dam is a concrete gravity dam located at Pipri in Sonbhadra District in Uttar Pradesh, India. Its reservoir area is on the border of Madhya Pradesh and Uttar Pradesh. It is located on the Rihand River, a tributary of the Son River. The catchment area of this dam extends over Uttar Pradesh, Madhya Pradesh & Chhattisgarh whereas it supplies irrigation water in Bihar located downstream of the river.
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VPOINT(83.008056640625 24.202499389648)
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VRihand Dam
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VRihand Dam also known as Govind Ballabh Pant Sagar, is the largest dam of India by volume. The reservoir of Rihand Dam is called Govind Ballabh Pant Sagar and is India's largest artificial lake. Rihand Dam is a concrete gravity dam located at Pipri in Sonbhadra District in Uttar Pradesh, India. Its reservoir area is on the border of Madhya Pradesh and Uttar Pradesh. It is located on the Rihand River, a tributary of the Son River. The catchment area of this dam extends over Uttar Pradesh, Madhya Pradesh & Chhattisgarh whereas it supplies irrigation water in Bihar located downstream of the river.
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VRihand Dam also known as Govind Ballabh Pant Sagar, is the largest dam of India by volume. The reservoir of Rihand Dam is called Govind Ballabh Pant Sagar and is India's largest artificial lake. Rihand Dam is a concrete gravity dam located at Pipri in Sonbhadra District in Uttar Pradesh, India. Its reservoir area is on the border of Madhya Pradesh and Uttar Pradesh. It is located on the Rihand River, a tributary of the Son River. The catchment area of this dam extends over Uttar Pradesh, Madhya Pradesh & Chhattisgarh whereas it supplies irrigation water in Bihar located downstream of the river.
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VBarrage de Rihand
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VRihand Dam also known as Govind Ballabh Pant Sagar, is the largest dam of India by volume. The reservoir of Rihand Dam is called Govind Ballabh Pant Sagar and is India's largest artificial lake. Rihand Dam is a concrete gravity dam located at Pipri in Sonbhadra District in Uttar Pradesh, India. Its reservoir area is on the border of Madhya Pradesh and Uttar Pradesh. It is located on the Rihand River, a tributary of the Son River. The catchment area of this dam extends over Uttar Pradesh, Madhya Pradesh & Chhattisgarh whereas it supplies irrigation water in Bihar located downstream of the river.
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VGravity, diversion
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VIrrigation
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VThe Rio Cobre Dam is a diversion dam on the Rio Cobre near Spanish Town in Saint Catherine Parish, Jamaica. It is owned by the National Irrigation Commission. The primary purpose of the dam is to divert water into a canal on its right bank for the irrigation of up to 12,000 ha (30,000 acres) to the south. It also provides municipal water to Spanish Town. The scheme contains more than 48 km (30 mi) of canals and waters sugar cane, bananas and cattle.
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VComplejo hidroeléctrico Río Grande
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VRio Grande Hydroelectric Complex
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VRio Grande Hydroelectric Complex
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VComplejo hidroeléctrico Río Grande
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VThe Rio Grande Hydroelectric Complex is a pumped-storage hydroelectric power station in the Calamuchita Department of Córdoba Province, Argentina. The complex consists of two dams and a power station in the Cerro Pelado Valley. Aside from power generation, the complex also serves to control floods and provide municipal water. The two dams on the Tercero River are the Cerro Pelado Dam which forms the upper reservoir and the Arroyo Corto Dam which forms the lower reservoir. The Cerro Pelado dam is 104 m (341 ft) high and 410.5 metres (1,347 ft) long while the Arroyo Corto is 50 metres (160 ft) tall and 1,500 metres (4,900 ft) in length. Water from the upper reservoir is sent to the underground power station during periods of high power demand. The power station contains four 187.5 megawatts 
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VRiver Hull tidal surge barrier
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VThe River Hull tidal surge barrier is a flood control gate located on the River Hull in the city of Kingston upon Hull, in the East Riding of Yorkshire, England. The barrier impounds the river in times of tidal surges, preventing water moving upstream of the river from the Humber Estuary, and flooding the areas of the city which are near to the river, or susceptible to flooding. It is held horizontal when not in use, and turns 90 degrees before being lowered to the riverbed in the event of a tidal surge. It is the second largest flood barrier in the United Kingdom after the Thames Barrier in London.
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VThe Riverside Diversion Dam (or simply the Riverside Dam) was a diversion dam on the Rio Grande to the southeast of El Paso, Texas. The dam was owned by the United States Bureau of Reclamation, and diverted water into the Riverside Canal for use in irrigation in the El Paso Valley.The dam became obsolete with completion of a cement-lined canal carrying water from the upstream American Diversion Dam to the head of the canal. It was partially removed in 2003.
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(g13
g8
NtRp124620
(dp124621
g16
Nsg17
Nsg11
VPOINT(-106.33013916016 31.658151626587)
p124622
sbtp124623
a(g6
(g7
g8
NtRp124624
(dp124625
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124626
sbg6
(g13
g8
NtRp124627
(dp124628
g16
Nsg17
Nsg11
V\u041d\u0456\u0430\u0433\u0430\u0440\u0441\u044c\u043a\u0430 \u0413\u0415\u0421 \u0420\u043e\u0431\u0435\u0440\u0442\u0430 \u041c\u043e\u0437\u0435\u0441\u0430
p124629
sbg6
(g13
g8
NtRp124630
(dp124631
g16
Nsg17
Nsg11
VUnited States
p124632
sbg6
(g13
g8
NtRp124633
(dp124634
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124635
(dp124636
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124637
sbg6
(g13
g8
NtRp124638
(dp124639
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124640
sbg6
(g13
g8
NtRp124641
(dp124642
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124643
(dp124644
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124645
sbg6
(g13
g8
NtRp124646
(dp124647
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124648
(dp124649
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124650
sbg6
(g13
g8
NtRp124651
(dp124652
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124653
sbtp124654
a(g6
(g7
g8
NtRp124655
(dp124656
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124657
sbg6
(g13
g8
NtRp124658
(dp124659
g16
Nsg17
Nsg11
VRobert Moses Niagara Power Plant
p124660
sbg6
(g13
g8
NtRp124661
(dp124662
g16
Nsg17
Nsg11
VUnited States
p124663
sbg6
(g13
g8
NtRp124664
(dp124665
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124666
(dp124667
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124668
sbg6
(g13
g8
NtRp124669
(dp124670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124671
sbg6
(g13
g8
NtRp124672
(dp124673
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124674
(dp124675
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124676
sbg6
(g13
g8
NtRp124677
(dp124678
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124679
(dp124680
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124681
sbg6
(g13
g8
NtRp124682
(dp124683
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124684
sbtp124685
a(g6
(g7
g8
NtRp124686
(dp124687
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124688
sbg6
(g13
g8
NtRp124689
(dp124690
g16
Nsg17
Nsg11
VRobert Moses waterkrachtcentrale
p124691
sbg6
(g13
g8
NtRp124692
(dp124693
g16
Nsg17
Nsg11
VUnited States
p124694
sbg6
(g13
g8
NtRp124695
(dp124696
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124697
(dp124698
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124699
sbg6
(g13
g8
NtRp124700
(dp124701
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124702
sbg6
(g13
g8
NtRp124703
(dp124704
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124705
(dp124706
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124707
sbg6
(g13
g8
NtRp124708
(dp124709
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124710
(dp124711
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124712
sbg6
(g13
g8
NtRp124713
(dp124714
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124715
sbtp124716
a(g6
(g7
g8
NtRp124717
(dp124718
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124719
sbg6
(g13
g8
NtRp124720
(dp124721
g16
Nsg17
Nsg11
VCentrale hydroélectrique Robert Moses Niagara
p124722
sbg6
(g13
g8
NtRp124723
(dp124724
g16
Nsg17
Nsg11
VUnited States
p124725
sbg6
(g13
g8
NtRp124726
(dp124727
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124728
(dp124729
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124730
sbg6
(g13
g8
NtRp124731
(dp124732
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124733
sbg6
(g13
g8
NtRp124734
(dp124735
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124736
(dp124737
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124738
sbg6
(g13
g8
NtRp124739
(dp124740
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124741
(dp124742
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124743
sbg6
(g13
g8
NtRp124744
(dp124745
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124746
sbtp124747
a(g6
(g7
g8
NtRp124748
(dp124749
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124750
sbg6
(g13
g8
NtRp124751
(dp124752
g16
Nsg17
Nsg11
V\u7f85\u4f2f\u7279·\u6469\u897f\uff0d\u5c3c\u4e9e\u52a0\u62c9\u6c34\u96fb\u7ad9
p124753
sbg6
(g13
g8
NtRp124754
(dp124755
g16
Nsg17
Nsg11
VUnited States
p124756
sbg6
(g13
g8
NtRp124757
(dp124758
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124759
(dp124760
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124761
sbg6
(g13
g8
NtRp124762
(dp124763
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124764
sbg6
(g13
g8
NtRp124765
(dp124766
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124767
(dp124768
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124769
sbg6
(g13
g8
NtRp124770
(dp124771
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124772
(dp124773
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124774
sbg6
(g13
g8
NtRp124775
(dp124776
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124777
sbtp124778
a(g6
(g7
g8
NtRp124779
(dp124780
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124781
sbg6
(g13
g8
NtRp124782
(dp124783
g16
Nsg17
Nsg11
VRobert Moses waterkrachtcentrale
p124784
sbg6
(g13
g8
NtRp124785
(dp124786
g16
Nsg17
Nsg11
VUnited States
p124787
sbg6
(g13
g8
NtRp124788
(dp124789
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124790
(dp124791
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124792
sbg6
(g13
g8
NtRp124793
(dp124794
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124795
sbg6
(g13
g8
NtRp124796
(dp124797
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124798
(dp124799
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124800
sbg6
(g13
g8
NtRp124801
(dp124802
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124803
(dp124804
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124805
sbg6
(g13
g8
NtRp124806
(dp124807
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124808
sbtp124809
a(g6
(g7
g8
NtRp124810
(dp124811
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124812
sbg6
(g13
g8
NtRp124813
(dp124814
g16
Nsg17
Nsg11
VCentrale hydroélectrique Robert Moses Niagara
p124815
sbg6
(g13
g8
NtRp124816
(dp124817
g16
Nsg17
Nsg11
VUnited States
p124818
sbg6
(g13
g8
NtRp124819
(dp124820
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124821
(dp124822
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124823
sbg6
(g13
g8
NtRp124824
(dp124825
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124826
sbg6
(g13
g8
NtRp124827
(dp124828
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124829
(dp124830
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124831
sbg6
(g13
g8
NtRp124832
(dp124833
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124834
(dp124835
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124836
sbg6
(g13
g8
NtRp124837
(dp124838
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124839
sbtp124840
a(g6
(g7
g8
NtRp124841
(dp124842
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124843
sbg6
(g13
g8
NtRp124844
(dp124845
g16
Nsg17
Nsg11
VKraftwerk Robert Moses Niagara
p124846
sbg6
(g13
g8
NtRp124847
(dp124848
g16
Nsg17
Nsg11
VUnited States
p124849
sbg6
(g13
g8
NtRp124850
(dp124851
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124852
(dp124853
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124854
sbg6
(g13
g8
NtRp124855
(dp124856
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124857
sbg6
(g13
g8
NtRp124858
(dp124859
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124860
(dp124861
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124862
sbg6
(g13
g8
NtRp124863
(dp124864
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124865
(dp124866
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124867
sbg6
(g13
g8
NtRp124868
(dp124869
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124870
sbtp124871
a(g6
(g7
g8
NtRp124872
(dp124873
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124874
sbg6
(g13
g8
NtRp124875
(dp124876
g16
Nsg17
Nsg11
VKraftwerk Robert Moses Niagara
p124877
sbg6
(g13
g8
NtRp124878
(dp124879
g16
Nsg17
Nsg11
VUnited States
p124880
sbg6
(g13
g8
NtRp124881
(dp124882
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124883
(dp124884
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124885
sbg6
(g13
g8
NtRp124886
(dp124887
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124888
sbg6
(g13
g8
NtRp124889
(dp124890
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124891
(dp124892
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124893
sbg6
(g13
g8
NtRp124894
(dp124895
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124896
(dp124897
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124898
sbg6
(g13
g8
NtRp124899
(dp124900
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124901
sbtp124902
a(g6
(g7
g8
NtRp124903
(dp124904
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant
p124905
sbg6
(g13
g8
NtRp124906
(dp124907
g16
Nsg17
Nsg11
V\u7f85\u4f2f\u7279·\u6469\u897f\uff0d\u5c3c\u4e9e\u52a0\u62c9\u6c34\u96fb\u7ad9
p124908
sbg6
(g13
g8
NtRp124909
(dp124910
g16
Nsg17
Nsg11
VUnited States
p124911
sbg6
(g13
g8
NtRp124912
(dp124913
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp124914
(dp124915
g11
Vhttp://dbpedia.org/resource/Robert_Moses_Niagara_Power_Plant__Lake__1
p124916
sbg6
(g13
g8
NtRp124917
(dp124918
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_York_Power_Authority
p124919
sbg6
(g13
g8
NtRp124920
(dp124921
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp124922
(dp124923
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niagara_River
p124924
sbg6
(g13
g8
NtRp124925
(dp124926
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp124927
(dp124928
g16
Nsg17
Nsg11
VThe Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).
p124929
sbg6
(g13
g8
NtRp124930
(dp124931
g16
Nsg17
Nsg11
VPOINT(-79.03971862793 43.143054962158)
p124932
sbtp124933
a(g6
(g7
g8
NtRp124934
(dp124935
g11
Vhttp://dbpedia.org/resource/Rocklands_Reservoir
p124936
sbg6
(g13
g8
NtRp124937
(dp124938
g16
Nsg17
Nsg11
VRocklands Reservoir
p124939
sbg6
(g13
g8
NtRp124940
(dp124941
g16
Nsg17
Nsg11
VAustralia
p124942
sbg6
(g13
g8
NtRp124943
(dp124944
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp124945
(dp124946
g16
Nsg17
g27
sg11
V0.27
p124947
sbNg6
(g7
g8
NtRp124948
(dp124949
g11
Vhttp://dbpedia.org/resource/Rocklands_Reservoir__Lake__1
p124950
sbNNg6
(g13
g8
NtRp124951
(dp124952
g16
Nsg17
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VThe Rocklands Reservoir, a water reservoir, is created by a major ungated concrete\u2013walled gravity dam with embankment sections across the Glenelg River in the Wimmera region of Victoria, Australia. It is the largest reservoir within the Grampians-Wimmera-Mallee Water (GWMWater) supply system. Originally constructed to supply the Wimmera-Mallee Domestic and Stock channel system, water held by Rocklands Reservoir is now used for many different purposes. A unique feature of Rocklands Reservoir is that all entitlement holders, including the environment, are able to be supplied with water from the reservoir.
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VRockview Dam is a located on the Palmiet River near Grabouw, Western Cape, South Africa. It was established in 1986 and serves mainly for pumping purposes (storage). The of the dam has been ranked high (3).
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VRocky Creek Dam is a minor rock fill clay core embankment dam across the Rocky Creek, located upstream of Lismore in the Northern Rivers region of New South Wales, Australia. The dam's main purpose is to supply potable water for the region, including Lismore, Ballina, Byron Bay, Evans Head and Alstonville. The impounded reservoir is called Rocky Lake.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VThe Rocky Mountain Hydroelectric Plant is a pumped-storage power plant located 10 miles (16 km) northwest of Rome in the U.S. state of Georgia. It is named after Rock Mountain on top of which the plant's upper reservoir is located. Construction on the plant began in 1977 and it was commissioned in 1995. After upgrades were completed in 2011, the plant has an installed capacity of 1,095 megawatts (1,468,000 hp). It is owned by both Oglethorpe Power and Georgia Power which have 75 percent and 25 percent stakes, respectively.
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VRogers Dam is an earth-filled embankment dam on the Muskegon River in Mecosta Township, Michigan, United States. It is located about six miles (9.7 km) south of Big Rapids. Construction of the dam began in 1905, and its power plant was commissioned in March 1906. Owned and operated by Consumers Energy, the primary purpose of the dam is hydroelectric power generation. On December 22, 1921, the original 4.5-megawatt (6,000 hp) power plant was destroyed in a fire. It was rebuilt with an increased 6.8-megawatt (9,100 hp) installed capacity in 1922. The rebuild cost approximately $450,000. It is the oldest hydroelectric power plant operated by Consumers Energy who owns the Hardy and Croton dams downstream of Rogers Dam.
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VThe Roncovalgrande Hydroelectric Plant, also known as the Delio Hydroelectric Plant, is located 3 kilometres (1.9 mi) north of Maccagno in the Province of Varese, Lombardy, Italy. Using the pumped-storage hydroelectric method, the power plant has an installed capacity of 1,016 megawatts (1,362,000 hp). The power plant was complete in 1971 and the last generator operational in 1973. During construction, the upper reservoir, Lago Delio, was expanded in capacity with two gravity dams; a northern and southern, 28.5 metres (94 ft) and 36 metres (118 ft) in height, respectively. The lower reservoir, Lago Maggiore, already existed. The power plant itself is located underground in between Delio and Maggiore. To produce electricity, water is released from the upper reservoir to the power plant via 
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VRoodeplaat Dam is a concrete arch dam situated in South Africa on the Pienaars River (also known along parts of its length as the Moretele River and Moreleta Spruit), a tributary of the Crocodile River, which flows northwards into the Limpopo River. The dam is a warm monomictic impoundment with stable thermal stratification during the summer.
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VRooikrantz Dam is a dam on the Buffalo River, about 15 km northwest of King William's Town in the Eastern Cape, South Africa. It lies due east of the larger and newer Sandile Dam.
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VThe Roselend Dam is an arch-buttress dam located 5 km (3 mi) east of Beaufort in the Savoie department of the Rhône-Alpes region in south-eastern France. It is located just west and below the Cormet de Roselend mountain pass. The dam was designed by Coyne et Bellier and construction began in 1955. The reservoir began to fill in 1960, the power station was operational in 1961 and the dam complete in 1962. It was constructed for the primary purpose of hydroelectric power generation and supports the 546 MW La Bâthie Power Station.
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VThe Roselend Dam is an arch-buttress dam located 5 km (3 mi) east of Beaufort in the Savoie department of the Rhône-Alpes region in south-eastern France. It is located just west and below the Cormet de Roselend mountain pass. The dam was designed by Coyne et Bellier and construction began in 1955. The reservoir began to fill in 1960, the power station was operational in 1961 and the dam complete in 1962. It was constructed for the primary purpose of hydroelectric power generation and supports the 546 MW La Bâthie Power Station.
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VThe Roselend Dam is an arch-buttress dam located 5 km (3 mi) east of Beaufort in the Savoie department of the Rhône-Alpes region in south-eastern France. It is located just west and below the Cormet de Roselend mountain pass. The dam was designed by Coyne et Bellier and construction began in 1955. The reservoir began to fill in 1960, the power station was operational in 1961 and the dam complete in 1962. It was constructed for the primary purpose of hydroelectric power generation and supports the 546 MW La Bâthie Power Station.
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VThe Roselend Dam is an arch-buttress dam located 5 km (3 mi) east of Beaufort in the Savoie department of the Rhône-Alpes region in south-eastern France. It is located just west and below the Cormet de Roselend mountain pass. The dam was designed by Coyne et Bellier and construction began in 1955. The reservoir began to fill in 1960, the power station was operational in 1961 and the dam complete in 1962. It was constructed for the primary purpose of hydroelectric power generation and supports the 546 MW La Bâthie Power Station.
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VThe Roselend Dam is an arch-buttress dam located 5 km (3 mi) east of Beaufort in the Savoie department of the Rhône-Alpes region in south-eastern France. It is located just west and below the Cormet de Roselend mountain pass. The dam was designed by Coyne et Bellier and construction began in 1955. The reservoir began to fill in 1960, the power station was operational in 1961 and the dam complete in 1962. It was constructed for the primary purpose of hydroelectric power generation and supports the 546 MW La Bâthie Power Station.
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VThe Ross River Dam is a rock and earthfill-filled embankment dam across the Ross River, located between Kelso and Mount Stuart in the City of Townsville in northern Queensland, Australia. Built initially for flood control, Lake Ross, the impoundment created by the dam, serves as one of the major potable water supplies for the region. The dam reached 250% capacity in February 2019 as a result of mass rainfall and flooding in the area.
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VThe Ross River Dam is a rock and earthfill-filled embankment dam across the Ross River, located between Kelso and Mount Stuart in the City of Townsville in northern Queensland, Australia. Built initially for flood control, Lake Ross, the impoundment created by the dam, serves as one of the major potable water supplies for the region. The dam reached 250% capacity in February 2019 as a result of mass rainfall and flooding in the area.
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VThe Ross River Dam is a rock and earthfill-filled embankment dam across the Ross River, located between Kelso and Mount Stuart in the City of Townsville in northern Queensland, Australia. Built initially for flood control, Lake Ross, the impoundment created by the dam, serves as one of the major potable water supplies for the region. The dam reached 250% capacity in February 2019 as a result of mass rainfall and flooding in the area.
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VThe Ross River Dam is a rock and earthfill-filled embankment dam across the Ross River, located between Kelso and Mount Stuart in the City of Townsville in northern Queensland, Australia. Built initially for flood control, Lake Ross, the impoundment created by the dam, serves as one of the major potable water supplies for the region. The dam reached 250% capacity in February 2019 as a result of mass rainfall and flooding in the area.
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VPOINT(146.73750305176 -19.409721374512)
p125971
sbtp125972
a(g6
(g7
g8
NtRp125973
(dp125974
g11
Vhttp://dbpedia.org/resource/Rowallan_Power_Station
p125975
sbg6
(g13
g8
NtRp125976
(dp125977
g16
Nsg17
Nsg11
VRowallan Power Station
p125978
sbg6
(g13
g8
NtRp125979
(dp125980
g16
Nsg17
Nsg11
VAustralia
p125981
sbg6
(g13
g8
NtRp125982
(dp125983
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp125984
(dp125985
g16
Nsg17
g27
sg11
V0.579
p125986
sbNg6
(g7
g8
NtRp125987
(dp125988
g11
Vhttp://dbpedia.org/resource/Rowallan_Power_Station__Lake__1
p125989
sbg6
(g13
g8
NtRp125990
(dp125991
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p125992
sbg6
(g13
g8
NtRp125993
(dp125994
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp125995
(dp125996
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mersey_River_(Tasmania)
p125997
sbg6
(g13
g8
NtRp125998
(dp125999
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126000
(dp126001
g16
Nsg17
Nsg11
VAustralia Tasmania
p126002
sbg6
(g13
g8
NtRp126003
(dp126004
g16
Nsg17
Nsg11
VThe Rowallan Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia. The station is located 25 kilometres (16 mi) south of Liena.
p126005
sbg6
(g13
g8
NtRp126006
(dp126007
g16
Nsg17
Nsg11
VPOINT(146.21000671387 -41.729999542236)
p126008
sbtp126009
a(g6
(g7
g8
NtRp126010
(dp126011
g11
Vhttp://dbpedia.org/resource/Ruacana_Hydroelectric_Power_Station
p126012
sbg6
(g13
g8
NtRp126013
(dp126014
g16
Nsg17
Nsg11
VRuacana Hydroelectric Power Station
p126015
sbg6
(g13
g8
NtRp126016
(dp126017
g16
Nsg17
Nsg11
VNamibia
p126018
sbNNNNNg6
(g13
g8
NtRp126019
(dp126020
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp126021
(dp126022
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kunene_River
p126023
sbg6
(g13
g8
NtRp126024
(dp126025
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126026
(dp126027
g16
Nsg17
Nsg11
VNamibia
p126028
sbg6
(g13
g8
NtRp126029
(dp126030
g16
Nsg17
Nsg11
VThe Ruacana Hydroelectric Power Station is a hydroelectric power plant near Ruacana in northwest Namibia, close to the Angolan border. Commissioned in 1978, it is by far the largest power station in Namibia. Its operator is NamPower, the Namibian national electric power utility company.
p126031
sbg6
(g13
g8
NtRp126032
(dp126033
g16
Nsg17
Nsg11
VPOINT(14.221388816833 -17.398889541626)
p126034
sbtp126035
a(g6
(g7
g8
NtRp126036
(dp126037
g11
Vhttp://dbpedia.org/resource/Ruacana_Hydroelectric_Power_Station
p126038
sbg6
(g13
g8
NtRp126039
(dp126040
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0443\u0430\u043a\u0430\u043d\u0430
p126041
sbg6
(g13
g8
NtRp126042
(dp126043
g16
Nsg17
Nsg11
VNamibia
p126044
sbNNNNNg6
(g13
g8
NtRp126045
(dp126046
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp126047
(dp126048
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kunene_River
p126049
sbg6
(g13
g8
NtRp126050
(dp126051
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126052
(dp126053
g16
Nsg17
Nsg11
VNamibia
p126054
sbg6
(g13
g8
NtRp126055
(dp126056
g16
Nsg17
Nsg11
VThe Ruacana Hydroelectric Power Station is a hydroelectric power plant near Ruacana in northwest Namibia, close to the Angolan border. Commissioned in 1978, it is by far the largest power station in Namibia. Its operator is NamPower, the Namibian national electric power utility company.
p126057
sbg6
(g13
g8
NtRp126058
(dp126059
g16
Nsg17
Nsg11
VPOINT(14.221388816833 -17.398889541626)
p126060
sbtp126061
a(g6
(g7
g8
NtRp126062
(dp126063
g11
Vhttp://dbpedia.org/resource/Ruacana_Hydroelectric_Power_Station
p126064
sbg6
(g13
g8
NtRp126065
(dp126066
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0443\u0430\u043a\u0430\u043d\u0430
p126067
sbg6
(g13
g8
NtRp126068
(dp126069
g16
Nsg17
Nsg11
VNamibia
p126070
sbNNNNNg6
(g13
g8
NtRp126071
(dp126072
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp126073
(dp126074
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kunene_River
p126075
sbg6
(g13
g8
NtRp126076
(dp126077
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126078
(dp126079
g16
Nsg17
Nsg11
VNamibia
p126080
sbg6
(g13
g8
NtRp126081
(dp126082
g16
Nsg17
Nsg11
VThe Ruacana Hydroelectric Power Station is a hydroelectric power plant near Ruacana in northwest Namibia, close to the Angolan border. Commissioned in 1978, it is by far the largest power station in Namibia. Its operator is NamPower, the Namibian national electric power utility company.
p126083
sbg6
(g13
g8
NtRp126084
(dp126085
g16
Nsg17
Nsg11
VPOINT(14.221388816833 -17.398889541626)
p126086
sbtp126087
a(g6
(g7
g8
NtRp126088
(dp126089
g11
Vhttp://dbpedia.org/resource/Ruacana_Hydroelectric_Power_Station
p126090
sbg6
(g13
g8
NtRp126091
(dp126092
g16
Nsg17
Nsg11
VRuacana-Wasserkraftwerk
p126093
sbg6
(g13
g8
NtRp126094
(dp126095
g16
Nsg17
Nsg11
VNamibia
p126096
sbNNNNNg6
(g13
g8
NtRp126097
(dp126098
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp126099
(dp126100
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kunene_River
p126101
sbg6
(g13
g8
NtRp126102
(dp126103
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126104
(dp126105
g16
Nsg17
Nsg11
VNamibia
p126106
sbg6
(g13
g8
NtRp126107
(dp126108
g16
Nsg17
Nsg11
VThe Ruacana Hydroelectric Power Station is a hydroelectric power plant near Ruacana in northwest Namibia, close to the Angolan border. Commissioned in 1978, it is by far the largest power station in Namibia. Its operator is NamPower, the Namibian national electric power utility company.
p126109
sbg6
(g13
g8
NtRp126110
(dp126111
g16
Nsg17
Nsg11
VPOINT(14.221388816833 -17.398889541626)
p126112
sbtp126113
a(g6
(g7
g8
NtRp126114
(dp126115
g11
Vhttp://dbpedia.org/resource/Ruacana_Hydroelectric_Power_Station
p126116
sbg6
(g13
g8
NtRp126117
(dp126118
g16
Nsg17
Nsg11
VCentral Hidroelétrica do Ruacaná
p126119
sbg6
(g13
g8
NtRp126120
(dp126121
g16
Nsg17
Nsg11
VNamibia
p126122
sbNNNNNg6
(g13
g8
NtRp126123
(dp126124
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp126125
(dp126126
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kunene_River
p126127
sbg6
(g13
g8
NtRp126128
(dp126129
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126130
(dp126131
g16
Nsg17
Nsg11
VNamibia
p126132
sbg6
(g13
g8
NtRp126133
(dp126134
g16
Nsg17
Nsg11
VThe Ruacana Hydroelectric Power Station is a hydroelectric power plant near Ruacana in northwest Namibia, close to the Angolan border. Commissioned in 1978, it is by far the largest power station in Namibia. Its operator is NamPower, the Namibian national electric power utility company.
p126135
sbg6
(g13
g8
NtRp126136
(dp126137
g16
Nsg17
Nsg11
VPOINT(14.221388816833 -17.398889541626)
p126138
sbtp126139
a(g6
(g7
g8
NtRp126140
(dp126141
g11
Vhttp://dbpedia.org/resource/Rubicon_Hydroelectric_Scheme
p126142
sbg6
(g13
g8
NtRp126143
(dp126144
g16
Nsg17
Nsg11
VRubicon Hydroelectric Scheme
p126145
sbg6
(g13
g8
NtRp126146
(dp126147
g16
Nsg17
Nsg11
VAustralia
p126148
sbNNNg6
(g7
g8
NtRp126149
(dp126150
g11
Vhttp://dbpedia.org/resource/Rubicon_Hydroelectric_Scheme__Lake__1
p126151
sbNNNg6
(g13
g8
NtRp126152
(dp126153
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp126154
(dp126155
g16
Nsg17
Nsg11
VThe Rubicon Hydroelectric Scheme is a small run-of-the-river hydroelectric scheme located on the Rubicon and Royston Rivers, north east of Melbourne, 40 km (25 mi) south-west of Alexandra, Victoria, Australia. The scheme commenced in 1922, and was the first state-owned hydroelectric scheme to generate electricity in mainland Australia, and among the first in the world to be remotely controlled. For the first ten years of its operation it supplied on average 16.9% of electricity generated by the State Electricity Commission of Victoria. It is now owned and operated by AGL Energy and contributes approximately 0.02% of Victoria's energy supply.
p126156
sbg6
(g13
g8
NtRp126157
(dp126158
g16
Nsg17
Nsg11
VPOINT(145.86471557617 -37.373889923096)
p126159
sbtp126160
a(g6
(g7
g8
NtRp126161
(dp126162
g11
Vhttp://dbpedia.org/resource/Rudbar_Lorestan_Dam
p126163
sbg6
(g13
g8
NtRp126164
(dp126165
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0443\u0434\u0431\u0430\u0440-\u041b\u043e\u0440\u0435\u0441\u0442\u0430\u043d
p126166
sbg6
(g13
g8
NtRp126167
(dp126168
g16
Nsg17
Nsg11
VIran
p126169
sbg6
(g13
g8
NtRp126170
(dp126171
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p126172
sbg6
(g13
g8
NtRp126173
(dp126174
g16
Nsg17
g27
sg11
V0.185
p126175
sbg6
(g13
g8
NtRp126176
(dp126177
g16
Nsg17
g27
sg11
V1765.0
p126178
sbg6
(g7
g8
NtRp126179
(dp126180
g11
Vhttp://dbpedia.org/resource/Rudbar_Lorestan_Dam__Lake__1
p126181
sbNg6
(g13
g8
NtRp126182
(dp126183
g16
Nsg17
Nsg11
VPower
p126184
sbg6
(g13
g8
NtRp126185
(dp126186
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rudbar_River
p126187
sbg6
(g13
g8
NtRp126188
(dp126189
g16
Nsg17
Nsg11
Voperational
p126190
sbg6
(g13
g8
NtRp126191
(dp126192
g16
Nsg17
g27
sg11
V4.596e+06
p126193
sbg6
(g13
g8
NtRp126194
(dp126195
g16
Nsg17
Nsg11
VIran
p126196
sbg6
(g13
g8
NtRp126197
(dp126198
g16
Nsg17
Nsg11
VRudbar Lorestan Dam is a hydroelectric dam on the , a tributary of the Dez River, in Iran's Lorestan Province with an installed electricity generating capability of 450 MW. It was scheduled to become operational in 2013. Finally, the dam was completed on September 15, 2016. The hydroelectric plant consisting of two 225-MW vertical Francis turbine-generator units has begun operating on May 31, 2017.
p126199
sbg6
(g13
g8
NtRp126200
(dp126201
g16
Nsg17
Nsg11
VPOINT(49.68416595459 32.903888702393)
p126202
sbtp126203
a(g6
(g7
g8
NtRp126204
(dp126205
g11
Vhttp://dbpedia.org/resource/Rudbar_Lorestan_Dam
p126206
sbg6
(g13
g8
NtRp126207
(dp126208
g16
Nsg17
Nsg11
VRudbar-Lorestan
p126209
sbg6
(g13
g8
NtRp126210
(dp126211
g16
Nsg17
Nsg11
VIran
p126212
sbg6
(g13
g8
NtRp126213
(dp126214
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p126215
sbg6
(g13
g8
NtRp126216
(dp126217
g16
Nsg17
g27
sg11
V0.185
p126218
sbg6
(g13
g8
NtRp126219
(dp126220
g16
Nsg17
g27
sg11
V1765.0
p126221
sbg6
(g7
g8
NtRp126222
(dp126223
g11
Vhttp://dbpedia.org/resource/Rudbar_Lorestan_Dam__Lake__1
p126224
sbNg6
(g13
g8
NtRp126225
(dp126226
g16
Nsg17
Nsg11
VPower
p126227
sbg6
(g13
g8
NtRp126228
(dp126229
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rudbar_River
p126230
sbg6
(g13
g8
NtRp126231
(dp126232
g16
Nsg17
Nsg11
Voperational
p126233
sbg6
(g13
g8
NtRp126234
(dp126235
g16
Nsg17
g27
sg11
V4.596e+06
p126236
sbg6
(g13
g8
NtRp126237
(dp126238
g16
Nsg17
Nsg11
VIran
p126239
sbg6
(g13
g8
NtRp126240
(dp126241
g16
Nsg17
Nsg11
VRudbar Lorestan Dam is a hydroelectric dam on the , a tributary of the Dez River, in Iran's Lorestan Province with an installed electricity generating capability of 450 MW. It was scheduled to become operational in 2013. Finally, the dam was completed on September 15, 2016. The hydroelectric plant consisting of two 225-MW vertical Francis turbine-generator units has begun operating on May 31, 2017.
p126242
sbg6
(g13
g8
NtRp126243
(dp126244
g16
Nsg17
Nsg11
VPOINT(49.68416595459 32.903888702393)
p126245
sbtp126246
a(g6
(g7
g8
NtRp126247
(dp126248
g11
Vhttp://dbpedia.org/resource/Rudbar_Lorestan_Dam
p126249
sbg6
(g13
g8
NtRp126250
(dp126251
g16
Nsg17
Nsg11
VRudbar Lorestan Dam
p126252
sbg6
(g13
g8
NtRp126253
(dp126254
g16
Nsg17
Nsg11
VIran
p126255
sbg6
(g13
g8
NtRp126256
(dp126257
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p126258
sbg6
(g13
g8
NtRp126259
(dp126260
g16
Nsg17
g27
sg11
V0.185
p126261
sbg6
(g13
g8
NtRp126262
(dp126263
g16
Nsg17
g27
sg11
V1765.0
p126264
sbg6
(g7
g8
NtRp126265
(dp126266
g11
Vhttp://dbpedia.org/resource/Rudbar_Lorestan_Dam__Lake__1
p126267
sbNg6
(g13
g8
NtRp126268
(dp126269
g16
Nsg17
Nsg11
VPower
p126270
sbg6
(g13
g8
NtRp126271
(dp126272
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rudbar_River
p126273
sbg6
(g13
g8
NtRp126274
(dp126275
g16
Nsg17
Nsg11
Voperational
p126276
sbg6
(g13
g8
NtRp126277
(dp126278
g16
Nsg17
g27
sg11
V4.596e+06
p126279
sbg6
(g13
g8
NtRp126280
(dp126281
g16
Nsg17
Nsg11
VIran
p126282
sbg6
(g13
g8
NtRp126283
(dp126284
g16
Nsg17
Nsg11
VRudbar Lorestan Dam is a hydroelectric dam on the , a tributary of the Dez River, in Iran's Lorestan Province with an installed electricity generating capability of 450 MW. It was scheduled to become operational in 2013. Finally, the dam was completed on September 15, 2016. The hydroelectric plant consisting of two 225-MW vertical Francis turbine-generator units has begun operating on May 31, 2017.
p126285
sbg6
(g13
g8
NtRp126286
(dp126287
g16
Nsg17
Nsg11
VPOINT(49.68416595459 32.903888702393)
p126288
sbtp126289
a(g6
(g7
g8
NtRp126290
(dp126291
g11
Vhttp://dbpedia.org/resource/Rudi_A_Hydropower_Station
p126292
sbg6
(g13
g8
NtRp126293
(dp126294
g16
Nsg17
Nsg11
VRudi A Hydropower Station
p126295
sbg6
(g13
g8
NtRp126296
(dp126297
g16
Nsg17
Nsg11
VNepal
p126298
sbg6
(g13
g8
NtRp126299
(dp126300
g16
Nsg17
Nsg11
VGravity
p126301
sbNNNNg6
(g13
g8
NtRp126302
(dp126303
g16
Nsg17
Nsg11
VPower
p126304
sbg6
(g13
g8
NtRp126305
(dp126306
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rudi_River_(Nepal)
p126307
sbg6
(g13
g8
NtRp126308
(dp126309
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp126310
(dp126311
g16
Nsg17
Nsg11
VNepal
p126312
sbg6
(g13
g8
NtRp126313
(dp126314
g16
Nsg17
Nsg11
VRudi A Hydropower Station (Nepali: \u0930\u0941\u0926\u0940 A \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in the Kaski District of Nepal that came into operation in 2019. The flow from the Rudi River is used to generate 8.8 MW electricity.
p126315
sbg6
(g13
g8
NtRp126316
(dp126317
g16
Nsg17
Nsg11
VPOINT(84.216667175293 28.230833053589)
p126318
sbtp126319
a(g6
(g7
g8
NtRp126320
(dp126321
g11
Vhttp://dbpedia.org/resource/Rudi_Khola-B_Hydropower_Station
p126322
sbg6
(g13
g8
NtRp126323
(dp126324
g16
Nsg17
Nsg11
VRudi Khola-B Hydropower Station
p126325
sbg6
(g13
g8
NtRp126326
(dp126327
g16
Nsg17
Nsg11
VNepal
p126328
sbg6
(g13
g8
NtRp126329
(dp126330
g16
Nsg17
Nsg11
VGravity
p126331
sbNNNNg6
(g13
g8
NtRp126332
(dp126333
g16
Nsg17
Nsg11
VPower
p126334
sbg6
(g13
g8
NtRp126335
(dp126336
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rudi_River_(Nepal)
p126337
sbg6
(g13
g8
NtRp126338
(dp126339
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp126340
(dp126341
g16
Nsg17
Nsg11
VNepal
p126342
sbg6
(g13
g8
NtRp126343
(dp126344
g16
Nsg17
Nsg11
VRudi Khola-B Hydropower Station (Nepali: \u0930\u0941\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from Rudi River is used to generate 6.6 MW electricity. The design head is 299.81 m and flow is 2.55 m3/s at Q40%
p126345
sbg6
(g13
g8
NtRp126346
(dp126347
g16
Nsg17
Nsg11
VPOINT(84.216667175293 28.277500152588)
p126348
sbtp126349
a(g6
(g7
g8
NtRp126350
(dp126351
g11
Vhttp://dbpedia.org/resource/Ruhudji_Hydroelectric_Power_Station
p126352
sbg6
(g13
g8
NtRp126353
(dp126354
g16
Nsg17
Nsg11
VRuhudji Hydroelectric Power Station
p126355
sbg6
(g13
g8
NtRp126356
(dp126357
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p126358
sbNNNNg6
(g13
g8
NtRp126359
(dp126360
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tanzania
p126361
sbg6
(g13
g8
NtRp126362
(dp126363
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp126364
(dp126365
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp126366
(dp126367
g16
Nsg17
Nsg11
VTanzania#Africa#World
p126368
sbg6
(g13
g8
NtRp126369
(dp126370
g16
Nsg17
Nsg11
VRuhudji Hydroelectric Power Station is a planned 358 megawatts hydroelectric power station in Tanzania. The lead developer of this renewable energy project is Tanzania Electric Supply Company Limited (TANESCO), the government-owned electricity utility company. TANESCO plans to develop the power station, as a public private partnership (PPP) project. Work is contemporaneously ongoing, along with the development of the 222 megawatts Rumakali Hydroelectric Power Station, also located in Njombe Region.
p126371
sbg6
(g13
g8
NtRp126372
(dp126373
g16
Nsg17
Nsg11
VPOINT(35.378612518311 -9.5244445800781)
p126374
sbtp126375
a(g6
(g7
g8
NtRp126376
(dp126377
g11
Vhttp://dbpedia.org/resource/Ruieni_Hydroelectric_Power_Station
p126378
sbg6
(g13
g8
NtRp126379
(dp126380
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0443\u0439\u0454\u043d\u0456
p126381
sbg6
(g13
g8
NtRp126382
(dp126383
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Romania
p126384
sbNNNg6
(g7
g8
NtRp126385
(dp126386
g11
Vhttp://dbpedia.org/resource/Ruieni_Hydroelectric_Power_Station__Lake__1
p126387
sbNNNNNNg6
(g13
g8
NtRp126388
(dp126389
g16
Nsg17
Nsg11
VRuieni Hydro Power Plant is a large power plant on the Sebe\u015f River situated in Romania. The project was started and finished in the 1990s and it was made up by the construction of a rockfill with a clay core dam 125 m high which was equipped with two vertical turbines, the hydropower plant having an installed capacity of 153 MW. The power plant generates 130 GWh of electricity per year.
p126390
sbNtp126391
a(g6
(g7
g8
NtRp126392
(dp126393
g11
Vhttp://dbpedia.org/resource/Ruieni_Hydroelectric_Power_Station
p126394
sbg6
(g13
g8
NtRp126395
(dp126396
g16
Nsg17
Nsg11
VRuieni Hydroelectric Power Station
p126397
sbg6
(g13
g8
NtRp126398
(dp126399
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Romania
p126400
sbNNNg6
(g7
g8
NtRp126401
(dp126402
g11
Vhttp://dbpedia.org/resource/Ruieni_Hydroelectric_Power_Station__Lake__1
p126403
sbNNNNNNg6
(g13
g8
NtRp126404
(dp126405
g16
Nsg17
Nsg11
VRuieni Hydro Power Plant is a large power plant on the Sebe\u015f River situated in Romania. The project was started and finished in the 1990s and it was made up by the construction of a rockfill with a clay core dam 125 m high which was equipped with two vertical turbines, the hydropower plant having an installed capacity of 153 MW. The power plant generates 130 GWh of electricity per year.
p126406
sbNtp126407
a(g6
(g7
g8
NtRp126408
(dp126409
g11
Vhttp://dbpedia.org/resource/Rukarara_Hydroelectric_Power_Station
p126410
sbg6
(g13
g8
NtRp126411
(dp126412
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Rukarara
p126413
sbg6
(g13
g8
NtRp126414
(dp126415
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rwanda
p126416
sbg6
(g13
g8
NtRp126417
(dp126418
g16
Nsg17
Nsg11
VRun of river
p126419
sbNNg6
(g7
g8
NtRp126420
(dp126421
g11
Vhttp://dbpedia.org/resource/Rukarara_Hydroelectric_Power_Station__Lake__1
p126422
sbNNNg6
(g13
g8
NtRp126423
(dp126424
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126425
(dp126426
g16
Nsg17
Nsg11
VRwanda
p126427
sbg6
(g13
g8
NtRp126428
(dp126429
g16
Nsg17
Nsg11
VRukarara Hydroelectric Power Station is a 9.5 MW (12,700 hp) hydroelectric power station in Rwanda.
p126430
sbg6
(g13
g8
NtRp126431
(dp126432
g16
Nsg17
Nsg11
VPOINT(29.553333282471 -2.4683332443237)
p126433
sbtp126434
a(g6
(g7
g8
NtRp126435
(dp126436
g11
Vhttp://dbpedia.org/resource/Rukarara_Hydroelectric_Power_Station
p126437
sbg6
(g13
g8
NtRp126438
(dp126439
g16
Nsg17
Nsg11
V\u0645\u062d\u0637\u0629 \u0631\u0648\u0643\u0627\u0631\u0627\u0631\u0627 \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0643\u0647\u0631\u0648\u0645\u0627\u0626\u064a\u0629
p126440
sbg6
(g13
g8
NtRp126441
(dp126442
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rwanda
p126443
sbg6
(g13
g8
NtRp126444
(dp126445
g16
Nsg17
Nsg11
VRun of river
p126446
sbNNg6
(g7
g8
NtRp126447
(dp126448
g11
Vhttp://dbpedia.org/resource/Rukarara_Hydroelectric_Power_Station__Lake__1
p126449
sbNNNg6
(g13
g8
NtRp126450
(dp126451
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126452
(dp126453
g16
Nsg17
Nsg11
VRwanda
p126454
sbg6
(g13
g8
NtRp126455
(dp126456
g16
Nsg17
Nsg11
VRukarara Hydroelectric Power Station is a 9.5 MW (12,700 hp) hydroelectric power station in Rwanda.
p126457
sbg6
(g13
g8
NtRp126458
(dp126459
g16
Nsg17
Nsg11
VPOINT(29.553333282471 -2.4683332443237)
p126460
sbtp126461
a(g6
(g7
g8
NtRp126462
(dp126463
g11
Vhttp://dbpedia.org/resource/Rukarara_Hydroelectric_Power_Station
p126464
sbg6
(g13
g8
NtRp126465
(dp126466
g16
Nsg17
Nsg11
VRukarara Hydroelectric Power Station
p126467
sbg6
(g13
g8
NtRp126468
(dp126469
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rwanda
p126470
sbg6
(g13
g8
NtRp126471
(dp126472
g16
Nsg17
Nsg11
VRun of river
p126473
sbNNg6
(g7
g8
NtRp126474
(dp126475
g11
Vhttp://dbpedia.org/resource/Rukarara_Hydroelectric_Power_Station__Lake__1
p126476
sbNNNg6
(g13
g8
NtRp126477
(dp126478
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126479
(dp126480
g16
Nsg17
Nsg11
VRwanda
p126481
sbg6
(g13
g8
NtRp126482
(dp126483
g16
Nsg17
Nsg11
VRukarara Hydroelectric Power Station is a 9.5 MW (12,700 hp) hydroelectric power station in Rwanda.
p126484
sbg6
(g13
g8
NtRp126485
(dp126486
g16
Nsg17
Nsg11
VPOINT(29.553333282471 -2.4683332443237)
p126487
sbtp126488
a(g6
(g7
g8
NtRp126489
(dp126490
g11
Vhttp://dbpedia.org/resource/Rumakali_Hydroelectric_Power_Station
p126491
sbg6
(g13
g8
NtRp126492
(dp126493
g16
Nsg17
Nsg11
VRumakali Hydroelectric Power Station
p126494
sbg6
(g13
g8
NtRp126495
(dp126496
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p126497
sbg6
(g13
g8
NtRp126498
(dp126499
g16
Nsg17
Nsg11
VEarth androckfill dam
p126500
sbNNNNg6
(g13
g8
NtRp126501
(dp126502
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp126503
(dp126504
g16
Nsg17
Nsg11
VUC
p126505
sbNg6
(g13
g8
NtRp126506
(dp126507
g16
Nsg17
Nsg11
VTanzania#Africa#World
p126508
sbg6
(g13
g8
NtRp126509
(dp126510
g16
Nsg17
Nsg11
VRumakali Hydroelectric Power Station is a 222 megawatts hydroelectric power station under construction in Tanzania. The power station is under development by a consortium comprising Tanzania Electric Supply Company Limited (TANESCO), the government-owned electricity utility company and the China Gezhouba Group. The power generated at this power station will be sold to TANESCO, for integration into the national electric grid.
p126511
sbg6
(g13
g8
NtRp126512
(dp126513
g16
Nsg17
Nsg11
VPOINT(34.129165649414 -9.1830558776855)
p126514
sbtp126515
a(g6
(g7
g8
NtRp126516
(dp126517
g11
Vhttp://dbpedia.org/resource/Rumakali_Hydroelectric_Power_Station
p126518
sbg6
(g13
g8
NtRp126519
(dp126520
g16
Nsg17
Nsg11
VRumakali Hydroelectric Power Station
p126521
sbg6
(g13
g8
NtRp126522
(dp126523
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tanzania
p126524
sbg6
(g13
g8
NtRp126525
(dp126526
g16
Nsg17
Nsg11
VEarth androckfill dam
p126527
sbNNNNg6
(g13
g8
NtRp126528
(dp126529
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp126530
(dp126531
g16
Nsg17
Nsg11
VUC
p126532
sbNg6
(g13
g8
NtRp126533
(dp126534
g16
Nsg17
Nsg11
VTanzania#Africa#World
p126535
sbg6
(g13
g8
NtRp126536
(dp126537
g16
Nsg17
Nsg11
VRumakali Hydroelectric Power Station is a 222 megawatts hydroelectric power station under construction in Tanzania. The power station is under development by a consortium comprising Tanzania Electric Supply Company Limited (TANESCO), the government-owned electricity utility company and the China Gezhouba Group. The power generated at this power station will be sold to TANESCO, for integration into the national electric grid.
p126538
sbg6
(g13
g8
NtRp126539
(dp126540
g16
Nsg17
Nsg11
VPOINT(34.129165649414 -9.1830558776855)
p126541
sbtp126542
a(g6
(g7
g8
NtRp126543
(dp126544
g11
Vhttp://dbpedia.org/resource/Ruo\u2013Ndiza_Hydroelectric_Power_Station
p126545
sbg6
(g13
g8
NtRp126546
(dp126547
g16
Nsg17
Nsg11
VRuo\u2013Ndiza Hydroelectric Power Station
p126548
sbg6
(g13
g8
NtRp126549
(dp126550
g16
Nsg17
Nsg11
VMalawi
p126551
sbNNNNNg6
(g13
g8
NtRp126552
(dp126553
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp126554
(dp126555
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ruo_River
p126556
sbg6
(g13
g8
NtRp126557
(dp126558
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126559
(dp126560
g16
Nsg17
Nsg11
VMalawi
p126561
sbg6
(g13
g8
NtRp126562
(dp126563
g16
Nsg17
Nsg11
VThe Ruo\u2013Ndiza Hydroelectric Power Station is an operational 8.25 megawatts (11,063 hp) hydroelectric power plant in southeastern Malawi, at the border with Mozambique.
p126564
sbg6
(g13
g8
NtRp126565
(dp126566
g16
Nsg17
Nsg11
VPOINT(35.664722442627 -16.090278625488)
p126567
sbtp126568
a(g6
(g7
g8
NtRp126569
(dp126570
g11
Vhttp://dbpedia.org/resource/Ruskin_Dam_and_Powerhouse
p126571
sbg6
(g13
g8
NtRp126572
(dp126573
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0420\u0430\u0441\u043a\u0456\u043d
p126574
sbg6
(g13
g8
NtRp126575
(dp126576
g16
Nsg17
Nsg11
VCanada
p126577
sbNg6
(g13
g8
NtRp126578
(dp126579
g16
Nsg17
g27
sg11
V0.11
p126580
sbg6
(g13
g8
NtRp126581
(dp126582
g16
Nsg17
g27
sg11
V45.7
p126583
sbg6
(g7
g8
NtRp126584
(dp126585
g11
Vhttp://dbpedia.org/resource/Ruskin_Dam_and_Powerhouse__Lake__1
p126586
sbg6
(g13
g8
NtRp126587
(dp126588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/BC_Hydro
p126589
sbNg6
(g13
g8
NtRp126590
(dp126591
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stave_River
p126592
sbg6
(g13
g8
NtRp126593
(dp126594
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126595
(dp126596
g16
Nsg17
Nsg11
VCanada British Columbia geo
p126597
sbg6
(g13
g8
NtRp126598
(dp126599
g16
Nsg17
Nsg11
VRuskin Dam is a concrete gravity dam on the Stave River in Ruskin, British Columbia, Canada. The dam was completed in 1930 for the primary purpose of hydroelectric power generation. The dam created Hayward Lake, which supplies water to a 105 MW powerhouse and flooded the Stave's former lower canyon, which ended in a small waterfall approximately where the dam is today.
p126600
sbg6
(g13
g8
NtRp126601
(dp126602
g16
Nsg17
Nsg11
VPOINT(-122.4075012207 49.195835113525)
p126603
sbtp126604
a(g6
(g7
g8
NtRp126605
(dp126606
g11
Vhttp://dbpedia.org/resource/Ruskin_Dam_and_Powerhouse
p126607
sbg6
(g13
g8
NtRp126608
(dp126609
g16
Nsg17
Nsg11
VRuskin Dam and Powerhouse
p126610
sbg6
(g13
g8
NtRp126611
(dp126612
g16
Nsg17
Nsg11
VCanada
p126613
sbNg6
(g13
g8
NtRp126614
(dp126615
g16
Nsg17
g27
sg11
V0.11
p126616
sbg6
(g13
g8
NtRp126617
(dp126618
g16
Nsg17
g27
sg11
V45.7
p126619
sbg6
(g7
g8
NtRp126620
(dp126621
g11
Vhttp://dbpedia.org/resource/Ruskin_Dam_and_Powerhouse__Lake__1
p126622
sbg6
(g13
g8
NtRp126623
(dp126624
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/BC_Hydro
p126625
sbNg6
(g13
g8
NtRp126626
(dp126627
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stave_River
p126628
sbg6
(g13
g8
NtRp126629
(dp126630
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp126631
(dp126632
g16
Nsg17
Nsg11
VCanada British Columbia geo
p126633
sbg6
(g13
g8
NtRp126634
(dp126635
g16
Nsg17
Nsg11
VRuskin Dam is a concrete gravity dam on the Stave River in Ruskin, British Columbia, Canada. The dam was completed in 1930 for the primary purpose of hydroelectric power generation. The dam created Hayward Lake, which supplies water to a 105 MW powerhouse and flooded the Stave's former lower canyon, which ended in a small waterfall approximately where the dam is today.
p126636
sbg6
(g13
g8
NtRp126637
(dp126638
g16
Nsg17
Nsg11
VPOINT(-122.4075012207 49.195835113525)
p126639
sbtp126640
a(g6
(g7
g8
NtRp126641
(dp126642
g11
Vhttp://dbpedia.org/resource/Rust_de_Winter_Dam
p126643
sbg6
(g13
g8
NtRp126644
(dp126645
g16
Nsg17
Nsg11
VRust de Winter Dam
p126646
sbg6
(g13
g8
NtRp126647
(dp126648
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p126649
sbg6
(g13
g8
NtRp126650
(dp126651
g16
Nsg17
Nsg11
VRock filling
p126652
sbg6
(g13
g8
NtRp126653
(dp126654
g16
Nsg17
g27
sg11
V0.271
p126655
sbNg6
(g7
g8
NtRp126656
(dp126657
g11
Vhttp://dbpedia.org/resource/Rust_de_Winter_Dam__Lake__1
p126658
sbg6
(g13
g8
NtRp126659
(dp126660
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p126661
sbg6
(g13
g8
NtRp126662
(dp126663
g16
Nsg17
Nsg11
VIrrigation
p126664
sbg6
(g13
g8
NtRp126665
(dp126666
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elands_River_(Olifants)
p126667
sbNNNg6
(g13
g8
NtRp126668
(dp126669
g16
Nsg17
Nsg11
VThe Rust de Winter Dam is a dam located on the Elands River, Limpopo, South Africa.
p126670
sbg6
(g13
g8
NtRp126671
(dp126672
g16
Nsg17
Nsg11
VPOINT(28.518054962158 -25.233333587646)
p126673
sbtp126674
a(g6
(g7
g8
NtRp126675
(dp126676
g11
Vhttp://dbpedia.org/resource/Rusumo_Hydroelectric_Power_Station
p126677
sbg6
(g13
g8
NtRp126678
(dp126679
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Rusumo
p126680
sbg6
(g13
g8
NtRp126681
(dp126682
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rwanda
p126683
sbNNNg6
(g7
g8
NtRp126684
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g11
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VUC
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VThe Rusumo Hydroelectric Power Station, also known as the Rusumo Power Station, is a hydropower plant under construction, with initial planned capacity installation of 80 megawatts (110,000 hp) when completed. The project will involve the construction of a dam, with run of river design. A more expensive 90 megawatts (120,000 hp) reservoir design was considered before being abandoned in favor of an 80 MW project with a smaller environmental impact and an estimated cost of US$300 million compared to US$400 million for the bigger project. The World Bank announced on 6 August 2013 that it had approved loans totaling US$340 million towards the US$468.60 million needed for the project. In November 2013, the African Development Bank approved a loan of US$113 million towards completion of the proj
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VUC
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g8
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g8
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VUC
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VRwanda
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g8
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VThe Rusumo Hydroelectric Power Station, also known as the Rusumo Power Station, is a hydropower plant under construction, with initial planned capacity installation of 80 megawatts (110,000 hp) when completed. The project will involve the construction of a dam, with run of river design. A more expensive 90 megawatts (120,000 hp) reservoir design was considered before being abandoned in favor of an 80 MW project with a smaller environmental impact and an estimated cost of US$300 million compared to US$400 million for the bigger project. The World Bank announced on 6 August 2013 that it had approved loans totaling US$340 million towards the US$468.60 million needed for the project. In November 2013, the African Development Bank approved a loan of US$113 million towards completion of the proj
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g8
NtRp126761
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Nsg17
Nsg11
VPOINT(30.785833358765 -2.3797221183777)
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g8
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p126767
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g8
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Nsg17
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g8
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Nsg17
Nsg11
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g8
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Nsg17
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VP
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g8
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Nsg17
Nsg11
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p126781
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g8
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VUC
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Nsg17
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VRwanda
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g8
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VThe Rusumo Hydroelectric Power Station, also known as the Rusumo Power Station, is a hydropower plant under construction, with initial planned capacity installation of 80 megawatts (110,000 hp) when completed. The project will involve the construction of a dam, with run of river design. A more expensive 90 megawatts (120,000 hp) reservoir design was considered before being abandoned in favor of an 80 MW project with a smaller environmental impact and an estimated cost of US$300 million compared to US$400 million for the bigger project. The World Bank announced on 6 August 2013 that it had approved loans totaling US$340 million towards the US$468.60 million needed for the project. In November 2013, the African Development Bank approved a loan of US$113 million towards completion of the proj
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g8
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VPOINT(30.785833358765 -2.3797221183777)
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p126797
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VCentrale hydroélectrique de Rusumo
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Nsg17
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VP
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VUC
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Nsg17
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VRwanda
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VThe Rusumo Hydroelectric Power Station, also known as the Rusumo Power Station, is a hydropower plant under construction, with initial planned capacity installation of 80 megawatts (110,000 hp) when completed. The project will involve the construction of a dam, with run of river design. A more expensive 90 megawatts (120,000 hp) reservoir design was considered before being abandoned in favor of an 80 MW project with a smaller environmental impact and an estimated cost of US$300 million compared to US$400 million for the bigger project. The World Bank announced on 6 August 2013 that it had approved loans totaling US$340 million towards the US$468.60 million needed for the project. In November 2013, the African Development Bank approved a loan of US$113 million towards completion of the proj
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g8
NtRp126821
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VPOINT(30.785833358765 -2.3797221183777)
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p126827
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VRutshuru Hydroelectric Power Station
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Nsg17
Nsg11
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p126836
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g8
NtRp126837
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Nsg11
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p126839
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g8
NtRp126840
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp126842
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g16
Nsg17
Nsg11
VDemocratic Republic of the Congo
p126844
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g8
NtRp126845
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VRutshuru Hydroelectric Power Station, also referred to as Rutshuru Hydropower Station, is a 13.8-megawatt (18,500 hp) hydroelectric power station under construction in the Democratic Republic of the Congo. The plant was finished on December 16, 2015.
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NtRp126848
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VPOINT(29.459999084473 -1.2258332967758)
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VRwimi Hydroelectric Power Station
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Nsg11
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Nsg17
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VO
sbNg6
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g8
NtRp126866
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g16
Nsg17
Nsg11
VUganda
p126868
sbg6
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g8
NtRp126869
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Nsg17
Nsg11
VRwimi Hydroelectric Power Station, also Rwimi Power Station, is an operational 5.54 megawatts (7,430 hp) hydroelectric power station in the Western Region of Uganda.
p126871
sbg6
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g8
NtRp126872
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g16
Nsg17
Nsg11
VPOINT(30.185277938843 0.38611111044884)
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p126878
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NtRp126879
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VRydal Dam
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g8
NtRp126882
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Nsg17
Nsg11
VAustralia
p126884
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g8
NtRp126885
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Nsg17
Nsg11
VE
sbg6
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g8
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Nsg17
g27
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V0.46
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VIndustrial
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Nsg17
Nsg11
VO
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g8
NtRp126898
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Nsg17
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VNew South Wales
p126900
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VRydal Dam is a minor ungated homogeneous earthfill embankment dam with a fuse plug uncontrolled open channel spillway across an off stream storage, located near Rydal in the Central Tablelands region of New South Wales, Australia. The dam's purpose is to provide water storage for Delta power stations at Wallerawang and Mount Piper. The impounded reservoir is also called the Rydal Dam.
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g8
NtRp126904
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Nsg11
VPOINT(150.0333404541 -33.483333587646)
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Vhttp://dbpedia.org/resource/Râu\u0219or_Dam
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Nsg11
VBarrage de Râu\u0219or
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NtRp126914
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Nsg17
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Vhttp://dbpedia.org/resource/Romania
p126916
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NtRp126917
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sbNNg6
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p126924
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g8
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VWater supply,hydroelectricity,irrigation
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p126933
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VRomania
p126936
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g8
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VRâu\u0219or is a rock-fill water dam build in 1987 in the far north of Arge\u0219 County, Romania. It impounds the Râul Târgului. It has a wall height of 120 m (390 ft) and a total volume of 60 million m³.
p126939
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VPOINT(25.062728881836 45.393825531006)
p126942
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VRâu\u0219or Dam
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p126952
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VWater supply,hydroelectricity,irrigation
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p126966
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p126969
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VRomania
p126972
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g8
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VRâu\u0219or is a rock-fill water dam build in 1987 in the far north of Arge\u0219 County, Romania. It impounds the Râul Târgului. It has a wall height of 120 m (390 ft) and a total volume of 60 million m³.
p126975
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VPOINT(25.062728881836 45.393825531006)
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VPresa de Régua
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Vhttp://dbpedia.org/resource/Portugal
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VConcretegravity dam
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g27
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V0.35
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V81.0
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p127000
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Nsg17
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VPower
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Nsg17
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VO
sbg6
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Nsg17
g27
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V108000.0
p127011
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NtRp127012
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VPortugal
p127014
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g8
NtRp127015
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Nsg17
Nsg11
VRégua Dam (Portuguese: Barragem da Régua) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Vila Real and Viseu. It is located in the municipality Peso da Régua, in Vila Real District, Portugal. Construction of the dam began in 1965. The dam was completed in 1973. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VRégua Dam (Portuguese: Barragem da Régua) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Vila Real and Viseu. It is located in the municipality Peso da Régua, in Vila Real District, Portugal. Construction of the dam began in 1965. The dam was completed in 1973. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VRégua Dam (Portuguese: Barragem da Régua) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Vila Real and Viseu. It is located in the municipality Peso da Régua, in Vila Real District, Portugal. Construction of the dam began in 1965. The dam was completed in 1973. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VRégua Dam (Portuguese: Barragem da Régua) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Vila Real and Viseu. It is located in the municipality Peso da Régua, in Vila Real District, Portugal. Construction of the dam began in 1965. The dam was completed in 1973. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VRégua Dam (Portuguese: Barragem da Régua) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Vila Real and Viseu. It is located in the municipality Peso da Régua, in Vila Real District, Portugal. Construction of the dam began in 1965. The dam was completed in 1973. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VPOINT(-7.7399997711182 41.146110534668)
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VBalochistan Pakistan#Pakistan
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VSabakzai Dam is an embankment dam on the , a tributary of Zhob River, about 68 km southwest of Zhob in Balochistan, Pakistan. The 395 m long dam is earth and rock-fill with a command area of 7300 acres. Construction began in 2004 and it was inaugurated by President Pervez Musharraf on 3 September 2007. The irrigation works are still being constructed.
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VSabha Khola Hydropower Station
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VNepal
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Vo
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VNepal
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VSabha Khola Hydropower Station (Nepali:\u0938\u093e\u092c\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sankhuwasabha District of Nepal. The flow from Sabha River is used to generate 3.3 MW electricity. The plant is owned and developed by Dibyaswari Hydropower P Ltd, an IPP of Nepal. The plant started generating electricity from 2074-06-04BS. The generation licence will expire in 2104-10-03 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VIndia
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VI
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VUC
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VSadarmat Barrage is an under-construction barrage across Godavari River at Ponkal village, Mamda mandal, Nirmal district of Telangana State. This barrage is situated 32 km downstream of Sriram Sagar Project, on the Godavari river and about 7 km upstream of Sadarmat Anicut. The project will provide irrigation facilities for an ayacut of 20,000 acres in Nirmal district of Telangana State.
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VZapora Saguling
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VIndonesia
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VEmbankment, rock-fill with watertight core
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V0.301
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V650.5
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VO
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VIndonesia
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VThe Saguling Dam is an embankment dam on the headwater of Citarum River in West Java, Indonesia. It is located 26 km (16 mi) west of Bandung. Construction began in 1983. The reservoir had filled by 1985 and the first generator was operational in 1986. The primary purpose of the dam is hydroelectric power generation but it also provides for water supply and aquaculture. The 99 m (325 ft) tall dam is rock-fill embankment-type with watertight core that withholds a reservoir with a capacity of 2,750,000,000 m3 (2,229,461 acre\u22c5ft). Its power station has 4 x 175 MW Francis turbine generators with an installed capacity of 700 MW. Including land acquisition, the cost of the dam with power plant was about $US 663 million. The installed capacity of the power plant might be expanded to 1,400 MW in th
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VIndonesia
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V650.5
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VThe Saguling Dam is an embankment dam on the headwater of Citarum River in West Java, Indonesia. It is located 26 km (16 mi) west of Bandung. Construction began in 1983. The reservoir had filled by 1985 and the first generator was operational in 1986. The primary purpose of the dam is hydroelectric power generation but it also provides for water supply and aquaculture. The 99 m (325 ft) tall dam is rock-fill embankment-type with watertight core that withholds a reservoir with a capacity of 2,750,000,000 m3 (2,229,461 acre\u22c5ft). Its power station has 4 x 175 MW Francis turbine generators with an installed capacity of 700 MW. Including land acquisition, the cost of the dam with power plant was about $US 663 million. The installed capacity of the power plant might be expanded to 1,400 MW in th
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VPOINT(107.36611175537 -6.9124999046326)
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VIndonesia
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V650.5
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g8
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Vhttp://dbpedia.org/resource/Saguling_Dam__Lake__1
p127381
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g8
NtRp127382
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Nsg17
Nsg11
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p127384
sbg6
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g8
NtRp127385
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp127387
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Nsg17
Nsg11
VIndonesia
p127389
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g8
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VThe Saguling Dam is an embankment dam on the headwater of Citarum River in West Java, Indonesia. It is located 26 km (16 mi) west of Bandung. Construction began in 1983. The reservoir had filled by 1985 and the first generator was operational in 1986. The primary purpose of the dam is hydroelectric power generation but it also provides for water supply and aquaculture. The 99 m (325 ft) tall dam is rock-fill embankment-type with watertight core that withholds a reservoir with a capacity of 2,750,000,000 m3 (2,229,461 acre\u22c5ft). Its power station has 4 x 175 MW Francis turbine generators with an installed capacity of 700 MW. Including land acquisition, the cost of the dam with power plant was about $US 663 million. The installed capacity of the power plant might be expanded to 1,400 MW in th
p127392
sbg6
(g13
g8
NtRp127393
(dp127394
g16
Nsg17
Nsg11
VPOINT(107.36611175537 -6.9124999046326)
p127395
sbtp127396
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Vhttp://dbpedia.org/resource/Saguling_Dam
p127399
sbg6
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g8
NtRp127400
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g16
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VBarrage hydroélectrique de Saguling
p127402
sbg6
(g13
g8
NtRp127403
(dp127404
g16
Nsg17
Nsg11
VIndonesia
p127405
sbg6
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g8
NtRp127406
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g16
Nsg17
Nsg11
VEmbankment, rock-fill with watertight core
p127408
sbg6
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g8
NtRp127409
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g16
Nsg17
g27
sg11
V0.301
p127411
sbg6
(g13
g8
NtRp127412
(dp127413
g16
Nsg17
g27
sg11
V650.5
p127414
sbg6
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g8
NtRp127415
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p127417
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NtRp127418
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Nsg17
Nsg11
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p127420
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g8
NtRp127421
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp127423
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g16
Nsg17
Nsg11
VIndonesia
p127425
sbg6
(g13
g8
NtRp127426
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g16
Nsg17
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VThe Saguling Dam is an embankment dam on the headwater of Citarum River in West Java, Indonesia. It is located 26 km (16 mi) west of Bandung. Construction began in 1983. The reservoir had filled by 1985 and the first generator was operational in 1986. The primary purpose of the dam is hydroelectric power generation but it also provides for water supply and aquaculture. The 99 m (325 ft) tall dam is rock-fill embankment-type with watertight core that withholds a reservoir with a capacity of 2,750,000,000 m3 (2,229,461 acre\u22c5ft). Its power station has 4 x 175 MW Francis turbine generators with an installed capacity of 700 MW. Including land acquisition, the cost of the dam with power plant was about $US 663 million. The installed capacity of the power plant might be expanded to 1,400 MW in th
p127428
sbg6
(g13
g8
NtRp127429
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g16
Nsg17
Nsg11
VPOINT(107.36611175537 -6.9124999046326)
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p127435
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g8
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VSahofika Hydroelectric Power Station
p127438
sbg6
(g13
g8
NtRp127439
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Madagascar
p127441
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NtRp127442
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Nsg17
Nsg11
VP
sbNg6
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g8
NtRp127444
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g16
Nsg17
Nsg11
VUC
p127446
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g8
NtRp127447
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g16
Nsg17
Nsg11
VMadagascar#Africa
p127449
sbg6
(g13
g8
NtRp127450
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g16
Nsg17
Nsg11
VSahofika Hydroelectric Power Station, also referred to as Sahofika Power Station, is a 205 megawatts (275,000 hp) hydroelectric power station under construction in Madagascar.
p127452
sbg6
(g13
g8
NtRp127453
(dp127454
g16
Nsg17
Nsg11
VPOINT(47.406665802002 -19.566944122314)
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sbtp127456
a(g6
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g11
Vhttp://dbpedia.org/resource/Saindak_Dam
p127459
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g8
NtRp127460
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g16
Nsg17
Nsg11
VSaindak Dam
p127462
sbg6
(g13
g8
NtRp127463
(dp127464
g16
Nsg17
Nsg11
VPakistan
p127465
sbNNNNNNNNNg6
(g13
g8
NtRp127466
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g16
Nsg17
Nsg11
VPakistan
p127468
sbg6
(g13
g8
NtRp127469
(dp127470
g16
Nsg17
Nsg11
VSaindak Dam is located in the desert of Saindak/Reko Diq, about 50 km away from the Iran border, in Baluchistan, Pakistan.
p127471
sbg6
(g13
g8
NtRp127472
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g16
Nsg17
Nsg11
VPOINT(61.648063659668 29.240274429321)
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NtRp127476
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Vhttp://dbpedia.org/resource/Saint-Alban_generating_station-2
p127478
sbg6
(g13
g8
NtRp127479
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g16
Nsg17
Nsg11
VCentrale de Saint-Alban-2
p127481
sbg6
(g13
g8
NtRp127482
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g16
Nsg17
Nsg11
VCanada
p127484
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Nsg17
Nsg11
VPower
p127487
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Nsg17
Nsg11
VO
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g8
NtRp127490
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g16
Nsg17
Nsg11
VCanada Quebec
p127492
sbg6
(g13
g8
NtRp127493
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g16
Nsg17
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VThe Saint-Alban-2 power station is an old hydroelectric power station located on the Sainte-Anne River at the level of the in Saint-Alban in province of Quebec (Canada). It was built between 1925 and 1927 to replace the Saint-Alban-2 power station, which was destroyed by a flood in 1924. It was in use until 1984. It was built at the start of the 2000s to be included in the Portneuf Regional Natural Park.The power station, the , the penstock as well as the dam were cited as in 2002 by the municipality of Saint-Alban.
p127495
sbg6
(g13
g8
NtRp127496
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g16
Nsg17
Nsg11
VPOINT(-72.082496643066 46.706943511963)
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g8
NtRp127500
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p127502
sbg6
(g13
g8
NtRp127503
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g16
Nsg17
Nsg11
VCentrale de Saint-Alban-2
p127505
sbg6
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g8
NtRp127506
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g16
Nsg17
Nsg11
VCanada
p127508
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g8
NtRp127509
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g16
Nsg17
Nsg11
VPower
p127511
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g8
NtRp127512
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp127514
(dp127515
g16
Nsg17
Nsg11
VCanada Quebec
p127516
sbg6
(g13
g8
NtRp127517
(dp127518
g16
Nsg17
Nsg11
VThe Saint-Alban-2 power station is an old hydroelectric power station located on the Sainte-Anne River at the level of the in Saint-Alban in province of Quebec (Canada). It was built between 1925 and 1927 to replace the Saint-Alban-2 power station, which was destroyed by a flood in 1924. It was in use until 1984. It was built at the start of the 2000s to be included in the Portneuf Regional Natural Park.The power station, the , the penstock as well as the dam were cited as in 2002 by the municipality of Saint-Alban.
p127519
sbg6
(g13
g8
NtRp127520
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g16
Nsg17
Nsg11
VPOINT(-72.082496643066 46.706943511963)
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Vhttp://dbpedia.org/resource/Saint-Alban_generating_station-2
p127526
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g8
NtRp127527
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Nsg17
Nsg11
VSaint-Alban generating station-2
p127529
sbg6
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g8
NtRp127530
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g16
Nsg17
Nsg11
VCanada
p127532
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Nsg17
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VPower
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g8
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp127538
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g16
Nsg17
Nsg11
VCanada Quebec
p127540
sbg6
(g13
g8
NtRp127541
(dp127542
g16
Nsg17
Nsg11
VThe Saint-Alban-2 power station is an old hydroelectric power station located on the Sainte-Anne River at the level of the in Saint-Alban in province of Quebec (Canada). It was built between 1925 and 1927 to replace the Saint-Alban-2 power station, which was destroyed by a flood in 1924. It was in use until 1984. It was built at the start of the 2000s to be included in the Portneuf Regional Natural Park.The power station, the , the penstock as well as the dam were cited as in 2002 by the municipality of Saint-Alban.
p127543
sbg6
(g13
g8
NtRp127544
(dp127545
g16
Nsg17
Nsg11
VPOINT(-72.082496643066 46.706943511963)
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a(g6
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Vhttp://dbpedia.org/resource/Saint_Marys_Falls_Hydropower_Plant
p127550
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g8
NtRp127551
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Nsg17
Nsg11
VSaint Marys Falls Hydropower Plant
p127553
sbg6
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g8
NtRp127554
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g16
Nsg17
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VUnited States
p127556
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(g13
g8
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VThe Saint Marys Falls Hydropower Plant is an 18-MW hydroelectric generating plant located in Sault Ste. Marie, Michigan (the "Soo"). It extracts water from the St. Marys River under the supervision of the Army Corps of Engineers, and the power is taken up and distributed by the Cloverland Electric Cooperative, a rural utility that serves the Soo area.
p127559
sbg6
(g13
g8
NtRp127560
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g16
Nsg17
Nsg11
VPOINT(-84.332130432129 46.497428894043)
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Vhttp://dbpedia.org/resource/Sakaigawa_Dam
p127566
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Nsg11
VSakaigawa Dam
p127569
sbg6
(g13
g8
NtRp127570
(dp127571
g16
Nsg17
Nsg11
VJapan
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g8
NtRp127573
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g16
Nsg17
Nsg11
VGravity
p127575
sbg6
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g8
NtRp127576
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g16
Nsg17
g27
sg11
V0.2975
p127578
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g8
NtRp127579
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NtRp127582
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Nsg17
Nsg11
VPower
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Vhttp://dbpedia.org/resource/Sh\u014d_River
p127587
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g8
NtRp127588
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Nsg17
Nsg11
VO
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NtRp127590
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Nsg17
g27
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V713000.0
p127592
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g8
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Nsg17
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VJapan
p127595
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VSakaigawa Dam (\u5883\u5ddd\u30c0\u30e0, Sakaigawa damu) is a dam in Nanto, Toyama Prefecture and Shirakawa, Gifu Prefecture, Japan. It is named for the (a tributary of the Sh\u014d River), upon which it is built. The dam has an associated 27 MW hydroelectric power station about 2.9 km (1.8 mi) downstream. It was commissioned in June 1993.
p127598
sbg6
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NtRp127599
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Nsg11
VPOINT(136.83972167969 36.348888397217)
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NtRp127603
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Vhttp://dbpedia.org/resource/Sakaigawa_Dam
p127605
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NtRp127606
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g16
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Nsg11
VSakaigawa Dam
p127608
sbg6
(g13
g8
NtRp127609
(dp127610
g16
Nsg17
Nsg11
VJapan
p127611
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g8
NtRp127612
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g16
Nsg17
Nsg11
VGravity
p127614
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g8
NtRp127615
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g16
Nsg17
g27
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V0.2975
p127617
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g8
NtRp127618
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Nsg17
Nsg11
VPower
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p127626
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g8
NtRp127627
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Nsg17
Nsg11
VO
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NtRp127629
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Nsg17
g27
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V713000.0
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p127634
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VSakaigawa Dam (\u5883\u5ddd\u30c0\u30e0, Sakaigawa damu) is a dam in Nanto, Toyama Prefecture and Shirakawa, Gifu Prefecture, Japan. It is named for the (a tributary of the Sh\u014d River), upon which it is built. The dam has an associated 27 MW hydroelectric power station about 2.9 km (1.8 mi) downstream. It was commissioned in June 1993.
p127637
sbg6
(g13
g8
NtRp127638
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VPOINT(136.83972167969 36.348888397217)
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p127644
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V\u5883\u5ddd\u30c0\u30e0
p127647
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g8
NtRp127648
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Nsg11
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VGravity
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g27
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Nsg17
Nsg11
VPower
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VO
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VJapan
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VSakaigawa Dam (\u5883\u5ddd\u30c0\u30e0, Sakaigawa damu) is a dam in Nanto, Toyama Prefecture and Shirakawa, Gifu Prefecture, Japan. It is named for the (a tributary of the Sh\u014d River), upon which it is built. The dam has an associated 27 MW hydroelectric power station about 2.9 km (1.8 mi) downstream. It was commissioned in June 1993.
p127676
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VPOINT(136.83972167969 36.348888397217)
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VSakuma-Talsperre
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VG
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VFlood control(after redevelopment)
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VO
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NtRp127706
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Nsg17
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V1.12e+06
p127708
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VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127711
sbg6
(g13
g8
NtRp127712
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Nsg17
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VPOINT(137.79417419434 35.099445343018)
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p127718
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NtRp127719
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Nsg17
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V\u4f50\u4e45\u95f4\u6c34\u575d
p127721
sbg6
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127724
sbg6
(g13
g8
NtRp127725
(dp127726
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127727
(dp127728
g16
Nsg17
g27
sg11
V0.2935
p127729
sbNg6
(g7
g8
NtRp127730
(dp127731
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127732
sbNg6
(g13
g8
NtRp127733
(dp127734
g16
Nsg17
Nsg11
VFlood control(after redevelopment)
p127735
sbg6
(g13
g8
NtRp127736
(dp127737
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127738
sbg6
(g13
g8
NtRp127739
(dp127740
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127741
(dp127742
g16
Nsg17
g27
sg11
V1.12e+06
p127743
sbNg6
(g13
g8
NtRp127744
(dp127745
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127746
sbg6
(g13
g8
NtRp127747
(dp127748
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127749
sbtp127750
a(g6
(g7
g8
NtRp127751
(dp127752
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127753
sbg6
(g13
g8
NtRp127754
(dp127755
g16
Nsg17
Nsg11
V\u4f50\u4e45\u9593\u30c0\u30e0
p127756
sbg6
(g13
g8
NtRp127757
(dp127758
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127759
sbg6
(g13
g8
NtRp127760
(dp127761
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127762
(dp127763
g16
Nsg17
g27
sg11
V0.2935
p127764
sbNg6
(g7
g8
NtRp127765
(dp127766
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127767
sbNg6
(g13
g8
NtRp127768
(dp127769
g16
Nsg17
Nsg11
VFlood control(after redevelopment)
p127770
sbg6
(g13
g8
NtRp127771
(dp127772
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127773
sbg6
(g13
g8
NtRp127774
(dp127775
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127776
(dp127777
g16
Nsg17
g27
sg11
V1.12e+06
p127778
sbNg6
(g13
g8
NtRp127779
(dp127780
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127781
sbg6
(g13
g8
NtRp127782
(dp127783
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127784
sbtp127785
a(g6
(g7
g8
NtRp127786
(dp127787
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127788
sbg6
(g13
g8
NtRp127789
(dp127790
g16
Nsg17
Nsg11
V\u4f50\u4e45\u9593\u30c0\u30e0
p127791
sbg6
(g13
g8
NtRp127792
(dp127793
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127794
sbg6
(g13
g8
NtRp127795
(dp127796
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127797
(dp127798
g16
Nsg17
g27
sg11
V0.2935
p127799
sbNg6
(g7
g8
NtRp127800
(dp127801
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127802
sbNg6
(g13
g8
NtRp127803
(dp127804
g16
Nsg17
Nsg11
VPower generation
p127805
sbg6
(g13
g8
NtRp127806
(dp127807
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127808
sbg6
(g13
g8
NtRp127809
(dp127810
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127811
(dp127812
g16
Nsg17
g27
sg11
V1.12e+06
p127813
sbNg6
(g13
g8
NtRp127814
(dp127815
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127816
sbg6
(g13
g8
NtRp127817
(dp127818
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127819
sbtp127820
a(g6
(g7
g8
NtRp127821
(dp127822
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127823
sbg6
(g13
g8
NtRp127824
(dp127825
g16
Nsg17
Nsg11
VDiga di Sakuma
p127826
sbg6
(g13
g8
NtRp127827
(dp127828
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127829
sbg6
(g13
g8
NtRp127830
(dp127831
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127832
(dp127833
g16
Nsg17
g27
sg11
V0.2935
p127834
sbNg6
(g7
g8
NtRp127835
(dp127836
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127837
sbNg6
(g13
g8
NtRp127838
(dp127839
g16
Nsg17
Nsg11
VFlood control(after redevelopment)
p127840
sbg6
(g13
g8
NtRp127841
(dp127842
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127843
sbg6
(g13
g8
NtRp127844
(dp127845
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127846
(dp127847
g16
Nsg17
g27
sg11
V1.12e+06
p127848
sbNg6
(g13
g8
NtRp127849
(dp127850
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127851
sbg6
(g13
g8
NtRp127852
(dp127853
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127854
sbtp127855
a(g6
(g7
g8
NtRp127856
(dp127857
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127858
sbg6
(g13
g8
NtRp127859
(dp127860
g16
Nsg17
Nsg11
VSakuma-Talsperre
p127861
sbg6
(g13
g8
NtRp127862
(dp127863
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127864
sbg6
(g13
g8
NtRp127865
(dp127866
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127867
(dp127868
g16
Nsg17
g27
sg11
V0.2935
p127869
sbNg6
(g7
g8
NtRp127870
(dp127871
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127872
sbNg6
(g13
g8
NtRp127873
(dp127874
g16
Nsg17
Nsg11
VPower generation
p127875
sbg6
(g13
g8
NtRp127876
(dp127877
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127878
sbg6
(g13
g8
NtRp127879
(dp127880
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127881
(dp127882
g16
Nsg17
g27
sg11
V1.12e+06
p127883
sbNg6
(g13
g8
NtRp127884
(dp127885
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127886
sbg6
(g13
g8
NtRp127887
(dp127888
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127889
sbtp127890
a(g6
(g7
g8
NtRp127891
(dp127892
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127893
sbg6
(g13
g8
NtRp127894
(dp127895
g16
Nsg17
Nsg11
V\u4f50\u4e45\u95f4\u6c34\u575d
p127896
sbg6
(g13
g8
NtRp127897
(dp127898
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127899
sbg6
(g13
g8
NtRp127900
(dp127901
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127902
(dp127903
g16
Nsg17
g27
sg11
V0.2935
p127904
sbNg6
(g7
g8
NtRp127905
(dp127906
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127907
sbNg6
(g13
g8
NtRp127908
(dp127909
g16
Nsg17
Nsg11
VPower generation
p127910
sbg6
(g13
g8
NtRp127911
(dp127912
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127913
sbg6
(g13
g8
NtRp127914
(dp127915
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127916
(dp127917
g16
Nsg17
g27
sg11
V1.12e+06
p127918
sbNg6
(g13
g8
NtRp127919
(dp127920
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127921
sbg6
(g13
g8
NtRp127922
(dp127923
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127924
sbtp127925
a(g6
(g7
g8
NtRp127926
(dp127927
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127928
sbg6
(g13
g8
NtRp127929
(dp127930
g16
Nsg17
Nsg11
VSakuma Dam
p127931
sbg6
(g13
g8
NtRp127932
(dp127933
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127934
sbg6
(g13
g8
NtRp127935
(dp127936
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127937
(dp127938
g16
Nsg17
g27
sg11
V0.2935
p127939
sbNg6
(g7
g8
NtRp127940
(dp127941
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127942
sbNg6
(g13
g8
NtRp127943
(dp127944
g16
Nsg17
Nsg11
VPower generation
p127945
sbg6
(g13
g8
NtRp127946
(dp127947
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127948
sbg6
(g13
g8
NtRp127949
(dp127950
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127951
(dp127952
g16
Nsg17
g27
sg11
V1.12e+06
p127953
sbNg6
(g13
g8
NtRp127954
(dp127955
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127956
sbg6
(g13
g8
NtRp127957
(dp127958
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127959
sbtp127960
a(g6
(g7
g8
NtRp127961
(dp127962
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127963
sbg6
(g13
g8
NtRp127964
(dp127965
g16
Nsg17
Nsg11
VDiga di Sakuma
p127966
sbg6
(g13
g8
NtRp127967
(dp127968
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p127969
sbg6
(g13
g8
NtRp127970
(dp127971
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp127972
(dp127973
g16
Nsg17
g27
sg11
V0.2935
p127974
sbNg6
(g7
g8
NtRp127975
(dp127976
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p127977
sbNg6
(g13
g8
NtRp127978
(dp127979
g16
Nsg17
Nsg11
VPower generation
p127980
sbg6
(g13
g8
NtRp127981
(dp127982
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p127983
sbg6
(g13
g8
NtRp127984
(dp127985
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp127986
(dp127987
g16
Nsg17
g27
sg11
V1.12e+06
p127988
sbNg6
(g13
g8
NtRp127989
(dp127990
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p127991
sbg6
(g13
g8
NtRp127992
(dp127993
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p127994
sbtp127995
a(g6
(g7
g8
NtRp127996
(dp127997
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam
p127998
sbg6
(g13
g8
NtRp127999
(dp128000
g16
Nsg17
Nsg11
VSakuma Dam
p128001
sbg6
(g13
g8
NtRp128002
(dp128003
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Japan
p128004
sbg6
(g13
g8
NtRp128005
(dp128006
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp128007
(dp128008
g16
Nsg17
g27
sg11
V0.2935
p128009
sbNg6
(g7
g8
NtRp128010
(dp128011
g11
Vhttp://dbpedia.org/resource/Sakuma_Dam__Lake__1
p128012
sbNg6
(g13
g8
NtRp128013
(dp128014
g16
Nsg17
Nsg11
VFlood control(after redevelopment)
p128015
sbg6
(g13
g8
NtRp128016
(dp128017
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tenry\u016b_River
p128018
sbg6
(g13
g8
NtRp128019
(dp128020
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp128021
(dp128022
g16
Nsg17
g27
sg11
V1.12e+06
p128023
sbNg6
(g13
g8
NtRp128024
(dp128025
g16
Nsg17
Nsg11
VThe Sakuma Dam (\u4f50\u4e45\u9593\u30c0\u30e0, Sakuma damu) is a dam on the Tenry\u016b River, located on the border of Toyone, Kitashitara District, Aichi Prefecture on the island of Honsh\u016b, Japan. It is one of the tallest dams in Japan and supports a 350 MW hydroelectric power station. Nearby a frequency converter station is installed, allowing interchange of power between Japan's 50 Hz and 60 Hz AC networks.
p128026
sbg6
(g13
g8
NtRp128027
(dp128028
g16
Nsg17
Nsg11
VPOINT(137.79417419434 35.099445343018)
p128029
sbtp128030
a(g6
(g7
g8
NtRp128031
(dp128032
g11
Vhttp://dbpedia.org/resource/Salal_Dam
p128033
sbg6
(g13
g8
NtRp128034
(dp128035
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0430\u043b\u0430\u043b
p128036
sbg6
(g13
g8
NtRp128037
(dp128038
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p128039
sbg6
(g13
g8
NtRp128040
(dp128041
g16
Nsg17
Nsg11
VGravity dam
p128042
sbg6
(g13
g8
NtRp128043
(dp128044
g16
Nsg17
g27
sg11
V0.487
p128045
sbNg6
(g7
g8
NtRp128046
(dp128047
g11
Vhttp://dbpedia.org/resource/Salal_Dam__Lake__1
p128048
sbNNg6
(g13
g8
NtRp128049
(dp128050
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chenab_River
p128051
sbg6
(g13
g8
NtRp128052
(dp128053
g16
Nsg17
Nsg11
VOperational
p128054
sbg6
(g13
g8
NtRp128055
(dp128056
g16
Nsg17
g27
sg11
V1.45e+06
p128057
sbg6
(g13
g8
NtRp128058
(dp128059
g16
Nsg17
Nsg11
VIndia Jammu and Kashmir
p128060
sbg6
(g13
g8
NtRp128061
(dp128062
g16
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VSalal Dam (Hindi: \u0938\u0932\u093e\u0932 \u092c\u093e\u0901\u0927 Sal\u0101l B\u0101ndh), also known as Salal Hydroelectric Power Station, is a run-of-the-river hydropower project on the Chenab River in the Reasi district of the Jammu and Kashmir. It was the first hydropower project built by India in Jammu and Kashmir under the Indus Water Treaty regime. After having reached a bilateral agreement with Pakistan in 1978, with significant concessions made to Pakistan in the design of the dam, reducing its height, eliminating operating pool, and plugging the under-sluices meant for sediment management, India completed the project in 1987. The concessions made in the interest of bilateralism damaged the long-term sustainability of the dam, which silted up in five years. It currently runs at 57% capacity factor. Its long-term future is uncert
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VSalal Dam (Hindi: \u0938\u0932\u093e\u0932 \u092c\u093e\u0901\u0927 Sal\u0101l B\u0101ndh), also known as Salal Hydroelectric Power Station, is a run-of-the-river hydropower project on the Chenab River in the Reasi district of the Jammu and Kashmir. It was the first hydropower project built by India in Jammu and Kashmir under the Indus Water Treaty regime. After having reached a bilateral agreement with Pakistan in 1978, with significant concessions made to Pakistan in the design of the dam, reducing its height, eliminating operating pool, and plugging the under-sluices meant for sediment management, India completed the project in 1987. The concessions made in the interest of bilateralism damaged the long-term sustainability of the dam, which silted up in five years. It currently runs at 57% capacity factor. Its long-term future is uncert
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VSalamonie Dam (National ID # IN03005) is a dam in Wabash County, Indiana. The earthen and rockfill dam was constructed in 1966 by the United States Army Corps of Engineers, with a height of 133 feet and 6100 feet long at its crest. It impounds the Salamonie River for flood control and storm water managed, is owned by the Corps of Engineers, and is operated by the Corps and the Indiana Department of Natural Resources.
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VThe Selaulim Dam is located on the Selaulim River, a tributary of the Zuari River in Goa, India, is an integral component of the Selaulim Irrigation Project which envisages benefits of irrigation and drinking water supply. The dam is a composite earth+masonry dam of 42.7 metres (140 ft) height with a water spread area of 24 km2 (9.3 sq mi).
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VSalime Reservoir is a reservoir in Asturias, Spain across the Navia River. It is the third reservoir built in this river after and . It is formed by a 128 meters high Gravity dam and it is located at the confluence of the municipalities of Pesoz, Grandas de Salime and Allande. The road AS-14 runs over the dam. The occupied area by the reservoir is 685 ha between Grandas de Salime and Ibias in Asturias and Negueira de Muñiz in Lugo. The dam serves mainly to generate hydroelectric power, but it is also used for recreational uses.
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VSalime Reservoir is a reservoir in Asturias, Spain across the Navia River. It is the third reservoir built in this river after and . It is formed by a 128 meters high Gravity dam and it is located at the confluence of the municipalities of Pesoz, Grandas de Salime and Allande. The road AS-14 runs over the dam. The occupied area by the reservoir is 685 ha between Grandas de Salime and Ibias in Asturias and Negueira de Muñiz in Lugo. The dam serves mainly to generate hydroelectric power, but it is also used for recreational uses.
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VSalime Reservoir is a reservoir in Asturias, Spain across the Navia River. It is the third reservoir built in this river after and . It is formed by a 128 meters high Gravity dam and it is located at the confluence of the municipalities of Pesoz, Grandas de Salime and Allande. The road AS-14 runs over the dam. The occupied area by the reservoir is 685 ha between Grandas de Salime and Ibias in Asturias and Negueira de Muñiz in Lugo. The dam serves mainly to generate hydroelectric power, but it is also used for recreational uses.
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VSalime Reservoir is a reservoir in Asturias, Spain across the Navia River. It is the third reservoir built in this river after and . It is formed by a 128 meters high Gravity dam and it is located at the confluence of the municipalities of Pesoz, Grandas de Salime and Allande. The road AS-14 runs over the dam. The occupied area by the reservoir is 685 ha between Grandas de Salime and Ibias in Asturias and Negueira de Muñiz in Lugo. The dam serves mainly to generate hydroelectric power, but it is also used for recreational uses.
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VSalime Reservoir is a reservoir in Asturias, Spain across the Navia River. It is the third reservoir built in this river after and . It is formed by a 128 meters high Gravity dam and it is located at the confluence of the municipalities of Pesoz, Grandas de Salime and Allande. The road AS-14 runs over the dam. The occupied area by the reservoir is 685 ha between Grandas de Salime and Ibias in Asturias and Negueira de Muñiz in Lugo. The dam serves mainly to generate hydroelectric power, but it is also used for recreational uses.
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VThe Salina Pumped Storage Project is a 260-megawatt (350,000 hp) pumped-storage power station near Salina, Oklahoma. It is owned and operated by the Grand River Dam Authority (GRDA). Its construction was in response to growing power demands and a lack of dam sites on the Grand River. The first phase was completed in 1968 and the second in 1971. The upper reservoir for the power station is Lake W. R. Holway which was built on Saline Creek and the lower reservoir is Lake Hudson on the Grand River. During periods of lower power demand, water is pumped from Lake Hudson to Lake Holway and released back down through the pump-generators during periods of high energy demand.
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NtRp128400
(dp128401
g16
Nsg17
Nsg11
VThe Salina Pumped Storage Project is a 260-megawatt (350,000 hp) pumped-storage power station near Salina, Oklahoma. It is owned and operated by the Grand River Dam Authority (GRDA). Its construction was in response to growing power demands and a lack of dam sites on the Grand River. The first phase was completed in 1968 and the second in 1971. The upper reservoir for the power station is Lake W. R. Holway which was built on Saline Creek and the lower reservoir is Lake Hudson on the Grand River. During periods of lower power demand, water is pumped from Lake Hudson to Lake Holway and released back down through the pump-generators during periods of high energy demand.
p128402
sbg6
(g13
g8
NtRp128403
(dp128404
g16
Nsg17
Nsg11
VPOINT(-95.104164123535 36.265277862549)
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sbtp128406
a(g6
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g8
NtRp128407
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g11
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p128409
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g8
NtRp128410
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g16
Nsg17
Nsg11
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p128412
sbg6
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g8
NtRp128413
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g16
Nsg17
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p128415
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g8
NtRp128416
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p128418
sbg6
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g8
NtRp128419
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Nsg17
Nsg11
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p128421
sbNNg6
(g13
g8
NtRp128422
(dp128423
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp128424
(dp128425
g16
Nsg17
Nsg11
VThe Salina Pumped Storage Project is a 260-megawatt (350,000 hp) pumped-storage power station near Salina, Oklahoma. It is owned and operated by the Grand River Dam Authority (GRDA). Its construction was in response to growing power demands and a lack of dam sites on the Grand River. The first phase was completed in 1968 and the second in 1971. The upper reservoir for the power station is Lake W. R. Holway which was built on Saline Creek and the lower reservoir is Lake Hudson on the Grand River. During periods of lower power demand, water is pumped from Lake Hudson to Lake Holway and released back down through the pump-generators during periods of high energy demand.
p128426
sbg6
(g13
g8
NtRp128427
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g16
Nsg17
Nsg11
VPOINT(-95.104164123535 36.265277862549)
p128429
sbtp128430
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g8
NtRp128431
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g11
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p128433
sbg6
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g8
NtRp128434
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g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0421\u0430\u043b\u0456\u043d\u0430
p128436
sbg6
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g8
NtRp128437
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g16
Nsg17
Nsg11
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p128439
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g8
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sbg6
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g8
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g16
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p128445
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g8
NtRp128446
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp128448
(dp128449
g16
Nsg17
Nsg11
VThe Salina Pumped Storage Project is a 260-megawatt (350,000 hp) pumped-storage power station near Salina, Oklahoma. It is owned and operated by the Grand River Dam Authority (GRDA). Its construction was in response to growing power demands and a lack of dam sites on the Grand River. The first phase was completed in 1968 and the second in 1971. The upper reservoir for the power station is Lake W. R. Holway which was built on Saline Creek and the lower reservoir is Lake Hudson on the Grand River. During periods of lower power demand, water is pumped from Lake Hudson to Lake Holway and released back down through the pump-generators during periods of high energy demand.
p128450
sbg6
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g8
NtRp128451
(dp128452
g16
Nsg17
Nsg11
VPOINT(-95.104164123535 36.265277862549)
p128453
sbtp128454
a(g6
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g8
NtRp128455
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p128457
sbg6
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g8
NtRp128458
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g16
Nsg17
Nsg11
VSalina Pumped Storage Project
p128460
sbg6
(g13
g8
NtRp128461
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g16
Nsg17
Nsg11
VUnited States
p128463
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g8
NtRp128464
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p128466
sbg6
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g8
NtRp128467
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g16
Nsg17
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p128469
sbNNg6
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g8
NtRp128470
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp128472
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g16
Nsg17
Nsg11
VThe Salina Pumped Storage Project is a 260-megawatt (350,000 hp) pumped-storage power station near Salina, Oklahoma. It is owned and operated by the Grand River Dam Authority (GRDA). Its construction was in response to growing power demands and a lack of dam sites on the Grand River. The first phase was completed in 1968 and the second in 1971. The upper reservoir for the power station is Lake W. R. Holway which was built on Saline Creek and the lower reservoir is Lake Hudson on the Grand River. During periods of lower power demand, water is pumped from Lake Hudson to Lake Holway and released back down through the pump-generators during periods of high energy demand.
p128474
sbg6
(g13
g8
NtRp128475
(dp128476
g16
Nsg17
Nsg11
VPOINT(-95.104164123535 36.265277862549)
p128477
sbtp128478
a(g6
(g7
g8
NtRp128479
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g11
Vhttp://dbpedia.org/resource/Salman_Farsi_Dam
p128481
sbg6
(g13
g8
NtRp128482
(dp128483
g16
Nsg17
Nsg11
VSalman Farsi Dam
p128484
sbg6
(g13
g8
NtRp128485
(dp128486
g16
Nsg17
Nsg11
VIran
p128487
sbNg6
(g13
g8
NtRp128488
(dp128489
g16
Nsg17
g27
sg11
V0.351
p128490
sbNg6
(g7
g8
NtRp128491
(dp128492
g11
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p128493
sbNNNNNg6
(g13
g8
NtRp128494
(dp128495
g16
Nsg17
Nsg11
VIran
p128496
sbg6
(g13
g8
NtRp128497
(dp128498
g16
Nsg17
Nsg11
VSalman Farsi Dam (Persian: \u0633\u062f \u0633\u0644\u0645\u0627\u0646 \u0641\u0627\u0631\u0633\u06cc) Salman Farsi Dam is a concrete dam in the center of Fars province on the Qara Aghaj River. This dam has a capacity of 1400 million cubic meters of water storage and is the largest dam in Fars province. Salman Farsi Dam as the main source Drinking water operates in the southern cities and villages of Fars province and has played a significant role in supplying water to the region, especially in recent years in drought conditions.The crown of the dam is in the city of Qir and Karzin and its lake with an area of 4850 hectares is in the city of Jahrom. .
p128499
sbg6
(g13
g8
NtRp128500
(dp128501
g16
Nsg17
Nsg11
VPOINT(53.120433807373 28.533824920654)
p128502
sbtp128503
a(g6
(g7
g8
NtRp128504
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g11
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p128506
sbg6
(g13
g8
NtRp128507
(dp128508
g16
Nsg17
Nsg11
VSalmon Falls Dam
p128509
sbg6
(g13
g8
NtRp128510
(dp128511
g16
Nsg17
Nsg11
VUnited States
p128512
sbg6
(g13
g8
NtRp128513
(dp128514
g16
Nsg17
Nsg11
VConcrete gravity arch
p128515
sbg6
(g13
g8
NtRp128516
(dp128517
g16
Nsg17
g27
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V0.13716
p128518
sbNg6
(g7
g8
NtRp128519
(dp128520
g11
Vhttp://dbpedia.org/resource/Salmon_Falls_Dam__Lake__1
p128521
sbNg6
(g13
g8
NtRp128522
(dp128523
g16
Nsg17
Nsg11
VIrrigation
p128524
sbg6
(g13
g8
NtRp128525
(dp128526
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Salmon_Falls_Creek
p128527
sbNNg6
(g13
g8
NtRp128528
(dp128529
g16
Nsg17
Nsg11
VIdaho#USA
p128530
sbg6
(g13
g8
NtRp128531
(dp128532
g16
Nsg17
Nsg11
VSalmon Falls Dam is a dam constructed across Salmon Falls Creek in Twin Falls County, Idaho, in the United States. Located about 28 miles (45 km) southwest of Twin Falls, the masonry arch-gravity dam is 217 feet (66 m) high and 450 feet (140 m) long, impounding up to 230,650 acre-feet (0.28450 km3) of water in Salmon Falls Creek Reservoir. When full, the reservoir extends for 17 miles (27 km) upstream, encompassing 3,400 acres (1,400 ha). The dam and reservoir control runoff from a drainage basin of 1,610 sq mi (4,200 km2). The Milner Dam (1904) was more successful.
p128533
sbg6
(g13
g8
NtRp128534
(dp128535
g16
Nsg17
Nsg11
VPOINT(-114.73444366455 42.211944580078)
p128536
sbtp128537
a(g6
(g7
g8
NtRp128538
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g11
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p128540
sbg6
(g13
g8
NtRp128541
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g16
Nsg17
Nsg11
V\u8428\u5c14\u8499\u798f\u5c14\u65af\u575d
p128543
sbg6
(g13
g8
NtRp128544
(dp128545
g16
Nsg17
Nsg11
VUnited States
p128546
sbg6
(g13
g8
NtRp128547
(dp128548
g16
Nsg17
Nsg11
VConcrete gravity arch
p128549
sbg6
(g13
g8
NtRp128550
(dp128551
g16
Nsg17
g27
sg11
V0.13716
p128552
sbNg6
(g7
g8
NtRp128553
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g11
Vhttp://dbpedia.org/resource/Salmon_Falls_Dam__Lake__1
p128555
sbNg6
(g13
g8
NtRp128556
(dp128557
g16
Nsg17
Nsg11
VIrrigation
p128558
sbg6
(g13
g8
NtRp128559
(dp128560
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Salmon_Falls_Creek
p128561
sbNNg6
(g13
g8
NtRp128562
(dp128563
g16
Nsg17
Nsg11
VIdaho#USA
p128564
sbg6
(g13
g8
NtRp128565
(dp128566
g16
Nsg17
Nsg11
VSalmon Falls Dam is a dam constructed across Salmon Falls Creek in Twin Falls County, Idaho, in the United States. Located about 28 miles (45 km) southwest of Twin Falls, the masonry arch-gravity dam is 217 feet (66 m) high and 450 feet (140 m) long, impounding up to 230,650 acre-feet (0.28450 km3) of water in Salmon Falls Creek Reservoir. When full, the reservoir extends for 17 miles (27 km) upstream, encompassing 3,400 acres (1,400 ha). The dam and reservoir control runoff from a drainage basin of 1,610 sq mi (4,200 km2). The Milner Dam (1904) was more successful.
p128567
sbg6
(g13
g8
NtRp128568
(dp128569
g16
Nsg17
Nsg11
VPOINT(-114.73444366455 42.211944580078)
p128570
sbtp128571
a(g6
(g7
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NtRp128572
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Vhttp://dbpedia.org/resource/Samanala_Dam
p128574
sbg6
(g13
g8
NtRp128575
(dp128576
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0430\u043c\u0430\u043d\u0430\u043b\u0430\u0432\u0435\u0432\u0430
p128577
sbg6
(g13
g8
NtRp128578
(dp128579
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p128580
sbg6
(g13
g8
NtRp128581
(dp128582
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp128583
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g16
Nsg17
g27
sg11
V0.53
p128585
sbNg6
(g7
g8
NtRp128586
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g11
Vhttp://dbpedia.org/resource/Samanala_Dam__Lake__1
p128588
sbNg6
(g13
g8
NtRp128589
(dp128590
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp128591
(dp128592
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/List_of_rivers_in_Sri_Lanka
p128593
sbg6
(g13
g8
NtRp128594
(dp128595
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp128596
(dp128597
g16
Nsg17
Nsg11
VSri Lanka
p128598
sbg6
(g13
g8
NtRp128599
(dp128600
g16
Nsg17
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VThe Samanala Dam (Sinhala: \u0dc3\u0db8\u0db1\u0dbd\u0dc0\u0dd0\u0dc0 \u0dc0\u0dda\u0dbd\u0dca\u0dbd) is a dam primarily used for hydroelectric power generation in Sri Lanka. Commissioned in 1992, the Samanalawewa Project (Samanala Reservoir Project) is the third-largest hydroelectric scheme in the country, producing 405 GWh of energy annually. It was built with financial support from Japan and the United Kingdom. It is notable for a large leak on its right bank. Power production continues as planned despite the leakage, and the water from the leak now provides two thirds of the water issued by the reservoir for agriculture in downstream areas.
p128601
sbg6
(g13
g8
NtRp128602
(dp128603
g16
Nsg17
Nsg11
VPOINT(80.798332214355 6.6799998283386)
p128604
sbtp128605
a(g6
(g7
g8
NtRp128606
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g11
Vhttp://dbpedia.org/resource/Samanala_Dam
p128608
sbg6
(g13
g8
NtRp128609
(dp128610
g16
Nsg17
Nsg11
VSamanala Dam
p128611
sbg6
(g13
g8
NtRp128612
(dp128613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p128614
sbg6
(g13
g8
NtRp128615
(dp128616
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp128617
(dp128618
g16
Nsg17
g27
sg11
V0.53
p128619
sbNg6
(g7
g8
NtRp128620
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g11
Vhttp://dbpedia.org/resource/Samanala_Dam__Lake__1
p128622
sbNg6
(g13
g8
NtRp128623
(dp128624
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp128625
(dp128626
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/List_of_rivers_in_Sri_Lanka
p128627
sbg6
(g13
g8
NtRp128628
(dp128629
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp128630
(dp128631
g16
Nsg17
Nsg11
VSri Lanka
p128632
sbg6
(g13
g8
NtRp128633
(dp128634
g16
Nsg17
Nsg11
VThe Samanala Dam (Sinhala: \u0dc3\u0db8\u0db1\u0dbd\u0dc0\u0dd0\u0dc0 \u0dc0\u0dda\u0dbd\u0dca\u0dbd) is a dam primarily used for hydroelectric power generation in Sri Lanka. Commissioned in 1992, the Samanalawewa Project (Samanala Reservoir Project) is the third-largest hydroelectric scheme in the country, producing 405 GWh of energy annually. It was built with financial support from Japan and the United Kingdom. It is notable for a large leak on its right bank. Power production continues as planned despite the leakage, and the water from the leak now provides two thirds of the water issued by the reservoir for agriculture in downstream areas.
p128635
sbg6
(g13
g8
NtRp128636
(dp128637
g16
Nsg17
Nsg11
VPOINT(80.798332214355 6.6799998283386)
p128638
sbtp128639
a(g6
(g7
g8
NtRp128640
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g11
Vhttp://dbpedia.org/resource/Samanala_Dam
p128642
sbg6
(g13
g8
NtRp128643
(dp128644
g16
Nsg17
Nsg11
VSamanala-Talsperre
p128645
sbg6
(g13
g8
NtRp128646
(dp128647
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p128648
sbg6
(g13
g8
NtRp128649
(dp128650
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp128651
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g16
Nsg17
g27
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V0.53
p128653
sbNg6
(g7
g8
NtRp128654
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g11
Vhttp://dbpedia.org/resource/Samanala_Dam__Lake__1
p128656
sbNg6
(g13
g8
NtRp128657
(dp128658
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp128659
(dp128660
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/List_of_rivers_in_Sri_Lanka
p128661
sbg6
(g13
g8
NtRp128662
(dp128663
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp128664
(dp128665
g16
Nsg17
Nsg11
VSri Lanka
p128666
sbg6
(g13
g8
NtRp128667
(dp128668
g16
Nsg17
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VThe Samanala Dam (Sinhala: \u0dc3\u0db8\u0db1\u0dbd\u0dc0\u0dd0\u0dc0 \u0dc0\u0dda\u0dbd\u0dca\u0dbd) is a dam primarily used for hydroelectric power generation in Sri Lanka. Commissioned in 1992, the Samanalawewa Project (Samanala Reservoir Project) is the third-largest hydroelectric scheme in the country, producing 405 GWh of energy annually. It was built with financial support from Japan and the United Kingdom. It is notable for a large leak on its right bank. Power production continues as planned despite the leakage, and the water from the leak now provides two thirds of the water issued by the reservoir for agriculture in downstream areas.
p128669
sbg6
(g13
g8
NtRp128670
(dp128671
g16
Nsg17
Nsg11
VPOINT(80.798332214355 6.6799998283386)
p128672
sbtp128673
a(g6
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g8
NtRp128674
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g11
Vhttp://dbpedia.org/resource/Sambangalou_Hydroelectric_Power_Station
p128676
sbg6
(g13
g8
NtRp128677
(dp128678
g16
Nsg17
Nsg11
VSambangalou Hydroelectric Power Station
p128679
sbg6
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g8
NtRp128680
(dp128681
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Senegal
p128682
sbNNNNNg6
(g13
g8
NtRp128683
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g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp128685
(dp128686
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gambia_River
p128687
sbg6
(g13
g8
NtRp128688
(dp128689
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp128690
(dp128691
g16
Nsg17
Nsg11
VSenegal#Africa#World
p128692
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(g13
g8
NtRp128693
(dp128694
g16
Nsg17
Nsg11
VSambangalou Hydroelectric Power Station is a proposed hydropower plant in Senegal, with planned capacity installation of 128 megawatts (172,000 hp) when completed.
p128695
sbg6
(g13
g8
NtRp128696
(dp128697
g16
Nsg17
Nsg11
VPOINT(-12.196666717529 12.399167060852)
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sbtp128699
a(g6
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g8
NtRp128700
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g11
Vhttp://dbpedia.org/resource/Sambor_Dam
p128702
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(g13
g8
NtRp128703
(dp128704
g16
Nsg17
Nsg11
VSambor Dam
p128705
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(g13
g8
NtRp128706
(dp128707
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cambodia
p128708
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(g13
g8
NtRp128709
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g16
Nsg17
Nsg11
Vconcrete gravity
p128711
sbg6
(g13
g8
NtRp128712
(dp128713
g16
Nsg17
g27
sg11
V18.002
p128714
sbNg6
(g7
g8
NtRp128715
(dp128716
g11
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NtRp128723
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VThe Sambor Dam is a proposed dam and hydroelectric power station on the Mekong River south of Sambor village in Prek Kampi District, Kratie Province, Cambodia. If built, it would be the lowest dam of the Mekong's mainstream dams, and largest in Cambodia.
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NtRp128729
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Nsg11
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VCambodia
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VThe Sambor Dam is a proposed dam and hydroelectric power station on the Mekong River south of Sambor village in Prek Kampi District, Kratie Province, Cambodia. If built, it would be the lowest dam of the Mekong's mainstream dams, and largest in Cambodia.
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NtRp128762
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p128783
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g16
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VThe Sameura Dam (\u65e9\u660e\u6d66\u30c0\u30e0 Sameura-damu) is a dam on the Yoshino River on the island of Shikoku, Japan, completed in 1975. It has the largest storage capacity in Shikoku. The dam holds back a reservoir, named Lake Sameura (\u3055\u3081\u3046\u3089\u6e56 Sameura-ko) The dam is used for flood control, a source of irrigation, and provides tap water to surrounding areas. It also produces electricity using hydropower. The plant can generate 42 MW.
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NtRp128787
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VPOINT(133.55012512207 33.756931304932)
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g8
NtRp128794
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g16
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Nsg11
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sbg6
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g8
NtRp128797
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p128799
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p128808
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VThe Sameura Dam (\u65e9\u660e\u6d66\u30c0\u30e0 Sameura-damu) is a dam on the Yoshino River on the island of Shikoku, Japan, completed in 1975. It has the largest storage capacity in Shikoku. The dam holds back a reservoir, named Lake Sameura (\u3055\u3081\u3046\u3089\u6e56 Sameura-ko) The dam is used for flood control, a source of irrigation, and provides tap water to surrounding areas. It also produces electricity using hydropower. The plant can generate 42 MW.
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NtRp128812
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VPOINT(133.55012512207 33.756931304932)
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NtRp128822
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Nsg11
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p128824
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p128833
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g8
NtRp128834
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Nsg11
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Nsg17
Nsg11
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p128842
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Nsg11
VU
sbNg6
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NtRp128845
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g16
Nsg17
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p128847
sbg6
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g8
NtRp128848
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g16
Nsg17
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VSammakka Barrage (or Thupakulagudem Barrage) is a barrage across Godavari River at Thupakulagudem Village, Eturnagaram Mandal, Mulugu District of Telangana State. It stabilizes the existing irrigated area of 2,51,310 Hectare under J. Chokka Rao Devadula Lift Irrigation Scheme and 3,04,000 hectares of Sriram Sagar Project stages I & II with 50 TMC of water. Another 50 TMC will be used for providing drinking water to villages en route.
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NtRp128851
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VPOINT(23 80)
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p128857
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NtRp128858
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Nsg11
VSamtskhe\u2013Javakheti Hydro Power Plant
p128860
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g8
NtRp128861
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p128866
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VSamtskhe\u2013Javakheti Hydro Power Plant will be a large power plant in Georgia two has two turbines with a nominal capacity of 35 MW each having a total capacity of 70 MW.
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NtRp128874
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VBarrage de Samuel
p128876
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VBrazil
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p128882
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g8
NtRp128883
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VHydroelectric power generation
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Nsg17
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g8
NtRp128889
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Nsg17
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VBrazil
p128891
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g8
NtRp128892
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VThe Samuel Hydroelectric Dam (Portuguese: Usina Hidrelétrica Samuel) is a 216 MW hydroelectric dam near Porto Velho, Rondônia, Brazil.The project was controversial since it had a major environmental impact and during operations released more greenhouse gases than a comparable oil-fuelled plant.
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VPOINT(-63.454669952393 -8.7516632080078)
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g8
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VThe Samuel Hydroelectric Dam (Portuguese: Usina Hidrelétrica Samuel) is a 216 MW hydroelectric dam near Porto Velho, Rondônia, Brazil.The project was controversial since it had a major environmental impact and during operations released more greenhouse gases than a comparable oil-fuelled plant.
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VPOINT(-63.454669952393 -8.7516632080078)
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VBrazil
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VThe Samuel Hydroelectric Dam (Portuguese: Usina Hidrelétrica Samuel) is a 216 MW hydroelectric dam near Porto Velho, Rondônia, Brazil.The project was controversial since it had a major environmental impact and during operations released more greenhouse gases than a comparable oil-fuelled plant.
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NtRp128961
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VBrazil
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VBrazil
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VThe Samuel Hydroelectric Dam (Portuguese: Usina Hidrelétrica Samuel) is a 216 MW hydroelectric dam near Porto Velho, Rondônia, Brazil.The project was controversial since it had a major environmental impact and during operations released more greenhouse gases than a comparable oil-fuelled plant.
p128978
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g8
NtRp128979
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VPOINT(-63.454669952393 -8.7516632080078)
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p128985
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VSan Acacia Diversion Dam
p128988
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VUnited States
p128991
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VDiversion dam
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VIrrigation
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VNew Mexico
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VThe San Acacia Diversion Dam is a structure built in 1934 for the Middle Rio Grande Conservancy District (MRGCD) near to San Acacia, New Mexico, United States.It diverts water from the Rio Grande into irrigation canals.
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NtRp129010
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Nsg17
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VPOINT(-106.88739013672 34.256374359131)
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VSan Andrés de los Tacones Reservoir
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NtRp129020
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Vhttp://dbpedia.org/resource/Spain
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g8
NtRp129023
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VEmbankment dam
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V0.434
p129028
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V199000.0
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VSpain Asturias
p129043
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VSan Andrés de los Tacones Reservoir (Spanish: Embalse de San Andrés de los Tacones) is a reservoir in Asturias, Spain across the Aboño River. It is located between the parishes of San Andrés de los Tacones and Serín, in the municipality of Gijón. The reservoir, next to the Autovía A-66, is property of Arcelor and its construction was finished in 1964 with the aim of supply water to the steel plant located in Gijón. In 2002, the City Hall of the municipality decided to open in the reservoir the first bird observatory of the city. The reservoir is supplied by river Aboño.
p129046
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NtRp129047
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VPOINT(-5.7547221183777 43.50333404541)
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V244.45
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p129071
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VSan Antonio Dam (National ID CA00813) is an earthen dam on the San Antonio River in Monterey County, California in the United States. The dam impounds Lake San Antonio, a reservoir with a capacity of 350,000 acre-feet (430,000,000 m3), located west of Camp Roberts.
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VThe San Clemente Dam was an arch dam on the Carmel River about 15 mi (24 km) southeast of Monterey in Monterey County, California of the United States. It was located just downstream of the Carmel River and San Clemente Creek confluence. Completed in 1921 to supply water to the Monterey Peninsula, the dam was removed in November 2015 due to safety and environmental concerns.
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VThe San Clemente Dam was an arch dam on the Carmel River about 15 mi (24 km) southeast of Monterey in Monterey County, California of the United States. It was located just downstream of the Carmel River and San Clemente Creek confluence. Completed in 1921 to supply water to the Monterey Peninsula, the dam was removed in November 2015 due to safety and environmental concerns.
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VSan Dimas Dam is a concrete gravity dam in Los Angeles County, California. The dam and its flood control basin/reservoir are in the San Gabriel Mountains and within the Angeles National Forest. The dam is currently operated by the Los Angeles County Department of Public Works but was originally built by the Los Angeles County Flood Control District in 1922. The dam controls flooding from San Dimas Creek, a major San Gabriel Mountains drainage and tributary of the San Gabriel River. As a flood control facility the San Dimas Reservoir is dry for most of the year, only storing water after significant winter storms. The regulation provided by the dam allows for the efficient diversion of floodwaters from San Dimas Wash to Puddingstone Reservoir, which protects the San Dimas area of the San Gab
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VSan Gabriel Dam is a rock-fill dam on the San Gabriel River in Los Angeles County, California, within the Angeles National Forest. Completed in 1939, the dam impounds the main stem of the San Gabriel River about 2.5 miles (4.0 km) downstream from the confluence of the river's East and West Forks, which drain a large portion of the San Gabriel Mountains. It is located directly upstream from the Morris Dam. The dam provides flood control, groundwater recharge flows and hydroelectricity for the heavily populated San Gabriel Valley in the Greater Los Angeles metropolitan area.
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VSan Gabriel Dam is a rock-fill dam on the San Gabriel River in Los Angeles County, California, within the Angeles National Forest. Completed in 1939, the dam impounds the main stem of the San Gabriel River about 2.5 miles (4.0 km) downstream from the confluence of the river's East and West Forks, which drain a large portion of the San Gabriel Mountains. It is located directly upstream from the Morris Dam. The dam provides flood control, groundwater recharge flows and hydroelectricity for the heavily populated San Gabriel Valley in the Greater Los Angeles metropolitan area.
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VSan Luis Dam is a major earth-filled dam in Merced County, California, which forms San Luis Reservoir, the largest off-stream reservoir in the United States. The dam and reservoir are located in the Diablo Range to the east of Pacheco Pass and about 10 miles (16 km) west of Los Banos. San Luis Dam, a jointly-owned state and federal facility, stores more than 2 million acre feet (2.5 km3) of water for the California State Water Project and the federal Central Valley Project. Although the dam is located in the valley of San Luis Creek, the majority of its water comes from man-made aqueducts which are supplied from other rivers in Northern California.
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VSan Luis Dam is a major earth-filled dam in Merced County, California, which forms San Luis Reservoir, the largest off-stream reservoir in the United States. The dam and reservoir are located in the Diablo Range to the east of Pacheco Pass and about 10 miles (16 km) west of Los Banos. San Luis Dam, a jointly-owned state and federal facility, stores more than 2 million acre feet (2.5 km3) of water for the California State Water Project and the federal Central Valley Project. Although the dam is located in the valley of San Luis Creek, the majority of its water comes from man-made aqueducts which are supplied from other rivers in Northern California.
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VSan Luis Dam is a major earth-filled dam in Merced County, California, which forms San Luis Reservoir, the largest off-stream reservoir in the United States. The dam and reservoir are located in the Diablo Range to the east of Pacheco Pass and about 10 miles (16 km) west of Los Banos. San Luis Dam, a jointly-owned state and federal facility, stores more than 2 million acre feet (2.5 km3) of water for the California State Water Project and the federal Central Valley Project. Although the dam is located in the valley of San Luis Creek, the majority of its water comes from man-made aqueducts which are supplied from other rivers in Northern California.
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VSan Luis Dam is a major earth-filled dam in Merced County, California, which forms San Luis Reservoir, the largest off-stream reservoir in the United States. The dam and reservoir are located in the Diablo Range to the east of Pacheco Pass and about 10 miles (16 km) west of Los Banos. San Luis Dam, a jointly-owned state and federal facility, stores more than 2 million acre feet (2.5 km3) of water for the California State Water Project and the federal Central Valley Project. Although the dam is located in the valley of San Luis Creek, the majority of its water comes from man-made aqueducts which are supplied from other rivers in Northern California.
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VSan Luis Dam is a major earth-filled dam in Merced County, California, which forms San Luis Reservoir, the largest off-stream reservoir in the United States. The dam and reservoir are located in the Diablo Range to the east of Pacheco Pass and about 10 miles (16 km) west of Los Banos. San Luis Dam, a jointly-owned state and federal facility, stores more than 2 million acre feet (2.5 km3) of water for the California State Water Project and the federal Central Valley Project. Although the dam is located in the valley of San Luis Creek, the majority of its water comes from man-made aqueducts which are supplied from other rivers in Northern California.
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NtRp129428
(dp129429
g11
Vhttp://dbpedia.org/resource/Sanbanxi_Dam
p129430
sbg6
(g13
g8
NtRp129431
(dp129432
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 S\u0101nb\u01cenx\u012b
p129433
sbg6
(g13
g8
NtRp129434
(dp129435
g16
Nsg17
Nsg11
VChina
p129436
sbg6
(g13
g8
NtRp129437
(dp129438
g16
Nsg17
Nsg11
VEmbankment, concrete face rock-fill
p129439
sbg6
(g13
g8
NtRp129440
(dp129441
g16
Nsg17
g27
sg11
V0.42375
p129442
sbNg6
(g7
g8
NtRp129443
(dp129444
g11
Vhttp://dbpedia.org/resource/Sanbanxi_Dam__Lake__1
p129445
sbNNg6
(g13
g8
NtRp129446
(dp129447
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuan_River
p129448
sbg6
(g13
g8
NtRp129449
(dp129450
g16
Nsg17
Nsg11
VIn use
p129451
sbNg6
(g13
g8
NtRp129452
(dp129453
g16
Nsg17
Nsg11
VChina
p129454
sbg6
(g13
g8
NtRp129455
(dp129456
g16
Nsg17
Nsg11
VThe Sanbanxi Dam is a concrete face rock-fill embankment dam on the Yuan (Qingshui) River in Jinping County, Guizhou Province, China. The dam houses a hydroelectric power station with 4 x 250 MW generators for a total installed capacity of 1,000 MW. Construction began in 2001 and was complete by 2006.
p129457
sbg6
(g13
g8
NtRp129458
(dp129459
g16
Nsg17
Nsg11
VPOINT(109.04833221436 26.605833053589)
p129460
sbtp129461
a(g6
(g7
g8
NtRp129462
(dp129463
g11
Vhttp://dbpedia.org/resource/Sanbanxi_Dam
p129464
sbg6
(g13
g8
NtRp129465
(dp129466
g16
Nsg17
Nsg11
VSanbanxi-Talsperre
p129467
sbg6
(g13
g8
NtRp129468
(dp129469
g16
Nsg17
Nsg11
VChina
p129470
sbg6
(g13
g8
NtRp129471
(dp129472
g16
Nsg17
Nsg11
VEmbankment, concrete face rock-fill
p129473
sbg6
(g13
g8
NtRp129474
(dp129475
g16
Nsg17
g27
sg11
V0.42375
p129476
sbNg6
(g7
g8
NtRp129477
(dp129478
g11
Vhttp://dbpedia.org/resource/Sanbanxi_Dam__Lake__1
p129479
sbNNg6
(g13
g8
NtRp129480
(dp129481
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuan_River
p129482
sbg6
(g13
g8
NtRp129483
(dp129484
g16
Nsg17
Nsg11
VIn use
p129485
sbNg6
(g13
g8
NtRp129486
(dp129487
g16
Nsg17
Nsg11
VChina
p129488
sbg6
(g13
g8
NtRp129489
(dp129490
g16
Nsg17
Nsg11
VThe Sanbanxi Dam is a concrete face rock-fill embankment dam on the Yuan (Qingshui) River in Jinping County, Guizhou Province, China. The dam houses a hydroelectric power station with 4 x 250 MW generators for a total installed capacity of 1,000 MW. Construction began in 2001 and was complete by 2006.
p129491
sbg6
(g13
g8
NtRp129492
(dp129493
g16
Nsg17
Nsg11
VPOINT(109.04833221436 26.605833053589)
p129494
sbtp129495
a(g6
(g7
g8
NtRp129496
(dp129497
g11
Vhttp://dbpedia.org/resource/Sanbanxi_Dam
p129498
sbg6
(g13
g8
NtRp129499
(dp129500
g16
Nsg17
Nsg11
VSanbanxi Dam
p129501
sbg6
(g13
g8
NtRp129502
(dp129503
g16
Nsg17
Nsg11
VChina
p129504
sbg6
(g13
g8
NtRp129505
(dp129506
g16
Nsg17
Nsg11
VEmbankment, concrete face rock-fill
p129507
sbg6
(g13
g8
NtRp129508
(dp129509
g16
Nsg17
g27
sg11
V0.42375
p129510
sbNg6
(g7
g8
NtRp129511
(dp129512
g11
Vhttp://dbpedia.org/resource/Sanbanxi_Dam__Lake__1
p129513
sbNNg6
(g13
g8
NtRp129514
(dp129515
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yuan_River
p129516
sbg6
(g13
g8
NtRp129517
(dp129518
g16
Nsg17
Nsg11
VIn use
p129519
sbNg6
(g13
g8
NtRp129520
(dp129521
g16
Nsg17
Nsg11
VChina
p129522
sbg6
(g13
g8
NtRp129523
(dp129524
g16
Nsg17
Nsg11
VThe Sanbanxi Dam is a concrete face rock-fill embankment dam on the Yuan (Qingshui) River in Jinping County, Guizhou Province, China. The dam houses a hydroelectric power station with 4 x 250 MW generators for a total installed capacity of 1,000 MW. Construction began in 2001 and was complete by 2006.
p129525
sbg6
(g13
g8
NtRp129526
(dp129527
g16
Nsg17
Nsg11
VPOINT(109.04833221436 26.605833053589)
p129528
sbtp129529
a(g6
(g7
g8
NtRp129530
(dp129531
g11
Vhttp://dbpedia.org/resource/Sandile_Dam
p129532
sbg6
(g13
g8
NtRp129533
(dp129534
g16
Nsg17
Nsg11
VSandile Dam
p129535
sbg6
(g13
g8
NtRp129536
(dp129537
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p129538
sbg6
(g13
g8
NtRp129539
(dp129540
g16
Nsg17
Nsg11
Vzoned embankment
p129541
sbg6
(g13
g8
NtRp129542
(dp129543
g16
Nsg17
g27
sg11
V0.76
p129544
sbNg6
(g7
g8
NtRp129545
(dp129546
g11
Vhttp://dbpedia.org/resource/Sandile_Dam__Lake__1
p129547
sbg6
(g13
g8
NtRp129548
(dp129549
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p129550
sbg6
(g13
g8
NtRp129551
(dp129552
g16
Nsg17
Nsg11
VIrrigation
p129553
sbg6
(g13
g8
NtRp129554
(dp129555
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Keiskamma_River
p129556
sbNNNg6
(g13
g8
NtRp129557
(dp129558
g16
Nsg17
Nsg11
VSandile Dam is a zoned embankment dam located on the Keiskamma River near Keiskammahoek, Eastern Cape, South Africa. It was established in 1983 and serves mainly for irrigation purposes. The hazard potential of the dam has been ranked high (3). The dam was named in honour of King Sandile, once the reigning king of the Rharhabe sub-group of the Xhosa nation.
p129559
sbg6
(g13
g8
NtRp129560
(dp129561
g16
Nsg17
Nsg11
VPOINT(27.107778549194 -32.711666107178)
p129562
sbtp129563
a(g6
(g7
g8
NtRp129564
(dp129565
g11
Vhttp://dbpedia.org/resource/Sang'oro_Hydroelectric_Power_Station
p129566
sbg6
(g13
g8
NtRp129567
(dp129568
g16
Nsg17
Nsg11
VSang'oro Hydroelectric Power Station
p129569
sbg6
(g13
g8
NtRp129570
(dp129571
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p129572
sbNNNNg6
(g13
g8
NtRp129573
(dp129574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p129575
sbg6
(g13
g8
NtRp129576
(dp129577
g16
Nsg17
Nsg11
VPower
p129578
sbg6
(g13
g8
NtRp129579
(dp129580
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sondu_River
p129581
sbg6
(g13
g8
NtRp129582
(dp129583
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129584
(dp129585
g16
Nsg17
Nsg11
VKenya
p129586
sbg6
(g13
g8
NtRp129587
(dp129588
g16
Nsg17
Nsg11
VThe Sang'oro Hydroelectric Power Station is a 20.2 MW (27,100 hp) hydroelectric power station on the Sondu River in Kenya.
p129589
sbg6
(g13
g8
NtRp129590
(dp129591
g16
Nsg17
Nsg11
VPOINT(34.813331604004 -0.35361111164093)
p129592
sbtp129593
a(g6
(g7
g8
NtRp129594
(dp129595
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129596
sbg6
(g13
g8
NtRp129597
(dp129598
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant
p129599
sbg6
(g13
g8
NtRp129600
(dp129601
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129602
sbNg6
(g13
g8
NtRp129603
(dp129604
g16
Nsg17
g27
sg11
V0.517
p129605
sbNg6
(g7
g8
NtRp129606
(dp129607
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129608
sbg6
(g13
g8
NtRp129609
(dp129610
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Inter_RAO_UES
p129611
sbNg6
(g13
g8
NtRp129612
(dp129613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129614
sbg6
(g13
g8
NtRp129615
(dp129616
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129617
(dp129618
g16
Nsg17
Nsg11
VTajikistan
p129619
sbg6
(g13
g8
NtRp129620
(dp129621
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129622
sbg6
(g13
g8
NtRp129623
(dp129624
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129625
sbtp129626
a(g6
(g7
g8
NtRp129627
(dp129628
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129629
sbg6
(g13
g8
NtRp129630
(dp129631
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421-1
p129632
sbg6
(g13
g8
NtRp129633
(dp129634
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129635
sbNg6
(g13
g8
NtRp129636
(dp129637
g16
Nsg17
g27
sg11
V0.517
p129638
sbNg6
(g7
g8
NtRp129639
(dp129640
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129641
sbg6
(g13
g8
NtRp129642
(dp129643
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/FGC_UES
p129644
sbNg6
(g13
g8
NtRp129645
(dp129646
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129647
sbg6
(g13
g8
NtRp129648
(dp129649
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129650
(dp129651
g16
Nsg17
Nsg11
VTajikistan
p129652
sbg6
(g13
g8
NtRp129653
(dp129654
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129655
sbg6
(g13
g8
NtRp129656
(dp129657
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129658
sbtp129659
a(g6
(g7
g8
NtRp129660
(dp129661
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129662
sbg6
(g13
g8
NtRp129663
(dp129664
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1
p129665
sbg6
(g13
g8
NtRp129666
(dp129667
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129668
sbNg6
(g13
g8
NtRp129669
(dp129670
g16
Nsg17
g27
sg11
V0.517
p129671
sbNg6
(g7
g8
NtRp129672
(dp129673
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129674
sbg6
(g13
g8
NtRp129675
(dp129676
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Inter_RAO_UES
p129677
sbNg6
(g13
g8
NtRp129678
(dp129679
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129680
sbg6
(g13
g8
NtRp129681
(dp129682
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129683
(dp129684
g16
Nsg17
Nsg11
VTajikistan
p129685
sbg6
(g13
g8
NtRp129686
(dp129687
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129688
sbg6
(g13
g8
NtRp129689
(dp129690
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129691
sbtp129692
a(g6
(g7
g8
NtRp129693
(dp129694
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129695
sbg6
(g13
g8
NtRp129696
(dp129697
g16
Nsg17
Nsg11
VSangtuda 1
p129698
sbg6
(g13
g8
NtRp129699
(dp129700
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129701
sbNg6
(g13
g8
NtRp129702
(dp129703
g16
Nsg17
g27
sg11
V0.517
p129704
sbNg6
(g7
g8
NtRp129705
(dp129706
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129707
sbg6
(g13
g8
NtRp129708
(dp129709
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/FGC_UES
p129710
sbNg6
(g13
g8
NtRp129711
(dp129712
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129713
sbg6
(g13
g8
NtRp129714
(dp129715
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129716
(dp129717
g16
Nsg17
Nsg11
VTajikistan
p129718
sbg6
(g13
g8
NtRp129719
(dp129720
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129721
sbg6
(g13
g8
NtRp129722
(dp129723
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129724
sbtp129725
a(g6
(g7
g8
NtRp129726
(dp129727
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129728
sbg6
(g13
g8
NtRp129729
(dp129730
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421-1
p129731
sbg6
(g13
g8
NtRp129732
(dp129733
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129734
sbNg6
(g13
g8
NtRp129735
(dp129736
g16
Nsg17
g27
sg11
V0.517
p129737
sbNg6
(g7
g8
NtRp129738
(dp129739
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129740
sbg6
(g13
g8
NtRp129741
(dp129742
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Russia
p129743
sbNg6
(g13
g8
NtRp129744
(dp129745
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129746
sbg6
(g13
g8
NtRp129747
(dp129748
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129749
(dp129750
g16
Nsg17
Nsg11
VTajikistan
p129751
sbg6
(g13
g8
NtRp129752
(dp129753
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129754
sbg6
(g13
g8
NtRp129755
(dp129756
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129757
sbtp129758
a(g6
(g7
g8
NtRp129759
(dp129760
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129761
sbg6
(g13
g8
NtRp129762
(dp129763
g16
Nsg17
Nsg11
VSangtuda 1
p129764
sbg6
(g13
g8
NtRp129765
(dp129766
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129767
sbNg6
(g13
g8
NtRp129768
(dp129769
g16
Nsg17
g27
sg11
V0.517
p129770
sbNg6
(g7
g8
NtRp129771
(dp129772
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129773
sbg6
(g13
g8
NtRp129774
(dp129775
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Inter_RAO_UES
p129776
sbNg6
(g13
g8
NtRp129777
(dp129778
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129779
sbg6
(g13
g8
NtRp129780
(dp129781
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129782
(dp129783
g16
Nsg17
Nsg11
VTajikistan
p129784
sbg6
(g13
g8
NtRp129785
(dp129786
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129787
sbg6
(g13
g8
NtRp129788
(dp129789
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129790
sbtp129791
a(g6
(g7
g8
NtRp129792
(dp129793
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129794
sbg6
(g13
g8
NtRp129795
(dp129796
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1
p129797
sbg6
(g13
g8
NtRp129798
(dp129799
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129800
sbNg6
(g13
g8
NtRp129801
(dp129802
g16
Nsg17
g27
sg11
V0.517
p129803
sbNg6
(g7
g8
NtRp129804
(dp129805
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129806
sbg6
(g13
g8
NtRp129807
(dp129808
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/FGC_UES
p129809
sbNg6
(g13
g8
NtRp129810
(dp129811
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129812
sbg6
(g13
g8
NtRp129813
(dp129814
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129815
(dp129816
g16
Nsg17
Nsg11
VTajikistan
p129817
sbg6
(g13
g8
NtRp129818
(dp129819
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129820
sbg6
(g13
g8
NtRp129821
(dp129822
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129823
sbtp129824
a(g6
(g7
g8
NtRp129825
(dp129826
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129827
sbg6
(g13
g8
NtRp129828
(dp129829
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421-1
p129830
sbg6
(g13
g8
NtRp129831
(dp129832
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129833
sbNg6
(g13
g8
NtRp129834
(dp129835
g16
Nsg17
g27
sg11
V0.517
p129836
sbNg6
(g7
g8
NtRp129837
(dp129838
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129839
sbg6
(g13
g8
NtRp129840
(dp129841
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Inter_RAO_UES
p129842
sbNg6
(g13
g8
NtRp129843
(dp129844
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129845
sbg6
(g13
g8
NtRp129846
(dp129847
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129848
(dp129849
g16
Nsg17
Nsg11
VTajikistan
p129850
sbg6
(g13
g8
NtRp129851
(dp129852
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129853
sbg6
(g13
g8
NtRp129854
(dp129855
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129856
sbtp129857
a(g6
(g7
g8
NtRp129858
(dp129859
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129860
sbg6
(g13
g8
NtRp129861
(dp129862
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant
p129863
sbg6
(g13
g8
NtRp129864
(dp129865
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129866
sbNg6
(g13
g8
NtRp129867
(dp129868
g16
Nsg17
g27
sg11
V0.517
p129869
sbNg6
(g7
g8
NtRp129870
(dp129871
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129872
sbg6
(g13
g8
NtRp129873
(dp129874
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/FGC_UES
p129875
sbNg6
(g13
g8
NtRp129876
(dp129877
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129878
sbg6
(g13
g8
NtRp129879
(dp129880
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129881
(dp129882
g16
Nsg17
Nsg11
VTajikistan
p129883
sbg6
(g13
g8
NtRp129884
(dp129885
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129886
sbg6
(g13
g8
NtRp129887
(dp129888
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129889
sbtp129890
a(g6
(g7
g8
NtRp129891
(dp129892
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129893
sbg6
(g13
g8
NtRp129894
(dp129895
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant
p129896
sbg6
(g13
g8
NtRp129897
(dp129898
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129899
sbNg6
(g13
g8
NtRp129900
(dp129901
g16
Nsg17
g27
sg11
V0.517
p129902
sbNg6
(g7
g8
NtRp129903
(dp129904
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129905
sbg6
(g13
g8
NtRp129906
(dp129907
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tajikistan
p129908
sbNg6
(g13
g8
NtRp129909
(dp129910
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129911
sbg6
(g13
g8
NtRp129912
(dp129913
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129914
(dp129915
g16
Nsg17
Nsg11
VTajikistan
p129916
sbg6
(g13
g8
NtRp129917
(dp129918
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129919
sbg6
(g13
g8
NtRp129920
(dp129921
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129922
sbtp129923
a(g6
(g7
g8
NtRp129924
(dp129925
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129926
sbg6
(g13
g8
NtRp129927
(dp129928
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1
p129929
sbg6
(g13
g8
NtRp129930
(dp129931
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129932
sbNg6
(g13
g8
NtRp129933
(dp129934
g16
Nsg17
g27
sg11
V0.517
p129935
sbNg6
(g7
g8
NtRp129936
(dp129937
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129938
sbg6
(g13
g8
NtRp129939
(dp129940
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tajikistan
p129941
sbNg6
(g13
g8
NtRp129942
(dp129943
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129944
sbg6
(g13
g8
NtRp129945
(dp129946
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129947
(dp129948
g16
Nsg17
Nsg11
VTajikistan
p129949
sbg6
(g13
g8
NtRp129950
(dp129951
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129952
sbg6
(g13
g8
NtRp129953
(dp129954
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129955
sbtp129956
a(g6
(g7
g8
NtRp129957
(dp129958
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129959
sbg6
(g13
g8
NtRp129960
(dp129961
g16
Nsg17
Nsg11
VSangtuda 1
p129962
sbg6
(g13
g8
NtRp129963
(dp129964
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129965
sbNg6
(g13
g8
NtRp129966
(dp129967
g16
Nsg17
g27
sg11
V0.517
p129968
sbNg6
(g7
g8
NtRp129969
(dp129970
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p129971
sbg6
(g13
g8
NtRp129972
(dp129973
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Russia
p129974
sbNg6
(g13
g8
NtRp129975
(dp129976
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p129977
sbg6
(g13
g8
NtRp129978
(dp129979
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp129980
(dp129981
g16
Nsg17
Nsg11
VTajikistan
p129982
sbg6
(g13
g8
NtRp129983
(dp129984
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p129985
sbg6
(g13
g8
NtRp129986
(dp129987
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p129988
sbtp129989
a(g6
(g7
g8
NtRp129990
(dp129991
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p129992
sbg6
(g13
g8
NtRp129993
(dp129994
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1
p129995
sbg6
(g13
g8
NtRp129996
(dp129997
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p129998
sbNg6
(g13
g8
NtRp129999
(dp130000
g16
Nsg17
g27
sg11
V0.517
p130001
sbNg6
(g7
g8
NtRp130002
(dp130003
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p130004
sbg6
(g13
g8
NtRp130005
(dp130006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Russia
p130007
sbNg6
(g13
g8
NtRp130008
(dp130009
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130010
sbg6
(g13
g8
NtRp130011
(dp130012
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130013
(dp130014
g16
Nsg17
Nsg11
VTajikistan
p130015
sbg6
(g13
g8
NtRp130016
(dp130017
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p130018
sbg6
(g13
g8
NtRp130019
(dp130020
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p130021
sbtp130022
a(g6
(g7
g8
NtRp130023
(dp130024
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p130025
sbg6
(g13
g8
NtRp130026
(dp130027
g16
Nsg17
Nsg11
VSangtuda 1
p130028
sbg6
(g13
g8
NtRp130029
(dp130030
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130031
sbNg6
(g13
g8
NtRp130032
(dp130033
g16
Nsg17
g27
sg11
V0.517
p130034
sbNg6
(g7
g8
NtRp130035
(dp130036
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p130037
sbg6
(g13
g8
NtRp130038
(dp130039
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tajikistan
p130040
sbNg6
(g13
g8
NtRp130041
(dp130042
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130043
sbg6
(g13
g8
NtRp130044
(dp130045
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130046
(dp130047
g16
Nsg17
Nsg11
VTajikistan
p130048
sbg6
(g13
g8
NtRp130049
(dp130050
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p130051
sbg6
(g13
g8
NtRp130052
(dp130053
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p130054
sbtp130055
a(g6
(g7
g8
NtRp130056
(dp130057
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p130058
sbg6
(g13
g8
NtRp130059
(dp130060
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421-1
p130061
sbg6
(g13
g8
NtRp130062
(dp130063
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130064
sbNg6
(g13
g8
NtRp130065
(dp130066
g16
Nsg17
g27
sg11
V0.517
p130067
sbNg6
(g7
g8
NtRp130068
(dp130069
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p130070
sbg6
(g13
g8
NtRp130071
(dp130072
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Tajikistan
p130073
sbNg6
(g13
g8
NtRp130074
(dp130075
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130076
sbg6
(g13
g8
NtRp130077
(dp130078
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130079
(dp130080
g16
Nsg17
Nsg11
VTajikistan
p130081
sbg6
(g13
g8
NtRp130082
(dp130083
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p130084
sbg6
(g13
g8
NtRp130085
(dp130086
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p130087
sbtp130088
a(g6
(g7
g8
NtRp130089
(dp130090
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant
p130091
sbg6
(g13
g8
NtRp130092
(dp130093
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant
p130094
sbg6
(g13
g8
NtRp130095
(dp130096
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130097
sbNg6
(g13
g8
NtRp130098
(dp130099
g16
Nsg17
g27
sg11
V0.517
p130100
sbNg6
(g7
g8
NtRp130101
(dp130102
g11
Vhttp://dbpedia.org/resource/Sangtuda_1_Hydroelectric_Power_Plant__Lake__1
p130103
sbg6
(g13
g8
NtRp130104
(dp130105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Russia
p130106
sbNg6
(g13
g8
NtRp130107
(dp130108
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130109
sbg6
(g13
g8
NtRp130110
(dp130111
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130112
(dp130113
g16
Nsg17
Nsg11
VTajikistan
p130114
sbg6
(g13
g8
NtRp130115
(dp130116
g16
Nsg17
Nsg11
VSangtuda 1 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-1;\u202fTajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-1) is a hydroelectric power plant, located on the Vakhsh River in Tajikistan. Construction commenced during the Soviet period in the 1980s, but halted in the beginning of the 1990s due to lack of financing when the station was about 20% complete. An agreement with Russia allowed to restart the construction, with four units entering service in 2008\u20132009. The plant was officially commissioned on 31 July 2009. Once working at full capacity, the plant will provide around 12% of Tajikistan's electricity output.
p130117
sbg6
(g13
g8
NtRp130118
(dp130119
g16
Nsg17
Nsg11
VPOINT(69.058334350586 38.044998168945)
p130120
sbtp130121
a(g6
(g7
g8
NtRp130122
(dp130123
g11
Vhttp://dbpedia.org/resource/Sangtuda_2_Hydroelectric_Power_Plant
p130124
sbg6
(g13
g8
NtRp130125
(dp130126
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-2
p130127
sbg6
(g13
g8
NtRp130128
(dp130129
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130130
sbg6
(g13
g8
NtRp130131
(dp130132
g16
Nsg17
Nsg11
VEarth fill damwith clay core
p130133
sbg6
(g13
g8
NtRp130134
(dp130135
g16
Nsg17
g27
sg11
V0.385
p130136
sbNNNNg6
(g13
g8
NtRp130137
(dp130138
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130139
sbg6
(g13
g8
NtRp130140
(dp130141
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130142
(dp130143
g16
Nsg17
Nsg11
VTajikistan
p130144
sbg6
(g13
g8
NtRp130145
(dp130146
g16
Nsg17
Nsg11
VSangtuda 2 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-2; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-2) is a Tajik hydroelectric power plant on the Vakhsh River.
p130147
sbg6
(g13
g8
NtRp130148
(dp130149
g16
Nsg17
Nsg11
VPOINT(69.026947021484 37.970832824707)
p130150
sbtp130151
a(g6
(g7
g8
NtRp130152
(dp130153
g11
Vhttp://dbpedia.org/resource/Sangtuda_2_Hydroelectric_Power_Plant
p130154
sbg6
(g13
g8
NtRp130155
(dp130156
g16
Nsg17
Nsg11
V\u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421-2
p130157
sbg6
(g13
g8
NtRp130158
(dp130159
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130160
sbg6
(g13
g8
NtRp130161
(dp130162
g16
Nsg17
Nsg11
VEarth fill damwith clay core
p130163
sbg6
(g13
g8
NtRp130164
(dp130165
g16
Nsg17
g27
sg11
V0.385
p130166
sbNNNNg6
(g13
g8
NtRp130167
(dp130168
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130169
sbg6
(g13
g8
NtRp130170
(dp130171
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130172
(dp130173
g16
Nsg17
Nsg11
VTajikistan
p130174
sbg6
(g13
g8
NtRp130175
(dp130176
g16
Nsg17
Nsg11
VSangtuda 2 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-2; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-2) is a Tajik hydroelectric power plant on the Vakhsh River.
p130177
sbg6
(g13
g8
NtRp130178
(dp130179
g16
Nsg17
Nsg11
VPOINT(69.026947021484 37.970832824707)
p130180
sbtp130181
a(g6
(g7
g8
NtRp130182
(dp130183
g11
Vhttp://dbpedia.org/resource/Sangtuda_2_Hydroelectric_Power_Plant
p130184
sbg6
(g13
g8
NtRp130185
(dp130186
g16
Nsg17
Nsg11
VSangtuda 2 Hydroelectric Power Plant
p130187
sbg6
(g13
g8
NtRp130188
(dp130189
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130190
sbg6
(g13
g8
NtRp130191
(dp130192
g16
Nsg17
Nsg11
VEarth fill damwith clay core
p130193
sbg6
(g13
g8
NtRp130194
(dp130195
g16
Nsg17
g27
sg11
V0.385
p130196
sbNNNNg6
(g13
g8
NtRp130197
(dp130198
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130199
sbg6
(g13
g8
NtRp130200
(dp130201
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130202
(dp130203
g16
Nsg17
Nsg11
VTajikistan
p130204
sbg6
(g13
g8
NtRp130205
(dp130206
g16
Nsg17
Nsg11
VSangtuda 2 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-2; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-2) is a Tajik hydroelectric power plant on the Vakhsh River.
p130207
sbg6
(g13
g8
NtRp130208
(dp130209
g16
Nsg17
Nsg11
VPOINT(69.026947021484 37.970832824707)
p130210
sbtp130211
a(g6
(g7
g8
NtRp130212
(dp130213
g11
Vhttp://dbpedia.org/resource/Sangtuda_2_Hydroelectric_Power_Plant
p130214
sbg6
(g13
g8
NtRp130215
(dp130216
g16
Nsg17
Nsg11
VSangtuda 2 Hydroelectric Power Plant
p130217
sbg6
(g13
g8
NtRp130218
(dp130219
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p130220
sbg6
(g13
g8
NtRp130221
(dp130222
g16
Nsg17
Nsg11
VEarth fill damwith clay core
p130223
sbg6
(g13
g8
NtRp130224
(dp130225
g16
Nsg17
g27
sg11
V0.385
p130226
sbNNNNg6
(g13
g8
NtRp130227
(dp130228
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vakhsh_River
p130229
sbg6
(g13
g8
NtRp130230
(dp130231
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp130232
(dp130233
g16
Nsg17
Nsg11
VTajikistan
p130234
sbg6
(g13
g8
NtRp130235
(dp130236
g16
Nsg17
Nsg11
VSangtuda 2 Hydroelectric Power Plant (Russian: \u0421\u0430\u043d\u0433\u0442\u0443\u0434\u0438\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421-2; Tajik: \u041d\u0435\u0440\u04ef\u0433\u043e\u04b3\u0438 \u0431\u0430\u0440\u049b\u0438 \u043e\u0431\u0438\u0438 \u0421\u0430\u043d\u0433\u0442\u04ef\u0434\u0430-2) is a Tajik hydroelectric power plant on the Vakhsh River.
p130237
sbg6
(g13
g8
NtRp130238
(dp130239
g16
Nsg17
Nsg11
VPOINT(69.026947021484 37.970832824707)
p130240
sbtp130241
a(g6
(g7
g8
NtRp130242
(dp130243
g11
Vhttp://dbpedia.org/resource/Sanjeevaiah_Sagar
p130244
sbg6
(g13
g8
NtRp130245
(dp130246
g16
Nsg17
Nsg11
VSanjeevaiah Sagar
p130247
sbg6
(g13
g8
NtRp130248
(dp130249
g16
Nsg17
Nsg11
VIndia
p130250
sbg6
(g13
g8
NtRp130251
(dp130252
g16
Nsg17
Nsg11
VEarth fill
p130253
sbg6
(g13
g8
NtRp130254
(dp130255
g16
Nsg17
g27
sg11
V1.91
p130256
sbNg6
(g7
g8
NtRp130257
(dp130258
g11
Vhttp://dbpedia.org/resource/Sanjeevaiah_Sagar__Lake__1
p130259
sbg6
(g13
g8
NtRp130260
(dp130261
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_Andhra_Pradesh
p130262
sbg6
(g13
g8
NtRp130263
(dp130264
g16
Nsg17
Nsg11
VIrrigation&Water supply
p130265
sbg6
(g13
g8
NtRp130266
(dp130267
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Handri-Neeva
p130268
sbNNg6
(g13
g8
NtRp130269
(dp130270
g16
Nsg17
Nsg11
VIndia Andhra Pradesh
p130271
sbg6
(g13
g8
NtRp130272
(dp130273
g16
Nsg17
Nsg11
VThe Gajuladinne Project (GDP) or Sanjeevaiah Sagar, is a dam on the Handri river situated about 20 km from Yemmiganur, Kurnool district, Andhra Pradesh, India.
p130274
sbg6
(g13
g8
NtRp130275
(dp130276
g16
Nsg17
Nsg11
VPOINT(77.619102478027 15.693499565125)
p130277
sbtp130278
a(g6
(g7
g8
NtRp130279
(dp130280
g11
Vhttp://dbpedia.org/resource/Santa_Fe_Dam
p130281
sbg6
(g13
g8
NtRp130282
(dp130283
g16
Nsg17
Nsg11
VSanta Fe Dam
p130284
sbg6
(g13
g8
NtRp130285
(dp130286
g16
Nsg17
Nsg11
VUnited States
p130287
sbg6
(g13
g8
NtRp130288
(dp130289
g16
Nsg17
Nsg11
VEarthfill
p130290
sbg6
(g13
g8
NtRp130291
(dp130292
g16
Nsg17
g27
sg11
V7.25424
p130293
sbNg6
(g7
g8
NtRp130294
(dp130295
g11
Vhttp://dbpedia.org/resource/Santa_Fe_Dam__Lake__1
p130296
sbg6
(g13
g8
NtRp130297
(dp130298
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/U.S._Army_Corps_of_Engineers
p130299
sbNg6
(g13
g8
NtRp130300
(dp130301
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/San_Gabriel_River_(California)
p130302
sbNg6
(g13
g8
NtRp130303
(dp130304
g16
Nsg17
g27
sg11
V9.20154e+06
p130305
sbNg6
(g13
g8
NtRp130306
(dp130307
g16
Nsg17
Nsg11
VSanta Fe Dam is a flood-control dam on the San Gabriel River located in Irwindale in Los Angeles County, California, United States. For most of the year, the 92-foot (28 m)-high dam and its reservoir lie empty, but can hold more than 45,000 acre-feet (56,000,000 m3) of water during major storms. During the dry season, the basin behind the dam is used for groundwater recharge, as well as various recreational activities.
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VThe Santa Fe Reservoir (Catalan: Pantà de Santa Fe) is a reservoir on the , a tributary of the Tordera River. It is located within the Fogars de Montclús municipal term, Catalonia, Spain. The area is a popular destination for excursions and picnics and is easily accessible on foot from the nearest road.
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VThe Santa Fe Reservoir (Catalan: Pantà de Santa Fe) is a reservoir on the , a tributary of the Tordera River. It is located within the Fogars de Montclús municipal term, Catalonia, Spain. The area is a popular destination for excursions and picnics and is easily accessible on foot from the nearest road.
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VThe Santa Fe Reservoir (Catalan: Pantà de Santa Fe) is a reservoir on the , a tributary of the Tordera River. It is located within the Fogars de Montclús municipal term, Catalonia, Spain. The area is a popular destination for excursions and picnics and is easily accessible on foot from the nearest road.
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VUnited States
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VSanta Rosa Dam (National ID # NM00158) is a dam in Guadalupe County, New Mexico. The earthen dam was constructed by the United States Army Corps of Engineers, with a height of 214 feet and 1900 feet long at its crest. The uppermost major dam along the Pecos River, it serves for irrigation water storage and flood control. Originally proposed in 1951 and authorized in 1954, the dam (then known as the Los Esteros project) generated controversy, as the Fort Sumner Irrigation District which depended on the Pecos River contended it would increase evaporation rates. It was not until 1971 when an agreement was reached to reduce the permanent storage pool at Los Esteros. Construction lasted from 1974 to 1979, and the name of the dam and lake were changed to Santa Rosa the following year.
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VUnited States
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VCalifornia
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VSantiago Dam (also known as Santiago Creek Dam) is an earth/rockfill dam across Santiago Creek in Orange County, in the U.S. state of California, forming Irvine Lake. The 136-foot (41 m) earth dam and its reservoir serve for flood control and recreational purposes. It lies upstream (southeast) from the city of Orange and north of Irvine. Irvine Lake is the largest body of fresh water entirely in Orange County.
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VThe Sardasht Dam is an embankment dam currently under construction on the Little Zab 13 km (8 mi) southeast of Sardasht in the Iranian province of West Azerbaijan. Reconnaissance studies for the dam were completed in 1999 by Moshanir Consulting Engineers Company. When complete, it will be a 116 m (381 ft) tall and 275 m (902 ft) long rock-fill earth core dam. It will support a hydroelectric power station with an installed capacity of 150 MW and expected annual generation of 482 GWh. The construction contract for the dam was awarded in 2009. Official construction on the dam began in 2011. The river diversion tunnels were complete in November 2012 in a ceremony attended by Iran's Ministry of Energy Majid Namjoo. The dam began to impound its reservoir on 22 June 2017.
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VThe Sardasht Dam is an embankment dam currently under construction on the Little Zab 13 km (8 mi) southeast of Sardasht in the Iranian province of West Azerbaijan. Reconnaissance studies for the dam were completed in 1999 by Moshanir Consulting Engineers Company. When complete, it will be a 116 m (381 ft) tall and 275 m (902 ft) long rock-fill earth core dam. It will support a hydroelectric power station with an installed capacity of 150 MW and expected annual generation of 482 GWh. The construction contract for the dam was awarded in 2009. Official construction on the dam began in 2011. The river diversion tunnels were complete in November 2012 in a ceremony attended by Iran's Ministry of Energy Majid Namjoo. The dam began to impound its reservoir on 22 June 2017.
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VSardi Khola Hydropower Station (Nepali: \u0938\u093e\u0930\u094d\u0926\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from is used to generate 4 MW electricity . The plant is owned and developed by Mandakini Hydropower Pvt. Ltd., an IPP of Nepal. The plant started generating electricity from 2074-08-23BS. The generation licence will expire in 2105-03-12 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VSarju Sagar Dam also known as Kot Dam is a dam across the Shakambhari Hills. It is situated 13 kilometres from Udaipurwati town in Jhunjhunu, Rajasthan, India. The dam was constructed between 1923 and1924 for the purposes of Irrigation and Water Storage. A river flows from it that's name is "Saptrupi river" , this flows from Kot dam to udaipurwati
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VIndia
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VIndia Tamil Nadu
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VSathanur Dam which forms the Sathanur reservoir, is one of the major dams in Tamil Nadu. It is constructed across the Thenpennai River also called as Pennaiyar River in Thandarampet taluk among Chennakesava Hills. The dam can be reached by road 30 km (19 mi) from Tiruvannamalai City. It was constructed in 1958. There is also a large crocodile farm and a fish grotto. Parks are maintained inside the dam for tourists to visit and the gardens have been used by the film industry.
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VSau Reservoir (Catalan: Pantà de Sau) is a reservoir located on the Ter river, near Vilanova de Sau, Catalonia, Spain. The dam was completed in 1962, creating a reservoir with a storage capacity of 151.3 hm³ that covered the former town of . The Church of Sant Romà is still visible when the water level is low. The dam has a structural height of 83 m and a crest length of 260 m.
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VSau Reservoir (Catalan: Pantà de Sau) is a reservoir located on the Ter river, near Vilanova de Sau, Catalonia, Spain. The dam was completed in 1962, creating a reservoir with a storage capacity of 151.3 hm³ that covered the former town of . The Church of Sant Romà is still visible when the water level is low. The dam has a structural height of 83 m and a crest length of 260 m.
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VSau Reservoir (Catalan: Pantà de Sau) is a reservoir located on the Ter river, near Vilanova de Sau, Catalonia, Spain. The dam was completed in 1962, creating a reservoir with a storage capacity of 151.3 hm³ that covered the former town of . The Church of Sant Romà is still visible when the water level is low. The dam has a structural height of 83 m and a crest length of 260 m.
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VSau Reservoir (Catalan: Pantà de Sau) is a reservoir located on the Ter river, near Vilanova de Sau, Catalonia, Spain. The dam was completed in 1962, creating a reservoir with a storage capacity of 151.3 hm³ that covered the former town of . The Church of Sant Romà is still visible when the water level is low. The dam has a structural height of 83 m and a crest length of 260 m.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VThe Saucelle Dam is a gravity dam on the Douro River. It is located about 4 km (2.5 mi) west of Saucelle in the province of Salamanca, Castile and León, Spain. The dam straddles the border of Spain and Portugal but is owned and operated by Spain's Iberdrola. Construction on the dam began in 1950 and was completed in 1956. The primary purpose of the dam is hydroelectric power production and it has an installed capacity of 520 MW. The power is produced by two power stations, both located just downstream. Saucelle I was commissioned in 1956 and contains four 62.5 MW Francis turbine-generators for an installed capacity of 251 MW. Saucelle II is located underground and was commissioned in 1985. It contains two 134.5 MW Francis turbine-generators for an installed capacity of 269 MW.
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VSavage Dam is a dam across the Otay River in the San Ysidro Mountains of southwestern San Diego County, California. It is a concrete arch gravity structure 149 feet (45 m) high, and serves to store water from the San Diego Aqueduct's third pipeline for backup municipal uses in the San Diego metropolitan area. It is just over 6 miles (9.7 km) southeast of Chula Vista and 4 miles (6.4 km) north of the United States-Mexico border. The dam is named in honor of H. N. Savage, who directed its construction.
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VSayama pond (\u72ed\u5c71\u6c60, Sayama-ike) is an artificial reservoir located in the city of \u014csakasayama, Osaka Prefecture in the Kansai region of Japan. Constructed around the 6th century, it claims to be the oldest in Japan, based on chronological survey of potteries near the lake confirmed that the pond was completed in 7th century.The pond was designated a National Historic Site in 1946, and is listed as World Heritage Irrigation Structure by International Commission of Irrigation and Drainage.
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VSayama pond (\u72ed\u5c71\u6c60, Sayama-ike) is an artificial reservoir located in the city of \u014csakasayama, Osaka Prefecture in the Kansai region of Japan. Constructed around the 6th century, it claims to be the oldest in Japan, based on chronological survey of potteries near the lake confirmed that the pond was completed in 7th century.The pond was designated a National Historic Site in 1946, and is listed as World Heritage Irrigation Structure by International Commission of Irrigation and Drainage.
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VSayama pond (\u72ed\u5c71\u6c60, Sayama-ike) is an artificial reservoir located in the city of \u014csakasayama, Osaka Prefecture in the Kansai region of Japan. Constructed around the 6th century, it claims to be the oldest in Japan, based on chronological survey of potteries near the lake confirmed that the pond was completed in 7th century.The pond was designated a National Historic Site in 1946, and is listed as World Heritage Irrigation Structure by International Commission of Irrigation and Drainage.
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VSayama pond (\u72ed\u5c71\u6c60, Sayama-ike) is an artificial reservoir located in the city of \u014csakasayama, Osaka Prefecture in the Kansai region of Japan. Constructed around the 6th century, it claims to be the oldest in Japan, based on chronological survey of potteries near the lake confirmed that the pond was completed in 7th century.The pond was designated a National Historic Site in 1946, and is listed as World Heritage Irrigation Structure by International Commission of Irrigation and Drainage.
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VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
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VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
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VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
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VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
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g8
NtRp131354
(dp131355
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131356
sbg6
(g13
g8
NtRp131357
(dp131358
g16
Nsg17
Nsg11
VSchluchsee (commune)
p131359
sbg6
(g13
g8
NtRp131360
(dp131361
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131362
sbNg6
(g13
g8
NtRp131363
(dp131364
g16
Nsg17
g27
sg11
V0.25
p131365
sbNg6
(g7
g8
NtRp131366
(dp131367
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131368
sbNNNNg6
(g13
g8
NtRp131369
(dp131370
g16
Nsg17
g27
sg11
V124000.0
p131371
sbg6
(g13
g8
NtRp131372
(dp131373
g16
Nsg17
Nsg11
VGermany
p131374
sbg6
(g13
g8
NtRp131375
(dp131376
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131377
sbg6
(g13
g8
NtRp131378
(dp131379
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131380
sbtp131381
a(g6
(g7
g8
NtRp131382
(dp131383
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131384
sbg6
(g13
g8
NtRp131385
(dp131386
g16
Nsg17
Nsg11
VLago Schluch
p131387
sbg6
(g13
g8
NtRp131388
(dp131389
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131390
sbNg6
(g13
g8
NtRp131391
(dp131392
g16
Nsg17
g27
sg11
V0.25
p131393
sbNg6
(g7
g8
NtRp131394
(dp131395
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131396
sbNNNNg6
(g13
g8
NtRp131397
(dp131398
g16
Nsg17
g27
sg11
V124000.0
p131399
sbg6
(g13
g8
NtRp131400
(dp131401
g16
Nsg17
Nsg11
VGermany
p131402
sbg6
(g13
g8
NtRp131403
(dp131404
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131405
sbg6
(g13
g8
NtRp131406
(dp131407
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131408
sbtp131409
a(g6
(g7
g8
NtRp131410
(dp131411
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131412
sbg6
(g13
g8
NtRp131413
(dp131414
g16
Nsg17
Nsg11
VLac de Schluch
p131415
sbg6
(g13
g8
NtRp131416
(dp131417
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131418
sbNg6
(g13
g8
NtRp131419
(dp131420
g16
Nsg17
g27
sg11
V0.25
p131421
sbNg6
(g7
g8
NtRp131422
(dp131423
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131424
sbNNNNg6
(g13
g8
NtRp131425
(dp131426
g16
Nsg17
g27
sg11
V124000.0
p131427
sbg6
(g13
g8
NtRp131428
(dp131429
g16
Nsg17
Nsg11
VGermany
p131430
sbg6
(g13
g8
NtRp131431
(dp131432
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131433
sbg6
(g13
g8
NtRp131434
(dp131435
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131436
sbtp131437
a(g6
(g7
g8
NtRp131438
(dp131439
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131440
sbg6
(g13
g8
NtRp131441
(dp131442
g16
Nsg17
Nsg11
VSchluchsee (Gemeinde)
p131443
sbg6
(g13
g8
NtRp131444
(dp131445
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131446
sbNg6
(g13
g8
NtRp131447
(dp131448
g16
Nsg17
g27
sg11
V0.25
p131449
sbNg6
(g7
g8
NtRp131450
(dp131451
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131452
sbNNNNg6
(g13
g8
NtRp131453
(dp131454
g16
Nsg17
g27
sg11
V124000.0
p131455
sbg6
(g13
g8
NtRp131456
(dp131457
g16
Nsg17
Nsg11
VGermany
p131458
sbg6
(g13
g8
NtRp131459
(dp131460
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131461
sbg6
(g13
g8
NtRp131462
(dp131463
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131464
sbtp131465
a(g6
(g7
g8
NtRp131466
(dp131467
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131468
sbg6
(g13
g8
NtRp131469
(dp131470
g16
Nsg17
Nsg11
VSchluchsee (Baden-Württemberg)
p131471
sbg6
(g13
g8
NtRp131472
(dp131473
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131474
sbNg6
(g13
g8
NtRp131475
(dp131476
g16
Nsg17
g27
sg11
V0.25
p131477
sbNg6
(g7
g8
NtRp131478
(dp131479
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131480
sbNNNNg6
(g13
g8
NtRp131481
(dp131482
g16
Nsg17
g27
sg11
V124000.0
p131483
sbg6
(g13
g8
NtRp131484
(dp131485
g16
Nsg17
Nsg11
VGermany
p131486
sbg6
(g13
g8
NtRp131487
(dp131488
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131489
sbg6
(g13
g8
NtRp131490
(dp131491
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131492
sbtp131493
a(g6
(g7
g8
NtRp131494
(dp131495
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131496
sbg6
(g13
g8
NtRp131497
(dp131498
g16
Nsg17
Nsg11
V\u0428\u043b\u0443\u0445\u0437\u0435 (\u0411\u0430\u0434\u0435\u043d-\u0412\u044e\u0440\u0442\u0435\u043c\u0431\u0435\u0440\u0433)
p131499
sbg6
(g13
g8
NtRp131500
(dp131501
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131502
sbNg6
(g13
g8
NtRp131503
(dp131504
g16
Nsg17
g27
sg11
V0.25
p131505
sbNg6
(g7
g8
NtRp131506
(dp131507
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131508
sbNNNNg6
(g13
g8
NtRp131509
(dp131510
g16
Nsg17
g27
sg11
V124000.0
p131511
sbg6
(g13
g8
NtRp131512
(dp131513
g16
Nsg17
Nsg11
VGermany
p131514
sbg6
(g13
g8
NtRp131515
(dp131516
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131517
sbg6
(g13
g8
NtRp131518
(dp131519
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131520
sbtp131521
a(g6
(g7
g8
NtRp131522
(dp131523
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131524
sbg6
(g13
g8
NtRp131525
(dp131526
g16
Nsg17
Nsg11
VSchluchsee (comune)
p131527
sbg6
(g13
g8
NtRp131528
(dp131529
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131530
sbNg6
(g13
g8
NtRp131531
(dp131532
g16
Nsg17
g27
sg11
V0.25
p131533
sbNg6
(g7
g8
NtRp131534
(dp131535
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131536
sbNNNNg6
(g13
g8
NtRp131537
(dp131538
g16
Nsg17
g27
sg11
V124000.0
p131539
sbg6
(g13
g8
NtRp131540
(dp131541
g16
Nsg17
Nsg11
VGermany
p131542
sbg6
(g13
g8
NtRp131543
(dp131544
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131545
sbg6
(g13
g8
NtRp131546
(dp131547
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131548
sbtp131549
a(g6
(g7
g8
NtRp131550
(dp131551
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131552
sbg6
(g13
g8
NtRp131553
(dp131554
g16
Nsg17
Nsg11
V\u0428\u043b\u0443\u0445\u0437\u0435
p131555
sbg6
(g13
g8
NtRp131556
(dp131557
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131558
sbNg6
(g13
g8
NtRp131559
(dp131560
g16
Nsg17
g27
sg11
V0.25
p131561
sbNg6
(g7
g8
NtRp131562
(dp131563
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131564
sbNNNNg6
(g13
g8
NtRp131565
(dp131566
g16
Nsg17
g27
sg11
V124000.0
p131567
sbg6
(g13
g8
NtRp131568
(dp131569
g16
Nsg17
Nsg11
VGermany
p131570
sbg6
(g13
g8
NtRp131571
(dp131572
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131573
sbg6
(g13
g8
NtRp131574
(dp131575
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131576
sbtp131577
a(g6
(g7
g8
NtRp131578
(dp131579
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131580
sbg6
(g13
g8
NtRp131581
(dp131582
g16
Nsg17
Nsg11
VSchluchsee (gmina)
p131583
sbg6
(g13
g8
NtRp131584
(dp131585
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131586
sbNg6
(g13
g8
NtRp131587
(dp131588
g16
Nsg17
g27
sg11
V0.25
p131589
sbNg6
(g7
g8
NtRp131590
(dp131591
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131592
sbNNNNg6
(g13
g8
NtRp131593
(dp131594
g16
Nsg17
g27
sg11
V124000.0
p131595
sbg6
(g13
g8
NtRp131596
(dp131597
g16
Nsg17
Nsg11
VGermany
p131598
sbg6
(g13
g8
NtRp131599
(dp131600
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131601
sbg6
(g13
g8
NtRp131602
(dp131603
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131604
sbtp131605
a(g6
(g7
g8
NtRp131606
(dp131607
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131608
sbg6
(g13
g8
NtRp131609
(dp131610
g16
Nsg17
Nsg11
VSchluchsee (gemeente)
p131611
sbg6
(g13
g8
NtRp131612
(dp131613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131614
sbNg6
(g13
g8
NtRp131615
(dp131616
g16
Nsg17
g27
sg11
V0.25
p131617
sbNg6
(g7
g8
NtRp131618
(dp131619
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131620
sbNNNNg6
(g13
g8
NtRp131621
(dp131622
g16
Nsg17
g27
sg11
V124000.0
p131623
sbg6
(g13
g8
NtRp131624
(dp131625
g16
Nsg17
Nsg11
VGermany
p131626
sbg6
(g13
g8
NtRp131627
(dp131628
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131629
sbg6
(g13
g8
NtRp131630
(dp131631
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131632
sbtp131633
a(g6
(g7
g8
NtRp131634
(dp131635
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131636
sbg6
(g13
g8
NtRp131637
(dp131638
g16
Nsg17
Nsg11
VSchluchsee (komunumo)
p131639
sbg6
(g13
g8
NtRp131640
(dp131641
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131642
sbNg6
(g13
g8
NtRp131643
(dp131644
g16
Nsg17
g27
sg11
V0.25
p131645
sbNg6
(g7
g8
NtRp131646
(dp131647
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131648
sbNNNNg6
(g13
g8
NtRp131649
(dp131650
g16
Nsg17
g27
sg11
V124000.0
p131651
sbg6
(g13
g8
NtRp131652
(dp131653
g16
Nsg17
Nsg11
VGermany
p131654
sbg6
(g13
g8
NtRp131655
(dp131656
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131657
sbg6
(g13
g8
NtRp131658
(dp131659
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131660
sbtp131661
a(g6
(g7
g8
NtRp131662
(dp131663
g11
Vhttp://dbpedia.org/resource/Schluchsee
p131664
sbg6
(g13
g8
NtRp131665
(dp131666
g16
Nsg17
Nsg11
V\u0428\u043b\u0443\u0445\u0437\u0435 (\u043e\u0431\u0449\u0438\u043d\u0430)
p131667
sbg6
(g13
g8
NtRp131668
(dp131669
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p131670
sbNg6
(g13
g8
NtRp131671
(dp131672
g16
Nsg17
g27
sg11
V0.25
p131673
sbNg6
(g7
g8
NtRp131674
(dp131675
g11
Vhttp://dbpedia.org/resource/Schluchsee__Lake__1
p131676
sbNNNNg6
(g13
g8
NtRp131677
(dp131678
g16
Nsg17
g27
sg11
V124000.0
p131679
sbg6
(g13
g8
NtRp131680
(dp131681
g16
Nsg17
Nsg11
VGermany
p131682
sbg6
(g13
g8
NtRp131683
(dp131684
g16
Nsg17
Nsg11
VThe Schluchsee is a reservoir lake in the district of Breisgau-Hochschwarzwald, southeast of the Titisee in the Black Forest near Freiburg im Breisgau, Germany.
p131685
sbg6
(g13
g8
NtRp131686
(dp131687
g16
Nsg17
Nsg11
VPOINT(8.152777671814 47.821388244629)
p131688
sbtp131689
a(g6
(g7
g8
NtRp131690
(dp131691
g11
Vhttp://dbpedia.org/resource/Schwarzenbach_Dam
p131692
sbg6
(g13
g8
NtRp131693
(dp131694
g16
Nsg17
Nsg11
VSchwarzenbachtalsperre
p131695
sbg6
(g13
g8
NtRp131696
(dp131697
g16
Nsg17
Nsg11
VGermany
p131698
sbg6
(g13
g8
NtRp131699
(dp131700
g16
Nsg17
Nsg11
VGravity
p131701
sbg6
(g13
g8
NtRp131702
(dp131703
g16
Nsg17
g27
sg11
V0.4
p131704
sbNNNg6
(g13
g8
NtRp131705
(dp131706
g16
Nsg17
Nsg11
VPower
p131707
sbNg6
(g13
g8
NtRp131708
(dp131709
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp131710
(dp131711
g16
Nsg17
Nsg11
VGermany
p131712
sbg6
(g13
g8
NtRp131713
(dp131714
g16
Nsg17
Nsg11
VThe Schwarzenbach Dam (German: Schwarzenbachtalsperre) is a gravity dam near Forbach in the Northern Black Forest of Germany. It is the most important structure of the Rudolf-Fettweis-Werk's pumped storage power station. The operator of the dam, which was completed in 1926 in a side valley of the Murg valley, is EnBW Kraftwerke.
p131715
sbg6
(g13
g8
NtRp131716
(dp131717
g16
Nsg17
Nsg11
VPOINT(8.3294448852539 48.654724121094)
p131718
sbtp131719
a(g6
(g7
g8
NtRp131720
(dp131721
g11
Vhttp://dbpedia.org/resource/Schwarzenbach_Dam
p131722
sbg6
(g13
g8
NtRp131723
(dp131724
g16
Nsg17
Nsg11
VSchwarzenbach Dam
p131725
sbg6
(g13
g8
NtRp131726
(dp131727
g16
Nsg17
Nsg11
VGermany
p131728
sbg6
(g13
g8
NtRp131729
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VThe Schwarzenbach Dam (German: Schwarzenbachtalsperre) is a gravity dam near Forbach in the Northern Black Forest of Germany. It is the most important structure of the Rudolf-Fettweis-Werk's pumped storage power station. The operator of the dam, which was completed in 1926 in a side valley of the Murg valley, is EnBW Kraftwerke.
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VThe Scotts Peak Dam is a rockfill embankment dam without a spillway across the Huon River, located in the South West region of Tasmania, Australia. The impounded reservoir, also formed with the Edgar Dam and the Serpentine Dam, is called Lake Pedder which flooded Lake Edgar, a naturally forming fault scarp pond. The dam was constructed in 1973 by the Hydro Electric Corporation (TAS) as part of the Gordon River Power Development Scheme for the purpose of generating hydro-electric power via the conventional Gordon Power Station. Water from Lake Pedder is diverted to Lake Gordon (formed by the Gordon Dam) via the McPartlan Pass Canal.
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VScrivener Dam is a concrete gravity dam that impounds the Molonglo River in Canberra, Australian Capital Territory. The dam creates Lake Burley Griffin, which was established for recreational and ornamental purposes. Named in honour of surveyor Charles Scrivener, the dam was officially inaugurated on 20 September 1963 and the official filling of the lake commemorated on 17 October 1964 by the Prime Minister, Robert Menzies.
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VScrivener Dam is a concrete gravity dam that impounds the Molonglo River in Canberra, Australian Capital Territory. The dam creates Lake Burley Griffin, which was established for recreational and ornamental purposes. Named in honour of surveyor Charles Scrivener, the dam was officially inaugurated on 20 September 1963 and the official filling of the lake commemorated on 17 October 1964 by the Prime Minister, Robert Menzies.
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VScrivener Dam is a concrete gravity dam that impounds the Molonglo River in Canberra, Australian Capital Territory. The dam creates Lake Burley Griffin, which was established for recreational and ornamental purposes. Named in honour of surveyor Charles Scrivener, the dam was officially inaugurated on 20 September 1963 and the official filling of the lake commemorated on 17 October 1964 by the Prime Minister, Robert Menzies.
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VSeimare Dam, also known as Hini Mini or spelled Seymareh, is an arch dam on the Seimare River in Badreh County, Ilam Province, Iran. The primary purpose of the dam is hydroelectric power generation. Studies for the dam were carried out in the mid to late 1970s and construction began on the diversion works in 1997. In 2006, concrete placement began and on 19 May 2011, the dam began to impound the river. The dam's first generator became operational in 2013. The power plant, located downstream, houses three 160 MW Francis turbine-generators with an installed capacity of 480 MW.
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VSeimare Dam, also known as Hini Mini or spelled Seymareh, is an arch dam on the Seimare River in Badreh County, Ilam Province, Iran. The primary purpose of the dam is hydroelectric power generation. Studies for the dam were carried out in the mid to late 1970s and construction began on the diversion works in 1997. In 2006, concrete placement began and on 19 May 2011, the dam began to impound the river. The dam's first generator became operational in 2013. The power plant, located downstream, houses three 160 MW Francis turbine-generators with an installed capacity of 480 MW.
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VSeimare Dam, also known as Hini Mini or spelled Seymareh, is an arch dam on the Seimare River in Badreh County, Ilam Province, Iran. The primary purpose of the dam is hydroelectric power generation. Studies for the dam were carried out in the mid to late 1970s and construction began on the diversion works in 1997. In 2006, concrete placement began and on 19 May 2011, the dam began to impound the river. The dam's first generator became operational in 2013. The power plant, located downstream, houses three 160 MW Francis turbine-generators with an installed capacity of 480 MW.
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VSeminoe Dam is a concrete thick-arch dam on the North Platte River in the U.S. state of Wyoming. The dam stores water for irrigation and hydroelectricity generation, and is owned and operated by the U.S. Bureau of Reclamation. It is the uppermost dam on the North Platte River and is located directly upstream from the Kortes Dam. It lies in a narrow, isolated canyon formed by the North Platte cutting through the about 40 miles (64 km) northeast of Rawlins. The 295-foot (90 m) dam forms Seminoe Reservoir, which covers more than 20,000 acres (8,100 ha) when full. Seminoe State Park is adjacent to the reservoir. The small village of abuts the dam and reservoir, and provides residence for the dam attendants and park services personnel.
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VSeminoe Dam is a concrete thick-arch dam on the North Platte River in the U.S. state of Wyoming. The dam stores water for irrigation and hydroelectricity generation, and is owned and operated by the U.S. Bureau of Reclamation. It is the uppermost dam on the North Platte River and is located directly upstream from the Kortes Dam. It lies in a narrow, isolated canyon formed by the North Platte cutting through the about 40 miles (64 km) northeast of Rawlins. The 295-foot (90 m) dam forms Seminoe Reservoir, which covers more than 20,000 acres (8,100 ha) when full. Seminoe State Park is adjacent to the reservoir. The small village of abuts the dam and reservoir, and provides residence for the dam attendants and park services personnel.
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VSeminoe Dam is a concrete thick-arch dam on the North Platte River in the U.S. state of Wyoming. The dam stores water for irrigation and hydroelectricity generation, and is owned and operated by the U.S. Bureau of Reclamation. It is the uppermost dam on the North Platte River and is located directly upstream from the Kortes Dam. It lies in a narrow, isolated canyon formed by the North Platte cutting through the about 40 miles (64 km) northeast of Rawlins. The 295-foot (90 m) dam forms Seminoe Reservoir, which covers more than 20,000 acres (8,100 ha) when full. Seminoe State Park is adjacent to the reservoir. The small village of abuts the dam and reservoir, and provides residence for the dam attendants and park services personnel.
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VSeminoe Dam is a concrete thick-arch dam on the North Platte River in the U.S. state of Wyoming. The dam stores water for irrigation and hydroelectricity generation, and is owned and operated by the U.S. Bureau of Reclamation. It is the uppermost dam on the North Platte River and is located directly upstream from the Kortes Dam. It lies in a narrow, isolated canyon formed by the North Platte cutting through the about 40 miles (64 km) northeast of Rawlins. The 295-foot (90 m) dam forms Seminoe Reservoir, which covers more than 20,000 acres (8,100 ha) when full. Seminoe State Park is adjacent to the reservoir. The small village of abuts the dam and reservoir, and provides residence for the dam attendants and park services personnel.
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VSeminoe Dam is a concrete thick-arch dam on the North Platte River in the U.S. state of Wyoming. The dam stores water for irrigation and hydroelectricity generation, and is owned and operated by the U.S. Bureau of Reclamation. It is the uppermost dam on the North Platte River and is located directly upstream from the Kortes Dam. It lies in a narrow, isolated canyon formed by the North Platte cutting through the about 40 miles (64 km) northeast of Rawlins. The 295-foot (90 m) dam forms Seminoe Reservoir, which covers more than 20,000 acres (8,100 ha) when full. Seminoe State Park is adjacent to the reservoir. The small village of abuts the dam and reservoir, and provides residence for the dam attendants and park services personnel.
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VSempor Dam (Indonesian: Waduk Sempor, Javanese: \ua9ae\ua99d\ua9b8\ua98f\ua9c0\ua9b1\ua9ba\ua9a9\ua9c0\ua9a5\ua9ba\ua9b4\ua982, romanized: Wadhuk Sémpor) is an embankment dam on the Sempor River in District Gombong, Kebumen, Central Java Province, Republic of Indonesia. In addition to being a tourist attraction Sempor Dam is a source of irrigation water for farmers. It helps irrigate thousands of paddy fields in the delta. It also provides for flood control and has a 1 MW hydroelectric power station at its base. Construction on the dam started in 1967 but in the same year water from flash floods over-topped it, causing the dam to fail on 29 November 1967. The wave of water killed 160 people in three towns, including Magelang. and delivered widespread damage to the area. Construction later restarted on the dam and it was completed in 1978. Its power st
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VSempor Dam (Indonesian: Waduk Sempor, Javanese: \ua9ae\ua99d\ua9b8\ua98f\ua9c0\ua9b1\ua9ba\ua9a9\ua9c0\ua9a5\ua9ba\ua9b4\ua982, romanized: Wadhuk Sémpor) is an embankment dam on the Sempor River in District Gombong, Kebumen, Central Java Province, Republic of Indonesia. In addition to being a tourist attraction Sempor Dam is a source of irrigation water for farmers. It helps irrigate thousands of paddy fields in the delta. It also provides for flood control and has a 1 MW hydroelectric power station at its base. Construction on the dam started in 1967 but in the same year water from flash floods over-topped it, causing the dam to fail on 29 November 1967. The wave of water killed 160 people in three towns, including Magelang. and delivered widespread damage to the area. Construction later restarted on the dam and it was completed in 1978. Its power st
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VSenanayake Samudraya (Sinhala: \u0dc3\u0dda\u0db1\u0dcf\u0db1\u0dcf\u0dba\u0d9a \u0dc3\u0db8\u0dd6\u0daf\u0dca\u200d\u0dbb\u0dba, Tamil: \u0b9a\u0bc7\u0ba9\u0bbe\u0ba9\u0bbe\u0baf\u0b95\u0bcd\u0b95 \u0b9a\u0bae\u0bc2\u0ba4\u0bcd\u0bb0\u0baf) is the biggest reservoir and man-made lake in Sri Lanka. It is locally known as the sea (Sinhala:\u0dc3\u0db8\u0dd6\u0daf\u0dca\u200d\u0dbb\u0dba samudraya, Tamil :\u0b95\u0b9f\u0bb2\u0bcd). Senanayake Samudraya was opened on 28 August 1949 under the Gal Oya Multipurpose Scheme, which was completed in 1953 by D. S. Senanayake.(Main article: Gal Oya Dam)\u000aSenanayake Samudraya was formed by damming the Gal Oya river and other smaller rivers in between a pair of mountains in Inginiyagala.
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VSendje Hydroelectric Power Station is a 200 megawatts (270,000 hp) hydroelectric power station under construction in Equatorial Guinea. The power station is under development by the Government of Equatorial Guinea, with funds borrowed from the Development Bank of Central African States (BDEAC). The engineering, procurement and construction (EPC) contractor for this project is Duglas Alliance, a Ukrainian multinational engineering and construction company.
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VSeneca Dam was the last in a series of dams proposed on the Potomac River in the area of the Great Falls of the Potomac. Apart from small-scale dams intended to divert water for municipal use in the District of Columbia and into the Chesapeake and Ohio Canal, no version of any scheme was ever built. In most cases the proposed reservoir would have extended upriver to Harpers Ferry, West Virginia. The project was part of a program of as many as sixteen major dams in the Potomac watershed, most of which were never built.
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VThe Senzoku Dam is a gravity dam on the (a tributary of the Sh\u014d River) about 20 km (12 mi) south of Shogawa in Toyama Prefecture, Japan. It was completed in 1974. The dam sends water to the 32.7 MW Togagawa II hydroelectric power station 5.7 km (3.5 mi) to the west on the Sh\u014d River. It was commissioned in 1973.
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VThe Sepulveda Dam is a project of the U.S. Army Corps of Engineers designed to withhold winter flood waters along the Los Angeles River. Completed in 1941, at a cost of $6,650,561 (equivalent to $122,524,000 in 2021), it is located south of center in the San Fernando Valley, approximately eight miles east of the river's source in the western end of the Valley, in Los Angeles, California. It is an often-used location for films (such as Escape from New York), music videos (such as BTS' Kinetic Manifesto and Keedy's Save Some Love), and car commercials.
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p132703
sbg6
(g13
g8
NtRp132704
(dp132705
g16
Nsg17
Nsg11
VSerlui B Dam
p132706
sbg6
(g13
g8
NtRp132707
(dp132708
g16
Nsg17
Nsg11
VIndia
p132709
sbg6
(g13
g8
NtRp132710
(dp132711
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p132712
sbg6
(g13
g8
NtRp132713
(dp132714
g16
Nsg17
g27
sg11
V0.293
p132715
sbNNNNg6
(g13
g8
NtRp132716
(dp132717
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Serlui_River
p132718
sbNNg6
(g13
g8
NtRp132719
(dp132720
g16
Nsg17
Nsg11
VIndia
p132721
sbg6
(g13
g8
NtRp132722
(dp132723
g16
Nsg17
Nsg11
VSerlui B dam, is an earthfill and gravity dam on the Serlui river 12 km from Bilkhawthlir Village near the Kolasib district in the state of Mizoram in India.
p132724
sbg6
(g13
g8
NtRp132725
(dp132726
g16
Nsg17
Nsg11
VPOINT(92.768463134766 24.338382720947)
p132727
sbtp132728
a(g6
(g7
g8
NtRp132729
(dp132730
g11
Vhttp://dbpedia.org/resource/Serpentine_Dam_(Tasmania)
p132731
sbg6
(g13
g8
NtRp132732
(dp132733
g16
Nsg17
Nsg11
VSerpentine Dam, Tasmanien
p132734
sbg6
(g13
g8
NtRp132735
(dp132736
g16
Nsg17
Nsg11
VAustralia
p132737
sbg6
(g13
g8
NtRp132738
(dp132739
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp132740
(dp132741
g16
Nsg17
g27
sg11
V0.134
p132742
sbNg6
(g7
g8
NtRp132743
(dp132744
g11
Vhttp://dbpedia.org/resource/Serpentine_Dam_(Tasmania)__Lake__1
p132745
sbg6
(g13
g8
NtRp132746
(dp132747
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p132748
sbg6
(g13
g8
NtRp132749
(dp132750
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp132751
(dp132752
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Serpentine_River_(Tasmania)
p132753
sbg6
(g13
g8
NtRp132754
(dp132755
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp132756
(dp132757
g16
Nsg17
Nsg11
VAustralia Tasmania
p132758
sbg6
(g13
g8
NtRp132759
(dp132760
g16
Nsg17
Nsg11
VThe Serpentine Dam is a rockfill embankment dam with a concrete face and a controlled spillway across the Serpentine River, located in the South West region of Tasmania, Australia. The impounded reservoir, also formed with the Edgar Dam and the Scotts Peak Dam, is called Lake Pedder which flooded Lake Edgar, a naturally forming fault scarp pond. The dam was constructed in 1971 by the Hydro Electric Corporation (TAS) as part of the Gordon River Power Development Scheme for the purpose of generating hydro-electric power via the conventional Gordon Power Station. Water from Lake Pedder is diverted to Lake Gordon (formed by the Gordon Dam) via the McPartlan Pass Canal.
p132761
sbg6
(g13
g8
NtRp132762
(dp132763
g16
Nsg17
Nsg11
VPOINT(145.98222351074 -42.776390075684)
p132764
sbtp132765
a(g6
(g7
g8
NtRp132766
(dp132767
g11
Vhttp://dbpedia.org/resource/Serpentine_Dam_(Tasmania)
p132768
sbg6
(g13
g8
NtRp132769
(dp132770
g16
Nsg17
Nsg11
VSerpentine Dam (Tasmania)
p132771
sbg6
(g13
g8
NtRp132772
(dp132773
g16
Nsg17
Nsg11
VAustralia
p132774
sbg6
(g13
g8
NtRp132775
(dp132776
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp132777
(dp132778
g16
Nsg17
g27
sg11
V0.134
p132779
sbNg6
(g7
g8
NtRp132780
(dp132781
g11
Vhttp://dbpedia.org/resource/Serpentine_Dam_(Tasmania)__Lake__1
p132782
sbg6
(g13
g8
NtRp132783
(dp132784
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p132785
sbg6
(g13
g8
NtRp132786
(dp132787
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp132788
(dp132789
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Serpentine_River_(Tasmania)
p132790
sbg6
(g13
g8
NtRp132791
(dp132792
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp132793
(dp132794
g16
Nsg17
Nsg11
VAustralia Tasmania
p132795
sbg6
(g13
g8
NtRp132796
(dp132797
g16
Nsg17
Nsg11
VThe Serpentine Dam is a rockfill embankment dam with a concrete face and a controlled spillway across the Serpentine River, located in the South West region of Tasmania, Australia. The impounded reservoir, also formed with the Edgar Dam and the Scotts Peak Dam, is called Lake Pedder which flooded Lake Edgar, a naturally forming fault scarp pond. The dam was constructed in 1971 by the Hydro Electric Corporation (TAS) as part of the Gordon River Power Development Scheme for the purpose of generating hydro-electric power via the conventional Gordon Power Station. Water from Lake Pedder is diverted to Lake Gordon (formed by the Gordon Dam) via the McPartlan Pass Canal.
p132798
sbg6
(g13
g8
NtRp132799
(dp132800
g16
Nsg17
Nsg11
VPOINT(145.98222351074 -42.776390075684)
p132801
sbtp132802
a(g6
(g7
g8
NtRp132803
(dp132804
g11
Vhttp://dbpedia.org/resource/Servalar_dam
p132805
sbg6
(g13
g8
NtRp132806
(dp132807
g16
Nsg17
Nsg11
VServalar dam
p132808
sbg6
(g13
g8
NtRp132809
(dp132810
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p132811
sbg6
(g13
g8
NtRp132812
(dp132813
g16
Nsg17
Nsg11
VGravity dam
p132814
sbg6
(g13
g8
NtRp132815
(dp132816
g16
Nsg17
g27
sg11
V0.465
p132817
sbNg6
(g7
g8
NtRp132818
(dp132819
g11
Vhttp://dbpedia.org/resource/Servalar_dam__Lake__1
p132820
sbNg6
(g13
g8
NtRp132821
(dp132822
g16
Nsg17
Nsg11
VIrrigation
p132823
sbNNNg6
(g13
g8
NtRp132824
(dp132825
g16
Nsg17
Nsg11
VTamil Nadu
p132826
sbg6
(g13
g8
NtRp132827
(dp132828
g16
Nsg17
Nsg11
VThe Servalar Dam was set up for power generation in 1986, with a capacity of 1225 million cubic feet. The peak water level of the dam is 156 ft. The water drained out of the dam's power plant is again stored in Papanasam Dam for irrigation.
p132829
sbg6
(g13
g8
NtRp132830
(dp132831
g16
Nsg17
Nsg11
VPOINT(77.304824829102 8.6900405883789)
p132832
sbtp132833
a(g6
(g7
g8
NtRp132834
(dp132835
g11
Vhttp://dbpedia.org/resource/Servalar_dam
p132836
sbg6
(g13
g8
NtRp132837
(dp132838
g16
Nsg17
Nsg11
VServalar dam
p132839
sbg6
(g13
g8
NtRp132840
(dp132841
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p132842
sbg6
(g13
g8
NtRp132843
(dp132844
g16
Nsg17
Nsg11
VGravity dam
p132845
sbg6
(g13
g8
NtRp132846
(dp132847
g16
Nsg17
g27
sg11
V0.465
p132848
sbNg6
(g7
g8
NtRp132849
(dp132850
g11
Vhttp://dbpedia.org/resource/Servalar_dam__Lake__1
p132851
sbNg6
(g13
g8
NtRp132852
(dp132853
g16
Nsg17
Nsg11
VPower generation
p132854
sbNNNg6
(g13
g8
NtRp132855
(dp132856
g16
Nsg17
Nsg11
VTamil Nadu
p132857
sbg6
(g13
g8
NtRp132858
(dp132859
g16
Nsg17
Nsg11
VThe Servalar Dam was set up for power generation in 1986, with a capacity of 1225 million cubic feet. The peak water level of the dam is 156 ft. The water drained out of the dam's power plant is again stored in Papanasam Dam for irrigation.
p132860
sbg6
(g13
g8
NtRp132861
(dp132862
g16
Nsg17
Nsg11
VPOINT(77.304824829102 8.6900405883789)
p132863
sbtp132864
a(g6
(g7
g8
NtRp132865
(dp132866
g11
Vhttp://dbpedia.org/resource/Settlers_Dam
p132867
sbg6
(g13
g8
NtRp132868
(dp132869
g16
Nsg17
Nsg11
VSettlers Dam
p132870
sbg6
(g13
g8
NtRp132871
(dp132872
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p132873
sbNNNNNg6
(g13
g8
NtRp132874
(dp132875
g16
Nsg17
Nsg11
VHousehold and recreation
p132876
sbg6
(g13
g8
NtRp132877
(dp132878
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kariega_River
p132879
sbg6
(g13
g8
NtRp132880
(dp132881
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp132882
(dp132883
g16
Nsg17
Nsg11
VSouth Africa
p132884
sbg6
(g13
g8
NtRp132885
(dp132886
g16
Nsg17
Nsg11
VSettlers Dam is situated outside Grahamstown, South Africa, east of the Kariega and Palmiet River's confluence. Its purpose is recreation and water supply for Grahamstown. The dam is flanked on its northern shore by the Thomas Baines Nature Reserve.
p132887
sbg6
(g13
g8
NtRp132888
(dp132889
g16
Nsg17
Nsg11
VPOINT(26.50944519043 -33.411666870117)
p132890
sbtp132891
a(g6
(g7
g8
NtRp132892
(dp132893
g11
Vhttp://dbpedia.org/resource/Settlers_Dam
p132894
sbg6
(g13
g8
NtRp132895
(dp132896
g16
Nsg17
Nsg11
VSettlers Dam
p132897
sbg6
(g13
g8
NtRp132898
(dp132899
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p132900
sbNNNNNg6
(g13
g8
NtRp132901
(dp132902
g16
Nsg17
Nsg11
VHousehold and recreation
p132903
sbg6
(g13
g8
NtRp132904
(dp132905
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Palmiet_River
p132906
sbg6
(g13
g8
NtRp132907
(dp132908
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp132909
(dp132910
g16
Nsg17
Nsg11
VSouth Africa
p132911
sbg6
(g13
g8
NtRp132912
(dp132913
g16
Nsg17
Nsg11
VSettlers Dam is situated outside Grahamstown, South Africa, east of the Kariega and Palmiet River's confluence. Its purpose is recreation and water supply for Grahamstown. The dam is flanked on its northern shore by the Thomas Baines Nature Reserve.
p132914
sbg6
(g13
g8
NtRp132915
(dp132916
g16
Nsg17
Nsg11
VPOINT(26.50944519043 -33.411666870117)
p132917
sbtp132918
a(g6
(g7
g8
NtRp132919
(dp132920
g11
Vhttp://dbpedia.org/resource/Seven_Oaks_Dam
p132921
sbg6
(g13
g8
NtRp132922
(dp132923
g16
Nsg17
Nsg11
VSeven Oaks Dam
p132924
sbg6
(g13
g8
NtRp132925
(dp132926
g16
Nsg17
Nsg11
VUnited States
p132927
sbg6
(g13
g8
NtRp132928
(dp132929
g16
Nsg17
Nsg11
VEmbankment
p132930
sbg6
(g13
g8
NtRp132931
(dp132932
g16
Nsg17
g27
sg11
V0.908304
p132933
sbNg6
(g7
g8
NtRp132934
(dp132935
g11
Vhttp://dbpedia.org/resource/Seven_Oaks_Dam__Lake__1
p132936
sbNNg6
(g13
g8
NtRp132937
(dp132938
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Santa_Ana_River
p132939
sbNNNg6
(g13
g8
NtRp132940
(dp132941
g16
Nsg17
Nsg11
VSeven Oaks Dam is a 550-foot (170 m) high earth and rock fill embankment dam across the Santa Ana River in the San Bernardino Mountains, about 4 miles (6.4 km) northeast of Redlands in San Bernardino County, southern California. It impounds Seven Oaks Reservoir in the San Bernardino National Forest.
p132942
sbg6
(g13
g8
NtRp132943
(dp132944
g16
Nsg17
Nsg11
VPOINT(-117.09999847412 34.117221832275)
p132945
sbtp132946
a(g6
(g7
g8
NtRp132947
(dp132948
g11
Vhttp://dbpedia.org/resource/Seven_Oaks_Dam
p132949
sbg6
(g13
g8
NtRp132950
(dp132951
g16
Nsg17
Nsg11
VSeven Oaks
p132952
sbg6
(g13
g8
NtRp132953
(dp132954
g16
Nsg17
Nsg11
VUnited States
p132955
sbg6
(g13
g8
NtRp132956
(dp132957
g16
Nsg17
Nsg11
VEmbankment
p132958
sbg6
(g13
g8
NtRp132959
(dp132960
g16
Nsg17
g27
sg11
V0.908304
p132961
sbNg6
(g7
g8
NtRp132962
(dp132963
g11
Vhttp://dbpedia.org/resource/Seven_Oaks_Dam__Lake__1
p132964
sbNNg6
(g13
g8
NtRp132965
(dp132966
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Santa_Ana_River
p132967
sbNNNg6
(g13
g8
NtRp132968
(dp132969
g16
Nsg17
Nsg11
VSeven Oaks Dam is a 550-foot (170 m) high earth and rock fill embankment dam across the Santa Ana River in the San Bernardino Mountains, about 4 miles (6.4 km) northeast of Redlands in San Bernardino County, southern California. It impounds Seven Oaks Reservoir in the San Bernardino National Forest.
p132970
sbg6
(g13
g8
NtRp132971
(dp132972
g16
Nsg17
Nsg11
VPOINT(-117.09999847412 34.117221832275)
p132973
sbtp132974
a(g6
(g7
g8
NtRp132975
(dp132976
g11
Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station
p132977
sbg6
(g13
g8
NtRp132978
(dp132979
g16
Nsg17
Nsg11
VSeven Sisters Generating Station
p132980
sbg6
(g13
g8
NtRp132981
(dp132982
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p132983
sbNg6
(g13
g8
NtRp132984
(dp132985
g16
Nsg17
g27
sg11
V0.128
p132986
sbNg6
(g7
g8
NtRp132987
(dp132988
g11
Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station__Lake__1
p132989
sbg6
(g13
g8
NtRp132990
(dp132991
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manitoba_Hydro
p132992
sbNg6
(g13
g8
NtRp132993
(dp132994
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Winnipeg_River
p132995
sbg6
(g13
g8
NtRp132996
(dp132997
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp132998
(dp132999
g16
Nsg17
Nsg11
VCanada Manitoba
p133000
sbg6
(g13
g8
NtRp133001
(dp133002
g16
Nsg17
Nsg11
VThe Seven Sisters Generating Station is a hydroelectric generating station located on the Winnipeg River, in eastern Manitoba near Seven Sisters Falls, Manitoba. The reservoir is called Natalie Lake and is used for recreational boating and fishing. The present capacity of the generating station is 165 megawatts, and in a typical year the station can produce 990 million kilowatt-hours. It is the largest generating station on the Winnipeg River. Power is transmitted over five 115 kV lines to Winnipeg, and sixth and seventh lines to the Whiteshell and on to Kenora, Ontario.
p133003
sbg6
(g13
g8
NtRp133004
(dp133005
g16
Nsg17
Nsg11
VPOINT(-96.012222290039 50.120277404785)
p133006
sbtp133007
a(g6
(g7
g8
NtRp133008
(dp133009
g11
Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station
p133010
sbg6
(g13
g8
NtRp133011
(dp133012
g16
Nsg17
Nsg11
VSeven Sisters Generating Station
p133013
sbg6
(g13
g8
NtRp133014
(dp133015
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p133016
sbNg6
(g13
g8
NtRp133017
(dp133018
g16
Nsg17
g27
sg11
V0.128
p133019
sbNg6
(g7
g8
NtRp133020
(dp133021
g11
Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station__Lake__1
p133022
sbg6
(g13
g8
NtRp133023
(dp133024
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manitoba_Hydro
p133025
sbNg6
(g13
g8
NtRp133026
(dp133027
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Winnipeg_River
p133028
sbg6
(g13
g8
NtRp133029
(dp133030
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp133031
(dp133032
g16
Nsg17
Nsg11
VCanada Manitoba
p133033
sbg6
(g13
g8
NtRp133034
(dp133035
g16
Nsg17
Nsg11
VThe Seven Sisters Generating Station is a hydroelectric generating station located on the Winnipeg River, in eastern Manitoba near Seven Sisters Falls, Manitoba. The reservoir is called Natalie Lake and is used for recreational boating and fishing. The present capacity of the generating station is 165 megawatts, and in a typical year the station can produce 990 million kilowatt-hours. It is the largest generating station on the Winnipeg River. Power is transmitted over five 115 kV lines to Winnipeg, and sixth and seventh lines to the Whiteshell and on to Kenora, Ontario.
p133036
sbg6
(g13
g8
NtRp133037
(dp133038
g16
Nsg17
Nsg11
VPOINT(-96.012222290039 50.120277404785)
p133039
sbtp133040
a(g6
(g7
g8
NtRp133041
(dp133042
g11
Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station
p133043
sbg6
(g13
g8
NtRp133044
(dp133045
g16
Nsg17
Nsg11
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p133046
sbg6
(g13
g8
NtRp133047
(dp133048
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Canada
p133049
sbNg6
(g13
g8
NtRp133050
(dp133051
g16
Nsg17
g27
sg11
V0.128
p133052
sbNg6
(g7
g8
NtRp133053
(dp133054
g11
Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station__Lake__1
p133055
sbg6
(g13
g8
NtRp133056
(dp133057
g16
Nsg17
Nsg11
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VThe Seven Sisters Generating Station is a hydroelectric generating station located on the Winnipeg River, in eastern Manitoba near Seven Sisters Falls, Manitoba. The reservoir is called Natalie Lake and is used for recreational boating and fishing. The present capacity of the generating station is 165 megawatts, and in a typical year the station can produce 990 million kilowatt-hours. It is the largest generating station on the Winnipeg River. Power is transmitted over five 115 kV lines to Winnipeg, and sixth and seventh lines to the Whiteshell and on to Kenora, Ontario.
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VThe Seven Sisters Generating Station is a hydroelectric generating station located on the Winnipeg River, in eastern Manitoba near Seven Sisters Falls, Manitoba. The reservoir is called Natalie Lake and is used for recreational boating and fishing. The present capacity of the generating station is 165 megawatts, and in a typical year the station can produce 990 million kilowatt-hours. It is the largest generating station on the Winnipeg River. Power is transmitted over five 115 kV lines to Winnipeg, and sixth and seventh lines to the Whiteshell and on to Kenora, Ontario.
p133102
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g8
NtRp133103
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VPOINT(-96.012222290039 50.120277404785)
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p133109
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V\u0645\u062d\u0637\u0629 \u062a\u0648\u0644\u064a\u062f \u0627\u0644\u0623\u062e\u0648\u0627\u062a \u0627\u0644\u0633\u0628\u0639
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p133115
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p133118
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Vhttp://dbpedia.org/resource/Seven_Sisters_Generating_Station__Lake__1
p133121
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p133127
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Nsg17
Nsg11
VO
sbNg6
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NtRp133130
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Nsg17
Nsg11
VCanada Manitoba
p133132
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VThe Seven Sisters Generating Station is a hydroelectric generating station located on the Winnipeg River, in eastern Manitoba near Seven Sisters Falls, Manitoba. The reservoir is called Natalie Lake and is used for recreational boating and fishing. The present capacity of the generating station is 165 megawatts, and in a typical year the station can produce 990 million kilowatt-hours. It is the largest generating station on the Winnipeg River. Power is transmitted over five 115 kV lines to Winnipeg, and sixth and seventh lines to the Whiteshell and on to Kenora, Ontario.
p133135
sbg6
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g8
NtRp133136
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VPOINT(-96.012222290039 50.120277404785)
p133138
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p133142
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NtRp133143
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Nsg17
Nsg11
VSeyhan Dam
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g8
NtRp133146
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Nsg17
Nsg11
VTurkey
p133148
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g8
NtRp133149
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Nsg17
Nsg11
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g8
NtRp133152
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p133154
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g8
NtRp133155
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Nsg17
Nsg11
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p133157
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g8
NtRp133158
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp133160
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g16
Nsg17
g27
sg11
V7.5e+06
p133162
sbg6
(g13
g8
NtRp133163
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g16
Nsg17
Nsg11
VTurkey
p133165
sbg6
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g8
NtRp133166
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Nsg17
Nsg11
VThe Seyhan Dam is a hydroelectric dam on the Seyhan River north of Adana, Turkey The dam was constructed in the 1950s as the first in a series of hydroelectric projects funded by the World Bank. The project was authorized by Prime Minister Adnan Menderes. The project manager was Süleyman Demirel, who later became prime minister and the ninth president of Turkey. The ancient city of Augusta, was flooded by the Seyhan Dam Lake in 1955.
p133168
sbg6
(g13
g8
NtRp133169
(dp133170
g16
Nsg17
Nsg11
VPOINT(35.331943511963 37.040000915527)
p133171
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g8
NtRp133173
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Vhttp://dbpedia.org/resource/Seyhan_Dam
p133175
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g8
NtRp133176
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0435\u0439\u0445\u0430\u043d
p133178
sbg6
(g13
g8
NtRp133179
(dp133180
g16
Nsg17
Nsg11
VTurkey
p133181
sbg6
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g8
NtRp133182
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g16
Nsg17
Nsg11
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p133184
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g8
NtRp133185
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g11
Vhttp://dbpedia.org/resource/Seyhan_Dam__Lake__1
p133187
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g8
NtRp133188
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p133190
sbg6
(g13
g8
NtRp133191
(dp133192
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp133193
(dp133194
g16
Nsg17
g27
sg11
V7.5e+06
p133195
sbg6
(g13
g8
NtRp133196
(dp133197
g16
Nsg17
Nsg11
VTurkey
p133198
sbg6
(g13
g8
NtRp133199
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VThe Seyhan Dam is a hydroelectric dam on the Seyhan River north of Adana, Turkey The dam was constructed in the 1950s as the first in a series of hydroelectric projects funded by the World Bank. The project was authorized by Prime Minister Adnan Menderes. The project manager was Süleyman Demirel, who later became prime minister and the ninth president of Turkey. The ancient city of Augusta, was flooded by the Seyhan Dam Lake in 1955.
p133201
sbg6
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g8
NtRp133202
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g16
Nsg17
Nsg11
VPOINT(35.331943511963 37.040000915527)
p133204
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g8
NtRp133206
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g11
Vhttp://dbpedia.org/resource/Seyhan_Dam
p133208
sbg6
(g13
g8
NtRp133209
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g16
Nsg17
Nsg11
VDiga di Seyhan
p133211
sbg6
(g13
g8
NtRp133212
(dp133213
g16
Nsg17
Nsg11
VTurkey
p133214
sbg6
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g8
NtRp133215
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g16
Nsg17
Nsg11
VEmbankment
p133217
sbNNg6
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g8
NtRp133218
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g11
Vhttp://dbpedia.org/resource/Seyhan_Dam__Lake__1
p133220
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g8
NtRp133221
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p133223
sbg6
(g13
g8
NtRp133224
(dp133225
g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp133226
(dp133227
g16
Nsg17
g27
sg11
V7.5e+06
p133228
sbg6
(g13
g8
NtRp133229
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g16
Nsg17
Nsg11
VTurkey
p133231
sbg6
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g8
NtRp133232
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g16
Nsg17
Nsg11
VThe Seyhan Dam is a hydroelectric dam on the Seyhan River north of Adana, Turkey The dam was constructed in the 1950s as the first in a series of hydroelectric projects funded by the World Bank. The project was authorized by Prime Minister Adnan Menderes. The project manager was Süleyman Demirel, who later became prime minister and the ninth president of Turkey. The ancient city of Augusta, was flooded by the Seyhan Dam Lake in 1955.
p133234
sbg6
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g8
NtRp133235
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g16
Nsg17
Nsg11
VPOINT(35.331943511963 37.040000915527)
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a(g6
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g8
NtRp133239
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g11
Vhttp://dbpedia.org/resource/Seyhan_Dam
p133241
sbg6
(g13
g8
NtRp133242
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g16
Nsg17
Nsg11
VSeyhanská p\u0159ehrada
p133244
sbg6
(g13
g8
NtRp133245
(dp133246
g16
Nsg17
Nsg11
VTurkey
p133247
sbg6
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g8
NtRp133248
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g16
Nsg17
Nsg11
VEmbankment
p133250
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g8
NtRp133251
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Vhttp://dbpedia.org/resource/Seyhan_Dam__Lake__1
p133253
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g8
NtRp133254
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p133256
sbg6
(g13
g8
NtRp133257
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp133259
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g16
Nsg17
g27
sg11
V7.5e+06
p133261
sbg6
(g13
g8
NtRp133262
(dp133263
g16
Nsg17
Nsg11
VTurkey
p133264
sbg6
(g13
g8
NtRp133265
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Nsg17
Nsg11
VThe Seyhan Dam is a hydroelectric dam on the Seyhan River north of Adana, Turkey The dam was constructed in the 1950s as the first in a series of hydroelectric projects funded by the World Bank. The project was authorized by Prime Minister Adnan Menderes. The project manager was Süleyman Demirel, who later became prime minister and the ninth president of Turkey. The ancient city of Augusta, was flooded by the Seyhan Dam Lake in 1955.
p133267
sbg6
(g13
g8
NtRp133268
(dp133269
g16
Nsg17
Nsg11
VPOINT(35.331943511963 37.040000915527)
p133270
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a(g6
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g8
NtRp133272
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Vhttp://dbpedia.org/resource/Seyhan_Dam
p133274
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g8
NtRp133275
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g16
Nsg17
Nsg11
VSeyhan-Talsperre
p133277
sbg6
(g13
g8
NtRp133278
(dp133279
g16
Nsg17
Nsg11
VTurkey
p133280
sbg6
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g8
NtRp133281
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Nsg17
Nsg11
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p133286
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g8
NtRp133287
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g16
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Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p133289
sbg6
(g13
g8
NtRp133290
(dp133291
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp133292
(dp133293
g16
Nsg17
g27
sg11
V7.5e+06
p133294
sbg6
(g13
g8
NtRp133295
(dp133296
g16
Nsg17
Nsg11
VTurkey
p133297
sbg6
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g8
NtRp133298
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Nsg17
Nsg11
VThe Seyhan Dam is a hydroelectric dam on the Seyhan River north of Adana, Turkey The dam was constructed in the 1950s as the first in a series of hydroelectric projects funded by the World Bank. The project was authorized by Prime Minister Adnan Menderes. The project manager was Süleyman Demirel, who later became prime minister and the ninth president of Turkey. The ancient city of Augusta, was flooded by the Seyhan Dam Lake in 1955.
p133300
sbg6
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g8
NtRp133301
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g16
Nsg17
Nsg11
VPOINT(35.331943511963 37.040000915527)
p133303
sbtp133304
a(g6
(g7
g8
NtRp133305
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Vhttp://dbpedia.org/resource/Seyhan_Dam
p133307
sbg6
(g13
g8
NtRp133308
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g16
Nsg17
Nsg11
VBarrage de Seyhan
p133310
sbg6
(g13
g8
NtRp133311
(dp133312
g16
Nsg17
Nsg11
VTurkey
p133313
sbg6
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g8
NtRp133314
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g16
Nsg17
Nsg11
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p133316
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g8
NtRp133317
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g11
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p133319
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g8
NtRp133320
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p133322
sbg6
(g13
g8
NtRp133323
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp133325
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g16
Nsg17
g27
sg11
V7.5e+06
p133327
sbg6
(g13
g8
NtRp133328
(dp133329
g16
Nsg17
Nsg11
VTurkey
p133330
sbg6
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g8
NtRp133331
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Nsg17
Nsg11
VThe Seyhan Dam is a hydroelectric dam on the Seyhan River north of Adana, Turkey The dam was constructed in the 1950s as the first in a series of hydroelectric projects funded by the World Bank. The project was authorized by Prime Minister Adnan Menderes. The project manager was Süleyman Demirel, who later became prime minister and the ninth president of Turkey. The ancient city of Augusta, was flooded by the Seyhan Dam Lake in 1955.
p133333
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g8
NtRp133334
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Nsg17
Nsg11
VPOINT(35.331943511963 37.040000915527)
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sbtp133337
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g8
NtRp133338
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g11
Vhttp://dbpedia.org/resource/Seyrantepe_Dam
p133340
sbg6
(g13
g8
NtRp133341
(dp133342
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0435\u0439\u0440\u0430\u043d\u0442\u0435\u043f\u0435
p133343
sbg6
(g13
g8
NtRp133344
(dp133345
g16
Nsg17
Nsg11
VTurkey
p133346
sbg6
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g8
NtRp133347
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g16
Nsg17
Nsg11
VEmbankment, sand and gravel-fill
p133349
sbNNNNg6
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g8
NtRp133350
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g16
Nsg17
Nsg11
VPower, regulation
p133352
sbg6
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g8
NtRp133353
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p133355
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g8
NtRp133356
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp133358
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g16
Nsg17
Nsg11
VTurkey
p133360
sbg6
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g8
NtRp133361
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Nsg17
Nsg11
VThe Seyrantepe Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), located 15 km (9 mi) northwest of Karakoçan on the border of Elaz\u0131\u011f and Tunceli Provinces, Turkey. Its primary purpose is hydroelectric power generation and is the fifth dam in the Peri River cascade. Construction on the dam began in 2003 and its power station was commissioned in 2008. It contains two 29.39 MW Francis turbine-generators for a total installed capacity of 58.78 MW. It is owned and operated by Limak Energy and Bilgin Energy. The sand and gravel-fill dam is 48.5 m (159 ft) tall.
p133363
sbg6
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g8
NtRp133364
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g16
Nsg17
Nsg11
VPOINT(39.891632080078 39.021022796631)
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NtRp133368
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Vhttp://dbpedia.org/resource/Seyrantepe_Dam
p133370
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g8
NtRp133371
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Nsg17
Nsg11
VSeyrantepe-Talsperre
p133373
sbg6
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g8
NtRp133374
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Nsg17
Nsg11
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p133376
sbg6
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g8
NtRp133377
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Nsg17
Nsg11
VEmbankment, sand and gravel-fill
p133379
sbNNNNg6
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g8
NtRp133380
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Nsg17
Nsg11
VPower, regulation
p133382
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g8
NtRp133383
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p133385
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g8
NtRp133386
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp133388
(dp133389
g16
Nsg17
Nsg11
VTurkey
p133390
sbg6
(g13
g8
NtRp133391
(dp133392
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Nsg17
Nsg11
VThe Seyrantepe Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), located 15 km (9 mi) northwest of Karakoçan on the border of Elaz\u0131\u011f and Tunceli Provinces, Turkey. Its primary purpose is hydroelectric power generation and is the fifth dam in the Peri River cascade. Construction on the dam began in 2003 and its power station was commissioned in 2008. It contains two 29.39 MW Francis turbine-generators for a total installed capacity of 58.78 MW. It is owned and operated by Limak Energy and Bilgin Energy. The sand and gravel-fill dam is 48.5 m (159 ft) tall.
p133393
sbg6
(g13
g8
NtRp133394
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g16
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VThe Seyrantepe Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), located 15 km (9 mi) northwest of Karakoçan on the border of Elaz\u0131\u011f and Tunceli Provinces, Turkey. Its primary purpose is hydroelectric power generation and is the fifth dam in the Peri River cascade. Construction on the dam began in 2003 and its power station was commissioned in 2008. It contains two 29.39 MW Francis turbine-generators for a total installed capacity of 58.78 MW. It is owned and operated by Limak Energy and Bilgin Energy. The sand and gravel-fill dam is 48.5 m (159 ft) tall.
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VThe Seyrantepe Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), located 15 km (9 mi) northwest of Karakoçan on the border of Elaz\u0131\u011f and Tunceli Provinces, Turkey. Its primary purpose is hydroelectric power generation and is the fifth dam in the Peri River cascade. Construction on the dam began in 2003 and its power station was commissioned in 2008. It contains two 29.39 MW Francis turbine-generators for a total installed capacity of 58.78 MW. It is owned and operated by Limak Energy and Bilgin Energy. The sand and gravel-fill dam is 48.5 m (159 ft) tall.
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VUnited States
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VShadehill Dam is a dam (constructed 1951) on the Grand River in Perkins County in northwestern South Dakota in the United States, about 10 miles (16 km) south of Lemmon. The dam and its impoundment, Shadehill Reservoir, serve mainly for flood and silt control, wildlife conservation and recreation. Located directly below the confluence of the North and South Forks of the Grand River, the dam is operated by the U.S. Bureau of Reclamation, and is part of the Shadehill Unit of the Pick-Sloan Missouri Basin Program.
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VShahi Dam was built about 700 -1000 years ago and located in Kariz, Kuhsorkh County.
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VShahi Dam was built about 700 -1000 years ago and located in Kariz, Kuhsorkh County.
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VShahi Dam was built about 700 -1000 years ago and located in Kariz, Kuhsorkh County.
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VShahid Rajaee Dam, also known as the Soleyman Tangeh Dam, is an arch dam on the , located about 38 km (24 mi) south of Sari in Mazandaran Province, Iran. The dam was built for hydroelectric power production, flood control and to provide water for industrial and agricultural use. Construction on the dam began in 1987 and it was complete in 1997. In 2000 the power plant portion of the project was given to Iran Water & Power Resources Development Co. from the Mazandaran Regional Water Authority. An earthquake halted the project in 2002 but the power plant was completed in 2007.
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VShahid Rajaee Dam, also known as the Soleyman Tangeh Dam, is an arch dam on the , located about 38 km (24 mi) south of Sari in Mazandaran Province, Iran. The dam was built for hydroelectric power production, flood control and to provide water for industrial and agricultural use. Construction on the dam began in 1987 and it was complete in 1997. In 2000 the power plant portion of the project was given to Iran Water & Power Resources Development Co. from the Mazandaran Regional Water Authority. An earthquake halted the project in 2002 but the power plant was completed in 2007.
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VBarrage Shahid Rajaee
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VShahid Rajaee Dam, also known as the Soleyman Tangeh Dam, is an arch dam on the , located about 38 km (24 mi) south of Sari in Mazandaran Province, Iran. The dam was built for hydroelectric power production, flood control and to provide water for industrial and agricultural use. Construction on the dam began in 1987 and it was complete in 1997. In 2000 the power plant portion of the project was given to Iran Water & Power Resources Development Co. from the Mazandaran Regional Water Authority. An earthquake halted the project in 2002 but the power plant was completed in 2007.
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VShahpur Dam is located in Attock District on Nandana River in Punjab, Pakistan. The dam is 26 m (85 ft) high and has a storage capacity of 17,620,000 m3 (14,285 acre\u22c5ft). With the recent development in the surroundings, the dam has now become a popular picnic spot for locals as well as for the people of nearby cities.
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VIndia
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VThe Shahpurkandi Dam project is located on the Ravi River in Pathankot district, Punjab, India, downstream from the existing Ranjit Sagar Dam. The power houses will be constructed on Hydel Channel, which is downstream from Shahpurkandi Dam. The water released by Ranjit Sagar Dam is to be utilised for generating power for this project. The project will generate electricity of up to 206MW and provide irrigation to Punjab (5,000 Ha) and Jammu and Kashmir (32,173 Ha). The construction of the dam is as per the framework of the Indus Water Treaty regarding sharing of rivers between India and Pakistan.
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VThe Shannon hydroelectric Scheme was a major development by the Irish Free State in the 1920s to harness the power of the River Shannon. Its product, the Ardnacrusha power plant, is a hydroelectric power station which is still producing power today and is located near Ardnacrusha within County Clare approximately 2.4 kilometres (1.5 mi) from the Limerick border. It is Ireland's largest river hydroelectric scheme and is operated on a purpose built headrace connected to the River Shannon. The plant includes fish ladders so that returning fish, such as salmon, can climb the river safely past the power station.
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VShannon hydroelectric scheme
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VIreland
p133742
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NtRp133743
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VIreland
p133751
sbg6
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NtRp133752
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VThe Shannon hydroelectric Scheme was a major development by the Irish Free State in the 1920s to harness the power of the River Shannon. Its product, the Ardnacrusha power plant, is a hydroelectric power station which is still producing power today and is located near Ardnacrusha within County Clare approximately 2.4 kilometres (1.5 mi) from the Limerick border. It is Ireland's largest river hydroelectric scheme and is operated on a purpose built headrace connected to the River Shannon. The plant includes fish ladders so that returning fish, such as salmon, can climb the river safely past the power station.
p133754
sbg6
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VPOINT(-8.6127777099609 52.705554962158)
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p133761
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NtRp133762
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VArdnacrusha (waterkrachtcentrale)
p133764
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g8
NtRp133765
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g16
Nsg17
Nsg11
VIreland
p133767
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p133770
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NtRp133774
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Nsg17
Nsg11
VIreland
p133776
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g8
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Nsg17
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VThe Shannon hydroelectric Scheme was a major development by the Irish Free State in the 1920s to harness the power of the River Shannon. Its product, the Ardnacrusha power plant, is a hydroelectric power station which is still producing power today and is located near Ardnacrusha within County Clare approximately 2.4 kilometres (1.5 mi) from the Limerick border. It is Ireland's largest river hydroelectric scheme and is operated on a purpose built headrace connected to the River Shannon. The plant includes fish ladders so that returning fish, such as salmon, can climb the river safely past the power station.
p133779
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p133786
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V\u0413\u0415\u0421 \u0410\u0440\u0434\u043d\u0430\u043a\u0440\u0430\u0448\u0430
p133789
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NtRp133790
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VIreland
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Nsg17
Nsg11
VIreland
p133801
sbg6
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NtRp133802
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VThe Shannon hydroelectric Scheme was a major development by the Irish Free State in the 1920s to harness the power of the River Shannon. Its product, the Ardnacrusha power plant, is a hydroelectric power station which is still producing power today and is located near Ardnacrusha within County Clare approximately 2.4 kilometres (1.5 mi) from the Limerick border. It is Ireland's largest river hydroelectric scheme and is operated on a purpose built headrace connected to the River Shannon. The plant includes fish ladders so that returning fish, such as salmon, can climb the river safely past the power station.
p133804
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NtRp133805
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VPOINT(-8.6127777099609 52.705554962158)
p133807
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p133811
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NtRp133812
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VArd na Croise
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VIreland
p133817
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VIreland
p133826
sbg6
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g8
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VThe Shannon hydroelectric Scheme was a major development by the Irish Free State in the 1920s to harness the power of the River Shannon. Its product, the Ardnacrusha power plant, is a hydroelectric power station which is still producing power today and is located near Ardnacrusha within County Clare approximately 2.4 kilometres (1.5 mi) from the Limerick border. It is Ireland's largest river hydroelectric scheme and is operated on a purpose built headrace connected to the River Shannon. The plant includes fish ladders so that returning fish, such as salmon, can climb the river safely past the power station.
p133829
sbg6
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g8
NtRp133830
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VPOINT(-8.6127777099609 52.705554962158)
p133832
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p133836
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Nsg17
Nsg11
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NtRp133846
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p133848
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p133851
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NtRp133852
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p133854
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NtRp133855
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p133857
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V356000.0
p133860
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NtRp133861
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VChina
p133863
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NtRp133864
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VThe Shapai Dam is an arch dam on the Caopo River in Wenchuan County, Ngawa, Sichuan Province, China. The dam is 130 metres (427 ft) tall and composed of roller-compacted concrete. There are no spillways on the face of the dam but two tunnels are utilized with a discharge capacity of 453 cubic metres per second (15,998 cu ft/s). A single penstock feeds water to a power station 5 kilometres (3 mi) downstream. The power station contains 2 x 18 MW generators with a combined capacity of 36 MW.
p133866
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NtRp133867
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VPOINT(103.37079620361 31.31609916687)
p133869
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NtRp133871
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p133873
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NtRp133874
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Nsg17
Nsg11
VShashe Dam
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VZoned embankment
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NtRp133883
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Nsg17
g27
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V3.5
p133885
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p133888
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VBotswana
p133894
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VThe Shashe Dam is a dam on the Shashe River in Botswana that was built to supply water to the industrial city of Selebi-Phikwe. The large village of Tonota lies just south of the dam.
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VPOINT(27.428268432617 -21.366987228394)
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VZapora Shasta
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VUnited States
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VCalifornia
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VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
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VPOINT(-122.41889190674 40.718612670898)
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p133947
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g27
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NtRp133963
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VCalifornia
p133974
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VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
p133977
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NtRp133978
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VPOINT(-122.41889190674 40.718612670898)
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NtRp133985
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Nsg17
Nsg11
VShasta-Talsperre
p133987
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NtRp133988
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VUnited States
p133990
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g27
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NtRp134003
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Nsg17
Nsg11
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p134005
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NtRp134006
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Nsg17
Nsg11
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Nsg17
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p134011
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NtRp134012
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Nsg17
Nsg11
VCalifornia
p134014
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NtRp134015
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Nsg17
Nsg11
VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
p134017
sbg6
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NtRp134018
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Nsg17
Nsg11
VPOINT(-122.41889190674 40.718612670898)
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NtRp134025
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VBarrage de Shasta
p134027
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NtRp134028
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p134054
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NtRp134055
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VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
p134057
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NtRp134058
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VPOINT(-122.41889190674 40.718612670898)
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NtRp134095
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VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
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sbg6
(g13
g8
NtRp134098
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Nsg17
Nsg11
VPOINT(-122.41889190674 40.718612670898)
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p134104
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NtRp134105
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Nsg17
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V\u0413\u0415\u0421 \u0428\u0430\u0441\u0442\u0430
p134107
sbg6
(g13
g8
NtRp134108
(dp134109
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Nsg17
Nsg11
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p134110
sbg6
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NtRp134111
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Nsg17
Nsg11
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p134113
sbg6
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g8
NtRp134114
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g16
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g27
sg11
V1.05461
p134116
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g8
NtRp134117
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g11
Vhttp://dbpedia.org/resource/Shasta_Dam__Lake__1
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sbg6
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NtRp134120
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Nsg17
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p134122
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g8
NtRp134123
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g16
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Nsg11
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p134125
sbg6
(g13
g8
NtRp134126
(dp134127
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Nsg11
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p134128
sbg6
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g8
NtRp134129
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Nsg17
g27
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V4.99726e+07
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(g13
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NtRp134132
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VCalifornia
p134134
sbg6
(g13
g8
NtRp134135
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Nsg17
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VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
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sbg6
(g13
g8
NtRp134138
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g16
Nsg17
Nsg11
VPOINT(-122.41889190674 40.718612670898)
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NtRp134145
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Nsg17
Nsg11
VDiga Shasta
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sbg6
(g13
g8
NtRp134148
(dp134149
g16
Nsg17
Nsg11
VUnited States
p134150
sbg6
(g13
g8
NtRp134151
(dp134152
g16
Nsg17
Nsg11
VConcrete gravity
p134153
sbg6
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NtRp134154
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g16
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g27
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V1.05461
p134156
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g8
NtRp134157
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g11
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NtRp134160
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Nsg17
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g8
NtRp134163
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Nsg17
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p134165
sbg6
(g13
g8
NtRp134166
(dp134167
g16
Nsg17
Nsg11
VIn use
p134168
sbg6
(g13
g8
NtRp134169
(dp134170
g16
Nsg17
g27
sg11
V4.99726e+07
p134171
sbg6
(g13
g8
NtRp134172
(dp134173
g16
Nsg17
Nsg11
VCalifornia
p134174
sbg6
(g13
g8
NtRp134175
(dp134176
g16
Nsg17
Nsg11
VShasta Dam (called Kennett Dam before its construction) is a concrete arch-gravity dam across the Sacramento River in Northern California in the United States. At 602 feet (183 m) high, it is the eighth-tallest dam in the United States. Located at the north end of the Sacramento Valley, Shasta Dam creates Shasta Lake for long-term water storage, flood control, hydroelectricity and protection against the intrusion of saline water. The largest reservoir in the state, Shasta Lake can hold about 4,500,000 acre-feet (5,600 GL).
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sbg6
(g13
g8
NtRp134178
(dp134179
g16
Nsg17
Nsg11
VPOINT(-122.41889190674 40.718612670898)
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sbtp134181
a(g6
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g8
NtRp134182
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g11
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p134184
sbg6
(g13
g8
NtRp134185
(dp134186
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Sh\u0101tuó
p134187
sbg6
(g13
g8
NtRp134188
(dp134189
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p134190
sbg6
(g13
g8
NtRp134191
(dp134192
g16
Nsg17
Nsg11
VGravity
p134193
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g8
NtRp134194
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g11
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p134196
sbNg6
(g13
g8
NtRp134197
(dp134198
g16
Nsg17
Nsg11
VPower
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(g13
g8
NtRp134200
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Nsg17
Nsg11
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p134202
sbg6
(g13
g8
NtRp134203
(dp134204
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134205
(dp134206
g16
Nsg17
Nsg11
VChina
p134207
sbg6
(g13
g8
NtRp134208
(dp134209
g16
Nsg17
Nsg11
VThe Shatuo Dam (Chinese: \u6c99\u6cb1\u6c34\u7535\u7ad9) is a gravity dam on the Wu River in Yanhe Country, Guizhou Province, China.
p134210
sbg6
(g13
g8
NtRp134211
(dp134212
g16
Nsg17
Nsg11
VPOINT(108.48249816895 28.501667022705)
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sbtp134214
a(g6
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g8
NtRp134215
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p134217
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(g13
g8
NtRp134218
(dp134219
g16
Nsg17
Nsg11
VShatuo Dam
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g8
NtRp134221
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Nsg17
Nsg11
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(g13
g8
NtRp134224
(dp134225
g16
Nsg17
Nsg11
VGravity
p134226
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g8
NtRp134227
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g11
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p134229
sbNg6
(g13
g8
NtRp134230
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g16
Nsg17
Nsg11
VPower
p134232
sbg6
(g13
g8
NtRp134233
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g16
Nsg17
Nsg11
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p134235
sbg6
(g13
g8
NtRp134236
(dp134237
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134238
(dp134239
g16
Nsg17
Nsg11
VChina
p134240
sbg6
(g13
g8
NtRp134241
(dp134242
g16
Nsg17
Nsg11
VThe Shatuo Dam (Chinese: \u6c99\u6cb1\u6c34\u7535\u7ad9) is a gravity dam on the Wu River in Yanhe Country, Guizhou Province, China.
p134243
sbg6
(g13
g8
NtRp134244
(dp134245
g16
Nsg17
Nsg11
VPOINT(108.48249816895 28.501667022705)
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sbtp134247
a(g6
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g8
NtRp134248
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g11
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p134250
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(g13
g8
NtRp134251
(dp134252
g16
Nsg17
Nsg11
VShatuo-Talsperre
p134253
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(g13
g8
NtRp134254
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
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(g13
g8
NtRp134257
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g16
Nsg17
Nsg11
VGravity
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g8
NtRp134260
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g11
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p134262
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(g13
g8
NtRp134263
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g16
Nsg17
Nsg11
VPower
p134265
sbg6
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g8
NtRp134266
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p134268
sbg6
(g13
g8
NtRp134269
(dp134270
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134271
(dp134272
g16
Nsg17
Nsg11
VChina
p134273
sbg6
(g13
g8
NtRp134274
(dp134275
g16
Nsg17
Nsg11
VThe Shatuo Dam (Chinese: \u6c99\u6cb1\u6c34\u7535\u7ad9) is a gravity dam on the Wu River in Yanhe Country, Guizhou Province, China.
p134276
sbg6
(g13
g8
NtRp134277
(dp134278
g16
Nsg17
Nsg11
VPOINT(108.48249816895 28.501667022705)
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sbtp134280
a(g6
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g8
NtRp134281
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g11
Vhttp://dbpedia.org/resource/Shatuo_Dam
p134283
sbg6
(g13
g8
NtRp134284
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g16
Nsg17
Nsg11
V\u6c99\u6cb1\u6c34\u7535\u7ad9
p134286
sbg6
(g13
g8
NtRp134287
(dp134288
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p134289
sbg6
(g13
g8
NtRp134290
(dp134291
g16
Nsg17
Nsg11
VGravity
p134292
sbNNg6
(g7
g8
NtRp134293
(dp134294
g11
Vhttp://dbpedia.org/resource/Shatuo_Dam__Lake__1
p134295
sbNg6
(g13
g8
NtRp134296
(dp134297
g16
Nsg17
Nsg11
VPower
p134298
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g8
NtRp134299
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p134301
sbg6
(g13
g8
NtRp134302
(dp134303
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134304
(dp134305
g16
Nsg17
Nsg11
VChina
p134306
sbg6
(g13
g8
NtRp134307
(dp134308
g16
Nsg17
Nsg11
VThe Shatuo Dam (Chinese: \u6c99\u6cb1\u6c34\u7535\u7ad9) is a gravity dam on the Wu River in Yanhe Country, Guizhou Province, China.
p134309
sbg6
(g13
g8
NtRp134310
(dp134311
g16
Nsg17
Nsg11
VPOINT(108.48249816895 28.501667022705)
p134312
sbtp134313
a(g6
(g7
g8
NtRp134314
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g11
Vhttp://dbpedia.org/resource/Sheen_Kach_Dam
p134316
sbg6
(g13
g8
NtRp134317
(dp134318
g16
Nsg17
Nsg11
VSheen Kach Dam
p134319
sbg6
(g13
g8
NtRp134320
(dp134321
g16
Nsg17
Nsg11
VPakistan
p134322
sbg6
(g13
g8
NtRp134323
(dp134324
g16
Nsg17
Nsg11
VEarth-filled
p134325
sbg6
(g13
g8
NtRp134326
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g16
Nsg17
g27
sg11
V0.199949
p134328
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(g7
g8
NtRp134329
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g11
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p134331
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g8
NtRp134332
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134334
(dp134335
g16
Nsg17
Nsg11
VPakistan
p134336
sbg6
(g13
g8
NtRp134337
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g16
Nsg17
Nsg11
VSheen Kach Dam is small dam in Frontier Region Tank of FATA, Pakistan. Construction of project started in 2012, and was completed in December 2014 with a projected cost of PKR 189.230 Million. The dam has a height of 21 metres (69 ft) and length of 200 metres (656 ft). The dam will irrigate 31 square kilometres (12 sq mi) of cultivable lands, with a total storage volume of around 320,000 cubic metres (260 acre\u22c5ft).
p134339
sbg6
(g13
g8
NtRp134340
(dp134341
g16
Nsg17
Nsg11
VPOINT(70.331253051758 32.475639343262)
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sbtp134343
a(g6
(g7
g8
NtRp134344
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g11
Vhttp://dbpedia.org/resource/Shenbagavalli_Dam
p134346
sbg6
(g13
g8
NtRp134347
(dp134348
g16
Nsg17
Nsg11
VShenbagavalli Dam
p134349
sbg6
(g13
g8
NtRp134350
(dp134351
g16
Nsg17
Nsg11
VIndia
p134352
sbNNNNNg6
(g13
g8
NtRp134353
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g16
Nsg17
Nsg11
Virrigation
p134355
sbNg6
(g13
g8
NtRp134356
(dp134357
g16
Nsg17
Nsg11
VDamaged
p134358
sbNg6
(g13
g8
NtRp134359
(dp134360
g16
Nsg17
Nsg11
VIndia#India Kerala#India Tamil Nadu
p134361
sbg6
(g13
g8
NtRp134362
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g16
Nsg17
Nsg11
VShenbagavalli Dam is a check dam built across the Shenbagavalli River at Kerala. It was used for irrigation around 36,000 acres in districts Tirunelveli, Virudhunagar and Tuticorin. A section of the dam was damaged and was rectified in 1955. In 1967, due to flood 1,480-metre-long channel was damaged and then reconstruction was not held. Sivagiri Farmers Association had filed a petition in the Madras High Court demanding the renovation of the dam. The court gave a direction to Kerala government to renovate the dam.But,Kerala government doesn't take any action.
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g8
NtRp134366
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g8
NtRp134369
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g16
Nsg17
Nsg11
VSherwood Dam
p134371
sbg6
(g13
g8
NtRp134372
(dp134373
g16
Nsg17
Nsg11
VUnited States
p134374
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(g13
g8
NtRp134375
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g16
Nsg17
Nsg11
VArch, constant-radius
p134377
sbg6
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g8
NtRp134378
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Nsg17
g27
sg11
V0.082296
p134380
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g8
NtRp134381
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Vhttp://dbpedia.org/resource/Sherwood_Dam__Lake__1
p134383
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g8
NtRp134384
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mishe_Mokwa_Creek
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sbg6
(g13
g8
NtRp134387
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134389
(dp134390
g16
Nsg17
Nsg11
VCalifornia
p134391
sbg6
(g13
g8
NtRp134392
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Nsg17
Nsg11
VSherwood Dam, known also as Lake Sherwood Dam, Alturas Dam, and Potrero Dam, is a 270-foot-long (82 m) concrete arch dam in the Santa Monica Mountains near Thousand Oaks, California. Completed in 1904, its construction led to the creation of the 165-acre (67 ha) Potrero Lake (since renamed Lake Sherwood) over the following winter. It was the first reservoir of its size in the area, and remains one of the oldest standing dams in California.
p134394
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g8
NtRp134395
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g16
Nsg17
Nsg11
VPOINT(-118.85722351074 34.139167785645)
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g8
NtRp134399
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g8
NtRp134402
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Nsg17
Nsg11
VSherwood Dam
p134404
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(g13
g8
NtRp134405
(dp134406
g16
Nsg17
Nsg11
VUnited States
p134407
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(g13
g8
NtRp134408
(dp134409
g16
Nsg17
Nsg11
VArch, constant-radius
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NtRp134411
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Nsg17
g27
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V0.082296
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g8
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NtRp134417
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Nsg17
Nsg11
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g8
NtRp134420
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g16
Nsg17
Nsg11
VO
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g8
NtRp134422
(dp134423
g16
Nsg17
Nsg11
VCalifornia
p134424
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(g13
g8
NtRp134425
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Nsg17
Nsg11
VSherwood Dam, known also as Lake Sherwood Dam, Alturas Dam, and Potrero Dam, is a 270-foot-long (82 m) concrete arch dam in the Santa Monica Mountains near Thousand Oaks, California. Completed in 1904, its construction led to the creation of the 165-acre (67 ha) Potrero Lake (since renamed Lake Sherwood) over the following winter. It was the first reservoir of its size in the area, and remains one of the oldest standing dams in California.
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g8
NtRp134428
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g16
Nsg17
Nsg11
VPOINT(-118.85722351074 34.139167785645)
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g8
NtRp134432
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p134434
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g8
NtRp134435
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0428\u0456\u043b\u043e\u043d\u0433
p134437
sbg6
(g13
g8
NtRp134438
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g16
Nsg17
Nsg11
VChina
p134440
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g8
NtRp134441
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Nsg17
Nsg11
VPower
p134443
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NtRp134444
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Nsg17
Nsg11
VThe Shilongba Hydropower Station (Chinese: \u77f3\u9f99\u575d\u6c34\u7535\u7ad9), also called as Shilongba Dam, is the first hydropower station in Mainland China. "Shilongba" refers to "Stone Dragon Dam". The plant is located upstream of the Tanglang River in , Xishan District, Kunming City, Yunnan Province. At present, the hydropower station is still operating normally, and the more than 20 million kWh of electricity that it keeps producing each year is still being delivered to parts of China.
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NtRp134448
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p134450
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g8
NtRp134451
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g16
Nsg17
Nsg11
VShilongba Hydropower Station
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g8
NtRp134454
(dp134455
g16
Nsg17
Nsg11
VChina
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sbNNNNNg6
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g8
NtRp134457
(dp134458
g16
Nsg17
Nsg11
VPower
p134459
sbNNNNg6
(g13
g8
NtRp134460
(dp134461
g16
Nsg17
Nsg11
VThe Shilongba Hydropower Station (Chinese: \u77f3\u9f99\u575d\u6c34\u7535\u7ad9), also called as Shilongba Dam, is the first hydropower station in Mainland China. "Shilongba" refers to "Stone Dragon Dam". The plant is located upstream of the Tanglang River in , Xishan District, Kunming City, Yunnan Province. At present, the hydropower station is still operating normally, and the more than 20 million kWh of electricity that it keeps producing each year is still being delivered to parts of China.
p134462
sbNtp134463
a(g6
(g7
g8
NtRp134464
(dp134465
g11
Vhttp://dbpedia.org/resource/Shilongba_Hydropower_Station
p134466
sbg6
(g13
g8
NtRp134467
(dp134468
g16
Nsg17
Nsg11
V\u77f3\u9f99\u575d\u6c34\u7535\u7ad9
p134469
sbg6
(g13
g8
NtRp134470
(dp134471
g16
Nsg17
Nsg11
VChina
p134472
sbNNNNNg6
(g13
g8
NtRp134473
(dp134474
g16
Nsg17
Nsg11
VPower
p134475
sbNNNNg6
(g13
g8
NtRp134476
(dp134477
g16
Nsg17
Nsg11
VThe Shilongba Hydropower Station (Chinese: \u77f3\u9f99\u575d\u6c34\u7535\u7ad9), also called as Shilongba Dam, is the first hydropower station in Mainland China. "Shilongba" refers to "Stone Dragon Dam". The plant is located upstream of the Tanglang River in , Xishan District, Kunming City, Yunnan Province. At present, the hydropower station is still operating normally, and the more than 20 million kWh of electricity that it keeps producing each year is still being delivered to parts of China.
p134478
sbNtp134479
a(g6
(g7
g8
NtRp134480
(dp134481
g11
Vhttp://dbpedia.org/resource/Shilongba_Hydropower_Station
p134482
sbg6
(g13
g8
NtRp134483
(dp134484
g16
Nsg17
Nsg11
VWasserkraftwerk Shilongba
p134485
sbg6
(g13
g8
NtRp134486
(dp134487
g16
Nsg17
Nsg11
VChina
p134488
sbNNNNNg6
(g13
g8
NtRp134489
(dp134490
g16
Nsg17
Nsg11
VPower
p134491
sbNNNNg6
(g13
g8
NtRp134492
(dp134493
g16
Nsg17
Nsg11
VThe Shilongba Hydropower Station (Chinese: \u77f3\u9f99\u575d\u6c34\u7535\u7ad9), also called as Shilongba Dam, is the first hydropower station in Mainland China. "Shilongba" refers to "Stone Dragon Dam". The plant is located upstream of the Tanglang River in , Xishan District, Kunming City, Yunnan Province. At present, the hydropower station is still operating normally, and the more than 20 million kWh of electricity that it keeps producing each year is still being delivered to parts of China.
p134494
sbNtp134495
a(g6
(g7
g8
NtRp134496
(dp134497
g11
Vhttp://dbpedia.org/resource/Shimajigawa_Dam
p134498
sbg6
(g13
g8
NtRp134499
(dp134500
g16
Nsg17
Nsg11
VShimajigawa Dam
p134501
sbg6
(g13
g8
NtRp134502
(dp134503
g16
Nsg17
Nsg11
VJapan
p134504
sbg6
(g13
g8
NtRp134505
(dp134506
g16
Nsg17
Nsg11
VConcrete gravity
p134507
sbg6
(g13
g8
NtRp134508
(dp134509
g16
Nsg17
g27
sg11
V0.24
p134510
sbNg6
(g7
g8
NtRp134511
(dp134512
g11
Vhttp://dbpedia.org/resource/Shimajigawa_Dam__Lake__1
p134513
sbNNg6
(g13
g8
NtRp134514
(dp134515
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Shimaji_River
p134516
sbg6
(g13
g8
NtRp134517
(dp134518
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp134519
(dp134520
g16
Nsg17
g27
sg11
V317000.0
p134521
sbg6
(g13
g8
NtRp134522
(dp134523
g16
Nsg17
Nsg11
VJapan
p134524
sbg6
(g13
g8
NtRp134525
(dp134526
g16
Nsg17
Nsg11
VThe Shimajigawa Dam is a concrete gravity dam on the Shimaji River 13 km (8 mi) north of Sh\u016bnan in Yamaguchi Prefecture, Japan. The dam was completed in 1980 and was the first dam to be completely constructed with the roller-compacted concrete method.
p134527
sbg6
(g13
g8
NtRp134528
(dp134529
g16
Nsg17
Nsg11
VPOINT(131.77528381348 34.170276641846)
p134530
sbtp134531
a(g6
(g7
g8
NtRp134532
(dp134533
g11
Vhttp://dbpedia.org/resource/Shimajigawa_Dam
p134534
sbg6
(g13
g8
NtRp134535
(dp134536
g16
Nsg17
Nsg11
V\u5cf6\u5730\u5ddd\u30c0\u30e0
p134537
sbg6
(g13
g8
NtRp134538
(dp134539
g16
Nsg17
Nsg11
VJapan
p134540
sbg6
(g13
g8
NtRp134541
(dp134542
g16
Nsg17
Nsg11
VConcrete gravity
p134543
sbg6
(g13
g8
NtRp134544
(dp134545
g16
Nsg17
g27
sg11
V0.24
p134546
sbNg6
(g7
g8
NtRp134547
(dp134548
g11
Vhttp://dbpedia.org/resource/Shimajigawa_Dam__Lake__1
p134549
sbNNg6
(g13
g8
NtRp134550
(dp134551
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Shimaji_River
p134552
sbg6
(g13
g8
NtRp134553
(dp134554
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp134555
(dp134556
g16
Nsg17
g27
sg11
V317000.0
p134557
sbg6
(g13
g8
NtRp134558
(dp134559
g16
Nsg17
Nsg11
VJapan
p134560
sbg6
(g13
g8
NtRp134561
(dp134562
g16
Nsg17
Nsg11
VThe Shimajigawa Dam is a concrete gravity dam on the Shimaji River 13 km (8 mi) north of Sh\u016bnan in Yamaguchi Prefecture, Japan. The dam was completed in 1980 and was the first dam to be completely constructed with the roller-compacted concrete method.
p134563
sbg6
(g13
g8
NtRp134564
(dp134565
g16
Nsg17
Nsg11
VPOINT(131.77528381348 34.170276641846)
p134566
sbtp134567
a(g6
(g7
g8
NtRp134568
(dp134569
g11
Vhttp://dbpedia.org/resource/Shimenkan_Dam
p134570
sbg6
(g13
g8
NtRp134571
(dp134572
g16
Nsg17
Nsg11
V\u0428\u0438\u043c\u0435\u043d\u044c\u043a\u0430\u043d\u044c
p134573
sbg6
(g13
g8
NtRp134574
(dp134575
g16
Nsg17
Nsg11
VChina
p134576
sbg6
(g13
g8
NtRp134577
(dp134578
g16
Nsg17
Nsg11
VArch
p134579
sbg6
(g13
g8
NtRp134580
(dp134581
g16
Nsg17
g27
sg11
V0.356
p134582
sbg6
(g13
g8
NtRp134583
(dp134584
g16
Nsg17
g27
sg11
V758.0
p134585
sbg6
(g7
g8
NtRp134586
(dp134587
g11
Vhttp://dbpedia.org/resource/Shimenkan_Dam__Lake__1
p134588
sbNNg6
(g13
g8
NtRp134589
(dp134590
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p134591
sbg6
(g13
g8
NtRp134592
(dp134593
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134594
(dp134595
g16
Nsg17
Nsg11
VChina
p134596
sbg6
(g13
g8
NtRp134597
(dp134598
g16
Nsg17
Nsg11
VThe Shimenkan Dam (\u77f3\u95e8\u574e) is an arch dam on the Lixian River (\u674e\u4ed9\u6c5f), straddling the border between Ning'er and Mojiang County in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and its power station has an installed capacity of 130 MW. Construction began in 2007 and the dam was complete in 2010. The dam is 116 m (381 ft) tall and creates a reservoir with a capacity of 197,000,000 m3 (159,710 acre\u22c5ft). It is the second dam in the Lixian River cascade.
p134599
sbg6
(g13
g8
NtRp134600
(dp134601
g16
Nsg17
Nsg11
VPOINT(101.5027923584 23.021919250488)
p134602
sbtp134603
a(g6
(g7
g8
NtRp134604
(dp134605
g11
Vhttp://dbpedia.org/resource/Shimenkan_Dam
p134606
sbg6
(g13
g8
NtRp134607
(dp134608
g16
Nsg17
Nsg11
VShimenkan Dam
p134609
sbg6
(g13
g8
NtRp134610
(dp134611
g16
Nsg17
Nsg11
VChina
p134612
sbg6
(g13
g8
NtRp134613
(dp134614
g16
Nsg17
Nsg11
VArch
p134615
sbg6
(g13
g8
NtRp134616
(dp134617
g16
Nsg17
g27
sg11
V0.356
p134618
sbg6
(g13
g8
NtRp134619
(dp134620
g16
Nsg17
g27
sg11
V758.0
p134621
sbg6
(g7
g8
NtRp134622
(dp134623
g11
Vhttp://dbpedia.org/resource/Shimenkan_Dam__Lake__1
p134624
sbNNg6
(g13
g8
NtRp134625
(dp134626
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p134627
sbg6
(g13
g8
NtRp134628
(dp134629
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp134630
(dp134631
g16
Nsg17
Nsg11
VChina
p134632
sbg6
(g13
g8
NtRp134633
(dp134634
g16
Nsg17
Nsg11
VThe Shimenkan Dam (\u77f3\u95e8\u574e) is an arch dam on the Lixian River (\u674e\u4ed9\u6c5f), straddling the border between Ning'er and Mojiang County in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and its power station has an installed capacity of 130 MW. Construction began in 2007 and the dam was complete in 2010. The dam is 116 m (381 ft) tall and creates a reservoir with a capacity of 197,000,000 m3 (159,710 acre\u22c5ft). It is the second dam in the Lixian River cascade.
p134635
sbg6
(g13
g8
NtRp134636
(dp134637
g16
Nsg17
Nsg11
VPOINT(101.5027923584 23.021919250488)
p134638
sbtp134639
a(g6
(g7
g8
NtRp134640
(dp134641
g11
Vhttp://dbpedia.org/resource/Shimogo_Pumped_Storage_Power_Station
p134642
sbg6
(g13
g8
NtRp134643
(dp134644
g16
Nsg17
Nsg11
VShimogo Pumped Storage Power Station
p134645
sbg6
(g13
g8
NtRp134646
(dp134647
g16
Nsg17
Nsg11
VJapan
p134648
sbNNNg6
(g7
g8
NtRp134649
(dp134650
g11
Vhttp://dbpedia.org/resource/Shimogo_Pumped_Storage_Power_Station__Lake__1
p134651
sbNNNg6
(g13
g8
NtRp134652
(dp134653
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134654
(dp134655
g16
Nsg17
Nsg11
VThe Shimogo Pumped Storage Power Station (Japanese: \u4e0b\u90f7\u767a\u96fb\u6240, Hepburn: Shimog\u014d Hatsudensho) is a large pumped-storage hydroelectric power plant in Shimog\u014d, Minamiaizu, Fukushima Prefecture, Japan. With an installed capacity of 1,000 megawatts (1,300,000 hp), the system is one of the largest pumped-storage power stations in Japan. The station includes a visitor center with a model of the power station and media to explain its operation. \u000a* The Ouchi Dam upper reservoir \u000a* Wakasato Lake (lower reservoir) \u000a* Okawa Dam, at the lower reservoir
p134656
sbg6
(g13
g8
NtRp134657
(dp134658
g16
Nsg17
Nsg11
VPOINT(139.9083404541 37.345054626465)
p134659
sbtp134660
a(g6
(g7
g8
NtRp134661
(dp134662
g11
Vhttp://dbpedia.org/resource/Shimogo_Pumped_Storage_Power_Station
p134663
sbg6
(g13
g8
NtRp134664
(dp134665
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0421\u0456\u043c\u043e\u0491\u043e
p134666
sbg6
(g13
g8
NtRp134667
(dp134668
g16
Nsg17
Nsg11
VJapan
p134669
sbNNNg6
(g7
g8
NtRp134670
(dp134671
g11
Vhttp://dbpedia.org/resource/Shimogo_Pumped_Storage_Power_Station__Lake__1
p134672
sbNNNg6
(g13
g8
NtRp134673
(dp134674
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134675
(dp134676
g16
Nsg17
Nsg11
VThe Shimogo Pumped Storage Power Station (Japanese: \u4e0b\u90f7\u767a\u96fb\u6240, Hepburn: Shimog\u014d Hatsudensho) is a large pumped-storage hydroelectric power plant in Shimog\u014d, Minamiaizu, Fukushima Prefecture, Japan. With an installed capacity of 1,000 megawatts (1,300,000 hp), the system is one of the largest pumped-storage power stations in Japan. The station includes a visitor center with a model of the power station and media to explain its operation. \u000a* The Ouchi Dam upper reservoir \u000a* Wakasato Lake (lower reservoir) \u000a* Okawa Dam, at the lower reservoir
p134677
sbg6
(g13
g8
NtRp134678
(dp134679
g16
Nsg17
Nsg11
VPOINT(139.9083404541 37.345054626465)
p134680
sbtp134681
a(g6
(g7
g8
NtRp134682
(dp134683
g11
Vhttp://dbpedia.org/resource/Shimokotori_Dam
p134684
sbg6
(g13
g8
NtRp134685
(dp134686
g16
Nsg17
Nsg11
VShimokotori Dam
p134687
sbg6
(g13
g8
NtRp134688
(dp134689
g16
Nsg17
Nsg11
VJapan
p134690
sbg6
(g13
g8
NtRp134691
(dp134692
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p134693
sbg6
(g13
g8
NtRp134694
(dp134695
g16
Nsg17
g27
sg11
V0.2892
p134696
sbNg6
(g7
g8
NtRp134697
(dp134698
g11
Vhttp://dbpedia.org/resource/Shimokotori_Dam__Lake__1
p134699
sbg6
(g13
g8
NtRp134700
(dp134701
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kansai_Electric_Power_Company
p134702
sbg6
(g13
g8
NtRp134703
(dp134704
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp134705
(dp134706
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Shimokotori_River
p134707
sbg6
(g13
g8
NtRp134708
(dp134709
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp134710
(dp134711
g16
Nsg17
g27
sg11
V3.53e+06
p134712
sbg6
(g13
g8
NtRp134713
(dp134714
g16
Nsg17
Nsg11
VJapan
p134715
sbg6
(g13
g8
NtRp134716
(dp134717
g16
Nsg17
Nsg11
VThe Shimokotori Dam is a rock-fill dam on the about 15 km (9.3 mi) west of Hida in Gifu Prefecture, Japan. The primary purpose of the dam is hydroelectric power generation and water from its reservoir is diverted via a 8.5 km (5.3 mi) long headrace tunnel to a 142 MW power station northeast of the dam. The power station discharges the water into the Jinz\u016b River. Construction on the dam began in 1970 and it was completed in 1973. The power station went operational in May 1973 and is owned by Kansai Electric Power Company. The dam was constructed by Aoki Corporation.
p134718
sbg6
(g13
g8
NtRp134719
(dp134720
g16
Nsg17
Nsg11
VPOINT(137.02545166016 36.248420715332)
p134721
sbtp134722
a(g6
(g7
g8
NtRp134723
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g11
Vhttp://dbpedia.org/resource/Shimokotori_Dam
p134725
sbg6
(g13
g8
NtRp134726
(dp134727
g16
Nsg17
Nsg11
V\u4e0b\u5c0f\u9ce5\u30c0\u30e0
p134728
sbg6
(g13
g8
NtRp134729
(dp134730
g16
Nsg17
Nsg11
VJapan
p134731
sbg6
(g13
g8
NtRp134732
(dp134733
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p134734
sbg6
(g13
g8
NtRp134735
(dp134736
g16
Nsg17
g27
sg11
V0.2892
p134737
sbNg6
(g7
g8
NtRp134738
(dp134739
g11
Vhttp://dbpedia.org/resource/Shimokotori_Dam__Lake__1
p134740
sbg6
(g13
g8
NtRp134741
(dp134742
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kansai_Electric_Power_Company
p134743
sbg6
(g13
g8
NtRp134744
(dp134745
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp134746
(dp134747
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Shimokotori_River
p134748
sbg6
(g13
g8
NtRp134749
(dp134750
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp134751
(dp134752
g16
Nsg17
g27
sg11
V3.53e+06
p134753
sbg6
(g13
g8
NtRp134754
(dp134755
g16
Nsg17
Nsg11
VJapan
p134756
sbg6
(g13
g8
NtRp134757
(dp134758
g16
Nsg17
Nsg11
VThe Shimokotori Dam is a rock-fill dam on the about 15 km (9.3 mi) west of Hida in Gifu Prefecture, Japan. The primary purpose of the dam is hydroelectric power generation and water from its reservoir is diverted via a 8.5 km (5.3 mi) long headrace tunnel to a 142 MW power station northeast of the dam. The power station discharges the water into the Jinz\u016b River. Construction on the dam began in 1970 and it was completed in 1973. The power station went operational in May 1973 and is owned by Kansai Electric Power Company. The dam was constructed by Aoki Corporation.
p134759
sbg6
(g13
g8
NtRp134760
(dp134761
g16
Nsg17
Nsg11
VPOINT(137.02545166016 36.248420715332)
p134762
sbtp134763
a(g6
(g7
g8
NtRp134764
(dp134765
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134766
sbg6
(g13
g8
NtRp134767
(dp134768
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Shin-Takasegawa
p134769
sbg6
(g13
g8
NtRp134770
(dp134771
g16
Nsg17
Nsg11
VJapan
p134772
sbNNNg6
(g7
g8
NtRp134773
(dp134774
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134775
sbg6
(g13
g8
NtRp134776
(dp134777
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134778
sbNNg6
(g13
g8
NtRp134779
(dp134780
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134781
(dp134782
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134783
sbg6
(g13
g8
NtRp134784
(dp134785
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134786
sbtp134787
a(g6
(g7
g8
NtRp134788
(dp134789
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134790
sbg6
(g13
g8
NtRp134791
(dp134792
g16
Nsg17
Nsg11
VShin-Takasegawa Pumped Storage Station
p134793
sbg6
(g13
g8
NtRp134794
(dp134795
g16
Nsg17
Nsg11
VJapan
p134796
sbNNNg6
(g7
g8
NtRp134797
(dp134798
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134799
sbg6
(g13
g8
NtRp134800
(dp134801
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134802
sbNNg6
(g13
g8
NtRp134803
(dp134804
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134805
(dp134806
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134807
sbg6
(g13
g8
NtRp134808
(dp134809
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134810
sbtp134811
a(g6
(g7
g8
NtRp134812
(dp134813
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134814
sbg6
(g13
g8
NtRp134815
(dp134816
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0428\u0456\u043d-\u0422\u0430\u043a\u0430\u0441\u0435\u0433\u0430\u0432\u0430
p134817
sbg6
(g13
g8
NtRp134818
(dp134819
g16
Nsg17
Nsg11
VJapan
p134820
sbNNNg6
(g7
g8
NtRp134821
(dp134822
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134823
sbg6
(g13
g8
NtRp134824
(dp134825
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134826
sbNNg6
(g13
g8
NtRp134827
(dp134828
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134829
(dp134830
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134831
sbg6
(g13
g8
NtRp134832
(dp134833
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134834
sbtp134835
a(g6
(g7
g8
NtRp134836
(dp134837
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134838
sbg6
(g13
g8
NtRp134839
(dp134840
g16
Nsg17
Nsg11
VCentrale de Shin-Takasegawa
p134841
sbg6
(g13
g8
NtRp134842
(dp134843
g16
Nsg17
Nsg11
VJapan
p134844
sbNNNg6
(g7
g8
NtRp134845
(dp134846
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134847
sbg6
(g13
g8
NtRp134848
(dp134849
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134850
sbNNg6
(g13
g8
NtRp134851
(dp134852
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134853
(dp134854
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134855
sbg6
(g13
g8
NtRp134856
(dp134857
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134858
sbtp134859
a(g6
(g7
g8
NtRp134860
(dp134861
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134862
sbg6
(g13
g8
NtRp134863
(dp134864
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Shin-Takasegawa
p134865
sbg6
(g13
g8
NtRp134866
(dp134867
g16
Nsg17
Nsg11
VJapan
p134868
sbNNNg6
(g7
g8
NtRp134869
(dp134870
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134871
sbg6
(g13
g8
NtRp134872
(dp134873
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134874
sbNNg6
(g13
g8
NtRp134875
(dp134876
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134877
(dp134878
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134879
sbg6
(g13
g8
NtRp134880
(dp134881
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134882
sbtp134883
a(g6
(g7
g8
NtRp134884
(dp134885
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134886
sbg6
(g13
g8
NtRp134887
(dp134888
g16
Nsg17
Nsg11
VCentrale de Shin-Takasegawa
p134889
sbg6
(g13
g8
NtRp134890
(dp134891
g16
Nsg17
Nsg11
VJapan
p134892
sbNNNg6
(g7
g8
NtRp134893
(dp134894
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134895
sbg6
(g13
g8
NtRp134896
(dp134897
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134898
sbNNg6
(g13
g8
NtRp134899
(dp134900
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134901
(dp134902
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134903
sbg6
(g13
g8
NtRp134904
(dp134905
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134906
sbtp134907
a(g6
(g7
g8
NtRp134908
(dp134909
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134910
sbg6
(g13
g8
NtRp134911
(dp134912
g16
Nsg17
Nsg11
VShin-Takasegawa Pumped Storage Station
p134913
sbg6
(g13
g8
NtRp134914
(dp134915
g16
Nsg17
Nsg11
VJapan
p134916
sbNNNg6
(g7
g8
NtRp134917
(dp134918
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134919
sbg6
(g13
g8
NtRp134920
(dp134921
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134922
sbNNg6
(g13
g8
NtRp134923
(dp134924
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134925
(dp134926
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134927
sbg6
(g13
g8
NtRp134928
(dp134929
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134930
sbtp134931
a(g6
(g7
g8
NtRp134932
(dp134933
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station
p134934
sbg6
(g13
g8
NtRp134935
(dp134936
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0428\u0456\u043d-\u0422\u0430\u043a\u0430\u0441\u0435\u0433\u0430\u0432\u0430
p134937
sbg6
(g13
g8
NtRp134938
(dp134939
g16
Nsg17
Nsg11
VJapan
p134940
sbNNNg6
(g7
g8
NtRp134941
(dp134942
g11
Vhttp://dbpedia.org/resource/Shin-Takasegawa_Pumped_Storage_Station__Lake__1
p134943
sbg6
(g13
g8
NtRp134944
(dp134945
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p134946
sbNNg6
(g13
g8
NtRp134947
(dp134948
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134949
(dp134950
g16
Nsg17
Nsg11
VThe Shin-Takasegawa Pumped Storage Station (\u65b0\u9ad8\u702c\u5ddd\u767a\u96fb\u6240) uses the Takase River (a tributary of the Shinano River) to operate a pumped storage hydroelectric scheme about 12 kilometres (7.5 mi) west of \u014cmachi in Nagano Prefecture, Japan. Part of the system is within Ch\u016bbu-Sangaku National Park.
p134951
sbg6
(g13
g8
NtRp134952
(dp134953
g16
Nsg17
Nsg11
VPOINT(137.6897277832 36.473888397217)
p134954
sbtp134955
a(g6
(g7
g8
NtRp134956
(dp134957
g11
Vhttp://dbpedia.org/resource/Shintoyone_Pumped_Storage_Power_Station
p134958
sbg6
(g13
g8
NtRp134959
(dp134960
g16
Nsg17
Nsg11
VShintoyone Pumped Storage Power Station
p134961
sbg6
(g13
g8
NtRp134962
(dp134963
g16
Nsg17
Nsg11
VJapan
p134964
sbNNNg6
(g7
g8
NtRp134965
(dp134966
g11
Vhttp://dbpedia.org/resource/Shintoyone_Pumped_Storage_Power_Station__Lake__1
p134967
sbNNNg6
(g13
g8
NtRp134968
(dp134969
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134970
(dp134971
g16
Nsg17
Nsg11
VThe Shintoyone Pumped Storage Power Station (Japanese: \u65b0\u8c4a\u6839\u767a\u96fb\u6240, Hepburn: Shintoyone Hatsudensho) is a large pumped-storage hydroelectric power plant in Toyone, Kitashitara, Aichi Prefecture, Japan. With an installed capacity of 1,125 megawatts (1,509,000 hp), the plant is one of the largest pumped-storage power stations in Japan. The second plant became operational in 1982. It employs two Kaplan turbines with a combined capacity of 32 MW. The plant uses the residual water drop from the first plant to Tenry\u016b river downstream.
p134972
sbg6
(g13
g8
NtRp134973
(dp134974
g16
Nsg17
Nsg11
VPOINT(137.78913879395 35.131721496582)
p134975
sbtp134976
a(g6
(g7
g8
NtRp134977
(dp134978
g11
Vhttp://dbpedia.org/resource/Shintoyone_Pumped_Storage_Power_Station
p134979
sbg6
(g13
g8
NtRp134980
(dp134981
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0428\u0456\u043d-\u0422\u043e\u0439\u043e\u043d\u0435
p134982
sbg6
(g13
g8
NtRp134983
(dp134984
g16
Nsg17
Nsg11
VJapan
p134985
sbNNNg6
(g7
g8
NtRp134986
(dp134987
g11
Vhttp://dbpedia.org/resource/Shintoyone_Pumped_Storage_Power_Station__Lake__1
p134988
sbNNNg6
(g13
g8
NtRp134989
(dp134990
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp134991
(dp134992
g16
Nsg17
Nsg11
VThe Shintoyone Pumped Storage Power Station (Japanese: \u65b0\u8c4a\u6839\u767a\u96fb\u6240, Hepburn: Shintoyone Hatsudensho) is a large pumped-storage hydroelectric power plant in Toyone, Kitashitara, Aichi Prefecture, Japan. With an installed capacity of 1,125 megawatts (1,509,000 hp), the plant is one of the largest pumped-storage power stations in Japan. The second plant became operational in 1982. It employs two Kaplan turbines with a combined capacity of 32 MW. The plant uses the residual water drop from the first plant to Tenry\u016b river downstream.
p134993
sbg6
(g13
g8
NtRp134994
(dp134995
g16
Nsg17
Nsg11
VPOINT(137.78913879395 35.131721496582)
p134996
sbtp134997
a(g6
(g7
g8
NtRp134998
(dp134999
g11
Vhttp://dbpedia.org/resource/Shiobara_Pumped_Storage_Plant
p135000
sbg6
(g13
g8
NtRp135001
(dp135002
g16
Nsg17
Nsg11
VShiobara Pumped Storage Plant
p135003
sbg6
(g13
g8
NtRp135004
(dp135005
g16
Nsg17
Nsg11
VJapan
p135006
sbNNNg6
(g7
g8
NtRp135007
(dp135008
g11
Vhttp://dbpedia.org/resource/Shiobara_Pumped_Storage_Plant__Lake__1
p135009
sbNNNg6
(g13
g8
NtRp135010
(dp135011
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp135012
(dp135013
g16
Nsg17
Nsg11
VThe Shiobara Pumped Storage Power Station (\u5869\u539f\u767a\u96fb\u6240) is a pumped-storage hydroelectric power station in Nasushiobara, in the Tochigi Prefecture of Japan. It has a total installed capacity of 900 megawatts (1,200,000 hp). The power plant started operation in 1994. Like most pumped-storage facilities, the power station uses two reservoirs, releasing and pumping as the demand rises and falls. The upper reservoir is contained by the Yashio Dam, a rock-fill dam. The lower reservoir is contained by the Sabigawa Dam, a concrete gravity dam.
p135014
sbg6
(g13
g8
NtRp135015
(dp135016
g16
Nsg17
Nsg11
VPOINT(139.86860656738 36.995555877686)
p135017
sbtp135018
a(g6
(g7
g8
NtRp135019
(dp135020
g11
Vhttp://dbpedia.org/resource/Shiobara_Pumped_Storage_Plant
p135021
sbg6
(g13
g8
NtRp135022
(dp135023
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0428\u0456\u043e\u0431\u0430\u0440\u0430
p135024
sbg6
(g13
g8
NtRp135025
(dp135026
g16
Nsg17
Nsg11
VJapan
p135027
sbNNNg6
(g7
g8
NtRp135028
(dp135029
g11
Vhttp://dbpedia.org/resource/Shiobara_Pumped_Storage_Plant__Lake__1
p135030
sbNNNg6
(g13
g8
NtRp135031
(dp135032
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp135033
(dp135034
g16
Nsg17
Nsg11
VThe Shiobara Pumped Storage Power Station (\u5869\u539f\u767a\u96fb\u6240) is a pumped-storage hydroelectric power station in Nasushiobara, in the Tochigi Prefecture of Japan. It has a total installed capacity of 900 megawatts (1,200,000 hp). The power plant started operation in 1994. Like most pumped-storage facilities, the power station uses two reservoirs, releasing and pumping as the demand rises and falls. The upper reservoir is contained by the Yashio Dam, a rock-fill dam. The lower reservoir is contained by the Sabigawa Dam, a concrete gravity dam.
p135035
sbg6
(g13
g8
NtRp135036
(dp135037
g16
Nsg17
Nsg11
VPOINT(139.86860656738 36.995555877686)
p135038
sbtp135039
a(g6
(g7
g8
NtRp135040
(dp135041
g11
Vhttp://dbpedia.org/resource/Shisanling_Pumped_Storage_Power_Station
p135042
sbg6
(g13
g8
NtRp135043
(dp135044
g16
Nsg17
Nsg11
VShisanling Pumped Storage Power Station
p135045
sbg6
(g13
g8
NtRp135046
(dp135047
g16
Nsg17
Nsg11
VChina
p135048
sbNNNg6
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g8
NtRp135049
(dp135050
g11
Vhttp://dbpedia.org/resource/Shisanling_Pumped_Storage_Power_Station__Lake__1
p135051
sbNNNg6
(g13
g8
NtRp135052
(dp135053
g16
Nsg17
Nsg11
VOperational
p135054
sbNNg6
(g13
g8
NtRp135055
(dp135056
g16
Nsg17
Nsg11
VThe Shisanling Pumped Storage Power Station (\u5341\u4e09\u9675\u62bd\u6c34\u84c4\u80fd\u7535\u5382) is a pumped-storage power station in Changping District of Beijing, China, near the Thirteen Tombs of the Ming Dynasty from where it got its name Shisanling, which means "thirteen tombs". The power station contains four reversible turbines for an installed capacity of 800 MW.
p135057
sbg6
(g13
g8
NtRp135058
(dp135059
g16
Nsg17
Nsg11
VPOINT(116.26860809326 40.255554199219)
p135060
sbtp135061
a(g6
(g7
g8
NtRp135062
(dp135063
g11
Vhttp://dbpedia.org/resource/Shisanling_Pumped_Storage_Power_Station
p135064
sbg6
(g13
g8
NtRp135065
(dp135066
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Shís\u0101nlíng
p135067
sbg6
(g13
g8
NtRp135068
(dp135069
g16
Nsg17
Nsg11
VChina
p135070
sbNNNg6
(g7
g8
NtRp135071
(dp135072
g11
Vhttp://dbpedia.org/resource/Shisanling_Pumped_Storage_Power_Station__Lake__1
p135073
sbNNNg6
(g13
g8
NtRp135074
(dp135075
g16
Nsg17
Nsg11
VOperational
p135076
sbNNg6
(g13
g8
NtRp135077
(dp135078
g16
Nsg17
Nsg11
VThe Shisanling Pumped Storage Power Station (\u5341\u4e09\u9675\u62bd\u6c34\u84c4\u80fd\u7535\u5382) is a pumped-storage power station in Changping District of Beijing, China, near the Thirteen Tombs of the Ming Dynasty from where it got its name Shisanling, which means "thirteen tombs". The power station contains four reversible turbines for an installed capacity of 800 MW.
p135079
sbg6
(g13
g8
NtRp135080
(dp135081
g16
Nsg17
Nsg11
VPOINT(116.26860809326 40.255554199219)
p135082
sbtp135083
a(g6
(g7
g8
NtRp135084
(dp135085
g11
Vhttp://dbpedia.org/resource/Shitouhe_Dam
p135086
sbg6
(g13
g8
NtRp135087
(dp135088
g16
Nsg17
Nsg11
VShitouhe Dam
p135089
sbg6
(g13
g8
NtRp135090
(dp135091
g16
Nsg17
Nsg11
VChina
p135092
sbg6
(g13
g8
NtRp135093
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VThe Shitouhe Dam is an embankment dam on the Shitouhe River, a tributary of the which flows into the Yellow River, in Mei County of Shaanxi Province, China. The dam serves several purposes to include flood control, hydroelectric power and water supply for irrigation and municipal uses. The 114 m (374 ft) tall rock-fill dam can withhold a reservoir of 147,000,000 m3 (119,000 acre\u22c5ft) of which 120,000,000 m3 (97,000 acre\u22c5ft) can be used to irrigate the valley below the dam. Approved by China's Ministry of Water Conservancy in 1974, construction started in June 1976. It was completed in 1989. In July 1996, the dam began to supply water to the nearby city of Xi'an. In 2002 the Jinpen Dam to the east was constructed to help provide water to the city as well.
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VThe Shiyazi Dam is a concrete gravity dam on the , a tributary of the Wu River, in Wuchuan County, Guizhou Province, China. The primary purpose of the dam is hydroelectric power generation. Construction on the dam began in 2007 and concrete pouring in April 2008. The reservoir began to impound in September 2010. The dam was "capped off" with concrete on 24 December 2011 and the generators were commissioned a week later on 31 December. The dam, being located in a steep portion of Meilin Canyon, was difficult to construct. The 134.5 m (441 ft) tall dam withholds a reservoir with a capacity of 321,500,000 m3 (260,644 acre\u22c5ft) and was constructed with both normal concrete and roller-compacted concrete. The dams power station is located 320 m (1,050 ft) downstream and contains two 70 MW Francis
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VThe Shiyazi Dam is a concrete gravity dam on the , a tributary of the Wu River, in Wuchuan County, Guizhou Province, China. The primary purpose of the dam is hydroelectric power generation. Construction on the dam began in 2007 and concrete pouring in April 2008. The reservoir began to impound in September 2010. The dam was "capped off" with concrete on 24 December 2011 and the generators were commissioned a week later on 31 December. The dam, being located in a steep portion of Meilin Canyon, was difficult to construct. The 134.5 m (441 ft) tall dam withholds a reservoir with a capacity of 321,500,000 m3 (260,644 acre\u22c5ft) and was constructed with both normal concrete and roller-compacted concrete. The dams power station is located 320 m (1,050 ft) downstream and contains two 70 MW Francis
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VThe Shogawa Goguchi Dam is a gravity dam on the Sh\u014d River in Shogawa, Toyama Prefecture, Japan. It was constructed between 1934 and 1939. The dam has an associated 23.4 MW hydroelectric power station which was commissioned in two stages, December 1939 and March 1967. Of the nine dams on the Sh\u014d River it is the furthest downstream.
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p135256
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VThe Shogawa Goguchi Dam is a gravity dam on the Sh\u014d River in Shogawa, Toyama Prefecture, Japan. It was constructed between 1934 and 1939. The dam has an associated 23.4 MW hydroelectric power station which was commissioned in two stages, December 1939 and March 1967. Of the nine dams on the Sh\u014d River it is the furthest downstream.
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VThe Shuangjiangkou Dam (Chinese: \u53cc\u6c5f\u53e3\u5927\u575d/\u53cc\u6c5f\u53e3\u6c34\u7535\u7ad9), also referred to as Shuang Jiang Kou (Chinese: \u53cc\u6c5f\u53e3), is an embankment dam currently being constructed in a gorge on the Dadu River in Sichuan Province, China. When completed, the 312 m-tall (1,024 ft) dam will be the tallest dam in the world. Preliminary construction began in 2008 and the entire project was expected to be complete in 2018. By April 2011, over 200,000,000 m3 (261,590,124 cu yd) of material had been excavated from the construction site. In March 2013, China's Ministry of Environmental Protection approved construction on the dam's superstructure and associated facilities. The government acknowledged that the dam would have negative impacts on the environment but that developers were working to mitigate them. The dam is being bui
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VThe Shuangjiangkou Dam (Chinese: \u53cc\u6c5f\u53e3\u5927\u575d/\u53cc\u6c5f\u53e3\u6c34\u7535\u7ad9), also referred to as Shuang Jiang Kou (Chinese: \u53cc\u6c5f\u53e3), is an embankment dam currently being constructed in a gorge on the Dadu River in Sichuan Province, China. When completed, the 312 m-tall (1,024 ft) dam will be the tallest dam in the world. Preliminary construction began in 2008 and the entire project was expected to be complete in 2018. By April 2011, over 200,000,000 m3 (261,590,124 cu yd) of material had been excavated from the construction site. In March 2013, China's Ministry of Environmental Protection approved construction on the dam's superstructure and associated facilities. The government acknowledged that the dam would have negative impacts on the environment but that developers were working to mitigate them. The dam is being bui
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VThe Shuangjiangkou Dam (Chinese: \u53cc\u6c5f\u53e3\u5927\u575d/\u53cc\u6c5f\u53e3\u6c34\u7535\u7ad9), also referred to as Shuang Jiang Kou (Chinese: \u53cc\u6c5f\u53e3), is an embankment dam currently being constructed in a gorge on the Dadu River in Sichuan Province, China. When completed, the 312 m-tall (1,024 ft) dam will be the tallest dam in the world. Preliminary construction began in 2008 and the entire project was expected to be complete in 2018. By April 2011, over 200,000,000 m3 (261,590,124 cu yd) of material had been excavated from the construction site. In March 2013, China's Ministry of Environmental Protection approved construction on the dam's superstructure and associated facilities. The government acknowledged that the dam would have negative impacts on the environment but that developers were working to mitigate them. The dam is being bui
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VThe Shuangjiangkou Dam (Chinese: \u53cc\u6c5f\u53e3\u5927\u575d/\u53cc\u6c5f\u53e3\u6c34\u7535\u7ad9), also referred to as Shuang Jiang Kou (Chinese: \u53cc\u6c5f\u53e3), is an embankment dam currently being constructed in a gorge on the Dadu River in Sichuan Province, China. When completed, the 312 m-tall (1,024 ft) dam will be the tallest dam in the world. Preliminary construction began in 2008 and the entire project was expected to be complete in 2018. By April 2011, over 200,000,000 m3 (261,590,124 cu yd) of material had been excavated from the construction site. In March 2013, China's Ministry of Environmental Protection approved construction on the dam's superstructure and associated facilities. The government acknowledged that the dam would have negative impacts on the environment but that developers were working to mitigate them. The dam is being bui
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VThe Shuangjiangkou Dam (Chinese: \u53cc\u6c5f\u53e3\u5927\u575d/\u53cc\u6c5f\u53e3\u6c34\u7535\u7ad9), also referred to as Shuang Jiang Kou (Chinese: \u53cc\u6c5f\u53e3), is an embankment dam currently being constructed in a gorge on the Dadu River in Sichuan Province, China. When completed, the 312 m-tall (1,024 ft) dam will be the tallest dam in the world. Preliminary construction began in 2008 and the entire project was expected to be complete in 2018. By April 2011, over 200,000,000 m3 (261,590,124 cu yd) of material had been excavated from the construction site. In March 2013, China's Ministry of Environmental Protection approved construction on the dam's superstructure and associated facilities. The government acknowledged that the dam would have negative impacts on the environment but that developers were working to mitigate them. The dam is being bui
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p135445
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VThe Shuikou Dam is a concrete gravity dam on the Minjiang River in Fujian Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 1,400 MW power station with 7 x 200 MW Kaplan turbines. The dam also provides navigation with a 500-ton flight of 3 ship locks and a 500-ton ship lift. Other purposes include flood control, irrigation and recreation.
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g8
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Nsg17
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g8
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Nsg17
Nsg11
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g8
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Nsg17
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p135473
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g8
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Nsg17
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p135479
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g8
NtRp135480
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VThe Shuikou Dam is a concrete gravity dam on the Minjiang River in Fujian Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 1,400 MW power station with 7 x 200 MW Kaplan turbines. The dam also provides navigation with a 500-ton flight of 3 ship locks and a 500-ton ship lift. Other purposes include flood control, irrigation and recreation.
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g8
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p135489
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g8
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Nsg17
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Nsg17
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g8
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VThe Shuikou Dam is a concrete gravity dam on the Minjiang River in Fujian Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 1,400 MW power station with 7 x 200 MW Kaplan turbines. The dam also provides navigation with a 500-ton flight of 3 ship locks and a 500-ton ship lift. Other purposes include flood control, irrigation and recreation.
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g8
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VPOINT(118.8119430542 26.30305480957)
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p135523
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g8
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Nsg17
Nsg11
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p135526
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Nsg17
Nsg11
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p135538
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NtRp135539
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g8
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p135547
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VThe Shuikou Dam is a concrete gravity dam on the Minjiang River in Fujian Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 1,400 MW power station with 7 x 200 MW Kaplan turbines. The dam also provides navigation with a 500-ton flight of 3 ship locks and a 500-ton ship lift. Other purposes include flood control, irrigation and recreation.
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g8
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Nsg17
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VPOINT(118.8119430542 26.30305480957)
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p135557
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g8
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Nsg17
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VP
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g8
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Nsg17
Nsg11
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p135574
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g8
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Nsg17
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VO
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g8
NtRp135577
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Nsg17
Nsg11
VMyanmar
p135579
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VThe Shwegyin Dam is a rock-fill dam on the in Shwegyin Township of the Bago Region in Burma. The primary purpose of the dam is hydroelectric power generation and it has a 75 megawatts (101,000 hp) power station just below its base. Construction on the dam began in 2002, the first generator was operational in December 2010 and it was formally opened on 22 October 2011. It is owned by the Ministry of Electric Power and cost US$161 million to construct.
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g8
NtRp135583
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VPOINT(96.936050415039 17.971000671387)
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Nsg17
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VShwegyin Dam
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Nsg17
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VP
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Nsg17
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p135606
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g8
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Nsg17
Nsg11
VO
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Nsg17
Nsg11
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VThe Shwegyin Dam is a rock-fill dam on the in Shwegyin Township of the Bago Region in Burma. The primary purpose of the dam is hydroelectric power generation and it has a 75 megawatts (101,000 hp) power station just below its base. Construction on the dam began in 2002, the first generator was operational in December 2010 and it was formally opened on 22 October 2011. It is owned by the Ministry of Electric Power and cost US$161 million to construct.
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NtRp135615
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Nsg17
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VPOINT(96.936050415039 17.971000671387)
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Nsg17
Nsg11
VShweli I Dam
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NtRp135625
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Nsg17
Nsg11
VBurma
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g27
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p135633
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NtRp135634
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Nsg17
Nsg11
VPower
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
VO
sbNg6
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NtRp135642
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Nsg17
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VBurma
p135644
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VThe Shweli I Dam is a gravity dam on the Shweli River about 23 kilometres (14 mi) southwest of Namhkam in Shan State, Burma. The primary purpose of the dam is hydroelectric power generation and it supports a 600 megawatts (800,000 hp)power station. Water from the dam's reservoir is diverted through a 5.1 kilometres (3.2 mi) long headrace tunnel to the power station downstream. The drop in elevation affords a hydraulic head of 299 metres (981 ft). Construction on the dam began in 2002 and the river was diverted on 10 December 2006. On 5 September 2008, the first generator was commissioned and the last of the six was commissioned in April 2009. The dam and power station was constructed under the build\u2013operate\u2013transfer method and cost US$756.2 million. It is owned and operated by the Shweli R
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NtRp135648
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Nsg17
Nsg11
VPOINT(97.506423950195 23.698999404907)
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p135654
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NtRp135655
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Nsg17
Nsg11
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p135657
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Nsg17
Nsg11
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NtRp135661
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VEarth fillandRock-fill dam
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Nsg17
Nsg11
VP
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Nsg17
Nsg11
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p135668
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g8
NtRp135669
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Nsg17
Nsg11
VShyok Dam is located over the Shyok River in Ghanche District, Gilgit-Baltistan, Pakistan.
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Nsg17
Nsg11
VCentrale hydroélectrique de Siah Bishe
p135678
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NtRp135679
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Nsg17
Nsg11
VIran
p135681
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p135684
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VThe Siah Bisheh Pumped Storage Power Plant (Persian: \u0646\u06cc\u0631\u0648\u06af\u0627\u0647 \u062a\u0644\u0645\u0628\u0647 \u0630\u062e\u06cc\u0631\u0647\u200c\u0627\u06cc \u0633\u06cc\u0627\u0647\u200c\u0628\u06cc\u0634\u0647), also spelled Siy\u0101hbisheh and Siah Bishe, is located in the Alborz Mountain range near the village of Siah Bisheh and 48 km (30 mi) south of Chalus in Mazandaran Province, Iran. The power plant uses the pumped-storage hydroelectric method to generate electricity during periods of high energy demand, making it a peaking power plant, intended to fulfill peak electricity demand in Tehran 60 km (37 mi) to the south. When complete it will have an installed generating capacity of 1,040 megawatts (1,390,000 hp) and a pumping capacity of 940 megawatts (1,260,000 hp). Planning for the project began in the 1970s and construction began in 1985. It was delayed from 1992 until 2001 and the first generator went online
p135690
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g8
NtRp135691
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Nsg17
Nsg11
VPOINT(51.305000305176 36.217777252197)
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sbtp135694
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p135697
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NtRp135698
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Nsg17
Nsg11
VPumpspeicherkraftwerk Siah Bisheh
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Nsg17
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p135703
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p135706
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p135709
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VThe Siah Bisheh Pumped Storage Power Plant (Persian: \u0646\u06cc\u0631\u0648\u06af\u0627\u0647 \u062a\u0644\u0645\u0628\u0647 \u0630\u062e\u06cc\u0631\u0647\u200c\u0627\u06cc \u0633\u06cc\u0627\u0647\u200c\u0628\u06cc\u0634\u0647), also spelled Siy\u0101hbisheh and Siah Bishe, is located in the Alborz Mountain range near the village of Siah Bisheh and 48 km (30 mi) south of Chalus in Mazandaran Province, Iran. The power plant uses the pumped-storage hydroelectric method to generate electricity during periods of high energy demand, making it a peaking power plant, intended to fulfill peak electricity demand in Tehran 60 km (37 mi) to the south. When complete it will have an installed generating capacity of 1,040 megawatts (1,390,000 hp) and a pumping capacity of 940 megawatts (1,260,000 hp). Planning for the project began in the 1970s and construction began in 1985. It was delayed from 1992 until 2001 and the first generator went online
p135712
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(g13
g8
NtRp135713
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NtRp135720
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Nsg17
Nsg11
VSiah Bishe Pumped Storage Power Plant
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p135725
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Nsg17
Nsg11
VOperational
p135731
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Nsg17
Nsg11
VThe Siah Bisheh Pumped Storage Power Plant (Persian: \u0646\u06cc\u0631\u0648\u06af\u0627\u0647 \u062a\u0644\u0645\u0628\u0647 \u0630\u062e\u06cc\u0631\u0647\u200c\u0627\u06cc \u0633\u06cc\u0627\u0647\u200c\u0628\u06cc\u0634\u0647), also spelled Siy\u0101hbisheh and Siah Bishe, is located in the Alborz Mountain range near the village of Siah Bisheh and 48 km (30 mi) south of Chalus in Mazandaran Province, Iran. The power plant uses the pumped-storage hydroelectric method to generate electricity during periods of high energy demand, making it a peaking power plant, intended to fulfill peak electricity demand in Tehran 60 km (37 mi) to the south. When complete it will have an installed generating capacity of 1,040 megawatts (1,390,000 hp) and a pumping capacity of 940 megawatts (1,260,000 hp). Planning for the project began in the 1970s and construction began in 1985. It was delayed from 1992 until 2001 and the first generator went online
p135734
sbg6
(g13
g8
NtRp135735
(dp135736
g16
Nsg17
Nsg11
VPOINT(51.305000305176 36.217777252197)
p135737
sbtp135738
a(g6
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g8
NtRp135739
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p135741
sbg6
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g8
NtRp135742
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g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 \u0421\u0456\u0430\u0445-\u0411\u0456\u0448\u0435\u0445
p135744
sbg6
(g13
g8
NtRp135745
(dp135746
g16
Nsg17
Nsg11
VIran
p135747
sbNNNg6
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g8
NtRp135748
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g11
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p135750
sbNNNg6
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g8
NtRp135751
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Nsg17
Nsg11
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p135753
sbNNg6
(g13
g8
NtRp135754
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g16
Nsg17
Nsg11
VThe Siah Bisheh Pumped Storage Power Plant (Persian: \u0646\u06cc\u0631\u0648\u06af\u0627\u0647 \u062a\u0644\u0645\u0628\u0647 \u0630\u062e\u06cc\u0631\u0647\u200c\u0627\u06cc \u0633\u06cc\u0627\u0647\u200c\u0628\u06cc\u0634\u0647), also spelled Siy\u0101hbisheh and Siah Bishe, is located in the Alborz Mountain range near the village of Siah Bisheh and 48 km (30 mi) south of Chalus in Mazandaran Province, Iran. The power plant uses the pumped-storage hydroelectric method to generate electricity during periods of high energy demand, making it a peaking power plant, intended to fulfill peak electricity demand in Tehran 60 km (37 mi) to the south. When complete it will have an installed generating capacity of 1,040 megawatts (1,390,000 hp) and a pumping capacity of 940 megawatts (1,260,000 hp). Planning for the project began in the 1970s and construction began in 1985. It was delayed from 1992 until 2001 and the first generator went online
p135756
sbg6
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g8
NtRp135757
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g16
Nsg17
Nsg11
VPOINT(51.305000305176 36.217777252197)
p135759
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g8
NtRp135761
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p135763
sbg6
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NtRp135764
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g16
Nsg17
Nsg11
VSideling Creek Dam
p135766
sbg6
(g13
g8
NtRp135767
(dp135768
g16
Nsg17
Nsg11
VAustralia
p135769
sbg6
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g8
NtRp135770
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Nsg17
Nsg11
VE
sbg6
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g8
NtRp135772
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Nsg17
g27
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V0.5
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NtRp135775
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p135777
sbNg6
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g8
NtRp135778
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g16
Nsg17
Nsg11
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p135780
sbNg6
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g8
NtRp135781
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp135783
(dp135784
g16
Nsg17
Nsg11
VQueensland
p135785
sbg6
(g13
g8
NtRp135786
(dp135787
g16
Nsg17
Nsg11
VThe Sideling Creek Dam is an earth-fill embankment dam with an un-gated spillway across the Sideling Creek in Kurwongbah, Moreton Bay Region, Queensland, Australia. The main purposes of the dam are for potable water supply of the Moreton Bay Region and for recreation. The impounded reservoir is called Lake Kurwongbah.
p135788
sbg6
(g13
g8
NtRp135789
(dp135790
g16
Nsg17
Nsg11
VPOINT(152.95195007324 -27.257778167725)
p135791
sbtp135792
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g8
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p135795
sbg6
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NtRp135796
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Nsg17
Nsg11
VSideling Creek Dam
p135798
sbg6
(g13
g8
NtRp135799
(dp135800
g16
Nsg17
Nsg11
VAustralia
p135801
sbg6
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g8
NtRp135802
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Nsg17
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VE
sbg6
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g8
NtRp135804
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Nsg17
g27
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V0.5
p135806
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g8
NtRp135807
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p135809
sbNg6
(g13
g8
NtRp135810
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g16
Nsg17
Nsg11
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p135812
sbNg6
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g8
NtRp135813
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp135815
(dp135816
g16
Nsg17
Nsg11
VQueensland
p135817
sbg6
(g13
g8
NtRp135818
(dp135819
g16
Nsg17
Nsg11
VThe Sideling Creek Dam is an earth-fill embankment dam with an un-gated spillway across the Sideling Creek in Kurwongbah, Moreton Bay Region, Queensland, Australia. The main purposes of the dam are for potable water supply of the Moreton Bay Region and for recreation. The impounded reservoir is called Lake Kurwongbah.
p135820
sbg6
(g13
g8
NtRp135821
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g16
Nsg17
Nsg11
VPOINT(152.95195007324 -27.257778167725)
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NtRp135825
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p135827
sbg6
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g8
NtRp135828
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g16
Nsg17
Nsg11
VBarrage de Sidi Salem
p135830
sbg6
(g13
g8
NtRp135831
(dp135832
g16
Nsg17
Nsg11
VTunisia
p135833
sbg6
(g13
g8
NtRp135834
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g16
Nsg17
Nsg11
VEmbankment
p135836
sbg6
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g8
NtRp135837
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g16
Nsg17
g27
sg11
V0.345
p135839
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g8
NtRp135840
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g16
Nsg17
Nsg11
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p135842
sbg6
(g13
g8
NtRp135843
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp135845
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g16
Nsg17
g27
sg11
V4.5e+06
p135847
sbg6
(g13
g8
NtRp135848
(dp135849
g16
Nsg17
Nsg11
VTunisia
p135850
sbg6
(g13
g8
NtRp135851
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g16
Nsg17
Nsg11
VThe Sidi Salem Dam is the largest embankment dam in Tunisia located 6 kilometres (3.7 mi) northwest of Testour on the Medjerda River in Béja Governorate, Tunisia. Constructed between 1977 and 1981, the dams supplies water for irrigation and supports a 20 megawatts (27,000 hp) power station.
p135853
sbg6
(g13
g8
NtRp135854
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g16
Nsg17
Nsg11
VPOINT(9.3969440460205 36.590557098389)
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a(g6
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g8
NtRp135858
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g11
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p135860
sbg6
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g8
NtRp135861
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g16
Nsg17
Nsg11
VSidi Salem Dam
p135863
sbg6
(g13
g8
NtRp135864
(dp135865
g16
Nsg17
Nsg11
VTunisia
p135866
sbg6
(g13
g8
NtRp135867
(dp135868
g16
Nsg17
Nsg11
VEmbankment
p135869
sbg6
(g13
g8
NtRp135870
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g16
Nsg17
g27
sg11
V0.345
p135872
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g8
NtRp135873
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g16
Nsg17
Nsg11
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p135875
sbg6
(g13
g8
NtRp135876
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp135878
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g16
Nsg17
g27
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V4.5e+06
p135880
sbg6
(g13
g8
NtRp135881
(dp135882
g16
Nsg17
Nsg11
VTunisia
p135883
sbg6
(g13
g8
NtRp135884
(dp135885
g16
Nsg17
Nsg11
VThe Sidi Salem Dam is the largest embankment dam in Tunisia located 6 kilometres (3.7 mi) northwest of Testour on the Medjerda River in Béja Governorate, Tunisia. Constructed between 1977 and 1981, the dams supplies water for irrigation and supports a 20 megawatts (27,000 hp) power station.
p135886
sbg6
(g13
g8
NtRp135887
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g16
Nsg17
Nsg11
VPOINT(9.3969440460205 36.590557098389)
p135889
sbtp135890
a(g6
(g7
g8
NtRp135891
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g11
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p135893
sbg6
(g13
g8
NtRp135894
(dp135895
g16
Nsg17
Nsg11
VEmbalse de Sidi Salem
p135896
sbg6
(g13
g8
NtRp135897
(dp135898
g16
Nsg17
Nsg11
VTunisia
p135899
sbg6
(g13
g8
NtRp135900
(dp135901
g16
Nsg17
Nsg11
VEmbankment
p135902
sbg6
(g13
g8
NtRp135903
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g16
Nsg17
g27
sg11
V0.345
p135905
sbNNNNg6
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g8
NtRp135906
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Medjerda_River
p135908
sbg6
(g13
g8
NtRp135909
(dp135910
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp135911
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g16
Nsg17
g27
sg11
V4.5e+06
p135913
sbg6
(g13
g8
NtRp135914
(dp135915
g16
Nsg17
Nsg11
VTunisia
p135916
sbg6
(g13
g8
NtRp135917
(dp135918
g16
Nsg17
Nsg11
VThe Sidi Salem Dam is the largest embankment dam in Tunisia located 6 kilometres (3.7 mi) northwest of Testour on the Medjerda River in Béja Governorate, Tunisia. Constructed between 1977 and 1981, the dams supplies water for irrigation and supports a 20 megawatts (27,000 hp) power station.
p135919
sbg6
(g13
g8
NtRp135920
(dp135921
g16
Nsg17
Nsg11
VPOINT(9.3969440460205 36.590557098389)
p135922
sbtp135923
a(g6
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g8
NtRp135924
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g11
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p135926
sbg6
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g8
NtRp135927
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Nsg17
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V\u0633\u062f \u0633\u064a\u062f\u064a \u0633\u0627\u0644\u0645
p135929
sbg6
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g8
NtRp135930
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g16
Nsg17
Nsg11
VTunisia
p135932
sbg6
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g8
NtRp135933
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g16
Nsg17
Nsg11
VEmbankment
p135935
sbg6
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g8
NtRp135936
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g16
Nsg17
g27
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p135938
sbNNNNg6
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g8
NtRp135939
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Nsg17
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p135941
sbg6
(g13
g8
NtRp135942
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp135944
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g16
Nsg17
g27
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V4.5e+06
p135946
sbg6
(g13
g8
NtRp135947
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g16
Nsg17
Nsg11
VTunisia
p135949
sbg6
(g13
g8
NtRp135950
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g16
Nsg17
Nsg11
VThe Sidi Salem Dam is the largest embankment dam in Tunisia located 6 kilometres (3.7 mi) northwest of Testour on the Medjerda River in Béja Governorate, Tunisia. Constructed between 1977 and 1981, the dams supplies water for irrigation and supports a 20 megawatts (27,000 hp) power station.
p135952
sbg6
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g8
NtRp135953
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g16
Nsg17
Nsg11
VPOINT(9.3969440460205 36.590557098389)
p135955
sbtp135956
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NtRp135957
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p135959
sbg6
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NtRp135960
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VBarrage de Sidi El Barrak
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sbg6
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NtRp135963
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VTunisia
p135965
sbg6
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g8
NtRp135966
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Nsg17
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VEmbankment
p135968
sbg6
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NtRp135969
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Nsg17
g27
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V0.5
p135971
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g8
NtRp135972
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p135977
sbg6
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g8
NtRp135978
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g16
Nsg17
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VTunisia
p135980
sbg6
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g8
NtRp135981
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VThe Sidi El Barrak Dam is an embankment dam centred 18 km (11 mi) northeast of and 2 km (1 mi) from the Mediterranean Sea on the Oued Zouara River in the Beja Governorate, Tunisia. Constructed between 1994 and 2000, the primary purpose of the dam is water supply. As part of the Sidi el Barrak Development Project water stored in the dam is pumped to the , at a rate of 265,000,000 m3 (214,839 acre\u22c5ft) annually. This water is supplied to Tunis, Cap Bon and the Sahel including Sfax for municipal use along with other agricultural purposes. The entire project was completed in 2002.
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sbg6
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g8
NtRp135984
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g16
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VPOINT(8.9363889694214 37.024723052979)
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NtRp135988
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p135990
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NtRp135991
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VTunisia
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Nsg17
g27
sg11
V0.5
p136002
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NtRp136006
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p136008
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NtRp136009
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VTunisia
p136011
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VThe Sidi El Barrak Dam is an embankment dam centred 18 km (11 mi) northeast of and 2 km (1 mi) from the Mediterranean Sea on the Oued Zouara River in the Beja Governorate, Tunisia. Constructed between 1994 and 2000, the primary purpose of the dam is water supply. As part of the Sidi el Barrak Development Project water stored in the dam is pumped to the , at a rate of 265,000,000 m3 (214,839 acre\u22c5ft) annually. This water is supplied to Tunis, Cap Bon and the Sahel including Sfax for municipal use along with other agricultural purposes. The entire project was completed in 2002.
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sbg6
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NtRp136015
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VPOINT(8.9363889694214 37.024723052979)
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VSidi el Barrak Dam
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VTunisia
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p136033
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p136039
sbg6
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NtRp136040
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VTunisia
p136042
sbg6
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VThe Sidi El Barrak Dam is an embankment dam centred 18 km (11 mi) northeast of and 2 km (1 mi) from the Mediterranean Sea on the Oued Zouara River in the Beja Governorate, Tunisia. Constructed between 1994 and 2000, the primary purpose of the dam is water supply. As part of the Sidi el Barrak Development Project water stored in the dam is pumped to the , at a rate of 265,000,000 m3 (214,839 acre\u22c5ft) annually. This water is supplied to Tunis, Cap Bon and the Sahel including Sfax for municipal use along with other agricultural purposes. The entire project was completed in 2002.
p136045
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VPOINT(8.9363889694214 37.024723052979)
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VSierra Madre Dam
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(dp136069
g16
Nsg17
Nsg11
VCalifornia
p136070
sbg6
(g13
g8
NtRp136071
(dp136072
g16
Nsg17
Nsg11
VThe Sierra Madre Dam is a dam on Little Santa Anita Creek, at the mouth of Little Santa Anita Canyon, in Los Angeles County, California. It is in the San Gabriel Mountains, south of the Angeles National Forest, on the northern border of Sierra Madre.
p136073
sbg6
(g13
g8
NtRp136074
(dp136075
g16
Nsg17
Nsg11
VPOINT(-118.04277801514 34.176109313965)
p136076
sbtp136077
a(g6
(g7
g8
NtRp136078
(dp136079
g11
Vhttp://dbpedia.org/resource/Sierra_Madre_Dam
p136080
sbg6
(g13
g8
NtRp136081
(dp136082
g16
Nsg17
Nsg11
VSierra Madre Dam
p136083
sbg6
(g13
g8
NtRp136084
(dp136085
g16
Nsg17
Nsg11
VUnited States
p136086
sbg6
(g13
g8
NtRp136087
(dp136088
g16
Nsg17
Nsg11
Varch dam
p136089
sbg6
(g13
g8
NtRp136090
(dp136091
g16
Nsg17
g27
sg11
V0.06096
p136092
sbNNNg6
(g13
g8
NtRp136093
(dp136094
g16
Nsg17
Nsg11
Vflood control
p136095
sbNNNg6
(g13
g8
NtRp136096
(dp136097
g16
Nsg17
Nsg11
VCalifornia
p136098
sbg6
(g13
g8
NtRp136099
(dp136100
g16
Nsg17
Nsg11
VThe Sierra Madre Dam is a dam on Little Santa Anita Creek, at the mouth of Little Santa Anita Canyon, in Los Angeles County, California. It is in the San Gabriel Mountains, south of the Angeles National Forest, on the northern border of Sierra Madre.
p136101
sbg6
(g13
g8
NtRp136102
(dp136103
g16
Nsg17
Nsg11
VPOINT(-118.04277801514 34.176109313965)
p136104
sbtp136105
a(g6
(g7
g8
NtRp136106
(dp136107
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136108
sbg6
(g13
g8
NtRp136109
(dp136110
g16
Nsg17
Nsg11
VSihwa Lake tidvattenkraftverk
p136111
sbg6
(g13
g8
NtRp136112
(dp136113
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136114
sbNNNNg6
(g13
g8
NtRp136115
(dp136116
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136117
sbNNg6
(g13
g8
NtRp136118
(dp136119
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136120
(dp136121
g16
Nsg17
Nsg11
VSouth Korea
p136122
sbg6
(g13
g8
NtRp136123
(dp136124
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136125
sbg6
(g13
g8
NtRp136126
(dp136127
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136128
sbtp136129
a(g6
(g7
g8
NtRp136130
(dp136131
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136132
sbg6
(g13
g8
NtRp136133
(dp136134
g16
Nsg17
Nsg11
VCentrale marémotrice de Sihwa
p136135
sbg6
(g13
g8
NtRp136136
(dp136137
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136138
sbNNNNg6
(g13
g8
NtRp136139
(dp136140
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136141
sbNNg6
(g13
g8
NtRp136142
(dp136143
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136144
(dp136145
g16
Nsg17
Nsg11
VSouth Korea
p136146
sbg6
(g13
g8
NtRp136147
(dp136148
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136149
sbg6
(g13
g8
NtRp136150
(dp136151
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136152
sbtp136153
a(g6
(g7
g8
NtRp136154
(dp136155
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136156
sbg6
(g13
g8
NtRp136157
(dp136158
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station
p136159
sbg6
(g13
g8
NtRp136160
(dp136161
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136162
sbNNNNg6
(g13
g8
NtRp136163
(dp136164
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136165
sbNNg6
(g13
g8
NtRp136166
(dp136167
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136168
(dp136169
g16
Nsg17
Nsg11
VSouth Korea
p136170
sbg6
(g13
g8
NtRp136171
(dp136172
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136173
sbg6
(g13
g8
NtRp136174
(dp136175
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136176
sbtp136177
a(g6
(g7
g8
NtRp136178
(dp136179
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136180
sbg6
(g13
g8
NtRp136181
(dp136182
g16
Nsg17
Nsg11
V\u0645\u062d\u0637\u0629 \u0628\u062d\u064a\u0631\u0629 \u0633\u064a\u0647\u0648\u0627 \u0644\u0644\u0637\u0627\u0642\u0629 \u0627\u0644\u0645\u062f\u062c\u0632\u0631\u064a\u0629
p136183
sbg6
(g13
g8
NtRp136184
(dp136185
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136186
sbNNNNg6
(g13
g8
NtRp136187
(dp136188
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136189
sbNNg6
(g13
g8
NtRp136190
(dp136191
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136192
(dp136193
g16
Nsg17
Nsg11
VSouth Korea
p136194
sbg6
(g13
g8
NtRp136195
(dp136196
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136197
sbg6
(g13
g8
NtRp136198
(dp136199
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136200
sbtp136201
a(g6
(g7
g8
NtRp136202
(dp136203
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136204
sbg6
(g13
g8
NtRp136205
(dp136206
g16
Nsg17
Nsg11
VGezeitenkraftwerk Sihwa-ho
p136207
sbg6
(g13
g8
NtRp136208
(dp136209
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136210
sbNNNNg6
(g13
g8
NtRp136211
(dp136212
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136213
sbNNg6
(g13
g8
NtRp136214
(dp136215
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136216
(dp136217
g16
Nsg17
Nsg11
VSouth Korea
p136218
sbg6
(g13
g8
NtRp136219
(dp136220
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136221
sbg6
(g13
g8
NtRp136222
(dp136223
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136224
sbtp136225
a(g6
(g7
g8
NtRp136226
(dp136227
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136228
sbg6
(g13
g8
NtRp136229
(dp136230
g16
Nsg17
Nsg11
VUsina Maremotriz do Lago Sihwa
p136231
sbg6
(g13
g8
NtRp136232
(dp136233
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136234
sbNNNNg6
(g13
g8
NtRp136235
(dp136236
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136237
sbNNg6
(g13
g8
NtRp136238
(dp136239
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136240
(dp136241
g16
Nsg17
Nsg11
VSouth Korea
p136242
sbg6
(g13
g8
NtRp136243
(dp136244
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136245
sbg6
(g13
g8
NtRp136246
(dp136247
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136248
sbtp136249
a(g6
(g7
g8
NtRp136250
(dp136251
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136252
sbg6
(g13
g8
NtRp136253
(dp136254
g16
Nsg17
Nsg11
V\u0421\u0438\u0445\u0432\u0438\u043d\u0441\u043a\u0430\u044f \u041f\u042d\u0421
p136255
sbg6
(g13
g8
NtRp136256
(dp136257
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136258
sbNNNNg6
(g13
g8
NtRp136259
(dp136260
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136261
sbNNg6
(g13
g8
NtRp136262
(dp136263
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136264
(dp136265
g16
Nsg17
Nsg11
VSouth Korea
p136266
sbg6
(g13
g8
NtRp136267
(dp136268
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136269
sbg6
(g13
g8
NtRp136270
(dp136271
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136272
sbtp136273
a(g6
(g7
g8
NtRp136274
(dp136275
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136276
sbg6
(g13
g8
NtRp136277
(dp136278
g16
Nsg17
Nsg11
V\u59cb\u534e\u6e56\u6f6e\u6c50\u7535\u5382
p136279
sbg6
(g13
g8
NtRp136280
(dp136281
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136282
sbNNNNg6
(g13
g8
NtRp136283
(dp136284
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136285
sbNNg6
(g13
g8
NtRp136286
(dp136287
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136288
(dp136289
g16
Nsg17
Nsg11
VSouth Korea
p136290
sbg6
(g13
g8
NtRp136291
(dp136292
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136293
sbg6
(g13
g8
NtRp136294
(dp136295
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136296
sbtp136297
a(g6
(g7
g8
NtRp136298
(dp136299
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136300
sbg6
(g13
g8
NtRp136301
(dp136302
g16
Nsg17
Nsg11
V\u59cb\u534e\u6e56\u6f6e\u6c50\u7535\u5382
p136303
sbg6
(g13
g8
NtRp136304
(dp136305
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136306
sbNNNNg6
(g13
g8
NtRp136307
(dp136308
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136309
sbNNg6
(g13
g8
NtRp136310
(dp136311
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136312
(dp136313
g16
Nsg17
Nsg11
VSouth Korea
p136314
sbg6
(g13
g8
NtRp136315
(dp136316
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136317
sbg6
(g13
g8
NtRp136318
(dp136319
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136320
sbtp136321
a(g6
(g7
g8
NtRp136322
(dp136323
g11
Vhttp://dbpedia.org/resource/Sihwa_Lake_Tidal_Power_Station
p136324
sbg6
(g13
g8
NtRp136325
(dp136326
g16
Nsg17
Nsg11
V\uc2dc\ud654\ud638\uc870\ub825\ubc1c\uc804\uc18c
p136327
sbg6
(g13
g8
NtRp136328
(dp136329
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Korea
p136330
sbNNNNg6
(g13
g8
NtRp136331
(dp136332
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/K-water
p136333
sbNNg6
(g13
g8
NtRp136334
(dp136335
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp136336
(dp136337
g16
Nsg17
Nsg11
VSouth Korea
p136338
sbg6
(g13
g8
NtRp136339
(dp136340
g16
Nsg17
Nsg11
VSihwa Lake Tidal Power Station is the world's largest tidal power installation, with a total power output capacity of 254 MW. When completed in 2011, it surpassed the 240 MW Rance Tidal Power Station which was the world's largest for 45 years. It is operated by the Korea Water Resources Corporation.
p136341
sbg6
(g13
g8
NtRp136342
(dp136343
g16
Nsg17
Nsg11
VPOINT(126.61277770996 37.313056945801)
p136344
sbtp136345
a(g6
(g7
g8
NtRp136346
(dp136347
g11
Vhttp://dbpedia.org/resource/Sildvik_Hydroelectric_Power_Station
p136348
sbg6
(g13
g8
NtRp136349
(dp136350
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0456\u043b\u0434\u0432\u0456\u043a
p136351
sbg6
(g13
g8
NtRp136352
(dp136353
g16
Nsg17
Nsg11
VNorway
p136354
sbNNNg6
(g7
g8
NtRp136355
(dp136356
g11
Vhttp://dbpedia.org/resource/Sildvik_Hydroelectric_Power_Station__Lake__1
p136357
sbNNNg6
(g13
g8
NtRp136358
(dp136359
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp136360
(dp136361
g16
Nsg17
Nsg11
VSildvik Hydroelectric Power Station is a hydroelectric power plant in Sildvik, Narvik municipality. It was inaugurated in 1982 and has a power of 63 MW.
p136362
sbg6
(g13
g8
NtRp136363
(dp136364
g16
Nsg17
Nsg11
VPOINT(17.800556182861 68.410003662109)
p136365
sbtp136366
a(g6
(g7
g8
NtRp136367
(dp136368
g11
Vhttp://dbpedia.org/resource/Sildvik_Hydroelectric_Power_Station
p136369
sbg6
(g13
g8
NtRp136370
(dp136371
g16
Nsg17
Nsg11
VSildvik Hydroelectric Power Station
p136372
sbg6
(g13
g8
NtRp136373
(dp136374
g16
Nsg17
Nsg11
VNorway
p136375
sbNNNg6
(g7
g8
NtRp136376
(dp136377
g11
Vhttp://dbpedia.org/resource/Sildvik_Hydroelectric_Power_Station__Lake__1
p136378
sbNNNg6
(g13
g8
NtRp136379
(dp136380
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp136381
(dp136382
g16
Nsg17
Nsg11
VSildvik Hydroelectric Power Station is a hydroelectric power plant in Sildvik, Narvik municipality. It was inaugurated in 1982 and has a power of 63 MW.
p136383
sbg6
(g13
g8
NtRp136384
(dp136385
g16
Nsg17
Nsg11
VPOINT(17.800556182861 68.410003662109)
p136386
sbtp136387
a(g6
(g7
g8
NtRp136388
(dp136389
g11
Vhttp://dbpedia.org/resource/Silopi_Dam
p136390
sbg6
(g13
g8
NtRp136391
(dp136392
g16
Nsg17
Nsg11
VSilopi Dam
p136393
sbg6
(g13
g8
NtRp136394
(dp136395
g16
Nsg17
Nsg11
VTurkey
p136396
sbg6
(g13
g8
NtRp136397
(dp136398
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p136399
sbg6
(g13
g8
NtRp136400
(dp136401
g16
Nsg17
g27
sg11
V0.356
p136402
sbNg6
(g7
g8
NtRp136403
(dp136404
g11
Vhttp://dbpedia.org/resource/Silopi_Dam__Lake__1
p136405
sbg6
(g13
g8
NtRp136406
(dp136407
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p136408
sbg6
(g13
g8
NtRp136409
(dp136410
g16
Nsg17
Nsg11
VWater supply, military
p136411
sbg6
(g13
g8
NtRp136412
(dp136413
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hezil_River
p136414
sbg6
(g13
g8
NtRp136415
(dp136416
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp136417
(dp136418
g16
Nsg17
g27
sg11
V718410.0
p136419
sbg6
(g13
g8
NtRp136420
(dp136421
g16
Nsg17
Nsg11
VTurkey
p136422
sbg6
(g13
g8
NtRp136423
(dp136424
g16
Nsg17
Nsg11
VThe Silopi Dam is a gravity dam on the Hezil River about 24 km (15 mi) northeast of Silopi in \u015e\u0131rnak Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, \u0130LC\u0130 Holding A.\u015e began construction on the dam in 2008 and it was completed in November 2012.
p136425
sbg6
(g13
g8
NtRp136426
(dp136427
g16
Nsg17
Nsg11
VPOINT(42.72811126709 37.338176727295)
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sbtp136429
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g8
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Vhttp://dbpedia.org/resource/Silveh_Dam
p136432
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g8
NtRp136433
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Nsg17
Nsg11
VSilveh Dam
p136435
sbg6
(g13
g8
NtRp136436
(dp136437
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Nsg17
Nsg11
VIran
p136438
sbg6
(g13
g8
NtRp136439
(dp136440
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Nsg17
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VEmbankment, earth-fill
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(g13
g8
NtRp136442
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Nsg17
g27
sg11
V0.75
p136444
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g8
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p136447
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g8
NtRp136448
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Nsg17
Nsg11
VInter basin transfer, Irrigation
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g8
NtRp136451
(dp136452
g16
Nsg17
Nsg11
VOperational
p136453
sbNg6
(g13
g8
NtRp136454
(dp136455
g16
Nsg17
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VIran
p136456
sbg6
(g13
g8
NtRp136457
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Nsg17
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VThe Silveh Dam is an earth-fill embankment dam on the Lavin River just downstream of the village of Silveh in Piranshahr County, West Azerbaijan Province, Iran. The primary purpose of the dam is interbasin transfer for irrigation. Since completion, a tunnel and canals shift water from the reservoir north to the Chaparabad area. The project essentially transfers water from the Little Zab River basin to the Lake Urmia basin in an effort to help replenish the lake and irrigate about 9,400 ha (23,000 acres) of farmland. Construction on the dam began in 2004 and it was expected to be complete by the end of 2015. The dam was effectively completed as of 2018. The village of Silveh will be flooded when the reservoir is impounded.
p136459
sbg6
(g13
g8
NtRp136460
(dp136461
g16
Nsg17
Nsg11
VPOINT(45.113140106201 36.783420562744)
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sbtp136463
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g8
NtRp136464
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g11
Vhttp://dbpedia.org/resource/Silver_Lake_Dam_(Michigan)
p136466
sbg6
(g13
g8
NtRp136467
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g16
Nsg17
Nsg11
VSilver Lake Dam (Michigan)
p136469
sbg6
(g13
g8
NtRp136470
(dp136471
g16
Nsg17
Nsg11
VUSA
p136472
sbg6
(g13
g8
NtRp136473
(dp136474
g16
Nsg17
Nsg11
VEmbankment dam
p136475
sbg6
(g13
g8
NtRp136476
(dp136477
g16
Nsg17
g27
sg11
V0.4572
p136478
sbg6
(g13
g8
NtRp136479
(dp136480
g16
Nsg17
g27
sg11
V454.365
p136481
sbg6
(g7
g8
NtRp136482
(dp136483
g11
Vhttp://dbpedia.org/resource/Silver_Lake_Dam_(Michigan)__Lake__1
p136484
sbg6
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g8
NtRp136485
(dp136486
g16
Nsg17
Nsg11
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p136487
sbNNNNNg6
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g8
NtRp136488
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g16
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Nsg11
VSilver Lake Dam is a dam located on the Dead River 30 miles (48.3 km) upstream of Marquette, Michigan. It is the farthest upstream of five dams on the river and had no electricity generating facilities. The dam failed on May 14, 2003 and forced the evacuation of 1800 people. The dam was rebuilt in 2008.
p136490
sbg6
(g13
g8
NtRp136491
(dp136492
g16
Nsg17
Nsg11
VPOINT(-87.822357177734 46.651420593262)
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sbtp136494
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g8
NtRp136495
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g11
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p136497
sbg6
(g13
g8
NtRp136498
(dp136499
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Sima
p136500
sbg6
(g13
g8
NtRp136501
(dp136502
g16
Nsg17
Nsg11
VNorway
p136503
sbNNNNg6
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g8
NtRp136504
(dp136505
g16
Nsg17
Nsg11
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p136506
sbNNg6
(g13
g8
NtRp136507
(dp136508
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp136509
(dp136510
g16
Nsg17
Nsg11
VThe Sima Power Station is a hydroelectric power station located in the municipality Eidfjord in Vestland, Norway. It stands at the mouth of the Sima River. The facility Lang-Sima operates at an installed capacity of 500 MW, and has an average annual production of 1,212 GWh. The facility Sy-Sima has an installed capacity of 620 MW, and an average annual production of 1,640 GWh. Operator is Statkraft.
p136511
sbg6
(g13
g8
NtRp136512
(dp136513
g16
Nsg17
Nsg11
VPOINT(7.1419444084167 60.499443054199)
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sbtp136515
a(g6
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g8
NtRp136516
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g11
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p136518
sbg6
(g13
g8
NtRp136519
(dp136520
g16
Nsg17
Nsg11
VSima-Kraftwerk
p136521
sbg6
(g13
g8
NtRp136522
(dp136523
g16
Nsg17
Nsg11
VNorway
p136524
sbNNNNg6
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g8
NtRp136525
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g16
Nsg17
Nsg11
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p136527
sbNNg6
(g13
g8
NtRp136528
(dp136529
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp136530
(dp136531
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Nsg17
Nsg11
VThe Sima Power Station is a hydroelectric power station located in the municipality Eidfjord in Vestland, Norway. It stands at the mouth of the Sima River. The facility Lang-Sima operates at an installed capacity of 500 MW, and has an average annual production of 1,212 GWh. The facility Sy-Sima has an installed capacity of 620 MW, and an average annual production of 1,640 GWh. Operator is Statkraft.
p136532
sbg6
(g13
g8
NtRp136533
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g16
Nsg17
Nsg11
VPOINT(7.1419444084167 60.499443054199)
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sbtp136536
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Vhttp://dbpedia.org/resource/Sima_Hydroelectric_Power_Station
p136539
sbg6
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g8
NtRp136540
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Nsg17
Nsg11
VSima Hydroelectric Power Station
p136542
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g8
NtRp136543
(dp136544
g16
Nsg17
Nsg11
VNorway
p136545
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NtRp136546
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Nsg17
Nsg11
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p136548
sbNNg6
(g13
g8
NtRp136549
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp136551
(dp136552
g16
Nsg17
Nsg11
VThe Sima Power Station is a hydroelectric power station located in the municipality Eidfjord in Vestland, Norway. It stands at the mouth of the Sima River. The facility Lang-Sima operates at an installed capacity of 500 MW, and has an average annual production of 1,212 GWh. The facility Sy-Sima has an installed capacity of 620 MW, and an average annual production of 1,640 GWh. Operator is Statkraft.
p136553
sbg6
(g13
g8
NtRp136554
(dp136555
g16
Nsg17
Nsg11
VPOINT(7.1419444084167 60.499443054199)
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p136560
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g8
NtRp136561
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g16
Nsg17
Nsg11
VSima-Kraftwerk
p136563
sbg6
(g13
g8
NtRp136564
(dp136565
g16
Nsg17
Nsg11
VNorway
p136566
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g8
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Nsg11
Vhttp://dbpedia.org/resource/Bergenshalvøens_Kommunale_Kraftselskap
p136569
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(g13
g8
NtRp136570
(dp136571
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp136572
(dp136573
g16
Nsg17
Nsg11
VThe Sima Power Station is a hydroelectric power station located in the municipality Eidfjord in Vestland, Norway. It stands at the mouth of the Sima River. The facility Lang-Sima operates at an installed capacity of 500 MW, and has an average annual production of 1,212 GWh. The facility Sy-Sima has an installed capacity of 620 MW, and an average annual production of 1,640 GWh. Operator is Statkraft.
p136574
sbg6
(g13
g8
NtRp136575
(dp136576
g16
Nsg17
Nsg11
VPOINT(7.1419444084167 60.499443054199)
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sbtp136578
a(g6
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g8
NtRp136579
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Vhttp://dbpedia.org/resource/Sima_Hydroelectric_Power_Station
p136581
sbg6
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g8
NtRp136582
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g16
Nsg17
Nsg11
VSima Hydroelectric Power Station
p136584
sbg6
(g13
g8
NtRp136585
(dp136586
g16
Nsg17
Nsg11
VNorway
p136587
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p136590
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g8
NtRp136591
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp136593
(dp136594
g16
Nsg17
Nsg11
VThe Sima Power Station is a hydroelectric power station located in the municipality Eidfjord in Vestland, Norway. It stands at the mouth of the Sima River. The facility Lang-Sima operates at an installed capacity of 500 MW, and has an average annual production of 1,212 GWh. The facility Sy-Sima has an installed capacity of 620 MW, and an average annual production of 1,640 GWh. Operator is Statkraft.
p136595
sbg6
(g13
g8
NtRp136596
(dp136597
g16
Nsg17
Nsg11
VPOINT(7.1419444084167 60.499443054199)
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NtRp136600
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Vhttp://dbpedia.org/resource/Sima_Hydroelectric_Power_Station
p136602
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g8
NtRp136603
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Nsg17
Nsg11
VCentrale hydroélectrique de Sima
p136605
sbg6
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g8
NtRp136606
(dp136607
g16
Nsg17
Nsg11
VNorway
p136608
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Vhttp://dbpedia.org/resource/Bergenshalvøens_Kommunale_Kraftselskap
p136611
sbNNg6
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NtRp136612
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g16
Nsg17
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VO
sbNNg6
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g8
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g16
Nsg17
Nsg11
VThe Sima Power Station is a hydroelectric power station located in the municipality Eidfjord in Vestland, Norway. It stands at the mouth of the Sima River. The facility Lang-Sima operates at an installed capacity of 500 MW, and has an average annual production of 1,212 GWh. The facility Sy-Sima has an installed capacity of 620 MW, and an average annual production of 1,640 GWh. Operator is Statkraft.
p136616
sbg6
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g8
NtRp136617
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g16
Nsg17
Nsg11
VPOINT(7.1419444084167 60.499443054199)
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Nsg17
Nsg11
VSimly Dam
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(g13
g8
NtRp136627
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Nsg17
Nsg11
VPakistan
p136629
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g8
NtRp136630
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Nsg17
Nsg11
VEmbankment
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g8
NtRp136633
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g16
Nsg17
g27
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V0.313
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g8
NtRp136636
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p136638
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g8
NtRp136639
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g16
Nsg17
Nsg11
VWater supply, irrigation
p136641
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g8
NtRp136642
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Soan_River
p136644
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g8
NtRp136645
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Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp136647
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g16
Nsg17
g27
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V1.977e+06
p136649
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g8
NtRp136650
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Nsg17
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VPakistan
p136652
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g8
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Nsg17
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VSimly Dam is an 80 meters (260 ft) high earthen embankment dam on the Soan River, 30 kilometers (19 mi) east of Islamabad and Rawalpindi in Rawalpindi District, Punjab, Pakistan. It is the largest reservoir of drinking water to people living in Islamabad, the capital of Pakistan. The water stored in this dam is fed by the melting snow & natural springs of Murree hills. It was developed by the Capital Development Authority. Planning for the dam began in 1962 and it was not completed when expected in 1972 due to project delays. It was completed in 1983.
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g8
NtRp136656
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Nsg17
Nsg11
VPOINT(73.340278625488 33.718887329102)
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g8
NtRp136663
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Nsg11
VSimplício Hydroelectric Complex
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Brazil
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Vhttp://dbpedia.org/resource/Eletrobrás_Furnas
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NtRp136675
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Nsg17
Nsg11
VO
sbNNg6
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NtRp136677
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Nsg17
Nsg11
VThe Simplício Hydroelectric Complex is located on the Paraíba do Sul river on the border of Rio de Janeiro and Minas Gerais states in Brazil. Supported by the Anta Dam, it transfers water through a 26 kilometres (16 mi) circuit to a downstream power plant. After years of delay and a cost of US$2 billion, the power complex became operational in June 2013.
p136679
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g8
NtRp136680
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Nsg17
Nsg11
VPOINT(-43.000831604004 -22.03416633606)
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VSinanjiang Dam
p136689
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NtRp136690
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Nsg17
Nsg11
VChina
p136692
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NtRp136693
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Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
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Nsg17
Nsg11
VP
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Nsg17
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VO
sbNg6
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NtRp136703
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Nsg17
Nsg11
VChina
p136705
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g8
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VThe Sinanjiang Dam is a concrete-face rock-fill dam on the Sinan River, a tributary of the Lixian River, in Mojiang Hani Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production and it supports a 201 MW power station. Construction began in October 2003 and the river was diverted around the dam site on 5 February 2005. All three generators were commissioned in 2008. To produce power, water from the reservoir is diverted around a bend in the river through a 10.3 km (6.4 mi) long headrace tunnel which connects to the power station via a penstock. The power station contains three 67 MW Francis turbine-generators.
p136708
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NtRp136709
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Nsg17
Nsg11
VPOINT(101.87244415283 23.094383239746)
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VSinanjiang Dam
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NtRp136719
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Nsg17
Nsg11
VChina
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VEmbankment, concrete-face rock-fill
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VP
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Nsg17
Nsg11
VO
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NtRp136732
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Nsg17
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p136734
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VThe Sinanjiang Dam is a concrete-face rock-fill dam on the Sinan River, a tributary of the Lixian River, in Mojiang Hani Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production and it supports a 201 MW power station. Construction began in October 2003 and the river was diverted around the dam site on 5 February 2005. All three generators were commissioned in 2008. To produce power, water from the reservoir is diverted around a bend in the river through a 10.3 km (6.4 mi) long headrace tunnel which connects to the power station via a penstock. The power station contains three 67 MW Francis turbine-generators.
p136737
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NtRp136738
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VPOINT(101.87244415283 23.094383239746)
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V\u0413\u0415\u0421 Sìnánji\u0101ng
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NtRp136751
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VEmbankment, concrete-face rock-fill
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Nsg17
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VO
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Nsg17
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VThe Sinanjiang Dam is a concrete-face rock-fill dam on the Sinan River, a tributary of the Lixian River, in Mojiang Hani Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production and it supports a 201 MW power station. Construction began in October 2003 and the river was diverted around the dam site on 5 February 2005. All three generators were commissioned in 2008. To produce power, water from the reservoir is diverted around a bend in the river through a 10.3 km (6.4 mi) long headrace tunnel which connects to the power station via a penstock. The power station contains three 67 MW Francis turbine-generators.
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VThe Sinanjiang Dam is a concrete-face rock-fill dam on the Sinan River, a tributary of the Lixian River, in Mojiang Hani Autonomous County of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production and it supports a 201 MW power station. Construction began in October 2003 and the river was diverted around the dam site on 5 February 2005. All three generators were commissioned in 2008. To produce power, water from the reservoir is diverted around a bend in the river through a 10.3 km (6.4 mi) long headrace tunnel which connects to the power station via a penstock. The power station contains three 67 MW Francis turbine-generators.
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VSingur Dam also written as Singoor (\u0c38\u0c3f\u0c02\u0c17\u0c42\u0c30\u0c4d in Telugu) is an irrigation, hydroelectric and drinking water project located in Singooru village near Sangareddy district in Telangana, India. It is a major source of drinking water for Hyderabad city. The dam is built on the river Manjira. The construction was completed in 1998. Singur reservoir has live storage capacity of 29 Tmcft It is a popular tourist destination.
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VSipring Khola Hydropower Station (Nepali: \u0938\u093f\u092a\u094d\u0930\u093f\u0928 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Dolakha District of Nepal. The flow from Sipring River, a tributary of Tamakoshi River, is used to generate 10 MW electricity. The design head is 443.7 m and the design flow is 2.61m3/s.
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VThe Queen Sirikit Dam is an embankment dam on the Nan River, a tributary of the Chao Phraya River, in Tha Pla District, Uttaradit Province, Thailand. It is at the southeastern edge of the Phi Pan Nam Range. The dam was built for the purpose of irrigation, flood control and hydroelectric power production. It is named after Sirikit, Queen of Thailand.
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VThe Queen Sirikit Dam is an embankment dam on the Nan River, a tributary of the Chao Phraya River, in Tha Pla District, Uttaradit Province, Thailand. It is at the southeastern edge of the Phi Pan Nam Range. The dam was built for the purpose of irrigation, flood control and hydroelectric power production. It is named after Sirikit, Queen of Thailand.
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VThe Queen Sirikit Dam is an embankment dam on the Nan River, a tributary of the Chao Phraya River, in Tha Pla District, Uttaradit Province, Thailand. It is at the southeastern edge of the Phi Pan Nam Range. The dam was built for the purpose of irrigation, flood control and hydroelectric power production. It is named after Sirikit, Queen of Thailand.
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VThe Sirindhorn Dam is in Sirindhorn District, Ubon Ratchatani, Thailand. It impounds the Lam Dom Noi River, and its reservoir is the province's largest water resource. The dam was commissioned in 1971 to serve as a hydropower facility as well as to supply irrigation water. The dam was named after Princess Royal Sirindhorn. All of the electricity generated by the dam is destined for domestic markets. The dam was constructed and is owned and operated by the Electricity Generating Authority of Thailand and is located in the Mekong River Basin, just upstream from the controversial Pak Mun Dam.
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VThe Sirindhorn Dam is in Sirindhorn District, Ubon Ratchatani, Thailand. It impounds the Lam Dom Noi River, and its reservoir is the province's largest water resource. The dam was commissioned in 1971 to serve as a hydropower facility as well as to supply irrigation water. The dam was named after Princess Royal Sirindhorn. All of the electricity generated by the dam is destined for domestic markets. The dam was constructed and is owned and operated by the Electricity Generating Authority of Thailand and is located in the Mekong River Basin, just upstream from the controversial Pak Mun Dam.
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VSitae Alhven Dam (in Arabic: \u0633\u062f \u0648\u0633\u064a\u0637\u0627\u0621 \u0627\u0644\u062d\u0641\u0646 ) is a gravity dam in southern Saudi Arabia. \u000a* v \u000a* t \u000a* e
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VSitamma Sagar Barrage is a proposed barrage across Godavari River with run-of-river hydroelectric power project at Dummugudem village, Bhadradri Kothagudem district in Telangana. The project is proposed at about 200 meters downstream of the existing Dummugudem anicut built about 150 years ago.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSivens Dam (Barrage de Sivens) was a dam which was planned for construction across the Tescou, a tributary of the Tarn in the basin of the Garonne in Southern France, near to Toulouse. The construction site was 10 km north of Lisle-sur-Tarn, in the Department of Tarn (Midi-Pyrénées). The dam was named after the nearby Forest of Sivens. Construction work began in 2014 and was then halted after Rémi Fraisse, a 21-year-old man protesting against the construction project, was killed by a stun grenade fired by police. His death sparked further protests across France, some of which were violent. The project was then closed in 2015 by the Minister of Ecology Ségolène Royal. There was a later proposal for a smaller dam.
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VSjønstå Hydroelectric Power Station
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VNorway
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VThe Sjønstå Hydroelectric Power Station (Norwegian: Sjønstå kraftverk or Sjønstå kraftstasjon) is a hydroelectric power station in the municipality of Fauske in Nordland county, Norway. It is located about 1.4 kilometers (0.87 mi) south-southwest of Sjønstå. It utilizes a drop of 126 meters (413 ft) in the Sjønstå River between Langvatnet (Long Lake) and Øvervatnet (Upper Lake). The plant is a river power station without its own reservoir. It also draws water from the and one stream intake. The plant has two 35 MW Francis turbines for an installed capacity of 70 MW, with an average annual production of about 282 GWh. It is owned by Salten Kraftsamband and came into operation in 1983. The plant reuses water that was previously utilized by the Lomi and Fagerli hydroelectric power stations.
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VSkavica Hydro Power Plant
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Vhttp://dbpedia.org/resource/Albania
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VSkavica Hydro Power Plant is a proposed large power plant on the Drin River situated in Albania. The project consists of a large power plant with a nominal capacity of 250 MW on the Drin River operated by the Italian company that will invest US$664 million in the project.
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VSkelton Dam
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VUnited States
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VMaine
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VThe Skelton Dam is an embankment dam on the Saco River between the towns of Buxton and Dayton in York County, Maine. It is located about 7 mi (11 km) northwest of Saco and Biddeford. The dam was completed in 1948 with the primary purpose of hydroelectric power generation. The largest fish lift in Maine was completed on the dam in 2001. The dam and facilities are owned by Brookfield Renewable.
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VThe Skelton Dam is an embankment dam on the Saco River between the towns of Buxton and Dayton in York County, Maine. It is located about 7 mi (11 km) northwest of Saco and Biddeford. The dam was completed in 1948 with the primary purpose of hydroelectric power generation. The largest fish lift in Maine was completed on the dam in 2001. The dam and facilities are owned by Brookfield Renewable.
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VThe Skorge Hydroelectric Power Station (Norwegian: Skorge kraftverk or Skorge kraftstasjon) is a hydroelectric power station in the municipality of Stad in Vestland county, Norway. Part of its catchment area lies in the municipality of Vanylven. It utilizes a drop of 350 meters (1,150 ft) between its intake reservoir at Skorgevatnet (Lake Skorge) and Kjødspollen (Kjøde Bay). The plant operates at an installed capacity of 1.9 MW using a Pelton wheel, with an average annual production of about 6 GWh. It is owned by Sogn og Fjordane Energi and came into operation in 1936.
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VMorocco
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NtRp143309
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VEmbankment, earth-fill
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VWater supply, irrigation
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VMorocco
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VSmir Dam (Barage Smir) is an earth-filled embankment dam in northern Morocco, to the southeast of Nakhla Dam and 5 km (3.1 mi) west of M'diq. It is at the confluence of the Smir and El-lile wadis and has a 17 m (56 ft) saddle dam adjacent to the main dam. The primary purpose of the dam is water supply to the city of Tetouan, 12 km (7.5 mi) to the south. The dam was completed in 1991. The reservoir impounded by the dam has been designated as part of a Ramsar site since 2019.
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VPOINT(-5.3852863311768 35.684925079346)
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VSmoky Falls Generating Station
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Nsg17
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VOntario
p143354
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VSmoky Falls Generating Station is one of four stations in the Lower Mattagami River Hydroelectric Complex owned by Ontario Power Generation (OPG) and the Moose Cree First Nation. The station is approximately 85 km (53 mi) northeast of Kapuskasing in the Cochrane District of Northern Ontario. Smoky Falls was originally commissioned as a 54 MW generating station in 1931 by the Spruce Falls Power and Paper Company but it was sold to OPG's predecessor, Ontario Hydro, in 1991. OPG completed a $2.6 billion upgrade of the four Lower Mattagami dams in 2014 and 2015. The new Smoky Falls was commissioned in late 2014 with a 267.9 MW installed capacity.
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VPOINT(-82.161392211914 50.061111450195)
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VOntario
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VSmoky Falls Generating Station is one of four stations in the Lower Mattagami River Hydroelectric Complex owned by Ontario Power Generation (OPG) and the Moose Cree First Nation. The station is approximately 85 km (53 mi) northeast of Kapuskasing in the Cochrane District of Northern Ontario. Smoky Falls was originally commissioned as a 54 MW generating station in 1931 by the Spruce Falls Power and Paper Company but it was sold to OPG's predecessor, Ontario Hydro, in 1991. OPG completed a $2.6 billion upgrade of the four Lower Mattagami dams in 2014 and 2015. The new Smoky Falls was commissioned in late 2014 with a 267.9 MW installed capacity.
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VPOINT(-82.161392211914 50.061111450195)
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VO
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VOntario
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VSmoky Falls Generating Station is one of four stations in the Lower Mattagami River Hydroelectric Complex owned by Ontario Power Generation (OPG) and the Moose Cree First Nation. The station is approximately 85 km (53 mi) northeast of Kapuskasing in the Cochrane District of Northern Ontario. Smoky Falls was originally commissioned as a 54 MW generating station in 1931 by the Spruce Falls Power and Paper Company but it was sold to OPG's predecessor, Ontario Hydro, in 1991. OPG completed a $2.6 billion upgrade of the four Lower Mattagami dams in 2014 and 2015. The new Smoky Falls was commissioned in late 2014 with a 267.9 MW installed capacity.
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Nsg17
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VSmoky Falls Generating Station is one of four stations in the Lower Mattagami River Hydroelectric Complex owned by Ontario Power Generation (OPG) and the Moose Cree First Nation. The station is approximately 85 km (53 mi) northeast of Kapuskasing in the Cochrane District of Northern Ontario. Smoky Falls was originally commissioned as a 54 MW generating station in 1931 by the Spruce Falls Power and Paper Company but it was sold to OPG's predecessor, Ontario Hydro, in 1991. OPG completed a $2.6 billion upgrade of the four Lower Mattagami dams in 2014 and 2015. The new Smoky Falls was commissioned in late 2014 with a 267.9 MW installed capacity.
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VPOINT(-82.161392211914 50.061111450195)
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VSmåvatna Hydroelectric Power Station
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VThe Småvatna Hydroelectric Power Station (Norwegian: Småvatna kraftverk) is a hydroelectric power station in the municipality of Kvænangen in Troms county, Norway. The plant utilizes a 283-meter (928 ft) drop between Lake Lassa (Kven: Lassojärvi, Northern Sami: Lássájávri) and Little Lakes (Norwegian: Småvatnan, Kven: Pikkujärvet, Northern Sami: \u010corrojávrrit). Lake Lassa is regulated at a level between 543 m (1,781 ft) and 519 m (1,703 ft), and Little Lakes serves as the reservoir for the Kvænangsbotn Hydroelectric Power Station. The Småvatna plant also utilizes water from Abo River (Norwegian: Aboelva, Kven: Aapujoki, Northern Sami: Ábojohka) and the Lassajavre Hydroelectric Power Station. The plant came into operation in 1969. It has a Francis turbine and operates at an installed capacit
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VAustralia
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VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
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Nsg11
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p143482
sbg6
(g13
g8
NtRp143483
(dp143484
g16
Nsg17
Nsg11
VAustralia
p143485
sbNNNNNNNNNNg6
(g13
g8
NtRp143486
(dp143487
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143488
sbg6
(g13
g8
NtRp143489
(dp143490
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143491
sbtp143492
a(g6
(g7
g8
NtRp143493
(dp143494
g11
Vhttp://dbpedia.org/resource/Snowy_Mountains_Scheme
p143495
sbg6
(g13
g8
NtRp143496
(dp143497
g16
Nsg17
Nsg11
VSnowy-Mountains-System
p143498
sbg6
(g13
g8
NtRp143499
(dp143500
g16
Nsg17
Nsg11
VAustralia
p143501
sbNNNNNNNNNNg6
(g13
g8
NtRp143502
(dp143503
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143504
sbg6
(g13
g8
NtRp143505
(dp143506
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143507
sbtp143508
a(g6
(g7
g8
NtRp143509
(dp143510
g11
Vhttp://dbpedia.org/resource/Snowy_Mountains_Scheme
p143511
sbg6
(g13
g8
NtRp143512
(dp143513
g16
Nsg17
Nsg11
VPlan Snowy Mountains
p143514
sbg6
(g13
g8
NtRp143515
(dp143516
g16
Nsg17
Nsg11
VAustralia
p143517
sbNNNNNNNNNNg6
(g13
g8
NtRp143518
(dp143519
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143520
sbg6
(g13
g8
NtRp143521
(dp143522
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143523
sbtp143524
a(g6
(g7
g8
NtRp143525
(dp143526
g11
Vhttp://dbpedia.org/resource/Snowy_Mountains_Scheme
p143527
sbg6
(g13
g8
NtRp143528
(dp143529
g16
Nsg17
Nsg11
VSnowy Mountains Scheme
p143530
sbg6
(g13
g8
NtRp143531
(dp143532
g16
Nsg17
Nsg11
VAustralia
p143533
sbNNNNNNNNNNg6
(g13
g8
NtRp143534
(dp143535
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143536
sbg6
(g13
g8
NtRp143537
(dp143538
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143539
sbtp143540
a(g6
(g7
g8
NtRp143541
(dp143542
g11
Vhttp://dbpedia.org/resource/Snowy_Mountains_Scheme
p143543
sbg6
(g13
g8
NtRp143544
(dp143545
g16
Nsg17
Nsg11
V\u30b9\u30ce\u30fc\u30a6\u30a3\u30fc\u30de\u30a6\u30f3\u30c6\u30f3\u30ba\u8a08\u753b
p143546
sbg6
(g13
g8
NtRp143547
(dp143548
g16
Nsg17
Nsg11
VAustralia
p143549
sbNNNNNNNNNNg6
(g13
g8
NtRp143550
(dp143551
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143552
sbg6
(g13
g8
NtRp143553
(dp143554
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143555
sbtp143556
a(g6
(g7
g8
NtRp143557
(dp143558
g11
Vhttp://dbpedia.org/resource/Snowy_Mountains_Scheme
p143559
sbg6
(g13
g8
NtRp143560
(dp143561
g16
Nsg17
Nsg11
V\u0413\u0438\u0434\u0440\u043e\u043a\u043e\u043c\u043f\u043b\u0435\u043a\u0441 \u0421\u043d\u043e\u0443\u0438
p143562
sbg6
(g13
g8
NtRp143563
(dp143564
g16
Nsg17
Nsg11
VAustralia
p143565
sbNNNNNNNNNNg6
(g13
g8
NtRp143566
(dp143567
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143568
sbg6
(g13
g8
NtRp143569
(dp143570
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143571
sbtp143572
a(g6
(g7
g8
NtRp143573
(dp143574
g11
Vhttp://dbpedia.org/resource/Snowy_Mountains_Scheme
p143575
sbg6
(g13
g8
NtRp143576
(dp143577
g16
Nsg17
Nsg11
VSnowy Mountains Scheme
p143578
sbg6
(g13
g8
NtRp143579
(dp143580
g16
Nsg17
Nsg11
VAustralia
p143581
sbNNNNNNNNNNg6
(g13
g8
NtRp143582
(dp143583
g16
Nsg17
Nsg11
VThe Snowy Mountains Scheme or Snowy scheme is a hydroelectricity and irrigation complex in south-east Australia. The Scheme consists of sixteen major dams; nine power stations; two pumping stations; and 225 kilometres (140 mi) of tunnels, pipelines and aqueducts that were constructed between 1949 and 1974. The Scheme was completed under the supervision of Chief Engineer, Sir William Hudson. It is the largest engineering project undertaken in Australia. In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage List.
p143584
sbg6
(g13
g8
NtRp143585
(dp143586
g16
Nsg17
Nsg11
VPOINT(148.60000610352 -36.119998931885)
p143587
sbtp143588
a(g6
(g7
g8
NtRp143589
(dp143590
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam
p143591
sbg6
(g13
g8
NtRp143592
(dp143593
g16
Nsg17
Nsg11
VBarrage de Sogamoso
p143594
sbg6
(g13
g8
NtRp143595
(dp143596
g16
Nsg17
Nsg11
VColombia
p143597
sbg6
(g13
g8
NtRp143598
(dp143599
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p143600
sbg6
(g13
g8
NtRp143601
(dp143602
g16
Nsg17
g27
sg11
V0.345
p143603
sbNg6
(g7
g8
NtRp143604
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g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam__Lake__1
p143606
sbNNg6
(g13
g8
NtRp143607
(dp143608
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sogamoso_River
p143609
sbg6
(g13
g8
NtRp143610
(dp143611
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143612
(dp143613
g16
Nsg17
Nsg11
VColombia
p143614
sbg6
(g13
g8
NtRp143615
(dp143616
g16
Nsg17
Nsg11
VThe Sogamoso Dam is a concrete-face rock-fill dam on the Sogamoso River in northern Colombia. It is located 30 kilometres (19 mi) west of Bucaramanga in Santander Department and 285 kilometres (177 mi) north of Bogotá. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 820 megawatts (1,100,000 hp) which increased Colombia's generating capacity by 10 percent. Construction on the dam began in February 2009 and its first 273 MW Francis turbine-generator was commissioned on 1 December 2014. The other two generators were operational by 20 December 2014. The US$1.74 billion dam and power plant is owned by ISAGEN. INGETEC designed the dam in the 1990s and Impreglio was awarded the contract for construction.
p143617
sbg6
(g13
g8
NtRp143618
(dp143619
g16
Nsg17
Nsg11
VPOINT(-73.406669616699 7.1008334159851)
p143620
sbtp143621
a(g6
(g7
g8
NtRp143622
(dp143623
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam
p143624
sbg6
(g13
g8
NtRp143625
(dp143626
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u043e\u0433\u0430\u043c\u043e\u0441\u043e
p143627
sbg6
(g13
g8
NtRp143628
(dp143629
g16
Nsg17
Nsg11
VColombia
p143630
sbg6
(g13
g8
NtRp143631
(dp143632
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p143633
sbg6
(g13
g8
NtRp143634
(dp143635
g16
Nsg17
g27
sg11
V0.345
p143636
sbNg6
(g7
g8
NtRp143637
(dp143638
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam__Lake__1
p143639
sbNNg6
(g13
g8
NtRp143640
(dp143641
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sogamoso_River
p143642
sbg6
(g13
g8
NtRp143643
(dp143644
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143645
(dp143646
g16
Nsg17
Nsg11
VColombia
p143647
sbg6
(g13
g8
NtRp143648
(dp143649
g16
Nsg17
Nsg11
VThe Sogamoso Dam is a concrete-face rock-fill dam on the Sogamoso River in northern Colombia. It is located 30 kilometres (19 mi) west of Bucaramanga in Santander Department and 285 kilometres (177 mi) north of Bogotá. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 820 megawatts (1,100,000 hp) which increased Colombia's generating capacity by 10 percent. Construction on the dam began in February 2009 and its first 273 MW Francis turbine-generator was commissioned on 1 December 2014. The other two generators were operational by 20 December 2014. The US$1.74 billion dam and power plant is owned by ISAGEN. INGETEC designed the dam in the 1990s and Impreglio was awarded the contract for construction.
p143650
sbg6
(g13
g8
NtRp143651
(dp143652
g16
Nsg17
Nsg11
VPOINT(-73.406669616699 7.1008334159851)
p143653
sbtp143654
a(g6
(g7
g8
NtRp143655
(dp143656
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam
p143657
sbg6
(g13
g8
NtRp143658
(dp143659
g16
Nsg17
Nsg11
VSogamoso Dam
p143660
sbg6
(g13
g8
NtRp143661
(dp143662
g16
Nsg17
Nsg11
VColombia
p143663
sbg6
(g13
g8
NtRp143664
(dp143665
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p143666
sbg6
(g13
g8
NtRp143667
(dp143668
g16
Nsg17
g27
sg11
V0.345
p143669
sbNg6
(g7
g8
NtRp143670
(dp143671
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam__Lake__1
p143672
sbNNg6
(g13
g8
NtRp143673
(dp143674
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sogamoso_River
p143675
sbg6
(g13
g8
NtRp143676
(dp143677
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143678
(dp143679
g16
Nsg17
Nsg11
VColombia
p143680
sbg6
(g13
g8
NtRp143681
(dp143682
g16
Nsg17
Nsg11
VThe Sogamoso Dam is a concrete-face rock-fill dam on the Sogamoso River in northern Colombia. It is located 30 kilometres (19 mi) west of Bucaramanga in Santander Department and 285 kilometres (177 mi) north of Bogotá. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 820 megawatts (1,100,000 hp) which increased Colombia's generating capacity by 10 percent. Construction on the dam began in February 2009 and its first 273 MW Francis turbine-generator was commissioned on 1 December 2014. The other two generators were operational by 20 December 2014. The US$1.74 billion dam and power plant is owned by ISAGEN. INGETEC designed the dam in the 1990s and Impreglio was awarded the contract for construction.
p143683
sbg6
(g13
g8
NtRp143684
(dp143685
g16
Nsg17
Nsg11
VPOINT(-73.406669616699 7.1008334159851)
p143686
sbtp143687
a(g6
(g7
g8
NtRp143688
(dp143689
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam
p143690
sbg6
(g13
g8
NtRp143691
(dp143692
g16
Nsg17
Nsg11
VHidroeléctrica de Sogamoso
p143693
sbg6
(g13
g8
NtRp143694
(dp143695
g16
Nsg17
Nsg11
VColombia
p143696
sbg6
(g13
g8
NtRp143697
(dp143698
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p143699
sbg6
(g13
g8
NtRp143700
(dp143701
g16
Nsg17
g27
sg11
V0.345
p143702
sbNg6
(g7
g8
NtRp143703
(dp143704
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam__Lake__1
p143705
sbNNg6
(g13
g8
NtRp143706
(dp143707
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sogamoso_River
p143708
sbg6
(g13
g8
NtRp143709
(dp143710
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143711
(dp143712
g16
Nsg17
Nsg11
VColombia
p143713
sbg6
(g13
g8
NtRp143714
(dp143715
g16
Nsg17
Nsg11
VThe Sogamoso Dam is a concrete-face rock-fill dam on the Sogamoso River in northern Colombia. It is located 30 kilometres (19 mi) west of Bucaramanga in Santander Department and 285 kilometres (177 mi) north of Bogotá. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 820 megawatts (1,100,000 hp) which increased Colombia's generating capacity by 10 percent. Construction on the dam began in February 2009 and its first 273 MW Francis turbine-generator was commissioned on 1 December 2014. The other two generators were operational by 20 December 2014. The US$1.74 billion dam and power plant is owned by ISAGEN. INGETEC designed the dam in the 1990s and Impreglio was awarded the contract for construction.
p143716
sbg6
(g13
g8
NtRp143717
(dp143718
g16
Nsg17
Nsg11
VPOINT(-73.406669616699 7.1008334159851)
p143719
sbtp143720
a(g6
(g7
g8
NtRp143721
(dp143722
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam
p143723
sbg6
(g13
g8
NtRp143724
(dp143725
g16
Nsg17
Nsg11
VSogamoso-Talsperre
p143726
sbg6
(g13
g8
NtRp143727
(dp143728
g16
Nsg17
Nsg11
VColombia
p143729
sbg6
(g13
g8
NtRp143730
(dp143731
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p143732
sbg6
(g13
g8
NtRp143733
(dp143734
g16
Nsg17
g27
sg11
V0.345
p143735
sbNg6
(g7
g8
NtRp143736
(dp143737
g11
Vhttp://dbpedia.org/resource/Sogamoso_Dam__Lake__1
p143738
sbNNg6
(g13
g8
NtRp143739
(dp143740
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sogamoso_River
p143741
sbg6
(g13
g8
NtRp143742
(dp143743
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143744
(dp143745
g16
Nsg17
Nsg11
VColombia
p143746
sbg6
(g13
g8
NtRp143747
(dp143748
g16
Nsg17
Nsg11
VThe Sogamoso Dam is a concrete-face rock-fill dam on the Sogamoso River in northern Colombia. It is located 30 kilometres (19 mi) west of Bucaramanga in Santander Department and 285 kilometres (177 mi) north of Bogotá. The primary purpose of the dam is hydroelectric power generation and its power plant has an installed capacity of 820 megawatts (1,100,000 hp) which increased Colombia's generating capacity by 10 percent. Construction on the dam began in February 2009 and its first 273 MW Francis turbine-generator was commissioned on 1 December 2014. The other two generators were operational by 20 December 2014. The US$1.74 billion dam and power plant is owned by ISAGEN. INGETEC designed the dam in the 1990s and Impreglio was awarded the contract for construction.
p143749
sbg6
(g13
g8
NtRp143750
(dp143751
g16
Nsg17
Nsg11
VPOINT(-73.406669616699 7.1008334159851)
p143752
sbtp143753
a(g6
(g7
g8
NtRp143754
(dp143755
g11
Vhttp://dbpedia.org/resource/Solaiyar_Dam
p143756
sbg6
(g13
g8
NtRp143757
(dp143758
g16
Nsg17
Nsg11
VSolaiyar Dam
p143759
sbg6
(g13
g8
NtRp143760
(dp143761
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p143762
sbNg6
(g13
g8
NtRp143763
(dp143764
g16
Nsg17
g27
sg11
V0.4306
p143765
sbNg6
(g7
g8
NtRp143766
(dp143767
g11
Vhttp://dbpedia.org/resource/Solaiyar_Dam__Lake__1
p143768
sbNNg6
(g13
g8
NtRp143769
(dp143770
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Chalakkudi_River
p143771
sbNNg6
(g13
g8
NtRp143772
(dp143773
g16
Nsg17
Nsg11
VIndia
p143774
sbg6
(g13
g8
NtRp143775
(dp143776
g16
Nsg17
Nsg11
VUpper Solaiyar or Upper Sholayar Dam (Solaiyaaru) is located 20 km (12 mi) from Valparai, a hill station in the Anaimalai Hills of the Coimbatore district, Tamil Nadu India. As it is a part of the hydroelectric project of Tamil Nadu, special permission is required to visit the dam. Valparai is located 64 km (40 mi) from Pollachi and 104 km (65 mi) from Chalakudy, Kerala. The nearest railway station is Pollachi. It was constructed by a team working under K. Gopalswamy Mudhaliar, the most popular engineer in that area.
p143777
sbg6
(g13
g8
NtRp143778
(dp143779
g16
Nsg17
Nsg11
VPOINT(76.735275268555 10.321389198303)
p143780
sbtp143781
a(g6
(g7
g8
NtRp143782
(dp143783
g11
Vhttp://dbpedia.org/resource/Solina_Dam
p143784
sbg6
(g13
g8
NtRp143785
(dp143786
g16
Nsg17
Nsg11
V\u0421\u043e\u043b\u0438\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421-\u0413\u0410\u0415\u0421
p143787
sbg6
(g13
g8
NtRp143788
(dp143789
g16
Nsg17
Nsg11
VPoland
p143790
sbg6
(g13
g8
NtRp143791
(dp143792
g16
Nsg17
Nsg11
VGravity
p143793
sbg6
(g13
g8
NtRp143794
(dp143795
g16
Nsg17
g27
sg11
V0.6648
p143796
sbNg6
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g8
NtRp143797
(dp143798
g11
Vhttp://dbpedia.org/resource/Solina_Dam__Lake__1
p143799
sbNg6
(g13
g8
NtRp143800
(dp143801
g16
Nsg17
Nsg11
VPower
p143802
sbNg6
(g13
g8
NtRp143803
(dp143804
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp143805
(dp143806
g16
Nsg17
g27
sg11
V760000.0
p143807
sbg6
(g13
g8
NtRp143808
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g16
Nsg17
Nsg11
VPoland
p143810
sbg6
(g13
g8
NtRp143811
(dp143812
g16
Nsg17
Nsg11
VThe Solina Dam (Polish: Zapora Soli\u0144ska) is the largest dam in Poland. It is located in Solina of Lesko County in the Bieszczady Mountains area of south-eastern Poland.
p143813
sbg6
(g13
g8
NtRp143814
(dp143815
g16
Nsg17
Nsg11
VPOINT(22.453235626221 49.395565032959)
p143816
sbtp143817
a(g6
(g7
g8
NtRp143818
(dp143819
g11
Vhttp://dbpedia.org/resource/Solina_Dam
p143820
sbg6
(g13
g8
NtRp143821
(dp143822
g16
Nsg17
Nsg11
VZespó\u0142 Elektrowni Wodnych Solina-Myczkowce
p143823
sbg6
(g13
g8
NtRp143824
(dp143825
g16
Nsg17
Nsg11
VPoland
p143826
sbg6
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g8
NtRp143827
(dp143828
g16
Nsg17
Nsg11
VGravity
p143829
sbg6
(g13
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NtRp143830
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g16
Nsg17
g27
sg11
V0.6648
p143832
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g8
NtRp143833
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g11
Vhttp://dbpedia.org/resource/Solina_Dam__Lake__1
p143835
sbNg6
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g8
NtRp143836
(dp143837
g16
Nsg17
Nsg11
VPower
p143838
sbNg6
(g13
g8
NtRp143839
(dp143840
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp143841
(dp143842
g16
Nsg17
g27
sg11
V760000.0
p143843
sbg6
(g13
g8
NtRp143844
(dp143845
g16
Nsg17
Nsg11
VPoland
p143846
sbg6
(g13
g8
NtRp143847
(dp143848
g16
Nsg17
Nsg11
VThe Solina Dam (Polish: Zapora Soli\u0144ska) is the largest dam in Poland. It is located in Solina of Lesko County in the Bieszczady Mountains area of south-eastern Poland.
p143849
sbg6
(g13
g8
NtRp143850
(dp143851
g16
Nsg17
Nsg11
VPOINT(22.453235626221 49.395565032959)
p143852
sbtp143853
a(g6
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g8
NtRp143854
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g11
Vhttp://dbpedia.org/resource/Solina_Dam
p143856
sbg6
(g13
g8
NtRp143857
(dp143858
g16
Nsg17
Nsg11
VSolina Dam
p143859
sbg6
(g13
g8
NtRp143860
(dp143861
g16
Nsg17
Nsg11
VPoland
p143862
sbg6
(g13
g8
NtRp143863
(dp143864
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Nsg17
Nsg11
VGravity
p143865
sbg6
(g13
g8
NtRp143866
(dp143867
g16
Nsg17
g27
sg11
V0.6648
p143868
sbNg6
(g7
g8
NtRp143869
(dp143870
g11
Vhttp://dbpedia.org/resource/Solina_Dam__Lake__1
p143871
sbNg6
(g13
g8
NtRp143872
(dp143873
g16
Nsg17
Nsg11
VPower
p143874
sbNg6
(g13
g8
NtRp143875
(dp143876
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp143877
(dp143878
g16
Nsg17
g27
sg11
V760000.0
p143879
sbg6
(g13
g8
NtRp143880
(dp143881
g16
Nsg17
Nsg11
VPoland
p143882
sbg6
(g13
g8
NtRp143883
(dp143884
g16
Nsg17
Nsg11
VThe Solina Dam (Polish: Zapora Soli\u0144ska) is the largest dam in Poland. It is located in Solina of Lesko County in the Bieszczady Mountains area of south-eastern Poland.
p143885
sbg6
(g13
g8
NtRp143886
(dp143887
g16
Nsg17
Nsg11
VPOINT(22.453235626221 49.395565032959)
p143888
sbtp143889
a(g6
(g7
g8
NtRp143890
(dp143891
g11
Vhttp://dbpedia.org/resource/Solu_Hydropower_Station
p143892
sbg6
(g13
g8
NtRp143893
(dp143894
g16
Nsg17
Nsg11
VSolu Hydropower Station
p143895
sbg6
(g13
g8
NtRp143896
(dp143897
g16
Nsg17
Nsg11
VNepal
p143898
sbg6
(g13
g8
NtRp143899
(dp143900
g16
Nsg17
Nsg11
VGravity
p143901
sbNNNNg6
(g13
g8
NtRp143902
(dp143903
g16
Nsg17
Nsg11
VPower
p143904
sbg6
(g13
g8
NtRp143905
(dp143906
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Solu_Khola_River
p143907
sbg6
(g13
g8
NtRp143908
(dp143909
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp143910
(dp143911
g16
Nsg17
Nsg11
VNepal
p143912
sbg6
(g13
g8
NtRp143913
(dp143914
g16
Nsg17
Nsg11
VSolu Hydropower Project Hydropower Station (Nepali: \u0938\u094b\u0932\u0941 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Solukhumbu District of Nepal. The flow from is used to generate 23.5 MW electricity. Upper Solu Hydro Electric Company Limited will launch an Initial Public Offering (IPO) (IPO). From Baisakh 22, 2079 B.S., Upper Solu Hydro Electric Company Limited will issue 13,50,000 shares to residents of the project-affected districts in the first round of the IPO.
p143915
sbg6
(g13
g8
NtRp143916
(dp143917
g16
Nsg17
Nsg11
VPOINT(86.583335876465 27.444999694824)
p143918
sbtp143919
a(g6
(g7
g8
NtRp143920
(dp143921
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p143922
sbg6
(g13
g8
NtRp143923
(dp143924
g16
Nsg17
Nsg11
VLake Somerset
p143925
sbg6
(g13
g8
NtRp143926
(dp143927
g16
Nsg17
Nsg11
VAustralia
p143928
sbg6
(g13
g8
NtRp143929
(dp143930
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp143931
(dp143932
g16
Nsg17
g27
sg11
V0.305
p143933
sbNg6
(g7
g8
NtRp143934
(dp143935
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p143936
sbNg6
(g13
g8
NtRp143937
(dp143938
g16
Nsg17
Nsg11
VRecreation
p143939
sbg6
(g13
g8
NtRp143940
(dp143941
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p143942
sbg6
(g13
g8
NtRp143943
(dp143944
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143945
(dp143946
g16
Nsg17
Nsg11
VQueensland
p143947
sbg6
(g13
g8
NtRp143948
(dp143949
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p143950
sbg6
(g13
g8
NtRp143951
(dp143952
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p143953
sbtp143954
a(g6
(g7
g8
NtRp143955
(dp143956
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p143957
sbg6
(g13
g8
NtRp143958
(dp143959
g16
Nsg17
Nsg11
VLake Somerset
p143960
sbg6
(g13
g8
NtRp143961
(dp143962
g16
Nsg17
Nsg11
VAustralia
p143963
sbg6
(g13
g8
NtRp143964
(dp143965
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp143966
(dp143967
g16
Nsg17
g27
sg11
V0.305
p143968
sbNg6
(g7
g8
NtRp143969
(dp143970
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p143971
sbNg6
(g13
g8
NtRp143972
(dp143973
g16
Nsg17
Nsg11
VPotablewater supply
p143974
sbg6
(g13
g8
NtRp143975
(dp143976
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p143977
sbg6
(g13
g8
NtRp143978
(dp143979
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp143980
(dp143981
g16
Nsg17
Nsg11
VQueensland
p143982
sbg6
(g13
g8
NtRp143983
(dp143984
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p143985
sbg6
(g13
g8
NtRp143986
(dp143987
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p143988
sbtp143989
a(g6
(g7
g8
NtRp143990
(dp143991
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p143992
sbg6
(g13
g8
NtRp143993
(dp143994
g16
Nsg17
Nsg11
VLake Somerset
p143995
sbg6
(g13
g8
NtRp143996
(dp143997
g16
Nsg17
Nsg11
VAustralia
p143998
sbg6
(g13
g8
NtRp143999
(dp144000
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144001
(dp144002
g16
Nsg17
g27
sg11
V0.305
p144003
sbNg6
(g7
g8
NtRp144004
(dp144005
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144006
sbNg6
(g13
g8
NtRp144007
(dp144008
g16
Nsg17
Nsg11
VFlood mitigation
p144009
sbg6
(g13
g8
NtRp144010
(dp144011
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144012
sbg6
(g13
g8
NtRp144013
(dp144014
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144015
(dp144016
g16
Nsg17
Nsg11
VQueensland
p144017
sbg6
(g13
g8
NtRp144018
(dp144019
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144020
sbg6
(g13
g8
NtRp144021
(dp144022
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144023
sbtp144024
a(g6
(g7
g8
NtRp144025
(dp144026
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144027
sbg6
(g13
g8
NtRp144028
(dp144029
g16
Nsg17
Nsg11
VLake Somerset
p144030
sbg6
(g13
g8
NtRp144031
(dp144032
g16
Nsg17
Nsg11
VAustralia
p144033
sbg6
(g13
g8
NtRp144034
(dp144035
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144036
(dp144037
g16
Nsg17
g27
sg11
V0.305
p144038
sbNg6
(g7
g8
NtRp144039
(dp144040
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144041
sbNg6
(g13
g8
NtRp144042
(dp144043
g16
Nsg17
Nsg11
VHydroelectricity
p144044
sbg6
(g13
g8
NtRp144045
(dp144046
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144047
sbg6
(g13
g8
NtRp144048
(dp144049
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144050
(dp144051
g16
Nsg17
Nsg11
VQueensland
p144052
sbg6
(g13
g8
NtRp144053
(dp144054
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144055
sbg6
(g13
g8
NtRp144056
(dp144057
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144058
sbtp144059
a(g6
(g7
g8
NtRp144060
(dp144061
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144062
sbg6
(g13
g8
NtRp144063
(dp144064
g16
Nsg17
Nsg11
VSomerset (lago)
p144065
sbg6
(g13
g8
NtRp144066
(dp144067
g16
Nsg17
Nsg11
VAustralia
p144068
sbg6
(g13
g8
NtRp144069
(dp144070
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144071
(dp144072
g16
Nsg17
g27
sg11
V0.305
p144073
sbNg6
(g7
g8
NtRp144074
(dp144075
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144076
sbNg6
(g13
g8
NtRp144077
(dp144078
g16
Nsg17
Nsg11
VRecreation
p144079
sbg6
(g13
g8
NtRp144080
(dp144081
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144082
sbg6
(g13
g8
NtRp144083
(dp144084
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144085
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g16
Nsg17
Nsg11
VQueensland
p144087
sbg6
(g13
g8
NtRp144088
(dp144089
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144090
sbg6
(g13
g8
NtRp144091
(dp144092
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144093
sbtp144094
a(g6
(g7
g8
NtRp144095
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g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144097
sbg6
(g13
g8
NtRp144098
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g16
Nsg17
Nsg11
VSomerset (lago)
p144100
sbg6
(g13
g8
NtRp144101
(dp144102
g16
Nsg17
Nsg11
VAustralia
p144103
sbg6
(g13
g8
NtRp144104
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144106
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g16
Nsg17
g27
sg11
V0.305
p144108
sbNg6
(g7
g8
NtRp144109
(dp144110
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144111
sbNg6
(g13
g8
NtRp144112
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g16
Nsg17
Nsg11
VPotablewater supply
p144114
sbg6
(g13
g8
NtRp144115
(dp144116
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144117
sbg6
(g13
g8
NtRp144118
(dp144119
g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp144120
(dp144121
g16
Nsg17
Nsg11
VQueensland
p144122
sbg6
(g13
g8
NtRp144123
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g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144125
sbg6
(g13
g8
NtRp144126
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g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144128
sbtp144129
a(g6
(g7
g8
NtRp144130
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g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144132
sbg6
(g13
g8
NtRp144133
(dp144134
g16
Nsg17
Nsg11
VSomerset (lago)
p144135
sbg6
(g13
g8
NtRp144136
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g16
Nsg17
Nsg11
VAustralia
p144138
sbg6
(g13
g8
NtRp144139
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144141
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g16
Nsg17
g27
sg11
V0.305
p144143
sbNg6
(g7
g8
NtRp144144
(dp144145
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144146
sbNg6
(g13
g8
NtRp144147
(dp144148
g16
Nsg17
Nsg11
VFlood mitigation
p144149
sbg6
(g13
g8
NtRp144150
(dp144151
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144152
sbg6
(g13
g8
NtRp144153
(dp144154
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144155
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g16
Nsg17
Nsg11
VQueensland
p144157
sbg6
(g13
g8
NtRp144158
(dp144159
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144160
sbg6
(g13
g8
NtRp144161
(dp144162
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144163
sbtp144164
a(g6
(g7
g8
NtRp144165
(dp144166
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144167
sbg6
(g13
g8
NtRp144168
(dp144169
g16
Nsg17
Nsg11
VSomerset (lago)
p144170
sbg6
(g13
g8
NtRp144171
(dp144172
g16
Nsg17
Nsg11
VAustralia
p144173
sbg6
(g13
g8
NtRp144174
(dp144175
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144176
(dp144177
g16
Nsg17
g27
sg11
V0.305
p144178
sbNg6
(g7
g8
NtRp144179
(dp144180
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144181
sbNg6
(g13
g8
NtRp144182
(dp144183
g16
Nsg17
Nsg11
VHydroelectricity
p144184
sbg6
(g13
g8
NtRp144185
(dp144186
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144187
sbg6
(g13
g8
NtRp144188
(dp144189
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144190
(dp144191
g16
Nsg17
Nsg11
VQueensland
p144192
sbg6
(g13
g8
NtRp144193
(dp144194
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144195
sbg6
(g13
g8
NtRp144196
(dp144197
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144198
sbtp144199
a(g6
(g7
g8
NtRp144200
(dp144201
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144202
sbg6
(g13
g8
NtRp144203
(dp144204
g16
Nsg17
Nsg11
VSomerset Dam
p144205
sbg6
(g13
g8
NtRp144206
(dp144207
g16
Nsg17
Nsg11
VAustralia
p144208
sbg6
(g13
g8
NtRp144209
(dp144210
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144211
(dp144212
g16
Nsg17
g27
sg11
V0.305
p144213
sbNg6
(g7
g8
NtRp144214
(dp144215
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144216
sbNg6
(g13
g8
NtRp144217
(dp144218
g16
Nsg17
Nsg11
VRecreation
p144219
sbg6
(g13
g8
NtRp144220
(dp144221
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144222
sbg6
(g13
g8
NtRp144223
(dp144224
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144225
(dp144226
g16
Nsg17
Nsg11
VQueensland
p144227
sbg6
(g13
g8
NtRp144228
(dp144229
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144230
sbg6
(g13
g8
NtRp144231
(dp144232
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144233
sbtp144234
a(g6
(g7
g8
NtRp144235
(dp144236
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144237
sbg6
(g13
g8
NtRp144238
(dp144239
g16
Nsg17
Nsg11
VSomerset Dam
p144240
sbg6
(g13
g8
NtRp144241
(dp144242
g16
Nsg17
Nsg11
VAustralia
p144243
sbg6
(g13
g8
NtRp144244
(dp144245
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144246
(dp144247
g16
Nsg17
g27
sg11
V0.305
p144248
sbNg6
(g7
g8
NtRp144249
(dp144250
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144251
sbNg6
(g13
g8
NtRp144252
(dp144253
g16
Nsg17
Nsg11
VPotablewater supply
p144254
sbg6
(g13
g8
NtRp144255
(dp144256
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144257
sbg6
(g13
g8
NtRp144258
(dp144259
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144260
(dp144261
g16
Nsg17
Nsg11
VQueensland
p144262
sbg6
(g13
g8
NtRp144263
(dp144264
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144265
sbg6
(g13
g8
NtRp144266
(dp144267
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144268
sbtp144269
a(g6
(g7
g8
NtRp144270
(dp144271
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144272
sbg6
(g13
g8
NtRp144273
(dp144274
g16
Nsg17
Nsg11
VSomerset Dam
p144275
sbg6
(g13
g8
NtRp144276
(dp144277
g16
Nsg17
Nsg11
VAustralia
p144278
sbg6
(g13
g8
NtRp144279
(dp144280
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144281
(dp144282
g16
Nsg17
g27
sg11
V0.305
p144283
sbNg6
(g7
g8
NtRp144284
(dp144285
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144286
sbNg6
(g13
g8
NtRp144287
(dp144288
g16
Nsg17
Nsg11
VFlood mitigation
p144289
sbg6
(g13
g8
NtRp144290
(dp144291
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144292
sbg6
(g13
g8
NtRp144293
(dp144294
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144295
(dp144296
g16
Nsg17
Nsg11
VQueensland
p144297
sbg6
(g13
g8
NtRp144298
(dp144299
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144300
sbg6
(g13
g8
NtRp144301
(dp144302
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144303
sbtp144304
a(g6
(g7
g8
NtRp144305
(dp144306
g11
Vhttp://dbpedia.org/resource/Somerset_Dam
p144307
sbg6
(g13
g8
NtRp144308
(dp144309
g16
Nsg17
Nsg11
VSomerset Dam
p144310
sbg6
(g13
g8
NtRp144311
(dp144312
g16
Nsg17
Nsg11
VAustralia
p144313
sbg6
(g13
g8
NtRp144314
(dp144315
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp144316
(dp144317
g16
Nsg17
g27
sg11
V0.305
p144318
sbNg6
(g7
g8
NtRp144319
(dp144320
g11
Vhttp://dbpedia.org/resource/Somerset_Dam__Lake__1
p144321
sbNg6
(g13
g8
NtRp144322
(dp144323
g16
Nsg17
Nsg11
VHydroelectricity
p144324
sbg6
(g13
g8
NtRp144325
(dp144326
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stanley_River_(Queensland)
p144327
sbg6
(g13
g8
NtRp144328
(dp144329
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144330
(dp144331
g16
Nsg17
Nsg11
VQueensland
p144332
sbg6
(g13
g8
NtRp144333
(dp144334
g16
Nsg17
Nsg11
VThe Somerset Dam is a mass concrete gravity dam with a gated spillway across the Stanley River in Queensland, Australia. It is within the locality of Somerset Dam in the Somerset Region in South East Queensland. The main purpose of the dam is the supply of potable water for the Brisbane, Gold Coast and Logan City regions. Additionally, the dam provides for flood mitigation, recreation and for the generation of hydroelectricity. The impounded reservoir is called Lake Somerset.
p144335
sbg6
(g13
g8
NtRp144336
(dp144337
g16
Nsg17
Nsg11
VPOINT(152.55659484863 -27.115400314331)
p144338
sbtp144339
a(g6
(g7
g8
NtRp144340
(dp144341
g11
Vhttp://dbpedia.org/resource/Sondu_Miriu_Hydroelectric_Power_Station
p144342
sbg6
(g13
g8
NtRp144343
(dp144344
g16
Nsg17
Nsg11
VKraftwerk Sondu-Miriu
p144345
sbg6
(g13
g8
NtRp144346
(dp144347
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p144348
sbNNNNg6
(g13
g8
NtRp144349
(dp144350
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p144351
sbg6
(g13
g8
NtRp144352
(dp144353
g16
Nsg17
Nsg11
VPower
p144354
sbg6
(g13
g8
NtRp144355
(dp144356
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sondu_River
p144357
sbg6
(g13
g8
NtRp144358
(dp144359
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144360
(dp144361
g16
Nsg17
Nsg11
VKenya
p144362
sbg6
(g13
g8
NtRp144363
(dp144364
g16
Nsg17
Nsg11
VThe Sondu Miriu Hydroelectric Power Station is a hydroelectric power station on the Sondu River in Kenya.
p144365
sbg6
(g13
g8
NtRp144366
(dp144367
g16
Nsg17
Nsg11
VPOINT(34.852222442627 -0.34250000119209)
p144368
sbtp144369
a(g6
(g7
g8
NtRp144370
(dp144371
g11
Vhttp://dbpedia.org/resource/Sondu_Miriu_Hydroelectric_Power_Station
p144372
sbg6
(g13
g8
NtRp144373
(dp144374
g16
Nsg17
Nsg11
VBarrage hydroélectrique de la Sondu Miriu
p144375
sbg6
(g13
g8
NtRp144376
(dp144377
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p144378
sbNNNNg6
(g13
g8
NtRp144379
(dp144380
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p144381
sbg6
(g13
g8
NtRp144382
(dp144383
g16
Nsg17
Nsg11
VPower
p144384
sbg6
(g13
g8
NtRp144385
(dp144386
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sondu_River
p144387
sbg6
(g13
g8
NtRp144388
(dp144389
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144390
(dp144391
g16
Nsg17
Nsg11
VKenya
p144392
sbg6
(g13
g8
NtRp144393
(dp144394
g16
Nsg17
Nsg11
VThe Sondu Miriu Hydroelectric Power Station is a hydroelectric power station on the Sondu River in Kenya.
p144395
sbg6
(g13
g8
NtRp144396
(dp144397
g16
Nsg17
Nsg11
VPOINT(34.852222442627 -0.34250000119209)
p144398
sbtp144399
a(g6
(g7
g8
NtRp144400
(dp144401
g11
Vhttp://dbpedia.org/resource/Sondu_Miriu_Hydroelectric_Power_Station
p144402
sbg6
(g13
g8
NtRp144403
(dp144404
g16
Nsg17
Nsg11
VSondu Miriu Hydroelectric Power Station
p144405
sbg6
(g13
g8
NtRp144406
(dp144407
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p144408
sbNNNNg6
(g13
g8
NtRp144409
(dp144410
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p144411
sbg6
(g13
g8
NtRp144412
(dp144413
g16
Nsg17
Nsg11
VPower
p144414
sbg6
(g13
g8
NtRp144415
(dp144416
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sondu_River
p144417
sbg6
(g13
g8
NtRp144418
(dp144419
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144420
(dp144421
g16
Nsg17
Nsg11
VKenya
p144422
sbg6
(g13
g8
NtRp144423
(dp144424
g16
Nsg17
Nsg11
VThe Sondu Miriu Hydroelectric Power Station is a hydroelectric power station on the Sondu River in Kenya.
p144425
sbg6
(g13
g8
NtRp144426
(dp144427
g16
Nsg17
Nsg11
VPOINT(34.852222442627 -0.34250000119209)
p144428
sbtp144429
a(g6
(g7
g8
NtRp144430
(dp144431
g11
Vhttp://dbpedia.org/resource/Sondu_Miriu_Hydroelectric_Power_Station
p144432
sbg6
(g13
g8
NtRp144433
(dp144434
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Sondu-Miriu
p144435
sbg6
(g13
g8
NtRp144436
(dp144437
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p144438
sbNNNNg6
(g13
g8
NtRp144439
(dp144440
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p144441
sbg6
(g13
g8
NtRp144442
(dp144443
g16
Nsg17
Nsg11
VPower
p144444
sbg6
(g13
g8
NtRp144445
(dp144446
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sondu_River
p144447
sbg6
(g13
g8
NtRp144448
(dp144449
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp144450
(dp144451
g16
Nsg17
Nsg11
VKenya
p144452
sbg6
(g13
g8
NtRp144453
(dp144454
g16
Nsg17
Nsg11
VThe Sondu Miriu Hydroelectric Power Station is a hydroelectric power station on the Sondu River in Kenya.
p144455
sbg6
(g13
g8
NtRp144456
(dp144457
g16
Nsg17
Nsg11
VPOINT(34.852222442627 -0.34250000119209)
p144458
sbtp144459
a(g6
(g7
g8
NtRp144460
(dp144461
g11
Vhttp://dbpedia.org/resource/Songtao_Reservoir
p144462
sbg6
(g13
g8
NtRp144463
(dp144464
g16
Nsg17
Nsg11
VSongtao Shuiku
p144465
sbg6
(g13
g8
NtRp144466
(dp144467
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p144468
sbNg6
(g13
g8
NtRp144469
(dp144470
g16
Nsg17
g27
sg11
V0.76
p144471
sbNg6
(g7
g8
NtRp144472
(dp144473
g11
Vhttp://dbpedia.org/resource/Songtao_Reservoir__Lake__1
p144474
sbNNg6
(g13
g8
NtRp144475
(dp144476
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nandu_River
p144477
sbNNg6
(g13
g8
NtRp144478
(dp144479
g16
Nsg17
Nsg11
VChina
p144480
sbg6
(g13
g8
NtRp144481
(dp144482
g16
Nsg17
Nsg11
VThe Songtao Reservoir (Chinese: \u677e\u6d9b\u6c34\u5e93; pinyin: S\u014dngt\u0101o Shu\u01d0kù), also known as the Songtao Reservoir Irrigation Area, is the largest body of water in Hainan, and the second largest reservoir in China. Located upstream of the Nandu River approximately 20 kilometres (12 mi) southeast of Danzhou City, the reservoir covers 0.17 percent of the island and has a total capacity of 3,340,000,000 cubic metres (1.18×1011 cu ft). The reservoir contains more than 100 islands, and is used for agriculture, fisheries, and tourism.
p144483
sbg6
(g13
g8
NtRp144484
(dp144485
g16
Nsg17
Nsg11
VPOINT(109.67888641357 19.332500457764)
p144486
sbtp144487
a(g6
(g7
g8
NtRp144488
(dp144489
g11
Vhttp://dbpedia.org/resource/Songtao_Reservoir
p144490
sbg6
(g13
g8
NtRp144491
(dp144492
g16
Nsg17
Nsg11
VSongtao Reservoir
p144493
sbg6
(g13
g8
NtRp144494
(dp144495
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p144496
sbNg6
(g13
g8
NtRp144497
(dp144498
g16
Nsg17
g27
sg11
V0.76
p144499
sbNg6
(g7
g8
NtRp144500
(dp144501
g11
Vhttp://dbpedia.org/resource/Songtao_Reservoir__Lake__1
p144502
sbNNg6
(g13
g8
NtRp144503
(dp144504
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nandu_River
p144505
sbNNg6
(g13
g8
NtRp144506
(dp144507
g16
Nsg17
Nsg11
VChina
p144508
sbg6
(g13
g8
NtRp144509
(dp144510
g16
Nsg17
Nsg11
VThe Songtao Reservoir (Chinese: \u677e\u6d9b\u6c34\u5e93; pinyin: S\u014dngt\u0101o Shu\u01d0kù), also known as the Songtao Reservoir Irrigation Area, is the largest body of water in Hainan, and the second largest reservoir in China. Located upstream of the Nandu River approximately 20 kilometres (12 mi) southeast of Danzhou City, the reservoir covers 0.17 percent of the island and has a total capacity of 3,340,000,000 cubic metres (1.18×1011 cu ft). The reservoir contains more than 100 islands, and is used for agriculture, fisheries, and tourism.
p144511
sbg6
(g13
g8
NtRp144512
(dp144513
g16
Nsg17
Nsg11
VPOINT(109.67888641357 19.332500457764)
p144514
sbtp144515
a(g6
(g7
g8
NtRp144516
(dp144517
g11
Vhttp://dbpedia.org/resource/Songtao_Reservoir
p144518
sbg6
(g13
g8
NtRp144519
(dp144520
g16
Nsg17
Nsg11
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VThe Songtao Reservoir (Chinese: \u677e\u6d9b\u6c34\u5e93; pinyin: S\u014dngt\u0101o Shu\u01d0kù), also known as the Songtao Reservoir Irrigation Area, is the largest body of water in Hainan, and the second largest reservoir in China. Located upstream of the Nandu River approximately 20 kilometres (12 mi) southeast of Danzhou City, the reservoir covers 0.17 percent of the island and has a total capacity of 3,340,000,000 cubic metres (1.18×1011 cu ft). The reservoir contains more than 100 islands, and is used for agriculture, fisheries, and tourism.
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VSongwe Hydroelectric Power Station, also Songwe Power Station, is a proposed hydropower plant, with planned capacity installation of 180 megawatts (240,000 hp) when completed. Other related developments include the development of more dams for both power generation and irrigation purposes, and the creation of a Joint River Basin Authority.
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VThe Sorpe Dam (German: Sorpetalsperre) is a dam on the Sorpe river, near the small town of Sundern in the district of Hochsauerland in North Rhine-Westphalia, Germany. Together with the Biggesee, the Möhne Reservoir, and the Verse reservoir, the Sorpe Reservoir is one of the major artificial lakes of the Sauerland's Ruhrverband reservoir association. It serves as a water supply, drives hydroelectric generators, and is used for leisure and recreation.
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VThe Sorpe Dam (German: Sorpetalsperre) is a dam on the Sorpe river, near the small town of Sundern in the district of Hochsauerland in North Rhine-Westphalia, Germany. Together with the Biggesee, the Möhne Reservoir, and the Verse reservoir, the Sorpe Reservoir is one of the major artificial lakes of the Sauerland's Ruhrverband reservoir association. It serves as a water supply, drives hydroelectric generators, and is used for leisure and recreation.
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VThe Sorpe Dam (German: Sorpetalsperre) is a dam on the Sorpe river, near the small town of Sundern in the district of Hochsauerland in North Rhine-Westphalia, Germany. Together with the Biggesee, the Möhne Reservoir, and the Verse reservoir, the Sorpe Reservoir is one of the major artificial lakes of the Sauerland's Ruhrverband reservoir association. It serves as a water supply, drives hydroelectric generators, and is used for leisure and recreation.
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VThe Sothuparai Dam is a dam across the Varaha River in the Indian state of Tamil Nadu. It is located 12 km from the town of Periyakulam in Theni district. Sothupari dam is one among the highest dams in Tamil Nadu. It is located at the backside of Periyakulam city. It is constructed across the river Varaganadhi (A tributary of River Vaigai) and located 12 km from Periyakulam. The height of the dam is 57 m. Its length is 345 m and the total catchment area is 357 Acre. The agricultural lands belonging to Thenkarai (817 Acre) and Thamaraikulam village (223 Acre) are benefitted by this Dam.
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VThe Souapiti Hydropower Station (Chinese: \u82cf\u963f\u76ae\u8482\u6c34\u7535\u7ad9), also known as Souapiti Hydropower Project or Souapiti Hydropower Plant, is a water conservancy project in the Republic of Guinea, located on the Konkoure River, with a total installed capacity of 550 MW. This project was constructed by China International Water & Electric Corporation (CWE). The generating station is expected to cost about $2 billion.
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VThe Souapiti Hydropower Station (Chinese: \u82cf\u963f\u76ae\u8482\u6c34\u7535\u7ad9), also known as Souapiti Hydropower Project or Souapiti Hydropower Plant, is a water conservancy project in the Republic of Guinea, located on the Konkoure River, with a total installed capacity of 550 MW. This project was constructed by China International Water & Electric Corporation (CWE). The generating station is expected to cost about $2 billion.
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VThe Souapiti Hydropower Station (Chinese: \u82cf\u963f\u76ae\u8482\u6c34\u7535\u7ad9), also known as Souapiti Hydropower Project or Souapiti Hydropower Plant, is a water conservancy project in the Republic of Guinea, located on the Konkoure River, with a total installed capacity of 550 MW. This project was constructed by China International Water & Electric Corporation (CWE). The generating station is expected to cost about $2 billion.
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VThe Souapiti Hydropower Station (Chinese: \u82cf\u963f\u76ae\u8482\u6c34\u7535\u7ad9), also known as Souapiti Hydropower Project or Souapiti Hydropower Plant, is a water conservancy project in the Republic of Guinea, located on the Konkoure River, with a total installed capacity of 550 MW. This project was constructed by China International Water & Electric Corporation (CWE). The generating station is expected to cost about $2 billion.
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VSouth Dandalup Dam is a dam in Western Australia. It is located where the South Dandalup River flows out of Lake Banksiadale. The dam was built in 1971 in response to rapid population growth in Perth, Western Australia's capital city, and a resources boom in the Pilbara. Located only 6 kilometres (3.7 mi) north-east of the historic town of Dwellingup, and around 90 kilometres (56 mi) from Perth, it is a popular recreation area. Western Australia's Water Corporation manages the area, and has provided facilities including picnic areas with gas barbecues, and a number of walk trails.
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p144856
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VThe Southedge Dam, also known as the Lake Mitchell Dam, is an earth filled embankment dam across the Mitchell River located in Southedge, in Far North Queensland, Australia. Opened in 1987 as an ornamental lake, the impoundment created by the dam is called Lake Mitchell and at full supply level has an active capacity of 129,000 megalitres (28×109 imp gal; 34×109 US gal).
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VAustralia
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VAustralia Queensland
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VThe Southedge Dam, also known as the Lake Mitchell Dam, is an earth filled embankment dam across the Mitchell River located in Southedge, in Far North Queensland, Australia. Opened in 1987 as an ornamental lake, the impoundment created by the dam is called Lake Mitchell and at full supply level has an active capacity of 129,000 megalitres (28×109 imp gal; 34×109 US gal).
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V\u7956\u5c71\u30c0\u30e0
p144904
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g8
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p144922
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VO
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VJapan
p144930
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VThe Soyama Dam is a gravity dam on the Sh\u014d River in Soyama village about 13 km (8.1 mi) southeast of Nanto in Toyama Prefecture, Japan. It was constructed between 1927 and 1930. The dam has an associated 128.1 MW hydroelectric power station which was built in two parts. The first part of the power station (56.1 MW) was commissioned in 1930 and the second part of the power station (72 MW) was commissioned in 1967. Of the nine dams on the Sh\u014d River it is the third furthest downstream.
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NtRp144934
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VPOINT(136.98371887207 36.472400665283)
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VSoyama Dam
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NtRp144947
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VO
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VJapan
p144969
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VThe Soyama Dam is a gravity dam on the Sh\u014d River in Soyama village about 13 km (8.1 mi) southeast of Nanto in Toyama Prefecture, Japan. It was constructed between 1927 and 1930. The dam has an associated 128.1 MW hydroelectric power station which was built in two parts. The first part of the power station (56.1 MW) was commissioned in 1930 and the second part of the power station (72 MW) was commissioned in 1967. Of the nine dams on the Sh\u014d River it is the third furthest downstream.
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VPOINT(136.98371887207 36.472400665283)
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VBarrage de la Soyang
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NtRp144983
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VSouth Korea
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VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
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VSoyang-daem
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NtRp145019
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VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
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VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
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VTalsperre Soyang
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VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
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sbg6
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VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
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sbg6
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VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
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sbg6
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NtRp145205
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g16
Nsg17
g27
sg11
V0.53
p145207
sbNg6
(g7
g8
NtRp145208
(dp145209
g11
Vhttp://dbpedia.org/resource/Soyang_Dam__Lake__1
p145210
sbNNg6
(g13
g8
NtRp145211
(dp145212
g16
Nsg17
Nsg11
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p145213
sbg6
(g13
g8
NtRp145214
(dp145215
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp145216
(dp145217
g16
Nsg17
g27
sg11
V9.6e+06
p145218
sbg6
(g13
g8
NtRp145219
(dp145220
g16
Nsg17
Nsg11
VSouth Korea
p145221
sbg6
(g13
g8
NtRp145222
(dp145223
g16
Nsg17
Nsg11
VThe Soyang Dam, also referred to as the Soyanggang Dam, is an embankment dam on the Soyang River, 10 km (6 mi) northeast of Chuncheon in Gangwon-do Province, South Korea. The purpose of the dam is flood control, water supply and hydroelectric power generation. Construction on the dam began in 1967 and was complete in 1973. The 123 m (404 ft) tall dam withholds a reservoir of 2,900,000,000 m3 (2,351,068 acre\u22c5ft) and supplies water to a 200 MW power station.
p145224
sbg6
(g13
g8
NtRp145225
(dp145226
g16
Nsg17
Nsg11
VPOINT(127.81444549561 37.945556640625)
p145227
sbtp145228
a(g6
(g7
g8
NtRp145229
(dp145230
g11
Vhttp://dbpedia.org/resource/Spencer_Dam
p145231
sbg6
(g13
g8
NtRp145232
(dp145233
g16
Nsg17
Nsg11
VTalsperre Spencer
p145234
sbg6
(g13
g8
NtRp145235
(dp145236
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p145237
sbg6
(g13
g8
NtRp145238
(dp145239
g16
Nsg17
Nsg11
VButtressed concrete gravity and embankment
p145240
sbg6
(g13
g8
NtRp145241
(dp145242
g16
Nsg17
g27
sg11
V1.12715
p145243
sbNg6
(g7
g8
NtRp145244
(dp145245
g11
Vhttp://dbpedia.org/resource/Spencer_Dam__Lake__1
p145246
sbg6
(g13
g8
NtRp145247
(dp145248
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nebraska_Public_Power_District
p145249
sbg6
(g13
g8
NtRp145250
(dp145251
g16
Nsg17
Nsg11
VHydroelectric
p145252
sbg6
(g13
g8
NtRp145253
(dp145254
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niobrara_River
p145255
sbg6
(g13
g8
NtRp145256
(dp145257
g16
Nsg17
Nsg11
VFailed
p145258
sbNg6
(g13
g8
NtRp145259
(dp145260
g16
Nsg17
Nsg11
VNebraska#USA
p145261
sbg6
(g13
g8
NtRp145262
(dp145263
g16
Nsg17
Nsg11
VSpencer Dam was a run of the river hydroelectric dam on the Niobrara River in Boyd County and Holt County, Nebraska, about 5 miles (8.0 km) southeast of Spencer. The dam was operated by the Nebraska Public Power District (NPPD). Heavy precipitation during the March 2019 North American blizzard led to a failure of the dam in the early morning of 14 March, causing heavy flooding downstream.
p145264
sbg6
(g13
g8
NtRp145265
(dp145266
g16
Nsg17
Nsg11
VPOINT(-98.656402587891 42.80899810791)
p145267
sbtp145268
a(g6
(g7
g8
NtRp145269
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g11
Vhttp://dbpedia.org/resource/Spencer_Dam
p145271
sbg6
(g13
g8
NtRp145272
(dp145273
g16
Nsg17
Nsg11
VSpencer Dam
p145274
sbg6
(g13
g8
NtRp145275
(dp145276
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States
p145277
sbg6
(g13
g8
NtRp145278
(dp145279
g16
Nsg17
Nsg11
VButtressed concrete gravity and embankment
p145280
sbg6
(g13
g8
NtRp145281
(dp145282
g16
Nsg17
g27
sg11
V1.12715
p145283
sbNg6
(g7
g8
NtRp145284
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g11
Vhttp://dbpedia.org/resource/Spencer_Dam__Lake__1
p145286
sbg6
(g13
g8
NtRp145287
(dp145288
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nebraska_Public_Power_District
p145289
sbg6
(g13
g8
NtRp145290
(dp145291
g16
Nsg17
Nsg11
VHydroelectric
p145292
sbg6
(g13
g8
NtRp145293
(dp145294
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Niobrara_River
p145295
sbg6
(g13
g8
NtRp145296
(dp145297
g16
Nsg17
Nsg11
VFailed
p145298
sbNg6
(g13
g8
NtRp145299
(dp145300
g16
Nsg17
Nsg11
VNebraska#USA
p145301
sbg6
(g13
g8
NtRp145302
(dp145303
g16
Nsg17
Nsg11
VSpencer Dam was a run of the river hydroelectric dam on the Niobrara River in Boyd County and Holt County, Nebraska, about 5 miles (8.0 km) southeast of Spencer. The dam was operated by the Nebraska Public Power District (NPPD). Heavy precipitation during the March 2019 North American blizzard led to a failure of the dam in the early morning of 14 March, causing heavy flooding downstream.
p145304
sbg6
(g13
g8
NtRp145305
(dp145306
g16
Nsg17
Nsg11
VPOINT(-98.656402587891 42.80899810791)
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sbtp145308
a(g6
(g7
g8
NtRp145309
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g11
Vhttp://dbpedia.org/resource/Spilje_Hydro_Power_Plant
p145311
sbg6
(g13
g8
NtRp145312
(dp145313
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Shpilje
p145314
sbg6
(g13
g8
NtRp145315
(dp145316
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p145317
sbNNNg6
(g7
g8
NtRp145318
(dp145319
g11
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p145320
sbg6
(g13
g8
NtRp145321
(dp145322
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p145323
sbNNNNNg6
(g13
g8
NtRp145324
(dp145325
g16
Nsg17
Nsg11
VSpilje Hydro Power Plant is a large power plant in North Macedonia that has three turbines with a nominal capacity of 23 MW each having a total capacity of 69 MW.
p145326
sbNtp145327
a(g6
(g7
g8
NtRp145328
(dp145329
g11
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p145330
sbg6
(g13
g8
NtRp145331
(dp145332
g16
Nsg17
Nsg11
VSpilje Hydro Power Plant
p145333
sbg6
(g13
g8
NtRp145334
(dp145335
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p145336
sbNNNg6
(g7
g8
NtRp145337
(dp145338
g11
Vhttp://dbpedia.org/resource/Spilje_Hydro_Power_Plant__Lake__1
p145339
sbg6
(g13
g8
NtRp145340
(dp145341
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p145342
sbNNNNNg6
(g13
g8
NtRp145343
(dp145344
g16
Nsg17
Nsg11
VSpilje Hydro Power Plant is a large power plant in North Macedonia that has three turbines with a nominal capacity of 23 MW each having a total capacity of 69 MW.
p145345
sbNtp145346
a(g6
(g7
g8
NtRp145347
(dp145348
g11
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p145349
sbg6
(g13
g8
NtRp145350
(dp145351
g16
Nsg17
Nsg11
VSpioenkop Dam
p145352
sbg6
(g13
g8
NtRp145353
(dp145354
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p145355
sbg6
(g13
g8
NtRp145356
(dp145357
g16
Nsg17
Nsg11
VF
sbNNg6
(g7
g8
NtRp145358
(dp145359
g11
Vhttp://dbpedia.org/resource/Spioenkop_Dam__Lake__1
p145360
sbg6
(g13
g8
NtRp145361
(dp145362
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p145363
sbg6
(g13
g8
NtRp145364
(dp145365
g16
Nsg17
Nsg11
VIrrigation
p145366
sbg6
(g13
g8
NtRp145367
(dp145368
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tugela_River
p145369
sbNNg6
(g13
g8
NtRp145370
(dp145371
g16
Nsg17
Nsg11
VSouth Africa
p145372
sbg6
(g13
g8
NtRp145373
(dp145374
g16
Nsg17
Nsg11
VSpioenkop Dam impounds the Tugela River in KwaZulu-Natal. It is located within a nature reserve by the same name. The dam was commissioned in 1972, has a capacity of 272,265 cubic metres (9,614,900 cu ft), and a surface area of 15.314 square kilometres (5.913 sq mi), the dam wall is 53 metres (174 ft) high. Spion Kop (hill) is located 2.5 km to the north of the dam.
p145375
sbg6
(g13
g8
NtRp145376
(dp145377
g16
Nsg17
Nsg11
VPOINT(29.516666412354 -28.683332443237)
p145378
sbtp145379
a(g6
(g7
g8
NtRp145380
(dp145381
g11
Vhttp://dbpedia.org/resource/Spitskop_Dam
p145382
sbg6
(g13
g8
NtRp145383
(dp145384
g16
Nsg17
Nsg11
VSpitskop Dam
p145385
sbg6
(g13
g8
NtRp145386
(dp145387
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p145388
sbg6
(g13
g8
NtRp145389
(dp145390
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp145391
(dp145392
g16
Nsg17
g27
sg11
V0.9
p145393
sbNg6
(g7
g8
NtRp145394
(dp145395
g11
Vhttp://dbpedia.org/resource/Spitskop_Dam__Lake__1
p145396
sbg6
(g13
g8
NtRp145397
(dp145398
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p145399
sbg6
(g13
g8
NtRp145400
(dp145401
g16
Nsg17
Nsg11
VIrrigation
p145402
sbg6
(g13
g8
NtRp145403
(dp145404
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Harts_River
p145405
sbNNNg6
(g13
g8
NtRp145406
(dp145407
g16
Nsg17
Nsg11
VSpitskop Dam is an earth-fill type dam located on the Harts River in the Northern Cape Province north of the city of Kimberley in South Africa. It was established in 1975 and rebuilt in 1989 after breaching during a flood in 1988. It has a full capacity of 57.887 million cubic meters of water and serves primarily for irrigation purposes. The hazard potential of the dam has been ranked high (3).
p145408
sbg6
(g13
g8
NtRp145409
(dp145410
g16
Nsg17
Nsg11
VPOINT(24.502000808716 -28.123199462891)
p145411
sbtp145412
a(g6
(g7
g8
NtRp145413
(dp145414
g11
Vhttp://dbpedia.org/resource/Split_Rock_Dam
p145415
sbg6
(g13
g8
NtRp145416
(dp145417
g16
Nsg17
Nsg11
VSplit Rock Dam
p145418
sbg6
(g13
g8
NtRp145419
(dp145420
g16
Nsg17
Nsg11
VAustralia
p145421
sbg6
(g13
g8
NtRp145422
(dp145423
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp145424
(dp145425
g16
Nsg17
g27
sg11
V0.484
p145426
sbNg6
(g7
g8
NtRp145427
(dp145428
g11
Vhttp://dbpedia.org/resource/Split_Rock_Dam__Lake__1
p145429
sbNNg6
(g13
g8
NtRp145430
(dp145431
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Manilla_River
p145432
sbg6
(g13
g8
NtRp145433
(dp145434
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp145435
(dp145436
g16
Nsg17
g27
sg11
V1048.0
p145437
sbg6
(g13
g8
NtRp145438
(dp145439
g16
Nsg17
Nsg11
VNew South Wales
p145440
sbg6
(g13
g8
NtRp145441
(dp145442
g16
Nsg17
Nsg11
VSplit Rock Dam is a minor ungated concrete faced rock fill embankment dam with concrete chute spillway across the Manilla River upstream of Manilla in the north-western slopes region of New South Wales, Australia. The dam's purpose includes flood mitigation, irrigation, water supply and conservation. The impounded reservoir is called Split Rock Reservoir.
p145443
sbg6
(g13
g8
NtRp145444
(dp145445
g16
Nsg17
Nsg11
VPOINT(150.69999694824 -30.533332824707)
p145446
sbtp145447
a(g6
(g7
g8
NtRp145448
(dp145449
g11
Vhttp://dbpedia.org/resource/Splityard_Creek_Dam
p145450
sbg6
(g13
g8
NtRp145451
(dp145452
g16
Nsg17
Nsg11
VSplityard Creek Dam
p145453
sbg6
(g13
g8
NtRp145454
(dp145455
g16
Nsg17
Nsg11
VAustralia
p145456
sbg6
(g13
g8
NtRp145457
(dp145458
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp145459
(dp145460
g16
Nsg17
g27
sg11
V1.14
p145461
sbNg6
(g7
g8
NtRp145462
(dp145463
g11
Vhttp://dbpedia.org/resource/Splityard_Creek_Dam__Lake__1
p145464
sbNg6
(g13
g8
NtRp145465
(dp145466
g16
Nsg17
Nsg11
VHydroelectricity
p145467
sbNg6
(g13
g8
NtRp145468
(dp145469
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp145470
(dp145471
g16
Nsg17
Nsg11
VQueensland
p145472
sbg6
(g13
g8
NtRp145473
(dp145474
g16
Nsg17
Nsg11
VThe Splityard Creek Dam is a rock and earth-fill embankment dam with an un-gated spillway across the Pryde Creek that is located in the South East region of Queensland, Australia. The sole purpose of the dam is for the generation of hydroelectricity. The impounded reservoir is called the Splityard Creek Reservoir.
p145475
sbg6
(g13
g8
NtRp145476
(dp145477
g16
Nsg17
Nsg11
VPOINT(152.63694763184 -27.371110916138)
p145478
sbtp145479
a(g6
(g7
g8
NtRp145480
(dp145481
g11
Vhttp://dbpedia.org/resource/Spring_Creek_Dam_(New_South_Wales)
p145482
sbg6
(g13
g8
NtRp145483
(dp145484
g16
Nsg17
Nsg11
VSpring Creek Dam (New South Wales)
p145485
sbg6
(g13
g8
NtRp145486
(dp145487
g16
Nsg17
Nsg11
VAustralia
p145488
sbg6
(g13
g8
NtRp145489
(dp145490
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp145491
(dp145492
g16
Nsg17
g27
sg11
V0.268
p145493
sbNg6
(g7
g8
NtRp145494
(dp145495
g11
Vhttp://dbpedia.org/resource/Spring_Creek_Dam_(New_South_Wales)__Lake__1
p145496
sbNg6
(g13
g8
NtRp145497
(dp145498
g16
Nsg17
Nsg11
VWater supply
p145499
sbNg6
(g13
g8
NtRp145500
(dp145501
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp145502
(dp145503
g16
Nsg17
Nsg11
VNew South Wales
p145504
sbg6
(g13
g8
NtRp145505
(dp145506
g16
Nsg17
Nsg11
VSpring Creek Dam is a minor embankment dam across the Spring Creek upstream of Orange in the central western region of New South Wales, Australia. The impounded reservoir is called the Spring Creek Reservoir.
p145507
sbg6
(g13
g8
NtRp145508
(dp145509
g16
Nsg17
Nsg11
VPOINT(149.11778259277 -33.331665039062)
p145510
sbtp145511
a(g6
(g7
g8
NtRp145512
(dp145513
g11
Vhttp://dbpedia.org/resource/Spring_Grove_Dam
p145514
sbg6
(g13
g8
NtRp145515
(dp145516
g16
Nsg17
Nsg11
VSpring Grove Dam
p145517
sbg6
(g13
g8
NtRp145518
(dp145519
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p145520
sbNg6
(g13
g8
NtRp145521
(dp145522
g16
Nsg17
g27
sg11
V0.607
p145523
sbNg6
(g7
g8
NtRp145524
(dp145525
g11
Vhttp://dbpedia.org/resource/Spring_Grove_Dam__Lake__1
p145526
sbg6
(g13
g8
NtRp145527
(dp145528
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p145529
sbg6
(g13
g8
NtRp145530
(dp145531
g16
Nsg17
Nsg11
VMunicipal and industrial use
p145532
sbg6
(g13
g8
NtRp145533
(dp145534
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mooi_River_(Tugela)
p145535
sbNNNg6
(g13
g8
NtRp145536
(dp145537
g16
Nsg17
Nsg11
VSpring Grove Dam is an A roller compacted concrete (RCC) dam with an earth embankment located on the Mooi River in the KwaZulu-Natal north west of the town of Nottingham Road in South Africa. Construction commenced in 2011 and was officially opened on 19 November 2013. It has a full capacity of 138.5 million cubic meters of water and serves primarily for Municipal and industrial use.
p145538
sbg6
(g13
g8
NtRp145539
(dp145540
g16
Nsg17
Nsg11
VPOINT(29.969999313354 -29.319999694824)
p145541
sbtp145542
a(g6
(g7
g8
NtRp145543
(dp145544
g11
Vhttp://dbpedia.org/resource/Srinagarind_Dam
p145545
sbg6
(g13
g8
NtRp145546
(dp145547
g16
Nsg17
Nsg11
V\u0413\u0415\u0421-\u0413\u0410\u0415\u0421 Srinagarind
p145548
sbg6
(g13
g8
NtRp145549
(dp145550
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Thailand
p145551
sbg6
(g13
g8
NtRp145552
(dp145553
g16
Nsg17
Nsg11
VEmbankment
p145554
sbg6
(g13
g8
NtRp145555
(dp145556
g16
Nsg17
g27
sg11
V0.61
p145557
sbNg6
(g7
g8
NtRp145558
(dp145559
g11
Vhttp://dbpedia.org/resource/Srinagarind_Dam__Lake__1
p145560
sbg6
(g13
g8
NtRp145561
(dp145562
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p145563
sbNg6
(g13
g8
NtRp145564
(dp145565
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Khwae_Yai_River
p145566
sbg6
(g13
g8
NtRp145567
(dp145568
g16
Nsg17
Nsg11
VIn use
p145569
sbNg6
(g13
g8
NtRp145570
(dp145571
g16
Nsg17
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VThe Srinagarind Dam (also known as the Srinakarin Dam; Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e28\u0e23\u0e35\u0e19\u0e04\u0e23\u0e34\u0e19\u0e17\u0e23\u0e4c; RTGS: Khuean Si Nakharin; pronounced [k\u02b0\u026f\u0300\u0259\u032fn s\u01d0.ná.k\u02b0á.r\u012bn]) is an embankment dam on the Khwae Yai River in Si Sawat District of Kanchanaburi Province, Thailand. The purposes of the dam are river regulation and hydroelectric power generation. The dam's power station has a 720 megawatts (970,000 hp) capacity of which 360 megawatts (480,000 hp) is pumped storage. The dam was named after Princess Srinagarindra.
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VThe Srinagarind Dam (also known as the Srinakarin Dam; Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e28\u0e23\u0e35\u0e19\u0e04\u0e23\u0e34\u0e19\u0e17\u0e23\u0e4c; RTGS: Khuean Si Nakharin; pronounced [k\u02b0\u026f\u0300\u0259\u032fn s\u01d0.ná.k\u02b0á.r\u012bn]) is an embankment dam on the Khwae Yai River in Si Sawat District of Kanchanaburi Province, Thailand. The purposes of the dam are river regulation and hydroelectric power generation. The dam's power station has a 720 megawatts (970,000 hp) capacity of which 360 megawatts (480,000 hp) is pumped storage. The dam was named after Princess Srinagarindra.
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VThe St. Margaret's Bay Hydroelectric System consists of three hydroelectric power plants (two collocated in the same building) and the related lake, dam, and river systems driving them. The system is situated within both Lunenburg County and the Halifax Regional Municipality, beginning approximately 2.5 km (1.6 mi) east of the Head of Saint Margarets Bay and approximately 10 km (6.2 mi) southwest of Hammonds Plains. The system is part of the East Indian River watershed and drains 271 square kilometres (105 sq mi), with water storage provided in Lunenburg County by Mill Lake, Coon Pond, Sandy Lake, Wrights Lake, Big Indian Lake, Five Mile Lake and, at times, an overflow from Pockwock Lake in the Halifax Regional Municipality. The system is owned and operated by Nova Scotia Power Inc.
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VStave Falls Dam is a dual-dam power complex on the Stave River in Stave Falls, British Columbia, Canada. The dam was completed in 1912 for the primary purpose of hydroelectric power production. To increase the capacity of Stave Lake, the dam was raised in 1925 and the Blind Slough Dam constructed in an adjacent watercourse 500 m (1,600 ft) to the north, which was the site of the eponymous Stave Falls. In 2000, the dam's powerhouse was replaced after a four-year upgrade. The original Stave Falls powerhouse was once British Columbia's largest hydroelectric power source, and is a National Historic Site of Canada.
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VStave Falls Dam is a dual-dam power complex on the Stave River in Stave Falls, British Columbia, Canada. The dam was completed in 1912 for the primary purpose of hydroelectric power production. To increase the capacity of Stave Lake, the dam was raised in 1925 and the Blind Slough Dam constructed in an adjacent watercourse 500 m (1,600 ft) to the north, which was the site of the eponymous Stave Falls. In 2000, the dam's powerhouse was replaced after a four-year upgrade. The original Stave Falls powerhouse was once British Columbia's largest hydroelectric power source, and is a National Historic Site of Canada.
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VThe Steenbras Dam ("STEE-un bruss"), now referred to as Steenbras Lower Dam, is a gravity concrete arch type dam located in the Hottentots-Holland mountains, above Gordons Bay, near Cape Town in South Africa. It is one of the six large dams that make up the Western Cape Water Supply System. It is owned by the City of Cape Town and serves principally to supply water to that city. The dam wall is 28 metres (92 ft) high and 412 metres (1,352 ft) long; it impounds a reservoir of 36,133 megalitres (1,276.0×106 cu ft) over a surface area of 380 hectares (940 acres) when full.
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VThe Steenbras Dam ("STEE-un bruss"), now referred to as Steenbras Lower Dam, is a gravity concrete arch type dam located in the Hottentots-Holland mountains, above Gordons Bay, near Cape Town in South Africa. It is one of the six large dams that make up the Western Cape Water Supply System. It is owned by the City of Cape Town and serves principally to supply water to that city. The dam wall is 28 metres (92 ft) high and 412 metres (1,352 ft) long; it impounds a reservoir of 36,133 megalitres (1,276.0×106 cu ft) over a surface area of 380 hectares (940 acres) when full.
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VThe Steenbras Power Station, also Steenbras Hydro Pump Station, is a 180 MW pumped-storage hydroelectric power station commissioned in 1979 in South Africa. The power station sits between the Steenbras Upper Dam and a small lower reservoir on the mountainside below. It acts as an energy storage system, by storing water in the upper reservoir during off-peak hours and releasing that water to generate electricity during peak hours. The City of Cape Town uses the power station for load balancing and to mitigate against loadshedding caused by the South African energy crisis. This power station is reported to be the first pumped-storage hydroelectric power station to be built on the African continent.
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VThe Steinbachtal Dam (German: Steinbachtalsperre) is a dam in the city of Euskirchen, North Rhine-Westphalia south of .
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Nsg17
Nsg11
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p145892
sbg6
(g13
g8
NtRp145893
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g16
Nsg17
g27
sg11
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p145895
sbg6
(g13
g8
NtRp145896
(dp145897
g16
Nsg17
Nsg11
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p145898
sbg6
(g13
g8
NtRp145899
(dp145900
g16
Nsg17
Nsg11
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sbg6
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g8
NtRp145902
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Nsg17
Nsg11
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sbtp145905
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NtRp145906
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p145908
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g8
NtRp145909
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Nsg17
Nsg11
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p145911
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g8
NtRp145912
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g16
Nsg17
Nsg11
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p145914
sbNg6
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g8
NtRp145915
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g16
Nsg17
g27
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p145917
sbNg6
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g8
NtRp145918
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p145920
sbNNNg6
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g8
NtRp145921
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g16
Nsg17
Nsg11
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p145923
sbg6
(g13
g8
NtRp145924
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g16
Nsg17
g27
sg11
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p145926
sbg6
(g13
g8
NtRp145927
(dp145928
g16
Nsg17
Nsg11
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p145929
sbg6
(g13
g8
NtRp145930
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g16
Nsg17
Nsg11
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p145932
sbg6
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g8
NtRp145933
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g16
Nsg17
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p145939
sbg6
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g8
NtRp145940
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Nsg17
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p145942
sbg6
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g8
NtRp145943
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Nsg17
Nsg11
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p145945
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g8
NtRp145946
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p145948
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g8
NtRp145949
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Nsg17
Nsg11
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p145951
sbNNg6
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g8
NtRp145952
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g16
Nsg17
Nsg11
VThe Stella power stations were a pair of now-demolished coal-fired power stations in the North East of England that were a landmark in the Tyne valley for over 40 years. The stations stood on either side of a bend of the River Tyne: Stella South power station, the larger, near Blaydon in Gateshead, and Stella North power station near Lemington in Newcastle. Their name originated from the nearby Stella Hall, a manor house close to Stella South that by the time of their construction had been demolished and replaced by a housing estate. They operated from shortly after the nationalisation of the British electrical supply industry until two years after the Electricity Act of 1989, when the industry passed into the private sector.
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sbg6
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g8
NtRp145955
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g16
Nsg17
Nsg11
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sbtp145958
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g8
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p145961
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g8
NtRp145962
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp145965
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g16
Nsg17
Nsg11
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p145967
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g8
NtRp145968
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Nsg17
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p145970
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g8
NtRp145971
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g16
Nsg17
Nsg11
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p145973
sbNNg6
(g13
g8
NtRp145974
(dp145975
g16
Nsg17
Nsg11
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p145976
sbg6
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g8
NtRp145977
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g16
Nsg17
Nsg11
VPOINT(-1.7272222042084 54.972778320312)
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sbtp145980
a(g6
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g8
NtRp145981
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g11
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p145983
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g8
NtRp145984
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp145987
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g16
Nsg17
Nsg11
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p145989
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g8
NtRp145990
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g16
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NtRp145993
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sbNNg6
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g8
NtRp145996
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g16
Nsg17
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VThe Stella power stations were a pair of now-demolished coal-fired power stations in the North East of England that were a landmark in the Tyne valley for over 40 years. The stations stood on either side of a bend of the River Tyne: Stella South power station, the larger, near Blaydon in Gateshead, and Stella North power station near Lemington in Newcastle. Their name originated from the nearby Stella Hall, a manor house close to Stella South that by the time of their construction had been demolished and replaced by a housing estate. They operated from shortly after the nationalisation of the British electrical supply industry until two years after the Electricity Act of 1989, when the industry passed into the private sector.
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sbg6
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g8
NtRp145999
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g16
Nsg17
Nsg11
VPOINT(-1.7272222042084 54.972778320312)
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sbtp146002
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g8
NtRp146003
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g11
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p146005
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g8
NtRp146006
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g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp146009
(dp146010
g16
Nsg17
Nsg11
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p146011
sbg6
(g13
g8
NtRp146012
(dp146013
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp146014
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g16
Nsg17
g27
sg11
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p146016
sbNg6
(g7
g8
NtRp146017
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g11
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p146019
sbg6
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g8
NtRp146020
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g16
Nsg17
Nsg11
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p146022
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g8
NtRp146023
(dp146024
g16
Nsg17
Nsg11
VPotablewater supply
p146025
sbNg6
(g13
g8
NtRp146026
(dp146027
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp146028
(dp146029
g16
Nsg17
Nsg11
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p146030
sbg6
(g13
g8
NtRp146031
(dp146032
g16
Nsg17
Nsg11
VThe Stephens Creek Dam is an earth-filled embankment dam built on a rock foundation with an uncontrolled spillway across the Stephens Creek, located in the Far West region of New South Wales, Australia. The principal purpose of the dam is to supply potable water for the town of Broken Hill. The impounded 2,000-megalitre (71×106 cu ft) reservoir is called Stephens Creek Reservoir.
p146033
sbg6
(g13
g8
NtRp146034
(dp146035
g16
Nsg17
Nsg11
VPOINT(141.58193969727 -31.873888015747)
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g8
NtRp146038
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g11
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p146040
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g8
NtRp146041
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g16
Nsg17
Nsg11
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g8
NtRp146044
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g16
Nsg17
Nsg11
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p146046
sbg6
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g8
NtRp146047
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g16
Nsg17
Nsg11
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p146049
sbg6
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g8
NtRp146050
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g16
Nsg17
g27
sg11
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p146052
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g8
NtRp146053
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g11
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p146055
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g8
NtRp146056
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g16
Nsg17
Nsg11
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p146058
sbNNg6
(g13
g8
NtRp146059
(dp146060
g16
Nsg17
Nsg11
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p146061
sbg6
(g13
g8
NtRp146062
(dp146063
g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp146065
(dp146066
g16
Nsg17
Nsg11
VPOINT(19.251388549805 -33.833332061768)
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sbtp146068
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g8
NtRp146069
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g11
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g8
NtRp146072
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g16
Nsg17
Nsg11
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sbg6
(g13
g8
NtRp146075
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g16
Nsg17
Nsg11
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p146077
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g8
NtRp146078
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g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp146080
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g16
Nsg17
g27
sg11
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p146082
sbg6
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g8
NtRp146083
(dp146084
g16
Nsg17
g27
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p146085
sbg6
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g8
NtRp146086
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g11
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p146088
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g8
NtRp146089
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g16
Nsg17
Nsg11
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p146091
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g8
NtRp146092
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g16
Nsg17
Nsg11
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g8
NtRp146095
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Nsg17
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VO
sbg6
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g8
NtRp146097
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g16
Nsg17
g27
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p146099
sbNg6
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g8
NtRp146100
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g16
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VThe Stewart Mountain Dam is a concrete thin arch dam located 41 miles northeast of Phoenix, Arizona. The dam is 1,260 feet (380 m) long, 207 feet (63 m) high, and was built between 1928 and 1930. The dam includes a 13,000 kilowatt (kW) hydroelectric generating unit that is operated by SRP (Salt River Project), an Arizona public utility. It is primarily operated during the summer months. The dam forms Saguaro Lake as it slows the passage of the Salt River in Maricopa County, Arizona. It was named after a ranch that used to be located nearby known as the Old Stewart Ranch.
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sbg6
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g8
NtRp146103
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g16
Nsg17
Nsg11
VPOINT(-111.53555297852 33.566665649414)
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p146109
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g8
NtRp146110
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Nsg17
Nsg11
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g8
NtRp146113
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Nsg11
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p146115
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g8
NtRp146116
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Nsg17
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VA
sbg6
(g13
g8
NtRp146118
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g16
Nsg17
g27
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g8
NtRp146121
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g16
Nsg17
g27
sg11
V467.258
p146123
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g8
NtRp146124
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p146126
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g8
NtRp146127
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Nsg11
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p146129
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g8
NtRp146130
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Nsg17
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p146132
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NtRp146133
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VO
sbg6
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g8
NtRp146135
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g16
Nsg17
g27
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p146137
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g8
NtRp146138
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VThe Stewart Mountain Dam is a concrete thin arch dam located 41 miles northeast of Phoenix, Arizona. The dam is 1,260 feet (380 m) long, 207 feet (63 m) high, and was built between 1928 and 1930. The dam includes a 13,000 kilowatt (kW) hydroelectric generating unit that is operated by SRP (Salt River Project), an Arizona public utility. It is primarily operated during the summer months. The dam forms Saguaro Lake as it slows the passage of the Salt River in Maricopa County, Arizona. It was named after a ranch that used to be located nearby known as the Old Stewart Ranch.
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sbg6
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g8
NtRp146141
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VPOINT(-111.53555297852 33.566665649414)
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g8
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Nsg17
Nsg11
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p146153
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g27
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p146156
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NtRp146160
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NtRp146166
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VPOINT(-68.683776855469 44.911811828613)
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VStillwater Dam (Maine)
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g8
NtRp146176
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Nsg17
Nsg11
VUnited States
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g27
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VThe Stillwater Dam is a hydroelectric dam on the Stillwater River in Old Town north of downtown Orono in Penobscot County, Maine. As a part of the Penobscot River restoration and the removal of the Great Works and Veazie dams, the Stillwater Dam and the Orono Dam will be upgraded to maintain previous levels of power generation.
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VPOINT(-68.683776855469 44.911811828613)
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g8
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VThe Stillwater Dam is a hydroelectric dam on the Stillwater River in Old Town north of downtown Orono in Penobscot County, Maine. As a part of the Penobscot River restoration and the removal of the Great Works and Veazie dams, the Stillwater Dam and the Orono Dam will be upgraded to maintain previous levels of power generation.
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g8
NtRp146216
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VPOINT(-68.683776855469 44.911811828613)
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VStillwater Dam (Pennsylvania)
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g8
NtRp146226
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Nsg17
Nsg11
VUSA
p146228
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NtRp146229
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Nsg17
g27
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g8
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p146234
sbNg6
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g8
NtRp146235
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Nsg17
Nsg11
VFlood control
p146237
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g8
NtRp146238
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g16
Nsg17
Nsg11
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p146240
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g8
NtRp146241
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Nsg17
Nsg11
VPennsylvania
p146243
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g8
NtRp146244
(dp146245
g16
Nsg17
Nsg11
VThe Stillwater Dam is an embankment dam on the Lackawanna River in Susquehanna County, Pennsylvania. It is located 3.2 mi (5 km) north of Forest City and was completed in September 1960. The primary purpose of the dam is flood control and its reservoir is usually maintained at low levels for that purpose. The high-water mark for the reservoir was on 2 April 1993 when it reached 1,617.85 ft (493 m) and a capacity of 88.9%.
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sbg6
(g13
g8
NtRp146247
(dp146248
g16
Nsg17
Nsg11
VPOINT(-75.485832214355 41.696666717529)
p146249
sbtp146250
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g8
NtRp146251
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g11
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p146253
sbg6
(g13
g8
NtRp146254
(dp146255
g16
Nsg17
Nsg11
VStompdrift Dam
p146256
sbg6
(g13
g8
NtRp146257
(dp146258
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p146259
sbg6
(g13
g8
NtRp146260
(dp146261
g16
Nsg17
Nsg11
Vmulti-arch, gravity
p146262
sbg6
(g13
g8
NtRp146263
(dp146264
g16
Nsg17
g27
sg11
V0.4
p146265
sbNg6
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g8
NtRp146266
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g11
Vhttp://dbpedia.org/resource/Stompdrift_Dam__Lake__1
p146268
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g8
NtRp146269
(dp146270
g16
Nsg17
Nsg11
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p146271
sbg6
(g13
g8
NtRp146272
(dp146273
g16
Nsg17
Nsg11
VIrrigation
p146274
sbg6
(g13
g8
NtRp146275
(dp146276
g16
Nsg17
Nsg11
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p146277
sbNNNg6
(g13
g8
NtRp146278
(dp146279
g16
Nsg17
Nsg11
VStompdrift Dam is a combined multi-arch and gravity type dam located on the Olifants River near De Rust, Western Cape, South Africa. It was constructed in 1965 and serves primarily for irrigation purposes. The hazard potential of the dam has been ranked high (3) because of inadequate capacity in the spillway and structural concerns.
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sbg6
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g8
NtRp146281
(dp146282
g16
Nsg17
Nsg11
VPOINT(22.585556030273 -33.512500762939)
p146283
sbtp146284
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g8
NtRp146285
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g11
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p146287
sbg6
(g13
g8
NtRp146288
(dp146289
g16
Nsg17
Nsg11
VStratos Dam
p146290
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g8
NtRp146291
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Greece
p146293
sbg6
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g8
NtRp146294
(dp146295
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p146296
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(g13
g8
NtRp146297
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g16
Nsg17
g27
sg11
V1.9
p146299
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g8
NtRp146300
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g11
Vhttp://dbpedia.org/resource/Stratos_Dam__Lake__1
p146302
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g8
NtRp146303
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p146305
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g8
NtRp146306
(dp146307
g16
Nsg17
Nsg11
VPower, irrigation
p146308
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g8
NtRp146309
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g16
Nsg17
Nsg11
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p146311
sbg6
(g13
g8
NtRp146312
(dp146313
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp146314
(dp146315
g16
Nsg17
g27
sg11
V2.8e+06
p146316
sbg6
(g13
g8
NtRp146317
(dp146318
g16
Nsg17
Nsg11
VGreece
p146319
sbg6
(g13
g8
NtRp146320
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g16
Nsg17
Nsg11
VThe Stratos Hydroelectric Dam (Greek: \u03a5\u03b4\u03c1\u03bf\u03b7\u03bb\u03b5\u03ba\u03c4\u03c1\u03b9\u03ba\u03cc \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03a3\u03c4\u03c1\u03ac\u03c4\u03bf\u03c5) is a dam on the river Acheloos in Aetolia-Acarnania, western Greece. It is situated just east of the village Stratos, and 9 km northwest of Agrinio. The dam created the Stratos artificial lake. There are four more dams upstream from the Stratos Dam: the Kastraki Dam, the Kremasta Dam, the Sykia Dam and the Mesochora Dam. The dam was constructed between 1981 and 1989. Four turbine units produce up to 156.7 MW of electricity.
p146322
sbg6
(g13
g8
NtRp146323
(dp146324
g16
Nsg17
Nsg11
VPOINT(21.336111068726 38.675834655762)
p146325
sbtp146326
a(g6
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g8
NtRp146327
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g11
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p146329
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g8
NtRp146330
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g16
Nsg17
Nsg11
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p146332
sbg6
(g13
g8
NtRp146333
(dp146334
g16
Nsg17
Nsg11
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p146335
sbg6
(g13
g8
NtRp146336
(dp146337
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p146338
sbg6
(g13
g8
NtRp146339
(dp146340
g16
Nsg17
g27
sg11
V1.9
p146341
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g8
NtRp146342
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g11
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p146344
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g8
NtRp146345
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Power_Corporation_of_Greece
p146347
sbg6
(g13
g8
NtRp146348
(dp146349
g16
Nsg17
Nsg11
VPower, irrigation
p146350
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g8
NtRp146351
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g16
Nsg17
Nsg11
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p146353
sbg6
(g13
g8
NtRp146354
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp146356
(dp146357
g16
Nsg17
g27
sg11
V2.8e+06
p146358
sbg6
(g13
g8
NtRp146359
(dp146360
g16
Nsg17
Nsg11
VGreece
p146361
sbg6
(g13
g8
NtRp146362
(dp146363
g16
Nsg17
Nsg11
VThe Stratos Hydroelectric Dam (Greek: \u03a5\u03b4\u03c1\u03bf\u03b7\u03bb\u03b5\u03ba\u03c4\u03c1\u03b9\u03ba\u03cc \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03a3\u03c4\u03c1\u03ac\u03c4\u03bf\u03c5) is a dam on the river Acheloos in Aetolia-Acarnania, western Greece. It is situated just east of the village Stratos, and 9 km northwest of Agrinio. The dam created the Stratos artificial lake. There are four more dams upstream from the Stratos Dam: the Kastraki Dam, the Kremasta Dam, the Sykia Dam and the Mesochora Dam. The dam was constructed between 1981 and 1989. Four turbine units produce up to 156.7 MW of electricity.
p146364
sbg6
(g13
g8
NtRp146365
(dp146366
g16
Nsg17
Nsg11
VPOINT(21.336111068726 38.675834655762)
p146367
sbtp146368
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(g7
g8
NtRp146369
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g11
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p146371
sbg6
(g13
g8
NtRp146372
(dp146373
g16
Nsg17
Nsg11
VStung Sen Dam
p146374
sbg6
(g13
g8
NtRp146375
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g16
Nsg17
Nsg11
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p146377
sbg6
(g13
g8
NtRp146378
(dp146379
g16
Nsg17
Nsg11
VSeasonal storage
p146380
sbNNg6
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g8
NtRp146381
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g11
Vhttp://dbpedia.org/resource/Stung_Sen_Dam__Lake__1
p146383
sbNNg6
(g13
g8
NtRp146384
(dp146385
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Stung_Sen_River
p146386
sbg6
(g13
g8
NtRp146387
(dp146388
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp146389
(dp146390
g16
Nsg17
Nsg11
VCambodia
p146391
sbg6
(g13
g8
NtRp146392
(dp146393
g16
Nsg17
Nsg11
VStung Sen Dam is a proposed multipurpose dam to be located on the Stung Sen River. The river originates in Preah Vihear and flows to the Tonlé Sap Lake in Kompong Thom, southeast of Phnom Rovieng, Cambodia. Under MoU study project and Feasibility Study by Korean company. The large reservoir would submerge Kompong Putrea. Exact data for reservoir size and number of displaced people is not available, nor is any information on the importance of the Stung Sen's flow to the Tonle Sap Lake or fisheries.
p146394
sbg6
(g13
g8
NtRp146395
(dp146396
g16
Nsg17
Nsg11
VPOINT(105.25319671631 13.303722381592)
p146397
sbtp146398
a(g6
(g7
g8
NtRp146399
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g11
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p146401
sbg6
(g13
g8
NtRp146402
(dp146403
g16
Nsg17
Nsg11
VStung Treng Dam
p146404
sbg6
(g13
g8
NtRp146405
(dp146406
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cambodia
p146407
sbg6
(g13
g8
NtRp146408
(dp146409
g16
Nsg17
Nsg11
VEarth core rockfillgravity dam
p146410
sbg6
(g13
g8
NtRp146411
(dp146412
g16
Nsg17
g27
sg11
V10.844
p146413
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g8
NtRp146414
(dp146415
g11
Vhttp://dbpedia.org/resource/Stung_Treng_Dam__Lake__1
p146416
sbNNg6
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g8
NtRp146417
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mekong_River
p146419
sbg6
(g13
g8
NtRp146420
(dp146421
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp146422
(dp146423
g16
Nsg17
Nsg11
VCambodia
p146424
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g8
NtRp146425
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g16
Nsg17
Nsg11
VThe Stung Treng Dam is a proposed hydroelectric dam on the Mekong River in Stung Treng Province, Cambodia. It would be located on the mainstream of the Lower Mekong River. The project is controversial for several reasons, including its possible impact on the fisheries, as well as other ecological and environmental factors.
p146427
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(g13
g8
NtRp146428
(dp146429
g16
Nsg17
Nsg11
VPOINT(105.98345184326 13.058650016785)
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g8
NtRp146432
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g11
Vhttp://dbpedia.org/resource/Stung_Treng_Dam
p146434
sbg6
(g13
g8
NtRp146435
(dp146436
g16
Nsg17
Nsg11
VBendungan Stung Treng
p146437
sbg6
(g13
g8
NtRp146438
(dp146439
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cambodia
p146440
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g8
NtRp146441
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g16
Nsg17
Nsg11
VEarth core rockfillgravity dam
p146443
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(g13
g8
NtRp146444
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g16
Nsg17
g27
sg11
V10.844
p146446
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g8
NtRp146447
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g11
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g8
NtRp146450
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g16
Nsg17
Nsg11
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g8
NtRp146453
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g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp146455
(dp146456
g16
Nsg17
Nsg11
VCambodia
p146457
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g8
NtRp146458
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g16
Nsg17
Nsg11
VThe Stung Treng Dam is a proposed hydroelectric dam on the Mekong River in Stung Treng Province, Cambodia. It would be located on the mainstream of the Lower Mekong River. The project is controversial for several reasons, including its possible impact on the fisheries, as well as other ecological and environmental factors.
p146460
sbg6
(g13
g8
NtRp146461
(dp146462
g16
Nsg17
Nsg11
VPOINT(105.98345184326 13.058650016785)
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a(g6
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g8
NtRp146465
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g11
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p146467
sbg6
(g13
g8
NtRp146468
(dp146469
g16
Nsg17
Nsg11
VSturgis Dam
p146470
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(g13
g8
NtRp146471
(dp146472
g16
Nsg17
Nsg11
VUnited States
p146473
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(g13
g8
NtRp146474
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Nsg17
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VEmbankment, earth-fill
p146476
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g8
NtRp146477
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g16
Nsg17
g27
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V0.0938784
p146479
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g8
NtRp146480
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g11
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p146482
sbNg6
(g13
g8
NtRp146483
(dp146484
g16
Nsg17
Nsg11
VPower
p146485
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g8
NtRp146486
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/St._Joseph_River_(Lake_Michigan)
p146488
sbg6
(g13
g8
NtRp146489
(dp146490
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp146491
(dp146492
g16
Nsg17
Nsg11
VSturgis Dam is a dam with a hydroelectric power station on the St. Joseph River in Michigan.
p146493
sbg6
(g13
g8
NtRp146494
(dp146495
g16
Nsg17
Nsg11
VPOINT(-85.538566589355 41.969905853271)
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sbtp146497
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g8
NtRp146498
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g8
NtRp146501
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g16
Nsg17
Nsg11
VSturgis Dam
p146503
sbg6
(g13
g8
NtRp146504
(dp146505
g16
Nsg17
Nsg11
VUnited States
p146506
sbg6
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g8
NtRp146507
(dp146508
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p146509
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g8
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g16
Nsg17
g27
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V0.0938784
p146512
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g8
NtRp146513
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p146515
sbNg6
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g8
NtRp146516
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g16
Nsg17
Nsg11
VPower
p146518
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g8
NtRp146519
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g16
Nsg17
Nsg11
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p146521
sbg6
(g13
g8
NtRp146522
(dp146523
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp146524
(dp146525
g16
Nsg17
Nsg11
VSturgis Dam is a dam with a hydroelectric power station on the St. Joseph River in Michigan.
p146526
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g8
NtRp146527
(dp146528
g16
Nsg17
Nsg11
VPOINT(-85.538566589355 41.969905853271)
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g8
NtRp146531
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g11
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p146533
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g8
NtRp146534
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0443\u0431\u0430\u043d\u0441\u0456\u0440\u0456
p146536
sbg6
(g13
g8
NtRp146537
(dp146538
g16
Nsg17
Nsg11
VIndia
p146539
sbg6
(g13
g8
NtRp146540
(dp146541
g16
Nsg17
Nsg11
VConcrete gravity
p146542
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g8
NtRp146543
(dp146544
g16
Nsg17
g27
sg11
V0.284
p146545
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g8
NtRp146546
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g11
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p146548
sbg6
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g8
NtRp146549
(dp146550
g16
Nsg17
Nsg11
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p146551
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g8
NtRp146552
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g16
Nsg17
Nsg11
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p146554
sbg6
(g13
g8
NtRp146555
(dp146556
g16
Nsg17
Nsg11
VUC
p146557
sbg6
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g8
NtRp146558
(dp146559
g16
Nsg17
g27
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V2.25e+06
p146560
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(g13
g8
NtRp146561
(dp146562
g16
Nsg17
Nsg11
VIndia
p146563
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g8
NtRp146564
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g16
Nsg17
Nsg11
VThe Subansiri Lower Dam, officially named Subansiri Lower Hydroelectric Project (SLHEP), is an under construction gravity dam on the Subansiri River in North Eastern India. It is located 2.3 km (1.4 mi) upstream of Subansiri River on Arunachal Pradesh. Described as a run-of-the-river project by NHPC Limited, the Project is expected to supply 2,000 MW of power when completed. The project has experienced several problems during construction to include landslides, re-design and opposition. It was expected to be complete in 2018. It is notable that, if completed as planned, it will be the largest hydroelectric project in India.
p146566
sbg6
(g13
g8
NtRp146567
(dp146568
g16
Nsg17
Nsg11
VPOINT(94.258613586426 27.553611755371)
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NtRp146571
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g11
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p146573
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(g13
g8
NtRp146574
(dp146575
g16
Nsg17
Nsg11
VBarrage du bas Subansiri
p146576
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(g13
g8
NtRp146577
(dp146578
g16
Nsg17
Nsg11
VIndia
p146579
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(g13
g8
NtRp146580
(dp146581
g16
Nsg17
Nsg11
VConcrete gravity
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g8
NtRp146583
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g16
Nsg17
g27
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p146585
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g8
NtRp146586
(dp146587
g11
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p146588
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g8
NtRp146589
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g16
Nsg17
Nsg11
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p146591
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VThe Subansiri Lower Dam, officially named Subansiri Lower Hydroelectric Project (SLHEP), is an under construction gravity dam on the Subansiri River in North Eastern India. It is located 2.3 km (1.4 mi) upstream of Subansiri River on Arunachal Pradesh. Described as a run-of-the-river project by NHPC Limited, the Project is expected to supply 2,000 MW of power when completed. The project has experienced several problems during construction to include landslides, re-design and opposition. It was expected to be complete in 2018. It is notable that, if completed as planned, it will be the largest hydroelectric project in India.
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VThe Subansiri Lower Dam, officially named Subansiri Lower Hydroelectric Project (SLHEP), is an under construction gravity dam on the Subansiri River in North Eastern India. It is located 2.3 km (1.4 mi) upstream of Subansiri River on Arunachal Pradesh. Described as a run-of-the-river project by NHPC Limited, the Project is expected to supply 2,000 MW of power when completed. The project has experienced several problems during construction to include landslides, re-design and opposition. It was expected to be complete in 2018. It is notable that, if completed as planned, it will be the largest hydroelectric project in India.
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VSuccess Dam is a dam across the Tule River in Tulare County, California in the United States. Serving mainly for flood control and irrigation, the dam is an earthen embankment structure 156 feet (48 m) high and 3,490 feet (1,060 m) long. The dam lies about 5 miles (8.0 km) east of Porterville and impounds Lake Success, which has a capacity of 82,300 acre-feet (0.1015 km3). In August 2019, the 116th Congress of the United States enacted PL-116-41 which said (in part) that the Success Dam in Tulare County, California, shall hereafter be known and designated as the \u2018\u2018Richard L. Schafer Dam\u2019\u2019.
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VSugar Pine Dam is an earthfill embankment dam in Placer County, California, approximately 7 miles (11 km) north of Foresthill. It impounds , a tributary of the North Fork American River, and serves as the primary municipal water supply for the Foresthill community.
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VSukhi Dam is an embankment dam on the near the village of Dungarvat in Vadodara district of Gujarat, India. The primary purpose of the dam is the irrigation of a 31,532 ha (77,920 acres) area with nearly 350 km (220 mi) of canals. It was built between 1978 and 1987. The dam is an earth-fill type with a masonry spillway section.
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VWater storage and Power generation
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VSK Hydro also known as Suki Kinari HPP, is an under-construction, run-of-the-river hydropower project located on the Kunhar river in the Kaghan valley of Mansehra District Khyber Pakhtunkhwa, which has an installed generation capacity of 874 MW. The project's deal was finalized in 2014, with the financial closure occurring in January 2017, under the watch of the federal minister of power khawaja asif. The project is sponsored by Chinese state-owned company Gezhouba Group, and is being constructed as part of the China\u2013Pakistan Economic Corridor's "Early Harvest" projects.
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VSukkur Barrage (Sindhi: \u0633\u06a9\u0631 \u0628\u0626\u0631\u0627\u062c, Urdu: \u0633\u06a9\u06be\u0631 \u0628\u06cc\u0631\u0627\u062c) is a barrage on the River Indus near the city of Sukkur in the Sindh province of Pakistan. The barrage was built during the British Raj from 1923 to 1932 and was named Lloyd Barrage. The Sukkur Barrage, is the pride of Pakistan's irrigation system as it is the largest single irrigation network of its kind in the world. It irrigates from Sukkur district in the north, to Mirpurkhas/Tharparkar and Hyderabad districts in the south of Sindh, almost all parts of the province. It is situated about 500 kilometres (300 miles) northeast of Karachi, 5 kilometres (3 miles) below the railway bridge, or the Sukkur Gorge. The introduction of barrage-controlled irrigation system resulted in more timely water supplies for the existing cultivated areas of
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VSukkur Barrage (Sindhi: \u0633\u06a9\u0631 \u0628\u0626\u0631\u0627\u062c, Urdu: \u0633\u06a9\u06be\u0631 \u0628\u06cc\u0631\u0627\u062c) is a barrage on the River Indus near the city of Sukkur in the Sindh province of Pakistan. The barrage was built during the British Raj from 1923 to 1932 and was named Lloyd Barrage. The Sukkur Barrage, is the pride of Pakistan's irrigation system as it is the largest single irrigation network of its kind in the world. It irrigates from Sukkur district in the north, to Mirpurkhas/Tharparkar and Hyderabad districts in the south of Sindh, almost all parts of the province. It is situated about 500 kilometres (300 miles) northeast of Karachi, 5 kilometres (3 miles) below the railway bridge, or the Sukkur Gorge. The introduction of barrage-controlled irrigation system resulted in more timely water supplies for the existing cultivated areas of
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VBarrage de Sukkur
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VSukkur Barrage (Sindhi: \u0633\u06a9\u0631 \u0628\u0626\u0631\u0627\u062c, Urdu: \u0633\u06a9\u06be\u0631 \u0628\u06cc\u0631\u0627\u062c) is a barrage on the River Indus near the city of Sukkur in the Sindh province of Pakistan. The barrage was built during the British Raj from 1923 to 1932 and was named Lloyd Barrage. The Sukkur Barrage, is the pride of Pakistan's irrigation system as it is the largest single irrigation network of its kind in the world. It irrigates from Sukkur district in the north, to Mirpurkhas/Tharparkar and Hyderabad districts in the south of Sindh, almost all parts of the province. It is situated about 500 kilometres (300 miles) northeast of Karachi, 5 kilometres (3 miles) below the railway bridge, or the Sukkur Gorge. The introduction of barrage-controlled irrigation system resulted in more timely water supplies for the existing cultivated areas of
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VSukkur Barrage (Sindhi: \u0633\u06a9\u0631 \u0628\u0626\u0631\u0627\u062c, Urdu: \u0633\u06a9\u06be\u0631 \u0628\u06cc\u0631\u0627\u062c) is a barrage on the River Indus near the city of Sukkur in the Sindh province of Pakistan. The barrage was built during the British Raj from 1923 to 1932 and was named Lloyd Barrage. The Sukkur Barrage, is the pride of Pakistan's irrigation system as it is the largest single irrigation network of its kind in the world. It irrigates from Sukkur district in the north, to Mirpurkhas/Tharparkar and Hyderabad districts in the south of Sindh, almost all parts of the province. It is situated about 500 kilometres (300 miles) northeast of Karachi, 5 kilometres (3 miles) below the railway bridge, or the Sukkur Gorge. The introduction of barrage-controlled irrigation system resulted in more timely water supplies for the existing cultivated areas of
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VSukleji Dam is a proposed dam, to be located across Sukleji River in Kachhi District of Balochistan Province, in southwestern Pakistan.
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VSulemanki Headworks
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VIrrigationandFlood control
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VPunjab Pakistan#Pakistan
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VSulemanki Headworks is a headworks on the River Sutlej near Okara, in the Punjab province of Pakistan. Sulemanki Headworks is used for irrigation and flood control. Sulemanki Headworks is part of the Sutlej Valley Project completed between 1922-1927 at the behest of the Nawab of Bahawalpur, Amir Sadiq Mohammed Khan V and the British Government. It was an irrigation scheme to develop the neighbouring areas. In 1961, To settle the border, India transferred 12 villages to Pakistan near Sulemanki Headworks in exchange for Hussainiwala village.
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VUnited States
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V114704.0
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VCalifornia
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VSulphur Creek Dam is a dam across Sulphur Creek in Orange County, California. The dam creates Laguna Niguel Lake and is entirely within the city of Laguna Niguel. The reservoir is used for water reclamation storage and recreation, and is the main attraction of Laguna Niguel Regional Park, which surrounds it.
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VAustralia
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VA
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VWater supply
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VO
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V18.0
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VNew South Wales
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VSuma Park Dam is a concrete arch dam across the Summer Hill Creek in the central west region of New South Wales, Australia. The main purpose of the dam is to supply potable water to the city of Orange. The impounded reservoir is called Suma Park Reservoir.
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Vhttp://dbpedia.org/resource/Iran
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VEmbankment, rock-fill
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V0.9
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g27
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V1342.0
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p147031
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VFlood control, municipal, irrigation water
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VO
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VIran
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VThe Sumbar Dam is a rock-fill embankment dam just east of Gholaman in North Khorasan Province, Iran. The primary purpose of the dam is flood control and water supply for irrigation and municipal uses.
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VSumner Dam
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VUnited States
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VIrrigation
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VNew Mexico
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VSumner Dam is a dam on the Pecos River in De Baca County in eastern New Mexico. The dam was built by the United States Bureau of Reclamation between 1935 and 1939, a project governed by the Bureau in conjunction with the local Carlsbad Irrigation District. Construction was done by the Bureau with the help of workers of the Works Progress Administration and the Civilian Conservation Corps; some remnants of their artistic rockwork are the five rock bridges on the main road on the east side of the lake.
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VPOINT(-104.38633728027 34.608169555664)
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Vhttp://dbpedia.org/resource/Sundarijal_Small_Hydropower_Station
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VSundarijal Small Hydropower Station
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VNepal
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VGravity
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VPower
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Vhttp://dbpedia.org/resource/Sundarijal_River
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Vo
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VSundarijal Small Hydropower Station (Nepali: \u0938\u0941\u0928\u094d\u0926\u0930\u093f\u091c\u0932 \u0938\u093e\u0928\u094b \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kathmandu District of Nepal. The flow from Sundarijal River is used to generate 640 kw electricity and annual energy generation is 4.77 GWh. Constructed in 1939, it is the second hydropower plant of Nepal constructed after Pharping Hydropower Station.
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Vhttp://dbpedia.org/resource/Sundsfjord_Hydroelectric_Power_Station
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VSundsfjord Hydroelectric Power Station
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VNorway
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Vhttp://dbpedia.org/resource/Salten_Kraftsamband
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VThe Sundsfjord Hydroelectric Power Station (Norwegian: Sundsfjord kraftverk or Sundsfjord kraftstasjon) is a hydroelectric power station in the municipality of Gildeskål in Nordland county, Norway. Part of the plant's catchment area also lies in the municipality of Beiarn.
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VPOINT(14.151666641235 66.970832824707)
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V\u0413\u0415\u0421 Sundsfjord
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VNorway
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VThe Sundsfjord Hydroelectric Power Station (Norwegian: Sundsfjord kraftverk or Sundsfjord kraftstasjon) is a hydroelectric power station in the municipality of Gildeskål in Nordland county, Norway. Part of the plant's catchment area also lies in the municipality of Beiarn.
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VPOINT(14.151666641235 66.970832824707)
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VSunei Dam
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VIndia
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V1.04
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Vhttp://dbpedia.org/resource/Brahmani_River
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VOdisha
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VIndia Odisha#India
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VSunei Dam is a dam located in Odisha, India.Sunei Dam is located at latitude 21° 28\u2018 N, longitude 87° 28\u2019 E, at Salchua Village, about 21 km south of Udala town. The drainage area of Sunei up to the confluence with the Burhabalanga river is nearly 1200 km2 , while the catchment area of the dam site is 227 km sq.
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VPOINT(86.451599121094 21.440799713135)
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VSunkesula Barrage
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Vhttp://dbpedia.org/resource/India
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VBarrage
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V1.3
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Vhttp://dbpedia.org/resource/Government_of_Andhra_Pradesh
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VIrrigation&Water supply
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Vhttp://dbpedia.org/resource/Tungabhadra_River
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VIndia Andhra Pradesh
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VSunkesula is one of the largest barrages across the Tungabhadra River in Kurnool district, Andhra Pradesh, India. It was built in 1861, during the British raj, for transporting goods on the K. C. Canal.
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VSunkoshi Hydropower Station
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VNepal
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VGravity
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VPower
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Vo
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VNepal
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VSunkoshi Hydropower Station (Nepali: \u0938\u0941\u0928\u0915\u094b\u0936\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Sindhupalchok District of Nepal. The flow from Sunkoshi River is used to generate 10.05 MW electricity. The plant is owned and developed by Government owned company, the Nepal Electricity Authority. The plant started generating electricity since 1972 ( 2028 BS). The power station is connected to the national grid. The project was built as a gift from China to Nepal.
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VSunkoshi Small Hydropower Plant
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VNepal
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VBoulder lined
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VPower
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VIn operation
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VNepal
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VSunkoshi Small Hydropower Plant is located in Dhuskun of Sindhupalchok District in central Nepal. It downstream where the Sunkoshi and Bhotekoshi Rivers meet. Construction on the plant began in 2003 and it was complete in 2005. The plant is a Run- Of- River project with installed capacity of 2.5 MW, design flow of 2.7 m3/s and gross head of 124.5m. This is only project in Nepal to utilize pressurized Glass Fibre reinforced Plastic (GRP) pipe for flow conduction. The plant was completely submerged by 2014 Sunkoshi blockage.
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Vo
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p147832
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VPantà de Susqueda
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VO
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VSusqueda Reservoir (Catalan: Pantà de Susqueda; Spanish: Embalse de Susqueda) is a reservoir located on the Ter river, near Osor, Catalonia, Spain. The dam is located in Osor while the main water body is within the boundaries of Susqueda and Sant Hilari Sacalm. The construction of the dam was completed in 1968, creating a reservoir with a storage capacity of 233 hm³ that covered the old villages of Susqueda and . The dam has a structural height of 135 m and a crest length of 360 m.
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VSusqueda Reservoir (Catalan: Pantà de Susqueda; Spanish: Embalse de Susqueda) is a reservoir located on the Ter river, near Osor, Catalonia, Spain. The dam is located in Osor while the main water body is within the boundaries of Susqueda and Sant Hilari Sacalm. The construction of the dam was completed in 1968, creating a reservoir with a storage capacity of 233 hm³ that covered the old villages of Susqueda and . The dam has a structural height of 135 m and a crest length of 360 m.
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VSusqueda Reservoir (Catalan: Pantà de Susqueda; Spanish: Embalse de Susqueda) is a reservoir located on the Ter river, near Osor, Catalonia, Spain. The dam is located in Osor while the main water body is within the boundaries of Susqueda and Sant Hilari Sacalm. The construction of the dam was completed in 1968, creating a reservoir with a storage capacity of 233 hm³ that covered the old villages of Susqueda and . The dam has a structural height of 135 m and a crest length of 360 m.
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VSusqueda Reservoir (Catalan: Pantà de Susqueda; Spanish: Embalse de Susqueda) is a reservoir located on the Ter river, near Osor, Catalonia, Spain. The dam is located in Osor while the main water body is within the boundaries of Susqueda and Sant Hilari Sacalm. The construction of the dam was completed in 1968, creating a reservoir with a storage capacity of 233 hm³ that covered the old villages of Susqueda and . The dam has a structural height of 135 m and a crest length of 360 m.
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VThe Suusamyr-Kökömeren hydropower cascade (Russian: \u0421\u0443\u0443\u0441\u0430\u043c\u044b\u0440-\u041a\u043e\u043a\u043e\u043c\u0435\u0440\u0435\u043d\u0441\u043a\u0438\u0439 \u043a\u0430\u0441\u043a\u0430\u0434 \u0413\u042d\u0421) is a future hydropower project in Naryn Region, Kyrgyzstan. When completed, it will consist of 3 hydropower plants on the river Kökömeren and its tributary Batysh Karakol: Karakol, Kökömeren-1 and Kökömeren-2, with a total installed capacity of 1305 MW.
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VThe Suwalong Hydropower Station (Chinese: \u82cf\u6d3c\u9f99\u6c34\u7535\u7ad9), is the hydropower project that is located in the upper reaches of the Jinsha River at the junction of in Tibet and Batang County in Sichuan. It is the first installed million-kilowatt-level hydropower station in Tibet. With a total investment of ¥ 17.89 billion, the plant's total installed capacity is 1.2 million kilowatts, which is more than double that of the Zangmu Dam. Once completed, the project would generate 2,000 MW of power.
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VThe Svartisen Power Station is a hydroelectric power station located in the municipality Meløy in Nordland, Norway. It operates at an installed capacity of 600 MW, with an average annual production of about 2,400 GWh. The station is owned by Statkraft.
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VThe Svelgfoss Power Station is a hydroelectric power station located at the Tinnelva river in Notodden, Vestfold og Telemark, Norway. It operates at an installed capacity of 92 MW, with an average annual production of about 500 GWh. At its commissioning in 1907, the power station was the largest in Europe and the second largest at the world. It was used to provide electric power to the fertilizer plant in Notodden. In July 2015, the whole complex, the Rjukan\u2013Notodden Industrial Heritage Site, was designated a World Heritage Site.
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VThe Svorka Hydroelectric Power Station (Norwegian: Svorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 4 kilometers (2.5 mi) northeast of the village of Bøverfjorden. It utilizes a drop of 260 meters (850 ft) from the lake Langvatnet, which is regulated between 274 meters (899 ft) and 276 meters (906 ft), to the Bøvra River. The Svorka River is also regulated for the plant. Its catchment area is 104.5 square kilometers (40.3 sq mi). Water is also transferred from several lakes: Litlbøvervatnet is regulated between 343 meters (1,125 ft) and 333 meters (1,093 ft), Solåsvatnet and Geitøyvatnet are regulated between 336 meters (1,102 ft) and 331 meters (1,086 ft), and Andersvatnet is regulated between 294 met
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VThe Svorka Hydroelectric Power Station (Norwegian: Svorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 4 kilometers (2.5 mi) northeast of the village of Bøverfjorden. It utilizes a drop of 260 meters (850 ft) from the lake Langvatnet, which is regulated between 274 meters (899 ft) and 276 meters (906 ft), to the Bøvra River. The Svorka River is also regulated for the plant. Its catchment area is 104.5 square kilometers (40.3 sq mi). Water is also transferred from several lakes: Litlbøvervatnet is regulated between 343 meters (1,125 ft) and 333 meters (1,093 ft), Solåsvatnet and Geitøyvatnet are regulated between 336 meters (1,102 ft) and 331 meters (1,086 ft), and Andersvatnet is regulated between 294 met
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VThe Svorka Hydroelectric Power Station (Norwegian: Svorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 4 kilometers (2.5 mi) northeast of the village of Bøverfjorden. It utilizes a drop of 260 meters (850 ft) from the lake Langvatnet, which is regulated between 274 meters (899 ft) and 276 meters (906 ft), to the Bøvra River. The Svorka River is also regulated for the plant. Its catchment area is 104.5 square kilometers (40.3 sq mi). Water is also transferred from several lakes: Litlbøvervatnet is regulated between 343 meters (1,125 ft) and 333 meters (1,093 ft), Solåsvatnet and Geitøyvatnet are regulated between 336 meters (1,102 ft) and 331 meters (1,086 ft), and Andersvatnet is regulated between 294 met
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VThe Svorka Hydroelectric Power Station (Norwegian: Svorka kraftverk) is a hydroelectric power station in the municipality of Surnadal in Møre og Romsdal county, Norway. It is located about 4 kilometers (2.5 mi) northeast of the village of Bøverfjorden. It utilizes a drop of 260 meters (850 ft) from the lake Langvatnet, which is regulated between 274 meters (899 ft) and 276 meters (906 ft), to the Bøvra River. The Svorka River is also regulated for the plant. Its catchment area is 104.5 square kilometers (40.3 sq mi). Water is also transferred from several lakes: Litlbøvervatnet is regulated between 343 meters (1,125 ft) and 333 meters (1,093 ft), Solåsvatnet and Geitøyvatnet are regulated between 336 meters (1,102 ft) and 331 meters (1,086 ft), and Andersvatnet is regulated between 294 met
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VSvorkmo Power Station is a hydroelectric power station located in Svorkmo in the municipality of Orkdal in Sør-Trøndelag, Norway. It has a total installed capacity of 54 MW, with two units equipped with francis turbines, and has an annual production of approximately 270 GWh. The power station utilises the waterfalls between Meldal and Svorkmo in the Orkla river system, with a total head of 99 m.
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VSvorkmo Power Station is a hydroelectric power station located in Svorkmo in the municipality of Orkdal in Sør-Trøndelag, Norway. It has a total installed capacity of 54 MW, with two units equipped with francis turbines, and has an annual production of approximately 270 GWh. The power station utilises the waterfalls between Meldal and Svorkmo in the Orkla river system, with a total head of 99 m.
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VSwan Falls Dam is a concrete gravity type hydroelectric dam in the western United States, on the Snake River in southwestern Idaho. At the dam, the river is the border of Ada and Owyhee counties; it is approximately five miles (8 km) east of Murphy, the seat of Owyhee County. Swan Falls Dam and its reservoir lie within the Snake River Birds of Prey National Conservation Area; the dam and power plant were listed in the National Register of Historic Places in 1976. \u000a* 1904 \u000a* \u000a* Swan Falls Dam at sunrise
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VThe Sweetwater Dam is a dam across the Sweetwater River in San Diego County, California. It is located approximately 12 miles (19 km) east of San Diego, 9 miles (14 km) and borders Bonita to the southwest and La Presa to the northeast. The 108-foot (33 m)-high masonry arch dam impounds 960-acre (390 ha) Sweetwater Reservoir.
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VThe Sweetwater Dam is a dam across the Sweetwater River in San Diego County, California. It is located approximately 12 miles (19 km) east of San Diego, 9 miles (14 km) and borders Bonita to the southwest and La Presa to the northeast. The 108-foot (33 m)-high masonry arch dam impounds 960-acre (390 ha) Sweetwater Reservoir.
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VThe Sykia Dam is a mostly constructed but unused earth-filled embankment dam on the Acheloos River along the border of Karditsa and Arta, Greece. The 170 m (560 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Sykia, Messochora, and along with a 17.4 km (10.8 mi) long channel.
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VThe Sykia Dam is a mostly constructed but unused earth-filled embankment dam on the Acheloos River along the border of Karditsa and Arta, Greece. The 170 m (560 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Sykia, Messochora, and along with a 17.4 km (10.8 mi) long channel.
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VThe Sykia Dam is a mostly constructed but unused earth-filled embankment dam on the Acheloos River along the border of Karditsa and Arta, Greece. The 170 m (560 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Sykia, Messochora, and along with a 17.4 km (10.8 mi) long channel.
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VThe Sykia Dam is a mostly constructed but unused earth-filled embankment dam on the Acheloos River along the border of Karditsa and Arta, Greece. The 170 m (560 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Sykia, Messochora, and along with a 17.4 km (10.8 mi) long channel.
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(g13
g8
NtRp148508
(dp148509
g16
Nsg17
Nsg11
VSykia-Talsperre
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sbg6
(g13
g8
NtRp148511
(dp148512
g16
Nsg17
Nsg11
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p148513
sbg6
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g8
NtRp148514
(dp148515
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p148516
sbg6
(g13
g8
NtRp148517
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g16
Nsg17
g27
sg11
V0.397
p148519
sbNg6
(g7
g8
NtRp148520
(dp148521
g11
Vhttp://dbpedia.org/resource/Sykia_Dam__Lake__1
p148522
sbg6
(g13
g8
NtRp148523
(dp148524
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ministry_for_the_Environment,_Physical_Planning_and_Public_Works
p148525
sbg6
(g13
g8
NtRp148526
(dp148527
g16
Nsg17
Nsg11
VRiver diversion, irrigation, power
p148528
sbg6
(g13
g8
NtRp148529
(dp148530
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Acheloos_River
p148531
sbg6
(g13
g8
NtRp148532
(dp148533
g16
Nsg17
Nsg11
VSuspended
p148534
sbg6
(g13
g8
NtRp148535
(dp148536
g16
Nsg17
g27
sg11
V1.2e+07
p148537
sbg6
(g13
g8
NtRp148538
(dp148539
g16
Nsg17
Nsg11
VGreece
p148540
sbg6
(g13
g8
NtRp148541
(dp148542
g16
Nsg17
Nsg11
VThe Sykia Dam is a mostly constructed but unused earth-filled embankment dam on the Acheloos River along the border of Karditsa and Arta, Greece. The 170 m (560 ft) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240,000\u2013380,000 ha (590,000\u2013940,000 acres) in the Thessaly plains. The project includes the Sykia, Messochora, and along with a 17.4 km (10.8 mi) long channel.
p148543
sbg6
(g13
g8
NtRp148544
(dp148545
g16
Nsg17
Nsg11
VPOINT(21.412963867188 39.313327789307)
p148546
sbtp148547
a(g6
(g7
g8
NtRp148548
(dp148549
g11
Vhttp://dbpedia.org/resource/Sylvenstein_Dam
p148550
sbg6
(g13
g8
NtRp148551
(dp148552
g16
Nsg17
Nsg11
VSylvensteinstausee
p148553
sbg6
(g13
g8
NtRp148554
(dp148555
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p148556
sbg6
(g13
g8
NtRp148557
(dp148558
g16
Nsg17
Nsg11
VEmbankment dam
p148559
sbg6
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g8
NtRp148560
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g16
Nsg17
g27
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V0.18
p148562
sbNg6
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g8
NtRp148563
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g11
Vhttp://dbpedia.org/resource/Sylvenstein_Dam__Lake__1
p148565
sbNNNNg6
(g13
g8
NtRp148566
(dp148567
g16
Nsg17
g27
sg11
V1e+06
p148568
sbg6
(g13
g8
NtRp148569
(dp148570
g16
Nsg17
Nsg11
VGermany
p148571
sbg6
(g13
g8
NtRp148572
(dp148573
g16
Nsg17
Nsg11
VSylvenstein Dam is an earthen embankment dam in the Isar valley, in the alpine part of Upper Bavaria, Germany which impounds the Sylvenstein Reservoir (German: Sylvensteinspeicher). In the 1920s, several hydropower plants were built in the tributary of the upper Isar river such as ones at the Achensee and Lake Walchen Power Plant. Therefore, the river ran nearly dry during the dry season, and the low water flow affected the town of Bad Tölz. A reservoir was established to ensure a minimum level of water in the river. During the dry season a volumetric flow of 4 cubic metres per second is released to prevent the Isar from running dry. Additionally, the reservoir provides flood control for Isar river between Bad Tölz and Munich.
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sbg6
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g8
NtRp148575
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g16
Nsg17
Nsg11
VPOINT(11.541110992432 47.577777862549)
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sbtp148578
a(g6
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g8
NtRp148579
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p148581
sbg6
(g13
g8
NtRp148582
(dp148583
g16
Nsg17
Nsg11
VSylvenstein Dam
p148584
sbg6
(g13
g8
NtRp148585
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g16
Nsg17
Nsg11
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p148587
sbg6
(g13
g8
NtRp148588
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g16
Nsg17
Nsg11
VEmbankment dam
p148590
sbg6
(g13
g8
NtRp148591
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g16
Nsg17
g27
sg11
V0.18
p148593
sbNg6
(g7
g8
NtRp148594
(dp148595
g11
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p148596
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g8
NtRp148597
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Nsg17
g27
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V1e+06
p148599
sbg6
(g13
g8
NtRp148600
(dp148601
g16
Nsg17
Nsg11
VGermany
p148602
sbg6
(g13
g8
NtRp148603
(dp148604
g16
Nsg17
Nsg11
VSylvenstein Dam is an earthen embankment dam in the Isar valley, in the alpine part of Upper Bavaria, Germany which impounds the Sylvenstein Reservoir (German: Sylvensteinspeicher). In the 1920s, several hydropower plants were built in the tributary of the upper Isar river such as ones at the Achensee and Lake Walchen Power Plant. Therefore, the river ran nearly dry during the dry season, and the low water flow affected the town of Bad Tölz. A reservoir was established to ensure a minimum level of water in the river. During the dry season a volumetric flow of 4 cubic metres per second is released to prevent the Isar from running dry. Additionally, the reservoir provides flood control for Isar river between Bad Tölz and Munich.
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sbg6
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g8
NtRp148606
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g16
Nsg17
Nsg11
VPOINT(11.541110992432 47.577777862549)
p148608
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g8
NtRp148610
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g11
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p148612
sbg6
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g8
NtRp148613
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Nsg17
Nsg11
VTama Przyja\u017ani
p148615
sbg6
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g8
NtRp148616
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Nsg17
Nsg11
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p148618
sbg6
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g8
NtRp148619
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Nsg17
Nsg11
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p148621
sbg6
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g8
NtRp148622
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Nsg17
g27
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V0.58
p148624
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g8
NtRp148625
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p148627
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g8
NtRp148628
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Nsg17
Nsg11
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p148630
sbg6
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g8
NtRp148631
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g16
Nsg17
Nsg11
VOpen
p148633
sbNg6
(g13
g8
NtRp148634
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g16
Nsg17
Nsg11
VTurkey
p148636
sbg6
(g13
g8
NtRp148637
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g16
Nsg17
Nsg11
VThe Friendship Dam is a dam on the Orontes River between the Syrian village of al-Alani, and the Turkish village of Ziyaret. It will cost $28.5 million and will be able to generate 16 million kilowatt-hours of electricity every year and supply water for 10,000 hectares of agricultural soil. In late June 2011 it was reported that the construction was delayed due to the uprising in Syria. A protocol which was supposed to be signed between the two countries, was not.
p148639
sbg6
(g13
g8
NtRp148640
(dp148641
g16
Nsg17
Nsg11
VPOINT(36.364723205566 36.166942596436)
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sbtp148643
a(g6
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g8
NtRp148644
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p148646
sbg6
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g8
NtRp148647
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Nsg17
Nsg11
VSyria\u2013Turkey Friendship Dam
p148649
sbg6
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g8
NtRp148650
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g16
Nsg17
Nsg11
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p148652
sbg6
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g8
NtRp148653
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g16
Nsg17
Nsg11
VEmbankment
p148655
sbg6
(g13
g8
NtRp148656
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g16
Nsg17
g27
sg11
V0.58
p148658
sbNg6
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g8
NtRp148659
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g11
Vhttp://dbpedia.org/resource/Syria\u2013Turkey_Friendship_Dam__Lake__1
p148661
sbNNg6
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g8
NtRp148662
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g16
Nsg17
Nsg11
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p148664
sbg6
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g8
NtRp148665
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g16
Nsg17
Nsg11
VOpen
p148667
sbNg6
(g13
g8
NtRp148668
(dp148669
g16
Nsg17
Nsg11
VTurkey
p148670
sbg6
(g13
g8
NtRp148671
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g16
Nsg17
Nsg11
VThe Friendship Dam is a dam on the Orontes River between the Syrian village of al-Alani, and the Turkish village of Ziyaret. It will cost $28.5 million and will be able to generate 16 million kilowatt-hours of electricity every year and supply water for 10,000 hectares of agricultural soil. In late June 2011 it was reported that the construction was delayed due to the uprising in Syria. A protocol which was supposed to be signed between the two countries, was not.
p148673
sbg6
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g8
NtRp148674
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g16
Nsg17
Nsg11
VPOINT(36.364723205566 36.166942596436)
p148676
sbtp148677
a(g6
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g8
NtRp148678
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g11
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p148680
sbg6
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g8
NtRp148681
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Nsg17
Nsg11
VTama Przyja\u017ani
p148683
sbg6
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g8
NtRp148684
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Syria
p148686
sbg6
(g13
g8
NtRp148687
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g16
Nsg17
Nsg11
VEmbankment
p148689
sbg6
(g13
g8
NtRp148690
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g16
Nsg17
g27
sg11
V0.58
p148692
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g8
NtRp148693
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Vhttp://dbpedia.org/resource/Syria\u2013Turkey_Friendship_Dam__Lake__1
p148695
sbNNg6
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g8
NtRp148696
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g16
Nsg17
Nsg11
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p148698
sbg6
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g8
NtRp148699
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g16
Nsg17
Nsg11
VOpen
p148701
sbNg6
(g13
g8
NtRp148702
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g16
Nsg17
Nsg11
VTurkey
p148704
sbg6
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g8
NtRp148705
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g16
Nsg17
Nsg11
VThe Friendship Dam is a dam on the Orontes River between the Syrian village of al-Alani, and the Turkish village of Ziyaret. It will cost $28.5 million and will be able to generate 16 million kilowatt-hours of electricity every year and supply water for 10,000 hectares of agricultural soil. In late June 2011 it was reported that the construction was delayed due to the uprising in Syria. A protocol which was supposed to be signed between the two countries, was not.
p148707
sbg6
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g8
NtRp148708
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g16
Nsg17
Nsg11
VPOINT(36.364723205566 36.166942596436)
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NtRp148712
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p148714
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g8
NtRp148715
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Nsg17
Nsg11
VSyria\u2013Turkey Friendship Dam
p148717
sbg6
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g8
NtRp148718
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g16
Nsg17
Nsg11
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g8
NtRp148721
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Nsg17
Nsg11
VEmbankment
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g8
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g16
Nsg17
g27
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V0.58
p148726
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NtRp148727
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Vhttp://dbpedia.org/resource/Syria\u2013Turkey_Friendship_Dam__Lake__1
p148729
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g8
NtRp148730
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Nsg17
Nsg11
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p148732
sbg6
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g8
NtRp148733
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Nsg17
Nsg11
VOpen
p148735
sbNg6
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g8
NtRp148736
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g16
Nsg17
Nsg11
VTurkey
p148738
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g8
NtRp148739
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Nsg17
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VThe Friendship Dam is a dam on the Orontes River between the Syrian village of al-Alani, and the Turkish village of Ziyaret. It will cost $28.5 million and will be able to generate 16 million kilowatt-hours of electricity every year and supply water for 10,000 hectares of agricultural soil. In late June 2011 it was reported that the construction was delayed due to the uprising in Syria. A protocol which was supposed to be signed between the two countries, was not.
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g8
NtRp148742
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Nsg17
Nsg11
VPOINT(36.364723205566 36.166942596436)
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NtRp148746
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p148748
sbg6
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g8
NtRp148749
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Nsg17
Nsg11
VSåheim Hydroelectric Power Station
p148751
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g8
NtRp148752
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Nsg17
Nsg11
VNorway
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g8
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Nsg17
Nsg11
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p148757
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g8
NtRp148758
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp148760
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g16
Nsg17
Nsg11
VThe Såheim Power Station is a hydroelectric power station located in Rjukan, Vestfold og Telemark, Norway, operated by Norsk Hydro. It operates at an installed capacity of 185 MW, with an average annual production of 1,033 GWh. The station building from 1915 was designed by architects Thorvald Astrup and Olaf Nordhagen.
p148762
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g8
NtRp148763
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Nsg17
Nsg11
VPOINT(8.5927782058716 59.876945495605)
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NtRp148767
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NtRp148770
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Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u043e\u0433\u0435\u0439\u043c
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g8
NtRp148773
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Nsg17
Nsg11
VNorway
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p148778
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NtRp148779
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Nsg17
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VO
sbNNg6
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g8
NtRp148781
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Nsg17
Nsg11
VThe Såheim Power Station is a hydroelectric power station located in Rjukan, Vestfold og Telemark, Norway, operated by Norsk Hydro. It operates at an installed capacity of 185 MW, with an average annual production of 1,033 GWh. The station building from 1915 was designed by architects Thorvald Astrup and Olaf Nordhagen.
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g8
NtRp148784
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VPOINT(8.5927782058716 59.876945495605)
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NtRp148788
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NtRp148791
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Nsg17
Nsg11
VBarrage de Söse
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Nsg17
Nsg11
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VThe Söse Dam is a dam in the Lower Saxon part of the Harz mountains near Osterode in the German state of Lower Saxony. It was the first modern dam and reservoir complex (German: Talsperre) to be built in the Harz and was constructed by the Harzwasserwerke between 1928 and 1931. It is used for flood prevention, electricity generation, supplying drinking water and for raising water levels during times of low water. The construction of the dam cost 14.7 million Reichsmarks at the time. The Harzwasserwerke still operate the dam today. In 1933 construction began on a long-distance water pipe from the Söse reservoir, whose northern branch goes as far as Bremen. Today it mainly supplies towns and communities in the Hildesheim and Hanover areas. Since 1980 the town of Göttingen has also been suppl
p148814
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NtRp148815
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VPOINT(10.326110839844 51.739166259766)
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NtRp148822
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Nsg17
Nsg11
VSöse Dam
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g8
NtRp148825
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Nsg17
Nsg11
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Nsg17
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VEmbankment dam
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p148839
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p148842
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g8
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VThe Söse Dam is a dam in the Lower Saxon part of the Harz mountains near Osterode in the German state of Lower Saxony. It was the first modern dam and reservoir complex (German: Talsperre) to be built in the Harz and was constructed by the Harzwasserwerke between 1928 and 1931. It is used for flood prevention, electricity generation, supplying drinking water and for raising water levels during times of low water. The construction of the dam cost 14.7 million Reichsmarks at the time. The Harzwasserwerke still operate the dam today. In 1933 construction began on a long-distance water pipe from the Söse reservoir, whose northern branch goes as far as Bremen. Today it mainly supplies towns and communities in the Hildesheim and Hanover areas. Since 1980 the town of Göttingen has also been suppl
p148845
sbg6
(g13
g8
NtRp148846
(dp148847
g16
Nsg17
Nsg11
VPOINT(10.326110839844 51.739166259766)
p148848
sbtp148849
a(g6
(g7
g8
NtRp148850
(dp148851
g11
Vhttp://dbpedia.org/resource/Söse_Dam
p148852
sbg6
(g13
g8
NtRp148853
(dp148854
g16
Nsg17
Nsg11
VSösetalsperre
p148855
sbg6
(g13
g8
NtRp148856
(dp148857
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p148858
sbg6
(g13
g8
NtRp148859
(dp148860
g16
Nsg17
Nsg11
VEmbankment dam
p148861
sbg6
(g13
g8
NtRp148862
(dp148863
g16
Nsg17
g27
sg11
V0.485
p148864
sbNg6
(g7
g8
NtRp148865
(dp148866
g11
Vhttp://dbpedia.org/resource/Söse_Dam__Lake__1
p148867
sbNNNNg6
(g13
g8
NtRp148868
(dp148869
g16
Nsg17
g27
sg11
V1.9e+06
p148870
sbg6
(g13
g8
NtRp148871
(dp148872
g16
Nsg17
Nsg11
VGermany
p148873
sbg6
(g13
g8
NtRp148874
(dp148875
g16
Nsg17
Nsg11
VThe Söse Dam is a dam in the Lower Saxon part of the Harz mountains near Osterode in the German state of Lower Saxony. It was the first modern dam and reservoir complex (German: Talsperre) to be built in the Harz and was constructed by the Harzwasserwerke between 1928 and 1931. It is used for flood prevention, electricity generation, supplying drinking water and for raising water levels during times of low water. The construction of the dam cost 14.7 million Reichsmarks at the time. The Harzwasserwerke still operate the dam today. In 1933 construction began on a long-distance water pipe from the Söse reservoir, whose northern branch goes as far as Bremen. Today it mainly supplies towns and communities in the Hildesheim and Hanover areas. Since 1980 the town of Göttingen has also been suppl
p148876
sbg6
(g13
g8
NtRp148877
(dp148878
g16
Nsg17
Nsg11
VPOINT(10.326110839844 51.739166259766)
p148879
sbtp148880
a(g6
(g7
g8
NtRp148881
(dp148882
g11
Vhttp://dbpedia.org/resource/Söse_Dam
p148883
sbg6
(g13
g8
NtRp148884
(dp148885
g16
Nsg17
Nsg11
VVodní nádr\u017e Söse
p148886
sbg6
(g13
g8
NtRp148887
(dp148888
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p148889
sbg6
(g13
g8
NtRp148890
(dp148891
g16
Nsg17
Nsg11
VEmbankment dam
p148892
sbg6
(g13
g8
NtRp148893
(dp148894
g16
Nsg17
g27
sg11
V0.485
p148895
sbNg6
(g7
g8
NtRp148896
(dp148897
g11
Vhttp://dbpedia.org/resource/Söse_Dam__Lake__1
p148898
sbNNNNg6
(g13
g8
NtRp148899
(dp148900
g16
Nsg17
g27
sg11
V1.9e+06
p148901
sbg6
(g13
g8
NtRp148902
(dp148903
g16
Nsg17
Nsg11
VGermany
p148904
sbg6
(g13
g8
NtRp148905
(dp148906
g16
Nsg17
Nsg11
VThe Söse Dam is a dam in the Lower Saxon part of the Harz mountains near Osterode in the German state of Lower Saxony. It was the first modern dam and reservoir complex (German: Talsperre) to be built in the Harz and was constructed by the Harzwasserwerke between 1928 and 1931. It is used for flood prevention, electricity generation, supplying drinking water and for raising water levels during times of low water. The construction of the dam cost 14.7 million Reichsmarks at the time. The Harzwasserwerke still operate the dam today. In 1933 construction began on a long-distance water pipe from the Söse reservoir, whose northern branch goes as far as Bremen. Today it mainly supplies towns and communities in the Hildesheim and Hanover areas. Since 1980 the town of Göttingen has also been suppl
p148907
sbg6
(g13
g8
NtRp148908
(dp148909
g16
Nsg17
Nsg11
VPOINT(10.326110839844 51.739166259766)
p148910
sbtp148911
a(g6
(g7
g8
NtRp148912
(dp148913
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam
p148914
sbg6
(g13
g8
NtRp148915
(dp148916
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u0438\u0440
p148917
sbg6
(g13
g8
NtRp148918
(dp148919
g16
Nsg17
Nsg11
VTurkey
p148920
sbg6
(g13
g8
NtRp148921
(dp148922
g16
Nsg17
Nsg11
VConcrete arch
p148923
sbNNg6
(g7
g8
NtRp148924
(dp148925
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam__Lake__1
p148926
sbNNNg6
(g13
g8
NtRp148927
(dp148928
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp148929
(dp148930
g16
Nsg17
g27
sg11
V494000.0
p148931
sbg6
(g13
g8
NtRp148932
(dp148933
g16
Nsg17
Nsg11
VTurkey
p148934
sbg6
(g13
g8
NtRp148935
(dp148936
g16
Nsg17
Nsg11
VThe S\u0131r Dam is an arch dam on the Ceyhan River in Kahramanmara\u015f Province of southern Turkey. There is a hydroelectric power plant, established in 1991, at the dam, with a power output of 285 MW.
p148937
sbg6
(g13
g8
NtRp148938
(dp148939
g16
Nsg17
Nsg11
VPOINT(36.595932006836 37.500804901123)
p148940
sbtp148941
a(g6
(g7
g8
NtRp148942
(dp148943
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam
p148944
sbg6
(g13
g8
NtRp148945
(dp148946
g16
Nsg17
Nsg11
VDiga di S\u0131r
p148947
sbg6
(g13
g8
NtRp148948
(dp148949
g16
Nsg17
Nsg11
VTurkey
p148950
sbg6
(g13
g8
NtRp148951
(dp148952
g16
Nsg17
Nsg11
VConcrete arch
p148953
sbNNg6
(g7
g8
NtRp148954
(dp148955
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam__Lake__1
p148956
sbNNNg6
(g13
g8
NtRp148957
(dp148958
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp148959
(dp148960
g16
Nsg17
g27
sg11
V494000.0
p148961
sbg6
(g13
g8
NtRp148962
(dp148963
g16
Nsg17
Nsg11
VTurkey
p148964
sbg6
(g13
g8
NtRp148965
(dp148966
g16
Nsg17
Nsg11
VThe S\u0131r Dam is an arch dam on the Ceyhan River in Kahramanmara\u015f Province of southern Turkey. There is a hydroelectric power plant, established in 1991, at the dam, with a power output of 285 MW.
p148967
sbg6
(g13
g8
NtRp148968
(dp148969
g16
Nsg17
Nsg11
VPOINT(36.595932006836 37.500804901123)
p148970
sbtp148971
a(g6
(g7
g8
NtRp148972
(dp148973
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam
p148974
sbg6
(g13
g8
NtRp148975
(dp148976
g16
Nsg17
Nsg11
VS\u0131r Dam
p148977
sbg6
(g13
g8
NtRp148978
(dp148979
g16
Nsg17
Nsg11
VTurkey
p148980
sbg6
(g13
g8
NtRp148981
(dp148982
g16
Nsg17
Nsg11
VConcrete arch
p148983
sbNNg6
(g7
g8
NtRp148984
(dp148985
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam__Lake__1
p148986
sbNNNg6
(g13
g8
NtRp148987
(dp148988
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp148989
(dp148990
g16
Nsg17
g27
sg11
V494000.0
p148991
sbg6
(g13
g8
NtRp148992
(dp148993
g16
Nsg17
Nsg11
VTurkey
p148994
sbg6
(g13
g8
NtRp148995
(dp148996
g16
Nsg17
Nsg11
VThe S\u0131r Dam is an arch dam on the Ceyhan River in Kahramanmara\u015f Province of southern Turkey. There is a hydroelectric power plant, established in 1991, at the dam, with a power output of 285 MW.
p148997
sbg6
(g13
g8
NtRp148998
(dp148999
g16
Nsg17
Nsg11
VPOINT(36.595932006836 37.500804901123)
p149000
sbtp149001
a(g6
(g7
g8
NtRp149002
(dp149003
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam
p149004
sbg6
(g13
g8
NtRp149005
(dp149006
g16
Nsg17
Nsg11
VS\u0131r-Talsperre
p149007
sbg6
(g13
g8
NtRp149008
(dp149009
g16
Nsg17
Nsg11
VTurkey
p149010
sbg6
(g13
g8
NtRp149011
(dp149012
g16
Nsg17
Nsg11
VConcrete arch
p149013
sbNNg6
(g7
g8
NtRp149014
(dp149015
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam__Lake__1
p149016
sbNNNg6
(g13
g8
NtRp149017
(dp149018
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp149019
(dp149020
g16
Nsg17
g27
sg11
V494000.0
p149021
sbg6
(g13
g8
NtRp149022
(dp149023
g16
Nsg17
Nsg11
VTurkey
p149024
sbg6
(g13
g8
NtRp149025
(dp149026
g16
Nsg17
Nsg11
VThe S\u0131r Dam is an arch dam on the Ceyhan River in Kahramanmara\u015f Province of southern Turkey. There is a hydroelectric power plant, established in 1991, at the dam, with a power output of 285 MW.
p149027
sbg6
(g13
g8
NtRp149028
(dp149029
g16
Nsg17
Nsg11
VPOINT(36.595932006836 37.500804901123)
p149030
sbtp149031
a(g6
(g7
g8
NtRp149032
(dp149033
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam
p149034
sbg6
(g13
g8
NtRp149035
(dp149036
g16
Nsg17
Nsg11
VBarrage de S\u0131r
p149037
sbg6
(g13
g8
NtRp149038
(dp149039
g16
Nsg17
Nsg11
VTurkey
p149040
sbg6
(g13
g8
NtRp149041
(dp149042
g16
Nsg17
Nsg11
VConcrete arch
p149043
sbNNg6
(g7
g8
NtRp149044
(dp149045
g11
Vhttp://dbpedia.org/resource/S\u0131r_Dam__Lake__1
p149046
sbNNNg6
(g13
g8
NtRp149047
(dp149048
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp149049
(dp149050
g16
Nsg17
g27
sg11
V494000.0
p149051
sbg6
(g13
g8
NtRp149052
(dp149053
g16
Nsg17
Nsg11
VTurkey
p149054
sbg6
(g13
g8
NtRp149055
(dp149056
g16
Nsg17
Nsg11
VThe S\u0131r Dam is an arch dam on the Ceyhan River in Kahramanmara\u015f Province of southern Turkey. There is a hydroelectric power plant, established in 1991, at the dam, with a power output of 285 MW.
p149057
sbg6
(g13
g8
NtRp149058
(dp149059
g16
Nsg17
Nsg11
VPOINT(36.595932006836 37.500804901123)
p149060
sbtp149061
a(g6
(g7
g8
NtRp149062
(dp149063
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam
p149064
sbg6
(g13
g8
NtRp149065
(dp149066
g16
Nsg17
Nsg11
VS\u01a1n-La-Talsperre
p149067
sbg6
(g13
g8
NtRp149068
(dp149069
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p149070
sbg6
(g13
g8
NtRp149071
(dp149072
g16
Nsg17
Nsg11
VConcretegravity dam
p149073
sbg6
(g13
g8
NtRp149074
(dp149075
g16
Nsg17
g27
sg11
V1.0
p149076
sbNg6
(g7
g8
NtRp149077
(dp149078
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam__Lake__1
p149079
sbg6
(g13
g8
NtRp149080
(dp149081
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p149082
sbNg6
(g13
g8
NtRp149083
(dp149084
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Da_River
p149085
sbg6
(g13
g8
NtRp149086
(dp149087
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp149088
(dp149089
g16
Nsg17
Nsg11
VVietnam
p149090
sbg6
(g13
g8
NtRp149091
(dp149092
g16
Nsg17
Nsg11
VS\u01a1n La Dam is a concrete gravity dam on the Black River in Ít Ong, M\u01b0\u1eddng La District, S\u01a1n La Province, Vietnam. It is the largest hydroelectric power station in Southeast Asia.
p149093
sbg6
(g13
g8
NtRp149094
(dp149095
g16
Nsg17
Nsg11
VPOINT(103.99500274658 21.496389389038)
p149096
sbtp149097
a(g6
(g7
g8
NtRp149098
(dp149099
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam
p149100
sbg6
(g13
g8
NtRp149101
(dp149102
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0421\u043e\u043d-\u041b\u0430
p149103
sbg6
(g13
g8
NtRp149104
(dp149105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p149106
sbg6
(g13
g8
NtRp149107
(dp149108
g16
Nsg17
Nsg11
VConcretegravity dam
p149109
sbg6
(g13
g8
NtRp149110
(dp149111
g16
Nsg17
g27
sg11
V1.0
p149112
sbNg6
(g7
g8
NtRp149113
(dp149114
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam__Lake__1
p149115
sbg6
(g13
g8
NtRp149116
(dp149117
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p149118
sbNg6
(g13
g8
NtRp149119
(dp149120
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Da_River
p149121
sbg6
(g13
g8
NtRp149122
(dp149123
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp149124
(dp149125
g16
Nsg17
Nsg11
VVietnam
p149126
sbg6
(g13
g8
NtRp149127
(dp149128
g16
Nsg17
Nsg11
VS\u01a1n La Dam is a concrete gravity dam on the Black River in Ít Ong, M\u01b0\u1eddng La District, S\u01a1n La Province, Vietnam. It is the largest hydroelectric power station in Southeast Asia.
p149129
sbg6
(g13
g8
NtRp149130
(dp149131
g16
Nsg17
Nsg11
VPOINT(103.99500274658 21.496389389038)
p149132
sbtp149133
a(g6
(g7
g8
NtRp149134
(dp149135
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam
p149136
sbg6
(g13
g8
NtRp149137
(dp149138
g16
Nsg17
Nsg11
VS\u01a1n La Dam
p149139
sbg6
(g13
g8
NtRp149140
(dp149141
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p149142
sbg6
(g13
g8
NtRp149143
(dp149144
g16
Nsg17
Nsg11
VConcretegravity dam
p149145
sbg6
(g13
g8
NtRp149146
(dp149147
g16
Nsg17
g27
sg11
V1.0
p149148
sbNg6
(g7
g8
NtRp149149
(dp149150
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam__Lake__1
p149151
sbg6
(g13
g8
NtRp149152
(dp149153
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p149154
sbNg6
(g13
g8
NtRp149155
(dp149156
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Da_River
p149157
sbg6
(g13
g8
NtRp149158
(dp149159
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp149160
(dp149161
g16
Nsg17
Nsg11
VVietnam
p149162
sbg6
(g13
g8
NtRp149163
(dp149164
g16
Nsg17
Nsg11
VS\u01a1n La Dam is a concrete gravity dam on the Black River in Ít Ong, M\u01b0\u1eddng La District, S\u01a1n La Province, Vietnam. It is the largest hydroelectric power station in Southeast Asia.
p149165
sbg6
(g13
g8
NtRp149166
(dp149167
g16
Nsg17
Nsg11
VPOINT(103.99500274658 21.496389389038)
p149168
sbtp149169
a(g6
(g7
g8
NtRp149170
(dp149171
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam
p149172
sbg6
(g13
g8
NtRp149173
(dp149174
g16
Nsg17
Nsg11
VDiga di S\u01a1n La
p149175
sbg6
(g13
g8
NtRp149176
(dp149177
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p149178
sbg6
(g13
g8
NtRp149179
(dp149180
g16
Nsg17
Nsg11
VConcretegravity dam
p149181
sbg6
(g13
g8
NtRp149182
(dp149183
g16
Nsg17
g27
sg11
V1.0
p149184
sbNg6
(g7
g8
NtRp149185
(dp149186
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam__Lake__1
p149187
sbg6
(g13
g8
NtRp149188
(dp149189
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p149190
sbNg6
(g13
g8
NtRp149191
(dp149192
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Da_River
p149193
sbg6
(g13
g8
NtRp149194
(dp149195
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp149196
(dp149197
g16
Nsg17
Nsg11
VVietnam
p149198
sbg6
(g13
g8
NtRp149199
(dp149200
g16
Nsg17
Nsg11
VS\u01a1n La Dam is a concrete gravity dam on the Black River in Ít Ong, M\u01b0\u1eddng La District, S\u01a1n La Province, Vietnam. It is the largest hydroelectric power station in Southeast Asia.
p149201
sbg6
(g13
g8
NtRp149202
(dp149203
g16
Nsg17
Nsg11
VPOINT(103.99500274658 21.496389389038)
p149204
sbtp149205
a(g6
(g7
g8
NtRp149206
(dp149207
g11
Vhttp://dbpedia.org/resource/S\u01a1n_La_Dam
p149208
sbg6
(g13
g8
NtRp149209
(dp149210
g16
Nsg17
Nsg11
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p149229
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NtRp149232
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p149234
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VS\u01a1n La Dam is a concrete gravity dam on the Black River in Ít Ong, M\u01b0\u1eddng La District, S\u01a1n La Province, Vietnam. It is the largest hydroelectric power station in Southeast Asia.
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NtRp149238
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p149265
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VS\u01a1n La Dam is a concrete gravity dam on the Black River in Ít Ong, M\u01b0\u1eddng La District, S\u01a1n La Province, Vietnam. It is the largest hydroelectric power station in Southeast Asia.
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p149304
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NtRp149305
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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Nsg17
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p149487
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Nsg17
Nsg11
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NtRp149491
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Nsg17
Nsg11
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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Nsg17
Nsg11
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p149521
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Nsg17
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Nsg17
Nsg11
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NtRp149534
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Nsg17
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g8
NtRp149543
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Nsg17
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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p149555
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Nsg17
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p149576
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VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
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VSyria, controlled by Syrian Democratic Forces
p149694
sbg6
(g13
g8
NtRp149695
(dp149696
g16
Nsg17
Nsg11
VEarth-fill dam
p149697
sbg6
(g13
g8
NtRp149698
(dp149699
g16
Nsg17
g27
sg11
V4.5
p149700
sbNg6
(g7
g8
NtRp149701
(dp149702
g11
Vhttp://dbpedia.org/resource/Tabqa_Dam__Lake__1
p149703
sbNNg6
(g13
g8
NtRp149704
(dp149705
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Euphrates
p149706
sbg6
(g13
g8
NtRp149707
(dp149708
g16
Nsg17
Nsg11
VOperational
p149709
sbNg6
(g13
g8
NtRp149710
(dp149711
g16
Nsg17
Nsg11
VSyria
p149712
sbg6
(g13
g8
NtRp149713
(dp149714
g16
Nsg17
Nsg11
VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
p149715
sbg6
(g13
g8
NtRp149716
(dp149717
g16
Nsg17
Nsg11
VPOINT(38.566665649414 35.872222900391)
p149718
sbtp149719
a(g6
(g7
g8
NtRp149720
(dp149721
g11
Vhttp://dbpedia.org/resource/Tabqa_Dam
p149722
sbg6
(g13
g8
NtRp149723
(dp149724
g16
Nsg17
Nsg11
V\u0413\u0440\u0435\u0431\u043b\u044f \u0422\u0430\u0431\u043a\u0430
p149725
sbg6
(g13
g8
NtRp149726
(dp149727
g16
Nsg17
Nsg11
VSyria, controlled by Syrian Democratic Forces
p149728
sbg6
(g13
g8
NtRp149729
(dp149730
g16
Nsg17
Nsg11
VEarth-fill dam
p149731
sbg6
(g13
g8
NtRp149732
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g16
Nsg17
g27
sg11
V4.5
p149734
sbNg6
(g7
g8
NtRp149735
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g11
Vhttp://dbpedia.org/resource/Tabqa_Dam__Lake__1
p149737
sbNNg6
(g13
g8
NtRp149738
(dp149739
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Euphrates
p149740
sbg6
(g13
g8
NtRp149741
(dp149742
g16
Nsg17
Nsg11
VOperational
p149743
sbNg6
(g13
g8
NtRp149744
(dp149745
g16
Nsg17
Nsg11
VSyria
p149746
sbg6
(g13
g8
NtRp149747
(dp149748
g16
Nsg17
Nsg11
VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
p149749
sbg6
(g13
g8
NtRp149750
(dp149751
g16
Nsg17
Nsg11
VPOINT(38.566665649414 35.872222900391)
p149752
sbtp149753
a(g6
(g7
g8
NtRp149754
(dp149755
g11
Vhttp://dbpedia.org/resource/Tabqa_Dam
p149756
sbg6
(g13
g8
NtRp149757
(dp149758
g16
Nsg17
Nsg11
V\u5854\u5e03\u5361\u6c34\u58e9
p149759
sbg6
(g13
g8
NtRp149760
(dp149761
g16
Nsg17
Nsg11
VSyria, controlled by Syrian Democratic Forces
p149762
sbg6
(g13
g8
NtRp149763
(dp149764
g16
Nsg17
Nsg11
VEarth-fill dam
p149765
sbg6
(g13
g8
NtRp149766
(dp149767
g16
Nsg17
g27
sg11
V4.5
p149768
sbNg6
(g7
g8
NtRp149769
(dp149770
g11
Vhttp://dbpedia.org/resource/Tabqa_Dam__Lake__1
p149771
sbNNg6
(g13
g8
NtRp149772
(dp149773
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Euphrates
p149774
sbg6
(g13
g8
NtRp149775
(dp149776
g16
Nsg17
Nsg11
VOperational
p149777
sbNg6
(g13
g8
NtRp149778
(dp149779
g16
Nsg17
Nsg11
VSyria
p149780
sbg6
(g13
g8
NtRp149781
(dp149782
g16
Nsg17
Nsg11
VThe Tabqa Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0637\u064e\u0651\u0628\u0652\u0642\u064e\u0629\u0650, romanized: Sadd a\u1e6d-\u1e6cabqah, Kurdish: Bendava Tebqa; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u071b\u0712\u0729\u0717, romanized: Sekro d'Tabqa), or al-Thawra Dam as it is also named (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u062b\u064e\u0651\u0648\u0652\u0631\u064e\u0629\u0650, romanized: Sadd a\u1e6f-\u1e6eawrah, Kurdish: Bendava Tewra; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u072c\u0718\u072a\u0717, romanized: Sekro d'\u1e6eawra, literally "Dam of the Revolution"), most commonly known as Euphrates Dam (Arabic: \u0633\u064e\u062f\u064f\u0651 \u0627\u0644\u0652\u0641\u064f\u0631\u064e\u0627\u062a\u0650, romanized: Sadd al-Fur\u0101t; Kurdish: Bendava Firatê; Classical Syriac: \u0723\u071f\u072a\u0710 \u0715\u0726\u072a\u072c, romanized: Sekro d'Frot), is an earthen dam on the Euphrates, located 40 kilometres (25 mi) upstream from the city of Raqqa in Raqqa Governorate, Syria. The city of Al-Thawrah is located immediately south of the dam. The dam is 60 metres (200 ft) high and 4.5 kilometres (2.8 mi) long and is the la
p149783
sbg6
(g13
g8
NtRp149784
(dp149785
g16
Nsg17
Nsg11
VPOINT(38.566665649414 35.872222900391)
p149786
sbtp149787
a(g6
(g7
g8
NtRp149788
(dp149789
g11
Vhttp://dbpedia.org/resource/Tadi_Khola_Hydropower_Station
p149790
sbg6
(g13
g8
NtRp149791
(dp149792
g16
Nsg17
Nsg11
VTadi Khola Hydropower Station
p149793
sbg6
(g13
g8
NtRp149794
(dp149795
g16
Nsg17
Nsg11
VNepal
p149796
sbg6
(g13
g8
NtRp149797
(dp149798
g16
Nsg17
Nsg11
VGravity
p149799
sbNNNNg6
(g13
g8
NtRp149800
(dp149801
g16
Nsg17
Nsg11
VPower
p149802
sbg6
(g13
g8
NtRp149803
(dp149804
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tadi_Khola_River
p149805
sbg6
(g13
g8
NtRp149806
(dp149807
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp149808
(dp149809
g16
Nsg17
Nsg11
VNepal
p149810
sbg6
(g13
g8
NtRp149811
(dp149812
g16
Nsg17
Nsg11
VTadi Khola Hydropower Station (Nepali:\u091f\u093e\u0921\u0940 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Nuwakot District of Nepal. The flow from is used to generate 5 MW electricity. The plant is owned and developed by Aadi Shakti Bidhut Bikash Co. P. Ltd, an IPP of Nepal. The plant started generating electricity from 2058-10-10BS. The generation licence will expire in 2103-08-05 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p149813
sbg6
(g13
g8
NtRp149814
(dp149815
g16
Nsg17
Nsg11
VPOINT(85.35221862793 27.916666030884)
p149816
sbtp149817
a(g6
(g7
g8
NtRp149818
(dp149819
g11
Vhttp://dbpedia.org/resource/Tai'an_Pumped_Storage_Power_Station
p149820
sbg6
(g13
g8
NtRp149821
(dp149822
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Tài'\u0101n
p149823
sbg6
(g13
g8
NtRp149824
(dp149825
g16
Nsg17
Nsg11
VChina
p149826
sbNNNg6
(g7
g8
NtRp149827
(dp149828
g11
Vhttp://dbpedia.org/resource/Tai'an_Pumped_Storage_Power_Station__Lake__1
p149829
sbNNNg6
(g13
g8
NtRp149830
(dp149831
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp149832
(dp149833
g16
Nsg17
Nsg11
VThe Tai'an Pumped Storage Power Station is a 1,000 MW pumped-storage hydroelectric power station located in the city of Tai'an in Shandong Province, China. Construction on the project began in February 2000 and the upper reservoir began to fill in May 2005. The four generators were commissioned between December 2005 and August 2007. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Dahe Reservoir, was originally built in 1960 but repaired extensively for the project. The Tai'an Upper Reservoir is located in a valley above the east side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Tai'an Lower Reservoir up to the upper reservoir. When energy demand is high, th
p149834
sbg6
(g13
g8
NtRp149835
(dp149836
g16
Nsg17
Nsg11
VPOINT(117.04319000244 36.225429534912)
p149837
sbtp149838
a(g6
(g7
g8
NtRp149839
(dp149840
g11
Vhttp://dbpedia.org/resource/Tai'an_Pumped_Storage_Power_Station
p149841
sbg6
(g13
g8
NtRp149842
(dp149843
g16
Nsg17
Nsg11
VTai'an Pumped Storage Power Station
p149844
sbg6
(g13
g8
NtRp149845
(dp149846
g16
Nsg17
Nsg11
VChina
p149847
sbNNNg6
(g7
g8
NtRp149848
(dp149849
g11
Vhttp://dbpedia.org/resource/Tai'an_Pumped_Storage_Power_Station__Lake__1
p149850
sbNNNg6
(g13
g8
NtRp149851
(dp149852
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp149853
(dp149854
g16
Nsg17
Nsg11
VThe Tai'an Pumped Storage Power Station is a 1,000 MW pumped-storage hydroelectric power station located in the city of Tai'an in Shandong Province, China. Construction on the project began in February 2000 and the upper reservoir began to fill in May 2005. The four generators were commissioned between December 2005 and August 2007. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Dahe Reservoir, was originally built in 1960 but repaired extensively for the project. The Tai'an Upper Reservoir is located in a valley above the east side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Tai'an Lower Reservoir up to the upper reservoir. When energy demand is high, th
p149855
sbg6
(g13
g8
NtRp149856
(dp149857
g16
Nsg17
Nsg11
VPOINT(117.04319000244 36.225429534912)
p149858
sbtp149859
a(g6
(g7
g8
NtRp149860
(dp149861
g11
Vhttp://dbpedia.org/resource/Tai'an_Pumped_Storage_Power_Station
p149862
sbg6
(g13
g8
NtRp149863
(dp149864
g16
Nsg17
Nsg11
V\u6cf0\u5b89\u62bd\u6c34\u84c4\u80fd\u7535\u7ad9
p149865
sbg6
(g13
g8
NtRp149866
(dp149867
g16
Nsg17
Nsg11
VChina
p149868
sbNNNg6
(g7
g8
NtRp149869
(dp149870
g11
Vhttp://dbpedia.org/resource/Tai'an_Pumped_Storage_Power_Station__Lake__1
p149871
sbNNNg6
(g13
g8
NtRp149872
(dp149873
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp149874
(dp149875
g16
Nsg17
Nsg11
VThe Tai'an Pumped Storage Power Station is a 1,000 MW pumped-storage hydroelectric power station located in the city of Tai'an in Shandong Province, China. Construction on the project began in February 2000 and the upper reservoir began to fill in May 2005. The four generators were commissioned between December 2005 and August 2007. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir, Dahe Reservoir, was originally built in 1960 but repaired extensively for the project. The Tai'an Upper Reservoir is located in a valley above the east side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Tai'an Lower Reservoir up to the upper reservoir. When energy demand is high, th
p149876
sbg6
(g13
g8
NtRp149877
(dp149878
g16
Nsg17
Nsg11
VPOINT(117.04319000244 36.225429534912)
p149879
sbtp149880
a(g6
(g7
g8
NtRp149881
(dp149882
g11
Vhttp://dbpedia.org/resource/Taipingwan_Dam
p149883
sbg6
(g13
g8
NtRp149884
(dp149885
g16
Nsg17
Nsg11
VTaipingwan Dam
p149886
sbg6
(g13
g8
NtRp149887
(dp149888
g16
Nsg17
Nsg11
VChina/North Korea
p149889
sbNg6
(g13
g8
NtRp149890
(dp149891
g16
Nsg17
g27
sg11
V1.185
p149892
sbNg6
(g7
g8
NtRp149893
(dp149894
g11
Vhttp://dbpedia.org/resource/Taipingwan_Dam__Lake__1
p149895
sbNg6
(g13
g8
NtRp149896
(dp149897
g16
Nsg17
Nsg11
VPower
p149898
sbg6
(g13
g8
NtRp149899
(dp149900
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yalu_River
p149901
sbg6
(g13
g8
NtRp149902
(dp149903
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp149904
(dp149905
g16
Nsg17
g27
sg11
V10000.0
p149906
sbg6
(g13
g8
NtRp149907
(dp149908
g16
Nsg17
Nsg11
VChina
p149909
sbg6
(g13
g8
NtRp149910
(dp149911
g16
Nsg17
Nsg11
VThe Taipingwan Dam (T'aep'y\u014fngman Dam) is a gravity dam on the lower Yalu River between China and North Korea. It is located about 30 km (19 mi) northeast of Dandong, Liaoning Province and Sinuiju, North Pyongan Province. The dam was first designed in 1978 and construction began in October 1982. The river was diverted in September 1983 and the first generator was operational on 25 December 1986. The three remaining generators were commissioned in 1987, and the dam was complete in July of that year. China built the dam and operates its 190 MW power station. Power from the dam is used by both China and North Korea.
p149912
sbg6
(g13
g8
NtRp149913
(dp149914
g16
Nsg17
Nsg11
VPOINT(124.73472595215 40.352500915527)
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sbtp149916
a(g6
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NtRp149917
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Vhttp://dbpedia.org/resource/Taipingwan_Dam
p149919
sbg6
(g13
g8
NtRp149920
(dp149921
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 T\u2019aep\u2019enmang
p149922
sbg6
(g13
g8
NtRp149923
(dp149924
g16
Nsg17
Nsg11
VChina/North Korea
p149925
sbNg6
(g13
g8
NtRp149926
(dp149927
g16
Nsg17
g27
sg11
V1.185
p149928
sbNg6
(g7
g8
NtRp149929
(dp149930
g11
Vhttp://dbpedia.org/resource/Taipingwan_Dam__Lake__1
p149931
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(g13
g8
NtRp149932
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g16
Nsg17
Nsg11
VPower
p149934
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(g13
g8
NtRp149935
(dp149936
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yalu_River
p149937
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(g13
g8
NtRp149938
(dp149939
g16
Nsg17
Nsg11
VO
sbg6
(g13
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NtRp149940
(dp149941
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Nsg17
g27
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p149942
sbg6
(g13
g8
NtRp149943
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g16
Nsg17
Nsg11
VChina
p149945
sbg6
(g13
g8
NtRp149946
(dp149947
g16
Nsg17
Nsg11
VThe Taipingwan Dam (T'aep'y\u014fngman Dam) is a gravity dam on the lower Yalu River between China and North Korea. It is located about 30 km (19 mi) northeast of Dandong, Liaoning Province and Sinuiju, North Pyongan Province. The dam was first designed in 1978 and construction began in October 1982. The river was diverted in September 1983 and the first generator was operational on 25 December 1986. The three remaining generators were commissioned in 1987, and the dam was complete in July of that year. China built the dam and operates its 190 MW power station. Power from the dam is used by both China and North Korea.
p149948
sbg6
(g13
g8
NtRp149949
(dp149950
g16
Nsg17
Nsg11
VPOINT(124.73472595215 40.352500915527)
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sbtp149952
a(g6
(g7
g8
NtRp149953
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g11
Vhttp://dbpedia.org/resource/Taipingwan_Dam
p149955
sbg6
(g13
g8
NtRp149956
(dp149957
g16
Nsg17
Nsg11
V\u592a\u5e73\u6e7e\u6c34\u7535\u7ad9
p149958
sbg6
(g13
g8
NtRp149959
(dp149960
g16
Nsg17
Nsg11
VChina/North Korea
p149961
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(g13
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NtRp149962
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g16
Nsg17
g27
sg11
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p149964
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VThe Taipingwan Dam (T'aep'y\u014fngman Dam) is a gravity dam on the lower Yalu River between China and North Korea. It is located about 30 km (19 mi) northeast of Dandong, Liaoning Province and Sinuiju, North Pyongan Province. The dam was first designed in 1978 and construction began in October 1982. The river was diverted in September 1983 and the first generator was operational on 25 December 1986. The three remaining generators were commissioned in 1987, and the dam was complete in July of that year. China built the dam and operates its 190 MW power station. Power from the dam is used by both China and North Korea.
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VTajewala Barrage is a now decommissioned but existing old barrage across the Yamuna River, located in Yamuna Nagar District, in the state of Haryana, India. Completed in 1873, it regulated the flow of the Yamuna for irrigation in Uttar Pradesh and Haryana through two canals originating at this place namely Western Yamuna Canal and , as well as the municipal water supply to Delhi.
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VTala Hydroelectric Power Station is a run-of-the-river type hydroelectric power station on the Wangchu River in Chukha District, Bhutan. The station consists of a 92-metre (302 ft) tall gravity dam which diverts water through a 22 km (14 mi) long headrace tunnel to the power station (26°50\u203226.36\u2033N 089°35\u203212.55\u2033E\ufeff / \ufeff26.8406556°N 89.5868194°E) which contains six 170 MW Pelton turbine-generators. The difference in elevation between the dam and the power station affords the project a hydraulic head of 860 m (2,822 ft).
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VTala Hydroelectric Power Station is a run-of-the-river type hydroelectric power station on the Wangchu River in Chukha District, Bhutan. The station consists of a 92-metre (302 ft) tall gravity dam which diverts water through a 22 km (14 mi) long headrace tunnel to the power station (26°50\u203226.36\u2033N 089°35\u203212.55\u2033E\ufeff / \ufeff26.8406556°N 89.5868194°E) which contains six 170 MW Pelton turbine-generators. The difference in elevation between the dam and the power station affords the project a hydraulic head of 860 m (2,822 ft).
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VTala Hydroelectric Power Station is a run-of-the-river type hydroelectric power station on the Wangchu River in Chukha District, Bhutan. The station consists of a 92-metre (302 ft) tall gravity dam which diverts water through a 22 km (14 mi) long headrace tunnel to the power station (26°50\u203226.36\u2033N 089°35\u203212.55\u2033E\ufeff / \ufeff26.8406556°N 89.5868194°E) which contains six 170 MW Pelton turbine-generators. The difference in elevation between the dam and the power station affords the project a hydraulic head of 860 m (2,822 ft).
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VTala Hydroelectric Power Station is a run-of-the-river type hydroelectric power station on the Wangchu River in Chukha District, Bhutan. The station consists of a 92-metre (302 ft) tall gravity dam which diverts water through a 22 km (14 mi) long headrace tunnel to the power station (26°50\u203226.36\u2033N 089°35\u203212.55\u2033E\ufeff / \ufeff26.8406556°N 89.5868194°E) which contains six 170 MW Pelton turbine-generators. The difference in elevation between the dam and the power station affords the project a hydraulic head of 860 m (2,822 ft).
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VTala Hydroelectric Power Station is a run-of-the-river type hydroelectric power station on the Wangchu River in Chukha District, Bhutan. The station consists of a 92-metre (302 ft) tall gravity dam which diverts water through a 22 km (14 mi) long headrace tunnel to the power station (26°50\u203226.36\u2033N 089°35\u203212.55\u2033E\ufeff / \ufeff26.8406556°N 89.5868194°E) which contains six 170 MW Pelton turbine-generators. The difference in elevation between the dam and the power station affords the project a hydraulic head of 860 m (2,822 ft).
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VTala Hydroelectric Power Station is a run-of-the-river type hydroelectric power station on the Wangchu River in Chukha District, Bhutan. The station consists of a 92-metre (302 ft) tall gravity dam which diverts water through a 22 km (14 mi) long headrace tunnel to the power station (26°50\u203226.36\u2033N 089°35\u203212.55\u2033E\ufeff / \ufeff26.8406556°N 89.5868194°E) which contains six 170 MW Pelton turbine-generators. The difference in elevation between the dam and the power station affords the project a hydraulic head of 860 m (2,822 ft).
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VTalbingo Dam is a major ungated rock fill with clay core embankment dam with concrete chute spillway across the Tumut River upstream of Talbingo in the Snowy Mountains region of New South Wales, Australia. The impounded reservoir is called Talbingo Reservoir.
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VTalbingo Dam is a major ungated rock fill with clay core embankment dam with concrete chute spillway across the Tumut River upstream of Talbingo in the Snowy Mountains region of New South Wales, Australia. The impounded reservoir is called Talbingo Reservoir.
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VTallebudgera Creek Dam
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VThe Tallebudgera Creek Dam, or colloquially Tally Dam, is a decommissioned embankment dam across the upper reaches of the Tallebudgera Creek, located in the South East region of Queensland, Australia. The initial purpose of the dam from its establishment until its decommissioning during the 1970s was for the supply of potable water to the Gold Coast region. There is no public access to the dam.
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VTallowa Dam
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VTallowa Dam, completed in 1976, is a concrete gravity dam with central overflow spillway, located on the Shoalhaven River, downstream from the river's confluence with the Kangaroo River. The dam wall of 325 cubic metres (11,500 cu ft) is 43 metres (141 ft) high and 528 metres (1,732 ft) in length. At 100% capacity, the dam wall holds back approximately 85,500 megalitres (3,020×106 cu ft) and creates the impounded reservoir of Lake Yarrunga that has a surface area of 831 hectares (2,050 acres), drawn from a catchment area of 5,750 square kilometres (2,220 sq mi). The spillway has a discharge capacity of 27,600 cubic metres per second (970,000 cu ft/s).
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VTallowa Dam, completed in 1976, is a concrete gravity dam with central overflow spillway, located on the Shoalhaven River, downstream from the river's confluence with the Kangaroo River. The dam wall of 325 cubic metres (11,500 cu ft) is 43 metres (141 ft) high and 528 metres (1,732 ft) in length. At 100% capacity, the dam wall holds back approximately 85,500 megalitres (3,020×106 cu ft) and creates the impounded reservoir of Lake Yarrunga that has a surface area of 831 hectares (2,050 acres), drawn from a catchment area of 5,750 square kilometres (2,220 sq mi). The spillway has a discharge capacity of 27,600 cubic metres per second (970,000 cu ft/s).
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VTanbara Dam (\u7389\u539f\u30c0\u30e0, which can be mistakenly read Tamahara Dam) is a rock-fill embankment dam impounding the headwaters of the Hotchi River, a Tone River tributary in Gunma Prefecture of Japan. It is located 14 kilometres (8.7 mi) north of Numata. It creates the upper reservoir for the 1,200 megawatts (1,600,000 hp) Tamahara Pumped Storage Power Station (\u7389\u539f\u767a\u96fb\u6240). Construction began in 1973 and the dam was complete in 1981 while the power station was commissioned in 1986. It is 116 metres (381 ft) tall and withholds a reservoir with a storage capacity of 14,800,000 m3 (11,999 acre\u22c5ft). Of that capacity, 13,000,000 cubic metres (11,000 acre\u22c5ft) is active (or useful) for power generation. The lower reservoir for the pumped-storage power station is created by the Fujiwara Dam, located 4 km (2 mi)
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VBarrage de Tambara
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VTanbara Dam (\u7389\u539f\u30c0\u30e0, which can be mistakenly read Tamahara Dam) is a rock-fill embankment dam impounding the headwaters of the Hotchi River, a Tone River tributary in Gunma Prefecture of Japan. It is located 14 kilometres (8.7 mi) north of Numata. It creates the upper reservoir for the 1,200 megawatts (1,600,000 hp) Tamahara Pumped Storage Power Station (\u7389\u539f\u767a\u96fb\u6240). Construction began in 1973 and the dam was complete in 1981 while the power station was commissioned in 1986. It is 116 metres (381 ft) tall and withholds a reservoir with a storage capacity of 14,800,000 m3 (11,999 acre\u22c5ft). Of that capacity, 13,000,000 cubic metres (11,000 acre\u22c5ft) is active (or useful) for power generation. The lower reservoir for the pumped-storage power station is created by the Fujiwara Dam, located 4 km (2 mi)
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VTanbara Dam (\u7389\u539f\u30c0\u30e0, which can be mistakenly read Tamahara Dam) is a rock-fill embankment dam impounding the headwaters of the Hotchi River, a Tone River tributary in Gunma Prefecture of Japan. It is located 14 kilometres (8.7 mi) north of Numata. It creates the upper reservoir for the 1,200 megawatts (1,600,000 hp) Tamahara Pumped Storage Power Station (\u7389\u539f\u767a\u96fb\u6240). Construction began in 1973 and the dam was complete in 1981 while the power station was commissioned in 1986. It is 116 metres (381 ft) tall and withholds a reservoir with a storage capacity of 14,800,000 m3 (11,999 acre\u22c5ft). Of that capacity, 13,000,000 cubic metres (11,000 acre\u22c5ft) is active (or useful) for power generation. The lower reservoir for the pumped-storage power station is created by the Fujiwara Dam, located 4 km (2 mi)
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VThe Tana Hydroelectric Power Station is a 20 MW (27,000 hp) hydroelectric power station on the Tana River in southern Kenya.
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VThe Tangevaerket Dam is an earth-fill embankment dam on the Gudenå River just east of the town of Tange in Viborg Municipality, Denmark. The primary purpose of the dam is hydroelectric power production and it supports a 3.3 MW power station which is the largest in the nation. The dam and power station were designed by Kristian Thomsen and S. A. Angelo in 1909. Construction did not begin until an agreement was reached with the Gudenå Commission. To build the dam, 500 men moved, by hand, about 300,000 m3 (390,000 cu yd) of earth. The power station was commissioned on 20 December 1920 and the reservoir flooded five homes and 22 farms. Its inauguration occurred on 8 January 1921. To produce power, water from the reservoir moves down a 500 m (1,600 ft) long and 6 m (20 ft) deep channel to the p
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V\u0413\u0415\u0421 Tangeværket
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VThe Tangevaerket Dam is an earth-fill embankment dam on the Gudenå River just east of the town of Tange in Viborg Municipality, Denmark. The primary purpose of the dam is hydroelectric power production and it supports a 3.3 MW power station which is the largest in the nation. The dam and power station were designed by Kristian Thomsen and S. A. Angelo in 1909. Construction did not begin until an agreement was reached with the Gudenå Commission. To build the dam, 500 men moved, by hand, about 300,000 m3 (390,000 cu yd) of earth. The power station was commissioned on 20 December 1920 and the reservoir flooded five homes and 22 farms. Its inauguration occurred on 8 January 1921. To produce power, water from the reservoir moves down a 500 m (1,600 ft) long and 6 m (20 ft) deep channel to the p
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VThe Tangevaerket Dam is an earth-fill embankment dam on the Gudenå River just east of the town of Tange in Viborg Municipality, Denmark. The primary purpose of the dam is hydroelectric power production and it supports a 3.3 MW power station which is the largest in the nation. The dam and power station were designed by Kristian Thomsen and S. A. Angelo in 1909. Construction did not begin until an agreement was reached with the Gudenå Commission. To build the dam, 500 men moved, by hand, about 300,000 m3 (390,000 cu yd) of earth. The power station was commissioned on 20 December 1920 and the reservoir flooded five homes and 22 farms. Its inauguration occurred on 8 January 1921. To produce power, water from the reservoir moves down a 500 m (1,600 ft) long and 6 m (20 ft) deep channel to the p
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VTank Zam Dam (\u0679\u0627\u0646\u06a9 \u0632\u0627\u0645 \u0688\u06cc\u0645) is a proposed dam located in Tank District, Khyber Pakhtunkhwa, Pakistan.
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VThe Tankeng Dam is a concrete-face rock-fill embankment dam on the Ou River located 24 km (15 mi) west of Qingtian, Zhejiang Province, China. The main purpose of the dam is hydroelectric power generation but it also provides for flood control, irrigation, and tourism. The 162 m (531 ft) tall dam creates a reservoir with a maximum capacity of 4,190,000,000 m3 (3,396,888 acre\u22c5ft). The power station contains 3 x 200 MW Francis turbine-generators for a total installed capacity of 600 MW. The dam was planned beginning in the early 1980s and approved in May 2003. Construction on the dam began that same year and in April 2008, the dam began to impound the river. On 15 August 2008, the first generator became operational, the second on 12 January 2009 and the third on 10 July 2009.
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VThe Tankeng Dam is a concrete-face rock-fill embankment dam on the Ou River located 24 km (15 mi) west of Qingtian, Zhejiang Province, China. The main purpose of the dam is hydroelectric power generation but it also provides for flood control, irrigation, and tourism. The 162 m (531 ft) tall dam creates a reservoir with a maximum capacity of 4,190,000,000 m3 (3,396,888 acre\u22c5ft). The power station contains 3 x 200 MW Francis turbine-generators for a total installed capacity of 600 MW. The dam was planned beginning in the early 1980s and approved in May 2003. Construction on the dam began that same year and in April 2008, the dam began to impound the river. On 15 August 2008, the first generator became operational, the second on 12 January 2009 and the third on 10 July 2009.
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VThe Tankeng Dam is a concrete-face rock-fill embankment dam on the Ou River located 24 km (15 mi) west of Qingtian, Zhejiang Province, China. The main purpose of the dam is hydroelectric power generation but it also provides for flood control, irrigation, and tourism. The 162 m (531 ft) tall dam creates a reservoir with a maximum capacity of 4,190,000,000 m3 (3,396,888 acre\u22c5ft). The power station contains 3 x 200 MW Francis turbine-generators for a total installed capacity of 600 MW. The dam was planned beginning in the early 1980s and approved in May 2003. Construction on the dam began that same year and in April 2008, the dam began to impound the river. On 15 August 2008, the first generator became operational, the second on 12 January 2009 and the third on 10 July 2009.
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VThe Tankeng Dam is a concrete-face rock-fill embankment dam on the Ou River located 24 km (15 mi) west of Qingtian, Zhejiang Province, China. The main purpose of the dam is hydroelectric power generation but it also provides for flood control, irrigation, and tourism. The 162 m (531 ft) tall dam creates a reservoir with a maximum capacity of 4,190,000,000 m3 (3,396,888 acre\u22c5ft). The power station contains 3 x 200 MW Francis turbine-generators for a total installed capacity of 600 MW. The dam was planned beginning in the early 1980s and approved in May 2003. Construction on the dam began that same year and in April 2008, the dam began to impound the river. On 15 August 2008, the first generator became operational, the second on 12 January 2009 and the third on 10 July 2009.
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VTantangara Dam is a major ungated concrete gravity dam with concrete chute spillway across the Murrumbidgee River in Tantangara, upstream of Adaminaby in the Snowy Mountains region of New South Wales, Australia. The dam is part of the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The purpose of the dam includes water management and conservation, with much of the impounded headwaters diverted to Lake Eucumbene. The impounded reservoir is called Tantangara Reservoir.
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VThe Tapovan Vishnugad Hydropower Plant is a 520 MW run-of-river hydroelectric project being constructed on Dhauliganga River in Chamoli District of Uttarakhand, India. The plant is expected to generate over 2.5 TWh of electricity annually. The Foundation Stone of TVHPP was laid by Shri P M Saeed, the then Union Minister for Power, on 14 February 2005 in the august presence of Shri ND Tiwari, CM of Uttarakhand.
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VThe Tapovan Vishnugad Hydropower Plant is a 520 MW run-of-river hydroelectric project being constructed on Dhauliganga River in Chamoli District of Uttarakhand, India. The plant is expected to generate over 2.5 TWh of electricity annually. The Foundation Stone of TVHPP was laid by Shri P M Saeed, the then Union Minister for Power, on 14 February 2005 in the august presence of Shri ND Tiwari, CM of Uttarakhand.
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Nsg11
VNew South Wales
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VThe Tareelaroi Weir is a weir across the Gwydir River, located in the North West Slopes region of New South Wales, Australia. The principal purpose of the weir is to mitigate the flow of water, especially in times of peak flows. The impounded reservoir is also called the Tareelaroi Weir.
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NtRp150975
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VTareelaroi Weir
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Nsg11
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sbNg6
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VNew South Wales
p151003
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VThe Tareelaroi Weir is a weir across the Gwydir River, located in the North West Slopes region of New South Wales, Australia. The principal purpose of the weir is to mitigate the flow of water, especially in times of peak flows. The impounded reservoir is also called the Tareelaroi Weir.
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sbg6
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g8
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VPOINT(150.0313873291 -29.446111679077)
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p151013
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g8
NtRp151014
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VTarni\u021ba \u2013 L\u0103pu\u0219te\u0219ti Hydroelectric Power Station
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Nsg17
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g8
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VUC
p151025
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Nsg17
Nsg11
VRomania
p151028
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VThe Tarni\u021ba\u2013L\u0103pu\u0219te\u0219ti Hydropower Plant is a proposed hydroelectric pumped-storage project on the Some\u0219ul Cald River in Cluj County, Romania. If built it would be the largest hydro-electric load balancing system in Romania. During the night, when the demand is low and electricity is cheap because of powerplants which generate electricity continuously, such as the Cernavod\u0103 nuclear power plant, it will use electricity to pump water up the hill, while during the day, it will use the hydro energy to generate electricity.
p151031
sbg6
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VPOINT(23.268611907959 46.713890075684)
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g8
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VTarraleah Power Station
p151041
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g8
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Nsg17
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p151047
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g8
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Nsg11
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p151050
sbNNg6
(g13
g8
NtRp151051
(dp151052
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp151053
(dp151054
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Nsg17
Nsg11
VThe Tarraleah Power Station is a hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is part of the and is operated by Hydro Tasmania.
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sbg6
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g8
NtRp151056
(dp151057
g16
Nsg17
Nsg11
VPOINT(146.45693969727 -42.301109313965)
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p151062
sbg6
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g8
NtRp151063
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Nsg17
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V\u0413\u0415\u0421 Tarraleah
p151065
sbg6
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g8
NtRp151066
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Nsg17
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VAustralia
p151068
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g8
NtRp151069
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p151071
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g8
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Nsg17
Nsg11
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p151074
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g8
NtRp151075
(dp151076
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp151077
(dp151078
g16
Nsg17
Nsg11
VThe Tarraleah Power Station is a hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is part of the and is operated by Hydro Tasmania.
p151079
sbg6
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g8
NtRp151080
(dp151081
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VPOINT(146.45693969727 -42.301109313965)
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p151086
sbg6
(g13
g8
NtRp151087
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Nsg11
VTatar Dam
p151089
sbg6
(g13
g8
NtRp151090
(dp151091
g16
Nsg17
Nsg11
VTurkey
p151092
sbg6
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g8
NtRp151093
(dp151094
g16
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VEmbankment, earth-fill clay-core
p151095
sbNg6
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g8
NtRp151096
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g16
Nsg17
g27
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V920.0
p151098
sbg6
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g8
NtRp151099
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p151101
sbNg6
(g13
g8
NtRp151102
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g16
Nsg17
Nsg11
VPower
p151104
sbg6
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g8
NtRp151105
(dp151106
g16
Nsg17
Nsg11
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p151107
sbg6
(g13
g8
NtRp151108
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g16
Nsg17
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VO
sbNg6
(g13
g8
NtRp151110
(dp151111
g16
Nsg17
Nsg11
VTurkey
p151112
sbg6
(g13
g8
NtRp151113
(dp151114
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VThe Tatar Dam is an earth-fill dam on the Peri River (a tributary of the Euphrates), near the village of Tatarköy in Kovanc\u0131lar district of Elaz\u0131\u011f Province, Turkey. Its primary purpose is hydroelectric power generation and is the sixth and last dam in the Peri River cascade, before Lake Keban. Construction on the dam began in 2008 and it began impounding its reservoir in early 2013. The power station was commissioned in late 2015. Its two generators were commissioned in February/March 2015. The 82 m (269 ft) tall dam withholds a reservoir of 299,570,000 m3 (242,870 acre\u22c5ft). It is owned and operated by Limak Energy and Bilgin Energy.
p151115
sbg6
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g8
NtRp151116
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Nsg17
Nsg11
VPOINT(39.816890716553 38.86307144165)
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p151122
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(g13
g8
NtRp151123
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Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0430\u0442\u0430\u0440
p151125
sbg6
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g8
NtRp151126
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Nsg17
Nsg11
VTurkey
p151128
sbg6
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Nsg17
Nsg11
VEmbankment, earth-fill clay-core
p151131
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NtRp151132
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Nsg17
g27
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V920.0
p151134
sbg6
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g8
NtRp151135
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p151137
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VPower
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p151143
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Nsg17
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VO
sbNg6
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g8
NtRp151146
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VTurkey
p151148
sbg6
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g8
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VThe Tatar Dam is an earth-fill dam on the Peri River (a tributary of the Euphrates), near the village of Tatarköy in Kovanc\u0131lar district of Elaz\u0131\u011f Province, Turkey. Its primary purpose is hydroelectric power generation and is the sixth and last dam in the Peri River cascade, before Lake Keban. Construction on the dam began in 2008 and it began impounding its reservoir in early 2013. The power station was commissioned in late 2015. Its two generators were commissioned in February/March 2015. The 82 m (269 ft) tall dam withholds a reservoir of 299,570,000 m3 (242,870 acre\u22c5ft). It is owned and operated by Limak Energy and Bilgin Energy.
p151151
sbg6
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g8
NtRp151152
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VPOINT(39.816890716553 38.86307144165)
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VTatipudi Reservoir
p151161
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g8
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Nsg17
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Vhttp://dbpedia.org/resource/India
p151164
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Nsg17
g27
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V0.1402
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p151173
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NtRp151174
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Nsg17
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VIndia Andhra Pradesh
p151176
sbg6
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NtRp151177
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V"Tatipudi Reservoir" is a dam located on River Gosthani in Andhra Pradesh. It is a water supply reservoir to the city of Visakhapatnam. Thatipudi Reservoir Project was constructed across Gosthani River during 1963-1968. The Project is aimed to irrigate a total ayacut of 15,378 acres (62 km2) in Vizianagaram District and to provide drinking water to Visakhapatnam City. The Project utilizes 3.325 tmcft of the available water and the reservoir storage capacity is about 3 tmcft. The Cost of the project is Rs. 1,820 crores. The Ayacut of 15,378 acres (62 km2) has been stabilised in Gantyada, S.Kota and Jami Mandals of Vizianagaram District.
p151179
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VPOINT(83.193901062012 18.171600341797)
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VTatopani Hydropower Station
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g8
NtRp151190
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Nsg17
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VNepal
p151192
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g8
NtRp151193
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Nsg17
Nsg11
VGravity
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NtRp151196
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Nsg17
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Vhttp://dbpedia.org/resource/Nepal_Electricity_Authority
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NtRp151199
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Nsg17
Nsg11
VPower
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Nsg17
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Vhttp://dbpedia.org/resource/Tatopani_River
p151204
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Nsg17
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Vo
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NtRp151207
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Nsg17
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VNepal
p151209
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VTatopani Hydropower Station (Nepali: \u0924\u093e\u0924\u094b\u092a\u093e\u0928\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydroelectric plant located in Annapurna Rural Municipality, Myagdi-4, Tatopani, Myagdi District of Nepal. The flow from Tatopani River is used to generate 2.0 MW of electricity. The plant is owned and developed by the government-owned Nepal Electricity Authority. The plant started generating electricity since 2051-12-06 BS. The generation license will expire in 2101-11-30 BS. The power station is connected to the national grid by 33 kV transmission line. It is the first hydropower project in Myagdi district.
p151212
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NtRp151213
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VPOINT(83.658332824707 28.525278091431)
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p151219
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g8
NtRp151220
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Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Taum Sauk
p151222
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g8
NtRp151223
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Nsg17
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VUnited States
p151225
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Nsg17
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VG
sbg6
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Nsg17
g27
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V2.07264
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g27
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V487.985
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VP
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Nsg17
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VO
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V2.4475e+06
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NtRp151247
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VMissouri
p151249
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VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151252
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VPOINT(-90.818054199219 37.535556793213)
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V\u0413\u0410\u042d\u0421 \u0422\u0430\u0443\u043c \u0421\u0430\u0443\u043a
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VUnited States
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VG
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NtRp151268
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VP
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VO
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VMissouri
p151289
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VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151292
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VPOINT(-90.818054199219 37.535556793213)
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NtRp151300
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g16
Nsg17
Nsg11
VTaum Sauk Hydroelectric Power Station
p151302
sbg6
(g13
g8
NtRp151303
(dp151304
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Nsg17
Nsg11
VUnited States
p151305
sbg6
(g13
g8
NtRp151306
(dp151307
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Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp151308
(dp151309
g16
Nsg17
g27
sg11
V2.07264
p151310
sbg6
(g13
g8
NtRp151311
(dp151312
g16
Nsg17
g27
sg11
V487.985
p151313
sbg6
(g7
g8
NtRp151314
(dp151315
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151316
sbg6
(g13
g8
NtRp151317
(dp151318
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Union_Electric_Company
p151319
sbg6
(g13
g8
NtRp151320
(dp151321
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp151322
(dp151323
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp151324
(dp151325
g16
Nsg17
g27
sg11
V2.4475e+06
p151326
sbg6
(g13
g8
NtRp151327
(dp151328
g16
Nsg17
Nsg11
VMissouri
p151329
sbg6
(g13
g8
NtRp151330
(dp151331
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151332
sbg6
(g13
g8
NtRp151333
(dp151334
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151335
sbtp151336
a(g6
(g7
g8
NtRp151337
(dp151338
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151339
sbg6
(g13
g8
NtRp151340
(dp151341
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Taum Sauk
p151342
sbg6
(g13
g8
NtRp151343
(dp151344
g16
Nsg17
Nsg11
VUnited States
p151345
sbg6
(g13
g8
NtRp151346
(dp151347
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp151348
(dp151349
g16
Nsg17
g27
sg11
V2.07264
p151350
sbg6
(g13
g8
NtRp151351
(dp151352
g16
Nsg17
g27
sg11
V487.985
p151353
sbg6
(g7
g8
NtRp151354
(dp151355
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151356
sbg6
(g13
g8
NtRp151357
(dp151358
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Union_Electric_Company
p151359
sbg6
(g13
g8
NtRp151360
(dp151361
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp151362
(dp151363
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp151364
(dp151365
g16
Nsg17
g27
sg11
V2.4475e+06
p151366
sbg6
(g13
g8
NtRp151367
(dp151368
g16
Nsg17
Nsg11
VMissouri
p151369
sbg6
(g13
g8
NtRp151370
(dp151371
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151372
sbg6
(g13
g8
NtRp151373
(dp151374
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151375
sbtp151376
a(g6
(g7
g8
NtRp151377
(dp151378
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151379
sbg6
(g13
g8
NtRp151380
(dp151381
g16
Nsg17
Nsg11
V\u062a\u0648\u0645 \u0633\u0648\u0643
p151382
sbg6
(g13
g8
NtRp151383
(dp151384
g16
Nsg17
Nsg11
VUnited States
p151385
sbg6
(g13
g8
NtRp151386
(dp151387
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp151388
(dp151389
g16
Nsg17
g27
sg11
V2.07264
p151390
sbg6
(g13
g8
NtRp151391
(dp151392
g16
Nsg17
g27
sg11
V487.985
p151393
sbg6
(g7
g8
NtRp151394
(dp151395
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151396
sbg6
(g13
g8
NtRp151397
(dp151398
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Union_Electric_Company
p151399
sbg6
(g13
g8
NtRp151400
(dp151401
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp151402
(dp151403
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp151404
(dp151405
g16
Nsg17
g27
sg11
V2.4475e+06
p151406
sbg6
(g13
g8
NtRp151407
(dp151408
g16
Nsg17
Nsg11
VMissouri
p151409
sbg6
(g13
g8
NtRp151410
(dp151411
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151412
sbg6
(g13
g8
NtRp151413
(dp151414
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151415
sbtp151416
a(g6
(g7
g8
NtRp151417
(dp151418
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151419
sbg6
(g13
g8
NtRp151420
(dp151421
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Taum Sauk
p151422
sbg6
(g13
g8
NtRp151423
(dp151424
g16
Nsg17
Nsg11
VUnited States
p151425
sbg6
(g13
g8
NtRp151426
(dp151427
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp151428
(dp151429
g16
Nsg17
g27
sg11
V2.07264
p151430
sbg6
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g8
NtRp151431
(dp151432
g16
Nsg17
g27
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V487.985
p151433
sbg6
(g7
g8
NtRp151434
(dp151435
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151436
sbg6
(g13
g8
NtRp151437
(dp151438
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Union_Electric_Company
p151439
sbg6
(g13
g8
NtRp151440
(dp151441
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp151442
(dp151443
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp151444
(dp151445
g16
Nsg17
g27
sg11
V2.4475e+06
p151446
sbg6
(g13
g8
NtRp151447
(dp151448
g16
Nsg17
Nsg11
VMissouri
p151449
sbg6
(g13
g8
NtRp151450
(dp151451
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151452
sbg6
(g13
g8
NtRp151453
(dp151454
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151455
sbtp151456
a(g6
(g7
g8
NtRp151457
(dp151458
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151459
sbg6
(g13
g8
NtRp151460
(dp151461
g16
Nsg17
Nsg11
V\u062a\u0648\u0645 \u0633\u0648\u0643
p151462
sbg6
(g13
g8
NtRp151463
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Nsg17
Nsg11
VUnited States
p151465
sbg6
(g13
g8
NtRp151466
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Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp151468
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g16
Nsg17
g27
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V2.07264
p151470
sbg6
(g13
g8
NtRp151471
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g16
Nsg17
g27
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V487.985
p151473
sbg6
(g7
g8
NtRp151474
(dp151475
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151476
sbg6
(g13
g8
NtRp151477
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p151479
sbg6
(g13
g8
NtRp151480
(dp151481
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp151482
(dp151483
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp151484
(dp151485
g16
Nsg17
g27
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V2.4475e+06
p151486
sbg6
(g13
g8
NtRp151487
(dp151488
g16
Nsg17
Nsg11
VMissouri
p151489
sbg6
(g13
g8
NtRp151490
(dp151491
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151492
sbg6
(g13
g8
NtRp151493
(dp151494
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151495
sbtp151496
a(g6
(g7
g8
NtRp151497
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g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151499
sbg6
(g13
g8
NtRp151500
(dp151501
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Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Taum Sauk
p151502
sbg6
(g13
g8
NtRp151503
(dp151504
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Nsg17
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VUnited States
p151505
sbg6
(g13
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NtRp151506
(dp151507
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Nsg17
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VG
sbg6
(g13
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NtRp151508
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g16
Nsg17
g27
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V2.07264
p151510
sbg6
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NtRp151511
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Nsg17
g27
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V487.985
p151513
sbg6
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NtRp151514
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g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151516
sbg6
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NtRp151517
(dp151518
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p151519
sbg6
(g13
g8
NtRp151520
(dp151521
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp151522
(dp151523
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp151524
(dp151525
g16
Nsg17
g27
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V2.4475e+06
p151526
sbg6
(g13
g8
NtRp151527
(dp151528
g16
Nsg17
Nsg11
VMissouri
p151529
sbg6
(g13
g8
NtRp151530
(dp151531
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151532
sbg6
(g13
g8
NtRp151533
(dp151534
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151535
sbtp151536
a(g6
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g8
NtRp151537
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g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151539
sbg6
(g13
g8
NtRp151540
(dp151541
g16
Nsg17
Nsg11
V\u0413\u0410\u042d\u0421 \u0422\u0430\u0443\u043c \u0421\u0430\u0443\u043a
p151542
sbg6
(g13
g8
NtRp151543
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Nsg17
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VUnited States
p151545
sbg6
(g13
g8
NtRp151546
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g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp151548
(dp151549
g16
Nsg17
g27
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V2.07264
p151550
sbg6
(g13
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NtRp151551
(dp151552
g16
Nsg17
g27
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V487.985
p151553
sbg6
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g8
NtRp151554
(dp151555
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151556
sbg6
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NtRp151557
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p151559
sbg6
(g13
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NtRp151560
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g16
Nsg17
Nsg11
VP
sbNg6
(g13
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NtRp151562
(dp151563
g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp151564
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g16
Nsg17
g27
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V2.4475e+06
p151566
sbg6
(g13
g8
NtRp151567
(dp151568
g16
Nsg17
Nsg11
VMissouri
p151569
sbg6
(g13
g8
NtRp151570
(dp151571
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151572
sbg6
(g13
g8
NtRp151573
(dp151574
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151575
sbtp151576
a(g6
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g8
NtRp151577
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g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151579
sbg6
(g13
g8
NtRp151580
(dp151581
g16
Nsg17
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VTaum Sauk Hydroelectric Power Station
p151582
sbg6
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NtRp151583
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Nsg17
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VUnited States
p151585
sbg6
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g8
NtRp151586
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Nsg17
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VG
sbg6
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g8
NtRp151588
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g16
Nsg17
g27
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V2.07264
p151590
sbg6
(g13
g8
NtRp151591
(dp151592
g16
Nsg17
g27
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V487.985
p151593
sbg6
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NtRp151594
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g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151596
sbg6
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NtRp151597
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p151599
sbg6
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g8
NtRp151600
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g16
Nsg17
Nsg11
VP
sbNg6
(g13
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NtRp151602
(dp151603
g16
Nsg17
Nsg11
VO
sbg6
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NtRp151604
(dp151605
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Nsg17
g27
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V2.4475e+06
p151606
sbg6
(g13
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NtRp151607
(dp151608
g16
Nsg17
Nsg11
VMissouri
p151609
sbg6
(g13
g8
NtRp151610
(dp151611
g16
Nsg17
Nsg11
VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
p151612
sbg6
(g13
g8
NtRp151613
(dp151614
g16
Nsg17
Nsg11
VPOINT(-90.818054199219 37.535556793213)
p151615
sbtp151616
a(g6
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g8
NtRp151617
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Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station
p151619
sbg6
(g13
g8
NtRp151620
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g16
Nsg17
Nsg11
VCentrale hydroélectrique de Taum Sauk
p151622
sbg6
(g13
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NtRp151623
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Nsg17
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VUnited States
p151625
sbg6
(g13
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NtRp151626
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Nsg17
Nsg11
VG
sbg6
(g13
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NtRp151628
(dp151629
g16
Nsg17
g27
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V2.07264
p151630
sbg6
(g13
g8
NtRp151631
(dp151632
g16
Nsg17
g27
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V487.985
p151633
sbg6
(g7
g8
NtRp151634
(dp151635
g11
Vhttp://dbpedia.org/resource/Taum_Sauk_Hydroelectric_Power_Station__Lake__1
p151636
sbg6
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g8
NtRp151637
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ameren
p151639
sbg6
(g13
g8
NtRp151640
(dp151641
g16
Nsg17
Nsg11
VP
sbNg6
(g13
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VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
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VThe Taum Sauk pumped storage plant is a power station in the St. Francois mountain region of Missouri, United States about 90 miles (140 km) south of St. Louis near Lesterville, Missouri, in Reynolds County. It is operated by Ameren Missouri. On December 14, 2005, a catastrophic failure in the upper reservoir dam put the plant out of operation until it was rebuilt, recertified, and reopened on April 21, 2010. The new upper reservoir dam, rebuilt from the ground up, is the largest roller-compacted concrete dam in North America.
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VHead Taunsa Barrage is a barrage on the River Indus in Taunsa district of Dera Ghazi Khan District, Punjab province of Pakistan. It is situated 20 kilometres (12 miles) southeast of Taunsa Sharif and 16 kilometres (9.9 miles) from district Kot Addu. This barrage controls water flow in the River Indus for irrigation and flood control purposes. Taunsa Barrage was designated a Ramsar site on 22 March 1996.
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VHead Taunsa Barrage is a barrage on the River Indus in Taunsa district of Dera Ghazi Khan District, Punjab province of Pakistan. It is situated 20 kilometres (12 miles) southeast of Taunsa Sharif and 16 kilometres (9.9 miles) from district Kot Addu. This barrage controls water flow in the River Indus for irrigation and flood control purposes. Taunsa Barrage was designated a Ramsar site on 22 March 1996.
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VA
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VTa\u015fköprü (translated to Stone bridge) is a combined regulator dam and bridge located in Bey\u015fehir district of Konya Province, central Turkey. It was constructed as a flood barrier as part of the irrigational on the ground of a ruined 8\u201310 arched bridge between 1908 and 1914. Its completion was delayed due to repeated flooding at the Lake Bey\u015fehir. The dam was commissioned by Albanian Ottoman Grand Vizier Mehmed Ferid Pasha of Vlorë (in office 1903\u20131908), (Turkish: Avlonyal\u0131 Ferid Pa\u015fa). Regulated water draining off the lake contributed to the rise of the formerly droughty and quaggy Konya Plain into a "granary".
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VA
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V0.042
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VFlood control,irrigation
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VOperational
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VTurkey
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VTa\u015fköprü (translated to Stone bridge) is a combined regulator dam and bridge located in Bey\u015fehir district of Konya Province, central Turkey. It was constructed as a flood barrier as part of the irrigational on the ground of a ruined 8\u201310 arched bridge between 1908 and 1914. Its completion was delayed due to repeated flooding at the Lake Bey\u015fehir. The dam was commissioned by Albanian Ottoman Grand Vizier Mehmed Ferid Pasha of Vlorë (in office 1903\u20131908), (Turkish: Avlonyal\u0131 Ferid Pa\u015fa). Regulated water draining off the lake contributed to the rise of the formerly droughty and quaggy Konya Plain into a "granary".
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VPOINT(31.722778320312 37.680694580078)
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VIndia
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V0.1445
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VIndia West Bengal#India
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VTeesta Low Dam - III Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River. The Dam is located at Rambi Bazar, Kalimpong district, West Bengal.
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VPOINT(88.440437316895 27.001806259155)
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VIndia
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V0.1445
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VIndia West Bengal#India
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VTeesta Low Dam - III Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River. The Dam is located at Rambi Bazar, Kalimpong district, West Bengal.
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VTeesta Low Dam - III Hydropower Plant
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VIndia
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V0.1445
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VPower
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VIndia West Bengal#India
p151880
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VTeesta Low Dam - III Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River. The Dam is located at Rambi Bazar, Kalimpong district, West Bengal.
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VTeesta Low Dam - III Hydropower Plant
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VIndia
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VPower
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VIndia West Bengal#India
p151913
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VTeesta Low Dam - III Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River. The Dam is located at Rambi Bazar, Kalimpong district, West Bengal.
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VPOINT(88.440437316895 27.001806259155)
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VTeesta Low Dam - IV Hydropower Plant
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VIndia
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VPower
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g16
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VO
sbNg6
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(dp151945
g16
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VIndia West Bengal#India
p151946
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NtRp151947
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g16
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VTeesta Low Dam - IV Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River at Kalijhora, Kalimpong district, West Bengal.
p151949
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NtRp151950
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VPOINT(88.446998596191 26.933935165405)
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NtRp151960
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VIndia
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V0.53
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NtRp151966
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VPower
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NtRp151975
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g16
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VO
sbNg6
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NtRp151977
(dp151978
g16
Nsg17
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VIndia West Bengal#India
p151979
sbg6
(g13
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NtRp151980
(dp151981
g16
Nsg17
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VTeesta Low Dam - IV Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River at Kalijhora, Kalimpong district, West Bengal.
p151982
sbg6
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NtRp151983
(dp151984
g16
Nsg17
Nsg11
VPOINT(88.446998596191 26.933935165405)
p151985
sbtp151986
a(g6
(g7
g8
NtRp151987
(dp151988
g11
Vhttp://dbpedia.org/resource/Teesta_Low_Dam_-_IV_Hydropower_Plant
p151989
sbg6
(g13
g8
NtRp151990
(dp151991
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0456\u0441\u0442\u0430-\u041d\u0438\u0436\u043d\u044f IV
p151992
sbg6
(g13
g8
NtRp151993
(dp151994
g16
Nsg17
Nsg11
VIndia
p151995
sbNg6
(g13
g8
NtRp151996
(dp151997
g16
Nsg17
g27
sg11
V0.53
p151998
sbNNg6
(g13
g8
NtRp151999
(dp152000
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Hydroelectric_Power_Corporation
p152001
sbg6
(g13
g8
NtRp152002
(dp152003
g16
Nsg17
Nsg11
VPower
p152004
sbg6
(g13
g8
NtRp152005
(dp152006
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Teesta_River
p152007
sbg6
(g13
g8
NtRp152008
(dp152009
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152010
(dp152011
g16
Nsg17
Nsg11
VIndia West Bengal#India
p152012
sbg6
(g13
g8
NtRp152013
(dp152014
g16
Nsg17
Nsg11
VTeesta Low Dam - IV Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River at Kalijhora, Kalimpong district, West Bengal.
p152015
sbg6
(g13
g8
NtRp152016
(dp152017
g16
Nsg17
Nsg11
VPOINT(88.446998596191 26.933935165405)
p152018
sbtp152019
a(g6
(g7
g8
NtRp152020
(dp152021
g11
Vhttp://dbpedia.org/resource/Teesta_Low_Dam_-_IV_Hydropower_Plant
p152022
sbg6
(g13
g8
NtRp152023
(dp152024
g16
Nsg17
Nsg11
VTeesta Low Dam - IV Hydropower Plant
p152025
sbg6
(g13
g8
NtRp152026
(dp152027
g16
Nsg17
Nsg11
VIndia
p152028
sbNg6
(g13
g8
NtRp152029
(dp152030
g16
Nsg17
g27
sg11
V0.53
p152031
sbNNg6
(g13
g8
NtRp152032
(dp152033
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Hydroelectric_Power_Corporation
p152034
sbg6
(g13
g8
NtRp152035
(dp152036
g16
Nsg17
Nsg11
VPower
p152037
sbg6
(g13
g8
NtRp152038
(dp152039
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Teesta_River
p152040
sbg6
(g13
g8
NtRp152041
(dp152042
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152043
(dp152044
g16
Nsg17
Nsg11
VIndia West Bengal#India
p152045
sbg6
(g13
g8
NtRp152046
(dp152047
g16
Nsg17
Nsg11
VTeesta Low Dam - IV Hydropower Plant is a run-of-the-river hydroelectric station built on the Teesta River at Kalijhora, Kalimpong district, West Bengal.
p152048
sbg6
(g13
g8
NtRp152049
(dp152050
g16
Nsg17
Nsg11
VPOINT(88.446998596191 26.933935165405)
p152051
sbtp152052
a(g6
(g7
g8
NtRp152053
(dp152054
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152055
sbg6
(g13
g8
NtRp152056
(dp152057
g16
Nsg17
Nsg11
VTehri Dam
p152058
sbg6
(g13
g8
NtRp152059
(dp152060
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152061
sbg6
(g13
g8
NtRp152062
(dp152063
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152064
sbg6
(g13
g8
NtRp152065
(dp152066
g16
Nsg17
g27
sg11
V0.575
p152067
sbNg6
(g7
g8
NtRp152068
(dp152069
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152070
sbNNg6
(g13
g8
NtRp152071
(dp152072
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152073
sbg6
(g13
g8
NtRp152074
(dp152075
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152076
(dp152077
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152078
sbg6
(g13
g8
NtRp152079
(dp152080
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152081
sbg6
(g13
g8
NtRp152082
(dp152083
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152084
sbtp152085
a(g6
(g7
g8
NtRp152086
(dp152087
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152088
sbg6
(g13
g8
NtRp152089
(dp152090
g16
Nsg17
Nsg11
VBarrage de Tehri
p152091
sbg6
(g13
g8
NtRp152092
(dp152093
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152094
sbg6
(g13
g8
NtRp152095
(dp152096
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152097
sbg6
(g13
g8
NtRp152098
(dp152099
g16
Nsg17
g27
sg11
V0.575
p152100
sbNg6
(g7
g8
NtRp152101
(dp152102
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152103
sbNNg6
(g13
g8
NtRp152104
(dp152105
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152106
sbg6
(g13
g8
NtRp152107
(dp152108
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152109
(dp152110
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152111
sbg6
(g13
g8
NtRp152112
(dp152113
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152114
sbg6
(g13
g8
NtRp152115
(dp152116
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152117
sbtp152118
a(g6
(g7
g8
NtRp152119
(dp152120
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152121
sbg6
(g13
g8
NtRp152122
(dp152123
g16
Nsg17
Nsg11
V\u0422\u0435\u0440\u0438 \u0413\u042d\u0421
p152124
sbg6
(g13
g8
NtRp152125
(dp152126
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152127
sbg6
(g13
g8
NtRp152128
(dp152129
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152130
sbg6
(g13
g8
NtRp152131
(dp152132
g16
Nsg17
g27
sg11
V0.575
p152133
sbNg6
(g7
g8
NtRp152134
(dp152135
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152136
sbNNg6
(g13
g8
NtRp152137
(dp152138
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152139
sbg6
(g13
g8
NtRp152140
(dp152141
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152142
(dp152143
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152144
sbg6
(g13
g8
NtRp152145
(dp152146
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152147
sbg6
(g13
g8
NtRp152148
(dp152149
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152150
sbtp152151
a(g6
(g7
g8
NtRp152152
(dp152153
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152154
sbg6
(g13
g8
NtRp152155
(dp152156
g16
Nsg17
Nsg11
VTehri-Talsperre
p152157
sbg6
(g13
g8
NtRp152158
(dp152159
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152160
sbg6
(g13
g8
NtRp152161
(dp152162
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152163
sbg6
(g13
g8
NtRp152164
(dp152165
g16
Nsg17
g27
sg11
V0.575
p152166
sbNg6
(g7
g8
NtRp152167
(dp152168
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152169
sbNNg6
(g13
g8
NtRp152170
(dp152171
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152172
sbg6
(g13
g8
NtRp152173
(dp152174
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152175
(dp152176
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152177
sbg6
(g13
g8
NtRp152178
(dp152179
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152180
sbg6
(g13
g8
NtRp152181
(dp152182
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152183
sbtp152184
a(g6
(g7
g8
NtRp152185
(dp152186
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152187
sbg6
(g13
g8
NtRp152188
(dp152189
g16
Nsg17
Nsg11
VBarragem de Tehri
p152190
sbg6
(g13
g8
NtRp152191
(dp152192
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152193
sbg6
(g13
g8
NtRp152194
(dp152195
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152196
sbg6
(g13
g8
NtRp152197
(dp152198
g16
Nsg17
g27
sg11
V0.575
p152199
sbNg6
(g7
g8
NtRp152200
(dp152201
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152202
sbNNg6
(g13
g8
NtRp152203
(dp152204
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152205
sbg6
(g13
g8
NtRp152206
(dp152207
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152208
(dp152209
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152210
sbg6
(g13
g8
NtRp152211
(dp152212
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152213
sbg6
(g13
g8
NtRp152214
(dp152215
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152216
sbtp152217
a(g6
(g7
g8
NtRp152218
(dp152219
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152220
sbg6
(g13
g8
NtRp152221
(dp152222
g16
Nsg17
Nsg11
VPresa de Tehri
p152223
sbg6
(g13
g8
NtRp152224
(dp152225
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152226
sbg6
(g13
g8
NtRp152227
(dp152228
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152229
sbg6
(g13
g8
NtRp152230
(dp152231
g16
Nsg17
g27
sg11
V0.575
p152232
sbNg6
(g7
g8
NtRp152233
(dp152234
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152235
sbNNg6
(g13
g8
NtRp152236
(dp152237
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152238
sbg6
(g13
g8
NtRp152239
(dp152240
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152241
(dp152242
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152243
sbg6
(g13
g8
NtRp152244
(dp152245
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152246
sbg6
(g13
g8
NtRp152247
(dp152248
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152249
sbtp152250
a(g6
(g7
g8
NtRp152251
(dp152252
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152253
sbg6
(g13
g8
NtRp152254
(dp152255
g16
Nsg17
Nsg11
V\u0422\u0435\u0445\u0440\u0456 (\u0433\u0440\u0435\u0431\u043b\u044f)
p152256
sbg6
(g13
g8
NtRp152257
(dp152258
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152259
sbg6
(g13
g8
NtRp152260
(dp152261
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152262
sbg6
(g13
g8
NtRp152263
(dp152264
g16
Nsg17
g27
sg11
V0.575
p152265
sbNg6
(g7
g8
NtRp152266
(dp152267
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152268
sbNNg6
(g13
g8
NtRp152269
(dp152270
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152271
sbg6
(g13
g8
NtRp152272
(dp152273
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152274
(dp152275
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152276
sbg6
(g13
g8
NtRp152277
(dp152278
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
p152279
sbg6
(g13
g8
NtRp152280
(dp152281
g16
Nsg17
Nsg11
VPOINT(78.48055267334 30.377777099609)
p152282
sbtp152283
a(g6
(g7
g8
NtRp152284
(dp152285
g11
Vhttp://dbpedia.org/resource/Tehri_Dam
p152286
sbg6
(g13
g8
NtRp152287
(dp152288
g16
Nsg17
Nsg11
VZapora Tehri
p152289
sbg6
(g13
g8
NtRp152290
(dp152291
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p152292
sbg6
(g13
g8
NtRp152293
(dp152294
g16
Nsg17
Nsg11
VEmbankment, earth and rock-fill
p152295
sbg6
(g13
g8
NtRp152296
(dp152297
g16
Nsg17
g27
sg11
V0.575
p152298
sbNg6
(g7
g8
NtRp152299
(dp152300
g11
Vhttp://dbpedia.org/resource/Tehri_Dam__Lake__1
p152301
sbNNg6
(g13
g8
NtRp152302
(dp152303
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bhagirathi_River
p152304
sbg6
(g13
g8
NtRp152305
(dp152306
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp152307
(dp152308
g16
Nsg17
Nsg11
VIndia Uttarakhand
p152309
sbg6
(g13
g8
NtRp152310
(dp152311
g16
Nsg17
Nsg11
VWith a height of 260.5 m (855 ft) Tehri Dam is the tallest dam in India and 12th tallest dam in the world. With a total planned installed capacity of 2400 MW, it's the biggest Hydroelectric power plant in India. It is a multi-purpose rock and earth-fill embankment dam on the Bhagirathi River in New Tehri, Tehri Garhwal district in Uttarakhand, India. It is the primary dam of the THDC India Ltd. and the Tehri hydroelectric complex. Phase 1 was completed in 2006. The Tehri Dam withholds a reservoir for irrigation, municipal water supply and the generation of 1,000 megawatts (1,300,000 hp) of hydroelectricity. The dam's 1,000 MW variable-speed pumped-storage scheme is currently under construction with expected commissioning in 2025.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTekezé Dam is a double-curvature arch dam located between Amhara and Tigray region of Ethiopia. It is situated on the Tekezé River, a tributary of the Nile that flows through one of the deepest canyons in the world.
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VTemperance Flat Dam
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VUnited States
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VRoller-compacted concrete gravity arch
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VProposed
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VTemperance Flat Dam is a proposed dam project on the San Joaquin River west of Auberry, California. The dam's main purpose would be to supplement storage capacity in the upper San Joaquin River basin. Under the current proposal, Temperance Flat would slightly more than double water storage on the San Joaquin River from below Friant Dam. The project is highly controversial because it would flood scenic canyons and historic sites along the San Joaquin River, and impact upstream hydroelectricity generation. The Bureau of Reclamation estimates the construction costs will be between $2.5 billion and $2.6 billion, while other estimates range from US$2.96 billion up to US$3.35 billion. At 665 feet, Temperance Flat Dam would be the second highest dam in California, and the fifth tallest dam in the
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VTendaho Dam is an earth-filled dam in the eastern Afar Region of Ethiopia. It is situated on the Awash River, and its reservoir also receives the output of the Mille River. The dam is a project of the Ethiopian Water Works Construction Enterprise (EWWCE). Project planning began in 2005, with construction occurring from 2010 to 2014. Its purpose is to provide irrigation primarily for the Tendaho Sugar Factory sugar cane plantation., as well as drinking water for the region. Out of the 60,000 hectares of land planned to be irrigated, 10,000 would be allotted for social services and the community, while the remaining 50,000 hectares is for cultivating sugar cane for the sugar factory.
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VTengzigou Dam
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VThe Tengzigou Dam is an arch dam on the Dragon River, a tributary of the Yangtze River, in Shizhu County, Chongqing, China. Construction on the dam began in 2006, the first generator was operational in 2005 and the project was complete in 2006. The dam supports a 70 MW hydroelectric power station.
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VTenughat Dam
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VTenughat Dam (Hindi: \u0924\u0947\u0928\u0942\u0918\u093e\u091f \u092c\u093e\u0902\u0927) is an earthfill dam with composite masonry cum concrete spillway across the Damodar River at Tenughat in Petarwar block of Bokaro district in the Indian state of Jharkhand.
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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VPOINT(135.55870056152 34.463443756104)
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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VPOINT(135.55870056152 34.463443756104)
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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V71000.0
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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VTeragaike (\u5bfa\u30f6\u6c60) is a reservoir in Kawachinagano, Osaka Prefecture, Japan. It is for irrigation to paddy fields near this lake. It was made in the Edo period. Fishing is prohibited in the lake.
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VTerzaghi Dam
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VPower
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VTerzaghi Dam is the key diversion dam in BC Hydro's Bridge River Power Project. It forms the project's largest reservoir, Carpenter Lake west of Lillooet. Originally known as the Mission Dam, it was renamed Terzaghi Dam in 1965 to honor Karl von Terzaghi, the civil engineer who founded the science of soil mechanics. It is located about 30 km up the Bridge River from its confluence with the Fraser. Projects organizing timed releases of water through Terzaghi Dam to enable fish-spawning ecology in the nearly-dry Bridge River below the dam are underway.
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sbg6
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NtRp152964
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VPOINT(-122.22219848633 50.788898468018)
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VBarrage Teton
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VFlood control, irrigation
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VUSA#Idaho
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
p152999
sbg6
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NtRp153000
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g16
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VPOINT(-111.53916931152 43.909721374512)
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V0.94488
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NtRp153024
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VFlood control, irrigation
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VUSA#Idaho
p153032
sbg6
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
p153035
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NtRp153043
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sbg6
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VUSA#Idaho
p153068
sbg6
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
p153071
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VPOINT(-111.53916931152 43.909721374512)
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sbNNg6
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p153104
sbg6
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
p153107
sbg6
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g8
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Nsg17
Nsg11
VPOINT(-111.53916931152 43.909721374512)
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sbtp153111
a(g6
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Vhttp://dbpedia.org/resource/Teton_Dam
p153114
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NtRp153115
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VTeton Dam
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VE
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p153131
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sbNNg6
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NtRp153138
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VUSA#Idaho
p153140
sbg6
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Nsg17
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
p153143
sbg6
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g8
NtRp153144
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Nsg11
VPOINT(-111.53916931152 43.909721374512)
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sbtp153147
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p153150
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NtRp153151
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Vhttp://dbpedia.org/resource/United_States
p153156
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NtRp153157
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VE
sbg6
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g16
Nsg17
g27
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p153161
sbNg6
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g8
NtRp153162
(dp153163
g11
Vhttp://dbpedia.org/resource/Teton_Dam__Lake__1
p153164
sbg6
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NtRp153165
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Vhttp://dbpedia.org/resource/United_States_Bureau_of_Reclamation
p153167
sbg6
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g8
NtRp153168
(dp153169
g16
Nsg17
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VFlood control, irrigation
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Vhttp://dbpedia.org/resource/Teton_River_(Idaho)
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sbNNg6
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NtRp153174
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g16
Nsg17
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VUSA#Idaho
p153176
sbg6
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
p153179
sbg6
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Nsg11
VPOINT(-111.53916931152 43.909721374512)
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Vhttp://dbpedia.org/resource/United_States
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VE
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p153197
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NtRp153198
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Vhttp://dbpedia.org/resource/Teton_Dam__Lake__1
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VFlood control, irrigation
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Vhttp://dbpedia.org/resource/Teton_River_(Idaho)
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VUSA#Idaho
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VThe Teton Dam was an earthen dam in the western United States, on the Teton River in eastern Idaho. It was built by the U.S. Bureau of Reclamation, one of eight federal agencies authorized to construct dams. Located between Fremont and Madison counties, it suffered a catastrophic failure on June 5, 1976, as it was filling for the first time.
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Nsg11
VPOINT(-111.53916931152 43.909721374512)
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VTalsperre Tha Thung Na
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sbNg6
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VThe Tha Thung Na Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e17\u0e48\u0e32\u0e17\u0e38\u0e48\u0e07\u0e19\u0e32, RTGS: Khuean Tha Thung Na Dam, pronounced [k\u02b0\u026f\u0300a\u032fn t\u02b0â\u02d0 t\u02b0û\u014b n\u0101\u02d0]) is a multi-purpose hydroelectric dam in the Mueang Kanchanaburi District of Kanchanaburi Province, Thailand. It impounds the Khwae Yai River. The dam is located at the southeastern corner of Erawan National Park.
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VPOINT(99.235832214355 14.233611106873)
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VTha Thung Na Dam
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Vhttp://dbpedia.org/resource/Tha_Thung_Na_Dam__Lake__1
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Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
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VO
sbNg6
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VThe Tha Thung Na Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e17\u0e48\u0e32\u0e17\u0e38\u0e48\u0e07\u0e19\u0e32, RTGS: Khuean Tha Thung Na Dam, pronounced [k\u02b0\u026f\u0300a\u032fn t\u02b0â\u02d0 t\u02b0û\u014b n\u0101\u02d0]) is a multi-purpose hydroelectric dam in the Mueang Kanchanaburi District of Kanchanaburi Province, Thailand. It impounds the Khwae Yai River. The dam is located at the southeastern corner of Erawan National Park.
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VO
sbNg6
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p153326
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NtRp153327
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VThe Tha Thung Na Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e17\u0e48\u0e32\u0e17\u0e38\u0e48\u0e07\u0e19\u0e32, RTGS: Khuean Tha Thung Na Dam, pronounced [k\u02b0\u026f\u0300a\u032fn t\u02b0â\u02d0 t\u02b0û\u014b n\u0101\u02d0]) is a multi-purpose hydroelectric dam in the Mueang Kanchanaburi District of Kanchanaburi Province, Thailand. It impounds the Khwae Yai River. The dam is located at the southeastern corner of Erawan National Park.
p153329
sbg6
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VPOINT(99.235832214355 14.233611106873)
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VTalsperre Tha Thung Na
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Nsg17
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Vhttp://dbpedia.org/resource/Tha_Thung_Na_Dam__Lake__1
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Vhttp://dbpedia.org/resource/Electricity_Generating_Authority_of_Thailand
p153353
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g8
NtRp153354
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g16
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Nsg11
VMulti-purpose
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VO
sbNg6
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NtRp153362
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VThailand
p153364
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VThe Tha Thung Na Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e17\u0e48\u0e32\u0e17\u0e38\u0e48\u0e07\u0e19\u0e32, RTGS: Khuean Tha Thung Na Dam, pronounced [k\u02b0\u026f\u0300a\u032fn t\u02b0â\u02d0 t\u02b0û\u014b n\u0101\u02d0]) is a multi-purpose hydroelectric dam in the Mueang Kanchanaburi District of Kanchanaburi Province, Thailand. It impounds the Khwae Yai River. The dam is located at the southeastern corner of Erawan National Park.
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153374
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VBarrière de la Tamise
p153377
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VUnited Kingdom
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VB
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VF
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VO
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153392
sbg6
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
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VBacainn na Tamaise
p153402
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VB
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VF
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g16
Nsg17
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VO
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Nsg17
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153417
sbg6
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
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VThames Barrier
p153427
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VUnited Kingdom
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VB
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p153435
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VF
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NtRp153438
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g16
Nsg17
Nsg11
VO
sbNNg6
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NtRp153440
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g16
Nsg17
Nsg11
VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153442
sbg6
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153449
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VBarrera del Tàmesi
p153452
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p153455
sbg6
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VB
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V0.52
p153460
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VF
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NtRp153463
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g16
Nsg17
Nsg11
VO
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NtRp153465
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Nsg17
Nsg11
VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153467
sbg6
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g16
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VPOINT(0.036666665226221 51.49694442749)
p153470
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153474
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NtRp153475
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g16
Nsg17
Nsg11
VThames Barrier
p153477
sbg6
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NtRp153478
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g16
Nsg17
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VUnited Kingdom
p153480
sbg6
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NtRp153481
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VB
sbg6
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V0.52
p153485
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VF
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NtRp153488
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g16
Nsg17
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VO
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153492
sbg6
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g8
NtRp153493
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VPOINT(0.036666665226221 51.49694442749)
p153495
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153499
sbg6
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NtRp153500
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Nsg17
Nsg11
V\u6cf0\u6664\u58eb\u6cb3\u9632\u6d2a\u9598
p153502
sbg6
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NtRp153503
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Nsg17
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VUnited Kingdom
p153505
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VB
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VF
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NtRp153513
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g16
Nsg17
Nsg11
VO
sbNNg6
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Nsg17
Nsg11
VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153517
sbg6
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g8
NtRp153518
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VPOINT(0.036666665226221 51.49694442749)
p153520
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153524
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NtRp153525
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Nsg17
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VBarreira do Tamisa
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VUnited Kingdom
p153530
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VB
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VF
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Nsg17
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VO
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153542
sbg6
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153549
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VBarrera del Támesis
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VB
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p153560
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VF
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VO
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153567
sbg6
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
p153574
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VThames Barrier
p153577
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p153580
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VB
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VF
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VO
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153592
sbg6
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Vhttp://dbpedia.org/resource/Thames_Barrier
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VB
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VF
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Nsg17
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153617
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Vhttp://dbpedia.org/resource/Thames_Barrier
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p153627
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VB
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VF
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153642
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
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VB
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p153660
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VF
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VO
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
p153667
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VPOINT(0.036666665226221 51.49694442749)
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Vhttp://dbpedia.org/resource/Thames_Barrier
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p153677
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
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VTamesiseko hesia
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VThe Thames Barrier is a retractable barrier system built to protect the floodplain of most of Greater London from exceptionally high tides and storm surges moving up from the North Sea. It has been operational since 1982. When needed, it is closed (raised) during high tide; at low tide, it can be opened to restore the river's flow towards the sea. Built about 2 miles (3.2 kilometres) east of the Isle of Dogs, its northern bank is in Silvertown in the London Borough of Newham and its southern bank is in the New Charlton area of the Royal Borough of Greenwich.
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VThe Thanneermukkom Bund (Thannermukkom Salt Water Barrier) was constructed as a part of the Kuttanad Development Scheme to prevent tidal action and intrusion of salt water into the Kuttanad low-lands across Vembanad Lake between Thannermukkom on west and Vechur on east. Thanneermukkom Bund was constructed in 1974 and is functional since 1976. It is the largest mud regulator in India. This barrier essentially divides the lake into two parts - one with brackish water perennially and the other half with fresh water fed by the rivers draining into the lake.
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VThe Thanneermukkom Bund (Thannermukkom Salt Water Barrier) was constructed as a part of the Kuttanad Development Scheme to prevent tidal action and intrusion of salt water into the Kuttanad low-lands across Vembanad Lake between Thannermukkom on west and Vechur on east. Thanneermukkom Bund was constructed in 1974 and is functional since 1976. It is the largest mud regulator in India. This barrier essentially divides the lake into two parts - one with brackish water perennially and the other half with fresh water fed by the rivers draining into the lake.
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VThapa Khola Hydropower Station (Nepali: \u0925\u093e\u092a\u093e \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Mustang District of Nepal. The flow from is used to generate 11.2 MW electricity. The plant is owned and developed by Mount Kailash Energy Co. Ltd, an IPP of Nepal. The plant started generating electricity from 2074-08-22BS. The generation licence will expire in 2104-01-25 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VIrrigation
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VThe Thenmala dam is the second largest irrigation project in Kerala, India. It impounds the longest reservoir in the state and water from the reservoir is also used for power generation. The dam was started in 1961 under the Kallada Irrigation and Tree Crop development project with an original cost of Rs. 13.28 crores. The revised estimate of Rs. 728 crores at the 1999 schedule of rates made the cost escalation to be reported at 5,356 per cent. The ayacut targeted was 61630 hectares (net) and 92800 hectares (gross). Though the project was targeted for completion, and priority in allocation was given during Ninth Plan, it could not be completed and commissioned fully.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheodore Roosevelt Dam is a dam on the Salt River located northeast of Phoenix, Arizona. The dam is 357 feet (109 m) high and forms Theodore Roosevelt Lake as it impounds the Salt River. Originally built between 1905 and 1911, the dam was renovated and expanded in 1989\u20131996. The dam is named after President Theodore Roosevelt. Serving mainly for irrigation, water supply, and flood control, the dam also has a hydroelectric generating capacity of 36 megawatts.
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VTheresa Creek Dam is a dam located 22 km south west of Clermont in central Queensland, Australia. It was constructed in 1983 by the Blair Athol Coal Project to supply water for the town of Clermont, Queensland.
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VTheule Khola Hydropower Station (Nepali: \u0920\u093f\u0909\u0932\u0947 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Baglung District of Nepal. The flow from is used to generate 1.5 MW electricity. The plant is owned and developed by Barahi Hydropower Pvt Ltd, an IPP of Nepal. The plant started generating electricity from 2075-03-24BS. The generation licence will expire in 2107-03-27 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VThe Thika dam is a 63 m high, 458 m crest length earthfill dam on the Thika River near Ndakaini, 50 km north of Nairobi, Kenya. The reservoir has a storage capacity of 70 million cubic meters and serves for drinking water supply. Water is treated at the Ngethu treatment works. The dam has increased the reliability of water supply to Nairobi, which suffered water shortages during the dry season before construction of the dam was completed in 1994. The dam has been financed by the African Development Bank, the World Bank, the European Investment Bank and the Kenyan government. Its construction had been delayed because of difficulties in land acquisition, leading to cost overruns. During construction the dam design has been modified to allow it to withstand a 1:10,000-year flood and to improv
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VThippagondanahalli Reservoir, also known as T G Halli Dam or Chamarajasagara, is located at the confluence of the Arkavathy and Kumudavathi rivers, 35 kilometres (22 mi) west of Bangalore, India. It is used by the Bangalore Water Supply and Sewerage Board as a major source of drinking water for western Bangalore. The lake is a man-made reservoir, created by the building of a dam which was inaugurated in 1933. M. Visvesvaraya supervised the construction work.
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VThe Thisavros Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0398\u03b7\u03c3\u03b1\u03c5\u03c1\u03bf\u03cd) is a rock-fill dam on the Nestos River in the regional unit of Drama in the northeastern portion of Greece. it is 21 kilometres (13 mi) north of Nikiforos and 21 kilometres (13 mi) northeast of the town of Drama. The 172-metre (564 ft) high dam is the tallest in Greece. It was constructed between 1986 and 1996. The purpose of the dam is irrigation and hydroelectric power production. Its reservoirs helps irrigate 80,937 hectares (200,000 acres) and its power station has an installed capacity of 384 megawatts (515,000 hp). The power station is a pumped-storage type which allows it to not only generate power but the turbines can reverse and pump water back into the reservoir. Power generation occurs during periods of high demand and pumping during t
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sbg6
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p154379
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VThe Thisavros Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0398\u03b7\u03c3\u03b1\u03c5\u03c1\u03bf\u03cd) is a rock-fill dam on the Nestos River in the regional unit of Drama in the northeastern portion of Greece. it is 21 kilometres (13 mi) north of Nikiforos and 21 kilometres (13 mi) northeast of the town of Drama. The 172-metre (564 ft) high dam is the tallest in Greece. It was constructed between 1986 and 1996. The purpose of the dam is irrigation and hydroelectric power production. Its reservoirs helps irrigate 80,937 hectares (200,000 acres) and its power station has an installed capacity of 384 megawatts (515,000 hp). The power station is a pumped-storage type which allows it to not only generate power but the turbines can reverse and pump water back into the reservoir. Power generation occurs during periods of high demand and pumping during t
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VThe Thisavros Dam (Greek: \u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u0398\u03b7\u03c3\u03b1\u03c5\u03c1\u03bf\u03cd) is a rock-fill dam on the Nestos River in the regional unit of Drama in the northeastern portion of Greece. it is 21 kilometres (13 mi) north of Nikiforos and 21 kilometres (13 mi) northeast of the town of Drama. The 172-metre (564 ft) high dam is the tallest in Greece. It was constructed between 1986 and 1996. The purpose of the dam is irrigation and hydroelectric power production. Its reservoirs helps irrigate 80,937 hectares (200,000 acres) and its power station has an installed capacity of 384 megawatts (515,000 hp). The power station is a pumped-storage type which allows it to not only generate power but the turbines can reverse and pump water back into the reservoir. Power generation occurs during periods of high demand and pumping during t
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p154456
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VThe Thomson Dam is a major Clay core and rockfill embankment dam with a Uncontrolled, Ogee-shaped overflow weir and chute spillway across the Thomson River, located about 130 kilometres (81 mi) east of Melbourne in the West Gippsland region of the Australian state of Victoria. The reservoir (or storage basin) created by the dam is officially called Thomson Reservoir, sometimes called Lake Thomson.
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p154491
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VThe Thomson Dam is a major Clay core and rockfill embankment dam with a Uncontrolled, Ogee-shaped overflow weir and chute spillway across the Thomson River, located about 130 kilometres (81 mi) east of Melbourne in the West Gippsland region of the Australian state of Victoria. The reservoir (or storage basin) created by the dam is officially called Thomson Reservoir, sometimes called Lake Thomson.
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p154504
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g16
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p154507
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p154512
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p154515
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g16
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Nsg17
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VVictoria
p154526
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VThe Thomson Dam is a major Clay core and rockfill embankment dam with a Uncontrolled, Ogee-shaped overflow weir and chute spillway across the Thomson River, located about 130 kilometres (81 mi) east of Melbourne in the West Gippsland region of the Australian state of Victoria. The reservoir (or storage basin) created by the dam is officially called Thomson Reservoir, sometimes called Lake Thomson.
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p154536
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NtRp154537
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NtRp154540
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p154542
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p154550
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Nsg17
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p154561
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VThe Thomson Dam is a major Clay core and rockfill embankment dam with a Uncontrolled, Ogee-shaped overflow weir and chute spillway across the Thomson River, located about 130 kilometres (81 mi) east of Melbourne in the West Gippsland region of the Australian state of Victoria. The reservoir (or storage basin) created by the dam is officially called Thomson Reservoir, sometimes called Lake Thomson.
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NtRp154580
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p154585
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VO
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Nsg17
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p154596
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VThe Thomson Dam is a major Clay core and rockfill embankment dam with a Uncontrolled, Ogee-shaped overflow weir and chute spillway across the Thomson River, located about 130 kilometres (81 mi) east of Melbourne in the West Gippsland region of the Australian state of Victoria. The reservoir (or storage basin) created by the dam is officially called Thomson Reservoir, sometimes called Lake Thomson.
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VO
sbNg6
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p154631
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VThe Thomson Dam is a major Clay core and rockfill embankment dam with a Uncontrolled, Ogee-shaped overflow weir and chute spillway across the Thomson River, located about 130 kilometres (81 mi) east of Melbourne in the West Gippsland region of the Australian state of Victoria. The reservoir (or storage basin) created by the dam is officially called Thomson Reservoir, sometimes called Lake Thomson.
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VPOINT(146.39889526367 -37.842777252197)
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p154647
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p154650
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Nsg17
Nsg11
Vo
sbNg6
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NtRp154659
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VNepal
p154661
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VThoppal Khola Hydropower Station (Nepali: \u0925\u094b\u092a\u094d\u092a\u0932 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Dhading District of Nepal. The flow from Thoppal River is used to generate 1.65 MW electricity. The plant is owned and developed by Thoppal Khola Hydropower Company Pvt. Ltd , an IPP of Nepal. The plant started generating electricity from 2064-04-24 BS. The generation licence will expire in 2098-03-24 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VPOINT(84.841667175293 27.85000038147)
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g27
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V8.2
p154680
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p154686
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VIndia Andhra Pradesh
p154689
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VThotapalli Barrage is located in Garugubilli Mandal, Parvathipuram Manyam district of Andhra Pradesh State. It was named after the freedom fighter and Political leader Sardar Gouthu Latchanna. The project construction was in between 2003 and 2015. This Project was inaugurated by Andhra Pradesh Chief Minister Nara Chandra babu Naidu on 10 September 2015. The Project provides irrigation to 1,20,000 acres in Srikakulam and Parvathipuram Manyam districts.
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NtRp154693
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VPOINT(83.496391296387 18.784721374512)
p154695
sbtp154696
a(g6
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g8
NtRp154697
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154699
sbg6
(g13
g8
NtRp154700
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g16
Nsg17
Nsg11
VBarrage des Trois-Gorges
p154702
sbg6
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g8
NtRp154703
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g16
Nsg17
Nsg11
VChina
p154705
sbg6
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g8
NtRp154706
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g16
Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp154708
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154710
sbg6
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g8
NtRp154711
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154713
sbg6
(g13
g8
NtRp154714
(dp154715
g16
Nsg17
Nsg11
VFlood control, power, navigation
p154716
sbg6
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g8
NtRp154717
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p154719
sbg6
(g13
g8
NtRp154720
(dp154721
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154722
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g16
Nsg17
Nsg11
VHubei#China
p154724
sbg6
(g13
g8
NtRp154725
(dp154726
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154727
sbg6
(g13
g8
NtRp154728
(dp154729
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154730
sbtp154731
a(g6
(g7
g8
NtRp154732
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154734
sbg6
(g13
g8
NtRp154735
(dp154736
g16
Nsg17
Nsg11
VHiru Arroiletako presa
p154737
sbg6
(g13
g8
NtRp154738
(dp154739
g16
Nsg17
Nsg11
VChina
p154740
sbg6
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g8
NtRp154741
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g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp154743
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154745
sbg6
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g8
NtRp154746
(dp154747
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154748
sbg6
(g13
g8
NtRp154749
(dp154750
g16
Nsg17
Nsg11
VFlood control, power, navigation
p154751
sbg6
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g8
NtRp154752
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p154754
sbg6
(g13
g8
NtRp154755
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154757
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g16
Nsg17
Nsg11
VHubei#China
p154759
sbg6
(g13
g8
NtRp154760
(dp154761
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154762
sbg6
(g13
g8
NtRp154763
(dp154764
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154765
sbtp154766
a(g6
(g7
g8
NtRp154767
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154769
sbg6
(g13
g8
NtRp154770
(dp154771
g16
Nsg17
Nsg11
VDamba na dTrí Mhám
p154772
sbg6
(g13
g8
NtRp154773
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g16
Nsg17
Nsg11
VChina
p154775
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g8
NtRp154776
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g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp154778
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154780
sbg6
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g8
NtRp154781
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154783
sbg6
(g13
g8
NtRp154784
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g16
Nsg17
Nsg11
VFlood control, power, navigation
p154786
sbg6
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g8
NtRp154787
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p154789
sbg6
(g13
g8
NtRp154790
(dp154791
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154792
(dp154793
g16
Nsg17
Nsg11
VHubei#China
p154794
sbg6
(g13
g8
NtRp154795
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154797
sbg6
(g13
g8
NtRp154798
(dp154799
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154800
sbtp154801
a(g6
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g8
NtRp154802
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154804
sbg6
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g8
NtRp154805
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g16
Nsg17
Nsg11
VPresa de las Tres Gargantas
p154807
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g8
NtRp154808
(dp154809
g16
Nsg17
Nsg11
VChina
p154810
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g8
NtRp154811
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g16
Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp154813
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154815
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g8
NtRp154816
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154818
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g8
NtRp154819
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g16
Nsg17
Nsg11
VFlood control, power, navigation
p154821
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g8
NtRp154822
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g16
Nsg17
Nsg11
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p154824
sbg6
(g13
g8
NtRp154825
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154827
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g16
Nsg17
Nsg11
VHubei#China
p154829
sbg6
(g13
g8
NtRp154830
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154832
sbg6
(g13
g8
NtRp154833
(dp154834
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154835
sbtp154836
a(g6
(g7
g8
NtRp154837
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154839
sbg6
(g13
g8
NtRp154840
(dp154841
g16
Nsg17
Nsg11
VDrei-Schluchten-Talsperre
p154842
sbg6
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g8
NtRp154843
(dp154844
g16
Nsg17
Nsg11
VChina
p154845
sbg6
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g8
NtRp154846
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g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp154848
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154850
sbg6
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g8
NtRp154851
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
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g8
NtRp154854
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g16
Nsg17
Nsg11
VFlood control, power, navigation
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g8
NtRp154857
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g16
Nsg17
Nsg11
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p154859
sbg6
(g13
g8
NtRp154860
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154862
(dp154863
g16
Nsg17
Nsg11
VHubei#China
p154864
sbg6
(g13
g8
NtRp154865
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154867
sbg6
(g13
g8
NtRp154868
(dp154869
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154870
sbtp154871
a(g6
(g7
g8
NtRp154872
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g11
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p154874
sbg6
(g13
g8
NtRp154875
(dp154876
g16
Nsg17
Nsg11
VBara\u0135o Tri Gor\u011doj
p154877
sbg6
(g13
g8
NtRp154878
(dp154879
g16
Nsg17
Nsg11
VChina
p154880
sbg6
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g8
NtRp154881
(dp154882
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp154883
(dp154884
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154885
sbg6
(g13
g8
NtRp154886
(dp154887
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154888
sbg6
(g13
g8
NtRp154889
(dp154890
g16
Nsg17
Nsg11
VFlood control, power, navigation
p154891
sbg6
(g13
g8
NtRp154892
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g16
Nsg17
Nsg11
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p154894
sbg6
(g13
g8
NtRp154895
(dp154896
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154897
(dp154898
g16
Nsg17
Nsg11
VHubei#China
p154899
sbg6
(g13
g8
NtRp154900
(dp154901
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154902
sbg6
(g13
g8
NtRp154903
(dp154904
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154905
sbtp154906
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g8
NtRp154907
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154909
sbg6
(g13
g8
NtRp154910
(dp154911
g16
Nsg17
Nsg11
V\u0633\u062f \u0627\u0644\u0645\u0645\u0631\u0627\u062a \u0627\u0644\u062b\u0644\u0627\u062b\u0629
p154912
sbg6
(g13
g8
NtRp154913
(dp154914
g16
Nsg17
Nsg11
VChina
p154915
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g8
NtRp154916
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g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp154918
(dp154919
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154920
sbg6
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g8
NtRp154921
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g16
Nsg17
Nsg11
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p154923
sbg6
(g13
g8
NtRp154924
(dp154925
g16
Nsg17
Nsg11
VFlood control, power, navigation
p154926
sbg6
(g13
g8
NtRp154927
(dp154928
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p154929
sbg6
(g13
g8
NtRp154930
(dp154931
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154932
(dp154933
g16
Nsg17
Nsg11
VHubei#China
p154934
sbg6
(g13
g8
NtRp154935
(dp154936
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154937
sbg6
(g13
g8
NtRp154938
(dp154939
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154940
sbtp154941
a(g6
(g7
g8
NtRp154942
(dp154943
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154944
sbg6
(g13
g8
NtRp154945
(dp154946
g16
Nsg17
Nsg11
VT\u0159i sout\u011bsky (hráz)
p154947
sbg6
(g13
g8
NtRp154948
(dp154949
g16
Nsg17
Nsg11
VChina
p154950
sbg6
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g8
NtRp154951
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g16
Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp154953
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154955
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(g13
g8
NtRp154956
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154958
sbg6
(g13
g8
NtRp154959
(dp154960
g16
Nsg17
Nsg11
VFlood control, power, navigation
p154961
sbg6
(g13
g8
NtRp154962
(dp154963
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p154964
sbg6
(g13
g8
NtRp154965
(dp154966
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp154967
(dp154968
g16
Nsg17
Nsg11
VHubei#China
p154969
sbg6
(g13
g8
NtRp154970
(dp154971
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p154972
sbg6
(g13
g8
NtRp154973
(dp154974
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p154975
sbtp154976
a(g6
(g7
g8
NtRp154977
(dp154978
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p154979
sbg6
(g13
g8
NtRp154980
(dp154981
g16
Nsg17
Nsg11
VBarrage des Trois-Gorges
p154982
sbg6
(g13
g8
NtRp154983
(dp154984
g16
Nsg17
Nsg11
VChina
p154985
sbg6
(g13
g8
NtRp154986
(dp154987
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp154988
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p154990
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(g13
g8
NtRp154991
(dp154992
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p154993
sbg6
(g13
g8
NtRp154994
(dp154995
g16
Nsg17
Nsg11
VFlood control, power, navigation
p154996
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g8
NtRp154997
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p154999
sbg6
(g13
g8
NtRp155000
(dp155001
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155002
(dp155003
g16
Nsg17
Nsg11
VHubei#China
p155004
sbg6
(g13
g8
NtRp155005
(dp155006
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155007
sbg6
(g13
g8
NtRp155008
(dp155009
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155010
sbtp155011
a(g6
(g7
g8
NtRp155012
(dp155013
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155014
sbg6
(g13
g8
NtRp155015
(dp155016
g16
Nsg17
Nsg11
VPresa de les Tres Gorges
p155017
sbg6
(g13
g8
NtRp155018
(dp155019
g16
Nsg17
Nsg11
VChina
p155020
sbg6
(g13
g8
NtRp155021
(dp155022
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155023
(dp155024
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155025
sbg6
(g13
g8
NtRp155026
(dp155027
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155028
sbg6
(g13
g8
NtRp155029
(dp155030
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155031
sbg6
(g13
g8
NtRp155032
(dp155033
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155034
sbg6
(g13
g8
NtRp155035
(dp155036
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155037
(dp155038
g16
Nsg17
Nsg11
VHubei#China
p155039
sbg6
(g13
g8
NtRp155040
(dp155041
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155042
sbg6
(g13
g8
NtRp155043
(dp155044
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155045
sbtp155046
a(g6
(g7
g8
NtRp155047
(dp155048
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155049
sbg6
(g13
g8
NtRp155050
(dp155051
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03c9\u03bd \u03a4\u03c1\u03b9\u03ce\u03bd \u03a6\u03b1\u03c1\u03b1\u03b3\u03b3\u03b9\u03ce\u03bd
p155052
sbg6
(g13
g8
NtRp155053
(dp155054
g16
Nsg17
Nsg11
VChina
p155055
sbg6
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g8
NtRp155056
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g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155058
(dp155059
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155060
sbg6
(g13
g8
NtRp155061
(dp155062
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155063
sbg6
(g13
g8
NtRp155064
(dp155065
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155066
sbg6
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g8
NtRp155067
(dp155068
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155069
sbg6
(g13
g8
NtRp155070
(dp155071
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155072
(dp155073
g16
Nsg17
Nsg11
VHubei#China
p155074
sbg6
(g13
g8
NtRp155075
(dp155076
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155077
sbg6
(g13
g8
NtRp155078
(dp155079
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155080
sbtp155081
a(g6
(g7
g8
NtRp155082
(dp155083
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155084
sbg6
(g13
g8
NtRp155085
(dp155086
g16
Nsg17
Nsg11
V\u03a6\u03c1\u03ac\u03b3\u03bc\u03b1 \u03c4\u03c9\u03bd \u03a4\u03c1\u03b9\u03ce\u03bd \u03a6\u03b1\u03c1\u03b1\u03b3\u03b3\u03b9\u03ce\u03bd
p155087
sbg6
(g13
g8
NtRp155088
(dp155089
g16
Nsg17
Nsg11
VChina
p155090
sbg6
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g8
NtRp155091
(dp155092
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155093
(dp155094
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155095
sbg6
(g13
g8
NtRp155096
(dp155097
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155098
sbg6
(g13
g8
NtRp155099
(dp155100
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155101
sbg6
(g13
g8
NtRp155102
(dp155103
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155104
sbg6
(g13
g8
NtRp155105
(dp155106
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155107
(dp155108
g16
Nsg17
Nsg11
VHubei#China
p155109
sbg6
(g13
g8
NtRp155110
(dp155111
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155112
sbg6
(g13
g8
NtRp155113
(dp155114
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155115
sbtp155116
a(g6
(g7
g8
NtRp155117
(dp155118
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155119
sbg6
(g13
g8
NtRp155120
(dp155121
g16
Nsg17
Nsg11
VT\u0159i sout\u011bsky (hráz)
p155122
sbg6
(g13
g8
NtRp155123
(dp155124
g16
Nsg17
Nsg11
VChina
p155125
sbg6
(g13
g8
NtRp155126
(dp155127
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155128
(dp155129
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155130
sbg6
(g13
g8
NtRp155131
(dp155132
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155133
sbg6
(g13
g8
NtRp155134
(dp155135
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155136
sbg6
(g13
g8
NtRp155137
(dp155138
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155139
sbg6
(g13
g8
NtRp155140
(dp155141
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155142
(dp155143
g16
Nsg17
Nsg11
VHubei#China
p155144
sbg6
(g13
g8
NtRp155145
(dp155146
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155147
sbg6
(g13
g8
NtRp155148
(dp155149
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155150
sbtp155151
a(g6
(g7
g8
NtRp155152
(dp155153
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155154
sbg6
(g13
g8
NtRp155155
(dp155156
g16
Nsg17
Nsg11
VBendungan Tiga Ngarai
p155157
sbg6
(g13
g8
NtRp155158
(dp155159
g16
Nsg17
Nsg11
VChina
p155160
sbg6
(g13
g8
NtRp155161
(dp155162
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155163
(dp155164
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155165
sbg6
(g13
g8
NtRp155166
(dp155167
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155168
sbg6
(g13
g8
NtRp155169
(dp155170
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155171
sbg6
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g8
NtRp155172
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g16
Nsg17
Nsg11
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p155174
sbg6
(g13
g8
NtRp155175
(dp155176
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155177
(dp155178
g16
Nsg17
Nsg11
VHubei#China
p155179
sbg6
(g13
g8
NtRp155180
(dp155181
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155182
sbg6
(g13
g8
NtRp155183
(dp155184
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155185
sbtp155186
a(g6
(g7
g8
NtRp155187
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155189
sbg6
(g13
g8
NtRp155190
(dp155191
g16
Nsg17
Nsg11
VBendungan Tiga Ngarai
p155192
sbg6
(g13
g8
NtRp155193
(dp155194
g16
Nsg17
Nsg11
VChina
p155195
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g8
NtRp155196
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g16
Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp155198
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155200
sbg6
(g13
g8
NtRp155201
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155203
sbg6
(g13
g8
NtRp155204
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g16
Nsg17
Nsg11
VFlood control, power, navigation
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g8
NtRp155207
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155209
sbg6
(g13
g8
NtRp155210
(dp155211
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155212
(dp155213
g16
Nsg17
Nsg11
VHubei#China
p155214
sbg6
(g13
g8
NtRp155215
(dp155216
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155217
sbg6
(g13
g8
NtRp155218
(dp155219
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155220
sbtp155221
a(g6
(g7
g8
NtRp155222
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g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155224
sbg6
(g13
g8
NtRp155225
(dp155226
g16
Nsg17
Nsg11
VDiga delle Tre gole
p155227
sbg6
(g13
g8
NtRp155228
(dp155229
g16
Nsg17
Nsg11
VChina
p155230
sbg6
(g13
g8
NtRp155231
(dp155232
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155233
(dp155234
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155235
sbg6
(g13
g8
NtRp155236
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155238
sbg6
(g13
g8
NtRp155239
(dp155240
g16
Nsg17
Nsg11
VFlood control, power, navigation
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sbg6
(g13
g8
NtRp155242
(dp155243
g16
Nsg17
Nsg11
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p155244
sbg6
(g13
g8
NtRp155245
(dp155246
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155247
(dp155248
g16
Nsg17
Nsg11
VHubei#China
p155249
sbg6
(g13
g8
NtRp155250
(dp155251
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155252
sbg6
(g13
g8
NtRp155253
(dp155254
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155255
sbtp155256
a(g6
(g7
g8
NtRp155257
(dp155258
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155259
sbg6
(g13
g8
NtRp155260
(dp155261
g16
Nsg17
Nsg11
VDiga delle Tre gole
p155262
sbg6
(g13
g8
NtRp155263
(dp155264
g16
Nsg17
Nsg11
VChina
p155265
sbg6
(g13
g8
NtRp155266
(dp155267
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155268
(dp155269
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155270
sbg6
(g13
g8
NtRp155271
(dp155272
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155273
sbg6
(g13
g8
NtRp155274
(dp155275
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155276
sbg6
(g13
g8
NtRp155277
(dp155278
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155279
sbg6
(g13
g8
NtRp155280
(dp155281
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155282
(dp155283
g16
Nsg17
Nsg11
VHubei#China
p155284
sbg6
(g13
g8
NtRp155285
(dp155286
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155287
sbg6
(g13
g8
NtRp155288
(dp155289
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155290
sbtp155291
a(g6
(g7
g8
NtRp155292
(dp155293
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155294
sbg6
(g13
g8
NtRp155295
(dp155296
g16
Nsg17
Nsg11
VDiga delle Tre gole
p155297
sbg6
(g13
g8
NtRp155298
(dp155299
g16
Nsg17
Nsg11
VChina
p155300
sbg6
(g13
g8
NtRp155301
(dp155302
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155303
(dp155304
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155305
sbg6
(g13
g8
NtRp155306
(dp155307
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155308
sbg6
(g13
g8
NtRp155309
(dp155310
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155311
sbg6
(g13
g8
NtRp155312
(dp155313
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155314
sbg6
(g13
g8
NtRp155315
(dp155316
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155317
(dp155318
g16
Nsg17
Nsg11
VHubei#China
p155319
sbg6
(g13
g8
NtRp155320
(dp155321
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155322
sbg6
(g13
g8
NtRp155323
(dp155324
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155325
sbtp155326
a(g6
(g7
g8
NtRp155327
(dp155328
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155329
sbg6
(g13
g8
NtRp155330
(dp155331
g16
Nsg17
Nsg11
V\u4e09\u5ce1\u30c0\u30e0
p155332
sbg6
(g13
g8
NtRp155333
(dp155334
g16
Nsg17
Nsg11
VChina
p155335
sbg6
(g13
g8
NtRp155336
(dp155337
g16
Nsg17
Nsg11
VG
sbNNg6
(g7
g8
NtRp155338
(dp155339
g11
Vhttp://dbpedia.org/resource/Three_Gorges_Dam__Lake__1
p155340
sbg6
(g13
g8
NtRp155341
(dp155342
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
p155343
sbg6
(g13
g8
NtRp155344
(dp155345
g16
Nsg17
Nsg11
VFlood control, power, navigation
p155346
sbg6
(g13
g8
NtRp155347
(dp155348
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yangtze_River
p155349
sbg6
(g13
g8
NtRp155350
(dp155351
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp155352
(dp155353
g16
Nsg17
Nsg11
VHubei#China
p155354
sbg6
(g13
g8
NtRp155355
(dp155356
g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155357
sbg6
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g8
NtRp155358
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Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155360
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p155364
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Nsg17
Nsg11
V\u4e09\u5ce1\u30c0\u30e0
p155367
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NtRp155368
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Nsg17
Nsg11
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p155370
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Nsg17
Nsg11
VG
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p155375
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Nsg17
Nsg11
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p155384
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Nsg17
Nsg11
VO
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Nsg17
Nsg11
VHubei#China
p155389
sbg6
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g8
NtRp155390
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Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155392
sbg6
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g8
NtRp155393
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155395
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p155399
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Nsg17
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V\uc2fc\uc0e4 \ub310
p155402
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NtRp155403
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Nsg17
Nsg11
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p155405
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Nsg17
Nsg11
VG
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p155410
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Nsg17
Nsg11
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sbg6
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NtRp155414
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Nsg17
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p155419
sbg6
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g8
NtRp155420
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g16
Nsg17
Nsg11
VO
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g8
NtRp155422
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Nsg17
Nsg11
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p155424
sbg6
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g8
NtRp155425
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Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155427
sbg6
(g13
g8
NtRp155428
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155430
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g8
NtRp155432
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p155434
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g8
NtRp155435
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g16
Nsg17
Nsg11
VDrieklovendam
p155437
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g8
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Nsg17
Nsg11
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p155440
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Nsg17
Nsg11
VG
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p155445
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Nsg17
Nsg11
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p155448
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g8
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Nsg17
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Nsg11
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p155454
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g8
NtRp155455
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g16
Nsg17
Nsg11
VO
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NtRp155457
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g16
Nsg17
Nsg11
VHubei#China
p155459
sbg6
(g13
g8
NtRp155460
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155462
sbg6
(g13
g8
NtRp155463
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155465
sbtp155466
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g8
NtRp155467
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p155469
sbg6
(g13
g8
NtRp155470
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g16
Nsg17
Nsg11
VTama Trzech Prze\u0142omów
p155472
sbg6
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g8
NtRp155473
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Nsg17
Nsg11
VChina
p155475
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NtRp155476
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Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp155478
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g11
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p155480
sbg6
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g8
NtRp155481
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Nsg17
Nsg11
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p155483
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NtRp155484
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Nsg17
Nsg11
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Nsg17
Nsg11
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p155489
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g8
NtRp155490
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp155492
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Nsg17
Nsg11
VHubei#China
p155494
sbg6
(g13
g8
NtRp155495
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155497
sbg6
(g13
g8
NtRp155498
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155500
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g8
NtRp155502
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p155504
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(g13
g8
NtRp155505
(dp155506
g16
Nsg17
Nsg11
VThree Gorges Dam
p155507
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g8
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Nsg17
Nsg11
VChina
p155510
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Nsg17
Nsg11
VG
sbNNg6
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g8
NtRp155513
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g11
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p155515
sbg6
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g8
NtRp155516
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g16
Nsg17
Nsg11
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p155518
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Nsg17
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Nsg17
Nsg11
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g8
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g16
Nsg17
Nsg11
VO
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g8
NtRp155527
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g16
Nsg17
Nsg11
VHubei#China
p155529
sbg6
(g13
g8
NtRp155530
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155532
sbg6
(g13
g8
NtRp155533
(dp155534
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155535
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g8
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p155539
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g8
NtRp155540
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g16
Nsg17
Nsg11
VHidrelétrica das Três Gargantas
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g8
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Nsg17
Nsg11
VChina
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Nsg17
Nsg11
VG
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g8
NtRp155548
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g11
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p155550
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NtRp155551
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China_Yangtze_Power
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Nsg17
Nsg11
VO
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NtRp155562
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Nsg17
Nsg11
VHubei#China
p155564
sbg6
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g8
NtRp155565
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155567
sbg6
(g13
g8
NtRp155568
(dp155569
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155570
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p155574
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Nsg17
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VHidrelétrica das Três Gargantas
p155577
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Nsg17
Nsg11
VChina
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Nsg17
Nsg11
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NtRp155589
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Nsg11
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Nsg17
Nsg11
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p155594
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NtRp155595
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Nsg17
Nsg11
VO
sbNg6
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NtRp155597
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Nsg17
Nsg11
VHubei#China
p155599
sbg6
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NtRp155600
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155602
sbg6
(g13
g8
NtRp155603
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155605
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Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155609
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Nsg17
Nsg11
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p155612
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g8
NtRp155613
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Nsg17
Nsg11
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p155615
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Nsg17
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Nsg11
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p155629
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g8
NtRp155630
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g16
Nsg17
Nsg11
VO
sbNg6
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NtRp155632
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Nsg17
Nsg11
VHubei#China
p155634
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g8
NtRp155635
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Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155637
sbg6
(g13
g8
NtRp155638
(dp155639
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155640
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g8
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Vhttp://dbpedia.org/resource/Three_Gorges_Dam
p155644
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g8
NtRp155645
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g16
Nsg17
Nsg11
V\u0422\u0440\u0438 \u0443\u0449\u0435\u043b\u044c\u044f (\u044d\u043b\u0435\u043a\u0442\u0440\u043e\u0441\u0442\u0430\u043d\u0446\u0438\u044f)
p155647
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Nsg17
Nsg11
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p155650
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Nsg17
Nsg11
VG
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p155655
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p155658
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Nsg17
Nsg11
VFlood control, power, navigation
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Nsg11
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p155664
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NtRp155665
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Nsg17
Nsg11
VO
sbNg6
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NtRp155667
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Nsg17
Nsg11
VHubei#China
p155669
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g8
NtRp155670
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g16
Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155672
sbg6
(g13
g8
NtRp155673
(dp155674
g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
p155675
sbtp155676
a(g6
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g8
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Nsg17
Nsg11
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p155685
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NtRp155686
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g8
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p155690
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g8
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Nsg11
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g8
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Nsg17
Nsg11
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
VO
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g8
NtRp155702
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Nsg17
Nsg11
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p155704
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g8
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155707
sbg6
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Nsg17
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p155720
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g8
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Nsg17
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g8
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Nsg17
Nsg11
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p155739
sbg6
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g8
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155742
sbg6
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g8
NtRp155743
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p155749
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Nsg17
Nsg11
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Nsg17
Nsg11
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g8
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NtRp155761
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Nsg17
Nsg11
VO
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(g13
g8
NtRp155772
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g16
Nsg17
Nsg11
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p155774
sbg6
(g13
g8
NtRp155775
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155777
sbg6
(g13
g8
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g16
Nsg17
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VPOINT(111.00333404541 30.823055267334)
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Nsg17
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g8
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Nsg17
Nsg11
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p155790
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
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p155809
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g8
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Nsg17
Nsg11
VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155812
sbg6
(g13
g8
NtRp155813
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g16
Nsg17
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VPOINT(111.00333404541 30.823055267334)
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g8
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Nsg11
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Nsg17
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VO
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Nsg17
Nsg11
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p155844
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155847
sbg6
(g13
g8
NtRp155848
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
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NtRp155855
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Nsg17
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NtRp155858
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Nsg17
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Nsg17
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g16
Nsg17
Nsg11
VO
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NtRp155877
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g16
Nsg17
Nsg11
VHubei#China
p155879
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g8
NtRp155880
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Nsg17
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VThe Three Gorges Dam is a hydroelectric gravity dam that spans the Yangtze River by the town of Sandouping, in Yiling District, Yichang, Hubei province, central China, downstream of the Three Gorges. The Three Gorges Dam has been the world's largest power station in terms of installed capacity (22,500 MW) since 2012. The dam generates an average 95±20 TWh of electricity per year, depending on annual amount of precipitation in the river basin. After the extensive monsoon rainfalls of 2020, the dam's annual production nearly reached 112 TWh, breaking the previous world record of ~103 TWh set by Itaipu Dam in 2016.
p155882
sbg6
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g8
NtRp155883
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g16
Nsg17
Nsg11
VPOINT(111.00333404541 30.823055267334)
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Nsg17
Nsg11
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g8
NtRp155893
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Nsg17
Nsg11
VIndia
p155895
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g8
NtRp155896
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Nsg17
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V0.314
p155898
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Nsg17
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g8
NtRp155902
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Nsg17
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p155904
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g16
Nsg17
Nsg11
VO
sbNg6
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NtRp155907
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Nsg17
Nsg11
VIndia#India Kerala
p155909
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g8
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VThunakkadavu Dam is situated in Parambikulam Wildlife Sanctuary, Kerala across Thunacadavu River, which is a tributary of Parambikulam River, in Palakkad district of Kerala, India. It is part of the Parambikulam Aliyar (Irrigation) Project.This is a small balancing Reservoir with gross capacity is 557 Mcft. The water that is received from Prambikulam Reservoir and from the Peruvaripallam Reservoir, as well as from its own catchment, is diverted to the Sarkarpathy Power House through the Sarkarpathy Power Tunnel.
p155912
sbg6
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NtRp155913
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g16
Nsg17
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VPOINT(76.781669616699 10.434166908264)
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g8
NtRp155920
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Nsg17
Nsg11
VThune Dam
p155922
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g8
NtRp155923
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Nsg17
Nsg11
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p155925
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g8
NtRp155926
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Nsg17
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V1.7
p155928
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g8
NtRp155929
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p155931
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g8
NtRp155932
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Nsg17
Nsg11
VBotswana
p155934
sbg6
(g13
g8
NtRp155935
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Nsg17
Nsg11
VThe Thune Dam is a dam on the Thune River in Botswana that was under construction in 2012. It has a planned capacity of 90,000,000 cubic metres (3.2×109 cu ft).
p155937
sbg6
(g13
g8
NtRp155938
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Nsg17
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VPOINT(28.800685882568 -22.271097183228)
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Nsg17
Nsg11
VTianhuaban Dam
p155947
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g8
NtRp155948
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Nsg17
Nsg11
VChina
p155950
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g8
NtRp155951
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Nsg17
Nsg11
VArch,roller-compacted concrete
p155953
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g8
NtRp155954
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Nsg17
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p155956
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p155959
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NtRp155960
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g16
Nsg17
Nsg11
VPower
p155962
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NtRp155963
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Nsg17
Nsg11
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p155965
sbg6
(g13
g8
NtRp155966
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp155968
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g16
Nsg17
Nsg11
VChina
p155970
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(g13
g8
NtRp155971
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g16
Nsg17
Nsg11
VThe Tianhuaban Dam is an arch dam on the , a tributary of the Jinsha River. It straddles the border of Ludian and Qiaojia Counties in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 180 MW power station. In September 2006, construction on the dam's river diversion tunnels commenced. The first two of 90 MW Francis turbine-generator sets was commissioned in February 2011, the second in March of the same year. Water from the reservoir is diverted to a power station about 2.5 km (1.6 mi) downstream on the right bank of the river.
p155973
sbg6
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g8
NtRp155974
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g16
Nsg17
Nsg11
VPOINT(103.2907409668 27.028089523315)
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p155980
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g8
NtRp155981
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g16
Nsg17
Nsg11
VPumpspeicherkraftwerk Tianhuangping
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Nsg17
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p155986
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p155989
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NtRp155990
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Nsg17
Nsg11
VOperational
p155992
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g8
NtRp155993
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g16
Nsg17
Nsg11
VThe Tianhuangping Pumped Storage Power Station is a pumped-storage power station in , Anji County of Huzhou, Zhejiang Province, China. The power station has an installed capacity of 1,836 megawatts (2,462,000 hp) utilizing 6 reversible Francis turbines. Construction began in 1993 and the power station was completed in 2004.
p155995
sbg6
(g13
g8
NtRp155996
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g16
Nsg17
Nsg11
VPOINT(119.60583496094 30.470277786255)
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Nsg17
Nsg11
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p156005
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g8
NtRp156006
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Nsg17
Nsg11
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VThe Tianhuangping Pumped Storage Power Station is a pumped-storage power station in , Anji County of Huzhou, Zhejiang Province, China. The power station has an installed capacity of 1,836 megawatts (2,462,000 hp) utilizing 6 reversible Francis turbines. Construction began in 1993 and the power station was completed in 2004.
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VThe Tianhuangping Pumped Storage Power Station is a pumped-storage power station in , Anji County of Huzhou, Zhejiang Province, China. The power station has an installed capacity of 1,836 megawatts (2,462,000 hp) utilizing 6 reversible Francis turbines. Construction began in 1993 and the power station was completed in 2004.
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VTiber Dam, located in southern Liberty County in northern Montana, USA, is a dam on the Marias River which forms Lake Elwell, also known as Tiber Reservoir. Construction on the dam began in 1952 and it was complete in 1956. Between 1967 and 1969, a dike was added to the southern rim of the reservoir near the dam due to difficulties with the spillway settling. From 1976 to 1989, the spillway was rehabilitated. The dam is also considered one of the biggest earth-fill dams in the world, along with Fort Peck Dam.
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VTiber Dam, located in southern Liberty County in northern Montana, USA, is a dam on the Marias River which forms Lake Elwell, also known as Tiber Reservoir. Construction on the dam began in 1952 and it was complete in 1956. Between 1967 and 1969, a dike was added to the southern rim of the reservoir near the dam due to difficulties with the spillway settling. From 1976 to 1989, the spillway was rehabilitated. The dam is also considered one of the biggest earth-fill dams in the world, along with Fort Peck Dam.
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VThe Tibi Dam (in Spanish embalse de Tibi) is a masonry dam on about 3 km (1.9 mi) south of Tibi in Valencian Community, Spain. It is one of the oldest non-Roman dams in Europe. It was constructed between 1579 and 1594 with the purpose of using its reservoir to help irrigate areas around Tibi. A spillway was constructed on the right side of the dam in 1697 after it partially failed due to flooding.
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VThe Tibi Dam (in Spanish embalse de Tibi) is a masonry dam on about 3 km (1.9 mi) south of Tibi in Valencian Community, Spain. It is one of the oldest non-Roman dams in Europe. It was constructed between 1579 and 1594 with the purpose of using its reservoir to help irrigate areas around Tibi. A spillway was constructed on the right side of the dam in 1697 after it partially failed due to flooding.
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VThe Tibi Dam (in Spanish embalse de Tibi) is a masonry dam on about 3 km (1.9 mi) south of Tibi in Valencian Community, Spain. It is one of the oldest non-Roman dams in Europe. It was constructed between 1579 and 1594 with the purpose of using its reservoir to help irrigate areas around Tibi. A spillway was constructed on the right side of the dam in 1697 after it partially failed due to flooding.
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VThe Tidewater Lock is a dam in Washington, D.C. to the west of the mouth of Rock Creek at the Potomac River, on the east side of Georgetown. Built to connect the Chesapeake and Ohio Canal, opened in 1831, with the Potomac, it was a busy maritime intersection during several decades of the canal's heyday. C&O documents refer to it variously as Lock 0 and Tide Lock A. Canal documents sometimes list a "Tide Lock B" on section "I" which stood at the lockhouse at 17th and Constitution Ave NW. It was completed in 1834.
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VThe Tignes Dam, also known as the Chevril Dam, is an arch dam on the Isère in the municipality of Tignes in the Rhône-Alpes region in south-eastern France. In planning since the 1920s and under the protest of locals, the dam was constructed between 1948 and 1952 with the purpose of hydroelectric power. At the time of its completion, it was the tallest dam in Europe. Water from the dam's reservoir, Lac du Chevril, feeds two power stations, the 96 MW Brevieres Power Station and the 332 MW Malgovert Power Station, for a total installed capacity of 428 MW. The yearly average combined output of the two power stations is 94 MW. Brevieres is located about 1 km (0.62 mi) downstream of the dam and Malgovert is also located downstream, 17 km (11 mi) to the northwest at 45°37\u203204.28\u2033N 6°47\u203225.31\u2033E\ufeff / 
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NtRp156359
(dp156360
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/France
p156361
sbg6
(g13
g8
NtRp156362
(dp156363
g16
Nsg17
Nsg11
VArch
p156364
sbg6
(g13
g8
NtRp156365
(dp156366
g16
Nsg17
g27
sg11
V0.296
p156367
sbg6
(g13
g8
NtRp156368
(dp156369
g16
Nsg17
g27
sg11
V1790.0
p156370
sbg6
(g7
g8
NtRp156371
(dp156372
g11
Vhttp://dbpedia.org/resource/Tignes_Dam__Lake__1
p156373
sbg6
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g8
NtRp156374
(dp156375
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Électricité_de_France
p156376
sbg6
(g13
g8
NtRp156377
(dp156378
g16
Nsg17
Nsg11
VPower
p156379
sbg6
(g13
g8
NtRp156380
(dp156381
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Isère_(river)
p156382
sbg6
(g13
g8
NtRp156383
(dp156384
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp156385
(dp156386
g16
Nsg17
g27
sg11
V632000.0
p156387
sbg6
(g13
g8
NtRp156388
(dp156389
g16
Nsg17
Nsg11
VFrance
p156390
sbg6
(g13
g8
NtRp156391
(dp156392
g16
Nsg17
Nsg11
VThe Tignes Dam, also known as the Chevril Dam, is an arch dam on the Isère in the municipality of Tignes in the Rhône-Alpes region in south-eastern France. In planning since the 1920s and under the protest of locals, the dam was constructed between 1948 and 1952 with the purpose of hydroelectric power. At the time of its completion, it was the tallest dam in Europe. Water from the dam's reservoir, Lac du Chevril, feeds two power stations, the 96 MW Brevieres Power Station and the 332 MW Malgovert Power Station, for a total installed capacity of 428 MW. The yearly average combined output of the two power stations is 94 MW. Brevieres is located about 1 km (0.62 mi) downstream of the dam and Malgovert is also located downstream, 17 km (11 mi) to the northwest at 45°37\u203204.28\u2033N 6°47\u203225.31\u2033E\ufeff / 
p156393
sbg6
(g13
g8
NtRp156394
(dp156395
g16
Nsg17
Nsg11
VPOINT(6.9317970275879 45.49467086792)
p156396
sbtp156397
a(g6
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g8
NtRp156398
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g11
Vhttp://dbpedia.org/resource/Tignes_Dam
p156400
sbg6
(g13
g8
NtRp156401
(dp156402
g16
Nsg17
Nsg11
VBarrage du Chevril
p156403
sbg6
(g13
g8
NtRp156404
(dp156405
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/France
p156406
sbg6
(g13
g8
NtRp156407
(dp156408
g16
Nsg17
Nsg11
VArch
p156409
sbg6
(g13
g8
NtRp156410
(dp156411
g16
Nsg17
g27
sg11
V0.296
p156412
sbg6
(g13
g8
NtRp156413
(dp156414
g16
Nsg17
g27
sg11
V1790.0
p156415
sbg6
(g7
g8
NtRp156416
(dp156417
g11
Vhttp://dbpedia.org/resource/Tignes_Dam__Lake__1
p156418
sbg6
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g8
NtRp156419
(dp156420
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Électricité_de_France
p156421
sbg6
(g13
g8
NtRp156422
(dp156423
g16
Nsg17
Nsg11
VPower
p156424
sbg6
(g13
g8
NtRp156425
(dp156426
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Isère_(river)
p156427
sbg6
(g13
g8
NtRp156428
(dp156429
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp156430
(dp156431
g16
Nsg17
g27
sg11
V632000.0
p156432
sbg6
(g13
g8
NtRp156433
(dp156434
g16
Nsg17
Nsg11
VFrance
p156435
sbg6
(g13
g8
NtRp156436
(dp156437
g16
Nsg17
Nsg11
VThe Tignes Dam, also known as the Chevril Dam, is an arch dam on the Isère in the municipality of Tignes in the Rhône-Alpes region in south-eastern France. In planning since the 1920s and under the protest of locals, the dam was constructed between 1948 and 1952 with the purpose of hydroelectric power. At the time of its completion, it was the tallest dam in Europe. Water from the dam's reservoir, Lac du Chevril, feeds two power stations, the 96 MW Brevieres Power Station and the 332 MW Malgovert Power Station, for a total installed capacity of 428 MW. The yearly average combined output of the two power stations is 94 MW. Brevieres is located about 1 km (0.62 mi) downstream of the dam and Malgovert is also located downstream, 17 km (11 mi) to the northwest at 45°37\u203204.28\u2033N 6°47\u203225.31\u2033E\ufeff / 
p156438
sbg6
(g13
g8
NtRp156439
(dp156440
g16
Nsg17
Nsg11
VPOINT(6.9317970275879 45.49467086792)
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sbtp156442
a(g6
(g7
g8
NtRp156443
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g11
Vhttp://dbpedia.org/resource/Tikve\u0161_Hydroelectric_Power_Station
p156445
sbg6
(g13
g8
NtRp156446
(dp156447
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0456\u043a\u0432\u0435\u0448
p156448
sbg6
(g13
g8
NtRp156449
(dp156450
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p156451
sbg6
(g13
g8
NtRp156452
(dp156453
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p156454
sbg6
(g13
g8
NtRp156455
(dp156456
g16
Nsg17
g27
sg11
V0.338
p156457
sbNg6
(g7
g8
NtRp156458
(dp156459
g11
Vhttp://dbpedia.org/resource/Tikve\u0161_Hydroelectric_Power_Station__Lake__1
p156460
sbg6
(g13
g8
NtRp156461
(dp156462
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p156463
sbg6
(g13
g8
NtRp156464
(dp156465
g16
Nsg17
Nsg11
VPower, irrigation
p156466
sbg6
(g13
g8
NtRp156467
(dp156468
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Crna_River_(Vardar)
p156469
sbg6
(g13
g8
NtRp156470
(dp156471
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp156472
(dp156473
g16
Nsg17
Nsg11
VNorth Macedonia
p156474
sbg6
(g13
g8
NtRp156475
(dp156476
g16
Nsg17
Nsg11
VTikve\u0161 Hydro Power Plant is a large power plant in Kavadarci Municipality, North Macedonia that has two turbines with a nominal capacity of 46 MW each having a total capacity of 92 MW. The dam for the power station is located on the Crna River and is 113.5 m (372 ft) high. The purpose of the dam is to store water for irrigation but also to generate power.
p156477
sbg6
(g13
g8
NtRp156478
(dp156479
g16
Nsg17
Nsg11
VPOINT(21.9377784729 41.403057098389)
p156480
sbtp156481
a(g6
(g7
g8
NtRp156482
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g11
Vhttp://dbpedia.org/resource/Tikve\u0161_Hydroelectric_Power_Station
p156484
sbg6
(g13
g8
NtRp156485
(dp156486
g16
Nsg17
Nsg11
VTikve\u0161 Hydroelectric Power Station
p156487
sbg6
(g13
g8
NtRp156488
(dp156489
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/North_Macedonia
p156490
sbg6
(g13
g8
NtRp156491
(dp156492
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p156493
sbg6
(g13
g8
NtRp156494
(dp156495
g16
Nsg17
g27
sg11
V0.338
p156496
sbNg6
(g7
g8
NtRp156497
(dp156498
g11
Vhttp://dbpedia.org/resource/Tikve\u0161_Hydroelectric_Power_Station__Lake__1
p156499
sbg6
(g13
g8
NtRp156500
(dp156501
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Elektrani_na_Severna_Makedonija
p156502
sbg6
(g13
g8
NtRp156503
(dp156504
g16
Nsg17
Nsg11
VPower, irrigation
p156505
sbg6
(g13
g8
NtRp156506
(dp156507
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Crna_River_(Vardar)
p156508
sbg6
(g13
g8
NtRp156509
(dp156510
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp156511
(dp156512
g16
Nsg17
Nsg11
VNorth Macedonia
p156513
sbg6
(g13
g8
NtRp156514
(dp156515
g16
Nsg17
Nsg11
VTikve\u0161 Hydro Power Plant is a large power plant in Kavadarci Municipality, North Macedonia that has two turbines with a nominal capacity of 46 MW each having a total capacity of 92 MW. The dam for the power station is located on the Crna River and is 113.5 m (372 ft) high. The purpose of the dam is to store water for irrigation but also to generate power.
p156516
sbg6
(g13
g8
NtRp156517
(dp156518
g16
Nsg17
Nsg11
VPOINT(21.9377784729 41.403057098389)
p156519
sbtp156520
a(g6
(g7
g8
NtRp156521
(dp156522
g11
Vhttp://dbpedia.org/resource/Tilaiya_Dam
p156523
sbg6
(g13
g8
NtRp156524
(dp156525
g16
Nsg17
Nsg11
VTilaiya Dam
p156526
sbg6
(g13
g8
NtRp156527
(dp156528
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p156529
sbg6
(g13
g8
NtRp156530
(dp156531
g16
Nsg17
Nsg11
VConcrete gravity dam
p156532
sbg6
(g13
g8
NtRp156533
(dp156534
g16
Nsg17
g27
sg11
V0.366
p156535
sbNg6
(g7
g8
NtRp156536
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g11
Vhttp://dbpedia.org/resource/Tilaiya_Dam__Lake__1
p156538
sbg6
(g13
g8
NtRp156539
(dp156540
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Damodar_Valley_Corporation
p156541
sbNg6
(g13
g8
NtRp156542
(dp156543
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Barakar_River
p156544
sbg6
(g13
g8
NtRp156545
(dp156546
g16
Nsg17
Nsg11
VFunctional
p156547
sbNg6
(g13
g8
NtRp156548
(dp156549
g16
Nsg17
Nsg11
VIndia Jharkhand
p156550
sbg6
(g13
g8
NtRp156551
(dp156552
g16
Nsg17
Nsg11
VTilaiya Dam was the first of the four multi-purpose dams included in the first phase of the Damodar Valley Corporation. It was constructed across the Barakar River, at Tilaiya in Koderma district in the Indian state of Jharkhand and opened in 1953.
p156553
sbg6
(g13
g8
NtRp156554
(dp156555
g16
Nsg17
Nsg11
VPOINT(85.521110534668 24.323888778687)
p156556
sbtp156557
a(g6
(g7
g8
NtRp156558
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g11
Vhttp://dbpedia.org/resource/Tillegra_Dam_proposal
p156560
sbg6
(g13
g8
NtRp156561
(dp156562
g16
Nsg17
Nsg11
VTillegra Dam proposal
p156563
sbg6
(g13
g8
NtRp156564
(dp156565
g16
Nsg17
Nsg11
VAustralia
p156566
sbNg6
(g13
g8
NtRp156567
(dp156568
g16
Nsg17
g27
sg11
V0.8
p156569
sbNg6
(g7
g8
NtRp156570
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g11
Vhttp://dbpedia.org/resource/Tillegra_Dam_proposal__Lake__1
p156572
sbNNg6
(g13
g8
NtRp156573
(dp156574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Williams_River_(New_South_Wales)
p156575
sbg6
(g13
g8
NtRp156576
(dp156577
g16
Nsg17
Nsg11
VCancelled
p156578
sbNg6
(g13
g8
NtRp156579
(dp156580
g16
Nsg17
Nsg11
VAustralia New South Wales
p156581
sbg6
(g13
g8
NtRp156582
(dp156583
g16
Nsg17
Nsg11
VTillegra Dam was a proposed dam on the Williams River to be located 20 km (12 mi) northwest of Dungog, in the Hunter Region of New South Wales, Australia. It was first proposed in the 1970s but a formal proposal was not announced until 2006. Community opposition and changing needs saw the end of the proposal in November 2010. Hunter Water Corporation divested itself of its Tillegra landholding in 2015, permanently ending the proposal.
p156584
sbg6
(g13
g8
NtRp156585
(dp156586
g16
Nsg17
Nsg11
VPOINT(151.6861114502 -32.320278167725)
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sbtp156588
a(g6
(g7
g8
NtRp156589
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g11
Vhttp://dbpedia.org/resource/Tinaroo_Dam
p156591
sbg6
(g13
g8
NtRp156592
(dp156593
g16
Nsg17
Nsg11
VTinaroo Falls Dam
p156594
sbg6
(g13
g8
NtRp156595
(dp156596
g16
Nsg17
Nsg11
VAustralia
p156597
sbg6
(g13
g8
NtRp156598
(dp156599
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp156600
(dp156601
g16
Nsg17
g27
sg11
V0.533
p156602
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g8
NtRp156603
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p156605
sbg6
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g8
NtRp156606
(dp156607
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/SunWater
p156608
sbg6
(g13
g8
NtRp156609
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g16
Nsg17
Nsg11
VIrrigation;water supply;hydroelectricity;recreation
p156611
sbg6
(g13
g8
NtRp156612
(dp156613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Barron_River_(Queensland)
p156614
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g8
NtRp156615
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp156617
(dp156618
g16
Nsg17
Nsg11
VAustralia Queensland
p156619
sbg6
(g13
g8
NtRp156620
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g16
Nsg17
Nsg11
VThe Tinaroo Dam, officially the Tinaroo Falls Dam, is a major ungated concrete gravity dam with a central ogee spillway across the Barron River located on the Atherton Tableland in Far North Queensland, Australia. The dam's purpose includes irrigation for the Mareeba-Dimbulah Irrigation Scheme, water supply, hydroelectricity, and recreation. Completed between 1953 and 1958, the dam creates the impounded reservoir, Lake Tinaroo.
p156622
sbg6
(g13
g8
NtRp156623
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g16
Nsg17
Nsg11
VPOINT(145.54638671875 -17.163610458374)
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sbtp156626
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g8
NtRp156627
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p156629
sbg6
(g13
g8
NtRp156630
(dp156631
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Nsg17
Nsg11
VTinaroo Dam
p156632
sbg6
(g13
g8
NtRp156633
(dp156634
g16
Nsg17
Nsg11
VAustralia
p156635
sbg6
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g8
NtRp156636
(dp156637
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp156638
(dp156639
g16
Nsg17
g27
sg11
V0.533
p156640
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g8
NtRp156641
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g11
Vhttp://dbpedia.org/resource/Tinaroo_Dam__Lake__1
p156643
sbg6
(g13
g8
NtRp156644
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/SunWater
p156646
sbg6
(g13
g8
NtRp156647
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g16
Nsg17
Nsg11
VIrrigation;water supply;hydroelectricity;recreation
p156649
sbg6
(g13
g8
NtRp156650
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Barron_River_(Queensland)
p156652
sbg6
(g13
g8
NtRp156653
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp156655
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g16
Nsg17
Nsg11
VAustralia Queensland
p156657
sbg6
(g13
g8
NtRp156658
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g16
Nsg17
Nsg11
VThe Tinaroo Dam, officially the Tinaroo Falls Dam, is a major ungated concrete gravity dam with a central ogee spillway across the Barron River located on the Atherton Tableland in Far North Queensland, Australia. The dam's purpose includes irrigation for the Mareeba-Dimbulah Irrigation Scheme, water supply, hydroelectricity, and recreation. Completed between 1953 and 1958, the dam creates the impounded reservoir, Lake Tinaroo.
p156660
sbg6
(g13
g8
NtRp156661
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g16
Nsg17
Nsg11
VPOINT(145.54638671875 -17.163610458374)
p156663
sbtp156664
a(g6
(g7
g8
NtRp156665
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g11
Vhttp://dbpedia.org/resource/Tinau_Hydropower_Plant
p156667
sbg6
(g13
g8
NtRp156668
(dp156669
g16
Nsg17
Nsg11
VTinau Hydropower Plant
p156670
sbg6
(g13
g8
NtRp156671
(dp156672
g16
Nsg17
Nsg11
VNepal
p156673
sbg6
(g13
g8
NtRp156674
(dp156675
g16
Nsg17
Nsg11
VGravity
p156676
sbNNNg6
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g8
NtRp156677
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nepal_Electricity_Authority
p156679
sbg6
(g13
g8
NtRp156680
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g16
Nsg17
Nsg11
VPower
p156682
sbg6
(g13
g8
NtRp156683
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tinau
p156685
sbg6
(g13
g8
NtRp156686
(dp156687
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp156688
(dp156689
g16
Nsg17
Nsg11
VNepal
p156690
sbg6
(g13
g8
NtRp156691
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g16
Nsg17
Nsg11
VTinau Hydropower Plant (Nepali: \u0924\u093f\u0928\u093e\u0909 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e, Tinau Jalbidyut Ayojana) is a run-of-river hydro-electric plant located in Rupandehi District of Nepal. The flow from Tinau River is used to generate 1.024 MW electricity. The plant had suffered damage due to flood in 1983.
p156693
sbg6
(g13
g8
NtRp156694
(dp156695
g16
Nsg17
Nsg11
VPOINT(83.46199798584 27.739000320435)
p156696
sbtp156697
a(g6
(g7
g8
NtRp156698
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g11
Vhttp://dbpedia.org/resource/Tingxia_Reservoir
p156700
sbg6
(g13
g8
NtRp156701
(dp156702
g16
Nsg17
Nsg11
VTingxia Reservoir
p156703
sbg6
(g13
g8
NtRp156704
(dp156705
g16
Nsg17
Nsg11
VChina
p156706
sbNNNNNg6
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VTingxia Reservoir (simplified Chinese: \u4ead\u4e0b\u6c34\u5e93; traditional Chinese: \u4ead\u4e0b\u6c34\u5eab; pinyin: Tíngxià shu\u01d0kù), also known as Tingxia Lake, is a reservoir in Xikou Town, Fenghua District, Ningbo City, Zhejiang Province, China, located on the Shanjiang River, a tributary of Fenghua River. It is a large (2) scale water conservancy hub project mainly for flood control and irrigation, combined with power generation and water supply. The construction of Tingxia Reservoir started in 1978 and was completed in 1985, with a storage capacity of 153 million cubic meters. It is the largest reservoir in Ningbo.
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VTingxia Reservoir (simplified Chinese: \u4ead\u4e0b\u6c34\u5e93; traditional Chinese: \u4ead\u4e0b\u6c34\u5eab; pinyin: Tíngxià shu\u01d0kù), also known as Tingxia Lake, is a reservoir in Xikou Town, Fenghua District, Ningbo City, Zhejiang Province, China, located on the Shanjiang River, a tributary of Fenghua River. It is a large (2) scale water conservancy hub project mainly for flood control and irrigation, combined with power generation and water supply. The construction of Tingxia Reservoir started in 1978 and was completed in 1985, with a storage capacity of 153 million cubic meters. It is the largest reservoir in Ningbo.
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VTingxia Reservoir (simplified Chinese: \u4ead\u4e0b\u6c34\u5e93; traditional Chinese: \u4ead\u4e0b\u6c34\u5eab; pinyin: Tíngxià shu\u01d0kù), also known as Tingxia Lake, is a reservoir in Xikou Town, Fenghua District, Ningbo City, Zhejiang Province, China, located on the Shanjiang River, a tributary of Fenghua River. It is a large (2) scale water conservancy hub project mainly for flood control and irrigation, combined with power generation and water supply. The construction of Tingxia Reservoir started in 1978 and was completed in 1985, with a storage capacity of 153 million cubic meters. It is the largest reservoir in Ningbo.
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VThe Tingzikou Dam is a gravity dam on the Jialing River downstream of Guangyuan in Cangxi County, Sichuan province, China. The purposes of the dam is flood control, irrigation, hydroelectric power production and navigation. The dam supports a 1,100 MW power station and a 500-ton ship lift. The project was approved in October 2009 and after being shelved for 50 years. Construction began soon thereafter and the river was closed-off in January 2010. The dam began to impound its reservoir in May 2013 and the first generator went online in August. On 20 March 2014 the third generator was commissioned and the fourth and final on 29 April 2014.
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VTipaimukh Dam is a proposed embankment dam on the river Barak in Manipur state India, first commissioned in 1983. The purpose of the dam is flood control and hydroelectric power generation. It has been subject to repeated delays as the project developed, as there has been controversy between India and Bangladesh over water rights, in addition to questions of environmental effects of the huge project, as well as the need to relocate indigenous Hmar people to make way for a vast reservoir. In 2013, the governments of India and Bangladesh announced further delays, as the latter nation undertakes additional studies about expected effects and mitigating measures.
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VTipaimukh Dam is a proposed embankment dam on the river Barak in Manipur state India, first commissioned in 1983. The purpose of the dam is flood control and hydroelectric power generation. It has been subject to repeated delays as the project developed, as there has been controversy between India and Bangladesh over water rights, in addition to questions of environmental effects of the huge project, as well as the need to relocate indigenous Hmar people to make way for a vast reservoir. In 2013, the governments of India and Bangladesh announced further delays, as the latter nation undertakes additional studies about expected effects and mitigating measures.
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VThe Tisza Dam, also known as the Kisköre Dam is a gravity dam on the Tisza River near Kisköre in Heves county, Hungary. It is the tallest dam in the country and also creates the largest reservoir in the country, Lake Tisza. It is a multi-purpose dam its purpose includes flood control and recreation. With a ship lock, it provides for navigation. Additionally, it supports a 28 MW hydroelectric power station, the largest in the country. Construction on the dam began in 1968 and it along with the power station were completed in 1973.
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VThe Tisza Dam, also known as the Kisköre Dam is a gravity dam on the Tisza River near Kisköre in Heves county, Hungary. It is the tallest dam in the country and also creates the largest reservoir in the country, Lake Tisza. It is a multi-purpose dam its purpose includes flood control and recreation. With a ship lock, it provides for navigation. Additionally, it supports a 28 MW hydroelectric power station, the largest in the country. Construction on the dam began in 1968 and it along with the power station were completed in 1973.
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VThe Tjodan Power Station is a hydroelectric power station located in Forsand, Rogaland, Norway. It operates at an installed capacity of 110 MW, with an average annual production of about 310 GW·h. It opened in 1985. The power plant collects water resources from six bodies of water in Tjodanvassdraget, the mountain plateau north of Lysefjorden. The fall height is 892 metres and the installed output is 110 MW
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g8
NtRp157030
(dp157031
g16
Nsg17
Nsg11
VThe Tjodan Power Station is a hydroelectric power station located in Forsand, Rogaland, Norway. It operates at an installed capacity of 110 MW, with an average annual production of about 310 GW·h. It opened in 1985. The power plant collects water resources from six bodies of water in Tjodanvassdraget, the mountain plateau north of Lysefjorden. The fall height is 892 metres and the installed output is 110 MW
p157032
sbg6
(g13
g8
NtRp157033
(dp157034
g16
Nsg17
Nsg11
VPOINT(6.6525001525879 59.052223205566)
p157035
sbtp157036
a(g6
(g7
g8
NtRp157037
(dp157038
g11
Vhttp://dbpedia.org/resource/Tlawng_Dam
p157039
sbg6
(g13
g8
NtRp157040
(dp157041
g16
Nsg17
Nsg11
VTlawng Dam
p157042
sbg6
(g13
g8
NtRp157043
(dp157044
g16
Nsg17
Nsg11
VIndia
p157045
sbg6
(g13
g8
NtRp157046
(dp157047
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p157048
sbg6
(g13
g8
NtRp157049
(dp157050
g16
Nsg17
g27
sg11
V0.245
p157051
sbg6
(g13
g8
NtRp157052
(dp157053
g16
Nsg17
g27
sg11
V243.0
p157054
sbg6
(g7
g8
NtRp157055
(dp157056
g11
Vhttp://dbpedia.org/resource/Tlawng_Dam__Lake__1
p157057
sbNNg6
(g13
g8
NtRp157058
(dp157059
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tlawng_River
p157060
sbg6
(g13
g8
NtRp157061
(dp157062
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp157063
(dp157064
g16
Nsg17
Nsg11
VIndia Mizoram#India
p157065
sbg6
(g13
g8
NtRp157066
(dp157067
g16
Nsg17
Nsg11
VTlawng Dam, is a proposed rock-fill dam on the Tlawng River near Lungleng, 25 km from Aizawl, in the state of Mizoram in India.
p157068
sbg6
(g13
g8
NtRp157069
(dp157070
g16
Nsg17
Nsg11
VPOINT(92.651214599609 23.636325836182)
p157071
sbtp157072
a(g6
(g7
g8
NtRp157073
(dp157074
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam
p157075
sbg6
(g13
g8
NtRp157076
(dp157077
g16
Nsg17
Nsg11
VTocoma Dam
p157078
sbg6
(g13
g8
NtRp157079
(dp157080
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Venezuela
p157081
sbg6
(g13
g8
NtRp157082
(dp157083
g16
Nsg17
Nsg11
VComposite, rock-fill/gravity
p157084
sbg6
(g13
g8
NtRp157085
(dp157086
g16
Nsg17
g27
sg11
V0.36
p157087
sbNg6
(g7
g8
NtRp157088
(dp157089
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam__Lake__1
p157090
sbNNg6
(g13
g8
NtRp157091
(dp157092
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Caroní_River
p157093
sbg6
(g13
g8
NtRp157094
(dp157095
g16
Nsg17
Nsg11
VOn-hold
p157096
sbNg6
(g13
g8
NtRp157097
(dp157098
g16
Nsg17
Nsg11
VVenezuela
p157099
sbg6
(g13
g8
NtRp157100
(dp157101
g16
Nsg17
Nsg11
VThe Manuel Piar Hydroelectric Power Plant (Tocoma Dam) is a stalled hydroelectric development project in the Lower Caroní River Basin of Venezuela. The project, started in 2006, includes the installation of 2,320 megawatts (3,110,000 hp) MW to generate annual average energy of 12,100 gigawatt-hours (44,000 TJ). As of 2019, the project is unfinished.
p157102
sbg6
(g13
g8
NtRp157103
(dp157104
g16
Nsg17
Nsg11
VPOINT(-63.026390075684 7.9069442749023)
p157105
sbtp157106
a(g6
(g7
g8
NtRp157107
(dp157108
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam
p157109
sbg6
(g13
g8
NtRp157110
(dp157111
g16
Nsg17
Nsg11
VBarrage de Tocoma
p157112
sbg6
(g13
g8
NtRp157113
(dp157114
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Venezuela
p157115
sbg6
(g13
g8
NtRp157116
(dp157117
g16
Nsg17
Nsg11
VComposite, rock-fill/gravity
p157118
sbg6
(g13
g8
NtRp157119
(dp157120
g16
Nsg17
g27
sg11
V0.36
p157121
sbNg6
(g7
g8
NtRp157122
(dp157123
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam__Lake__1
p157124
sbNNg6
(g13
g8
NtRp157125
(dp157126
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Caroní_River
p157127
sbg6
(g13
g8
NtRp157128
(dp157129
g16
Nsg17
Nsg11
VOn-hold
p157130
sbNg6
(g13
g8
NtRp157131
(dp157132
g16
Nsg17
Nsg11
VVenezuela
p157133
sbg6
(g13
g8
NtRp157134
(dp157135
g16
Nsg17
Nsg11
VThe Manuel Piar Hydroelectric Power Plant (Tocoma Dam) is a stalled hydroelectric development project in the Lower Caroní River Basin of Venezuela. The project, started in 2006, includes the installation of 2,320 megawatts (3,110,000 hp) MW to generate annual average energy of 12,100 gigawatt-hours (44,000 TJ). As of 2019, the project is unfinished.
p157136
sbg6
(g13
g8
NtRp157137
(dp157138
g16
Nsg17
Nsg11
VPOINT(-63.026390075684 7.9069442749023)
p157139
sbtp157140
a(g6
(g7
g8
NtRp157141
(dp157142
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam
p157143
sbg6
(g13
g8
NtRp157144
(dp157145
g16
Nsg17
Nsg11
VTocoma-Talsperre
p157146
sbg6
(g13
g8
NtRp157147
(dp157148
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Venezuela
p157149
sbg6
(g13
g8
NtRp157150
(dp157151
g16
Nsg17
Nsg11
VComposite, rock-fill/gravity
p157152
sbg6
(g13
g8
NtRp157153
(dp157154
g16
Nsg17
g27
sg11
V0.36
p157155
sbNg6
(g7
g8
NtRp157156
(dp157157
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam__Lake__1
p157158
sbNNg6
(g13
g8
NtRp157159
(dp157160
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Caroní_River
p157161
sbg6
(g13
g8
NtRp157162
(dp157163
g16
Nsg17
Nsg11
VOn-hold
p157164
sbNg6
(g13
g8
NtRp157165
(dp157166
g16
Nsg17
Nsg11
VVenezuela
p157167
sbg6
(g13
g8
NtRp157168
(dp157169
g16
Nsg17
Nsg11
VThe Manuel Piar Hydroelectric Power Plant (Tocoma Dam) is a stalled hydroelectric development project in the Lower Caroní River Basin of Venezuela. The project, started in 2006, includes the installation of 2,320 megawatts (3,110,000 hp) MW to generate annual average energy of 12,100 gigawatt-hours (44,000 TJ). As of 2019, the project is unfinished.
p157170
sbg6
(g13
g8
NtRp157171
(dp157172
g16
Nsg17
Nsg11
VPOINT(-63.026390075684 7.9069442749023)
p157173
sbtp157174
a(g6
(g7
g8
NtRp157175
(dp157176
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam
p157177
sbg6
(g13
g8
NtRp157178
(dp157179
g16
Nsg17
Nsg11
VRepresa de Tocoma
p157180
sbg6
(g13
g8
NtRp157181
(dp157182
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Venezuela
p157183
sbg6
(g13
g8
NtRp157184
(dp157185
g16
Nsg17
Nsg11
VComposite, rock-fill/gravity
p157186
sbg6
(g13
g8
NtRp157187
(dp157188
g16
Nsg17
g27
sg11
V0.36
p157189
sbNg6
(g7
g8
NtRp157190
(dp157191
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam__Lake__1
p157192
sbNNg6
(g13
g8
NtRp157193
(dp157194
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Caroní_River
p157195
sbg6
(g13
g8
NtRp157196
(dp157197
g16
Nsg17
Nsg11
VOn-hold
p157198
sbNg6
(g13
g8
NtRp157199
(dp157200
g16
Nsg17
Nsg11
VVenezuela
p157201
sbg6
(g13
g8
NtRp157202
(dp157203
g16
Nsg17
Nsg11
VThe Manuel Piar Hydroelectric Power Plant (Tocoma Dam) is a stalled hydroelectric development project in the Lower Caroní River Basin of Venezuela. The project, started in 2006, includes the installation of 2,320 megawatts (3,110,000 hp) MW to generate annual average energy of 12,100 gigawatt-hours (44,000 TJ). As of 2019, the project is unfinished.
p157204
sbg6
(g13
g8
NtRp157205
(dp157206
g16
Nsg17
Nsg11
VPOINT(-63.026390075684 7.9069442749023)
p157207
sbtp157208
a(g6
(g7
g8
NtRp157209
(dp157210
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam
p157211
sbg6
(g13
g8
NtRp157212
(dp157213
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u043e\u043a\u043e\u043c\u0430
p157214
sbg6
(g13
g8
NtRp157215
(dp157216
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Venezuela
p157217
sbg6
(g13
g8
NtRp157218
(dp157219
g16
Nsg17
Nsg11
VComposite, rock-fill/gravity
p157220
sbg6
(g13
g8
NtRp157221
(dp157222
g16
Nsg17
g27
sg11
V0.36
p157223
sbNg6
(g7
g8
NtRp157224
(dp157225
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam__Lake__1
p157226
sbNNg6
(g13
g8
NtRp157227
(dp157228
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Caroní_River
p157229
sbg6
(g13
g8
NtRp157230
(dp157231
g16
Nsg17
Nsg11
VOn-hold
p157232
sbNg6
(g13
g8
NtRp157233
(dp157234
g16
Nsg17
Nsg11
VVenezuela
p157235
sbg6
(g13
g8
NtRp157236
(dp157237
g16
Nsg17
Nsg11
VThe Manuel Piar Hydroelectric Power Plant (Tocoma Dam) is a stalled hydroelectric development project in the Lower Caroní River Basin of Venezuela. The project, started in 2006, includes the installation of 2,320 megawatts (3,110,000 hp) MW to generate annual average energy of 12,100 gigawatt-hours (44,000 TJ). As of 2019, the project is unfinished.
p157238
sbg6
(g13
g8
NtRp157239
(dp157240
g16
Nsg17
Nsg11
VPOINT(-63.026390075684 7.9069442749023)
p157241
sbtp157242
a(g6
(g7
g8
NtRp157243
(dp157244
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam
p157245
sbg6
(g13
g8
NtRp157246
(dp157247
g16
Nsg17
Nsg11
VTocomadam
p157248
sbg6
(g13
g8
NtRp157249
(dp157250
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Venezuela
p157251
sbg6
(g13
g8
NtRp157252
(dp157253
g16
Nsg17
Nsg11
VComposite, rock-fill/gravity
p157254
sbg6
(g13
g8
NtRp157255
(dp157256
g16
Nsg17
g27
sg11
V0.36
p157257
sbNg6
(g7
g8
NtRp157258
(dp157259
g11
Vhttp://dbpedia.org/resource/Tocoma_Dam__Lake__1
p157260
sbNNg6
(g13
g8
NtRp157261
(dp157262
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Caroní_River
p157263
sbg6
(g13
g8
NtRp157264
(dp157265
g16
Nsg17
Nsg11
VOn-hold
p157266
sbNg6
(g13
g8
NtRp157267
(dp157268
g16
Nsg17
Nsg11
VVenezuela
p157269
sbg6
(g13
g8
NtRp157270
(dp157271
g16
Nsg17
Nsg11
VThe Manuel Piar Hydroelectric Power Plant (Tocoma Dam) is a stalled hydroelectric development project in the Lower Caroní River Basin of Venezuela. The project, started in 2006, includes the installation of 2,320 megawatts (3,110,000 hp) MW to generate annual average energy of 12,100 gigawatt-hours (44,000 TJ). As of 2019, the project is unfinished.
p157272
sbg6
(g13
g8
NtRp157273
(dp157274
g16
Nsg17
Nsg11
VPOINT(-63.026390075684 7.9069442749023)
p157275
sbtp157276
a(g6
(g7
g8
NtRp157277
(dp157278
g11
Vhttp://dbpedia.org/resource/Tods_Corner_Power_Station
p157279
sbg6
(g13
g8
NtRp157280
(dp157281
g16
Nsg17
Nsg11
VTods Corner Power Station
p157282
sbg6
(g13
g8
NtRp157283
(dp157284
g16
Nsg17
Nsg11
VAustralia
p157285
sbg6
(g13
g8
NtRp157286
(dp157287
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp157288
(dp157289
g16
Nsg17
g27
sg11
V0.482
p157290
sbNg6
(g7
g8
NtRp157291
(dp157292
g11
Vhttp://dbpedia.org/resource/Tods_Corner_Power_Station__Lake__1
p157293
sbg6
(g13
g8
NtRp157294
(dp157295
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p157296
sbg6
(g13
g8
NtRp157297
(dp157298
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp157299
(dp157300
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lake_River_(Tasmania)
p157301
sbg6
(g13
g8
NtRp157302
(dp157303
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp157304
(dp157305
g16
Nsg17
Nsg11
VAustralia Tasmania
p157306
sbg6
(g13
g8
NtRp157307
(dp157308
g16
Nsg17
Nsg11
VThe Tods Corner Power Station is a pumped-storage hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Great Lake and South Esk catchment and is owned and operated by Hydro Tasmania.
p157309
sbg6
(g13
g8
NtRp157310
(dp157311
g16
Nsg17
Nsg11
VPOINT(146.91000366211 -41.990001678467)
p157312
sbtp157313
a(g6
(g7
g8
NtRp157314
(dp157315
g11
Vhttp://dbpedia.org/resource/Toga_Dam
p157316
sbg6
(g13
g8
NtRp157317
(dp157318
g16
Nsg17
Nsg11
VToga Dam
p157319
sbg6
(g13
g8
NtRp157320
(dp157321
g16
Nsg17
Nsg11
VJapan
p157322
sbg6
(g13
g8
NtRp157323
(dp157324
g16
Nsg17
Nsg11
VGravity
p157325
sbg6
(g13
g8
NtRp157326
(dp157327
g16
Nsg17
g27
sg11
V0.07
p157328
sbNg6
(g7
g8
NtRp157329
(dp157330
g11
Vhttp://dbpedia.org/resource/Toga_Dam__Lake__1
p157331
sbNg6
(g13
g8
NtRp157332
(dp157333
g16
Nsg17
Nsg11
VPower
p157334
sbg6
(g13
g8
NtRp157335
(dp157336
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Togagawa_River
p157337
sbg6
(g13
g8
NtRp157338
(dp157339
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp157340
(dp157341
g16
Nsg17
g27
sg11
V21000.0
p157342
sbg6
(g13
g8
NtRp157343
(dp157344
g16
Nsg17
Nsg11
VJapan
p157345
sbg6
(g13
g8
NtRp157346
(dp157347
g16
Nsg17
Nsg11
VThe Toga Dam is a gravity dam on the (a tributary of the Sh\u014d River) near Omaki village about 11 km (6.8 mi) southeast of Shogawa in Toyama Prefecture, Japan. It was constructed between 1941 and 1943. The dam diverts water to the 17.6 MW Omaki hydroelectric power station 4.3 km (2.7 mi) to the west on the Sh\u014d River. It was commissioned in 1944.
p157348
sbg6
(g13
g8
NtRp157349
(dp157350
g16
Nsg17
Nsg11
VPOINT(137.02250671387 36.474578857422)
p157351
sbtp157352
a(g6
(g7
g8
NtRp157353
(dp157354
g11
Vhttp://dbpedia.org/resource/Togagawa_Dam
p157355
sbg6
(g13
g8
NtRp157356
(dp157357
g16
Nsg17
Nsg11
VTogagawa Dam
p157358
sbg6
(g13
g8
NtRp157359
(dp157360
g16
Nsg17
Nsg11
VJapan
p157361
sbg6
(g13
g8
NtRp157362
(dp157363
g16
Nsg17
Nsg11
VGravity
p157364
sbg6
(g13
g8
NtRp157365
(dp157366
g16
Nsg17
g27
sg11
V0.1425
p157367
sbg6
(g13
g8
NtRp157368
(dp157369
g16
Nsg17
g27
sg11
V897.0
p157370
sbg6
(g7
g8
NtRp157371
(dp157372
g11
Vhttp://dbpedia.org/resource/Togagawa_Dam__Lake__1
p157373
sbNg6
(g13
g8
NtRp157374
(dp157375
g16
Nsg17
Nsg11
VPower
p157376
sbg6
(g13
g8
NtRp157377
(dp157378
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Togagawa_River
p157379
sbg6
(g13
g8
NtRp157380
(dp157381
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp157382
(dp157383
g16
Nsg17
g27
sg11
V43455.0
p157384
sbg6
(g13
g8
NtRp157385
(dp157386
g16
Nsg17
Nsg11
VJapan
p157387
sbg6
(g13
g8
NtRp157388
(dp157389
g16
Nsg17
Nsg11
VThe Togagawa Dam is a gravity dam on the (a tributary of the Sh\u014d River) near Taikanba village about 26 km (16 mi) southeast of Shogawa in Toyama Prefecture, Japan. It was completed in June 1974. The dam has an associated 16.1 MW hydroelectric power station 5.8 km (3.6 mi) downstream near the Senzoku Dam reservoir. It was commissioned in December 1973.
p157390
sbg6
(g13
g8
NtRp157391
(dp157392
g16
Nsg17
Nsg11
VPOINT(136.9986114502 36.327987670898)
p157393
sbtp157394
a(g6
(g7
g8
NtRp157395
(dp157396
g11
Vhttp://dbpedia.org/resource/Tokke_Hydroelectric_Power_Station
p157397
sbg6
(g13
g8
NtRp157398
(dp157399
g16
Nsg17
Nsg11
VElektrownia wodna Tokke
p157400
sbg6
(g13
g8
NtRp157401
(dp157402
g16
Nsg17
Nsg11
VNorway
p157403
sbNNNg6
(g7
g8
NtRp157404
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VThe Tokke Power Station (Tokke kraftverk) is a hydroelectric power station located in the municipality Tokke in Vestfold og Telemark, Norway, owned by Statkraft. It operates at an installed capacity of 430 MW, with an average annual production of 2,140 GWh. The power station exploits the height difference of 394 metres from the lake Vinjevatn to Bandak.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VToktogul Dam is a hydroelectric and irrigation dam on the Naryn River in the Jalal-Abad Province of Kyrgyzstan. It is concrete gravity dam with height of 215 metres (705 ft) and length of 292.5 metres (960 ft). It is a part of the Naryn-Syr Darya cascade. It is named after Toktogul Satilganov. The Toktogul Hydroelectric Station has installed capacity of 1,200 MW, which makes it the largest power plant in the country. It has four turbines with capacity of 300 MW each.
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VThe Tokwe Mukorsi Dam is a concrete-face rock-fill dam on the Tokwe River, just downstream of its confluence with the , about 72 kilometres (45 mi) south of Masvingo in Masvingo Province, Zimbabwe. It is 90.3 metres (296 ft) tall and creates a 1,750,000,000 m3 (1,420,000 acre\u22c5ft) reservoir, the largest inland dam in the country. The associated hydroelectric power station has a 12 megawatts (16,000 hp) installed capacity.
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VThe Tongbai Pumped Storage Power Station is a pumped-storage hydroelectric power station located 6 kilometres (3.7 mi) north of Tiantai city in Tiantai County of Zhejiang Province, China. Construction on the power station began in May 2000 and the first unit was commissioned in December 2005. The remaining three were operational by December 2006. The entire project cost US$904.10 million, of which US$320 million was provided by the World Bank. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Tongbai Lower Dam on the Baizhang River. The Tongbai Upper Reservoir, which already existed before construction began, is in an adjacent valley above the east side of the lower reservoir on
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VThe Tongbai Pumped Storage Power Station is a pumped-storage hydroelectric power station located 6 kilometres (3.7 mi) north of Tiantai city in Tiantai County of Zhejiang Province, China. Construction on the power station began in May 2000 and the first unit was commissioned in December 2005. The remaining three were operational by December 2006. The entire project cost US$904.10 million, of which US$320 million was provided by the World Bank. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Tongbai Lower Dam on the Baizhang River. The Tongbai Upper Reservoir, which already existed before construction began, is in an adjacent valley above the east side of the lower reservoir on
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VThe Tongbai Pumped Storage Power Station is a pumped-storage hydroelectric power station located 6 kilometres (3.7 mi) north of Tiantai city in Tiantai County of Zhejiang Province, China. Construction on the power station began in May 2000 and the first unit was commissioned in December 2005. The remaining three were operational by December 2006. The entire project cost US$904.10 million, of which US$320 million was provided by the World Bank. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Tongbai Lower Dam on the Baizhang River. The Tongbai Upper Reservoir, which already existed before construction began, is in an adjacent valley above the east side of the lower reservoir on
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VTono Dam is one of the largest agricultural dams in western Africa, located in Kassena-Nankana District of Upper East Region, northern Ghana.The 2km long dam irrigates some 2,490 hectares of land.
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VTonstad Power Station (Tonstad kraftverk) is a hydroelectric power station located in the municipality of Sirdal in Agder county, Norway. The station is in Tonstad, at the northern end of the lake Sirdalsvatnet. It has a total installed capacity of 960 MW, with 4 units each 160 MW and one unit at 320 MW, all equipped with francis turbines. With an annual production of approximately 3800 GWh, it is the largest power station in Norway with respect to annual production (in 2006). It is near the landing point of the 1,400 MW NORD.LINK power cable to Germany.
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VTonstad Power Station (Tonstad kraftverk) is a hydroelectric power station located in the municipality of Sirdal in Agder county, Norway. The station is in Tonstad, at the northern end of the lake Sirdalsvatnet. It has a total installed capacity of 960 MW, with 4 units each 160 MW and one unit at 320 MW, all equipped with francis turbines. With an annual production of approximately 3800 GWh, it is the largest power station in Norway with respect to annual production (in 2006). It is near the landing point of the 1,400 MW NORD.LINK power cable to Germany.
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VTonstad Power Station (Tonstad kraftverk) is a hydroelectric power station located in the municipality of Sirdal in Agder county, Norway. The station is in Tonstad, at the northern end of the lake Sirdalsvatnet. It has a total installed capacity of 960 MW, with 4 units each 160 MW and one unit at 320 MW, all equipped with francis turbines. With an annual production of approximately 3800 GWh, it is the largest power station in Norway with respect to annual production (in 2006). It is near the landing point of the 1,400 MW NORD.LINK power cable to Germany.
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VTooma Dam is a major ungated concrete embankment dam across the Tooma River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Tooma Reservoir.
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VTooma Dam is a major ungated concrete embankment dam across the Tooma River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Tooma Reservoir.
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NtRp158057
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VE
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NtRp158059
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VNew South Wales
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VToonumbar Dam is a minor ungated rock fill with clay core embankment dam with a concrete chute spillway across the Iron Pot Creek north-west of Casino in the Northern Rivers region of New South Wales, Australia. The dam's purpose includes hydro-power, irrigation, water supply, and conservation. The impounded reservoir is called Lake Toonumbar.
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VToorourrong Reservoir
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VAustralia Victoria
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VToorourrong Reservoir is a small water supply reservoir located on the southern slopes of the Great Dividing Range approximately 40 kilometres (25 mi) north of Melbourne, Victoria, Australia. The reservoir is formed by the Toorourrong Dam across the Plenty River, and an interbasin transfer. The dam is operated by Melbourne Water and the reservoir forms part of the Melbourne water supply system. Water from the Toorourrong Reservoir flows by aqueduct to the Yan Yean Reservoir.
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VToorourrong Reservoir
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g16
Nsg17
Nsg11
VAustralia Victoria
p158129
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g8
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VToorourrong Reservoir is a small water supply reservoir located on the southern slopes of the Great Dividing Range approximately 40 kilometres (25 mi) north of Melbourne, Victoria, Australia. The reservoir is formed by the Toorourrong Dam across the Plenty River, and an interbasin transfer. The dam is operated by Melbourne Water and the reservoir forms part of the Melbourne water supply system. Water from the Toorourrong Reservoir flows by aqueduct to the Yan Yean Reservoir.
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Nsg11
VTopuzlu Dam
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VTurkey
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Nsg17
Nsg11
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g27
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NtRp158155
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Nsg17
Nsg11
VIstanbul
p158157
sbg6
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g8
NtRp158158
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VTopuzlu Dam (Turkish: Topuzlu Bent) is a historic dam located in Sar\u0131yer district of Istanbul Province in Turkey. Topuzlu Dam was built in 1750 by Ottoman Sultan Mahmud I (reigned 1730\u20131754). In 1786, its crest was raised about 3.40 m (11.2 ft) higher by Abdul Hamid I (reigned 1774\u20131789). The dam is named "Topuzlu" meaning "bulged" due to a bulge-formed central part of the upstream wall side. The dam is situated just north of Bahçeköy, Sar\u0131yer inside the Bentler Nature Park, which is part of the Belgrad Forest.
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VPOINT(28.993333816528 41.182777404785)
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VTorul-Talsperre
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VTurkey
p158173
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VEmbankment, concrete-face rock-fill
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g27
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p158179
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g27
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V921.0
p158182
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p158188
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sbg6
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g27
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V4.3e+06
p158196
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VTurkey
p158199
sbg6
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g8
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VThe Torul Dam is a concrete-face rock-fill dam on the Har\u015fit River located 10 km (6 mi) northwest of Torul in Gümü\u015fhane Province, Turkey. The development was backed by the Turkish State Hydraulic Works. Construction on the dam began in 1998 and was completed in 2007. The dam's hydroelectric power plant was commissioned in 2008. Water is diverted through a tunnel and penstock on the river's north side where it reaches the power plant located about 4 km (2 mi) downstream. It has an installed capacity of 121.5 MW.
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VPOINT(39.231109619141 40.635276794434)
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sbtp158206
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p158209
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Nsg11
VTorul Dam
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g8
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Nsg11
VTurkey
p158215
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g8
NtRp158216
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VEmbankment, concrete-face rock-fill
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g8
NtRp158219
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g16
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g27
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V0.32
p158221
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g27
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V921.0
p158224
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p158227
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g8
NtRp158228
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g16
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Nsg11
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p158233
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NtRp158234
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Nsg11
VO
sbg6
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g8
NtRp158236
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g16
Nsg17
g27
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V4.3e+06
p158238
sbg6
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g8
NtRp158239
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g16
Nsg17
Nsg11
VTurkey
p158241
sbg6
(g13
g8
NtRp158242
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g16
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VThe Torul Dam is a concrete-face rock-fill dam on the Har\u015fit River located 10 km (6 mi) northwest of Torul in Gümü\u015fhane Province, Turkey. The development was backed by the Turkish State Hydraulic Works. Construction on the dam began in 1998 and was completed in 2007. The dam's hydroelectric power plant was commissioned in 2008. Water is diverted through a tunnel and penstock on the river's north side where it reaches the power plant located about 4 km (2 mi) downstream. It has an installed capacity of 121.5 MW.
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NtRp158245
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VPOINT(39.231109619141 40.635276794434)
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NtRp158249
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p158251
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NtRp158252
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Nsg17
Nsg11
VBarragem de Touvedo
p158254
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(g13
g8
NtRp158255
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Nsg11
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p158257
sbg6
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g8
NtRp158258
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g16
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Nsg11
VConcretegravity dam
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sbg6
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g8
NtRp158261
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g16
Nsg17
g27
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V0.1335
p158263
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p158269
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NtRp158270
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NtRp158276
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Nsg11
VO
sbg6
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g8
NtRp158278
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g16
Nsg17
g27
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V74620.0
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VPortugal
p158283
sbg6
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g8
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VTouvedo Dam (Portuguese: Barragem de Touvedo) is a concrete gravity dam on the Limia. It is located in the municipality Ponte da Barca, in Viana do Castelo District, Portugal. Construction of the dam began in 1987. The dam was completed in 1993. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation, irrigation and flood control.
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VPOINT(-8.3537502288818 41.812473297119)
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NtRp158294
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VTouvedo Dam
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g8
NtRp158297
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VConcretegravity dam
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V0.1335
p158305
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V55.0
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VO
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VPortugal
p158325
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VTouvedo Dam (Portuguese: Barragem de Touvedo) is a concrete gravity dam on the Limia. It is located in the municipality Ponte da Barca, in Viana do Castelo District, Portugal. Construction of the dam began in 1987. The dam was completed in 1993. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation, irrigation and flood control.
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VPOINT(-8.3537502288818 41.812473297119)
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VTalsperre Touvedo
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Nsg11
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p158341
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VConcretegravity dam
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VTouvedo Dam (Portuguese: Barragem de Touvedo) is a concrete gravity dam on the Limia. It is located in the municipality Ponte da Barca, in Viana do Castelo District, Portugal. Construction of the dam began in 1987. The dam was completed in 1993. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE). The dam is used for power generation, irrigation and flood control.
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VTownshend Dam
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VUnited States
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VTownshend Dam is a dam in Townshend, Windham County, Vermont. The earthen dam was constructed in 1961 by the United States Army Corps of Engineers with a height of 126 feet and a length of 1700 feet at its crest. It impounds Vermont's West River for flood control and seasonal storm water management. The dam is owned and operated by the Corps of Engineers. Its National ID number is VT00004.
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p158405
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g27
sg11
V31000.0
p158423
sbg6
(g13
g8
NtRp158424
(dp158425
g16
Nsg17
Nsg11
VSpain Asturias
p158426
sbg6
(g13
g8
NtRp158427
(dp158428
g16
Nsg17
Nsg11
VThe Trasona Reservoir (Spanish: Embalse de Trasona) is a reservoir in Asturias, Spain across the Alvares River. It is located in the parish of Trasona, in the municipality of Corvera de Asturias. The reservoir is property of Arcelor. Its construction was finished in 1957, with the aim of supply water to the steel plant located in Avilés and to the population of the zone. It is also used for sporting purposes. Near the reservoir are located sporting facilities for canoeing. This facilities were improved in 2010 for hosting the Canoe Sprint European Championships.
p158429
sbg6
(g13
g8
NtRp158430
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g16
Nsg17
Nsg11
VPOINT(-5.878333568573 43.54666519165)
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sbtp158433
a(g6
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g8
NtRp158434
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g11
Vhttp://dbpedia.org/resource/Trasona_Reservoir
p158436
sbg6
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g8
NtRp158437
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g16
Nsg17
Nsg11
VEmbalse de Trasona
p158439
sbg6
(g13
g8
NtRp158440
(dp158441
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spain
p158442
sbg6
(g13
g8
NtRp158443
(dp158444
g16
Nsg17
Nsg11
VGravity dam
p158445
sbg6
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g8
NtRp158446
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g16
Nsg17
g27
sg11
V0.332
p158448
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g8
NtRp158449
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g11
Vhttp://dbpedia.org/resource/Trasona_Reservoir__Lake__1
p158451
sbg6
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g8
NtRp158452
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Arcelor
p158454
sbNg6
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g8
NtRp158455
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Alvares_(river)
p158457
sbNg6
(g13
g8
NtRp158458
(dp158459
g16
Nsg17
g27
sg11
V31000.0
p158460
sbg6
(g13
g8
NtRp158461
(dp158462
g16
Nsg17
Nsg11
VSpain Asturias
p158463
sbg6
(g13
g8
NtRp158464
(dp158465
g16
Nsg17
Nsg11
VThe Trasona Reservoir (Spanish: Embalse de Trasona) is a reservoir in Asturias, Spain across the Alvares River. It is located in the parish of Trasona, in the municipality of Corvera de Asturias. The reservoir is property of Arcelor. Its construction was finished in 1957, with the aim of supply water to the steel plant located in Avilés and to the population of the zone. It is also used for sporting purposes. Near the reservoir are located sporting facilities for canoeing. This facilities were improved in 2010 for hosting the Canoe Sprint European Championships.
p158466
sbg6
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g8
NtRp158467
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Nsg11
VPOINT(-5.878333568573 43.54666519165)
p158469
sbtp158470
a(g6
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g8
NtRp158471
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Vhttp://dbpedia.org/resource/Trasona_Reservoir
p158473
sbg6
(g13
g8
NtRp158474
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g16
Nsg17
Nsg11
VTrasona Reservoir
p158476
sbg6
(g13
g8
NtRp158477
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Spain
p158479
sbg6
(g13
g8
NtRp158480
(dp158481
g16
Nsg17
Nsg11
VGravity dam
p158482
sbg6
(g13
g8
NtRp158483
(dp158484
g16
Nsg17
g27
sg11
V0.332
p158485
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g8
NtRp158486
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g11
Vhttp://dbpedia.org/resource/Trasona_Reservoir__Lake__1
p158488
sbg6
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g8
NtRp158489
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Arcelor
p158491
sbNg6
(g13
g8
NtRp158492
(dp158493
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Alvares_(river)
p158494
sbNg6
(g13
g8
NtRp158495
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g16
Nsg17
g27
sg11
V31000.0
p158497
sbg6
(g13
g8
NtRp158498
(dp158499
g16
Nsg17
Nsg11
VSpain Asturias
p158500
sbg6
(g13
g8
NtRp158501
(dp158502
g16
Nsg17
Nsg11
VThe Trasona Reservoir (Spanish: Embalse de Trasona) is a reservoir in Asturias, Spain across the Alvares River. It is located in the parish of Trasona, in the municipality of Corvera de Asturias. The reservoir is property of Arcelor. Its construction was finished in 1957, with the aim of supply water to the steel plant located in Avilés and to the population of the zone. It is also used for sporting purposes. Near the reservoir are located sporting facilities for canoeing. This facilities were improved in 2010 for hosting the Canoe Sprint European Championships.
p158503
sbg6
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g8
NtRp158504
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g16
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VPOINT(-5.878333568573 43.54666519165)
p158506
sbtp158507
a(g6
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g8
NtRp158508
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g11
Vhttp://dbpedia.org/resource/Trasona_Reservoir
p158510
sbg6
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NtRp158511
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g16
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VEmbalse de Trasona
p158513
sbg6
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g8
NtRp158514
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g16
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Vhttp://dbpedia.org/resource/Spain
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sbg6
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g8
NtRp158517
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g16
Nsg17
Nsg11
VGravity dam
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sbg6
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g8
NtRp158520
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g16
Nsg17
g27
sg11
V0.332
p158522
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(g7
g8
NtRp158523
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g11
Vhttp://dbpedia.org/resource/Trasona_Reservoir__Lake__1
p158525
sbg6
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g8
NtRp158526
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g16
Nsg17
Nsg11
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p158528
sbNg6
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g8
NtRp158529
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Alvares_(river)
p158531
sbNg6
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g8
NtRp158532
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g16
Nsg17
g27
sg11
V31000.0
p158534
sbg6
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g8
NtRp158535
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g16
Nsg17
Nsg11
VSpain Asturias
p158537
sbg6
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g8
NtRp158538
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g16
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VThe Trasona Reservoir (Spanish: Embalse de Trasona) is a reservoir in Asturias, Spain across the Alvares River. It is located in the parish of Trasona, in the municipality of Corvera de Asturias. The reservoir is property of Arcelor. Its construction was finished in 1957, with the aim of supply water to the steel plant located in Avilés and to the population of the zone. It is also used for sporting purposes. Near the reservoir are located sporting facilities for canoeing. This facilities were improved in 2010 for hosting the Canoe Sprint European Championships.
p158540
sbg6
(g13
g8
NtRp158541
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g16
Nsg17
Nsg11
VPOINT(-5.878333568573 43.54666519165)
p158543
sbtp158544
a(g6
(g7
g8
NtRp158545
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g11
Vhttp://dbpedia.org/resource/Trebinje-1_Hydroelectric_Power_Station
p158547
sbg6
(g13
g8
NtRp158548
(dp158549
g16
Nsg17
Nsg11
VHidroelektrana Trebinje
p158550
sbg6
(g13
g8
NtRp158551
(dp158552
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p158553
sbg6
(g13
g8
NtRp158554
(dp158555
g16
Nsg17
Nsg11
VArch dam
p158556
sbg6
(g13
g8
NtRp158557
(dp158558
g16
Nsg17
g27
sg11
V0.439
p158559
sbNg6
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g8
NtRp158560
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g11
Vhttp://dbpedia.org/resource/Trebinje-1_Hydroelectric_Power_Station__Lake__1
p158562
sbNg6
(g13
g8
NtRp158563
(dp158564
g16
Nsg17
Nsg11
VFlood control,Electricity generation
p158565
sbg6
(g13
g8
NtRp158566
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Trebi\u0161njica_River
p158568
sbg6
(g13
g8
NtRp158569
(dp158570
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp158571
(dp158572
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p158573
sbg6
(g13
g8
NtRp158574
(dp158575
g16
Nsg17
Nsg11
VTrebinje I Hydroelectric Power Station or Trebinje-1 Hydroelectric Power Station is hydroelectric power plant (HPP) on the Trebi\u0161njica River near Gornje Gran\u010darevo in the municipality of Trebinje in Bosnia and Herzegovina. Trebinje-1 HPP is accumulation with dam toe powerhouse type of facility with a large Gran\u010darevo arch dam. At the height of 123 m (404 ft), Gran\u010darevo dam is the tallest dam in the country. Its reservoir, Bile\u0107a Lake, is the largest by volume in Bosnia and Herzegovina as well. The dam provides for flood control and hydroelectric power generation at Trebinje-1 HPP. The dam was completed in 1967 and its 180 MW power station, A smaller 8 MW power station, Treblinje-2, was completed downstream in 1979.
p158576
sbg6
(g13
g8
NtRp158577
(dp158578
g16
Nsg17
Nsg11
VPOINT(18.496824264526 42.73392868042)
p158579
sbtp158580
a(g6
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g8
NtRp158581
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g11
Vhttp://dbpedia.org/resource/Trebinje-1_Hydroelectric_Power_Station
p158583
sbg6
(g13
g8
NtRp158584
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g16
Nsg17
Nsg11
VTrebinje-1 Hydroelectric Power Station
p158586
sbg6
(g13
g8
NtRp158587
(dp158588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p158589
sbg6
(g13
g8
NtRp158590
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g16
Nsg17
Nsg11
VArch dam
p158592
sbg6
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g8
NtRp158593
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g16
Nsg17
g27
sg11
V0.439
p158595
sbNg6
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g8
NtRp158596
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g11
Vhttp://dbpedia.org/resource/Trebinje-1_Hydroelectric_Power_Station__Lake__1
p158598
sbNg6
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g8
NtRp158599
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g16
Nsg17
Nsg11
VFlood control,Electricity generation
p158601
sbg6
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g8
NtRp158602
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Trebi\u0161njica_River
p158604
sbg6
(g13
g8
NtRp158605
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp158607
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g16
Nsg17
Nsg11
VBosnia and Herzegovina
p158609
sbg6
(g13
g8
NtRp158610
(dp158611
g16
Nsg17
Nsg11
VTrebinje I Hydroelectric Power Station or Trebinje-1 Hydroelectric Power Station is hydroelectric power plant (HPP) on the Trebi\u0161njica River near Gornje Gran\u010darevo in the municipality of Trebinje in Bosnia and Herzegovina. Trebinje-1 HPP is accumulation with dam toe powerhouse type of facility with a large Gran\u010darevo arch dam. At the height of 123 m (404 ft), Gran\u010darevo dam is the tallest dam in the country. Its reservoir, Bile\u0107a Lake, is the largest by volume in Bosnia and Herzegovina as well. The dam provides for flood control and hydroelectric power generation at Trebinje-1 HPP. The dam was completed in 1967 and its 180 MW power station, A smaller 8 MW power station, Treblinje-2, was completed downstream in 1979.
p158612
sbg6
(g13
g8
NtRp158613
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g16
Nsg17
Nsg11
VPOINT(18.496824264526 42.73392868042)
p158615
sbtp158616
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g8
NtRp158617
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g11
Vhttp://dbpedia.org/resource/Trebinje-1_Hydroelectric_Power_Station
p158619
sbg6
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g8
NtRp158620
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0440\u0435\u0431\u0456\u043d\u044c\u0454
p158622
sbg6
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g8
NtRp158623
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g16
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Nsg11
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p158625
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g8
NtRp158626
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g16
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Nsg11
VArch dam
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g8
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g16
Nsg17
g27
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V0.439
p158631
sbNg6
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g11
Vhttp://dbpedia.org/resource/Trebinje-1_Hydroelectric_Power_Station__Lake__1
p158634
sbNg6
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g8
NtRp158635
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g16
Nsg17
Nsg11
VFlood control,Electricity generation
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sbg6
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g8
NtRp158638
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Trebi\u0161njica_River
p158640
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g8
NtRp158641
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp158643
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g16
Nsg17
Nsg11
VBosnia and Herzegovina
p158645
sbg6
(g13
g8
NtRp158646
(dp158647
g16
Nsg17
Nsg11
VTrebinje I Hydroelectric Power Station or Trebinje-1 Hydroelectric Power Station is hydroelectric power plant (HPP) on the Trebi\u0161njica River near Gornje Gran\u010darevo in the municipality of Trebinje in Bosnia and Herzegovina. Trebinje-1 HPP is accumulation with dam toe powerhouse type of facility with a large Gran\u010darevo arch dam. At the height of 123 m (404 ft), Gran\u010darevo dam is the tallest dam in the country. Its reservoir, Bile\u0107a Lake, is the largest by volume in Bosnia and Herzegovina as well. The dam provides for flood control and hydroelectric power generation at Trebinje-1 HPP. The dam was completed in 1967 and its 180 MW power station, A smaller 8 MW power station, Treblinje-2, was completed downstream in 1979.
p158648
sbg6
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g8
NtRp158649
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g16
Nsg17
Nsg11
VPOINT(18.496824264526 42.73392868042)
p158651
sbtp158652
a(g6
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g8
NtRp158653
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g8
NtRp158656
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g16
Nsg17
Nsg11
VTama Trevallyn
p158658
sbg6
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g8
NtRp158659
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Nsg17
Nsg11
VAustralia
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g8
NtRp158662
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Vhttp://dbpedia.org/resource/Trevallyn_Dam__Lake__1
p158664
sbNNNNNNg6
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NtRp158665
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Nsg11
VThe Trevallyn Dam is a dam on the South Esk River in Launceston, Tasmania, Australia and is used to provide water for hydroelectricity. The dam was completed in 1955 as part of the Trevallyn Hydro Electric Scheme and now holds the waters of Lake Trevallyn.
p158667
sbg6
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g8
NtRp158668
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g16
Nsg17
Nsg11
VPOINT(147.08639526367 -41.447776794434)
p158670
sbtp158671
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g8
NtRp158672
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p158674
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g8
NtRp158675
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Nsg17
Nsg11
VTrevallyn Dam
p158677
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g8
NtRp158678
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Nsg17
Nsg11
VAustralia
p158680
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g8
NtRp158681
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Vhttp://dbpedia.org/resource/Trevallyn_Dam__Lake__1
p158683
sbNNNNNNg6
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g8
NtRp158684
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Nsg11
VThe Trevallyn Dam is a dam on the South Esk River in Launceston, Tasmania, Australia and is used to provide water for hydroelectricity. The dam was completed in 1955 as part of the Trevallyn Hydro Electric Scheme and now holds the waters of Lake Trevallyn.
p158686
sbg6
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g8
NtRp158687
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g16
Nsg17
Nsg11
VPOINT(147.08639526367 -41.447776794434)
p158689
sbtp158690
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NtRp158691
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p158693
sbg6
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NtRp158694
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Nsg17
Nsg11
VLake Trevallyn
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sbg6
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g8
NtRp158697
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Nsg17
Nsg11
VAustralia
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g8
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p158702
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NtRp158703
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Nsg11
VThe Trevallyn Dam is a dam on the South Esk River in Launceston, Tasmania, Australia and is used to provide water for hydroelectricity. The dam was completed in 1955 as part of the Trevallyn Hydro Electric Scheme and now holds the waters of Lake Trevallyn.
p158705
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g8
NtRp158706
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Nsg11
VPOINT(147.08639526367 -41.447776794434)
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sbtp158709
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g8
NtRp158710
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p158712
sbg6
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NtRp158713
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Nsg17
Nsg11
VTrevallyn Power Station
p158715
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g8
NtRp158716
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Nsg11
VAustralia
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NtRp158719
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Nsg17
Nsg11
VG
sbg6
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NtRp158721
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g16
Nsg17
g27
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V0.177
p158723
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g8
NtRp158724
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g11
Vhttp://dbpedia.org/resource/Trevallyn_Power_Station__Lake__1
p158726
sbg6
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g8
NtRp158727
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p158729
sbg6
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g8
NtRp158730
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g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp158732
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Esk_River
p158734
sbg6
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g8
NtRp158735
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp158737
(dp158738
g16
Nsg17
Nsg11
VAustralia Tasmania
p158739
sbg6
(g13
g8
NtRp158740
(dp158741
g16
Nsg17
Nsg11
VThe Trevallyn Power Station is a run-of-the-river hydroelectric power station located in the northern Midlands region of Tasmania, Australia. The power station is situated on the Great Lake and South Esk catchment and is owned and operated by Hydro Tasmania.
p158742
sbg6
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g8
NtRp158743
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g16
Nsg17
Nsg11
VPOINT(147.08000183105 -41.439998626709)
p158745
sbtp158746
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g8
NtRp158747
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p158749
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g8
NtRp158750
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Trevallyn
p158752
sbg6
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g8
NtRp158753
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g16
Nsg17
Nsg11
VAustralia
p158755
sbg6
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g8
NtRp158756
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g16
Nsg17
Nsg11
VG
sbg6
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g8
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VThe Tribute Power Station is a conventional hydroelectric power station located in Western Tasmania, Australia.
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VTrinity Dam is an earthfill dam on the Trinity River located about 7 miles (11 km) northeast of Weaverville, California in the United States. The dam was completed in the early 1960s as part of the federal Central Valley Project to provide irrigation water to the arid San Joaquin Valley. Standing 538 ft (164 m) high, Trinity Dam forms Trinity Lake \u2013 California's third largest reservoir, with a capacity of more than 2,400,000 acre-feet (3,000,000 dam3). The dam includes a hydroelectric plant, and also provides flood control to the Trinity and Klamath river basins.
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VTrinity Dam is an earthfill dam on the Trinity River located about 7 miles (11 km) northeast of Weaverville, California in the United States. The dam was completed in the early 1960s as part of the federal Central Valley Project to provide irrigation water to the arid San Joaquin Valley. Standing 538 ft (164 m) high, Trinity Dam forms Trinity Lake \u2013 California's third largest reservoir, with a capacity of more than 2,400,000 acre-feet (3,000,000 dam3). The dam includes a hydroelectric plant, and also provides flood control to the Trinity and Klamath river basins.
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VTrinity Dam is an earthfill dam on the Trinity River located about 7 miles (11 km) northeast of Weaverville, California in the United States. The dam was completed in the early 1960s as part of the federal Central Valley Project to provide irrigation water to the arid San Joaquin Valley. Standing 538 ft (164 m) high, Trinity Dam forms Trinity Lake \u2013 California's third largest reservoir, with a capacity of more than 2,400,000 acre-feet (3,000,000 dam3). The dam includes a hydroelectric plant, and also provides flood control to the Trinity and Klamath river basins.
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VGravity
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VTrishuli Hydropower Station is a peaking run-of-river hydropower station located at Trishuli bazaar of Nuwakot district in Nepal. The intake of the plant lies in Rasuwa district. The plant was constructed in 1976 with an installed capacity of 21 MW (7 units, 3 MW each). The plant was overhauled in 1995 and upgraded to 24 MW (6 units, 3.5 MW each plus one unit of 3 MW). The project was developed jointly by the Government of India and the Government of Nepal. The project cost was INR 140 million. The annual energy generation is 163 GWh.Nepal Electricity Authority, a government-run organization, owns and operates this plant. Another power station Devighat Hydropower Station is a cascade project to this power station.
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VTrishuli Hydropower Station is a peaking run-of-river hydropower station located at Trishuli bazaar of Nuwakot district in Nepal. The intake of the plant lies in Rasuwa district. The plant was constructed in 1976 with an installed capacity of 21 MW (7 units, 3 MW each). The plant was overhauled in 1995 and upgraded to 24 MW (6 units, 3.5 MW each plus one unit of 3 MW). The project was developed jointly by the Government of India and the Government of Nepal. The project cost was INR 140 million. The annual energy generation is 163 GWh.Nepal Electricity Authority, a government-run organization, owns and operates this plant. Another power station Devighat Hydropower Station is a cascade project to this power station.
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VVietnam
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VThe Trung S\u01a1n Dam (D\u1ef1 Án Nhà máy Th\u1ee7y \u0111i\u1ec7n Trung S\u01a1n) is a hydroelectric power station on the Ma River in northwestern Vietnam. Located in the Trung S\u01a1n commune, Quan Hóa District, Thanh Hóa Province, it is approximately 95 kilometres (59 mi) southwest of Hòa Bình city, and 195 kilometres (121 mi) northwest of Thanh Hóa city. The dam created a reservoir which covers a large area of the M\u01b0\u1eddng Lát and Quan Hóa Districts in the Thanh Hoa province as well as part of the M\u1ed9c Châu District in S\u01a1n La Province. It is approximately 9.5 kilometres (5.9 mi) from the Vietnam\u2013Laos border. The 260 MW associated power plant became fully operational in September 2017.
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VThe Trung S\u01a1n Dam (D\u1ef1 Án Nhà máy Th\u1ee7y \u0111i\u1ec7n Trung S\u01a1n) is a hydroelectric power station on the Ma River in northwestern Vietnam. Located in the Trung S\u01a1n commune, Quan Hóa District, Thanh Hóa Province, it is approximately 95 kilometres (59 mi) southwest of Hòa Bình city, and 195 kilometres (121 mi) northwest of Thanh Hóa city. The dam created a reservoir which covers a large area of the M\u01b0\u1eddng Lát and Quan Hóa Districts in the Thanh Hoa province as well as part of the M\u1ed9c Châu District in S\u01a1n La Province. It is approximately 9.5 kilometres (5.9 mi) from the Vietnam\u2013Laos border. The 260 MW associated power plant became fully operational in September 2017.
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Vhttp://dbpedia.org/resource/Trängslet_Dam
p159093
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g8
NtRp159094
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g16
Nsg17
Nsg11
VTrängslet
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g8
NtRp159097
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sweden
p159099
sbg6
(g13
g8
NtRp159100
(dp159101
g16
Nsg17
Nsg11
VEmbankment, rock-fill
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g8
NtRp159103
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g16
Nsg17
g27
sg11
V0.89
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g8
NtRp159106
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g11
Vhttp://dbpedia.org/resource/Trängslet_Dam__Lake__1
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g8
NtRp159109
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Nsg11
Vhttp://dbpedia.org/resource/Fortum
p159111
sbg6
(g13
g8
NtRp159112
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g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp159114
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dal_River
p159116
sbg6
(g13
g8
NtRp159117
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp159119
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g16
Nsg17
Nsg11
VSweden
p159121
sbg6
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Nsg17
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VThe Trängslet Dam is a rock-filled embankment dam on the Dal River near the town of in Dalarna, Sweden. At 125 m (410 ft) in height, it is the tallest dam in the country. Its reservoir, with a capacity of 880,000,000 m3 (710,000 acre\u22c5ft), is also the largest artificial lake in Sweden. The dam was constructed between 1955 and 1960. Its hydroelectric power station has an installed capacity of 330 MW. It is owned by Fortum.
p159124
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g8
NtRp159125
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Nsg11
VPOINT(13.731119155884 61.381282806396)
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g8
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Vhttp://dbpedia.org/resource/Trängslet_Dam
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g8
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Trängslet
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g8
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sweden
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g8
NtRp159138
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g16
Nsg17
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VEmbankment, rock-fill
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g8
NtRp159141
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g16
Nsg17
g27
sg11
V0.89
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g8
NtRp159144
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g11
Vhttp://dbpedia.org/resource/Trängslet_Dam__Lake__1
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g8
NtRp159147
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Vhttp://dbpedia.org/resource/Fortum
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g8
NtRp159150
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g16
Nsg17
Nsg11
VP
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g8
NtRp159152
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dal_River
p159154
sbg6
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g8
NtRp159155
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g16
Nsg17
Nsg11
VO
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g8
NtRp159157
(dp159158
g16
Nsg17
Nsg11
VSweden
p159159
sbg6
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Nsg17
Nsg11
VThe Trängslet Dam is a rock-filled embankment dam on the Dal River near the town of in Dalarna, Sweden. At 125 m (410 ft) in height, it is the tallest dam in the country. Its reservoir, with a capacity of 880,000,000 m3 (710,000 acre\u22c5ft), is also the largest artificial lake in Sweden. The dam was constructed between 1955 and 1960. Its hydroelectric power station has an installed capacity of 330 MW. It is owned by Fortum.
p159162
sbg6
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g8
NtRp159163
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g16
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VPOINT(13.731119155884 61.381282806396)
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g8
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Vhttp://dbpedia.org/resource/Trängslet_Dam
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g8
NtRp159170
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Nsg17
Nsg11
VTrängslet Dam
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sweden
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g8
NtRp159176
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g16
Nsg17
Nsg11
VEmbankment, rock-fill
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sbg6
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g8
NtRp159179
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g16
Nsg17
g27
sg11
V0.89
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g8
NtRp159182
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g11
Vhttp://dbpedia.org/resource/Trängslet_Dam__Lake__1
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g8
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Vhttp://dbpedia.org/resource/Fortum
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sbg6
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g8
NtRp159188
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g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp159190
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dal_River
p159192
sbg6
(g13
g8
NtRp159193
(dp159194
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159195
(dp159196
g16
Nsg17
Nsg11
VSweden
p159197
sbg6
(g13
g8
NtRp159198
(dp159199
g16
Nsg17
Nsg11
VThe Trängslet Dam is a rock-filled embankment dam on the Dal River near the town of in Dalarna, Sweden. At 125 m (410 ft) in height, it is the tallest dam in the country. Its reservoir, with a capacity of 880,000,000 m3 (710,000 acre\u22c5ft), is also the largest artificial lake in Sweden. The dam was constructed between 1955 and 1960. Its hydroelectric power station has an installed capacity of 330 MW. It is owned by Fortum.
p159200
sbg6
(g13
g8
NtRp159201
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g16
Nsg17
Nsg11
VPOINT(13.731119155884 61.381282806396)
p159203
sbtp159204
a(g6
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g8
NtRp159205
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Vhttp://dbpedia.org/resource/Trängslet_Dam
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g8
NtRp159208
(dp159209
g16
Nsg17
Nsg11
VPresa de Trängslet
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g8
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Nsg11
Vhttp://dbpedia.org/resource/Sweden
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(g13
g8
NtRp159214
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g16
Nsg17
Nsg11
VEmbankment, rock-fill
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sbg6
(g13
g8
NtRp159217
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g16
Nsg17
g27
sg11
V0.89
p159219
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g8
NtRp159220
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g11
Vhttp://dbpedia.org/resource/Trängslet_Dam__Lake__1
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g8
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Vhttp://dbpedia.org/resource/Fortum
p159225
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g8
NtRp159226
(dp159227
g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp159228
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Dal_River
p159230
sbg6
(g13
g8
NtRp159231
(dp159232
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159233
(dp159234
g16
Nsg17
Nsg11
VSweden
p159235
sbg6
(g13
g8
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g16
Nsg17
Nsg11
VThe Trängslet Dam is a rock-filled embankment dam on the Dal River near the town of in Dalarna, Sweden. At 125 m (410 ft) in height, it is the tallest dam in the country. Its reservoir, with a capacity of 880,000,000 m3 (710,000 acre\u22c5ft), is also the largest artificial lake in Sweden. The dam was constructed between 1955 and 1960. Its hydroelectric power station has an installed capacity of 330 MW. It is owned by Fortum.
p159238
sbg6
(g13
g8
NtRp159239
(dp159240
g16
Nsg17
Nsg11
VPOINT(13.731119155884 61.381282806396)
p159241
sbtp159242
a(g6
(g7
g8
NtRp159243
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g11
Vhttp://dbpedia.org/resource/Três_Irmãos_Dam
p159245
sbg6
(g13
g8
NtRp159246
(dp159247
g16
Nsg17
Nsg11
VBarragem Três Irmãos
p159248
sbg6
(g13
g8
NtRp159249
(dp159250
g16
Nsg17
Nsg11
VBrazil
p159251
sbg6
(g13
g8
NtRp159252
(dp159253
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p159254
sbg6
(g13
g8
NtRp159255
(dp159256
g16
Nsg17
g27
sg11
V3.64
p159257
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g11
Vhttp://dbpedia.org/resource/Três_Irmãos_Dam__Lake__1
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g8
NtRp159261
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Nsg17
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VPower, navigation
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NtRp159264
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p159266
sbg6
(g13
g8
NtRp159267
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp159269
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g16
Nsg17
Nsg11
VBrazil
p159271
sbg6
(g13
g8
NtRp159272
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Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
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sbg6
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g8
NtRp159275
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g16
Nsg17
Nsg11
VPOINT(-51.301441192627 -20.665636062622)
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a(g6
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g8
NtRp159279
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Vhttp://dbpedia.org/resource/Três_Irmãos_Dam
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(g13
g8
NtRp159282
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0440\u0435\u0441-\u0406\u0440\u043c\u0430\u043d\u0441
p159284
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g8
NtRp159285
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g16
Nsg17
Nsg11
VBrazil
p159287
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g8
NtRp159288
(dp159289
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p159290
sbg6
(g13
g8
NtRp159291
(dp159292
g16
Nsg17
g27
sg11
V3.64
p159293
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g8
NtRp159294
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g11
Vhttp://dbpedia.org/resource/Três_Irmãos_Dam__Lake__1
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VPower, navigation
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p159302
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(g13
g8
NtRp159303
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g16
Nsg17
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VO
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g8
NtRp159305
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g16
Nsg17
Nsg11
VBrazil
p159307
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g8
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Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
p159310
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NtRp159311
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Nsg11
VPOINT(-51.301441192627 -20.665636062622)
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NtRp159315
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Vhttp://dbpedia.org/resource/Três_Irmãos_Dam
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g8
NtRp159318
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Nsg17
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VBarrage de Três Irmãos
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g8
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g16
Nsg17
Nsg11
VBrazil
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g8
NtRp159324
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Nsg17
Nsg11
VEmbankment with gravity sections
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g27
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V3.64
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Vhttp://dbpedia.org/resource/Três_Irmãos_Dam__Lake__1
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VPower, navigation
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Vhttp://dbpedia.org/resource/Tietê_River
p159338
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(g13
g8
NtRp159339
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g16
Nsg17
Nsg11
VO
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g8
NtRp159341
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g16
Nsg17
Nsg11
VBrazil
p159343
sbg6
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g8
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Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
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VPOINT(-51.301441192627 -20.665636062622)
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VTrês Irmãos
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g8
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g16
Nsg17
Nsg11
VBrazil
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NtRp159360
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Nsg11
VEmbankment with gravity sections
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g8
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g27
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V3.64
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g8
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VPower, navigation
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p159374
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g8
NtRp159375
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Nsg17
Nsg11
VO
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g8
NtRp159377
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g16
Nsg17
Nsg11
VBrazil
p159379
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g8
NtRp159380
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Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
p159382
sbg6
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g8
NtRp159383
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VPOINT(-51.301441192627 -20.665636062622)
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Vhttp://dbpedia.org/resource/Três_Irmãos_Dam
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g8
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Nsg17
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VRepresa de Três Irmãos
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g8
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g16
Nsg17
Nsg11
VBrazil
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g8
NtRp159396
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Nsg17
Nsg11
VEmbankment with gravity sections
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g27
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V3.64
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Vhttp://dbpedia.org/resource/Três_Irmãos_Dam__Lake__1
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g8
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Nsg17
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VPower, navigation
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g8
NtRp159408
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Nsg17
Nsg11
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g8
NtRp159411
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp159413
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g16
Nsg17
Nsg11
VBrazil
p159415
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g8
NtRp159416
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Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
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g8
NtRp159419
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VPOINT(-51.301441192627 -20.665636062622)
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(g13
g8
NtRp159426
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Nsg17
Nsg11
VTrês Irmãos Dam
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g8
NtRp159429
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g16
Nsg17
Nsg11
VBrazil
p159431
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g8
NtRp159432
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g16
Nsg17
Nsg11
VEmbankment with gravity sections
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(g13
g8
NtRp159435
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Nsg17
g27
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V3.64
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g8
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Vhttp://dbpedia.org/resource/Três_Irmãos_Dam__Lake__1
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g8
NtRp159441
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g16
Nsg17
Nsg11
VPower, navigation
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sbg6
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g8
NtRp159444
(dp159445
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p159446
sbg6
(g13
g8
NtRp159447
(dp159448
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159449
(dp159450
g16
Nsg17
Nsg11
VBrazil
p159451
sbg6
(g13
g8
NtRp159452
(dp159453
g16
Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
p159454
sbg6
(g13
g8
NtRp159455
(dp159456
g16
Nsg17
Nsg11
VPOINT(-51.301441192627 -20.665636062622)
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sbtp159458
a(g6
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g8
NtRp159459
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g11
Vhttp://dbpedia.org/resource/Três_Irmãos_Dam
p159461
sbg6
(g13
g8
NtRp159462
(dp159463
g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u0422\u0440\u0435\u0441 \u0418\u0440\u043c\u0430\u043d\u0441
p159464
sbg6
(g13
g8
NtRp159465
(dp159466
g16
Nsg17
Nsg11
VBrazil
p159467
sbg6
(g13
g8
NtRp159468
(dp159469
g16
Nsg17
Nsg11
VEmbankment with gravity sections
p159470
sbg6
(g13
g8
NtRp159471
(dp159472
g16
Nsg17
g27
sg11
V3.64
p159473
sbNg6
(g7
g8
NtRp159474
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g11
Vhttp://dbpedia.org/resource/Três_Irmãos_Dam__Lake__1
p159476
sbNg6
(g13
g8
NtRp159477
(dp159478
g16
Nsg17
Nsg11
VPower, navigation
p159479
sbg6
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g8
NtRp159480
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tietê_River
p159482
sbg6
(g13
g8
NtRp159483
(dp159484
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159485
(dp159486
g16
Nsg17
Nsg11
VBrazil
p159487
sbg6
(g13
g8
NtRp159488
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g16
Nsg17
Nsg11
VThe Três Irmãos Dam is an embankment dam with gravity sections on the Tietê River in Pereira Barreto of São Paulo state in Brazil. The dam is about 28 kilometres (17 mi) upstream of the river's confluence with the Paraná River. It supports the largest hydroelectric power station on the river with an installed capacity of 807.5 megawatts (1,082,900 hp). The dam was completed in 1991 and the five 161.5 megawatts (216,600 hp) Francis turbine-generators were commissioned between November 1993 and January 1999. It is owned and operated by Companhia Energética de São Paulo (CESP). The dam also provides for navigation with two ship locks.
p159490
sbg6
(g13
g8
NtRp159491
(dp159492
g16
Nsg17
Nsg11
VPOINT(-51.301441192627 -20.665636062622)
p159493
sbtp159494
a(g6
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g8
NtRp159495
(dp159496
g11
Vhttp://dbpedia.org/resource/Tr\u1ecb_An_Dam
p159497
sbg6
(g13
g8
NtRp159498
(dp159499
g16
Nsg17
Nsg11
VTr\u1ecb An Dam
p159500
sbg6
(g13
g8
NtRp159501
(dp159502
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p159503
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g8
NtRp159504
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g11
Vhttp://dbpedia.org/resource/Tr\u1ecb_An_Dam__Lake__1
p159506
sbg6
(g13
g8
NtRp159507
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p159509
sbg6
(g13
g8
NtRp159510
(dp159511
g16
Nsg17
Nsg11
VHydroelectric
p159512
sbg6
(g13
g8
NtRp159513
(dp159514
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/\u0110\u1ed3ng_Nai_River
p159515
sbg6
(g13
g8
NtRp159516
(dp159517
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159518
(dp159519
g16
Nsg17
Nsg11
VVietnam
p159520
sbg6
(g13
g8
NtRp159521
(dp159522
g16
Nsg17
Nsg11
VTr\u1ecb An is a hydroelectric dam and lake on the \u0110\u1ed3ng Nai River in V\u0129nh C\u1eedu, \u0110\u1ed3ng Nai, Vietnam. The power plant has an installed electric capacity of 400 MW and producing around 1.76 TWh of electricity per year. The plant is operated by Tr\u1ecb An Hydropower Company, a subsidiary of Vietnam Electricity. The dam was built in 1984\u20131986 with the assistance of the Soviet Union. The power plant became operational in 1988. The dam forms a man-made reservoir lake known as Tr\u1ecb An Lake. La Ngà village on the La Ngà River was created as a result of population displacement.
p159523
sbg6
(g13
g8
NtRp159524
(dp159525
g16
Nsg17
Nsg11
VPOINT(106.98388671875 11.105278015137)
p159526
sbtp159527
a(g6
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g8
NtRp159528
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g11
Vhttp://dbpedia.org/resource/Tr\u1ecb_An_Dam
p159530
sbg6
(g13
g8
NtRp159531
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0440\u0456-\u0410\u043d
p159533
sbg6
(g13
g8
NtRp159534
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p159536
sbNNNg6
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g8
NtRp159537
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g11
Vhttp://dbpedia.org/resource/Tr\u1ecb_An_Dam__Lake__1
p159539
sbg6
(g13
g8
NtRp159540
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p159542
sbg6
(g13
g8
NtRp159543
(dp159544
g16
Nsg17
Nsg11
VHydroelectric
p159545
sbg6
(g13
g8
NtRp159546
(dp159547
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/\u0110\u1ed3ng_Nai_River
p159548
sbg6
(g13
g8
NtRp159549
(dp159550
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159551
(dp159552
g16
Nsg17
Nsg11
VVietnam
p159553
sbg6
(g13
g8
NtRp159554
(dp159555
g16
Nsg17
Nsg11
VTr\u1ecb An is a hydroelectric dam and lake on the \u0110\u1ed3ng Nai River in V\u0129nh C\u1eedu, \u0110\u1ed3ng Nai, Vietnam. The power plant has an installed electric capacity of 400 MW and producing around 1.76 TWh of electricity per year. The plant is operated by Tr\u1ecb An Hydropower Company, a subsidiary of Vietnam Electricity. The dam was built in 1984\u20131986 with the assistance of the Soviet Union. The power plant became operational in 1988. The dam forms a man-made reservoir lake known as Tr\u1ecb An Lake. La Ngà village on the La Ngà River was created as a result of population displacement.
p159556
sbg6
(g13
g8
NtRp159557
(dp159558
g16
Nsg17
Nsg11
VPOINT(106.98388671875 11.105278015137)
p159559
sbtp159560
a(g6
(g7
g8
NtRp159561
(dp159562
g11
Vhttp://dbpedia.org/resource/Tr\u1ecb_An_Dam
p159563
sbg6
(g13
g8
NtRp159564
(dp159565
g16
Nsg17
Nsg11
V\u6cbb\u5b89\u6c34\u96fb\u7ad9
p159566
sbg6
(g13
g8
NtRp159567
(dp159568
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam
p159569
sbNNNg6
(g7
g8
NtRp159570
(dp159571
g11
Vhttp://dbpedia.org/resource/Tr\u1ecb_An_Dam__Lake__1
p159572
sbg6
(g13
g8
NtRp159573
(dp159574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vietnam_Electricity
p159575
sbg6
(g13
g8
NtRp159576
(dp159577
g16
Nsg17
Nsg11
VHydroelectric
p159578
sbg6
(g13
g8
NtRp159579
(dp159580
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/\u0110\u1ed3ng_Nai_River
p159581
sbg6
(g13
g8
NtRp159582
(dp159583
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159584
(dp159585
g16
Nsg17
Nsg11
VVietnam
p159586
sbg6
(g13
g8
NtRp159587
(dp159588
g16
Nsg17
Nsg11
VTr\u1ecb An is a hydroelectric dam and lake on the \u0110\u1ed3ng Nai River in V\u0129nh C\u1eedu, \u0110\u1ed3ng Nai, Vietnam. The power plant has an installed electric capacity of 400 MW and producing around 1.76 TWh of electricity per year. The plant is operated by Tr\u1ecb An Hydropower Company, a subsidiary of Vietnam Electricity. The dam was built in 1984\u20131986 with the assistance of the Soviet Union. The power plant became operational in 1988. The dam forms a man-made reservoir lake known as Tr\u1ecb An Lake. La Ngà village on the La Ngà River was created as a result of population displacement.
p159589
sbg6
(g13
g8
NtRp159590
(dp159591
g16
Nsg17
Nsg11
VPOINT(106.98388671875 11.105278015137)
p159592
sbtp159593
a(g6
(g7
g8
NtRp159594
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g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam
p159596
sbg6
(g13
g8
NtRp159597
(dp159598
g16
Nsg17
Nsg11
VBarrage de Tsiazompaniry
p159599
sbg6
(g13
g8
NtRp159600
(dp159601
g16
Nsg17
Nsg11
VMadagascar
p159602
sbg6
(g13
g8
NtRp159603
(dp159604
g16
Nsg17
Nsg11
VButtress
p159605
sbNNg6
(g7
g8
NtRp159606
(dp159607
g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam__Lake__1
p159608
sbg6
(g13
g8
NtRp159609
(dp159610
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jirama
p159611
sbg6
(g13
g8
NtRp159612
(dp159613
g16
Nsg17
Nsg11
VPower, water supply
p159614
sbg6
(g13
g8
NtRp159615
(dp159616
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Varahina-South_River
p159617
sbg6
(g13
g8
NtRp159618
(dp159619
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159620
(dp159621
g16
Nsg17
Nsg11
VMadagascar
p159622
sbg6
(g13
g8
NtRp159623
(dp159624
g16
Nsg17
Nsg11
VThe Tsiazompaniry Dam is a buttress dam on the , a tributary of the Ikopa River, near in the Analamanga Region of Madagascar. The dam was constructed by a French firm in 1956. It creates , the largest reservoir in the country, which has a surface area of 31 km2 (12 sq mi) and a storage volume of 260,000,000 m3 (210,000 acre\u22c5ft). A second buttress dam, 1 km (0.62 mi) northwest of the main dam helps withhold the reservoir. Water released from the dam supplies a regulated flow to hydroelectric power station at the Antelomita Dam downstream. Efforts to install a 5.25 MW power station at the base of the dam began in 2011.
p159625
sbg6
(g13
g8
NtRp159626
(dp159627
g16
Nsg17
Nsg11
VPOINT(47.845710754395 -19.254632949829)
p159628
sbtp159629
a(g6
(g7
g8
NtRp159630
(dp159631
g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam
p159632
sbg6
(g13
g8
NtRp159633
(dp159634
g16
Nsg17
Nsg11
VBarrage de Tsiazompaniry
p159635
sbg6
(g13
g8
NtRp159636
(dp159637
g16
Nsg17
Nsg11
VMadagascar
p159638
sbg6
(g13
g8
NtRp159639
(dp159640
g16
Nsg17
Nsg11
VButtress
p159641
sbNNg6
(g7
g8
NtRp159642
(dp159643
g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam__Lake__1
p159644
sbg6
(g13
g8
NtRp159645
(dp159646
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jirama
p159647
sbg6
(g13
g8
NtRp159648
(dp159649
g16
Nsg17
Nsg11
VPower, water supply
p159650
sbg6
(g13
g8
NtRp159651
(dp159652
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Varahina-South_River
p159653
sbg6
(g13
g8
NtRp159654
(dp159655
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159656
(dp159657
g16
Nsg17
Nsg11
VMadagascar
p159658
sbg6
(g13
g8
NtRp159659
(dp159660
g16
Nsg17
Nsg11
VThe Tsiazompaniry Dam is a buttress dam on the , a tributary of the Ikopa River, near in the Analamanga Region of Madagascar. The dam was constructed by a French firm in 1956. It creates , the largest reservoir in the country, which has a surface area of 31 km2 (12 sq mi) and a storage volume of 260,000,000 m3 (210,000 acre\u22c5ft). A second buttress dam, 1 km (0.62 mi) northwest of the main dam helps withhold the reservoir. Water released from the dam supplies a regulated flow to hydroelectric power station at the Antelomita Dam downstream. Efforts to install a 5.25 MW power station at the base of the dam began in 2011.
p159661
sbg6
(g13
g8
NtRp159662
(dp159663
g16
Nsg17
Nsg11
VPOINT(47.845710754395 -19.254632949829)
p159664
sbtp159665
a(g6
(g7
g8
NtRp159666
(dp159667
g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam
p159668
sbg6
(g13
g8
NtRp159669
(dp159670
g16
Nsg17
Nsg11
VTsiazompaniry Dam
p159671
sbg6
(g13
g8
NtRp159672
(dp159673
g16
Nsg17
Nsg11
VMadagascar
p159674
sbg6
(g13
g8
NtRp159675
(dp159676
g16
Nsg17
Nsg11
VButtress
p159677
sbNNg6
(g7
g8
NtRp159678
(dp159679
g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam__Lake__1
p159680
sbg6
(g13
g8
NtRp159681
(dp159682
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jirama
p159683
sbg6
(g13
g8
NtRp159684
(dp159685
g16
Nsg17
Nsg11
VPower, water supply
p159686
sbg6
(g13
g8
NtRp159687
(dp159688
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Varahina-South_River
p159689
sbg6
(g13
g8
NtRp159690
(dp159691
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159692
(dp159693
g16
Nsg17
Nsg11
VMadagascar
p159694
sbg6
(g13
g8
NtRp159695
(dp159696
g16
Nsg17
Nsg11
VThe Tsiazompaniry Dam is a buttress dam on the , a tributary of the Ikopa River, near in the Analamanga Region of Madagascar. The dam was constructed by a French firm in 1956. It creates , the largest reservoir in the country, which has a surface area of 31 km2 (12 sq mi) and a storage volume of 260,000,000 m3 (210,000 acre\u22c5ft). A second buttress dam, 1 km (0.62 mi) northwest of the main dam helps withhold the reservoir. Water released from the dam supplies a regulated flow to hydroelectric power station at the Antelomita Dam downstream. Efforts to install a 5.25 MW power station at the base of the dam began in 2011.
p159697
sbg6
(g13
g8
NtRp159698
(dp159699
g16
Nsg17
Nsg11
VPOINT(47.845710754395 -19.254632949829)
p159700
sbtp159701
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(g7
g8
NtRp159702
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g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam
p159704
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g8
NtRp159705
(dp159706
g16
Nsg17
Nsg11
VTsiazompaniry Dam
p159707
sbg6
(g13
g8
NtRp159708
(dp159709
g16
Nsg17
Nsg11
VMadagascar
p159710
sbg6
(g13
g8
NtRp159711
(dp159712
g16
Nsg17
Nsg11
VButtress
p159713
sbNNg6
(g7
g8
NtRp159714
(dp159715
g11
Vhttp://dbpedia.org/resource/Tsiazompaniry_Dam__Lake__1
p159716
sbg6
(g13
g8
NtRp159717
(dp159718
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Jirama
p159719
sbg6
(g13
g8
NtRp159720
(dp159721
g16
Nsg17
Nsg11
VPower, water supply
p159722
sbg6
(g13
g8
NtRp159723
(dp159724
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Varahina-South_River
p159725
sbg6
(g13
g8
NtRp159726
(dp159727
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp159728
(dp159729
g16
Nsg17
Nsg11
VMadagascar
p159730
sbg6
(g13
g8
NtRp159731
(dp159732
g16
Nsg17
Nsg11
VThe Tsiazompaniry Dam is a buttress dam on the , a tributary of the Ikopa River, near in the Analamanga Region of Madagascar. The dam was constructed by a French firm in 1956. It creates , the largest reservoir in the country, which has a surface area of 31 km2 (12 sq mi) and a storage volume of 260,000,000 m3 (210,000 acre\u22c5ft). A second buttress dam, 1 km (0.62 mi) northwest of the main dam helps withhold the reservoir. Water released from the dam supplies a regulated flow to hydroelectric power station at the Antelomita Dam downstream. Efforts to install a 5.25 MW power station at the base of the dam began in 2011.
p159733
sbg6
(g13
g8
NtRp159734
(dp159735
g16
Nsg17
Nsg11
VPOINT(47.845710754395 -19.254632949829)
p159736
sbtp159737
a(g6
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g8
NtRp159738
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g11
Vhttp://dbpedia.org/resource/Tsubawara_Dam
p159740
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g8
NtRp159741
(dp159742
g16
Nsg17
Nsg11
VTsubawara Dam
p159743
sbg6
(g13
g8
NtRp159744
(dp159745
g16
Nsg17
Nsg11
VJapan
p159746
sbg6
(g13
g8
NtRp159747
(dp159748
g16
Nsg17
Nsg11
VGravity
p159749
sbg6
(g13
g8
NtRp159750
(dp159751
g16
Nsg17
g27
sg11
V0.2017
p159752
sbNg6
(g7
g8
NtRp159753
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g11
Vhttp://dbpedia.org/resource/Tsubawara_Dam__Lake__1
p159755
sbNg6
(g13
g8
NtRp159756
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g16
Nsg17
Nsg11
VPower
p159758
sbg6
(g13
g8
NtRp159759
(dp159760
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sh\u014d_River
p159761
sbg6
(g13
g8
NtRp159762
(dp159763
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp159764
(dp159765
g16
Nsg17
g27
sg11
V163000.0
p159766
sbg6
(g13
g8
NtRp159767
(dp159768
g16
Nsg17
Nsg11
VJapan
p159769
sbg6
(g13
g8
NtRp159770
(dp159771
g16
Nsg17
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VThe Tsubawara Dam, also known as the Tsubakihara Dam, is a gravity dam on the Sh\u014d River about 5 km (3.1 mi) north of Shirakawa in Gifu Prefecture, Japan. It was constructed between 1952 and 1953. The dam has an associated 107 MW hydroelectric power station which was built in two parts. The first part of the power station (42 MW) was commissioned in 1954 and the second part of the power station (65 MW) was commissioned in 1975. Of the nine dams on the Sh\u014d River it is the seventh furthest downstream.
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VTuirial dam is an earthfill and gravity dam on the River Sonai near Kolasib in the state of Mizoram in India. The primary purpose of the dam is hydroelectric power production. The Cabinet Committee on Economic Affairs (CCEA) approved the 60 MW Tuirial Hydro Electric Project (THEP) project costing Rs 913 crore in 2010. The Project was Inaugurated by Narendra Modi (using a remote control from AR Ground) on 16 December 2017.
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VThe Tukahe Dam (\u571f\u5361\u6cb3) is a gravity dam on the Lixian River, bordering the counties of Luchun and Jiangcheng in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 165 MW power station. Construction began in 2003 and in 2008 the three 55 MW generators were commissioned. It is the last in a cascade of seven dams on the Lixian.
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VThe Tukahe Dam (\u571f\u5361\u6cb3) is a gravity dam on the Lixian River, bordering the counties of Luchun and Jiangcheng in Yunnan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 165 MW power station. Construction began in 2003 and in 2008 the three 55 MW generators were commissioned. It is the last in a cascade of seven dams on the Lixian.
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VTulloch Dam is a hydroelectric dam on the Stanislaus River in central California. The dam is part of the Stanislaus River Tri-Dam project cooperatively owned by the Oakdale and South San Joaquin Irrigation Districts, and was completed in 1958. It serves mainly for irrigation purposes but also has a power station with a capacity of 18 megawatts. The dam is located just downstream of the New Melones Dam and upstream of the Goodwin Dam.
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VThe Tumarín Dam is a 60 meter tall, concrete gravity dam under construction on the Río Grande de Matagalpa, just upstream of the town of Tumarín in the South Caribbean Coast Autonomous Region, Nicaragua. It is located about 35 km (22 mi) east of San Pedro del Norte, where the Río Grande de Matagalpa meets the Tuma River. Aiming at generating power, it will be the largest hydropower dam in Nicaragua and one of the largest ones in Central America when completed.
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VTummidihetti Barrage is a proposed barrage across Pranhita River, a tributary of Godavari River at Tummidihetti village, Koutala mandal, Adilabad district of Telangana State. The project will provide irrigation facilities for an ayacut of 2,00,000 acres in drought prone areas in East Adilabad District of Telangana State. .
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VTumut Pond Dam (/\u02c8tju\u02d0m\u0259t/) is a major ungated concrete arch dam across the upper reaches of the Tumut River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Tumut Pond Reservoir, or less formally, the Tumut Pondage.
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VTumut Two Dam or Tumut Two (/\u02c8tju\u02d0m\u0259t/) is a major ungated concrete gravity dam across the upper reaches of the Tumut River in the Snowy Mountains of New South Wales, Australia. The dam's main purpose is for the generation of hydro-power and is one of the sixteen major dams that comprise the Snowy Mountains Scheme, a vast hydroelectricity and irrigation complex constructed in south-east Australia between 1949 and 1974 and now run by Snowy Hydro. The impounded reservoir is called the Tumut Two Reservoir, or less formally, the Tumut Two Pondage.
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VThe Tungatinah Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Upper River Derwent catchment and is owned and operated by Hydro Tasmania.
p160130
sbg6
(g13
g8
NtRp160131
(dp160132
g16
Nsg17
Nsg11
VPOINT(146.49000549316 -42.259998321533)
p160133
sbtp160134
a(g6
(g7
g8
NtRp160135
(dp160136
g11
Vhttp://dbpedia.org/resource/Tungatinah_Power_Station
p160137
sbg6
(g13
g8
NtRp160138
(dp160139
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Tungatinah
p160140
sbg6
(g13
g8
NtRp160141
(dp160142
g16
Nsg17
Nsg11
VAustralia
p160143
sbg6
(g13
g8
NtRp160144
(dp160145
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp160146
(dp160147
g16
Nsg17
g27
sg11
V1.262
p160148
sbNg6
(g7
g8
NtRp160149
(dp160150
g11
Vhttp://dbpedia.org/resource/Tungatinah_Power_Station__Lake__1
p160151
sbg6
(g13
g8
NtRp160152
(dp160153
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p160154
sbg6
(g13
g8
NtRp160155
(dp160156
g16
Nsg17
Nsg11
VP
sbNg6
(g13
g8
NtRp160157
(dp160158
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160159
(dp160160
g16
Nsg17
Nsg11
VAustralia Tasmania
p160161
sbg6
(g13
g8
NtRp160162
(dp160163
g16
Nsg17
Nsg11
VThe Tungatinah Power Station is a conventional hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Upper River Derwent catchment and is owned and operated by Hydro Tasmania.
p160164
sbg6
(g13
g8
NtRp160165
(dp160166
g16
Nsg17
Nsg11
VPOINT(146.49000549316 -42.259998321533)
p160167
sbtp160168
a(g6
(g7
g8
NtRp160169
(dp160170
g11
Vhttp://dbpedia.org/resource/Tungun_-_Thosne_Khola_Hydropower_Station
p160171
sbg6
(g13
g8
NtRp160172
(dp160173
g16
Nsg17
Nsg11
VTungun - Thosne Khola Hydropower Station
p160174
sbg6
(g13
g8
NtRp160175
(dp160176
g16
Nsg17
Nsg11
VNepal
p160177
sbg6
(g13
g8
NtRp160178
(dp160179
g16
Nsg17
Nsg11
VGravity
p160180
sbNNNNg6
(g13
g8
NtRp160181
(dp160182
g16
Nsg17
Nsg11
VPower
p160183
sbg6
(g13
g8
NtRp160184
(dp160185
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tugun_River
p160186
sbg6
(g13
g8
NtRp160187
(dp160188
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp160189
(dp160190
g16
Nsg17
Nsg11
VNepal
p160191
sbg6
(g13
g8
NtRp160192
(dp160193
g16
Nsg17
Nsg11
VTungun - Thosne Khola Hydropower Station (Nepali: \u0924\u0941\u0917\u0941\u0928 \u0920\u094b\u0938\u0947 \u0916\u094b\u0932\u093e \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Lalitpur District of Nepal. The flow from is used to generate 4.36 MW electricity. The plant is owned and developed by Khani Khola Hydropower Company Ltd, an IPP of Nepal. The plant started generating electricity from 2073-08-09BS. The generation licence will expire in 2104-11-02 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p160194
sbg6
(g13
g8
NtRp160195
(dp160196
g16
Nsg17
Nsg11
VPOINT(85.331390380859 27.487499237061)
p160197
sbtp160198
a(g6
(g7
g8
NtRp160199
(dp160200
g11
Vhttp://dbpedia.org/resource/Tunnsjødal_Hydroelectric_Power_Station
p160201
sbg6
(g13
g8
NtRp160202
(dp160203
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Tunnsjødal
p160204
sbg6
(g13
g8
NtRp160205
(dp160206
g16
Nsg17
Nsg11
VNorway
p160207
sbNNNg6
(g7
g8
NtRp160208
(dp160209
g11
Vhttp://dbpedia.org/resource/Tunnsjødal_Hydroelectric_Power_Station__Lake__1
p160210
sbg6
(g13
g8
NtRp160211
(dp160212
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nord-Trøndelag_Elektrisitetsverk
p160213
sbNNg6
(g13
g8
NtRp160214
(dp160215
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp160216
(dp160217
g16
Nsg17
Nsg11
VThe Tunnsjødal Power Station (Tunnsjødal kraftverk) is a hydroelectric power station located in Namsskogan, Nord-Trøndelag, Norway. It operates at an installed capacity of 176 MW, with an average annual production of 820 GWh.
p160218
sbg6
(g13
g8
NtRp160219
(dp160220
g16
Nsg17
Nsg11
VPOINT(12.835556030273 64.703330993652)
p160221
sbtp160222
a(g6
(g7
g8
NtRp160223
(dp160224
g11
Vhttp://dbpedia.org/resource/Tunnsjødal_Hydroelectric_Power_Station
p160225
sbg6
(g13
g8
NtRp160226
(dp160227
g16
Nsg17
Nsg11
VTunnsjødal Hydroelectric Power Station
p160228
sbg6
(g13
g8
NtRp160229
(dp160230
g16
Nsg17
Nsg11
VNorway
p160231
sbNNNg6
(g7
g8
NtRp160232
(dp160233
g11
Vhttp://dbpedia.org/resource/Tunnsjødal_Hydroelectric_Power_Station__Lake__1
p160234
sbg6
(g13
g8
NtRp160235
(dp160236
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nord-Trøndelag_Elektrisitetsverk
p160237
sbNNg6
(g13
g8
NtRp160238
(dp160239
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp160240
(dp160241
g16
Nsg17
Nsg11
VThe Tunnsjødal Power Station (Tunnsjødal kraftverk) is a hydroelectric power station located in Namsskogan, Nord-Trøndelag, Norway. It operates at an installed capacity of 176 MW, with an average annual production of 820 GWh.
p160242
sbg6
(g13
g8
NtRp160243
(dp160244
g16
Nsg17
Nsg11
VPOINT(12.835556030273 64.703330993652)
p160245
sbtp160246
a(g6
(g7
g8
NtRp160247
(dp160248
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station
p160249
sbg6
(g13
g8
NtRp160250
(dp160251
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0422\u0443\u0440\u043a\u0432\u0435\u043b
p160252
sbg6
(g13
g8
NtRp160253
(dp160254
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p160255
sbg6
(g13
g8
NtRp160256
(dp160257
g16
Nsg17
Nsg11
VArch
p160258
sbg6
(g13
g8
NtRp160259
(dp160260
g16
Nsg17
g27
sg11
V0.15
p160261
sbNg6
(g7
g8
NtRp160262
(dp160263
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station__Lake__1
p160264
sbNg6
(g13
g8
NtRp160265
(dp160266
g16
Nsg17
Nsg11
VPower, irrigation, fisheries
p160267
sbg6
(g13
g8
NtRp160268
(dp160269
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkwel_River
p160270
sbg6
(g13
g8
NtRp160271
(dp160272
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp160273
(dp160274
g16
Nsg17
g27
sg11
V170000.0
p160275
sbg6
(g13
g8
NtRp160276
(dp160277
g16
Nsg17
Nsg11
VKenya
p160278
sbg6
(g13
g8
NtRp160279
(dp160280
g16
Nsg17
Nsg11
VThe Turkwel Hydroelectric Power Station, also Turkwel Dam, is an arch dam on the Turkwel River about 76 km (47 mi) north of Kapenguria in West Pokot County, Kenya. The dam serves several purposes to include hydroelectric power production, irrigation tourism and fisheries. It was constructed between 1986 and 1991. It supports the third largest hydroelectric power plant in the country, having an installed electric capacity of 106 megawatts (142,000 hp).
p160281
sbg6
(g13
g8
NtRp160282
(dp160283
g16
Nsg17
Nsg11
VPOINT(35.3337059021 1.8981860876083)
p160284
sbtp160285
a(g6
(g7
g8
NtRp160286
(dp160287
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station
p160288
sbg6
(g13
g8
NtRp160289
(dp160290
g16
Nsg17
Nsg11
VTurkwel Hydroelectric Power Station
p160291
sbg6
(g13
g8
NtRp160292
(dp160293
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p160294
sbg6
(g13
g8
NtRp160295
(dp160296
g16
Nsg17
Nsg11
VArch
p160297
sbg6
(g13
g8
NtRp160298
(dp160299
g16
Nsg17
g27
sg11
V0.15
p160300
sbNg6
(g7
g8
NtRp160301
(dp160302
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station__Lake__1
p160303
sbNg6
(g13
g8
NtRp160304
(dp160305
g16
Nsg17
Nsg11
VPower, irrigation, fisheries
p160306
sbg6
(g13
g8
NtRp160307
(dp160308
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkwel_River
p160309
sbg6
(g13
g8
NtRp160310
(dp160311
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp160312
(dp160313
g16
Nsg17
g27
sg11
V170000.0
p160314
sbg6
(g13
g8
NtRp160315
(dp160316
g16
Nsg17
Nsg11
VKenya
p160317
sbg6
(g13
g8
NtRp160318
(dp160319
g16
Nsg17
Nsg11
VThe Turkwel Hydroelectric Power Station, also Turkwel Dam, is an arch dam on the Turkwel River about 76 km (47 mi) north of Kapenguria in West Pokot County, Kenya. The dam serves several purposes to include hydroelectric power production, irrigation tourism and fisheries. It was constructed between 1986 and 1991. It supports the third largest hydroelectric power plant in the country, having an installed electric capacity of 106 megawatts (142,000 hp).
p160320
sbg6
(g13
g8
NtRp160321
(dp160322
g16
Nsg17
Nsg11
VPOINT(35.3337059021 1.8981860876083)
p160323
sbtp160324
a(g6
(g7
g8
NtRp160325
(dp160326
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station
p160327
sbg6
(g13
g8
NtRp160328
(dp160329
g16
Nsg17
Nsg11
VTurkwel-Talsperre
p160330
sbg6
(g13
g8
NtRp160331
(dp160332
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p160333
sbg6
(g13
g8
NtRp160334
(dp160335
g16
Nsg17
Nsg11
VArch
p160336
sbg6
(g13
g8
NtRp160337
(dp160338
g16
Nsg17
g27
sg11
V0.15
p160339
sbNg6
(g7
g8
NtRp160340
(dp160341
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station__Lake__1
p160342
sbNg6
(g13
g8
NtRp160343
(dp160344
g16
Nsg17
Nsg11
VPower, irrigation, fisheries
p160345
sbg6
(g13
g8
NtRp160346
(dp160347
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkwel_River
p160348
sbg6
(g13
g8
NtRp160349
(dp160350
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp160351
(dp160352
g16
Nsg17
g27
sg11
V170000.0
p160353
sbg6
(g13
g8
NtRp160354
(dp160355
g16
Nsg17
Nsg11
VKenya
p160356
sbg6
(g13
g8
NtRp160357
(dp160358
g16
Nsg17
Nsg11
VThe Turkwel Hydroelectric Power Station, also Turkwel Dam, is an arch dam on the Turkwel River about 76 km (47 mi) north of Kapenguria in West Pokot County, Kenya. The dam serves several purposes to include hydroelectric power production, irrigation tourism and fisheries. It was constructed between 1986 and 1991. It supports the third largest hydroelectric power plant in the country, having an installed electric capacity of 106 megawatts (142,000 hp).
p160359
sbg6
(g13
g8
NtRp160360
(dp160361
g16
Nsg17
Nsg11
VPOINT(35.3337059021 1.8981860876083)
p160362
sbtp160363
a(g6
(g7
g8
NtRp160364
(dp160365
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station
p160366
sbg6
(g13
g8
NtRp160367
(dp160368
g16
Nsg17
Nsg11
VTurkwel-Talsperre
p160369
sbg6
(g13
g8
NtRp160370
(dp160371
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p160372
sbg6
(g13
g8
NtRp160373
(dp160374
g16
Nsg17
Nsg11
VArch
p160375
sbg6
(g13
g8
NtRp160376
(dp160377
g16
Nsg17
g27
sg11
V0.15
p160378
sbNg6
(g7
g8
NtRp160379
(dp160380
g11
Vhttp://dbpedia.org/resource/Turkwel_Hydroelectric_Power_Station__Lake__1
p160381
sbNg6
(g13
g8
NtRp160382
(dp160383
g16
Nsg17
Nsg11
VPower, irrigation, fisheries
p160384
sbg6
(g13
g8
NtRp160385
(dp160386
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkwel_River
p160387
sbg6
(g13
g8
NtRp160388
(dp160389
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp160390
(dp160391
g16
Nsg17
g27
sg11
V170000.0
p160392
sbg6
(g13
g8
NtRp160393
(dp160394
g16
Nsg17
Nsg11
VKenya
p160395
sbg6
(g13
g8
NtRp160396
(dp160397
g16
Nsg17
Nsg11
VThe Turkwel Hydroelectric Power Station, also Turkwel Dam, is an arch dam on the Turkwel River about 76 km (47 mi) north of Kapenguria in West Pokot County, Kenya. The dam serves several purposes to include hydroelectric power production, irrigation tourism and fisheries. It was constructed between 1986 and 1991. It supports the third largest hydroelectric power plant in the country, having an installed electric capacity of 106 megawatts (142,000 hp).
p160398
sbg6
(g13
g8
NtRp160399
(dp160400
g16
Nsg17
Nsg11
VPOINT(35.3337059021 1.8981860876083)
p160401
sbtp160402
a(g6
(g7
g8
NtRp160403
(dp160404
g11
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p160405
sbg6
(g13
g8
NtRp160406
(dp160407
g16
Nsg17
Nsg11
V\u0422\u0443\u044f\u0431\u0443\u0433\u0443\u0437\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u043b\u0438\u0449\u0435
p160408
sbg6
(g13
g8
NtRp160409
(dp160410
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uzbekistan
p160411
sbNNNg6
(g7
g8
NtRp160412
(dp160413
g11
Vhttp://dbpedia.org/resource/Tuyabuguz_Reservoir__Lake__1
p160414
sbNNNNNg6
(g13
g8
NtRp160415
(dp160416
g16
Nsg17
Nsg11
VUzbekistan
p160417
sbg6
(g13
g8
NtRp160418
(dp160419
g16
Nsg17
Nsg11
VTuyabuguz Reservoir (Uzbek: \u0422\u0443\u044f\u0431\u0443\u0433\u043e\u0437 \u0441\u0443\u0432 \u043e\u043c\u0431\u043e\u0440\u0438), also known as the Tashmore or Tashkentskoye more (Russian: \u0422\u0430\u0448\u043a\u0435\u043d\u0442\u0441\u043a\u043e\u0435 \u043c\u043e\u0440\u0435) is artificial lake located in Tashkent Province, 30 km (19 mi) south of Tashkent, Uzbekistan. The urban settlement of Tuyabo\u02bbg\u02bbiz is situated on the dam's northern end. The reservoir provides irrigation for Tashkent Province.
p160420
sbg6
(g13
g8
NtRp160421
(dp160422
g16
Nsg17
Nsg11
VPOINT(69.302223205566 41)
p160423
sbtp160424
a(g6
(g7
g8
NtRp160425
(dp160426
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Vhttp://dbpedia.org/resource/Tuyabuguz_Reservoir
p160427
sbg6
(g13
g8
NtRp160428
(dp160429
g16
Nsg17
Nsg11
VTuyabuguz Reservoir
p160430
sbg6
(g13
g8
NtRp160431
(dp160432
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uzbekistan
p160433
sbNNNg6
(g7
g8
NtRp160434
(dp160435
g11
Vhttp://dbpedia.org/resource/Tuyabuguz_Reservoir__Lake__1
p160436
sbNNNNNg6
(g13
g8
NtRp160437
(dp160438
g16
Nsg17
Nsg11
VUzbekistan
p160439
sbg6
(g13
g8
NtRp160440
(dp160441
g16
Nsg17
Nsg11
VTuyabuguz Reservoir (Uzbek: \u0422\u0443\u044f\u0431\u0443\u0433\u043e\u0437 \u0441\u0443\u0432 \u043e\u043c\u0431\u043e\u0440\u0438), also known as the Tashmore or Tashkentskoye more (Russian: \u0422\u0430\u0448\u043a\u0435\u043d\u0442\u0441\u043a\u043e\u0435 \u043c\u043e\u0440\u0435) is artificial lake located in Tashkent Province, 30 km (19 mi) south of Tashkent, Uzbekistan. The urban settlement of Tuyabo\u02bbg\u02bbiz is situated on the dam's northern end. The reservoir provides irrigation for Tashkent Province.
p160442
sbg6
(g13
g8
NtRp160443
(dp160444
g16
Nsg17
Nsg11
VPOINT(69.302223205566 41)
p160445
sbtp160446
a(g6
(g7
g8
NtRp160447
(dp160448
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex
p160449
sbg6
(g13
g8
NtRp160450
(dp160451
g16
Nsg17
Nsg11
VTuyamuyun Hydro Complex
p160452
sbg6
(g13
g8
NtRp160453
(dp160454
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkmenistan
p160455
sbg6
(g13
g8
NtRp160456
(dp160457
g16
Nsg17
Nsg11
VGravity
p160458
sbg6
(g13
g8
NtRp160459
(dp160460
g16
Nsg17
g27
sg11
V0.141
p160461
sbNg6
(g7
g8
NtRp160462
(dp160463
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex__Lake__1
p160464
sbNg6
(g13
g8
NtRp160465
(dp160466
g16
Nsg17
Nsg11
VIrrigation, power
p160467
sbg6
(g13
g8
NtRp160468
(dp160469
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Amu_Darya_River
p160470
sbg6
(g13
g8
NtRp160471
(dp160472
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160473
(dp160474
g16
Nsg17
Nsg11
VUzbekistan
p160475
sbg6
(g13
g8
NtRp160476
(dp160477
g16
Nsg17
Nsg11
VThe Tuyamuyun Hydro Complex (THC) is a system of four interconnected reservoirs and a series of canals on the lower Amu Darya River, bordering Uzbekistan and Turkmenistan. Its primary purpose is to provide water for irrigation in Xorazm, Karakalpakstan and Da\u015foguz regions of Uzbekistan, Turkmenistan and as far north as Kazakhstan. The complex is located about 74 km (46 mi) southeast of Urgench in Xorazm Region, Uzbekistan and about 2 km (1.2 mi) north of Gazojak in Lebap Region, Turkmenistan. It was constructed between 1969 and 1983. Aside from irrigation, the complex also provides water for industrial and municipal uses. A 150 MW power station on the main dam contains six 25 MW hydroelectric turbine-generators.
p160478
sbg6
(g13
g8
NtRp160479
(dp160480
g16
Nsg17
Nsg11
VPOINT(61.405212402344 41.213371276855)
p160481
sbtp160482
a(g6
(g7
g8
NtRp160483
(dp160484
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex
p160485
sbg6
(g13
g8
NtRp160486
(dp160487
g16
Nsg17
Nsg11
V\u0422\u0443\u044f\u043c\u0443\u044e\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p160488
sbg6
(g13
g8
NtRp160489
(dp160490
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uzbekistan
p160491
sbg6
(g13
g8
NtRp160492
(dp160493
g16
Nsg17
Nsg11
VGravity
p160494
sbg6
(g13
g8
NtRp160495
(dp160496
g16
Nsg17
g27
sg11
V0.141
p160497
sbNg6
(g7
g8
NtRp160498
(dp160499
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex__Lake__1
p160500
sbNg6
(g13
g8
NtRp160501
(dp160502
g16
Nsg17
Nsg11
VIrrigation, power
p160503
sbg6
(g13
g8
NtRp160504
(dp160505
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Amu_Darya_River
p160506
sbg6
(g13
g8
NtRp160507
(dp160508
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160509
(dp160510
g16
Nsg17
Nsg11
VUzbekistan
p160511
sbg6
(g13
g8
NtRp160512
(dp160513
g16
Nsg17
Nsg11
VThe Tuyamuyun Hydro Complex (THC) is a system of four interconnected reservoirs and a series of canals on the lower Amu Darya River, bordering Uzbekistan and Turkmenistan. Its primary purpose is to provide water for irrigation in Xorazm, Karakalpakstan and Da\u015foguz regions of Uzbekistan, Turkmenistan and as far north as Kazakhstan. The complex is located about 74 km (46 mi) southeast of Urgench in Xorazm Region, Uzbekistan and about 2 km (1.2 mi) north of Gazojak in Lebap Region, Turkmenistan. It was constructed between 1969 and 1983. Aside from irrigation, the complex also provides water for industrial and municipal uses. A 150 MW power station on the main dam contains six 25 MW hydroelectric turbine-generators.
p160514
sbg6
(g13
g8
NtRp160515
(dp160516
g16
Nsg17
Nsg11
VPOINT(61.405212402344 41.213371276855)
p160517
sbtp160518
a(g6
(g7
g8
NtRp160519
(dp160520
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex
p160521
sbg6
(g13
g8
NtRp160522
(dp160523
g16
Nsg17
Nsg11
V\u0422\u0443\u044f\u043c\u0443\u044e\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p160524
sbg6
(g13
g8
NtRp160525
(dp160526
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkmenistan
p160527
sbg6
(g13
g8
NtRp160528
(dp160529
g16
Nsg17
Nsg11
VGravity
p160530
sbg6
(g13
g8
NtRp160531
(dp160532
g16
Nsg17
g27
sg11
V0.141
p160533
sbNg6
(g7
g8
NtRp160534
(dp160535
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex__Lake__1
p160536
sbNg6
(g13
g8
NtRp160537
(dp160538
g16
Nsg17
Nsg11
VIrrigation, power
p160539
sbg6
(g13
g8
NtRp160540
(dp160541
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Amu_Darya_River
p160542
sbg6
(g13
g8
NtRp160543
(dp160544
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160545
(dp160546
g16
Nsg17
Nsg11
VUzbekistan
p160547
sbg6
(g13
g8
NtRp160548
(dp160549
g16
Nsg17
Nsg11
VThe Tuyamuyun Hydro Complex (THC) is a system of four interconnected reservoirs and a series of canals on the lower Amu Darya River, bordering Uzbekistan and Turkmenistan. Its primary purpose is to provide water for irrigation in Xorazm, Karakalpakstan and Da\u015foguz regions of Uzbekistan, Turkmenistan and as far north as Kazakhstan. The complex is located about 74 km (46 mi) southeast of Urgench in Xorazm Region, Uzbekistan and about 2 km (1.2 mi) north of Gazojak in Lebap Region, Turkmenistan. It was constructed between 1969 and 1983. Aside from irrigation, the complex also provides water for industrial and municipal uses. A 150 MW power station on the main dam contains six 25 MW hydroelectric turbine-generators.
p160550
sbg6
(g13
g8
NtRp160551
(dp160552
g16
Nsg17
Nsg11
VPOINT(61.405212402344 41.213371276855)
p160553
sbtp160554
a(g6
(g7
g8
NtRp160555
(dp160556
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex
p160557
sbg6
(g13
g8
NtRp160558
(dp160559
g16
Nsg17
Nsg11
V\u0422\u0443\u044f\u043c\u0443\u044e\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p160560
sbg6
(g13
g8
NtRp160561
(dp160562
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uzbekistan
p160563
sbg6
(g13
g8
NtRp160564
(dp160565
g16
Nsg17
Nsg11
VGravity
p160566
sbg6
(g13
g8
NtRp160567
(dp160568
g16
Nsg17
g27
sg11
V0.141
p160569
sbNg6
(g7
g8
NtRp160570
(dp160571
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex__Lake__1
p160572
sbNg6
(g13
g8
NtRp160573
(dp160574
g16
Nsg17
Nsg11
VIrrigation, power
p160575
sbg6
(g13
g8
NtRp160576
(dp160577
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Amu_Darya_River
p160578
sbg6
(g13
g8
NtRp160579
(dp160580
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160581
(dp160582
g16
Nsg17
Nsg11
VUzbekistan
p160583
sbg6
(g13
g8
NtRp160584
(dp160585
g16
Nsg17
Nsg11
VThe Tuyamuyun Hydro Complex (THC) is a system of four interconnected reservoirs and a series of canals on the lower Amu Darya River, bordering Uzbekistan and Turkmenistan. Its primary purpose is to provide water for irrigation in Xorazm, Karakalpakstan and Da\u015foguz regions of Uzbekistan, Turkmenistan and as far north as Kazakhstan. The complex is located about 74 km (46 mi) southeast of Urgench in Xorazm Region, Uzbekistan and about 2 km (1.2 mi) north of Gazojak in Lebap Region, Turkmenistan. It was constructed between 1969 and 1983. Aside from irrigation, the complex also provides water for industrial and municipal uses. A 150 MW power station on the main dam contains six 25 MW hydroelectric turbine-generators.
p160586
sbg6
(g13
g8
NtRp160587
(dp160588
g16
Nsg17
Nsg11
VPOINT(61.405212402344 41.213371276855)
p160589
sbtp160590
a(g6
(g7
g8
NtRp160591
(dp160592
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex
p160593
sbg6
(g13
g8
NtRp160594
(dp160595
g16
Nsg17
Nsg11
VTuyamuyun Hydro Complex
p160596
sbg6
(g13
g8
NtRp160597
(dp160598
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Uzbekistan
p160599
sbg6
(g13
g8
NtRp160600
(dp160601
g16
Nsg17
Nsg11
VGravity
p160602
sbg6
(g13
g8
NtRp160603
(dp160604
g16
Nsg17
g27
sg11
V0.141
p160605
sbNg6
(g7
g8
NtRp160606
(dp160607
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex__Lake__1
p160608
sbNg6
(g13
g8
NtRp160609
(dp160610
g16
Nsg17
Nsg11
VIrrigation, power
p160611
sbg6
(g13
g8
NtRp160612
(dp160613
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Amu_Darya_River
p160614
sbg6
(g13
g8
NtRp160615
(dp160616
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160617
(dp160618
g16
Nsg17
Nsg11
VUzbekistan
p160619
sbg6
(g13
g8
NtRp160620
(dp160621
g16
Nsg17
Nsg11
VThe Tuyamuyun Hydro Complex (THC) is a system of four interconnected reservoirs and a series of canals on the lower Amu Darya River, bordering Uzbekistan and Turkmenistan. Its primary purpose is to provide water for irrigation in Xorazm, Karakalpakstan and Da\u015foguz regions of Uzbekistan, Turkmenistan and as far north as Kazakhstan. The complex is located about 74 km (46 mi) southeast of Urgench in Xorazm Region, Uzbekistan and about 2 km (1.2 mi) north of Gazojak in Lebap Region, Turkmenistan. It was constructed between 1969 and 1983. Aside from irrigation, the complex also provides water for industrial and municipal uses. A 150 MW power station on the main dam contains six 25 MW hydroelectric turbine-generators.
p160622
sbg6
(g13
g8
NtRp160623
(dp160624
g16
Nsg17
Nsg11
VPOINT(61.405212402344 41.213371276855)
p160625
sbtp160626
a(g6
(g7
g8
NtRp160627
(dp160628
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex
p160629
sbg6
(g13
g8
NtRp160630
(dp160631
g16
Nsg17
Nsg11
V\u0422\u0443\u044f\u043c\u0443\u044e\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p160632
sbg6
(g13
g8
NtRp160633
(dp160634
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkmenistan
p160635
sbg6
(g13
g8
NtRp160636
(dp160637
g16
Nsg17
Nsg11
VGravity
p160638
sbg6
(g13
g8
NtRp160639
(dp160640
g16
Nsg17
g27
sg11
V0.141
p160641
sbNg6
(g7
g8
NtRp160642
(dp160643
g11
Vhttp://dbpedia.org/resource/Tuyamuyun_Hydro_Complex__Lake__1
p160644
sbNg6
(g13
g8
NtRp160645
(dp160646
g16
Nsg17
Nsg11
VIrrigation, power
p160647
sbg6
(g13
g8
NtRp160648
(dp160649
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Amu_Darya_River
p160650
sbg6
(g13
g8
NtRp160651
(dp160652
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp160653
(dp160654
g16
Nsg17
Nsg11
VUzbekistan
p160655
sbg6
(g13
g8
NtRp160656
(dp160657
g16
Nsg17
Nsg11
VThe Tuyamuyun Hydro Complex (THC) is a system of four interconnected reservoirs and a series of canals on the lower Amu Darya River, bordering Uzbekistan and Turkmenistan. Its primary purpose is to provide water for irrigation in Xorazm, Karakalpakstan and Da\u015foguz regions of Uzbekistan, Turkmenistan and as far north as Kazakhstan. The complex is located about 74 km (46 mi) southeast of Urgench in Xorazm Region, Uzbekistan and about 2 km (1.2 mi) north of Gazojak in Lebap Region, Turkmenistan. It was constructed between 1969 and 1983. Aside from irrigation, the complex also provides water for industrial and municipal uses. A 150 MW power station on the main dam contains six 25 MW hydroelectric turbine-generators.
p160658
sbg6
(g13
g8
NtRp160659
(dp160660
g16
Nsg17
Nsg11
VPOINT(61.405212402344 41.213371276855)
p160661
sbtp160662
a(g6
(g7
g8
NtRp160663
(dp160664
g11
Vhttp://dbpedia.org/resource/Tvishi_Hydro_Power_Plant
p160665
sbg6
(g13
g8
NtRp160666
(dp160667
g16
Nsg17
Nsg11
VTvishi Hydro Power Plant
p160668
sbg6
(g13
g8
NtRp160669
(dp160670
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p160671
sbNNNg6
(g7
g8
NtRp160672
(dp160673
g11
Vhttp://dbpedia.org/resource/Tvishi_Hydro_Power_Plant__Lake__1
p160674
sbNNNNNg6
(g13
g8
NtRp160675
(dp160676
g16
Nsg17
Nsg11
VGeorgia Racha-Lechkhumi and Kvemo Svaneti#Georgia
p160677
sbg6
(g13
g8
NtRp160678
(dp160679
g16
Nsg17
Nsg11
VTvishi Hydro Power Plant will be a large power plant in Tsageri Municipality, Racha-Lechkhumi and Kvemo Svaneti, Georgia two has two turbines with a nominal capacity of 55 MW each having a total capacity of 110 MW.
p160680
sbg6
(g13
g8
NtRp160681
(dp160682
g16
Nsg17
Nsg11
VPOINT(42.793334960938 42.515277862549)
p160683
sbtp160684
a(g6
(g7
g8
NtRp160685
(dp160686
g11
Vhttp://dbpedia.org/resource/Tvishi_Hydro_Power_Plant
p160687
sbg6
(g13
g8
NtRp160688
(dp160689
g16
Nsg17
Nsg11
VTvishi Hydro Power Plant
p160690
sbg6
(g13
g8
NtRp160691
(dp160692
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p160693
sbNNNg6
(g7
g8
NtRp160694
(dp160695
g11
Vhttp://dbpedia.org/resource/Tvishi_Hydro_Power_Plant__Lake__1
p160696
sbNNNNNg6
(g13
g8
NtRp160697
(dp160698
g16
Nsg17
Nsg11
VGeorgia Racha-Lechkhumi and Kvemo Svaneti#Georgia
p160699
sbg6
(g13
g8
NtRp160700
(dp160701
g16
Nsg17
Nsg11
VTvishi Hydro Power Plant will be a large power plant in Tsageri Municipality, Racha-Lechkhumi and Kvemo Svaneti, Georgia two has two turbines with a nominal capacity of 55 MW each having a total capacity of 110 MW.
p160702
sbg6
(g13
g8
NtRp160703
(dp160704
g16
Nsg17
Nsg11
VPOINT(42.793334960938 42.515277862549)
p160705
sbtp160706
a(g6
(g7
g8
NtRp160707
(dp160708
g11
Vhttp://dbpedia.org/resource/Two_Rivers_Dam
p160709
sbg6
(g13
g8
NtRp160710
(dp160711
g16
Nsg17
Nsg11
VTwo Rivers Dam
p160712
sbg6
(g13
g8
NtRp160713
(dp160714
g16
Nsg17
Nsg11
VUnited States
p160715
sbg6
(g13
g8
NtRp160716
(dp160717
g16
Nsg17
Nsg11
VEmbankment, earth-fill
p160718
sbg6
(g13
g8
NtRp160719
(dp160720
g16
Nsg17
g27
sg11
V2.42316
p160721
sbNg6
(g7
g8
NtRp160722
(dp160723
g11
Vhttp://dbpedia.org/resource/Two_Rivers_Dam__Lake__1
p160724
sbg6
(g13
g8
NtRp160725
(dp160726
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_Army_Corps_of_Engineers
p160727
sbg6
(g13
g8
NtRp160728
(dp160729
g16
Nsg17
Nsg11
VFlood control
p160730
sbg6
(g13
g8
NtRp160731
(dp160732
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Rio_Hondo_(Southern_New_Mexico)
p160733
sbNNg6
(g13
g8
NtRp160734
(dp160735
g16
Nsg17
Nsg11
VNew Mexico
p160736
sbg6
(g13
g8
NtRp160737
(dp160738
g16
Nsg17
Nsg11
VThe Two Rivers Dam is a dry dam in southeastern New Mexico, sixteen miles west-southwest of the city of Roswell. The dam is actually two dams separated by an area of higher land approximately 1.5 miles wide. Normally, no water is impounded behind the dams; they are strictly for flood control. However, during the spring runoff water will back up behind the northern dam. This has created a small oasis in the lowlands behind the dam.
p160739
sbg6
(g13
g8
NtRp160740
(dp160741
g16
Nsg17
Nsg11
VPOINT(-104.72305297852 33.297779083252)
p160742
sbtp160743
a(g6
(g7
g8
NtRp160744
(dp160745
g11
Vhttp://dbpedia.org/resource/Tyin_Hydroelectric_Power_Station
p160746
sbg6
(g13
g8
NtRp160747
(dp160748
g16
Nsg17
Nsg11
VTyin Hydroelectric Power Station
p160749
sbg6
(g13
g8
NtRp160750
(dp160751
g16
Nsg17
Nsg11
VNorway
p160752
sbNNNg6
(g7
g8
NtRp160753
(dp160754
g11
Vhttp://dbpedia.org/resource/Tyin_Hydroelectric_Power_Station__Lake__1
p160755
sbg6
(g13
g8
NtRp160756
(dp160757
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Norsk_Hydro
p160758
sbNNNNNg6
(g13
g8
NtRp160759
(dp160760
g16
Nsg17
Nsg11
VThe Tyin Power Station (Tyin kraftverk) is a hydroelectric power station located at Årdal in Vestland, Norway. It operates at an installed capacity of 380 MW, with an average annual production of about 1,400 GW·h.
p160761
sbg6
(g13
g8
NtRp160762
(dp160763
g16
Nsg17
Nsg11
VPOINT(7.8313889503479 61.310276031494)
p160764
sbtp160765
a(g6
(g7
g8
NtRp160766
(dp160767
g11
Vhttp://dbpedia.org/resource/Tyin_Hydroelectric_Power_Station
p160768
sbg6
(g13
g8
NtRp160769
(dp160770
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Tyin
p160771
sbg6
(g13
g8
NtRp160772
(dp160773
g16
Nsg17
Nsg11
VNorway
p160774
sbNNNg6
(g7
g8
NtRp160775
(dp160776
g11
Vhttp://dbpedia.org/resource/Tyin_Hydroelectric_Power_Station__Lake__1
p160777
sbg6
(g13
g8
NtRp160778
(dp160779
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Norsk_Hydro
p160780
sbNNNNNg6
(g13
g8
NtRp160781
(dp160782
g16
Nsg17
Nsg11
VThe Tyin Power Station (Tyin kraftverk) is a hydroelectric power station located at Årdal in Vestland, Norway. It operates at an installed capacity of 380 MW, with an average annual production of about 1,400 GW·h.
p160783
sbg6
(g13
g8
NtRp160784
(dp160785
g16
Nsg17
Nsg11
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VThe Ubol Ratana Dam (pronounced: Ubon Rat), formerly known as the "Phong Neeb Dam", is a multi-purpose dam in tambon Khok Sung, Ubolratana district, approximately 50 km (31 mi) north of Khon Kaen, Khon Kaen province, Thailand. It was the first hydroelectric power project developed in Thailand's northeastern area of Isan. The dam impounds the Nam Phong, which flows into the Chi River and thence to the Mun River, a tributary of the Mekong River. The dam was given its current name by royal permission in 1966, in honour of princess Ubol Ratana, the eldest child of King Bhumibol Adulyadej.
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VThe Udawalawe Dam is a large irrigation dam in Udawalawe, in the Southern Province of Sri Lanka. The dam consists of an embankment section and a gravity section, combining the total dam length to approximately 3.9 km (2.4 mi). The dam is also used for hydroelectric power generation, powering two 2 MW units, commissioned in April 1969.
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VUlla-Førre is a hydropower complex in Southern Norway. It is situated along the borders of the municipalities of Suldal and Hjelmeland (in Rogaland county) and Bykle (in Agder county), Norway. It has an installed capacity of approximately 2,100 megawatts (2,800,000 hp), and the annual average production is 4.45 TWh (16.0 PJ) (1987\u20132006), while its reservoir capacity is about 7.8 TWh (28 PJ); at full production, it can last seven to eight months. The complex includes the artificial lake Blåsjø, which is made by dams around 1,000 metres (3,300 ft) above the sea level. The hydroelectric power stations in the complex are Saurdal, Kvilldal, Hylen and Stølsdal, operated by Statkraft.
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VThe Uma Oya Hydropower Complex (also internally called Uma Oya Multipurpose Development Project or UOMDP) is a irrigation and hydroelectric complex currently under construction in the Badulla District of Sri Lanka. Early assessments of project dates back to 1989, when the first studies was conducted by the country's . The complex involves building a dam across Dalgolla Oya, and channelling water over a 3,975 m (13,041 ft) tunnel to Mathatilla Oya, both of which are tributaries of the Uma Oya. At Mathatilla Oya, another dam is constructed to channel 145,000,000 m3 (5.1×109 cu ft) of water per annum, via a 15,290 m (50,160 ft) headrace tunnel to the Uma Oya Power Station, where water then discharged to the Alikota Aru via a 3,335 m (10,942 ft) tailrace tunnel. The Alikota Aru is a tributary 
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VThe Uma Oya Hydropower Complex (also internally called Uma Oya Multipurpose Development Project or UOMDP) is a irrigation and hydroelectric complex currently under construction in the Badulla District of Sri Lanka. Early assessments of project dates back to 1989, when the first studies was conducted by the country's . The complex involves building a dam across Dalgolla Oya, and channelling water over a 3,975 m (13,041 ft) tunnel to Mathatilla Oya, both of which are tributaries of the Uma Oya. At Mathatilla Oya, another dam is constructed to channel 145,000,000 m3 (5.1×109 cu ft) of water per annum, via a 15,290 m (50,160 ft) headrace tunnel to the Uma Oya Power Station, where water then discharged to the Alikota Aru via a 3,335 m (10,942 ft) tailrace tunnel. The Alikota Aru is a tributary 
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VThe Uma Oya Hydropower Complex (also internally called Uma Oya Multipurpose Development Project or UOMDP) is a irrigation and hydroelectric complex currently under construction in the Badulla District of Sri Lanka. Early assessments of project dates back to 1989, when the first studies was conducted by the country's . The complex involves building a dam across Dalgolla Oya, and channelling water over a 3,975 m (13,041 ft) tunnel to Mathatilla Oya, both of which are tributaries of the Uma Oya. At Mathatilla Oya, another dam is constructed to channel 145,000,000 m3 (5.1×109 cu ft) of water per annum, via a 15,290 m (50,160 ft) headrace tunnel to the Uma Oya Power Station, where water then discharged to the Alikota Aru via a 3,335 m (10,942 ft) tailrace tunnel. The Alikota Aru is a tributary 
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VThe Uma Oya Hydropower Complex (also internally called Uma Oya Multipurpose Development Project or UOMDP) is a irrigation and hydroelectric complex currently under construction in the Badulla District of Sri Lanka. Early assessments of project dates back to 1989, when the first studies was conducted by the country's . The complex involves building a dam across Dalgolla Oya, and channelling water over a 3,975 m (13,041 ft) tunnel to Mathatilla Oya, both of which are tributaries of the Uma Oya. At Mathatilla Oya, another dam is constructed to channel 145,000,000 m3 (5.1×109 cu ft) of water per annum, via a 15,290 m (50,160 ft) headrace tunnel to the Uma Oya Power Station, where water then discharged to the Alikota Aru via a 3,335 m (10,942 ft) tailrace tunnel. The Alikota Aru is a tributary 
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VThe Unbong Dam, or Yunfeng Dam, is a concrete gravity dam on the Yalu River which borders China and North Korea. It is located 33 km (21 mi) northeast of Ji'an in Jilin Province, China and Chas\u014fng in Chagang Province, North Korea. The primary purpose of the dam is hydroelectric power generation and it supports a 400 MW power station. Construction of the dam had initially began in August 1942 but was halted in 1945 after the surrender of Japan ending World War II. In October 1959, construction on the dam recommenced and in September 1965, the first of the four 100 MW Francis turbine-generators was operational. The last generator was operational on 4 April 1967. The 113.75 m (373 ft) tall dam creates a reservoir with a storage capacity of 3,895,000,000 m3 (3,157,728 acre\u22c5ft). The dam's spill
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p162126
sbg6
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Nsg17
Nsg11
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Nsg17
Nsg11
VO
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Nsg17
Nsg11
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Nsg11
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Nsg17
Nsg11
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VThe Unbong Dam, or Yunfeng Dam, is a concrete gravity dam on the Yalu River which borders China and North Korea. It is located 33 km (21 mi) northeast of Ji'an in Jilin Province, China and Chas\u014fng in Chagang Province, North Korea. The primary purpose of the dam is hydroelectric power generation and it supports a 400 MW power station. Construction of the dam had initially began in August 1942 but was halted in 1945 after the surrender of Japan ending World War II. In October 1959, construction on the dam recommenced and in September 1965, the first of the four 100 MW Francis turbine-generators was operational. The last generator was operational on 4 April 1967. The 113.75 m (373 ft) tall dam creates a reservoir with a storage capacity of 3,895,000,000 m3 (3,157,728 acre\u22c5ft). The dam's spill
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VThe Unbong Dam, or Yunfeng Dam, is a concrete gravity dam on the Yalu River which borders China and North Korea. It is located 33 km (21 mi) northeast of Ji'an in Jilin Province, China and Chas\u014fng in Chagang Province, North Korea. The primary purpose of the dam is hydroelectric power generation and it supports a 400 MW power station. Construction of the dam had initially began in August 1942 but was halted in 1945 after the surrender of Japan ending World War II. In October 1959, construction on the dam recommenced and in September 1965, the first of the four 100 MW Francis turbine-generators was operational. The last generator was operational on 4 April 1967. The 113.75 m (373 ft) tall dam creates a reservoir with a storage capacity of 3,895,000,000 m3 (3,157,728 acre\u22c5ft). The dam's spill
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VThe Unbong Dam, or Yunfeng Dam, is a concrete gravity dam on the Yalu River which borders China and North Korea. It is located 33 km (21 mi) northeast of Ji'an in Jilin Province, China and Chas\u014fng in Chagang Province, North Korea. The primary purpose of the dam is hydroelectric power generation and it supports a 400 MW power station. Construction of the dam had initially began in August 1942 but was halted in 1945 after the surrender of Japan ending World War II. In October 1959, construction on the dam recommenced and in September 1965, the first of the four 100 MW Francis turbine-generators was operational. The last generator was operational on 4 April 1967. The 113.75 m (373 ft) tall dam creates a reservoir with a storage capacity of 3,895,000,000 m3 (3,157,728 acre\u22c5ft). The dam's spill
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VThe Upamayo Dam (possibly from Quechua upa calm, silent; mute, mayu river) is a dam at Lake Junin, the largest lake entirely in Peru. It is located on the border of the Junín Region, Junín Province, Ondores District, and the Pasco Region, Pasco Province, Vicco District. The dam was erected in 1936. It is 10 m (33 ft) high and 96 m (105 yd) long. It is operated by Centromín Perú. The reservoir has a capacity of 556,000,000 m3 (451,000 acre\u22c5ft).
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VThe Upamayo Dam (possibly from Quechua upa calm, silent; mute, mayu river) is a dam at Lake Junin, the largest lake entirely in Peru. It is located on the border of the Junín Region, Junín Province, Ondores District, and the Pasco Region, Pasco Province, Vicco District. The dam was erected in 1936. It is 10 m (33 ft) high and 96 m (105 yd) long. It is operated by Centromín Perú. The reservoir has a capacity of 556,000,000 m3 (451,000 acre\u22c5ft).
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VThe Upamayo Dam (possibly from Quechua upa calm, silent; mute, mayu river) is a dam at Lake Junin, the largest lake entirely in Peru. It is located on the border of the Junín Region, Junín Province, Ondores District, and the Pasco Region, Pasco Province, Vicco District. The dam was erected in 1936. It is 10 m (33 ft) high and 96 m (105 yd) long. It is operated by Centromín Perú. The reservoir has a capacity of 556,000,000 m3 (451,000 acre\u22c5ft).
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VThe Upamayo Dam (possibly from Quechua upa calm, silent; mute, mayu river) is a dam at Lake Junin, the largest lake entirely in Peru. It is located on the border of the Junín Region, Junín Province, Ondores District, and the Pasco Region, Pasco Province, Vicco District. The dam was erected in 1936. It is 10 m (33 ft) high and 96 m (105 yd) long. It is operated by Centromín Perú. The reservoir has a capacity of 556,000,000 m3 (451,000 acre\u22c5ft).
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VUpper Baker Dam is a dam spanning the Baker River in northern Washington in the United States of America. It is one of two dams on the river, the other one being the Lower Baker Dam a few miles downstream. The dam is used to generate hydroelectricity and provide flood control.
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VThe Upper Cisokan Pumped Storage Plant is a proposed pumped-storage hydropower facility in Indonesia, due for completion by 2025. The pant will be located 40 km (25 mi) west of Bandung in West Java, Indonesia, and its two reservoirs will occupy area in West Bandung Regency and Cianjur Regency. It will have an installed capacity of 1,040 MW and will be Indonesia's first pumped-storage power plant.
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VUpper Gotvand Dam, or simply the Gotvand Dam, is an embankment dam on the Karun River about 12 km (7.5 mi) northeast of Gotvand in Khuzestan Province, Iran. It currently has an installed capacity of 1,000 MW with another 1,000 MW in the works for a second phase. Studies for the Karun River began in the 1960s and specific designs on the Upper Gotvand were presented in 1967, 1975 and 1982. After the design and location were chosen, a further study was carried out in 1997, the same year preliminary construction (roads, bridges, river diversion) began. The river was diverted by April 2003 and excavation began soon thereafter. After completion of the dam, impounding of its reservoir began on 30 July 2011 during a ceremony attended by Iranian President Mahmood Ahmadinejad. The first generator of
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VUpper Gotvand Dam, or simply the Gotvand Dam, is an embankment dam on the Karun River about 12 km (7.5 mi) northeast of Gotvand in Khuzestan Province, Iran. It currently has an installed capacity of 1,000 MW with another 1,000 MW in the works for a second phase. Studies for the Karun River began in the 1960s and specific designs on the Upper Gotvand were presented in 1967, 1975 and 1982. After the design and location were chosen, a further study was carried out in 1997, the same year preliminary construction (roads, bridges, river diversion) began. The river was diverted by April 2003 and excavation began soon thereafter. After completion of the dam, impounding of its reservoir began on 30 July 2011 during a ceremony attended by Iranian President Mahmood Ahmadinejad. The first generator of
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VUpper Gotvand Dam, or simply the Gotvand Dam, is an embankment dam on the Karun River about 12 km (7.5 mi) northeast of Gotvand in Khuzestan Province, Iran. It currently has an installed capacity of 1,000 MW with another 1,000 MW in the works for a second phase. Studies for the Karun River began in the 1960s and specific designs on the Upper Gotvand were presented in 1967, 1975 and 1982. After the design and location were chosen, a further study was carried out in 1997, the same year preliminary construction (roads, bridges, river diversion) began. The river was diverted by April 2003 and excavation began soon thereafter. After completion of the dam, impounding of its reservoir began on 30 July 2011 during a ceremony attended by Iranian President Mahmood Ahmadinejad. The first generator of
p162578
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VEmbalse de Gotvand
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VUpper Gotvand Dam, or simply the Gotvand Dam, is an embankment dam on the Karun River about 12 km (7.5 mi) northeast of Gotvand in Khuzestan Province, Iran. It currently has an installed capacity of 1,000 MW with another 1,000 MW in the works for a second phase. Studies for the Karun River began in the 1960s and specific designs on the Upper Gotvand were presented in 1967, 1975 and 1982. After the design and location were chosen, a further study was carried out in 1997, the same year preliminary construction (roads, bridges, river diversion) began. The river was diverted by April 2003 and excavation began soon thereafter. After completion of the dam, impounding of its reservoir began on 30 July 2011 during a ceremony attended by Iranian President Mahmood Ahmadinejad. The first generator of
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VWaterkrachtcentrale Gotvand
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Nsg11
VIran
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VUpper Gotvand Dam, or simply the Gotvand Dam, is an embankment dam on the Karun River about 12 km (7.5 mi) northeast of Gotvand in Khuzestan Province, Iran. It currently has an installed capacity of 1,000 MW with another 1,000 MW in the works for a second phase. Studies for the Karun River began in the 1960s and specific designs on the Upper Gotvand were presented in 1967, 1975 and 1982. After the design and location were chosen, a further study was carried out in 1997, the same year preliminary construction (roads, bridges, river diversion) began. The river was diverted by April 2003 and excavation began soon thereafter. After completion of the dam, impounding of its reservoir began on 30 July 2011 during a ceremony attended by Iranian President Mahmood Ahmadinejad. The first generator of
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VUpper Hugdi Hydropower Station
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VNepal
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VGravity
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VNepal
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VUpper Hugdi Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u0939\u0941\u0917\u0926\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Gulmi District of Nepal. The flow from is used to generate 5 MW electricity. The plant is owned and developed by Ruru Jalbidyut Pariyojana Pvt. Ltd, an IPP of Nepal. The plant started generating electricity from 2071-12-09BS. The generation licence will expire in 2104-04-29 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
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VUpper Kaleköy Dam
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Nsg17
Nsg11
VTurkey
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VGravity, roller-compacted concrete
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VTurkey
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VThe Upper Kaleköy Dam, also known as the Yukar\u0131 Kaleköy Dam, is a gravity dam on the Murat River near the town of Kale in Solhan district of Bingöl Province, eastern Turkey. Construction on the dam began in 2012 and was completed in 2018. It is one of six major dams planned for the river. Its primary purpose is hydroelectric power generation and it supports a 636.6 MW hydroelectric power station. The 150 m (490 ft) tall dam withholds a reservoir of 783,800,000 m3 (635,400 acre\u22c5ft). It is owned by Kalehan Energy Generation.
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VBarrage du Kaleköy supérieur
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Nsg17
Nsg11
VThe Upper Kaleköy Dam, also known as the Yukar\u0131 Kaleköy Dam, is a gravity dam on the Murat River near the town of Kale in Solhan district of Bingöl Province, eastern Turkey. Construction on the dam began in 2012 and was completed in 2018. It is one of six major dams planned for the river. Its primary purpose is hydroelectric power generation and it supports a 636.6 MW hydroelectric power station. The 150 m (490 ft) tall dam withholds a reservoir of 783,800,000 m3 (635,400 acre\u22c5ft). It is owned by Kalehan Energy Generation.
p162758
sbg6
(g13
g8
NtRp162759
(dp162760
g16
Nsg17
Nsg11
VPOINT(41.042900085449 38.811225891113)
p162761
sbtp162762
a(g6
(g7
g8
NtRp162763
(dp162764
g11
Vhttp://dbpedia.org/resource/Upper_Kaleköy_Dam
p162765
sbg6
(g13
g8
NtRp162766
(dp162767
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u042e\u043a\u0430\u0440\u0438-\u041a\u0430\u043b\u0435\u043a\u0435\u0439
p162768
sbg6
(g13
g8
NtRp162769
(dp162770
g16
Nsg17
Nsg11
VTurkey
p162771
sbg6
(g13
g8
NtRp162772
(dp162773
g16
Nsg17
Nsg11
VGravity, roller-compacted concrete
p162774
sbg6
(g13
g8
NtRp162775
(dp162776
g16
Nsg17
g27
sg11
V0.51642
p162777
sbNg6
(g7
g8
NtRp162778
(dp162779
g11
Vhttp://dbpedia.org/resource/Upper_Kaleköy_Dam__Lake__1
p162780
sbNg6
(g13
g8
NtRp162781
(dp162782
g16
Nsg17
Nsg11
VPower
p162783
sbg6
(g13
g8
NtRp162784
(dp162785
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murat_River
p162786
sbg6
(g13
g8
NtRp162787
(dp162788
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp162789
(dp162790
g16
Nsg17
g27
sg11
V2.474e+06
p162791
sbg6
(g13
g8
NtRp162792
(dp162793
g16
Nsg17
Nsg11
VTurkey
p162794
sbg6
(g13
g8
NtRp162795
(dp162796
g16
Nsg17
Nsg11
VThe Upper Kaleköy Dam, also known as the Yukar\u0131 Kaleköy Dam, is a gravity dam on the Murat River near the town of Kale in Solhan district of Bingöl Province, eastern Turkey. Construction on the dam began in 2012 and was completed in 2018. It is one of six major dams planned for the river. Its primary purpose is hydroelectric power generation and it supports a 636.6 MW hydroelectric power station. The 150 m (490 ft) tall dam withholds a reservoir of 783,800,000 m3 (635,400 acre\u22c5ft). It is owned by Kalehan Energy Generation.
p162797
sbg6
(g13
g8
NtRp162798
(dp162799
g16
Nsg17
Nsg11
VPOINT(41.042900085449 38.811225891113)
p162800
sbtp162801
a(g6
(g7
g8
NtRp162802
(dp162803
g11
Vhttp://dbpedia.org/resource/Upper_Khorunga_Hydropower_Station
p162804
sbg6
(g13
g8
NtRp162805
(dp162806
g16
Nsg17
Nsg11
VUpper Khorunga Hydropower Station
p162807
sbg6
(g13
g8
NtRp162808
(dp162809
g16
Nsg17
Nsg11
VNepal
p162810
sbg6
(g13
g8
NtRp162811
(dp162812
g16
Nsg17
Nsg11
VGravity
p162813
sbNNNNg6
(g13
g8
NtRp162814
(dp162815
g16
Nsg17
Nsg11
VPower
p162816
sbg6
(g13
g8
NtRp162817
(dp162818
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Khoranga_River
p162819
sbg6
(g13
g8
NtRp162820
(dp162821
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp162822
(dp162823
g16
Nsg17
Nsg11
VNepal
p162824
sbg6
(g13
g8
NtRp162825
(dp162826
g16
Nsg17
Nsg11
VUpper Khorunga Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u0916\u094b\u0930\u0941\u0917\u093e\u0902 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Terhathum District of Nepal. The flow from is used to generate 7.5 MW electricity.
p162827
sbg6
(g13
g8
NtRp162828
(dp162829
g16
Nsg17
Nsg11
VPOINT(87.541664123535 27.196666717529)
p162830
sbtp162831
a(g6
(g7
g8
NtRp162832
(dp162833
g11
Vhttp://dbpedia.org/resource/Upper_Kotmale_Dam
p162834
sbg6
(g13
g8
NtRp162835
(dp162836
g16
Nsg17
Nsg11
VUpper Kotmale Dam
p162837
sbg6
(g13
g8
NtRp162838
(dp162839
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p162840
sbg6
(g13
g8
NtRp162841
(dp162842
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp162843
(dp162844
g16
Nsg17
g27
sg11
V0.18
p162845
sbNg6
(g7
g8
NtRp162846
(dp162847
g11
Vhttp://dbpedia.org/resource/Upper_Kotmale_Dam__Lake__1
p162848
sbg6
(g13
g8
NtRp162849
(dp162850
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ceylon_Electricity_Board
p162851
sbg6
(g13
g8
NtRp162852
(dp162853
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp162854
(dp162855
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kotmale_River
p162856
sbg6
(g13
g8
NtRp162857
(dp162858
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp162859
(dp162860
g16
Nsg17
Nsg11
VSri Lanka
p162861
sbg6
(g13
g8
NtRp162862
(dp162863
g16
Nsg17
Nsg11
VThe Upper Kotmale Dam (also known as the Upper Kotmale Hydropower Project, or UKHP) is located in Talawakele, within the Nuwara Eliya District, in the Central Province of Sri Lanka. The dam feeds the third largest hydroelectric power station in the country.
p162864
sbg6
(g13
g8
NtRp162865
(dp162866
g16
Nsg17
Nsg11
VPOINT(80.658058166504 6.9466667175293)
p162867
sbtp162868
a(g6
(g7
g8
NtRp162869
(dp162870
g11
Vhttp://dbpedia.org/resource/Upper_Kotmale_Dam
p162871
sbg6
(g13
g8
NtRp162872
(dp162873
g16
Nsg17
Nsg11
VUpper Kotmale Dam
p162874
sbg6
(g13
g8
NtRp162875
(dp162876
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p162877
sbg6
(g13
g8
NtRp162878
(dp162879
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp162880
(dp162881
g16
Nsg17
g27
sg11
V0.18
p162882
sbNg6
(g7
g8
NtRp162883
(dp162884
g11
Vhttp://dbpedia.org/resource/Upper_Kotmale_Dam__Lake__1
p162885
sbg6
(g13
g8
NtRp162886
(dp162887
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ceylon_Electricity_Board
p162888
sbg6
(g13
g8
NtRp162889
(dp162890
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp162891
(dp162892
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kotmale_River
p162893
sbg6
(g13
g8
NtRp162894
(dp162895
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp162896
(dp162897
g16
Nsg17
Nsg11
VSri Lanka
p162898
sbg6
(g13
g8
NtRp162899
(dp162900
g16
Nsg17
Nsg11
VThe Upper Kotmale Dam (also known as the Upper Kotmale Hydropower Project, or UKHP) is located in Talawakele, within the Nuwara Eliya District, in the Central Province of Sri Lanka. The dam feeds the third largest hydroelectric power station in the country.
p162901
sbg6
(g13
g8
NtRp162902
(dp162903
g16
Nsg17
Nsg11
VPOINT(80.658058166504 6.9466667175293)
p162904
sbtp162905
a(g6
(g7
g8
NtRp162906
(dp162907
g11
Vhttp://dbpedia.org/resource/Upper_Kotmale_Dam
p162908
sbg6
(g13
g8
NtRp162909
(dp162910
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0412\u0435\u0440\u0445\u043d\u044f \u041a\u043e\u0442\u043c\u0430\u043b\u0435
p162911
sbg6
(g13
g8
NtRp162912
(dp162913
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p162914
sbg6
(g13
g8
NtRp162915
(dp162916
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp162917
(dp162918
g16
Nsg17
g27
sg11
V0.18
p162919
sbNg6
(g7
g8
NtRp162920
(dp162921
g11
Vhttp://dbpedia.org/resource/Upper_Kotmale_Dam__Lake__1
p162922
sbg6
(g13
g8
NtRp162923
(dp162924
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ceylon_Electricity_Board
p162925
sbg6
(g13
g8
NtRp162926
(dp162927
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp162928
(dp162929
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kotmale_River
p162930
sbg6
(g13
g8
NtRp162931
(dp162932
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp162933
(dp162934
g16
Nsg17
Nsg11
VSri Lanka
p162935
sbg6
(g13
g8
NtRp162936
(dp162937
g16
Nsg17
Nsg11
VThe Upper Kotmale Dam (also known as the Upper Kotmale Hydropower Project, or UKHP) is located in Talawakele, within the Nuwara Eliya District, in the Central Province of Sri Lanka. The dam feeds the third largest hydroelectric power station in the country.
p162938
sbg6
(g13
g8
NtRp162939
(dp162940
g16
Nsg17
Nsg11
VPOINT(80.658058166504 6.9466667175293)
p162941
sbtp162942
a(g6
(g7
g8
NtRp162943
(dp162944
g11
Vhttp://dbpedia.org/resource/Upper_Madi_Hydropower_Station
p162945
sbg6
(g13
g8
NtRp162946
(dp162947
g16
Nsg17
Nsg11
VUpper Madi Hydropower Station
p162948
sbg6
(g13
g8
NtRp162949
(dp162950
g16
Nsg17
Nsg11
VNepal
p162951
sbg6
(g13
g8
NtRp162952
(dp162953
g16
Nsg17
Nsg11
VGravity
p162954
sbNNNNg6
(g13
g8
NtRp162955
(dp162956
g16
Nsg17
Nsg11
VPower
p162957
sbg6
(g13
g8
NtRp162958
(dp162959
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Madi_River
p162960
sbg6
(g13
g8
NtRp162961
(dp162962
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp162963
(dp162964
g16
Nsg17
Nsg11
VNepal
p162965
sbg6
(g13
g8
NtRp162966
(dp162967
g16
Nsg17
Nsg11
VUpper Madi Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u092e\u093e\u0926\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from Madi River is used to generate 25 MW electricity. The plant is owned and developed by Madi Power Pvt Ltd.,an IPP of Nepal. The plant started generating electricity from 2073-09-25 BS. The generation licence will expire in 2102-01-26 BS, after which the plant will be handed over to the government. The power station is connected to the national grid and the electricity is sold to Nepal Electricity Authority.
p162968
sbg6
(g13
g8
NtRp162969
(dp162970
g16
Nsg17
Nsg11
VPOINT(84.108329772949 28.260278701782)
p162971
sbtp162972
a(g6
(g7
g8
NtRp162973
(dp162974
g11
Vhttp://dbpedia.org/resource/Upper_Mai-C_Hydropower_Station
p162975
sbg6
(g13
g8
NtRp162976
(dp162977
g16
Nsg17
Nsg11
VUpper Mai-C Hydropower Station
p162978
sbg6
(g13
g8
NtRp162979
(dp162980
g16
Nsg17
Nsg11
VNepal
p162981
sbg6
(g13
g8
NtRp162982
(dp162983
g16
Nsg17
Nsg11
VGravity
p162984
sbNNNNg6
(g13
g8
NtRp162985
(dp162986
g16
Nsg17
Nsg11
VPower
p162987
sbg6
(g13
g8
NtRp162988
(dp162989
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mai_Khola
p162990
sbg6
(g13
g8
NtRp162991
(dp162992
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp162993
(dp162994
g16
Nsg17
Nsg11
VNepal
p162995
sbg6
(g13
g8
NtRp162996
(dp162997
g16
Nsg17
Nsg11
VUpper Mai-C Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u092e\u093e\u0908 C \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a 6.1 MW run-of-river hydro-electric plant located in the Ilam District of Nepal. It is powered by water from the Mai Khola.
p162998
sbg6
(g13
g8
NtRp162999
(dp163000
g16
Nsg17
Nsg11
VPOINT(87.969169616699 27)
p163001
sbtp163002
a(g6
(g7
g8
NtRp163003
(dp163004
g11
Vhttp://dbpedia.org/resource/Upper_Mai_Hydropower_Station
p163005
sbg6
(g13
g8
NtRp163006
(dp163007
g16
Nsg17
Nsg11
VUpper Mai Hydropower Station
p163008
sbg6
(g13
g8
NtRp163009
(dp163010
g16
Nsg17
Nsg11
VNepal
p163011
sbg6
(g13
g8
NtRp163012
(dp163013
g16
Nsg17
Nsg11
VGravity
p163014
sbNNNNg6
(g13
g8
NtRp163015
(dp163016
g16
Nsg17
Nsg11
VPower
p163017
sbg6
(g13
g8
NtRp163018
(dp163019
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mai_River
p163020
sbg6
(g13
g8
NtRp163021
(dp163022
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp163023
(dp163024
g16
Nsg17
Nsg11
VNepal
p163025
sbg6
(g13
g8
NtRp163026
(dp163027
g16
Nsg17
Nsg11
VUpper Mai Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u092e\u093e\u0908 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ilam District of Nepal. The flow from Mai River is used to generate 25 MW electricity. The gross head is 380.8 m and design flow is 3.88 m3/s.
p163028
sbg6
(g13
g8
NtRp163029
(dp163030
g16
Nsg17
Nsg11
VPOINT(87.966667175293 27.022777557373)
p163031
sbtp163032
a(g6
(g7
g8
NtRp163033
(dp163034
g11
Vhttp://dbpedia.org/resource/Upper_Mardi_Hydropower_Station
p163035
sbg6
(g13
g8
NtRp163036
(dp163037
g16
Nsg17
Nsg11
VUpper Mardi Hydropower Station
p163038
sbg6
(g13
g8
NtRp163039
(dp163040
g16
Nsg17
Nsg11
VNepal
p163041
sbg6
(g13
g8
NtRp163042
(dp163043
g16
Nsg17
Nsg11
VGravity
p163044
sbNNNNg6
(g13
g8
NtRp163045
(dp163046
g16
Nsg17
Nsg11
VPower
p163047
sbg6
(g13
g8
NtRp163048
(dp163049
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mardi_River
p163050
sbg6
(g13
g8
NtRp163051
(dp163052
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp163053
(dp163054
g16
Nsg17
Nsg11
VNepal
p163055
sbg6
(g13
g8
NtRp163056
(dp163057
g16
Nsg17
Nsg11
VUpper Mardi Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u092e\u093e\u0930\u094d\u0926\u0940 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Kaski District of Nepal. The flow from , a tributary of Gandaki River, is used to generate 7 MW electricity. The design flow is 2.60 m3/s and design gross head is 335 m.
p163058
sbg6
(g13
g8
NtRp163059
(dp163060
g16
Nsg17
Nsg11
VPOINT(83.908332824707 28.371110916138)
p163061
sbtp163062
a(g6
(g7
g8
NtRp163063
(dp163064
g11
Vhttp://dbpedia.org/resource/Upper_Marsyangdi_A_Hydroelectric_Station
p163065
sbg6
(g13
g8
NtRp163066
(dp163067
g16
Nsg17
Nsg11
VUpper Marsyangdi A Hydroelectric Station
p163068
sbg6
(g13
g8
NtRp163069
(dp163070
g16
Nsg17
Nsg11
VNepal
p163071
sbg6
(g13
g8
NtRp163072
(dp163073
g16
Nsg17
Nsg11
VGravity
p163074
sbNNNNg6
(g13
g8
NtRp163075
(dp163076
g16
Nsg17
Nsg11
VPower
p163077
sbg6
(g13
g8
NtRp163078
(dp163079
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Marshyangdi
p163080
sbg6
(g13
g8
NtRp163081
(dp163082
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp163083
(dp163084
g16
Nsg17
Nsg11
VNepal
p163085
sbg6
(g13
g8
NtRp163086
(dp163087
g16
Nsg17
Nsg11
VUpper marsyangdi A Hydroelectric Station is a run-of-river hydro-electric plant located in Bhulbhule of Lamjung district of western Nepal. The flow from Marshyangdi River is used to generate 50 MW electricity. The energy is evacuated by a 25 km long, 132 kv single circuit transmission line from Bhulbhule (powerhouse) to .
p163088
sbg6
(g13
g8
NtRp163089
(dp163090
g16
Nsg17
Nsg11
VPOINT(84.360626220703 28.283000946045)
p163091
sbtp163092
a(g6
(g7
g8
NtRp163093
(dp163094
g11
Vhttp://dbpedia.org/resource/Upper_Naryn_hydropower_cascade
p163095
sbg6
(g13
g8
NtRp163096
(dp163097
g16
Nsg17
Nsg11
V\u0412\u0435\u0440\u0445\u043d\u0435-\u041d\u0430\u0440\u044b\u043d\u0441\u043a\u0438\u0439 \u043a\u0430\u0441\u043a\u0430\u0434 \u0413\u042d\u0421
p163098
sbg6
(g13
g8
NtRp163099
(dp163100
g16
Nsg17
Nsg11
VKyrgyzstan
p163101
sbNNNNNNg6
(g13
g8
NtRp163102
(dp163103
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p163104
sbg6
(g13
g8
NtRp163105
(dp163106
g16
Nsg17
Nsg11
VUC
p163107
sbNg6
(g13
g8
NtRp163108
(dp163109
g16
Nsg17
Nsg11
VKyrgyzstan
p163110
sbg6
(g13
g8
NtRp163111
(dp163112
g16
Nsg17
Nsg11
VThe Upper Naryn hydropower cascade (Russian: \u0412\u0435\u0440\u0445\u043d\u0435-\u041d\u0430\u0440\u044b\u043d\u0441\u043a\u0438\u0439 \u043a\u0430\u0441\u043a\u0430\u0434 \u0413\u042d\u0421) is a hydropower project in Naryn Region, Kyrgyzstan. When completed, it will consist of 4 hydropower plants on the river Naryn: Ak-Bulung, Naryn-1, Naryn-2 and Naryn-3, with a total installed capacity of 238 MW.
p163113
sbg6
(g13
g8
NtRp163114
(dp163115
g16
Nsg17
Nsg11
VPOINT(76.283332824707 41.450000762939)
p163116
sbtp163117
a(g6
(g7
g8
NtRp163118
(dp163119
g11
Vhttp://dbpedia.org/resource/Upper_Naryn_hydropower_cascade
p163120
sbg6
(g13
g8
NtRp163121
(dp163122
g16
Nsg17
Nsg11
VUpper Naryn hydropower cascade
p163123
sbg6
(g13
g8
NtRp163124
(dp163125
g16
Nsg17
Nsg11
VKyrgyzstan
p163126
sbNNNNNNg6
(g13
g8
NtRp163127
(dp163128
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naryn_(river)
p163129
sbg6
(g13
g8
NtRp163130
(dp163131
g16
Nsg17
Nsg11
VUC
p163132
sbNg6
(g13
g8
NtRp163133
(dp163134
g16
Nsg17
Nsg11
VKyrgyzstan
p163135
sbg6
(g13
g8
NtRp163136
(dp163137
g16
Nsg17
Nsg11
VThe Upper Naryn hydropower cascade (Russian: \u0412\u0435\u0440\u0445\u043d\u0435-\u041d\u0430\u0440\u044b\u043d\u0441\u043a\u0438\u0439 \u043a\u0430\u0441\u043a\u0430\u0434 \u0413\u042d\u0421) is a hydropower project in Naryn Region, Kyrgyzstan. When completed, it will consist of 4 hydropower plants on the river Naryn: Ak-Bulung, Naryn-1, Naryn-2 and Naryn-3, with a total installed capacity of 238 MW.
p163138
sbg6
(g13
g8
NtRp163139
(dp163140
g16
Nsg17
Nsg11
VPOINT(76.283332824707 41.450000762939)
p163141
sbtp163142
a(g6
(g7
g8
NtRp163143
(dp163144
g11
Vhttp://dbpedia.org/resource/Upper_Naugad_Hydropower_Station
p163145
sbg6
(g13
g8
NtRp163146
(dp163147
g16
Nsg17
Nsg11
VUpper Naugad Hydropower Station
p163148
sbg6
(g13
g8
NtRp163149
(dp163150
g16
Nsg17
Nsg11
VNepal
p163151
sbg6
(g13
g8
NtRp163152
(dp163153
g16
Nsg17
Nsg11
VGravity
p163154
sbNNNNg6
(g13
g8
NtRp163155
(dp163156
g16
Nsg17
Nsg11
VPower
p163157
sbg6
(g13
g8
NtRp163158
(dp163159
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Naugad_River
p163160
sbg6
(g13
g8
NtRp163161
(dp163162
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp163163
(dp163164
g16
Nsg17
Nsg11
VNepal
p163165
sbg6
(g13
g8
NtRp163166
(dp163167
g16
Nsg17
Nsg11
VUpper Naugad Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u0928\u0909\u0917\u0921 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Darchula District of Nepal. The flow from is used to generate 8 MW electricity. The design flow is and gross head is 163.44 .
p163168
sbg6
(g13
g8
NtRp163169
(dp163170
g16
Nsg17
Nsg11
VPOINT(80.663330078125 29.723611831665)
p163171
sbtp163172
a(g6
(g7
g8
NtRp163173
(dp163174
g11
Vhttp://dbpedia.org/resource/Upper_Paunglaung_Dam
p163175
sbg6
(g13
g8
NtRp163176
(dp163177
g16
Nsg17
Nsg11
VUpper Paunglaung Dam
p163178
sbg6
(g13
g8
NtRp163179
(dp163180
g16
Nsg17
Nsg11
VBurma
p163181
sbg6
(g13
g8
NtRp163182
(dp163183
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p163184
sbg6
(g13
g8
NtRp163185
(dp163186
g16
Nsg17
g27
sg11
V0.53
p163187
sbNNNg6
(g13
g8
NtRp163188
(dp163189
g16
Nsg17
Nsg11
VPower
p163190
sbg6
(g13
g8
NtRp163191
(dp163192
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paunglaung_River
p163193
sbg6
(g13
g8
NtRp163194
(dp163195
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163196
(dp163197
g16
Nsg17
Nsg11
VBurma
p163198
sbg6
(g13
g8
NtRp163199
(dp163200
g16
Nsg17
Nsg11
VThe Upper Paunglaung Dam is a gravity dam on the , about 40 km (25 mi) east of Pyinmana on the border of Naypyidaw Union Territory and Shan State, Burma. The primary purpose of the dam is hydroelectric power generation, provided by the140 megawatts (190,000 hp) power station it supports. Preliminary construction on the dam site began in January 2005 and roller-compacted concrete placement for the dam commenced in October 2010. The dam was completed and impounded its reservoir in december 2015. It is expected to regulate the river and improve power generation at the downstream Lower Paunglaung Dam.
p163201
sbg6
(g13
g8
NtRp163202
(dp163203
g16
Nsg17
Nsg11
VPOINT(96.59383392334 19.756227493286)
p163204
sbtp163205
a(g6
(g7
g8
NtRp163206
(dp163207
g11
Vhttp://dbpedia.org/resource/Upper_Paunglaung_Dam
p163208
sbg6
(g13
g8
NtRp163209
(dp163210
g16
Nsg17
Nsg11
VUpper Paunglaung Dam
p163211
sbg6
(g13
g8
NtRp163212
(dp163213
g16
Nsg17
Nsg11
VBurma
p163214
sbg6
(g13
g8
NtRp163215
(dp163216
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p163217
sbg6
(g13
g8
NtRp163218
(dp163219
g16
Nsg17
g27
sg11
V0.53
p163220
sbNNNg6
(g13
g8
NtRp163221
(dp163222
g16
Nsg17
Nsg11
VPower
p163223
sbg6
(g13
g8
NtRp163224
(dp163225
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Paunglaung_River
p163226
sbg6
(g13
g8
NtRp163227
(dp163228
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163229
(dp163230
g16
Nsg17
Nsg11
VBurma
p163231
sbg6
(g13
g8
NtRp163232
(dp163233
g16
Nsg17
Nsg11
VThe Upper Paunglaung Dam is a gravity dam on the , about 40 km (25 mi) east of Pyinmana on the border of Naypyidaw Union Territory and Shan State, Burma. The primary purpose of the dam is hydroelectric power generation, provided by the140 megawatts (190,000 hp) power station it supports. Preliminary construction on the dam site began in January 2005 and roller-compacted concrete placement for the dam commenced in October 2010. The dam was completed and impounded its reservoir in december 2015. It is expected to regulate the river and improve power generation at the downstream Lower Paunglaung Dam.
p163234
sbg6
(g13
g8
NtRp163235
(dp163236
g16
Nsg17
Nsg11
VPOINT(96.59383392334 19.756227493286)
p163237
sbtp163238
a(g6
(g7
g8
NtRp163239
(dp163240
g11
Vhttp://dbpedia.org/resource/Upper_Puwa-1_Hydropower_Station
p163241
sbg6
(g13
g8
NtRp163242
(dp163243
g16
Nsg17
Nsg11
VUpper Puwa-1 Hydropower Station
p163244
sbg6
(g13
g8
NtRp163245
(dp163246
g16
Nsg17
Nsg11
VNepal
p163247
sbg6
(g13
g8
NtRp163248
(dp163249
g16
Nsg17
Nsg11
VGravity
p163250
sbNNNNg6
(g13
g8
NtRp163251
(dp163252
g16
Nsg17
Nsg11
VPower
p163253
sbg6
(g13
g8
NtRp163254
(dp163255
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Puwa_River
p163256
sbg6
(g13
g8
NtRp163257
(dp163258
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp163259
(dp163260
g16
Nsg17
Nsg11
VNepal
p163261
sbg6
(g13
g8
NtRp163262
(dp163263
g16
Nsg17
Nsg11
VUpper Puwa-1 Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u092a\u0941\u0935\u093e-\u0967 \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Ilam District of Nepal. The flow from Puwa River, a tributary of Mai River, is used to generate 3 MW electricity. The design flow is 4.46 m3 (158 cu ft) per second and design head is 125 m (410 ft).
p163264
sbg6
(g13
g8
NtRp163265
(dp163266
g16
Nsg17
Nsg11
VPOINT(87.902778625488 26.996389389038)
p163267
sbtp163268
a(g6
(g7
g8
NtRp163269
(dp163270
g11
Vhttp://dbpedia.org/resource/Upper_Svir_Hydroelectric_Station
p163271
sbg6
(g13
g8
NtRp163272
(dp163273
g16
Nsg17
Nsg11
V\u0412\u0435\u0440\u0445\u043d\u0435-\u0421\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p163274
sbg6
(g13
g8
NtRp163275
(dp163276
g16
Nsg17
Nsg11
VRussia
p163277
sbNNNNg6
(g13
g8
NtRp163278
(dp163279
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p163280
sbNg6
(g13
g8
NtRp163281
(dp163282
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Svir_River
p163283
sbg6
(g13
g8
NtRp163284
(dp163285
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163286
(dp163287
g16
Nsg17
Nsg11
VRussia Leningrad Oblast
p163288
sbg6
(g13
g8
NtRp163289
(dp163290
g16
Nsg17
Nsg11
VUpper Svir Hydroelectric Station (Russian: \u0412\u0435\u0440\u0445\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the town of Podporozhye, Leningrad Oblast, in northwestern Russia. It was open on February 13, 1952 and has the total power of 160 MW. It is operated by the TGC-1 power company.
p163291
sbg6
(g13
g8
NtRp163292
(dp163293
g16
Nsg17
Nsg11
VPOINT(34.191112518311 60.918888092041)
p163294
sbtp163295
a(g6
(g7
g8
NtRp163296
(dp163297
g11
Vhttp://dbpedia.org/resource/Upper_Svir_Hydroelectric_Station
p163298
sbg6
(g13
g8
NtRp163299
(dp163300
g16
Nsg17
Nsg11
V\u0412\u0435\u0440\u0445\u043d\u044c\u043e\u0441\u0432\u0456\u0440\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p163301
sbg6
(g13
g8
NtRp163302
(dp163303
g16
Nsg17
Nsg11
VRussia
p163304
sbNNNNg6
(g13
g8
NtRp163305
(dp163306
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p163307
sbNg6
(g13
g8
NtRp163308
(dp163309
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Svir_River
p163310
sbg6
(g13
g8
NtRp163311
(dp163312
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163313
(dp163314
g16
Nsg17
Nsg11
VRussia Leningrad Oblast
p163315
sbg6
(g13
g8
NtRp163316
(dp163317
g16
Nsg17
Nsg11
VUpper Svir Hydroelectric Station (Russian: \u0412\u0435\u0440\u0445\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the town of Podporozhye, Leningrad Oblast, in northwestern Russia. It was open on February 13, 1952 and has the total power of 160 MW. It is operated by the TGC-1 power company.
p163318
sbg6
(g13
g8
NtRp163319
(dp163320
g16
Nsg17
Nsg11
VPOINT(34.191112518311 60.918888092041)
p163321
sbtp163322
a(g6
(g7
g8
NtRp163323
(dp163324
g11
Vhttp://dbpedia.org/resource/Upper_Svir_Hydroelectric_Station
p163325
sbg6
(g13
g8
NtRp163326
(dp163327
g16
Nsg17
Nsg11
V\u0412\u0435\u0440\u0445\u043d\u044c\u043e\u0441\u0432\u0456\u0440\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p163328
sbg6
(g13
g8
NtRp163329
(dp163330
g16
Nsg17
Nsg11
VRussia
p163331
sbNNNNg6
(g13
g8
NtRp163332
(dp163333
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p163334
sbNg6
(g13
g8
NtRp163335
(dp163336
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Svir_River
p163337
sbg6
(g13
g8
NtRp163338
(dp163339
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163340
(dp163341
g16
Nsg17
Nsg11
VRussia Leningrad Oblast
p163342
sbg6
(g13
g8
NtRp163343
(dp163344
g16
Nsg17
Nsg11
VUpper Svir Hydroelectric Station (Russian: \u0412\u0435\u0440\u0445\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the town of Podporozhye, Leningrad Oblast, in northwestern Russia. It was open on February 13, 1952 and has the total power of 160 MW. It is operated by the TGC-1 power company.
p163345
sbg6
(g13
g8
NtRp163346
(dp163347
g16
Nsg17
Nsg11
VPOINT(34.191112518311 60.918888092041)
p163348
sbtp163349
a(g6
(g7
g8
NtRp163350
(dp163351
g11
Vhttp://dbpedia.org/resource/Upper_Svir_Hydroelectric_Station
p163352
sbg6
(g13
g8
NtRp163353
(dp163354
g16
Nsg17
Nsg11
VHornosvirská vodní elektrárna
p163355
sbg6
(g13
g8
NtRp163356
(dp163357
g16
Nsg17
Nsg11
VRussia
p163358
sbNNNNg6
(g13
g8
NtRp163359
(dp163360
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p163361
sbNg6
(g13
g8
NtRp163362
(dp163363
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Svir_River
p163364
sbg6
(g13
g8
NtRp163365
(dp163366
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163367
(dp163368
g16
Nsg17
Nsg11
VRussia Leningrad Oblast
p163369
sbg6
(g13
g8
NtRp163370
(dp163371
g16
Nsg17
Nsg11
VUpper Svir Hydroelectric Station (Russian: \u0412\u0435\u0440\u0445\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the town of Podporozhye, Leningrad Oblast, in northwestern Russia. It was open on February 13, 1952 and has the total power of 160 MW. It is operated by the TGC-1 power company.
p163372
sbg6
(g13
g8
NtRp163373
(dp163374
g16
Nsg17
Nsg11
VPOINT(34.191112518311 60.918888092041)
p163375
sbtp163376
a(g6
(g7
g8
NtRp163377
(dp163378
g11
Vhttp://dbpedia.org/resource/Upper_Svir_Hydroelectric_Station
p163379
sbg6
(g13
g8
NtRp163380
(dp163381
g16
Nsg17
Nsg11
VUpper Svir Hydroelectric Station
p163382
sbg6
(g13
g8
NtRp163383
(dp163384
g16
Nsg17
Nsg11
VRussia
p163385
sbNNNNg6
(g13
g8
NtRp163386
(dp163387
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TGC-1
p163388
sbNg6
(g13
g8
NtRp163389
(dp163390
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Svir_River
p163391
sbg6
(g13
g8
NtRp163392
(dp163393
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163394
(dp163395
g16
Nsg17
Nsg11
VRussia Leningrad Oblast
p163396
sbg6
(g13
g8
NtRp163397
(dp163398
g16
Nsg17
Nsg11
VUpper Svir Hydroelectric Station (Russian: \u0412\u0435\u0440\u0445\u043d\u0435\u0441\u0432\u0438\u0440\u0441\u043a\u0430\u044f \u0413\u042d\u0421) is a hydroelectric station on the Svir River located in the town of Podporozhye, Leningrad Oblast, in northwestern Russia. It was open on February 13, 1952 and has the total power of 160 MW. It is operated by the TGC-1 power company.
p163399
sbg6
(g13
g8
NtRp163400
(dp163401
g16
Nsg17
Nsg11
VPOINT(34.191112518311 60.918888092041)
p163402
sbtp163403
a(g6
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g8
NtRp163404
(dp163405
g11
Vhttp://dbpedia.org/resource/Upper_Tabuating_Dam
p163406
sbg6
(g13
g8
NtRp163407
(dp163408
g16
Nsg17
Nsg11
VUpper Tabuating Dam
p163409
sbg6
(g13
g8
NtRp163410
(dp163411
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Philippines
p163412
sbg6
(g13
g8
NtRp163413
(dp163414
g16
Nsg17
Nsg11
VF
sbg6
(g13
g8
NtRp163415
(dp163416
g16
Nsg17
g27
sg11
V0.76
p163417
sbNg6
(g7
g8
NtRp163418
(dp163419
g11
Vhttp://dbpedia.org/resource/Upper_Tabuating_Dam__Lake__1
p163420
sbg6
(g13
g8
NtRp163421
(dp163422
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/National_Irrigation_Administration
p163423
sbg6
(g13
g8
NtRp163424
(dp163425
g16
Nsg17
Nsg11
VMulti-purpose
p163426
sbg6
(g13
g8
NtRp163427
(dp163428
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tabuating_River
p163429
sbg6
(g13
g8
NtRp163430
(dp163431
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp163432
(dp163433
g16
Nsg17
Nsg11
VPhilippines Nueva Ecija#Luzon#Philippines
p163434
sbg6
(g13
g8
NtRp163435
(dp163436
g16
Nsg17
Nsg11
VThe Upper Tabuating Dam is a multi-purpose earth-fill dam located at Barangay Nazareth, General Tinio, Nueva Ecija in the Philippines. It is located at the upstream of Tabuating River near the border of General Tinio with Fort Magsaysay in Palayan. Inaugurated in May 2021, it is part of the Upper Tabuating Small Reservoir Irrigation Project (UT-SRIP) of the National Irrigation Administration (NIA) of the Philippines which was designed for tourism, aquaculture, cash crops and power generation.
p163437
sbg6
(g13
g8
NtRp163438
(dp163439
g16
Nsg17
Nsg11
VPOINT(121.11701965332 15.393153190613)
p163440
sbtp163441
a(g6
(g7
g8
NtRp163442
(dp163443
g11
Vhttp://dbpedia.org/resource/Upper_Tamakoshi_Hydroelectric_Project
p163444
sbg6
(g13
g8
NtRp163445
(dp163446
g16
Nsg17
Nsg11
VUpper Tamakoshi Hydroelectric Project
p163447
sbg6
(g13
g8
NtRp163448
(dp163449
g16
Nsg17
Nsg11
VNepal
p163450
sbg6
(g13
g8
NtRp163451
(dp163452
g16
Nsg17
Nsg11
VRun-of-river
p163453
sbg6
(g13
g8
NtRp163454
(dp163455
g16
Nsg17
g27
sg11
V0.06
p163456
sbNNNg6
(g13
g8
NtRp163457
(dp163458
g16
Nsg17
Nsg11
VHydroelectricity
p163459
sbg6
(g13
g8
NtRp163460
(dp163461
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tamakoshi_River
p163462
sbg6
(g13
g8
NtRp163463
(dp163464
g16
Nsg17
Nsg11
VOperational
p163465
sbNg6
(g13
g8
NtRp163466
(dp163467
g16
Nsg17
Nsg11
VNepal Bagmati Province#Nepal
p163468
sbg6
(g13
g8
NtRp163469
(dp163470
g16
Nsg17
Nsg11
VThe Upper Tamakoshi Hydroelectric Project is a 456 MW peaking run-of-the-river hydroelectric project in Nepal. It is the largest hydroelectric project in Nepal, operating since July 2021. It is sited on the Tamakoshi River (also spelled Tama Koshi), a tributary of the Sapt Koshi river (also spelled Saptakoshi), near the Nepal\u2013Tibet border.
p163471
sbg6
(g13
g8
NtRp163472
(dp163473
g16
Nsg17
Nsg11
VPOINT(86.218002319336 27.843999862671)
p163474
sbtp163475
a(g6
(g7
g8
NtRp163476
(dp163477
g11
Vhttp://dbpedia.org/resource/Upper_Trishuli_3A_Hydropower_Station
p163478
sbg6
(g13
g8
NtRp163479
(dp163480
g16
Nsg17
Nsg11
VUpper Trishuli 3A Hydropower Station
p163481
sbg6
(g13
g8
NtRp163482
(dp163483
g16
Nsg17
Nsg11
VNepal
p163484
sbg6
(g13
g8
NtRp163485
(dp163486
g16
Nsg17
Nsg11
VGravity
p163487
sbNNNNg6
(g13
g8
NtRp163488
(dp163489
g16
Nsg17
Nsg11
VPower
p163490
sbg6
(g13
g8
NtRp163491
(dp163492
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Trisuli_River
p163493
sbg6
(g13
g8
NtRp163494
(dp163495
g16
Nsg17
Nsg11
Vo
sbNg6
(g13
g8
NtRp163496
(dp163497
g16
Nsg17
Nsg11
VNepal
p163498
sbg6
(g13
g8
NtRp163499
(dp163500
g16
Nsg17
Nsg11
VUpper Trishuli 3A Hydropower Station (Nepali: \u092e\u093e\u0925\u093f\u0932\u094d\u0932\u094b \u0924\u094d\u0930\u093f\u0936\u0941\u0932\u0940 \u0969a \u091c\u0932\u0935\u093f\u0926\u094d\u092f\u0941\u0924 \u0906\u092f\u094b\u091c\u0928\u093e) is a run-of-river hydro-electric plant located in Rasuwa District of Nepal. The flow from Trisuli River is used to generate 60 MW electricity. The plant is owned and developed by Nepal Electricity Authority (NEA). The plant started generating electricity from 2076-05-13 BS. The generation licence will expire in 2102-11-14 BS. The power station is connected to the national grid.
p163501
sbg6
(g13
g8
NtRp163502
(dp163503
g16
Nsg17
Nsg11
VPOINT(85.210556030273 28.022499084473)
p163504
sbtp163505
a(g6
(g7
g8
NtRp163506
(dp163507
g11
Vhttp://dbpedia.org/resource/Uri_Dam
p163508
sbg6
(g13
g8
NtRp163509
(dp163510
g16
Nsg17
Nsg11
VUri-I-Talsperre
p163511
sbg6
(g13
g8
NtRp163512
(dp163513
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p163514
sbNNNNNNNNNNg6
(g13
g8
NtRp163515
(dp163516
g16
Nsg17
Nsg11
VUri Dam is a 480 MW hydroelectric power station on the Jhelum River near Uri in Baramula district of the Jammu and Kashmir, India. It is located very near to the Line of Control, the de facto border between India and Pakistan. The station is largely built under a hill with a 10 km tunnel. It is of the run-of-the-river type without a large dam, since the Indus Waters Treaty gives Pakistan the exclusive right to regulate the Jhelum River. On 4 July 2014 a 240 MW Uri-II power project which is a new project located just downstream of Uri I, was inaugurated.
p163517
sbg6
(g13
g8
NtRp163518
(dp163519
g16
Nsg17
Nsg11
VPOINT(74.185447692871 34.144401550293)
p163520
sbtp163521
a(g6
(g7
g8
NtRp163522
(dp163523
g11
Vhttp://dbpedia.org/resource/Uri_Dam
p163524
sbg6
(g13
g8
NtRp163525
(dp163526
g16
Nsg17
Nsg11
VUri Dam
p163527
sbg6
(g13
g8
NtRp163528
(dp163529
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/India
p163530
sbNNNNNNNNNNg6
(g13
g8
NtRp163531
(dp163532
g16
Nsg17
Nsg11
VUri Dam is a 480 MW hydroelectric power station on the Jhelum River near Uri in Baramula district of the Jammu and Kashmir, India. It is located very near to the Line of Control, the de facto border between India and Pakistan. The station is largely built under a hill with a 10 km tunnel. It is of the run-of-the-river type without a large dam, since the Indus Waters Treaty gives Pakistan the exclusive right to regulate the Jhelum River. On 4 July 2014 a 240 MW Uri-II power project which is a new project located just downstream of Uri I, was inaugurated.
p163533
sbg6
(g13
g8
NtRp163534
(dp163535
g16
Nsg17
Nsg11
VPOINT(74.185447692871 34.144401550293)
p163536
sbtp163537
a(g6
(g7
g8
NtRp163538
(dp163539
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163540
sbg6
(g13
g8
NtRp163541
(dp163542
g16
Nsg17
Nsg11
VUsoi-Damm
p163543
sbg6
(g13
g8
NtRp163544
(dp163545
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163546
sbg6
(g13
g8
NtRp163547
(dp163548
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163549
sbg6
(g13
g8
NtRp163550
(dp163551
g16
Nsg17
g27
sg11
V1.37
p163552
sbNg6
(g7
g8
NtRp163553
(dp163554
g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163555
sbNNg6
(g13
g8
NtRp163556
(dp163557
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163558
sbNg6
(g13
g8
NtRp163559
(dp163560
g16
Nsg17
g27
sg11
V2e+09
p163561
sbNg6
(g13
g8
NtRp163562
(dp163563
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163564
sbg6
(g13
g8
NtRp163565
(dp163566
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163567
sbtp163568
a(g6
(g7
g8
NtRp163569
(dp163570
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163571
sbg6
(g13
g8
NtRp163572
(dp163573
g16
Nsg17
Nsg11
VBarrage Usoi
p163574
sbg6
(g13
g8
NtRp163575
(dp163576
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163577
sbg6
(g13
g8
NtRp163578
(dp163579
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163580
sbg6
(g13
g8
NtRp163581
(dp163582
g16
Nsg17
g27
sg11
V1.37
p163583
sbNg6
(g7
g8
NtRp163584
(dp163585
g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163586
sbNNg6
(g13
g8
NtRp163587
(dp163588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163589
sbNg6
(g13
g8
NtRp163590
(dp163591
g16
Nsg17
g27
sg11
V2e+09
p163592
sbNg6
(g13
g8
NtRp163593
(dp163594
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163595
sbg6
(g13
g8
NtRp163596
(dp163597
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163598
sbtp163599
a(g6
(g7
g8
NtRp163600
(dp163601
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163602
sbg6
(g13
g8
NtRp163603
(dp163604
g16
Nsg17
Nsg11
VUsoi Dam
p163605
sbg6
(g13
g8
NtRp163606
(dp163607
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163608
sbg6
(g13
g8
NtRp163609
(dp163610
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163611
sbg6
(g13
g8
NtRp163612
(dp163613
g16
Nsg17
g27
sg11
V1.37
p163614
sbNg6
(g7
g8
NtRp163615
(dp163616
g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163617
sbNNg6
(g13
g8
NtRp163618
(dp163619
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163620
sbNg6
(g13
g8
NtRp163621
(dp163622
g16
Nsg17
g27
sg11
V2e+09
p163623
sbNg6
(g13
g8
NtRp163624
(dp163625
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163626
sbg6
(g13
g8
NtRp163627
(dp163628
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163629
sbtp163630
a(g6
(g7
g8
NtRp163631
(dp163632
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163633
sbg6
(g13
g8
NtRp163634
(dp163635
g16
Nsg17
Nsg11
VUsoj
p163636
sbg6
(g13
g8
NtRp163637
(dp163638
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163639
sbg6
(g13
g8
NtRp163640
(dp163641
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163642
sbg6
(g13
g8
NtRp163643
(dp163644
g16
Nsg17
g27
sg11
V1.37
p163645
sbNg6
(g7
g8
NtRp163646
(dp163647
g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163648
sbNNg6
(g13
g8
NtRp163649
(dp163650
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163651
sbNg6
(g13
g8
NtRp163652
(dp163653
g16
Nsg17
g27
sg11
V2e+09
p163654
sbNg6
(g13
g8
NtRp163655
(dp163656
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163657
sbg6
(g13
g8
NtRp163658
(dp163659
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163660
sbtp163661
a(g6
(g7
g8
NtRp163662
(dp163663
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163664
sbg6
(g13
g8
NtRp163665
(dp163666
g16
Nsg17
Nsg11
VRepresa Usoi
p163667
sbg6
(g13
g8
NtRp163668
(dp163669
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163670
sbg6
(g13
g8
NtRp163671
(dp163672
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163673
sbg6
(g13
g8
NtRp163674
(dp163675
g16
Nsg17
g27
sg11
V1.37
p163676
sbNg6
(g7
g8
NtRp163677
(dp163678
g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163679
sbNNg6
(g13
g8
NtRp163680
(dp163681
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163682
sbNg6
(g13
g8
NtRp163683
(dp163684
g16
Nsg17
g27
sg11
V2e+09
p163685
sbNg6
(g13
g8
NtRp163686
(dp163687
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163688
sbg6
(g13
g8
NtRp163689
(dp163690
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163691
sbtp163692
a(g6
(g7
g8
NtRp163693
(dp163694
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163695
sbg6
(g13
g8
NtRp163696
(dp163697
g16
Nsg17
Nsg11
V\u0423\u0441\u043e\u0439\u0441\u044c\u043a\u0430 \u0433\u0440\u0435\u0431\u043b\u044f
p163698
sbg6
(g13
g8
NtRp163699
(dp163700
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163701
sbg6
(g13
g8
NtRp163702
(dp163703
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163704
sbg6
(g13
g8
NtRp163705
(dp163706
g16
Nsg17
g27
sg11
V1.37
p163707
sbNg6
(g7
g8
NtRp163708
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g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163710
sbNNg6
(g13
g8
NtRp163711
(dp163712
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163713
sbNg6
(g13
g8
NtRp163714
(dp163715
g16
Nsg17
g27
sg11
V2e+09
p163716
sbNg6
(g13
g8
NtRp163717
(dp163718
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163719
sbg6
(g13
g8
NtRp163720
(dp163721
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163722
sbtp163723
a(g6
(g7
g8
NtRp163724
(dp163725
g11
Vhttp://dbpedia.org/resource/Usoi_Dam
p163726
sbg6
(g13
g8
NtRp163727
(dp163728
g16
Nsg17
Nsg11
V\u30a6\u30bd\u30a4\u30fb\u30c0\u30e0
p163729
sbg6
(g13
g8
NtRp163730
(dp163731
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Tajikistan
p163732
sbg6
(g13
g8
NtRp163733
(dp163734
g16
Nsg17
Nsg11
VRockfill, landslide-created
p163735
sbg6
(g13
g8
NtRp163736
(dp163737
g16
Nsg17
g27
sg11
V1.37
p163738
sbNg6
(g7
g8
NtRp163739
(dp163740
g11
Vhttp://dbpedia.org/resource/Usoi_Dam__Lake__1
p163741
sbNNg6
(g13
g8
NtRp163742
(dp163743
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Murghab_River_(Tajikistan)
p163744
sbNg6
(g13
g8
NtRp163745
(dp163746
g16
Nsg17
g27
sg11
V2e+09
p163747
sbNg6
(g13
g8
NtRp163748
(dp163749
g16
Nsg17
Nsg11
VThe Usoi Dam is a natural landslide dam along the Murghab River in Tajikistan. At 567 metres (1,860 ft) high, it is the tallest dam in the world, either natural or man-made. The dam was created on February 18, 1911, when the 7.4-Ms Sarez earthquake caused a massive landslide that blocked the flow of the river. The dam wall survived a localised 7.2 magnitude earthquake, the 2015 Tajikistan earthquake, on the 7th December 2015 with no visible signs of deterioration.
p163750
sbg6
(g13
g8
NtRp163751
(dp163752
g16
Nsg17
Nsg11
VPOINT(72.613403320312 38.28099822998)
p163753
sbtp163754
a(g6
(g7
g8
NtRp163755
(dp163756
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163757
sbg6
(g13
g8
NtRp163758
(dp163759
g16
Nsg17
Nsg11
VWaterkrachtcentrale Oest-Srednekanskaja
p163760
sbg6
(g13
g8
NtRp163761
(dp163762
g16
Nsg17
Nsg11
VRussia
p163763
sbg6
(g13
g8
NtRp163764
(dp163765
g16
Nsg17
Nsg11
VEarth, concrete
p163766
sbg6
(g13
g8
NtRp163767
(dp163768
g16
Nsg17
g27
sg11
V2.49
p163769
sbNNg6
(g13
g8
NtRp163770
(dp163771
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163772
sbg6
(g13
g8
NtRp163773
(dp163774
g16
Nsg17
Nsg11
VPower
p163775
sbg6
(g13
g8
NtRp163776
(dp163777
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p163778
sbg6
(g13
g8
NtRp163779
(dp163780
g16
Nsg17
Nsg11
VUnder construction
p163781
sbNg6
(g13
g8
NtRp163782
(dp163783
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p163784
sbg6
(g13
g8
NtRp163785
(dp163786
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p163787
sbg6
(g13
g8
NtRp163788
(dp163789
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p163790
sbtp163791
a(g6
(g7
g8
NtRp163792
(dp163793
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163794
sbg6
(g13
g8
NtRp163795
(dp163796
g16
Nsg17
Nsg11
V\u0423\u0441\u0442\u044c-\u0421\u0435\u0440\u0435\u0434\u043d\u044c\u043e\u043a\u0430\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p163797
sbg6
(g13
g8
NtRp163798
(dp163799
g16
Nsg17
Nsg11
VRussia
p163800
sbg6
(g13
g8
NtRp163801
(dp163802
g16
Nsg17
Nsg11
VEarth, concrete
p163803
sbg6
(g13
g8
NtRp163804
(dp163805
g16
Nsg17
g27
sg11
V2.49
p163806
sbNNg6
(g13
g8
NtRp163807
(dp163808
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163809
sbg6
(g13
g8
NtRp163810
(dp163811
g16
Nsg17
Nsg11
VPower
p163812
sbg6
(g13
g8
NtRp163813
(dp163814
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p163815
sbg6
(g13
g8
NtRp163816
(dp163817
g16
Nsg17
Nsg11
VUnder construction
p163818
sbNg6
(g13
g8
NtRp163819
(dp163820
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p163821
sbg6
(g13
g8
NtRp163822
(dp163823
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p163824
sbg6
(g13
g8
NtRp163825
(dp163826
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p163827
sbtp163828
a(g6
(g7
g8
NtRp163829
(dp163830
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163831
sbg6
(g13
g8
NtRp163832
(dp163833
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant
p163834
sbg6
(g13
g8
NtRp163835
(dp163836
g16
Nsg17
Nsg11
VRussia
p163837
sbg6
(g13
g8
NtRp163838
(dp163839
g16
Nsg17
Nsg11
VEarth, concrete
p163840
sbg6
(g13
g8
NtRp163841
(dp163842
g16
Nsg17
g27
sg11
V2.49
p163843
sbNNg6
(g13
g8
NtRp163844
(dp163845
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163846
sbg6
(g13
g8
NtRp163847
(dp163848
g16
Nsg17
Nsg11
VPower
p163849
sbg6
(g13
g8
NtRp163850
(dp163851
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p163852
sbg6
(g13
g8
NtRp163853
(dp163854
g16
Nsg17
Nsg11
VUnder construction
p163855
sbNg6
(g13
g8
NtRp163856
(dp163857
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p163858
sbg6
(g13
g8
NtRp163859
(dp163860
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p163861
sbg6
(g13
g8
NtRp163862
(dp163863
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p163864
sbtp163865
a(g6
(g7
g8
NtRp163866
(dp163867
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163868
sbg6
(g13
g8
NtRp163869
(dp163870
g16
Nsg17
Nsg11
V\u0423\u0441\u0442\u044c-\u0421\u0440\u0435\u0434\u043d\u0435\u043a\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p163871
sbg6
(g13
g8
NtRp163872
(dp163873
g16
Nsg17
Nsg11
VRussia
p163874
sbg6
(g13
g8
NtRp163875
(dp163876
g16
Nsg17
Nsg11
VEarth, concrete
p163877
sbg6
(g13
g8
NtRp163878
(dp163879
g16
Nsg17
g27
sg11
V2.49
p163880
sbNNg6
(g13
g8
NtRp163881
(dp163882
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163883
sbg6
(g13
g8
NtRp163884
(dp163885
g16
Nsg17
Nsg11
VPower
p163886
sbg6
(g13
g8
NtRp163887
(dp163888
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p163889
sbg6
(g13
g8
NtRp163890
(dp163891
g16
Nsg17
Nsg11
VUnder construction
p163892
sbNg6
(g13
g8
NtRp163893
(dp163894
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p163895
sbg6
(g13
g8
NtRp163896
(dp163897
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p163898
sbg6
(g13
g8
NtRp163899
(dp163900
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p163901
sbtp163902
a(g6
(g7
g8
NtRp163903
(dp163904
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163905
sbg6
(g13
g8
NtRp163906
(dp163907
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant
p163908
sbg6
(g13
g8
NtRp163909
(dp163910
g16
Nsg17
Nsg11
VRussia
p163911
sbg6
(g13
g8
NtRp163912
(dp163913
g16
Nsg17
Nsg11
VEarth, concrete
p163914
sbg6
(g13
g8
NtRp163915
(dp163916
g16
Nsg17
g27
sg11
V2.49
p163917
sbNNg6
(g13
g8
NtRp163918
(dp163919
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163920
sbg6
(g13
g8
NtRp163921
(dp163922
g16
Nsg17
Nsg11
VPower
p163923
sbg6
(g13
g8
NtRp163924
(dp163925
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p163926
sbg6
(g13
g8
NtRp163927
(dp163928
g16
Nsg17
Nsg11
VUnder construction
p163929
sbNg6
(g13
g8
NtRp163930
(dp163931
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p163932
sbg6
(g13
g8
NtRp163933
(dp163934
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p163935
sbg6
(g13
g8
NtRp163936
(dp163937
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p163938
sbtp163939
a(g6
(g7
g8
NtRp163940
(dp163941
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163942
sbg6
(g13
g8
NtRp163943
(dp163944
g16
Nsg17
Nsg11
V\u0423\u0441\u0442\u044c-\u0421\u0440\u0435\u0434\u043d\u0435\u043a\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p163945
sbg6
(g13
g8
NtRp163946
(dp163947
g16
Nsg17
Nsg11
VRussia
p163948
sbg6
(g13
g8
NtRp163949
(dp163950
g16
Nsg17
Nsg11
VEarth, concrete
p163951
sbg6
(g13
g8
NtRp163952
(dp163953
g16
Nsg17
g27
sg11
V2.49
p163954
sbNNg6
(g13
g8
NtRp163955
(dp163956
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163957
sbg6
(g13
g8
NtRp163958
(dp163959
g16
Nsg17
Nsg11
VPower
p163960
sbg6
(g13
g8
NtRp163961
(dp163962
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p163963
sbg6
(g13
g8
NtRp163964
(dp163965
g16
Nsg17
Nsg11
VUnder construction
p163966
sbNg6
(g13
g8
NtRp163967
(dp163968
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p163969
sbg6
(g13
g8
NtRp163970
(dp163971
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p163972
sbg6
(g13
g8
NtRp163973
(dp163974
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p163975
sbtp163976
a(g6
(g7
g8
NtRp163977
(dp163978
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p163979
sbg6
(g13
g8
NtRp163980
(dp163981
g16
Nsg17
Nsg11
VWaterkrachtcentrale Oest-Srednekanskaja
p163982
sbg6
(g13
g8
NtRp163983
(dp163984
g16
Nsg17
Nsg11
VRussia
p163985
sbg6
(g13
g8
NtRp163986
(dp163987
g16
Nsg17
Nsg11
VEarth, concrete
p163988
sbg6
(g13
g8
NtRp163989
(dp163990
g16
Nsg17
g27
sg11
V2.49
p163991
sbNNg6
(g13
g8
NtRp163992
(dp163993
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p163994
sbg6
(g13
g8
NtRp163995
(dp163996
g16
Nsg17
Nsg11
VPower
p163997
sbg6
(g13
g8
NtRp163998
(dp163999
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p164000
sbg6
(g13
g8
NtRp164001
(dp164002
g16
Nsg17
Nsg11
VUnder construction
p164003
sbNg6
(g13
g8
NtRp164004
(dp164005
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p164006
sbg6
(g13
g8
NtRp164007
(dp164008
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p164009
sbg6
(g13
g8
NtRp164010
(dp164011
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p164012
sbtp164013
a(g6
(g7
g8
NtRp164014
(dp164015
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p164016
sbg6
(g13
g8
NtRp164017
(dp164018
g16
Nsg17
Nsg11
V\u0423\u0441\u0442\u044c-\u0421\u0435\u0440\u0435\u0434\u043d\u044c\u043e\u043a\u0430\u043d\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p164019
sbg6
(g13
g8
NtRp164020
(dp164021
g16
Nsg17
Nsg11
VRussia
p164022
sbg6
(g13
g8
NtRp164023
(dp164024
g16
Nsg17
Nsg11
VEarth, concrete
p164025
sbg6
(g13
g8
NtRp164026
(dp164027
g16
Nsg17
g27
sg11
V2.49
p164028
sbNNg6
(g13
g8
NtRp164029
(dp164030
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p164031
sbg6
(g13
g8
NtRp164032
(dp164033
g16
Nsg17
Nsg11
VPower
p164034
sbg6
(g13
g8
NtRp164035
(dp164036
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kolyma_River
p164037
sbg6
(g13
g8
NtRp164038
(dp164039
g16
Nsg17
Nsg11
VUnder construction
p164040
sbNg6
(g13
g8
NtRp164041
(dp164042
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p164043
sbg6
(g13
g8
NtRp164044
(dp164045
g16
Nsg17
Nsg11
VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
p164046
sbg6
(g13
g8
NtRp164047
(dp164048
g16
Nsg17
Nsg11
VPOINT(152.15249633789 62.417778015137)
p164049
sbtp164050
a(g6
(g7
g8
NtRp164051
(dp164052
g11
Vhttp://dbpedia.org/resource/Ust-Srednekan_Hydroelectric_Plant
p164053
sbg6
(g13
g8
NtRp164054
(dp164055
g16
Nsg17
Nsg11
V\u0423\u0441\u0442\u044c-\u0421\u0440\u0435\u0434\u043d\u0435\u043a\u0430\u043d\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p164056
sbg6
(g13
g8
NtRp164057
(dp164058
g16
Nsg17
Nsg11
VRussia
p164059
sbg6
(g13
g8
NtRp164060
(dp164061
g16
Nsg17
Nsg11
VEarth, concrete
p164062
sbg6
(g13
g8
NtRp164063
(dp164064
g16
Nsg17
g27
sg11
V2.49
p164065
sbNNg6
(g13
g8
NtRp164066
(dp164067
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p164068
sbg6
(g13
g8
NtRp164069
(dp164070
g16
Nsg17
Nsg11
VPower
p164071
sbg6
(g13
g8
NtRp164072
(dp164073
g16
Nsg17
Nsg11
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sbg6
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g8
NtRp164075
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Nsg17
Nsg11
VUnder construction
p164077
sbNg6
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g8
NtRp164078
(dp164079
g16
Nsg17
Nsg11
VRussia Magadan Oblast#Russia
p164080
sbg6
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g8
NtRp164081
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Nsg17
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VUst-Srednekan Hydroelectric Plant is a hydroelectric power station located on the Kolyma River near the village of Ust-Srednekan, Srednekansky District, Magadan Oblast Russia. It has an installed power generation capacity of 427.5 (570) MW. The dam is located 217 km (135 mi) downstream from the larger Kolyma Hydroelectric Station.
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g8
NtRp164084
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sbg6
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NtRp164091
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VDiga di Uwada
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g8
NtRp164094
(dp164095
g16
Nsg17
Nsg11
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g27
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p164099
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NtRp164100
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g8
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Nsg17
Nsg11
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p164105
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g8
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p164108
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g8
NtRp164109
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Nsg17
g27
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V23000.0
p164111
sbg6
(g13
g8
NtRp164112
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Nsg17
Nsg11
VJapan
p164114
sbg6
(g13
g8
NtRp164115
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Nsg17
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VUwada Dam is a gravity dam on the Tadami River 500 m (1,640 ft) downstream of Kaneyama in the Fukushima Prefecture of Japan. It was constructed between 1952 and 1954 for the purpose of hydroelectric power generation. It supplies a 63.9 MW power station with water.
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sbg6
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g8
NtRp164118
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p164124
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VUwada Dam
p164127
sbg6
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g8
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(dp164129
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Nsg17
Nsg11
VJapan
p164130
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Nsg17
g27
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p164133
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g8
NtRp164134
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p164136
sbg6
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g8
NtRp164137
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g16
Nsg17
Nsg11
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p164139
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g8
NtRp164140
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p164142
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g8
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Nsg17
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V23000.0
p164145
sbg6
(g13
g8
NtRp164146
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VJapan
p164148
sbg6
(g13
g8
NtRp164149
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VUwada Dam is a gravity dam on the Tadami River 500 m (1,640 ft) downstream of Kaneyama in the Fukushima Prefecture of Japan. It was constructed between 1952 and 1954 for the purpose of hydroelectric power generation. It supplies a 63.9 MW power station with water.
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sbg6
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g8
NtRp164152
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g16
Nsg17
Nsg11
VPOINT(139.53721618652 37.483055114746)
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p164158
sbg6
(g13
g8
NtRp164159
(dp164160
g16
Nsg17
Nsg11
VUzunçay\u0131r-Talsperre
p164161
sbg6
(g13
g8
NtRp164162
(dp164163
g16
Nsg17
Nsg11
VTurkey
p164164
sbg6
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g8
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Nsg17
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VEmbankment, clay-core sand-gravel fill
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g8
NtRp164168
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g8
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g16
Nsg17
Nsg11
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g8
NtRp164174
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp164176
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Nsg17
g27
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V2.8e+06
p164178
sbg6
(g13
g8
NtRp164179
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Nsg17
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VTurkey
p164181
sbg6
(g13
g8
NtRp164182
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Nsg17
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VThe Uzunçay\u0131r Dam is an embankment dam on the Munzur River, located 14 km (9 mi) south of Tunceli in Tunceli Province, Turkey. Constructed between 1994 and 2009, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is hydroelectric power generation and it supports an 84 MW power station.
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sbg6
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g8
NtRp164185
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Nsg17
Nsg11
VPOINT(39.530834197998 38.982776641846)
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p164191
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g8
NtRp164192
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Nsg11
VUzunçay\u0131r Dam
p164194
sbg6
(g13
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NtRp164195
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Nsg17
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VTurkey
p164197
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g8
NtRp164198
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VEmbankment, clay-core sand-gravel fill
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NtRp164201
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p164203
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g8
NtRp164204
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p164206
sbNNg6
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g8
NtRp164207
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Nsg17
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VO
sbg6
(g13
g8
NtRp164209
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Nsg17
g27
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V2.8e+06
p164211
sbg6
(g13
g8
NtRp164212
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VTurkey
p164214
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g8
NtRp164215
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VThe Uzunçay\u0131r Dam is an embankment dam on the Munzur River, located 14 km (9 mi) south of Tunceli in Tunceli Province, Turkey. Constructed between 1994 and 2009, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is hydroelectric power generation and it supports an 84 MW power station.
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g8
NtRp164218
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Nsg17
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VPOINT(39.530834197998 38.982776641846)
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Vhttp://dbpedia.org/resource/Uzunçay\u0131r_Dam
p164224
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g8
NtRp164225
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V\u0413\u0415\u0421 \u0423\u0437\u0443\u043d\u0447\u0430\u0457\u0440
p164227
sbg6
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g8
NtRp164228
(dp164229
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Nsg17
Nsg11
VTurkey
p164230
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NtRp164231
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Nsg17
Nsg11
VEmbankment, clay-core sand-gravel fill
p164233
sbNNg6
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g8
NtRp164234
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Vhttp://dbpedia.org/resource/Uzunçay\u0131r_Dam__Lake__1
p164236
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NtRp164237
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Nsg17
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Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p164239
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g8
NtRp164240
(dp164241
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Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp164242
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Nsg17
g27
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V2.8e+06
p164244
sbg6
(g13
g8
NtRp164245
(dp164246
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Nsg17
Nsg11
VTurkey
p164247
sbg6
(g13
g8
NtRp164248
(dp164249
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Nsg17
Nsg11
VThe Uzunçay\u0131r Dam is an embankment dam on the Munzur River, located 14 km (9 mi) south of Tunceli in Tunceli Province, Turkey. Constructed between 1994 and 2009, the development was backed by the Turkish State Hydraulic Works. The primary purpose of the dam is hydroelectric power generation and it supports an 84 MW power station.
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g8
NtRp164251
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Nsg17
Nsg11
VPOINT(39.530834197998 38.982776641846)
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sbtp164254
a(g6
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g8
NtRp164255
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g11
Vhttp://dbpedia.org/resource/Vaal_Barrage
p164257
sbg6
(g13
g8
NtRp164258
(dp164259
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Nsg17
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VVaal Barrage
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NtRp164261
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
p164263
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g8
NtRp164264
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Nsg17
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VB
sbg6
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NtRp164266
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Nsg17
g27
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V0.329
p164268
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NtRp164269
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Vhttp://dbpedia.org/resource/Vaal_Barrage__Lake__1
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NtRp164272
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Vhttp://dbpedia.org/resource/Rand_Water
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Vhttp://dbpedia.org/resource/Vaal_River
p164277
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NtRp164278
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Nsg17
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VThe Vaal River Barrage Reservoir is a dam on the Vaal River near Vanderbijlpark, border Gauteng and Free State, South Africa. The Barrage, created by a set of gates across the Vaal River, was built by Rand Water downstream of the Vaal Dam, in 1923. The reservoir is 64 kilometres long and has a total storage capacity of 63 million litres, a surface area of 168,35 square kilometres and has an average depth of 4,5 metres. The rivers, i.e. Suikerbosrant, Klip, & Rietspruit, that feed into the Vaal River Barrage Reservoir flow from industrial and heavily populated areas such as Johannesburg, Vereeniging and Sasolburg. This reservoir was used to supply water to the Witwatersrand but no longer does so because the quality of its water is deteriorating due to pollution. This reservoir, which is man
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NtRp164281
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VPOINT(27.691667556763 -26.764722824097)
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VVaal Dam
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NtRp164291
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
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Vhttp://dbpedia.org/resource/Vaal_Dam__Lake__1
p164298
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NtRp164299
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VDomestic and industrial water
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Vhttp://dbpedia.org/resource/Vaal_River
p164304
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NtRp164305
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Nsg17
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VSouth Africa
p164307
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g8
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VThe Vaal Dam in South Africa was constructed in 1938 and lies 77 km south of OR Tambo International Airport. The lake behind the dam wall has a surface area of about 320 square kilometres (120 sq mi) and is 47 meters deep. The Vaal Dam lies on the Vaal River, which is one of South Africa's strongest-flowing rivers. Other rivers flowing into the dam are the Wilge River, Klip River, Molspruit and Grootspruit. It has over 800 kilometres (500 mi) of shoreline and is South Africa's second biggest dam by area and the fourth largest by volume.
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NtRp164311
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VPOINT(28.14554977417 -26.894720077515)
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NtRp164318
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VVaigai Dam
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Nsg11
Vhttp://dbpedia.org/resource/India
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NtRp164330
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VTamil Nadu
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VThe Vaigai Dam is built across the Vaigai River near Andipatti, in the Theni district of Tamil Nadu, southern India. Near the dam, the Government of Tamil Nadu has constructed an Agricultural Research Station for researching the growing of a variety of crops, including rice, sorghum, blackgram, cowpea and cotton.
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NtRp164343
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V\u0413\u0415\u0421 Vajiralongkorn (Khao Laem)
p164345
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(g13
g8
NtRp164346
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VThailand
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NtRp164349
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NtRp164352
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Nsg17
g27
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V1.019
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NtRp164355
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NtRp164361
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VThailand
p164363
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VVajiralongkorn Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e27\u0e0a\u0e34\u0e23\u0e32\u0e25\u0e07\u0e01\u0e23\u0e13; RTGS: Khuean Wachiralongkon), also called the Khao Laem Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e02\u0e32\u0e41\u0e2b\u0e25\u0e21), is a concrete-faced rock-fill dam (CFRD) in Thong Pha Phum District in Kanchanaburi, Thailand. The dam lies across the Khwae Noi River (River Kwai) and was renamed Vajiralongkorn Dam after King Vajiralongkorn on 13 July 2001 when he was crown prince. Vajiralongkorn Dam is Thailand's first CFRD and supplies a 300 MW hydroelectric power station with water. The dam was built and is managed by the Electricity Generating Authority of Thailand (EGAT).
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VVajiralongkorn-Talsperre
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VThailand
p164379
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NtRp164380
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V1.019
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NtRp164392
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VThailand
p164394
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VVajiralongkorn Dam (Thai: \u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e27\u0e0a\u0e34\u0e23\u0e32\u0e25\u0e07\u0e01\u0e23\u0e13; RTGS: Khuean Wachiralongkon), also called the Khao Laem Dam (\u0e40\u0e02\u0e37\u0e48\u0e2d\u0e19\u0e40\u0e02\u0e32\u0e41\u0e2b\u0e25\u0e21), is a concrete-faced rock-fill dam (CFRD) in Thong Pha Phum District in Kanchanaburi, Thailand. The dam lies across the Khwae Noi River (River Kwai) and was renamed Vajiralongkorn Dam after King Vajiralongkorn on 13 July 2001 when he was crown prince. Vajiralongkorn Dam is Thailand's first CFRD and supplies a 300 MW hydroelectric power station with water. The dam was built and is managed by the Electricity Generating Authority of Thailand (EGAT).
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NtRp164398
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VPOINT(98.596946716309 14.799444198608)
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p164404
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(g13
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VVajiralongkorn Dam
p164407
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(g13
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NtRp164408
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VThailand
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VValeira Dam (Portuguese: Barragem da Valeira) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Viseu and Bragança. It is located in the municipality São João da Pesqueira, in Viseu District, Portugal. Construction of the dam began in 1971. The dam was completed in 1975. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VValeira Dam (Portuguese: Barragem da Valeira) is a concrete gravity dam on the Douro, where the river forms the border line between the districts of Viseu and Bragança. It is located in the municipality São João da Pesqueira, in Viseu District, Portugal. Construction of the dam began in 1971. The dam was completed in 1975. It is owned by Companhia Portuguesa de Produção de Electricidade (CPPE).
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VValide Dam (Turkish: Valide Bendi) is a historic dam located in Sar\u0131yer district of Istanbul Province, Turkey. Valide Dam was built in 1796 by Ottoman Sultan Selim III (reigned 1789\u20131807) to provide water for the donations in Eyüp of his mother Mihri\u015fah Sultan (c. 1745\u20131805), who was titled Valide sultan during his reign. The dam is situated north of Bahçeköy, Sar\u0131yer inside the Bentler Nature Park, which is part of the Belgrad Forest.
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VThe Valsøyfjord Hydroelectric Power Station (Norwegian: Valsøyfjord kraftverk) is a hydroelectric power station in Valsøyfjord in the municipality of Heim in Trøndelag county, Norway. It stands downstream from the Grytdalen Hydroelectric Power Station and is a run-of-river plant that utilizes a 187-meter (614 ft) drop on the Grytåa River. The river flows from the lake Englivatnet, which is regulated between 243 meters (797 ft) and 235 meters (771 ft), to Valsøyfjord. The plant has an average annual production of about 17 GWh. The new plant came into operation in 1994, and is owned by Svorka Energi.
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VVamma Power Station (Vamma kraftstasjon) is a hydroelectric power station located on the river Glomma approximately 4.5 km south of Askim, Østfold, Norway.Sam Eyde formed Vamma Fossekompagnie in 1902 to build a power plant for a fertilizer factory. The factory plans were canceled in 1912 and Vamma Fossekompagnie was sold to Hafslund (company).Construction of the power station started in 1907 and in 1915 the first two turbines were completed. Another six turbines were built between 1915 and 1927. In 1944 the final two were complete. The installed capacity at that point was 113 MW from ten horizontal Francis turbines with dual runners.
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VVamma Power Station (Vamma kraftstasjon) is a hydroelectric power station located on the river Glomma approximately 4.5 km south of Askim, Østfold, Norway.Sam Eyde formed Vamma Fossekompagnie in 1902 to build a power plant for a fertilizer factory. The factory plans were canceled in 1912 and Vamma Fossekompagnie was sold to Hafslund (company).Construction of the power station started in 1907 and in 1915 the first two turbines were completed. Another six turbines were built between 1915 and 1927. In 1944 the final two were complete. The installed capacity at that point was 113 MW from ten horizontal Francis turbines with dual runners.
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VThe Van Norman Dams, also known as the San Fernando Dams, were the terminus of the Los Angeles Aqueduct, supplying about 80 percent of Los Angeles' water, until their damage in the 1971 San Fernando earthquake and were subsequently decommissioned due to the inherent instability of the site and their location directly above heavily populated areas.
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VThe Van Norman Dams, also known as the San Fernando Dams, were the terminus of the Los Angeles Aqueduct, supplying about 80 percent of Los Angeles' water, until their damage in the 1971 San Fernando earthquake and were subsequently decommissioned due to the inherent instability of the site and their location directly above heavily populated areas.
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VThe Vanderkloof Dam (originally the P. K. Le Roux Dam) is situated approximately 130 km (81 mi) downstream from Gariep Dam and is fed by the Orange River, South Africa's largest river. Vanderkloof Dam is the second-largest dam in South Africa (in volume), having the highest dam wall in the country at 108 metres (354 ft). The dam was commissioned in 1977; it has a capacity of 3,187.557 million cubic metres (2,584,195 acre\u22c5ft) and a surface area of 133.43 square kilometres (51.52 sq mi) when full. Other rivers flowing into this dam are the Berg River, two unnamed streams coming in from the direction of , the , , , and the , in a clockwise direction.
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VThe Vanderkloof Dam (originally the P. K. Le Roux Dam) is situated approximately 130 km (81 mi) downstream from Gariep Dam and is fed by the Orange River, South Africa's largest river. Vanderkloof Dam is the second-largest dam in South Africa (in volume), having the highest dam wall in the country at 108 metres (354 ft). The dam was commissioned in 1977; it has a capacity of 3,187.557 million cubic metres (2,584,195 acre\u22c5ft) and a surface area of 133.43 square kilometres (51.52 sq mi) when full. Other rivers flowing into this dam are the Berg River, two unnamed streams coming in from the direction of , the , , , and the , in a clockwise direction.
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VThe Vanderkloof Dam (originally the P. K. Le Roux Dam) is situated approximately 130 km (81 mi) downstream from Gariep Dam and is fed by the Orange River, South Africa's largest river. Vanderkloof Dam is the second-largest dam in South Africa (in volume), having the highest dam wall in the country at 108 metres (354 ft). The dam was commissioned in 1977; it has a capacity of 3,187.557 million cubic metres (2,584,195 acre\u22c5ft) and a surface area of 133.43 square kilometres (51.52 sq mi) when full. Other rivers flowing into this dam are the Berg River, two unnamed streams coming in from the direction of , the , , , and the , in a clockwise direction.
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g16
Nsg17
g27
sg11
V0.756
p165080
sbNg6
(g7
g8
NtRp165081
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g11
Vhttp://dbpedia.org/resource/Vanderkloof_Dam__Lake__1
p165083
sbg6
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g8
NtRp165084
(dp165085
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p165086
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g8
NtRp165087
(dp165088
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Orange_River
p165089
sbNNg6
(g13
g8
NtRp165090
(dp165091
g16
Nsg17
Nsg11
VSouth Africa Northern Cape#South Africa
p165092
sbg6
(g13
g8
NtRp165093
(dp165094
g16
Nsg17
Nsg11
VThe Vanderkloof Dam (originally the P. K. Le Roux Dam) is situated approximately 130 km (81 mi) downstream from Gariep Dam and is fed by the Orange River, South Africa's largest river. Vanderkloof Dam is the second-largest dam in South Africa (in volume), having the highest dam wall in the country at 108 metres (354 ft). The dam was commissioned in 1977; it has a capacity of 3,187.557 million cubic metres (2,584,195 acre\u22c5ft) and a surface area of 133.43 square kilometres (51.52 sq mi) when full. Other rivers flowing into this dam are the Berg River, two unnamed streams coming in from the direction of , the , , , and the , in a clockwise direction.
p165095
sbg6
(g13
g8
NtRp165096
(dp165097
g16
Nsg17
Nsg11
VPOINT(24.731670379639 -29.992219924927)
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sbtp165099
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g8
NtRp165100
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
p165102
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g8
NtRp165103
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g16
Nsg17
Nsg11
V\u041f\u0435\u0440\u0435\u043f\u0430\u0434\u043d\u044b\u0435 \u0413\u042d\u0421
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g8
NtRp165106
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
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sbNNNg6
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g8
NtRp165109
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165111
sbNNNNNg6
(g13
g8
NtRp165112
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g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165114
sbg6
(g13
g8
NtRp165115
(dp165116
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
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sbg6
(g13
g8
NtRp165118
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g16
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VPOINT(41.761665344238 42.652500152588)
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sbtp165121
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g8
NtRp165122
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
p165124
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g8
NtRp165125
(dp165126
g16
Nsg17
Nsg11
V\u041f\u0435\u0440\u0435\u043f\u0430\u0434\u043d\u044b\u0435 \u0413\u042d\u0421
p165127
sbg6
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g8
NtRp165128
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Abkhazia
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g8
NtRp165131
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165133
sbNNNNNg6
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g8
NtRp165134
(dp165135
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165136
sbg6
(g13
g8
NtRp165137
(dp165138
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
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sbg6
(g13
g8
NtRp165140
(dp165141
g16
Nsg17
Nsg11
VPOINT(41.761665344238 42.652500152588)
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sbtp165143
a(g6
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g8
NtRp165144
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
p165146
sbg6
(g13
g8
NtRp165147
(dp165148
g16
Nsg17
Nsg11
VVardnili Hydroelectric Power Station
p165149
sbg6
(g13
g8
NtRp165150
(dp165151
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
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sbNNNg6
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g8
NtRp165153
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165155
sbNNNNNg6
(g13
g8
NtRp165156
(dp165157
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165158
sbg6
(g13
g8
NtRp165159
(dp165160
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
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sbg6
(g13
g8
NtRp165162
(dp165163
g16
Nsg17
Nsg11
VPOINT(41.761665344238 42.652500152588)
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sbtp165165
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(g7
g8
NtRp165166
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
p165168
sbg6
(g13
g8
NtRp165169
(dp165170
g16
Nsg17
Nsg11
VVardnili Hydroelectric Power Station
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sbg6
(g13
g8
NtRp165172
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Abkhazia
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g8
NtRp165175
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165177
sbNNNNNg6
(g13
g8
NtRp165178
(dp165179
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165180
sbg6
(g13
g8
NtRp165181
(dp165182
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
p165183
sbg6
(g13
g8
NtRp165184
(dp165185
g16
Nsg17
Nsg11
VPOINT(41.761665344238 42.652500152588)
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sbtp165187
a(g6
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g8
NtRp165188
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
p165190
sbg6
(g13
g8
NtRp165191
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g16
Nsg17
Nsg11
V\u041f\u0435\u0440\u0435\u043f\u0430\u0434\u043d\u044b\u0435 \u0413\u042d\u0421
p165193
sbg6
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g8
NtRp165194
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
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sbNNNg6
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g8
NtRp165197
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165199
sbNNNNNg6
(g13
g8
NtRp165200
(dp165201
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165202
sbg6
(g13
g8
NtRp165203
(dp165204
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
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sbg6
(g13
g8
NtRp165206
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g16
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VPOINT(41.761665344238 42.652500152588)
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NtRp165210
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
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g8
NtRp165213
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g16
Nsg17
Nsg11
VVardnili Hydroelectric Power Station
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g8
NtRp165216
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Abkhazia
p165218
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g8
NtRp165219
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
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sbNNNNNg6
(g13
g8
NtRp165222
(dp165223
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165224
sbg6
(g13
g8
NtRp165225
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g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
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sbg6
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g8
NtRp165228
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g16
Nsg17
Nsg11
VPOINT(41.761665344238 42.652500152588)
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NtRp165232
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Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
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g8
NtRp165235
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Nsg17
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V\u041f\u0435\u0440\u0435\u043f\u0430\u0434\u043d\u044b\u0435 \u0413\u042d\u0421
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g8
NtRp165238
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Abkhazia
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g8
NtRp165241
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165243
sbNNNNNg6
(g13
g8
NtRp165244
(dp165245
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165246
sbg6
(g13
g8
NtRp165247
(dp165248
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
p165249
sbg6
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g8
NtRp165250
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g16
Nsg17
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VPOINT(41.761665344238 42.652500152588)
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g8
NtRp165254
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Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station
p165256
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(g13
g8
NtRp165257
(dp165258
g16
Nsg17
Nsg11
VVardnili Hydroelectric Power Station
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g8
NtRp165260
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p165262
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g8
NtRp165263
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g11
Vhttp://dbpedia.org/resource/Vardnili_Hydroelectric_Power_Station__Lake__1
p165265
sbNNNNNg6
(g13
g8
NtRp165266
(dp165267
g16
Nsg17
Nsg11
VAbkhazia#Georgia
p165268
sbg6
(g13
g8
NtRp165269
(dp165270
g16
Nsg17
Nsg11
VVardnili Hydro Power Plant Cascade is a cascade of hydropower plants in the Gali Municipality of Georgia. Included in the Cascade of Enguri Hydropower Plants. It consists of four relatively smaller power plants (Vardnil HPP-I, Vardnil HPP-II, Vardnil HPP-III, Vardnil HPP-IV). It is built on the outlet channel of the Enguri Hydro Power Plant, by discharging the main runoff of the Enguri River into the Eristskali riverbed. The total projected installed capacity is 340 MW, and the average annual projected electricity output is 1111 million kWh.The Vardnil HPP-I has 3 turbines with a nominal capacity of 73 MW each having a total capacity of 220 MW.
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sbg6
(g13
g8
NtRp165272
(dp165273
g16
Nsg17
Nsg11
VPOINT(41.761665344238 42.652500152588)
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sbtp165275
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g8
NtRp165276
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g11
Vhttp://dbpedia.org/resource/Varvara_reservoir
p165278
sbg6
(g13
g8
NtRp165279
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g16
Nsg17
Nsg11
VVarvara Su Anbar\u0131
p165281
sbg6
(g13
g8
NtRp165282
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p165284
sbNNNg6
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g8
NtRp165285
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g11
Vhttp://dbpedia.org/resource/Varvara_reservoir__Lake__1
p165287
sbNNg6
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g8
NtRp165288
(dp165289
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kura_(Caspian_Sea)
p165290
sbNNNg6
(g13
g8
NtRp165291
(dp165292
g16
Nsg17
Nsg11
VThe Varvara reservoir (Azerbaijani: Varvara su anbar\u0131) is a reservoir near Mingachevir, Azerbaijan.
p165293
sbg6
(g13
g8
NtRp165294
(dp165295
g16
Nsg17
Nsg11
VPOINT(47.092498779297 40.683612823486)
p165296
sbtp165297
a(g6
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g8
NtRp165298
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Vhttp://dbpedia.org/resource/Varvara_reservoir
p165300
sbg6
(g13
g8
NtRp165301
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g16
Nsg17
Nsg11
V\u0412\u0430\u0440\u0432\u0430\u0440\u0438\u043d\u0441\u043a\u043e\u0435 \u0432\u043e\u0434\u043e\u0445\u0440\u0430\u043d\u0438\u043b\u0438\u0449\u0435
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sbg6
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g8
NtRp165304
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p165306
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g8
NtRp165307
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Vhttp://dbpedia.org/resource/Varvara_reservoir__Lake__1
p165309
sbNNg6
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g8
NtRp165310
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kura_(Caspian_Sea)
p165312
sbNNNg6
(g13
g8
NtRp165313
(dp165314
g16
Nsg17
Nsg11
VThe Varvara reservoir (Azerbaijani: Varvara su anbar\u0131) is a reservoir near Mingachevir, Azerbaijan.
p165315
sbg6
(g13
g8
NtRp165316
(dp165317
g16
Nsg17
Nsg11
VPOINT(47.092498779297 40.683612823486)
p165318
sbtp165319
a(g6
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g8
NtRp165320
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Vhttp://dbpedia.org/resource/Varvara_reservoir
p165322
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(g13
g8
NtRp165323
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g16
Nsg17
Nsg11
VVarvara reservoir
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p165328
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g8
NtRp165329
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p165331
sbNNg6
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g8
NtRp165332
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kura_(Caspian_Sea)
p165334
sbNNNg6
(g13
g8
NtRp165335
(dp165336
g16
Nsg17
Nsg11
VThe Varvara reservoir (Azerbaijani: Varvara su anbar\u0131) is a reservoir near Mingachevir, Azerbaijan.
p165337
sbg6
(g13
g8
NtRp165338
(dp165339
g16
Nsg17
Nsg11
VPOINT(47.092498779297 40.683612823486)
p165340
sbtp165341
a(g6
(g7
g8
NtRp165342
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g11
Vhttp://dbpedia.org/resource/Vatnsfell_Power_Station
p165344
sbg6
(g13
g8
NtRp165345
(dp165346
g16
Nsg17
Nsg11
VCentrale hydroélectrique de Vatnsfell
p165347
sbg6
(g13
g8
NtRp165348
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
p165350
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g8
NtRp165351
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Nsg17
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V0.73
p165353
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g8
NtRp165354
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g11
Vhttp://dbpedia.org/resource/Vatnsfell_Power_Station__Lake__1
p165356
sbNNNg6
(g13
g8
NtRp165357
(dp165358
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp165359
(dp165360
g16
Nsg17
Nsg11
VIceland
p165361
sbg6
(g13
g8
NtRp165362
(dp165363
g16
Nsg17
Nsg11
VVatnsfell (Icelandic pronunciation: \u200b[\u02c8vas\u02d0\u02ccf\u025btl\u0325]) is an Icelandic hydroelectric power station situated in the Highlands of Iceland, at the south end of lake Þórisvatn, just before the Sprengisandur highland road. The power station went online in 2001. It is run by Landsvirkjun and generates electricity during the peak demand winter months. The installed capacity is 90 MW, and the head is 67 metres (220 ft). Lead engineering services were provided by Mannvit Engineering.
p165364
sbg6
(g13
g8
NtRp165365
(dp165366
g16
Nsg17
Nsg11
VPOINT(-19.032636642456 64.19620513916)
p165367
sbtp165368
a(g6
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g8
NtRp165369
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g11
Vhttp://dbpedia.org/resource/Vatnsfell_Power_Station
p165371
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(g13
g8
NtRp165372
(dp165373
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Vatnsfell
p165374
sbg6
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g8
NtRp165375
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Iceland
p165377
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Nsg17
g27
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V0.73
p165380
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g8
NtRp165381
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g11
Vhttp://dbpedia.org/resource/Vatnsfell_Power_Station__Lake__1
p165383
sbNNNg6
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g8
NtRp165384
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp165386
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g16
Nsg17
Nsg11
VIceland
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sbg6
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NtRp165389
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Nsg17
Nsg11
VVatnsfell (Icelandic pronunciation: \u200b[\u02c8vas\u02d0\u02ccf\u025btl\u0325]) is an Icelandic hydroelectric power station situated in the Highlands of Iceland, at the south end of lake Þórisvatn, just before the Sprengisandur highland road. The power station went online in 2001. It is run by Landsvirkjun and generates electricity during the peak demand winter months. The installed capacity is 90 MW, and the head is 67 metres (220 ft). Lead engineering services were provided by Mannvit Engineering.
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sbg6
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NtRp165392
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VPOINT(-19.032636642456 64.19620513916)
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VCentral hidroeléctrica de Vatnsfell
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VO
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VIceland
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VVatnsfell (Icelandic pronunciation: \u200b[\u02c8vas\u02d0\u02ccf\u025btl\u0325]) is an Icelandic hydroelectric power station situated in the Highlands of Iceland, at the south end of lake Þórisvatn, just before the Sprengisandur highland road. The power station went online in 2001. It is run by Landsvirkjun and generates electricity during the peak demand winter months. The installed capacity is 90 MW, and the head is 67 metres (220 ft). Lead engineering services were provided by Mannvit Engineering.
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VPOINT(-19.032636642456 64.19620513916)
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VVodní elektrárna Vatnsfell
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p165437
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VO
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NtRp165440
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Nsg11
VIceland
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sbg6
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VVatnsfell (Icelandic pronunciation: \u200b[\u02c8vas\u02d0\u02ccf\u025btl\u0325]) is an Icelandic hydroelectric power station situated in the Highlands of Iceland, at the south end of lake Þórisvatn, just before the Sprengisandur highland road. The power station went online in 2001. It is run by Landsvirkjun and generates electricity during the peak demand winter months. The installed capacity is 90 MW, and the head is 67 metres (220 ft). Lead engineering services were provided by Mannvit Engineering.
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VPOINT(-19.032636642456 64.19620513916)
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Nsg11
VVatnsfell-Kraftwerk
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VO
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Nsg11
VIceland
p165469
sbg6
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g8
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VVatnsfell (Icelandic pronunciation: \u200b[\u02c8vas\u02d0\u02ccf\u025btl\u0325]) is an Icelandic hydroelectric power station situated in the Highlands of Iceland, at the south end of lake Þórisvatn, just before the Sprengisandur highland road. The power station went online in 2001. It is run by Landsvirkjun and generates electricity during the peak demand winter months. The installed capacity is 90 MW, and the head is 67 metres (220 ft). Lead engineering services were provided by Mannvit Engineering.
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VPOINT(-19.032636642456 64.19620513916)
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VVatnsfell Power Station
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VO
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g16
Nsg17
Nsg11
VIceland
p165496
sbg6
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NtRp165497
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Nsg17
Nsg11
VVatnsfell (Icelandic pronunciation: \u200b[\u02c8vas\u02d0\u02ccf\u025btl\u0325]) is an Icelandic hydroelectric power station situated in the Highlands of Iceland, at the south end of lake Þórisvatn, just before the Sprengisandur highland road. The power station went online in 2001. It is run by Landsvirkjun and generates electricity during the peak demand winter months. The installed capacity is 90 MW, and the head is 67 metres (220 ft). Lead engineering services were provided by Mannvit Engineering.
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g8
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VPOINT(-19.032636642456 64.19620513916)
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VVazhani Dam
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Vhttp://dbpedia.org/resource/India
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VEarth Dam
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Vhttp://dbpedia.org/resource/Government_of_Kerala
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g8
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VIrrigation
p165527
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Nsg17
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VIndia#India Kerala
p165530
sbg6
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g8
NtRp165531
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VVazhani Dam is a clay dam built across the Wadakkancherry river near Wadakkancherry in Thrissur district of Kerala. The water is used for irrigation and drinking purposes. The dam has a four-acre garden and the construction was completed in 1962.Vazhani dam is built with mud and it is an earth dam like Banasura Sagar Dam
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VPOINT(76.306999206543 10.637000083923)
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VVeazie Dam
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VUnited States
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VD
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VMaine
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VThe Veazie Dam was a hydroelectric dam on the Penobscot River between Veazie and Eddington in Penobscot County, Maine. In 2010 the Penobscot River Restoration Trust bought the dam from PPL Corporation based on an agreement that was signed in 2004. Deconstruction of the dam began on July 22, 2013 as a part of an extensive project involving four dams to restore eleven species of sea-run fish to the Penobscot River. The Veazie Dam was the furthest downstream of the dams on the Penobscot River; now the Milford and Orono Dam dams are furthest downstream, albeit on separate side of Marsh Island. The Great Works Dam, which was 8 mi (13 km) upstream of the Veazie Dam, was removed in 2012.
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VPOINT(-68.700942993164 44.832481384277)
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V\u0413\u0415\u0421-\u0413\u0410\u0415\u0421 \u0412\u0435\u043b\u0435\u0431\u0456\u0442
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Vhttp://dbpedia.org/resource/Croatia
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Vhttp://dbpedia.org/resource/Velebit_Pumped_Storage_Power_Plant__Lake__1
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VO
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Nsg11
VVelebit Pumped Storage Power Plant (Croatian: Reverzibilna hidroelektrana Velebit) is a pumped-storage power plant in Croatia that has two turbines with a nominal capacity of 138 megawatts (185,000 hp) each, having a total capacity of 276 megawatts (370,000 hp). As of 2015, it was one of three operational pumped-storage power plants in Croatia. The plant was designed by Elektroprojekt, Projektni Biro and Geoexpert, and constructed by , Konstruktor, , Pomgrad and Geotehnika.
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sbg6
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NtRp165585
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VPOINT(15.753611564636 44.208057403564)
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Nsg17
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VPumpspeicherkraftwerk Velebit
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Nsg17
Nsg11
VO
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Nsg17
Nsg11
VVelebit Pumped Storage Power Plant (Croatian: Reverzibilna hidroelektrana Velebit) is a pumped-storage power plant in Croatia that has two turbines with a nominal capacity of 138 megawatts (185,000 hp) each, having a total capacity of 276 megawatts (370,000 hp). As of 2015, it was one of three operational pumped-storage power plants in Croatia. The plant was designed by Elektroprojekt, Projektni Biro and Geoexpert, and constructed by , Konstruktor, , Pomgrad and Geotehnika.
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VPOINT(15.753611564636 44.208057403564)
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VVelebit Pumped Storage Power Plant
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VO
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Nsg17
Nsg11
VVelebit Pumped Storage Power Plant (Croatian: Reverzibilna hidroelektrana Velebit) is a pumped-storage power plant in Croatia that has two turbines with a nominal capacity of 138 megawatts (185,000 hp) each, having a total capacity of 276 megawatts (370,000 hp). As of 2015, it was one of three operational pumped-storage power plants in Croatia. The plant was designed by Elektroprojekt, Projektni Biro and Geoexpert, and constructed by , Konstruktor, , Pomgrad and Geotehnika.
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VPumpspeicherkraftwerk Velebit
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VVelebit Pumped Storage Power Plant (Croatian: Reverzibilna hidroelektrana Velebit) is a pumped-storage power plant in Croatia that has two turbines with a nominal capacity of 138 megawatts (185,000 hp) each, having a total capacity of 276 megawatts (370,000 hp). As of 2015, it was one of three operational pumped-storage power plants in Croatia. The plant was designed by Elektroprojekt, Projektni Biro and Geoexpert, and constructed by , Konstruktor, , Pomgrad and Geotehnika.
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VVelebit Pumped Storage Power Plant (Croatian: Reverzibilna hidroelektrana Velebit) is a pumped-storage power plant in Croatia that has two turbines with a nominal capacity of 138 megawatts (185,000 hp) each, having a total capacity of 276 megawatts (370,000 hp). As of 2015, it was one of three operational pumped-storage power plants in Croatia. The plant was designed by Elektroprojekt, Projektni Biro and Geoexpert, and constructed by , Konstruktor, , Pomgrad and Geotehnika.
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VVeterans Memorial Dam
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Nsg17
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VO
sbNg6
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NtRp165708
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VVirginia
p165710
sbg6
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g8
NtRp165711
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VThe Veterans Memorial Dam (National ID # VA137001), also known as the Lake of the Woods Main Dam, is an earth-fill embankment dam on the Flat Run located 15.3 mi (25 km) west of Fredericksburg, Virginia. The dam was constructed in 1968 with the primary purpose of recreation. Surrounding its reservoir is the resort community of Lake of the Woods. The Lake of the Woods Association owns the dam.
p165713
sbg6
(g13
g8
NtRp165714
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Nsg17
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VPOINT(-77.754722595215 38.349723815918)
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VVianden Pumped Storage Plant
p165723
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VLuxembourg
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p165732
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NtRp165733
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Nsg17
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VO
sbNNg6
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NtRp165735
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Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165737
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p165744
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VVianden Pumped Storage Plant
p165747
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VLuxembourg
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant__Lake__1
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p165756
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g8
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Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp165759
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Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165761
sbg6
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g8
NtRp165762
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VPOINT(6.1772222518921 49.952220916748)
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p165768
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VCentrale de Vianden
p165771
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Nsg17
Nsg11
VLuxembourg
p165774
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p165780
sbNNg6
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NtRp165781
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g16
Nsg17
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VO
sbNNg6
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g8
NtRp165783
(dp165784
g16
Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165785
sbg6
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g8
NtRp165786
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VPOINT(6.1772222518921 49.952220916748)
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant
p165792
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g8
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VCentrale de Vianden
p165795
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NtRp165796
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Nsg17
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VLuxembourg
p165798
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant__Lake__1
p165801
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Vhttp://dbpedia.org/resource/Société_électrique_de_l'Our
p165804
sbNNg6
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g8
NtRp165805
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp165807
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Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165809
sbg6
(g13
g8
NtRp165810
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g16
Nsg17
Nsg11
VPOINT(6.1772222518921 49.952220916748)
p165812
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant
p165816
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g8
NtRp165817
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Nsg17
Nsg11
VPumpspeicherwerk Vianden
p165819
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NtRp165820
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Nsg17
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VLuxembourg
p165822
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g8
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant__Lake__1
p165825
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Vhttp://dbpedia.org/resource/RWE
p165828
sbNNg6
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g8
NtRp165829
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g16
Nsg17
Nsg11
VO
sbNNg6
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g8
NtRp165831
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g16
Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165833
sbg6
(g13
g8
NtRp165834
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g16
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Nsg11
VPOINT(6.1772222518921 49.952220916748)
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant
p165840
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g8
NtRp165841
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Nsg17
Nsg11
VPumpspeicherwerk Vianden
p165843
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NtRp165844
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Nsg17
Nsg11
VLuxembourg
p165846
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NtRp165847
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant__Lake__1
p165849
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Nsg17
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Vhttp://dbpedia.org/resource/Société_électrique_de_l'Our
p165852
sbNNg6
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NtRp165853
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Nsg17
Nsg11
VO
sbNNg6
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NtRp165855
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Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165857
sbg6
(g13
g8
NtRp165858
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Nsg17
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VPOINT(6.1772222518921 49.952220916748)
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant
p165864
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NtRp165865
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V\u0413\u0410\u0415\u0421 \u0412\u0456\u0430\u043d\u0434\u0435\u043d
p165867
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NtRp165868
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Nsg17
Nsg11
VLuxembourg
p165870
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NtRp165871
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant__Lake__1
p165873
sbg6
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g8
NtRp165874
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Vhttp://dbpedia.org/resource/RWE
p165876
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NtRp165877
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Nsg17
Nsg11
VO
sbNNg6
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NtRp165879
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Nsg17
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VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165881
sbg6
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g8
NtRp165882
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Nsg17
Nsg11
VPOINT(6.1772222518921 49.952220916748)
p165884
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant
p165888
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NtRp165889
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Nsg17
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V\u0413\u0410\u0415\u0421 \u0412\u0456\u0430\u043d\u0434\u0435\u043d
p165891
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NtRp165892
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Nsg17
Nsg11
VLuxembourg
p165894
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Vhttp://dbpedia.org/resource/Vianden_Pumped_Storage_Plant__Lake__1
p165897
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Nsg17
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Vhttp://dbpedia.org/resource/Société_électrique_de_l'Our
p165900
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NtRp165901
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Nsg17
Nsg11
VO
sbNNg6
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NtRp165903
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Nsg17
Nsg11
VThe Vianden Pumped Storage Plant is located just north of Vianden in Diekirch District, Luxembourg. The power plant uses the pumped-storage hydroelectric method to generate electricity and serves as a peaking power plant. Its lower reservoir is located on the Our River, bordering Germany, and the upper is elevated above on the nearby Saint Nicholas Mountain. Construction on the plant began in 1959 and the first pump-generators were commissioned in 1962. A tenth pump-generator was installed in 1976 bringing the plant's installed generating capacity to 1,096 megawatts (1,470,000 hp). The plant generates an average of 1,650 gigawatt-hours (5,900 TJ) annually but of course consumes even more. Generally the efficiency of this energy storage method is around 70\u201380%. The plant is owned by and RW
p165905
sbg6
(g13
g8
NtRp165906
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g16
Nsg17
Nsg11
VPOINT(6.1772222518921 49.952220916748)
p165908
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VVicente Guerrero Dam
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p165918
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NtRp165919
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Nsg17
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V60.0
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NtRp165922
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Vhttp://dbpedia.org/resource/Vicente_Guerrero_Dam__Lake__1
p165924
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NtRp165925
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Nsg17
Nsg11
VIrrigation
p165927
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NtRp165928
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VGeneral Vicente Guerrero Dam (Spanish: Presa Vicente Guerrero), also known as Las Adjuntas Dam, is a dam in the Mexican state of Tamaulipas. It was constructed in 1971 for irrigation and public use. It was named for Vicente Guerrero, a revolutionary general of the Mexican War of Independence.
p165930
sbg6
(g13
g8
NtRp165931
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Nsg17
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VPOINT(-98.666000366211 23.959999084473)
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p165937
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VPresa Vicente Guerrero
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NtRp165941
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p165943
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p165949
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VIrrigation
p165952
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NtRp165953
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VGeneral Vicente Guerrero Dam (Spanish: Presa Vicente Guerrero), also known as Las Adjuntas Dam, is a dam in the Mexican state of Tamaulipas. It was constructed in 1971 for irrigation and public use. It was named for Vicente Guerrero, a revolutionary general of the Mexican War of Independence.
p165955
sbg6
(g13
g8
NtRp165956
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Nsg17
Nsg11
VPOINT(-98.666000366211 23.959999084473)
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p165962
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NtRp165963
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Nsg11
VVictoria Dam (Sri Lanka)
p165965
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NtRp165966
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p165968
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VA
sbg6
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NtRp165971
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V0.52
p165973
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VP
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NtRp165979
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p165981
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Nsg17
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VO
sbNg6
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NtRp165984
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Nsg17
Nsg11
VSri Lanka
p165986
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NtRp165987
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VVictoria Dam (Sinhala: \u0dc0\u0dd2\u0d9a\u0dca\u0da7\u0ddd\u0dbb\u0dd2\u0dba\u0dcf \u0dc0\u0dda\u0dbd\u0dca\u0dbd Viktoriya Vella) is an arch dam located 130 mi (209 km) upstream of the Mahaweli River's mouth and 4 mi (6 km) from Teldeniya. It is named in honor of Her Majesty, Queen Victoria, Empress of the British Empire.
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NtRp165990
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VPOINT(80.784721374512 7.24138879776)
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p166002
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VA
sbg6
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NtRp166005
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g27
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V0.52
p166007
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NtRp166008
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p166010
sbNg6
(g13
g8
NtRp166011
(dp166012
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp166013
(dp166014
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mahaweli_River
p166015
sbg6
(g13
g8
NtRp166016
(dp166017
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp166018
(dp166019
g16
Nsg17
Nsg11
VSri Lanka
p166020
sbg6
(g13
g8
NtRp166021
(dp166022
g16
Nsg17
Nsg11
VVictoria Dam (Sinhala: \u0dc0\u0dd2\u0d9a\u0dca\u0da7\u0ddd\u0dbb\u0dd2\u0dba\u0dcf \u0dc0\u0dda\u0dbd\u0dca\u0dbd Viktoriya Vella) is an arch dam located 130 mi (209 km) upstream of the Mahaweli River's mouth and 4 mi (6 km) from Teldeniya. It is named in honor of Her Majesty, Queen Victoria, Empress of the British Empire.
p166023
sbg6
(g13
g8
NtRp166024
(dp166025
g16
Nsg17
Nsg11
VPOINT(80.784721374512 7.24138879776)
p166026
sbtp166027
a(g6
(g7
g8
NtRp166028
(dp166029
g11
Vhttp://dbpedia.org/resource/Victoria_Dam_(Sri_Lanka)
p166030
sbg6
(g13
g8
NtRp166031
(dp166032
g16
Nsg17
Nsg11
V\u30f4\u30a3\u30af\u30c8\u30ea\u30a2\u30fb\u30c0\u30e0 (\u30b9\u30ea\u30e9\u30f3\u30ab)
p166033
sbg6
(g13
g8
NtRp166034
(dp166035
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p166036
sbg6
(g13
g8
NtRp166037
(dp166038
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp166039
(dp166040
g16
Nsg17
g27
sg11
V0.52
p166041
sbNg6
(g7
g8
NtRp166042
(dp166043
g11
Vhttp://dbpedia.org/resource/Victoria_Dam_(Sri_Lanka)__Lake__1
p166044
sbNg6
(g13
g8
NtRp166045
(dp166046
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp166047
(dp166048
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mahaweli_River
p166049
sbg6
(g13
g8
NtRp166050
(dp166051
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp166052
(dp166053
g16
Nsg17
Nsg11
VSri Lanka
p166054
sbg6
(g13
g8
NtRp166055
(dp166056
g16
Nsg17
Nsg11
VVictoria Dam (Sinhala: \u0dc0\u0dd2\u0d9a\u0dca\u0da7\u0ddd\u0dbb\u0dd2\u0dba\u0dcf \u0dc0\u0dda\u0dbd\u0dca\u0dbd Viktoriya Vella) is an arch dam located 130 mi (209 km) upstream of the Mahaweli River's mouth and 4 mi (6 km) from Teldeniya. It is named in honor of Her Majesty, Queen Victoria, Empress of the British Empire.
p166057
sbg6
(g13
g8
NtRp166058
(dp166059
g16
Nsg17
Nsg11
VPOINT(80.784721374512 7.24138879776)
p166060
sbtp166061
a(g6
(g7
g8
NtRp166062
(dp166063
g11
Vhttp://dbpedia.org/resource/Victoria_Dam_(Sri_Lanka)
p166064
sbg6
(g13
g8
NtRp166065
(dp166066
g16
Nsg17
Nsg11
VTalsperre Victoria
p166067
sbg6
(g13
g8
NtRp166068
(dp166069
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Sri_Lanka
p166070
sbg6
(g13
g8
NtRp166071
(dp166072
g16
Nsg17
Nsg11
VA
sbg6
(g13
g8
NtRp166073
(dp166074
g16
Nsg17
g27
sg11
V0.52
p166075
sbNg6
(g7
g8
NtRp166076
(dp166077
g11
Vhttp://dbpedia.org/resource/Victoria_Dam_(Sri_Lanka)__Lake__1
p166078
sbNg6
(g13
g8
NtRp166079
(dp166080
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp166081
(dp166082
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mahaweli_River
p166083
sbg6
(g13
g8
NtRp166084
(dp166085
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp166086
(dp166087
g16
Nsg17
Nsg11
VSri Lanka
p166088
sbg6
(g13
g8
NtRp166089
(dp166090
g16
Nsg17
Nsg11
VVictoria Dam (Sinhala: \u0dc0\u0dd2\u0d9a\u0dca\u0da7\u0ddd\u0dbb\u0dd2\u0dba\u0dcf \u0dc0\u0dda\u0dbd\u0dca\u0dbd Viktoriya Vella) is an arch dam located 130 mi (209 km) upstream of the Mahaweli River's mouth and 4 mi (6 km) from Teldeniya. It is named in honor of Her Majesty, Queen Victoria, Empress of the British Empire.
p166091
sbg6
(g13
g8
NtRp166092
(dp166093
g16
Nsg17
Nsg11
VPOINT(80.784721374512 7.24138879776)
p166094
sbtp166095
a(g6
(g7
g8
NtRp166096
(dp166097
g11
Vhttp://dbpedia.org/resource/Vilar_Dam
p166098
sbg6
(g13
g8
NtRp166099
(dp166100
g16
Nsg17
Nsg11
VEmbalse de Vilar
p166101
sbg6
(g13
g8
NtRp166102
(dp166103
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p166104
sbg6
(g13
g8
NtRp166105
(dp166106
g16
Nsg17
Nsg11
VRockfillembankment dam
p166107
sbg6
(g13
g8
NtRp166108
(dp166109
g16
Nsg17
g27
sg11
V0.24
p166110
sbg6
(g13
g8
NtRp166111
(dp166112
g16
Nsg17
g27
sg11
V555.0
p166113
sbg6
(g7
g8
NtRp166114
(dp166115
g11
Vhttp://dbpedia.org/resource/Vilar_Dam__Lake__1
p166116
sbg6
(g13
g8
NtRp166117
(dp166118
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Companhia_Portuguesa_de_Produção_de_Electricidade
p166119
sbg6
(g13
g8
NtRp166120
(dp166121
g16
Nsg17
Nsg11
VPower
p166122
sbg6
(g13
g8
NtRp166123
(dp166124
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Távora_River
p166125
sbg6
(g13
g8
NtRp166126
(dp166127
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp166128
(dp166129
g16
Nsg17
g27
sg11
V300000.0
p166130
sbg6
(g13
g8
NtRp166131
(dp166132
g16
Nsg17
Nsg11
VPortugal
p166133
sbg6
(g13
g8
NtRp166134
(dp166135
g16
Nsg17
Nsg11
VVilar Dam (Portuguese: Barragem de Vilar, also known as Barragem de Vilar-Tabuaço) is an embankment dam on the Távora, a left (southern) tributary of the Douro. It is located in the municipality Tabuaço, in Viseu District, Portugal. Construction of the dam began in 1958 and was completed in 1965. It is owned by (CPPE) and is used for power generation.
p166136
sbg6
(g13
g8
NtRp166137
(dp166138
g16
Nsg17
Nsg11
VPOINT(-7.5355277061462 40.986804962158)
p166139
sbtp166140
a(g6
(g7
g8
NtRp166141
(dp166142
g11
Vhttp://dbpedia.org/resource/Vilar_Dam
p166143
sbg6
(g13
g8
NtRp166144
(dp166145
g16
Nsg17
Nsg11
VBarragem de Vilar
p166146
sbg6
(g13
g8
NtRp166147
(dp166148
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p166149
sbg6
(g13
g8
NtRp166150
(dp166151
g16
Nsg17
Nsg11
VRockfillembankment dam
p166152
sbg6
(g13
g8
NtRp166153
(dp166154
g16
Nsg17
g27
sg11
V0.24
p166155
sbg6
(g13
g8
NtRp166156
(dp166157
g16
Nsg17
g27
sg11
V555.0
p166158
sbg6
(g7
g8
NtRp166159
(dp166160
g11
Vhttp://dbpedia.org/resource/Vilar_Dam__Lake__1
p166161
sbg6
(g13
g8
NtRp166162
(dp166163
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Companhia_Portuguesa_de_Produção_de_Electricidade
p166164
sbg6
(g13
g8
NtRp166165
(dp166166
g16
Nsg17
Nsg11
VPower
p166167
sbg6
(g13
g8
NtRp166168
(dp166169
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Távora_River
p166170
sbg6
(g13
g8
NtRp166171
(dp166172
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp166173
(dp166174
g16
Nsg17
g27
sg11
V300000.0
p166175
sbg6
(g13
g8
NtRp166176
(dp166177
g16
Nsg17
Nsg11
VPortugal
p166178
sbg6
(g13
g8
NtRp166179
(dp166180
g16
Nsg17
Nsg11
VVilar Dam (Portuguese: Barragem de Vilar, also known as Barragem de Vilar-Tabuaço) is an embankment dam on the Távora, a left (southern) tributary of the Douro. It is located in the municipality Tabuaço, in Viseu District, Portugal. Construction of the dam began in 1958 and was completed in 1965. It is owned by (CPPE) and is used for power generation.
p166181
sbg6
(g13
g8
NtRp166182
(dp166183
g16
Nsg17
Nsg11
VPOINT(-7.5355277061462 40.986804962158)
p166184
sbtp166185
a(g6
(g7
g8
NtRp166186
(dp166187
g11
Vhttp://dbpedia.org/resource/Vilar_Dam
p166188
sbg6
(g13
g8
NtRp166189
(dp166190
g16
Nsg17
Nsg11
VTalsperre Vilar
p166191
sbg6
(g13
g8
NtRp166192
(dp166193
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p166194
sbg6
(g13
g8
NtRp166195
(dp166196
g16
Nsg17
Nsg11
VRockfillembankment dam
p166197
sbg6
(g13
g8
NtRp166198
(dp166199
g16
Nsg17
g27
sg11
V0.24
p166200
sbg6
(g13
g8
NtRp166201
(dp166202
g16
Nsg17
g27
sg11
V555.0
p166203
sbg6
(g7
g8
NtRp166204
(dp166205
g11
Vhttp://dbpedia.org/resource/Vilar_Dam__Lake__1
p166206
sbg6
(g13
g8
NtRp166207
(dp166208
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Companhia_Portuguesa_de_Produção_de_Electricidade
p166209
sbg6
(g13
g8
NtRp166210
(dp166211
g16
Nsg17
Nsg11
VPower
p166212
sbg6
(g13
g8
NtRp166213
(dp166214
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Távora_River
p166215
sbg6
(g13
g8
NtRp166216
(dp166217
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp166218
(dp166219
g16
Nsg17
g27
sg11
V300000.0
p166220
sbg6
(g13
g8
NtRp166221
(dp166222
g16
Nsg17
Nsg11
VPortugal
p166223
sbg6
(g13
g8
NtRp166224
(dp166225
g16
Nsg17
Nsg11
VVilar Dam (Portuguese: Barragem de Vilar, also known as Barragem de Vilar-Tabuaço) is an embankment dam on the Távora, a left (southern) tributary of the Douro. It is located in the municipality Tabuaço, in Viseu District, Portugal. Construction of the dam began in 1958 and was completed in 1965. It is owned by (CPPE) and is used for power generation.
p166226
sbg6
(g13
g8
NtRp166227
(dp166228
g16
Nsg17
Nsg11
VPOINT(-7.5355277061462 40.986804962158)
p166229
sbtp166230
a(g6
(g7
g8
NtRp166231
(dp166232
g11
Vhttp://dbpedia.org/resource/Vilar_Dam
p166233
sbg6
(g13
g8
NtRp166234
(dp166235
g16
Nsg17
Nsg11
VVilar Dam
p166236
sbg6
(g13
g8
NtRp166237
(dp166238
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p166239
sbg6
(g13
g8
NtRp166240
(dp166241
g16
Nsg17
Nsg11
VRockfillembankment dam
p166242
sbg6
(g13
g8
NtRp166243
(dp166244
g16
Nsg17
g27
sg11
V0.24
p166245
sbg6
(g13
g8
NtRp166246
(dp166247
g16
Nsg17
g27
sg11
V555.0
p166248
sbg6
(g7
g8
NtRp166249
(dp166250
g11
Vhttp://dbpedia.org/resource/Vilar_Dam__Lake__1
p166251
sbg6
(g13
g8
NtRp166252
(dp166253
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Companhia_Portuguesa_de_Produção_de_Electricidade
p166254
sbg6
(g13
g8
NtRp166255
(dp166256
g16
Nsg17
Nsg11
VPower
p166257
sbg6
(g13
g8
NtRp166258
(dp166259
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Távora_River
p166260
sbg6
(g13
g8
NtRp166261
(dp166262
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp166263
(dp166264
g16
Nsg17
g27
sg11
V300000.0
p166265
sbg6
(g13
g8
NtRp166266
(dp166267
g16
Nsg17
Nsg11
VPortugal
p166268
sbg6
(g13
g8
NtRp166269
(dp166270
g16
Nsg17
Nsg11
VVilar Dam (Portuguese: Barragem de Vilar, also known as Barragem de Vilar-Tabuaço) is an embankment dam on the Távora, a left (southern) tributary of the Douro. It is located in the municipality Tabuaço, in Viseu District, Portugal. Construction of the dam began in 1958 and was completed in 1965. It is owned by (CPPE) and is used for power generation.
p166271
sbg6
(g13
g8
NtRp166272
(dp166273
g16
Nsg17
Nsg11
VPOINT(-7.5355277061462 40.986804962158)
p166274
sbtp166275
a(g6
(g7
g8
NtRp166276
(dp166277
g11
Vhttp://dbpedia.org/resource/Vilar_Dam
p166278
sbg6
(g13
g8
NtRp166279
(dp166280
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0412\u0456\u043b\u0430\u0440-\u0422\u0430\u0431\u0443\u0430\u0441\u0443
p166281
sbg6
(g13
g8
NtRp166282
(dp166283
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Portugal
p166284
sbg6
(g13
g8
NtRp166285
(dp166286
g16
Nsg17
Nsg11
VRockfillembankment dam
p166287
sbg6
(g13
g8
NtRp166288
(dp166289
g16
Nsg17
g27
sg11
V0.24
p166290
sbg6
(g13
g8
NtRp166291
(dp166292
g16
Nsg17
g27
sg11
V555.0
p166293
sbg6
(g7
g8
NtRp166294
(dp166295
g11
Vhttp://dbpedia.org/resource/Vilar_Dam__Lake__1
p166296
sbg6
(g13
g8
NtRp166297
(dp166298
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Companhia_Portuguesa_de_Produção_de_Electricidade
p166299
sbg6
(g13
g8
NtRp166300
(dp166301
g16
Nsg17
Nsg11
VPower
p166302
sbg6
(g13
g8
NtRp166303
(dp166304
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Távora_River
p166305
sbg6
(g13
g8
NtRp166306
(dp166307
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp166308
(dp166309
g16
Nsg17
g27
sg11
V300000.0
p166310
sbg6
(g13
g8
NtRp166311
(dp166312
g16
Nsg17
Nsg11
VPortugal
p166313
sbg6
(g13
g8
NtRp166314
(dp166315
g16
Nsg17
Nsg11
VVilar Dam (Portuguese: Barragem de Vilar, also known as Barragem de Vilar-Tabuaço) is an embankment dam on the Távora, a left (southern) tributary of the Douro. It is located in the municipality Tabuaço, in Viseu District, Portugal. Construction of the dam began in 1958 and was completed in 1965. It is owned by (CPPE) and is used for power generation.
p166316
sbg6
(g13
g8
NtRp166317
(dp166318
g16
Nsg17
Nsg11
VPOINT(-7.5355277061462 40.986804962158)
p166319
sbtp166320
a(g6
(g7
g8
NtRp166321
(dp166322
g11
Vhttp://dbpedia.org/resource/Vileshchay_reservoir
p166323
sbg6
(g13
g8
NtRp166324
(dp166325
g16
Nsg17
Nsg11
VVileshchay Reservoir
p166326
sbg6
(g13
g8
NtRp166327
(dp166328
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p166329
sbNNNg6
(g7
g8
NtRp166330
(dp166331
g11
Vhttp://dbpedia.org/resource/Vileshchay_reservoir__Lake__1
p166332
sbNg6
(g13
g8
NtRp166333
(dp166334
g16
Nsg17
Nsg11
Vrecreation
p166335
sbg6
(g13
g8
NtRp166336
(dp166337
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vilesh
p166338
sbNNNg6
(g13
g8
NtRp166339
(dp166340
g16
Nsg17
Nsg11
VVileshchay Reservoir is a reservoir created by flows of the Vilesh river, also called the Vileshchay river. The reservoir is located in the Masally Rayon of Azerbaijan. The reservoir's volume is 46 million m3 and is a major attraction for tourists and therefore becoming a place of many hotels and resorts. The height of the dam is 37 meters and the overall horizontal length is 3.2 km. The government of the region will be increasing the height of the dam by 15 meters with a new construction which is going to increase the volume to 130 million m3.
p166341
sbg6
(g13
g8
NtRp166342
(dp166343
g16
Nsg17
Nsg11
VPOINT(48.590831756592 39.003887176514)
p166344
sbtp166345
a(g6
(g7
g8
NtRp166346
(dp166347
g11
Vhttp://dbpedia.org/resource/Vileshchay_reservoir
p166348
sbg6
(g13
g8
NtRp166349
(dp166350
g16
Nsg17
Nsg11
VVileshchay reservoir
p166351
sbg6
(g13
g8
NtRp166352
(dp166353
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Azerbaijan
p166354
sbNNNg6
(g7
g8
NtRp166355
(dp166356
g11
Vhttp://dbpedia.org/resource/Vileshchay_reservoir__Lake__1
p166357
sbNg6
(g13
g8
NtRp166358
(dp166359
g16
Nsg17
Nsg11
Vrecreation
p166360
sbg6
(g13
g8
NtRp166361
(dp166362
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Vilesh
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VVileshchay Reservoir is a reservoir created by flows of the Vilesh river, also called the Vileshchay river. The reservoir is located in the Masally Rayon of Azerbaijan. The reservoir's volume is 46 million m3 and is a major attraction for tourists and therefore becoming a place of many hotels and resorts. The height of the dam is 37 meters and the overall horizontal length is 3.2 km. The government of the region will be increasing the height of the dam by 15 meters with a new construction which is going to increase the volume to 130 million m3.
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VVinje Hydroelectric Power Station
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VThe Vinje Power Station (Vinje kraftverk) is a hydroelectric power station located near the lake Vinjevatn in the municipality Vinje in Vestfold og Telemark, Norway. It operates at an installed capacity of 300 MW, with an average annual production of 1,003 GWh.
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VThe Vinje Power Station (Vinje kraftverk) is a hydroelectric power station located near the lake Vinjevatn in the municipality Vinje in Vestfold og Telemark, Norway. It operates at an installed capacity of 300 MW, with an average annual production of 1,003 GWh.
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VThe Vinje Power Station (Vinje kraftverk) is a hydroelectric power station located near the lake Vinjevatn in the municipality Vinje in Vestfold og Telemark, Norway. It operates at an installed capacity of 300 MW, with an average annual production of 1,003 GWh.
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VVinodol Hydro Power Plant is a large power plant in Croatia that has three turbines with a nominal capacity of 30 MW each having a total capacity of 90 MW. It is operated by Hrvatska elektroprivreda.
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VVinodol Hydro Power Plant is a large power plant in Croatia that has three turbines with a nominal capacity of 30 MW each having a total capacity of 90 MW. It is operated by Hrvatska elektroprivreda.
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VThe Virgen Dam is an embankment dam on the Viejo River near the town of El Hato de La Virgen in Matagalpa Department, Nicaragua. The primary purpose of the dam is hydroelectric power generation and it supports the 50 MW (67,000 hp) run-of-the-river Carlos Fonesca (Santa Barbara) Plant. The dam and power station were completed in 1972. Water from the dam is diverted along the left bank of the river through a 2.7-kilometre (1.7 mi) long channel before being piped underground over 4.8 km (3.0 mi) to the power plant near Santa Barbara on the Viejo River. The plant contains two 25 megawatts (34,000 hp) Francis turbine-generators. The difference in elevation between the dam and power station affords a hydraulic head (water drop) of 187 metres (614 ft). In 1998 heavy rains and flooding from Hurri
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VThe Virgen Dam is an embankment dam on the Viejo River near the town of El Hato de La Virgen in Matagalpa Department, Nicaragua. The primary purpose of the dam is hydroelectric power generation and it supports the 50 MW (67,000 hp) run-of-the-river Carlos Fonesca (Santa Barbara) Plant. The dam and power station were completed in 1972. Water from the dam is diverted along the left bank of the river through a 2.7-kilometre (1.7 mi) long channel before being piped underground over 4.8 km (3.0 mi) to the power plant near Santa Barbara on the Viejo River. The plant contains two 25 megawatts (34,000 hp) Francis turbine-generators. The difference in elevation between the dam and power station affords a hydraulic head (water drop) of 187 metres (614 ft). In 1998 heavy rains and flooding from Hurri
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VVirginia Smith Dam (also known as Calamus Dam; National ID # NE02287) is a dam in Garfield County, Nebraska, about five miles northwest of Burwell. The earthen dam was constructed in 1985 by the United States Bureau of Reclamation with a height of 96 feet and 147 feet long at its crest. It impounds the for irrigation storage and flood control, as part of the North Loup Division of the extensive, multi-state Pick\u2013Sloan Missouri Basin Program. The dam is owned by the Bureau and is operated by the local Twin Loup Irrigation District.
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VVirginia Smith Dam (also known as Calamus Dam; National ID # NE02287) is a dam in Garfield County, Nebraska, about five miles northwest of Burwell. The earthen dam was constructed in 1985 by the United States Bureau of Reclamation with a height of 96 feet and 147 feet long at its crest. It impounds the for irrigation storage and flood control, as part of the North Loup Division of the extensive, multi-state Pick\u2013Sloan Missouri Basin Program. The dam is owned by the Bureau and is operated by the local Twin Loup Irrigation District.
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VThe Vishnuprayag Dam lies in Chamoli district at the conjunction of Alaknanda River and Dhauliganga River, in the Indian state of Uttarakhand, India.
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VVolkhov hydroelectric plant (Russian: \u0412\u043e\u043b\u0445\u043e\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421 \u0438\u043c\u0435\u043d\u0438 \u0412. \u0418. \u041b\u0435\u043d\u0438\u043d\u0430, romanized: Volkhovskaya GZS imeni V. I. Lenina), named after V.I. Lenin, is a hydroelectric station on the Volkhov River located in the town of Volkhov, Leningrad Oblast, in northwestern Russia. It is the oldest and longest serving hydroelectric plant in Soviet Union and Russia. It is a part of the Ladoga cascade. In 1993\u20141996 3 hydroturbines were replaced by a new 12 MW units, other units are planned to be replaced in 2007\u20142010. After these replacements, the plant is estimated to achieve total power of 98 MW.
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VVolkhov hydroelectric plant (Russian: \u0412\u043e\u043b\u0445\u043e\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421 \u0438\u043c\u0435\u043d\u0438 \u0412. \u0418. \u041b\u0435\u043d\u0438\u043d\u0430, romanized: Volkhovskaya GZS imeni V. I. Lenina), named after V.I. Lenin, is a hydroelectric station on the Volkhov River located in the town of Volkhov, Leningrad Oblast, in northwestern Russia. It is the oldest and longest serving hydroelectric plant in Soviet Union and Russia. It is a part of the Ladoga cascade. In 1993\u20141996 3 hydroturbines were replaced by a new 12 MW units, other units are planned to be replaced in 2007\u20142010. After these replacements, the plant is estimated to achieve total power of 98 MW.
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VVolkhov hydroelectric plant (Russian: \u0412\u043e\u043b\u0445\u043e\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421 \u0438\u043c\u0435\u043d\u0438 \u0412. \u0418. \u041b\u0435\u043d\u0438\u043d\u0430, romanized: Volkhovskaya GZS imeni V. I. Lenina), named after V.I. Lenin, is a hydroelectric station on the Volkhov River located in the town of Volkhov, Leningrad Oblast, in northwestern Russia. It is the oldest and longest serving hydroelectric plant in Soviet Union and Russia. It is a part of the Ladoga cascade. In 1993\u20141996 3 hydroturbines were replaced by a new 12 MW units, other units are planned to be replaced in 2007\u20142010. After these replacements, the plant is estimated to achieve total power of 98 MW.
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VVolkhov hydroelectric plant (Russian: \u0412\u043e\u043b\u0445\u043e\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421 \u0438\u043c\u0435\u043d\u0438 \u0412. \u0418. \u041b\u0435\u043d\u0438\u043d\u0430, romanized: Volkhovskaya GZS imeni V. I. Lenina), named after V.I. Lenin, is a hydroelectric station on the Volkhov River located in the town of Volkhov, Leningrad Oblast, in northwestern Russia. It is the oldest and longest serving hydroelectric plant in Soviet Union and Russia. It is a part of the Ladoga cascade. In 1993\u20141996 3 hydroturbines were replaced by a new 12 MW units, other units are planned to be replaced in 2007\u20142010. After these replacements, the plant is estimated to achieve total power of 98 MW.
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VVolkhov hydroelectric plant (Russian: \u0412\u043e\u043b\u0445\u043e\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421 \u0438\u043c\u0435\u043d\u0438 \u0412. \u0418. \u041b\u0435\u043d\u0438\u043d\u0430, romanized: Volkhovskaya GZS imeni V. I. Lenina), named after V.I. Lenin, is a hydroelectric station on the Volkhov River located in the town of Volkhov, Leningrad Oblast, in northwestern Russia. It is the oldest and longest serving hydroelectric plant in Soviet Union and Russia. It is a part of the Ladoga cascade. In 1993\u20141996 3 hydroturbines were replaced by a new 12 MW units, other units are planned to be replaced in 2007\u20142010. After these replacements, the plant is estimated to achieve total power of 98 MW.
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VVolkhov hydroelectric plant (Russian: \u0412\u043e\u043b\u0445\u043e\u0432\u0441\u043a\u0430\u044f \u0413\u042d\u0421 \u0438\u043c\u0435\u043d\u0438 \u0412. \u0418. \u041b\u0435\u043d\u0438\u043d\u0430, romanized: Volkhovskaya GZS imeni V. I. Lenina), named after V.I. Lenin, is a hydroelectric station on the Volkhov River located in the town of Volkhov, Leningrad Oblast, in northwestern Russia. It is the oldest and longest serving hydroelectric plant in Soviet Union and Russia. It is a part of the Ladoga cascade. In 1993\u20141996 3 hydroturbines were replaced by a new 12 MW units, other units are planned to be replaced in 2007\u20142010. After these replacements, the plant is estimated to achieve total power of 98 MW.
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VThe Volta Grande Dam is an embankment dam on the Grande River about 12 kilometres (7.5 mi) west of Água Comprida, Brazil. The dam is on the border of Conceição das Alagoas municipality in the state of Minas Gerais to the north and Miguelópolis municipality in the state of São Paulo to the south. It was constructed between 1970 and 1974 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 380 MW and is owned by CEMIG.
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VThe Volta Grande Dam is an embankment dam on the Grande River about 12 kilometres (7.5 mi) west of Água Comprida, Brazil. The dam is on the border of Conceição das Alagoas municipality in the state of Minas Gerais to the north and Miguelópolis municipality in the state of São Paulo to the south. It was constructed between 1970 and 1974 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 380 MW and is owned by CEMIG.
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VThe Volta Grande Dam is an embankment dam on the Grande River about 12 kilometres (7.5 mi) west of Água Comprida, Brazil. The dam is on the border of Conceição das Alagoas municipality in the state of Minas Gerais to the north and Miguelópolis municipality in the state of São Paulo to the south. It was constructed between 1970 and 1974 for the purpose of hydroelectric power generation. The power station at the dam has an installed capacity of 380 MW and is owned by CEMIG.
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VThe Von Bach Dam (originally the Sartorius von Bach Dam) is a rock-fill embankment dam on the Swakop River near Okahandja in the Otjozondjupa Region of Namibia. Built in 1968 and commissioned in 1970, the dam provides Namibia's capital of Windhoek with much of the city's water. It also supplies Okahandja. The dam has a capacity of 48.56 million cubic metres (63,510,000 cu yd). Water from the reservoir is sent directly to a water treatment plant downstream. The treatment plant was completed in 1971 and upgraded in 1997.
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VVoëlvlei Dam is a dam located in the Western Cape, South Africa near the town of Gouda. The earth-fill wall is 2,910 metres (9,550 ft) long and 10 metres (33 ft) high. The reservoir covers an area of 1,524 hectares (3,770 acres) and has a capacity of 168,000 megalitres (5,900×106 cu ft), making it the second-largest reservoir in the Western Cape Water Supply System. Water from the reservoir is supplied to water treatment works of the City of Cape Town and the West Coast District Municipality, and can also be released into the Berg River for agricultural purposes or to fill the Misverstand Dam.
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VVoëlvlei Dam is a dam located in the Western Cape, South Africa near the town of Gouda. The earth-fill wall is 2,910 metres (9,550 ft) long and 10 metres (33 ft) high. The reservoir covers an area of 1,524 hectares (3,770 acres) and has a capacity of 168,000 megalitres (5,900×106 cu ft), making it the second-largest reservoir in the Western Cape Water Supply System. Water from the reservoir is supplied to water treatment works of the City of Cape Town and the West Coast District Municipality, and can also be released into the Berg River for agricultural purposes or to fill the Misverstand Dam.
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VVrutok Hydro Power Plant is a large power plant in North Macedonia that has four turbines with a nominal capacity of 49 MVA each having a total capacity of 162 MW.
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VVrutok Hydro Power Plant is a large power plant in North Macedonia that has four turbines with a nominal capacity of 49 MVA each having a total capacity of 162 MW.
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VVrutok Hydro Power Plant is a large power plant in North Macedonia that has four turbines with a nominal capacity of 49 MVA each having a total capacity of 162 MW.
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VW. D. Mayo Lock and Dam
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VThe W. D. Mayo Lock and Dam (also known as: W. D. Mayo Lock and Dam 14) on the Arkansas River is an integral part of the McClellan-Kerr Arkansas River Navigation System (MKARNS). The dam is located at navigation mile 319.6, about 9 miles (14 km) southwest of Fort Smith, Arkansas. It is the first lock and dam west of the Arkansas-Oklahoma state line. It was named for a deceased Sallisaw, Oklahoma businessman who was also a civic leader and champion of fully developing the river. The number 14 designates this facility as the fourteenth in sequence from the start of MKARNS. It lies in LeFlore and Sequoyah Counties, Oklahoma.
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VThe Wabagishik Dam and Generating Station (or Lorne Falls Generating Station) is a concrete gravity dam and hydroelectric power plant on the Vermilion River. It is located within the former town of Walden in Greater Sudbury, Ontario, Canada. The complex is owned and operated by Vale Limited, which is notable in the area for its mining operations.
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VPOINT(-81.521202087402 46.315601348877)
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VThe Wadagawa Dam is a gravity dam on the (a tributary of the Sh\u014d River) in Tonami, Toyama Prefecture, Japan. It was constructed between 1962 and 1967. The dam has an associated 7.4 MW hydroelectric power station which was commissioned in 1968. Of the dams in the Sh\u014d River system, it is the furthest downstream.
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VThe Wadagawa Dam is a gravity dam on the (a tributary of the Sh\u014d River) in Tonami, Toyama Prefecture, Japan. It was constructed between 1962 and 1967. The dam has an associated 7.4 MW hydroelectric power station which was commissioned in 1968. Of the dams in the Sh\u014d River system, it is the furthest downstream.
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VThe Wadi Ghan Dam is a rock-fill embankment dam located on Wadi Al-Hira, 14 km (9 mi) northeast of Gharyan in the Jabal al Gharbi District of Libya. Completed in 1982, the primary purpose of the dam is water supply for irrigation.
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p167655
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p167666
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VThe Wadi Ghan Dam is a rock-fill embankment dam located on Wadi Al-Hira, 14 km (9 mi) northeast of Gharyan in the Jabal al Gharbi District of Libya. Completed in 1982, the primary purpose of the dam is water supply for irrigation.
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VLibya
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VThe Wadi Kaam Dam is an embankment dam located on Wadi Kaam, 22 km (14 mi) west of Zliten in Misrata District, Libya. Completed in 1979, the primary purpose of the dam is water supply for irrigation. The dam was designed and built by Energoprojekt Hidroin\u017eenjering, a subsidiary of the Yugoslavian engineering company Energoprojekt, under the supervision of Chief Engineer .
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VThe Wadi Kaam Dam is an embankment dam located on Wadi Kaam, 22 km (14 mi) west of Zliten in Misrata District, Libya. Completed in 1979, the primary purpose of the dam is water supply for irrigation. The dam was designed and built by Energoprojekt Hidroin\u017eenjering, a subsidiary of the Yugoslavian engineering company Energoprojekt, under the supervision of Chief Engineer .
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VThe Wadi Lebda Dam is an embankment dam located on Wadi Lebda, 5 km (3 mi) south of Khoms in the Murqub District, Libya. Completed in 1982, the primary purpose of the dam is water supply for irrigation and flood control.
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p167768
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VThe Wadi Lebda Dam is an embankment dam located on Wadi Lebda, 5 km (3 mi) south of Khoms in the Murqub District, Libya. Completed in 1982, the primary purpose of the dam is water supply for irrigation and flood control.
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VThe Wadi Mejenin Dam is an embankment dam located on Wadi Mejenin, 64 km (40 mi) south of Tripoli in the Jabal al Gharbi District of Libya. Completed in 1972, the primary purpose of the dam is water supply for irrigation and flood control.
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p167816
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VThe Wadi Mejenin Dam is an embankment dam located on Wadi Mejenin, 64 km (40 mi) south of Tripoli in the Jabal al Gharbi District of Libya. Completed in 1972, the primary purpose of the dam is water supply for irrigation and flood control.
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p167846
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VThe Wadi Qattara Dam, also referred to as Gattara or Al-Qattarah, is a clay-fill embankment dam located on Wadi Al-Qattara, 33 km (21 mi) east of Benghazi in Libya. Together with a secondary dam located 10 km (6 mi) downstream at 31°59\u203243\u2033N 20°20\u203204\u2033E\ufeff / \ufeff31.99528°N 20.33444°E and seven drop structures, the scheme was constructed after floods damaged the Benghazi area in 1938 and 1954. They were also constructed for irrigation water supply. Construction of the dams began in 1968 and was completed in 1971. However, a flood in 1979 severely damaged the main dam and destroyed the secondary dam downstream. The main dam was rehabilitated and the secondary dam was replaced with a rock-fill dam between 2000 and 2004 at a cost of US$30 million. The main dam was heightened 7 m (23 ft) and its total
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p167876
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VThe Wadi Qattara Dam, also referred to as Gattara or Al-Qattarah, is a clay-fill embankment dam located on Wadi Al-Qattara, 33 km (21 mi) east of Benghazi in Libya. Together with a secondary dam located 10 km (6 mi) downstream at 31°59\u203243\u2033N 20°20\u203204\u2033E\ufeff / \ufeff31.99528°N 20.33444°E and seven drop structures, the scheme was constructed after floods damaged the Benghazi area in 1938 and 1954. They were also constructed for irrigation water supply. Construction of the dams began in 1968 and was completed in 1971. However, a flood in 1979 severely damaged the main dam and destroyed the secondary dam downstream. The main dam was rehabilitated and the secondary dam was replaced with a rock-fill dam between 2000 and 2004 at a cost of US$30 million. The main dam was heightened 7 m (23 ft) and its total
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VThe Wadi Wishka Dam is a concrete-face rock-fill embankment dam located on Wadi Wishka, 29 km (18 mi) southwest of Sokna in the Fezzan region of Libya. The primary purpose of the dam is flood control and water. Construction on the dam began in 2004 and it was completed in 2006 at a cost of US$5 million.
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VThe Wadi Wishka Dam is a concrete-face rock-fill embankment dam located on Wadi Wishka, 29 km (18 mi) southwest of Sokna in the Fezzan region of Libya. The primary purpose of the dam is flood control and water. Construction on the dam began in 2004 and it was completed in 2006 at a cost of US$5 million.
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VIrrigation and domestic
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VThe Wagendrift Dam is a multi-arch type dam located on the Bushman's River, upstream of Estcourt, in the KwaZulu-Natal province of South Africa. It was completed in 1963 and serves mainly for irrigation purposes, domestic water supply and industrial demands. The hazard potential of the dam has been ranked high (3).
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VWaipapa Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the sixth hydroelectric power station on the Waikato River. It is the smallest power station on the Waikato River. Waipapa is operated by the publicly listed company Mercury Energy, an electricity generation and retail company.
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Vhttp://dbpedia.org/resource/Waikato_River
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VO
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VNew Zealand
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VWaipapa Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the sixth hydroelectric power station on the Waikato River. It is the smallest power station on the Waikato River. Waipapa is operated by the publicly listed company Mercury Energy, an electricity generation and retail company.
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VWaipapa Power Station
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VWaipapa Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the sixth hydroelectric power station on the Waikato River. It is the smallest power station on the Waikato River. Waipapa is operated by the publicly listed company Mercury Energy, an electricity generation and retail company.
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VPOINT(175.68360900879 -38.291942596436)
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VWairere Power Station
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NtRp168065
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Nsg17
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VPower
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g8
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Nsg17
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VOperational
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VThe Wairere Power Station is a hydroelectric power facility in the Waikato region in New Zealand which makes use of water from the Mokau River. Water is drawn from behind a dam above the Wairere Falls, which diverts the water through two penstocks to the Wairere Power Station, before being discharged back into the Mokau River. The station was commissioned in 1925 with the first generating unit. Three more generating units were added between 1938 and 1981 before a major refurbishment resulted in three of the units being replaced by a single generating unit in 2013-2014.
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VCentrale hydroélectrique de Walchensee
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VGermany
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Vhttp://dbpedia.org/resource/Uniper
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Nsg17
Nsg11
VO
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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VCentral hidroeléctrica de Walchensee
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VGermany
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Vhttp://dbpedia.org/resource/Walchensee_Hydroelectric_Power_Station__Lake__1
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Nsg17
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VO
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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VPOINT(11.33749961853 47.630001068115)
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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Nsg11
VWalchensee Hydroelectric Power Station
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Nsg17
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VGermany
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Vhttp://dbpedia.org/resource/Walchensee_Hydroelectric_Power_Station__Lake__1
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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Nsg17
Nsg11
VO
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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Nsg17
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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VPOINT(11.33749961853 47.630001068115)
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VWalchenseekraftwerk
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Nsg17
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Nsg17
Nsg11
VO
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VThe Walchensee Power Plant (German: Walchenseekraftwerk) is a hydroelectric power station in Bavaria, Germany. It is a storage power station that is fed water from the Walchensee which is then released into the Kochelsee. The installed capacity is 124 MW with an annual production of 300 GWh. The power plant is south of Kochelsee, about 14 km (8.7 mi) from the village of Walchensee. It is one of the largest of its kind in Germany and has been owned by Uniper Kraftwerke GmbH since 2016.
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Nsg17
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V22000.0
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NtRp168273
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Nsg17
Nsg11
VSaxony
p168275
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g8
NtRp168276
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Nsg17
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VWallroda Dam (German: Talsperre Wallroda) is a dam near Radeberg, Germany.
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NtRp168279
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Nsg17
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VPOINT(13.976388931274 51.117778778076)
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Nsg17
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VTalsperre Wallroda
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
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Nsg17
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Nsg17
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V260.89
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p168300
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NtRp168301
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Nsg17
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V22000.0
p168303
sbg6
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g8
NtRp168304
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Nsg17
Nsg11
VSaxony
p168306
sbg6
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g8
NtRp168307
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Nsg17
Nsg11
VWallroda Dam (German: Talsperre Wallroda) is a dam near Radeberg, Germany.
p168309
sbg6
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NtRp168310
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Nsg17
Nsg11
VPOINT(13.976388931274 51.117778778076)
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VWanjiazhai Dam
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
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Nsg17
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Nsg17
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V0.443
p168328
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Vhttp://dbpedia.org/resource/Wanjiazhai_Dam__Lake__1
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Nsg17
Nsg11
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sbg6
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g8
NtRp168335
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Nsg17
Nsg11
VIn use
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g8
NtRp168338
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Nsg17
Nsg11
VChina
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sbg6
(g13
g8
NtRp168341
(dp168342
g16
Nsg17
Nsg11
VThe Wanjiazhai Dam is a gravity dam on the Yellow River on the border of Pianguan County, Shaanxi Province (east bank) and Inner Mongolia Autonomous Region (west bank), China. The main purpose of the dam is water supply for the Wanjiazhai Water Control Project along with peak hydroelectric power generation. Construction on the dam began in 1994, the first generator went online in 1998 and the last in 2000.
p168343
sbg6
(g13
g8
NtRp168344
(dp168345
g16
Nsg17
Nsg11
VPOINT(111.42833709717 39.57833480835)
p168346
sbtp168347
a(g6
(g7
g8
NtRp168348
(dp168349
g11
Vhttp://dbpedia.org/resource/Wanjiazhai_Dam
p168350
sbg6
(g13
g8
NtRp168351
(dp168352
g16
Nsg17
Nsg11
VBarrage de Wanjiazhai
p168353
sbg6
(g13
g8
NtRp168354
(dp168355
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p168356
sbg6
(g13
g8
NtRp168357
(dp168358
g16
Nsg17
Nsg11
VGravity, concrete
p168359
sbg6
(g13
g8
NtRp168360
(dp168361
g16
Nsg17
g27
sg11
V0.443
p168362
sbNg6
(g7
g8
NtRp168363
(dp168364
g11
Vhttp://dbpedia.org/resource/Wanjiazhai_Dam__Lake__1
p168365
sbNNg6
(g13
g8
NtRp168366
(dp168367
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p168368
sbg6
(g13
g8
NtRp168369
(dp168370
g16
Nsg17
Nsg11
VIn use
p168371
sbNg6
(g13
g8
NtRp168372
(dp168373
g16
Nsg17
Nsg11
VChina
p168374
sbg6
(g13
g8
NtRp168375
(dp168376
g16
Nsg17
Nsg11
VThe Wanjiazhai Dam is a gravity dam on the Yellow River on the border of Pianguan County, Shaanxi Province (east bank) and Inner Mongolia Autonomous Region (west bank), China. The main purpose of the dam is water supply for the Wanjiazhai Water Control Project along with peak hydroelectric power generation. Construction on the dam began in 1994, the first generator went online in 1998 and the last in 2000.
p168377
sbg6
(g13
g8
NtRp168378
(dp168379
g16
Nsg17
Nsg11
VPOINT(111.42833709717 39.57833480835)
p168380
sbtp168381
a(g6
(g7
g8
NtRp168382
(dp168383
g11
Vhttp://dbpedia.org/resource/Wanjiazhai_Dam
p168384
sbg6
(g13
g8
NtRp168385
(dp168386
g16
Nsg17
Nsg11
V\u4e07\u5bb6\u5be8\u6c34\u5229\u67a2\u7ebd
p168387
sbg6
(g13
g8
NtRp168388
(dp168389
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p168390
sbg6
(g13
g8
NtRp168391
(dp168392
g16
Nsg17
Nsg11
VGravity, concrete
p168393
sbg6
(g13
g8
NtRp168394
(dp168395
g16
Nsg17
g27
sg11
V0.443
p168396
sbNg6
(g7
g8
NtRp168397
(dp168398
g11
Vhttp://dbpedia.org/resource/Wanjiazhai_Dam__Lake__1
p168399
sbNNg6
(g13
g8
NtRp168400
(dp168401
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p168402
sbg6
(g13
g8
NtRp168403
(dp168404
g16
Nsg17
Nsg11
VIn use
p168405
sbNg6
(g13
g8
NtRp168406
(dp168407
g16
Nsg17
Nsg11
VChina
p168408
sbg6
(g13
g8
NtRp168409
(dp168410
g16
Nsg17
Nsg11
VThe Wanjiazhai Dam is a gravity dam on the Yellow River on the border of Pianguan County, Shaanxi Province (east bank) and Inner Mongolia Autonomous Region (west bank), China. The main purpose of the dam is water supply for the Wanjiazhai Water Control Project along with peak hydroelectric power generation. Construction on the dam began in 1994, the first generator went online in 1998 and the last in 2000.
p168411
sbg6
(g13
g8
NtRp168412
(dp168413
g16
Nsg17
Nsg11
VPOINT(111.42833709717 39.57833480835)
p168414
sbtp168415
a(g6
(g7
g8
NtRp168416
(dp168417
g11
Vhttp://dbpedia.org/resource/Wanjiazhai_Dam
p168418
sbg6
(g13
g8
NtRp168419
(dp168420
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0412\u0430\u043d\u044c\u0446\u0437\u044f\u0447\u0436\u0430\u0439
p168421
sbg6
(g13
g8
NtRp168422
(dp168423
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p168424
sbg6
(g13
g8
NtRp168425
(dp168426
g16
Nsg17
Nsg11
VGravity, concrete
p168427
sbg6
(g13
g8
NtRp168428
(dp168429
g16
Nsg17
g27
sg11
V0.443
p168430
sbNg6
(g7
g8
NtRp168431
(dp168432
g11
Vhttp://dbpedia.org/resource/Wanjiazhai_Dam__Lake__1
p168433
sbNNg6
(g13
g8
NtRp168434
(dp168435
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p168436
sbg6
(g13
g8
NtRp168437
(dp168438
g16
Nsg17
Nsg11
VIn use
p168439
sbNg6
(g13
g8
NtRp168440
(dp168441
g16
Nsg17
Nsg11
VChina
p168442
sbg6
(g13
g8
NtRp168443
(dp168444
g16
Nsg17
Nsg11
VThe Wanjiazhai Dam is a gravity dam on the Yellow River on the border of Pianguan County, Shaanxi Province (east bank) and Inner Mongolia Autonomous Region (west bank), China. The main purpose of the dam is water supply for the Wanjiazhai Water Control Project along with peak hydroelectric power generation. Construction on the dam began in 1994, the first generator went online in 1998 and the last in 2000.
p168445
sbg6
(g13
g8
NtRp168446
(dp168447
g16
Nsg17
Nsg11
VPOINT(111.42833709717 39.57833480835)
p168448
sbtp168449
a(g6
(g7
g8
NtRp168450
(dp168451
g11
Vhttp://dbpedia.org/resource/Wanjii_Hydroelectric_Power_Station
p168452
sbg6
(g13
g8
NtRp168453
(dp168454
g16
Nsg17
Nsg11
VWanjii Hydroelectric Power Station
p168455
sbg6
(g13
g8
NtRp168456
(dp168457
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya
p168458
sbNNNNg6
(g13
g8
NtRp168459
(dp168460
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kenya_Electricity_Generating_Company
p168461
sbg6
(g13
g8
NtRp168462
(dp168463
g16
Nsg17
Nsg11
VPower
p168464
sbNg6
(g13
g8
NtRp168465
(dp168466
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168467
(dp168468
g16
Nsg17
Nsg11
VKenya
p168469
sbg6
(g13
g8
NtRp168470
(dp168471
g16
Nsg17
Nsg11
VThe Wanjii Hydroelectric Power Station is a 7.4 MW (9,900 hp) hydroelectric power station in Kenya.
p168472
sbg6
(g13
g8
NtRp168473
(dp168474
g16
Nsg17
Nsg11
VPOINT(37.17472076416 -0.74944442510605)
p168475
sbtp168476
a(g6
(g7
g8
NtRp168477
(dp168478
g11
Vhttp://dbpedia.org/resource/Wappa_Dam
p168479
sbg6
(g13
g8
NtRp168480
(dp168481
g16
Nsg17
Nsg11
VWappa Dam
p168482
sbg6
(g13
g8
NtRp168483
(dp168484
g16
Nsg17
Nsg11
VAustralia
p168485
sbg6
(g13
g8
NtRp168486
(dp168487
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp168488
(dp168489
g16
Nsg17
g27
sg11
V0.138
p168490
sbNg6
(g7
g8
NtRp168491
(dp168492
g11
Vhttp://dbpedia.org/resource/Wappa_Dam__Lake__1
p168493
sbNg6
(g13
g8
NtRp168494
(dp168495
g16
Nsg17
Nsg11
VPotablewater supply
p168496
sbg6
(g13
g8
NtRp168497
(dp168498
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Maroochy_River
p168499
sbg6
(g13
g8
NtRp168500
(dp168501
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168502
(dp168503
g16
Nsg17
Nsg11
VQueensland
p168504
sbg6
(g13
g8
NtRp168505
(dp168506
g16
Nsg17
Nsg11
VThe Wappa Dam is a mass concrete gravity arch dam with earth-fill abutments and an un-gated spillway across the South Maroochy River that is located in the South East region of Queensland, Australia. The main purpose of the dam is for supply of potable water for the Sunshine Coast region. The impounded reservoir is also called Wappa Dam. The dam and most of the reservoir are within Kiamba with the most northerly part of the reservoir in Cooloolabin, both in the Sunshine Coast Region.
p168507
sbg6
(g13
g8
NtRp168508
(dp168509
g16
Nsg17
Nsg11
VPOINT(152.92195129395 -26.569999694824)
p168510
sbtp168511
a(g6
(g7
g8
NtRp168512
(dp168513
g11
Vhttp://dbpedia.org/resource/Waranga_Dam
p168514
sbg6
(g13
g8
NtRp168515
(dp168516
g16
Nsg17
Nsg11
VWaranga Dam
p168517
sbg6
(g13
g8
NtRp168518
(dp168519
g16
Nsg17
Nsg11
VAustralia
p168520
sbg6
(g13
g8
NtRp168521
(dp168522
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp168523
(dp168524
g16
Nsg17
g27
sg11
V7.0
p168525
sbNg6
(g7
g8
NtRp168526
(dp168527
g11
Vhttp://dbpedia.org/resource/Waranga_Dam__Lake__1
p168528
sbg6
(g13
g8
NtRp168529
(dp168530
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Goulburn\u2013Murray_Water
p168531
sbg6
(g13
g8
NtRp168532
(dp168533
g16
Nsg17
Nsg11
VIrrigation
p168534
sbg6
(g13
g8
NtRp168535
(dp168536
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Off-stream_reservoir
p168537
sbg6
(g13
g8
NtRp168538
(dp168539
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168540
(dp168541
g16
Nsg17
Nsg11
VVictoria
p168542
sbg6
(g13
g8
NtRp168543
(dp168544
g16
Nsg17
Nsg11
VThe Waranga Dam is a major earthfill embankment dam with an uncontrolled spillway located approximately 150 kilometres (93 mi) north of Melbourne in the North Central region of the Australian state of Victoria. The impounded off-stream reservoir is Waranga Basin and forms part of the Goulburn River irrigation system, irrigating an area of 626 square kilometres (242 sq mi). The dam and reservoir are located in Shire of Campaspe near the City of Greater Shepparton and is located 8 kilometres (5.0 mi) northeast of Rushworth, 12 kilometres (7.5 mi) southwest of Tatura, and near Murchison. When full, the reservoir covers an area of 58.5 square kilometres (22.6 sq mi).
p168545
sbg6
(g13
g8
NtRp168546
(dp168547
g16
Nsg17
Nsg11
VPOINT(145.10000610352 -36.549999237061)
p168548
sbtp168549
a(g6
(g7
g8
NtRp168550
(dp168551
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam
p168552
sbg6
(g13
g8
NtRp168553
(dp168554
g16
Nsg17
Nsg11
VBarrage de Warragamba
p168555
sbg6
(g13
g8
NtRp168556
(dp168557
g16
Nsg17
Nsg11
VAustralia
p168558
sbg6
(g13
g8
NtRp168559
(dp168560
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp168561
(dp168562
g16
Nsg17
g27
sg11
V0.351
p168563
sbNg6
(g7
g8
NtRp168564
(dp168565
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam__Lake__1
p168566
sbg6
(g13
g8
NtRp168567
(dp168568
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/WaterNSW
p168569
sbg6
(g13
g8
NtRp168570
(dp168571
g16
Nsg17
Nsg11
VPotablewater supply
p168572
sbg6
(g13
g8
NtRp168573
(dp168574
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Warragamba_River
p168575
sbg6
(g13
g8
NtRp168576
(dp168577
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168578
(dp168579
g16
Nsg17
Nsg11
VNew South Wales
p168580
sbg6
(g13
g8
NtRp168581
(dp168582
g16
Nsg17
Nsg11
VWarragamba Dam is a heritage-listed dam in the outer South Western Sydney suburb of Warragamba, Wollondilly Shire in New South Wales, Australia. It is a concrete gravity dam, which creates Lake Burragorang, the primary reservoir for water supply for the city of Sydney. The dam wall is located approximately 65 kilometres (40 mi) W of Sydney central business district, 4½ km SW of the town of Wallacia, and 1 km NW of the village of Warragamba.
p168583
sbg6
(g13
g8
NtRp168584
(dp168585
g16
Nsg17
Nsg11
VPOINT(150.59555053711 -33.883056640625)
p168586
sbtp168587
a(g6
(g7
g8
NtRp168588
(dp168589
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam
p168590
sbg6
(g13
g8
NtRp168591
(dp168592
g16
Nsg17
Nsg11
VWarragamba Dam
p168593
sbg6
(g13
g8
NtRp168594
(dp168595
g16
Nsg17
Nsg11
VAustralia
p168596
sbg6
(g13
g8
NtRp168597
(dp168598
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp168599
(dp168600
g16
Nsg17
g27
sg11
V0.351
p168601
sbNg6
(g7
g8
NtRp168602
(dp168603
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam__Lake__1
p168604
sbg6
(g13
g8
NtRp168605
(dp168606
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/WaterNSW
p168607
sbg6
(g13
g8
NtRp168608
(dp168609
g16
Nsg17
Nsg11
VPotablewater supply
p168610
sbg6
(g13
g8
NtRp168611
(dp168612
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Warragamba_River
p168613
sbg6
(g13
g8
NtRp168614
(dp168615
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168616
(dp168617
g16
Nsg17
Nsg11
VNew South Wales
p168618
sbg6
(g13
g8
NtRp168619
(dp168620
g16
Nsg17
Nsg11
VWarragamba Dam is a heritage-listed dam in the outer South Western Sydney suburb of Warragamba, Wollondilly Shire in New South Wales, Australia. It is a concrete gravity dam, which creates Lake Burragorang, the primary reservoir for water supply for the city of Sydney. The dam wall is located approximately 65 kilometres (40 mi) W of Sydney central business district, 4½ km SW of the town of Wallacia, and 1 km NW of the village of Warragamba.
p168621
sbg6
(g13
g8
NtRp168622
(dp168623
g16
Nsg17
Nsg11
VPOINT(150.59555053711 -33.883056640625)
p168624
sbtp168625
a(g6
(g7
g8
NtRp168626
(dp168627
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam
p168628
sbg6
(g13
g8
NtRp168629
(dp168630
g16
Nsg17
Nsg11
VWarragamba-Talsperre
p168631
sbg6
(g13
g8
NtRp168632
(dp168633
g16
Nsg17
Nsg11
VAustralia
p168634
sbg6
(g13
g8
NtRp168635
(dp168636
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp168637
(dp168638
g16
Nsg17
g27
sg11
V0.351
p168639
sbNg6
(g7
g8
NtRp168640
(dp168641
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam__Lake__1
p168642
sbg6
(g13
g8
NtRp168643
(dp168644
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/WaterNSW
p168645
sbg6
(g13
g8
NtRp168646
(dp168647
g16
Nsg17
Nsg11
VPotablewater supply
p168648
sbg6
(g13
g8
NtRp168649
(dp168650
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Warragamba_River
p168651
sbg6
(g13
g8
NtRp168652
(dp168653
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168654
(dp168655
g16
Nsg17
Nsg11
VNew South Wales
p168656
sbg6
(g13
g8
NtRp168657
(dp168658
g16
Nsg17
Nsg11
VWarragamba Dam is a heritage-listed dam in the outer South Western Sydney suburb of Warragamba, Wollondilly Shire in New South Wales, Australia. It is a concrete gravity dam, which creates Lake Burragorang, the primary reservoir for water supply for the city of Sydney. The dam wall is located approximately 65 kilometres (40 mi) W of Sydney central business district, 4½ km SW of the town of Wallacia, and 1 km NW of the village of Warragamba.
p168659
sbg6
(g13
g8
NtRp168660
(dp168661
g16
Nsg17
Nsg11
VPOINT(150.59555053711 -33.883056640625)
p168662
sbtp168663
a(g6
(g7
g8
NtRp168664
(dp168665
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam
p168666
sbg6
(g13
g8
NtRp168667
(dp168668
g16
Nsg17
Nsg11
V\u6c83\u52d2\u7518\u5df4\u575d
p168669
sbg6
(g13
g8
NtRp168670
(dp168671
g16
Nsg17
Nsg11
VAustralia
p168672
sbg6
(g13
g8
NtRp168673
(dp168674
g16
Nsg17
Nsg11
VG
sbg6
(g13
g8
NtRp168675
(dp168676
g16
Nsg17
g27
sg11
V0.351
p168677
sbNg6
(g7
g8
NtRp168678
(dp168679
g11
Vhttp://dbpedia.org/resource/Warragamba_Dam__Lake__1
p168680
sbg6
(g13
g8
NtRp168681
(dp168682
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/WaterNSW
p168683
sbg6
(g13
g8
NtRp168684
(dp168685
g16
Nsg17
Nsg11
VPotablewater supply
p168686
sbg6
(g13
g8
NtRp168687
(dp168688
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Warragamba_River
p168689
sbg6
(g13
g8
NtRp168690
(dp168691
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp168692
(dp168693
g16
Nsg17
Nsg11
VNew South Wales
p168694
sbg6
(g13
g8
NtRp168695
(dp168696
g16
Nsg17
Nsg11
VWarragamba Dam is a heritage-listed dam in the outer South Western Sydney suburb of Warragamba, Wollondilly Shire in New South Wales, Australia. It is a concrete gravity dam, which creates Lake Burragorang, the primary reservoir for water supply for the city of Sydney. The dam wall is located approximately 65 kilometres (40 mi) W of Sydney central business district, 4½ km SW of the town of Wallacia, and 1 km NW of the village of Warragamba.
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Nsg11
VBendungan Warragamba
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Nsg17
Nsg11
VAustralia
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Nsg17
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VG
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g27
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V0.351
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NtRp168719
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Nsg17
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sbg6
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g8
NtRp168722
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g16
Nsg17
Nsg11
VPotablewater supply
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g8
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Nsg17
Nsg11
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g8
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g16
Nsg17
Nsg11
VO
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g8
NtRp168730
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g16
Nsg17
Nsg11
VNew South Wales
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g8
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VWarragamba Dam is a heritage-listed dam in the outer South Western Sydney suburb of Warragamba, Wollondilly Shire in New South Wales, Australia. It is a concrete gravity dam, which creates Lake Burragorang, the primary reservoir for water supply for the city of Sydney. The dam wall is located approximately 65 kilometres (40 mi) W of Sydney central business district, 4½ km SW of the town of Wallacia, and 1 km NW of the village of Warragamba.
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g8
NtRp168736
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Nsg11
VPOINT(150.59555053711 -33.883056640625)
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sbg6
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g8
NtRp168743
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g16
Nsg17
Nsg11
VWarsak Dam
p168745
sbg6
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g8
NtRp168746
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g16
Nsg17
Nsg11
VPakistan
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sbg6
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g8
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g16
Nsg17
Nsg11
VGravity
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g8
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Nsg17
g27
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V0.1402
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g8
NtRp168758
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Nsg17
Nsg11
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g8
NtRp168761
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp168764
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp168766
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g16
Nsg17
Nsg11
VKhyber Pakhtunkhwa#Pakistan
p168768
sbg6
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g8
NtRp168769
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Nsg17
Nsg11
VWarsak Dam (Pashto: \u062f \u0648\u0631\u0633\u06a9 \u0628\u0646\u062f; Urdu: \u0648\u0631\u0633\u06a9 \u0688\u06cc\u0645) is a mass concrete gravity dam located on the Kabul River in the Valley of Peshawar, approximately 20 km northwest of the city of Peshawar in the Khyber Pakhtunkhwa province of Pakistan.
p168771
sbg6
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g8
NtRp168772
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Nsg17
Nsg11
VPOINT(71.358055114746 34.163887023926)
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NtRp168776
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Vhttp://dbpedia.org/resource/Warsak_Dam
p168778
sbg6
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g8
NtRp168779
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0412\u0430\u0440\u0441\u0430\u043a
p168781
sbg6
(g13
g8
NtRp168782
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g16
Nsg17
Nsg11
VPakistan
p168784
sbg6
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g8
NtRp168785
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g16
Nsg17
Nsg11
VGravity
p168787
sbg6
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g8
NtRp168788
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g16
Nsg17
g27
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V0.1402
p168790
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NtRp168791
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sbg6
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g8
NtRp168794
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g16
Nsg17
Nsg11
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p168796
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g8
NtRp168797
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g16
Nsg17
Nsg11
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p168799
sbg6
(g13
g8
NtRp168800
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g16
Nsg17
Nsg11
VO
sbNg6
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NtRp168802
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Nsg17
Nsg11
VKhyber Pakhtunkhwa#Pakistan
p168804
sbg6
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g8
NtRp168805
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Nsg17
Nsg11
VWarsak Dam (Pashto: \u062f \u0648\u0631\u0633\u06a9 \u0628\u0646\u062f; Urdu: \u0648\u0631\u0633\u06a9 \u0688\u06cc\u0645) is a mass concrete gravity dam located on the Kabul River in the Valley of Peshawar, approximately 20 km northwest of the city of Peshawar in the Khyber Pakhtunkhwa province of Pakistan.
p168807
sbg6
(g13
g8
NtRp168808
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g16
Nsg17
Nsg11
VPOINT(71.358055114746 34.163887023926)
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a(g6
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g8
NtRp168812
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p168814
sbg6
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g8
NtRp168815
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g16
Nsg17
Nsg11
VWatari Dam
p168817
sbg6
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g8
NtRp168818
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p168820
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g8
NtRp168821
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Nsg17
Nsg11
VFlood control and irrigation
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g8
NtRp168824
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Nsg17
Nsg11
VNigeria
p168826
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g8
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Nsg17
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VWatari Dam is a dam located in Bagwai Local Government area in the north west of Kano State of Nigeria. It was constructed between 1977 and 1980 at a cost of Nigerian Naira \u20a67,108,000.00. The community uses the water for agricultural purposes in the area. There is a water pump that sends water from the dam to other parts of Kano City and other towns in the state such as Bichi and Bagwai.
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g8
NtRp168831
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g8
NtRp168834
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Nsg17
Nsg11
VPresa Waterdown
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g8
NtRp168837
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
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sbg6
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g8
NtRp168840
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g16
Nsg17
Nsg11
VF
sbg6
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g8
NtRp168842
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g16
Nsg17
g27
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V0.24
p168844
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g8
NtRp168845
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Vhttp://dbpedia.org/resource/Waterdown_Dam__Lake__1
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g8
NtRp168848
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Nsg17
Nsg11
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p168850
sbg6
(g13
g8
NtRp168851
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g16
Nsg17
Nsg11
VHousehold
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g8
NtRp168854
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Nsg17
Nsg11
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VWaterdown Dam is an earth-fill type dam (reservoir) located on the Klipplaat River near Whittlesea, Eastern Cape, South Africa. It supplies Whittlesea and Queenstown with drinking water and was established in 1958. The hazard potential of the dam has been ranked high (3).
p168859
sbg6
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g8
NtRp168860
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g16
Nsg17
Nsg11
VPOINT(26.862222671509 -32.284999847412)
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NtRp168864
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g8
NtRp168867
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g16
Nsg17
Nsg11
VWaterdown Dam
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NtRp168870
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/South_Africa
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g8
NtRp168873
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g16
Nsg17
Nsg11
VF
sbg6
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NtRp168875
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g16
Nsg17
g27
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V0.24
p168877
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g8
NtRp168878
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g11
Vhttp://dbpedia.org/resource/Waterdown_Dam__Lake__1
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g8
NtRp168881
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Department_of_Water_Affairs
p168883
sbg6
(g13
g8
NtRp168884
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g16
Nsg17
Nsg11
VHousehold
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NtRp168887
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Klipplaat_River
p168889
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g8
NtRp168890
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Nsg17
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VWaterdown Dam is an earth-fill type dam (reservoir) located on the Klipplaat River near Whittlesea, Eastern Cape, South Africa. It supplies Whittlesea and Queenstown with drinking water and was established in 1958. The hazard potential of the dam has been ranked high (3).
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sbg6
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g8
NtRp168893
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g16
Nsg17
Nsg11
VPOINT(26.862222671509 -32.284999847412)
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a(g6
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g8
NtRp168897
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Vhttp://dbpedia.org/resource/Wawa_Dam
p168899
sbg6
(g13
g8
NtRp168900
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g16
Nsg17
Nsg11
VWawa Dam
p168902
sbg6
(g13
g8
NtRp168903
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Philippines
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(g13
g8
NtRp168906
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g16
Nsg17
Nsg11
VArch-gravity dam
p168908
sbg6
(g13
g8
NtRp168909
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g16
Nsg17
g27
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V0.085344
p168911
sbNNNg6
(g13
g8
NtRp168912
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g16
Nsg17
Nsg11
VWater supply (original)
p168914
sbg6
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g8
NtRp168915
(dp168916
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Marikina_River
p168917
sbNNg6
(g13
g8
NtRp168918
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g16
Nsg17
Nsg11
VLuzon#Philippines
p168920
sbg6
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g8
NtRp168921
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Nsg17
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VWawa Dam (also known as Montalban Dam) is a gravity dam constructed over the Marikina River in the municipality of Rodriguez in Rizal province, Philippines. The slightly arched dam is situated in the 360-metre (1,180 ft) high Montalban Gorge or Wawa Gorge, a water gap in the Sierra Madre Mountains, east of Manila. It was built in 1909 during the American colonial era to provide the water needs for Manila. It used to be the only source of water for Manila until Angat Dam was built and Wawa was abandoned in 1968. Due to insufficiency of water supply for Metro Manila, there was a strong clamor to reuse the dam. The dam and surrounding area is currently protected as part of the Pamitinan Protected Landscape.
p168923
sbg6
(g13
g8
NtRp168924
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g16
Nsg17
Nsg11
VPOINT(121.19166564941 14.727777481079)
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a(g6
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g8
NtRp168928
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Vhttp://dbpedia.org/resource/Wawa_Dam
p168930
sbg6
(g13
g8
NtRp168931
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g16
Nsg17
Nsg11
VWawa Dam
p168933
sbg6
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g8
NtRp168934
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Philippines
p168936
sbg6
(g13
g8
NtRp168937
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g16
Nsg17
Nsg11
VArch-gravity dam
p168939
sbg6
(g13
g8
NtRp168940
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g16
Nsg17
g27
sg11
V0.085344
p168942
sbNNNg6
(g13
g8
NtRp168943
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g16
Nsg17
Nsg11
VRecreation (current)
p168945
sbg6
(g13
g8
NtRp168946
(dp168947
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Marikina_River
p168948
sbNNg6
(g13
g8
NtRp168949
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g16
Nsg17
Nsg11
VLuzon#Philippines
p168951
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NtRp168952
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Nsg17
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VWawa Dam (also known as Montalban Dam) is a gravity dam constructed over the Marikina River in the municipality of Rodriguez in Rizal province, Philippines. The slightly arched dam is situated in the 360-metre (1,180 ft) high Montalban Gorge or Wawa Gorge, a water gap in the Sierra Madre Mountains, east of Manila. It was built in 1909 during the American colonial era to provide the water needs for Manila. It used to be the only source of water for Manila until Angat Dam was built and Wawa was abandoned in 1968. Due to insufficiency of water supply for Metro Manila, there was a strong clamor to reuse the dam. The dam and surrounding area is currently protected as part of the Pamitinan Protected Landscape.
p168954
sbg6
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g8
NtRp168955
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g16
Nsg17
Nsg11
VPOINT(121.19166564941 14.727777481079)
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a(g6
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g8
NtRp168959
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Vhttp://dbpedia.org/resource/Wawa_Dam
p168961
sbg6
(g13
g8
NtRp168962
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g16
Nsg17
Nsg11
VWawa Dam
p168964
sbg6
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g8
NtRp168965
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Philippines
p168967
sbg6
(g13
g8
NtRp168968
(dp168969
g16
Nsg17
Nsg11
VArch-gravity dam
p168970
sbg6
(g13
g8
NtRp168971
(dp168972
g16
Nsg17
g27
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V0.085344
p168973
sbNNNg6
(g13
g8
NtRp168974
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g16
Nsg17
Nsg11
VRecreation (current)
p168976
sbg6
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g8
NtRp168977
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Marikina_River
p168979
sbNNg6
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g8
NtRp168980
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g16
Nsg17
Nsg11
VLuzon#Philippines
p168982
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VWawa Dam (also known as Montalban Dam) is a gravity dam constructed over the Marikina River in the municipality of Rodriguez in Rizal province, Philippines. The slightly arched dam is situated in the 360-metre (1,180 ft) high Montalban Gorge or Wawa Gorge, a water gap in the Sierra Madre Mountains, east of Manila. It was built in 1909 during the American colonial era to provide the water needs for Manila. It used to be the only source of water for Manila until Angat Dam was built and Wawa was abandoned in 1968. Due to insufficiency of water supply for Metro Manila, there was a strong clamor to reuse the dam. The dam and surrounding area is currently protected as part of the Pamitinan Protected Landscape.
p168985
sbg6
(g13
g8
NtRp168986
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g16
Nsg17
Nsg11
VPOINT(121.19166564941 14.727777481079)
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g8
NtRp168990
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Vhttp://dbpedia.org/resource/Wawushan_Dam
p168992
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(g13
g8
NtRp168993
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g16
Nsg17
Nsg11
VWawushan Dam
p168995
sbg6
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g8
NtRp168996
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g16
Nsg17
Nsg11
VChina
p168998
sbg6
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g8
NtRp168999
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p169001
sbg6
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g8
NtRp169002
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g16
Nsg17
g27
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V0.277
p169004
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g8
NtRp169005
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Vhttp://dbpedia.org/resource/Wawushan_Dam__Lake__1
p169007
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g8
NtRp169008
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zhougonghe_River
p169010
sbg6
(g13
g8
NtRp169011
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp169013
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g16
Nsg17
g27
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V3.5e+06
p169015
sbg6
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g8
NtRp169016
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g16
Nsg17
Nsg11
VChina
p169018
sbg6
(g13
g8
NtRp169019
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g16
Nsg17
Nsg11
VThe Wawushan Dam is a concrete-face rock-fill dam on the in Hongya County, Sichuan Province, China. It is located 34 km (21 mi) south of Ya'an. The primary purpose of the dam is hydroelectric power generation and it supports a 260 MW power station. Construction began on 28 February 2003 and on 10 April 2007, the dam began to impound its reservoir. On 8 January 2008, the first generator was operational and the second 4 February 2008. The 138 m (453 ft) tall dam withholds a reservoir with a capacity of 545,000,000 m3 (441,839 acre\u22c5ft).
p169021
sbg6
(g13
g8
NtRp169022
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g16
Nsg17
Nsg11
VPOINT(103.03749847412 29.672777175903)
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sbtp169025
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g8
NtRp169026
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Vhttp://dbpedia.org/resource/Wayatinah_Power_Station
p169028
sbg6
(g13
g8
NtRp169029
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g16
Nsg17
Nsg11
VWayatinah Power Station
p169031
sbg6
(g13
g8
NtRp169032
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g16
Nsg17
Nsg11
VAustralia
p169034
sbg6
(g13
g8
NtRp169035
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g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp169037
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g16
Nsg17
g27
sg11
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g8
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Nsg11
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g8
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VO
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VThe Wayatinah Power Station is a run-of-the-river hydroelectric power station located in the Central Highlands region of Tasmania, Australia. The power station is situated on the Lower River Derwent catchment and is owned and operated by Hydro Tasmania.
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Nsg11
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p169074
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VThe Wazirabad barrage or Wazirabad bridge, built in 1959 is a 1,491 ft long weir across Yamuna River, in north Delhi. ITO barrage and Okhla barrage are 2 downstream barrages in Delhi and are managed by Haryana and UP respectively, whereas the Wazirabad barrage is under the management of Delhi govt.
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VWeidoushan Reservoir (simplified Chinese: \u5c3e\u6597\u5c71\u6c34\u5e93; traditional Chinese: \u5c3e\u6597\u5c71\u6c34\u5eab; pinyin: W\u011bidòush\u0101n shu\u01d0kù) is a reservoir in Hong'an County, Huanggang City, Hubei Province, China, located on the Yangjia River, a tributary of the Jushui River. It is a large reservoir mainly for irrigation and supplementary for flood control. The Reservoir belongs to the Yangtze River system.
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VWeidoushan Reservoir (simplified Chinese: \u5c3e\u6597\u5c71\u6c34\u5e93; traditional Chinese: \u5c3e\u6597\u5c71\u6c34\u5eab; pinyin: W\u011bidòush\u0101n shu\u01d0kù) is a reservoir in Hong'an County, Huanggang City, Hubei Province, China, located on the Yangjia River, a tributary of the Jushui River. It is a large reservoir mainly for irrigation and supplementary for flood control. The Reservoir belongs to the Yangtze River system.
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VWeidoushan Reservoir (simplified Chinese: \u5c3e\u6597\u5c71\u6c34\u5e93; traditional Chinese: \u5c3e\u6597\u5c71\u6c34\u5eab; pinyin: W\u011bidòush\u0101n shu\u01d0kù) is a reservoir in Hong'an County, Huanggang City, Hubei Province, China, located on the Yangjia River, a tributary of the Jushui River. It is a large reservoir mainly for irrigation and supplementary for flood control. The Reservoir belongs to the Yangtze River system.
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VGhana
p169164
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VWeija Dam is a dam on the Densu River which supports the main water treatment plant for Accra in the Greater Accra Region of Ghana. It is operated by the Ghana Water Company.This supplies about 80 percent of the potable water for the entire city of Accra and its surrounding environs.
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VWellington Dam Hydro Power Station
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VAustralia
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VWellington Dam Hydro Power Station is a hydroelectric power station near Collie, Western Australia. It has one water turbine with a generating capacity of 2 megawatts (2,700 hp) of electricity. The Wellington Dam Hydro Power Station was one of three hydro power stations in Western Australia, with only the Ord River hydro still in operation. The dam was constructed in 1933 and enlarged in 1956, and the power station was built from 1954 to 1956 and commissioned on 3 July 1956. It was placed into care and maintenance in 2007.
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VWellington Dam Hydro Power Station
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VAustralia
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VWellington Dam Hydro Power Station is a hydroelectric power station near Collie, Western Australia. It has one water turbine with a generating capacity of 2 megawatts (2,700 hp) of electricity. The Wellington Dam Hydro Power Station was one of three hydro power stations in Western Australia, with only the Ord River hydro still in operation. The dam was constructed in 1933 and enlarged in 1956, and the power station was built from 1954 to 1956 and commissioned on 3 July 1956. It was placed into care and maintenance in 2007.
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VWenchang Natural Gas Power Station
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VThe Wenchang Natural Gas Power Station (Chinese: \u6587\u660c\u71c3\u6c14\u7535\u5382), also known as Wenchang Gas-Fired Power Plant, is a natural gas peaking power plant in Hainan Province, located in Wenchang, adjacent to the Wenchang Spacecraft Launch Site. It is the first large-scale natural gas peaker plant on the Hainan Island, with a total investment of 2.4 billion yuan.
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VTalsperre Wendefurth
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VThe Wendefurth Dam (German: Talsperre Wendefurth) near Wendefurth in the Harz is one of the dams downstream of the Rappbode Dam, that provides flood protection as well as impounding the River Bode to provide the lower reservoir for the Wendefurth Power Station. In addition it is a bathing lake and also supports fish farming.
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VVodní nádr\u017e Wendefurth
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VThe Wendefurth Dam (German: Talsperre Wendefurth) near Wendefurth in the Harz is one of the dams downstream of the Rappbode Dam, that provides flood protection as well as impounding the River Bode to provide the lower reservoir for the Wendefurth Power Station. In addition it is a bathing lake and also supports fish farming.
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VThe Wendefurth Dam (German: Talsperre Wendefurth) near Wendefurth in the Harz is one of the dams downstream of the Rappbode Dam, that provides flood protection as well as impounding the River Bode to provide the lower reservoir for the Wendefurth Power Station. In addition it is a bathing lake and also supports fish farming.
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VPumpspeicherwerk Wendefurth
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VWendefurth Power Station (German: Pumpspeicherwerk Wendefurth) is a pumped-storage hydroelectric power station on the reservoir of the Wendefurth Dam near Wendefurth in the Harz mountains of central Germany. The power station has an upper reservoir on the mountain top which stores the water. The two penstocks have a diameter of 3.4 metres (11 ft). The two installed Francis pump turbines can deliver 80 MW. As of 2012 the plant has since its commissioning in 1967 produced 4,105 GWh, corresponding to an average annual production of 91 GWh.
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VWendefurth Power Station (German: Pumpspeicherwerk Wendefurth) is a pumped-storage hydroelectric power station on the reservoir of the Wendefurth Dam near Wendefurth in the Harz mountains of central Germany. The power station has an upper reservoir on the mountain top which stores the water. The two penstocks have a diameter of 3.4 metres (11 ft). The two installed Francis pump turbines can deliver 80 MW. As of 2012 the plant has since its commissioning in 1967 produced 4,105 GWh, corresponding to an average annual production of 91 GWh.
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VWendefurth Power Station (German: Pumpspeicherwerk Wendefurth) is a pumped-storage hydroelectric power station on the reservoir of the Wendefurth Dam near Wendefurth in the Harz mountains of central Germany. The power station has an upper reservoir on the mountain top which stores the water. The two penstocks have a diameter of 3.4 metres (11 ft). The two installed Francis pump turbines can deliver 80 MW. As of 2012 the plant has since its commissioning in 1967 produced 4,105 GWh, corresponding to an average annual production of 91 GWh.
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Nsg17
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VThe West Enfield Dam, also known as the Stanford Dam, is a hydroelectric dam on the Penobscot River just above its confluence with the Piscataquis River between the towns of Enfield and Howland in Penobscot County, Maine, USA.The dam actually traverses a thin strip of the territory of the Penobscot Indian Island Reservation. The dam has a fish passage. Its power plant has an 11.4 MW installed capacity.
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p169382
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Nsg17
Nsg11
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Nsg17
Nsg11
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p169388
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g8
NtRp169389
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Nsg17
Nsg11
VConcrete faced rockfill dam
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
VNepal
p169402
sbg6
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g8
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VThe West Seti Dam is a proposed hydroelectric dam on the Seti River in the Far-Western Development Region of Nepal. The power station would be located approximately 63 kilometres (39 mi) upstream of the Seti River confluence with the Karnali River, with the dam site located a further 19.2 kilometres (11.9 mi) upstream. All project sites, excluding the reservoir area and transmission line corridor, are located in either Doti and/or Dadeldhura Districts. The reservoir area is located in Doti, Dadeldhura, Baitadi and Bajhang Districts. The transmission line corridor is located in Doti, Dadeldhura, Kailali and Kanchanpur districts.
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Nsg11
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g8
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Nsg11
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p169427
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g8
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p169430
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g8
NtRp169431
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VWhakamaru Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the fourth hydroelectric power station on the Waikato River. Lake Whakamaru is one of the larger hydro reservoirs on the Waikato river. The power station is owned and operated by Mercury Energy. The adjacent Whakamaru switching station is operated by Transpower and is one of eight reference nodes on the New Zealand national grid.
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g8
NtRp169434
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g16
Nsg17
Nsg11
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p169440
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g8
NtRp169441
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Nsg11
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g8
NtRp169444
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Nsg17
Nsg11
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p169446
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g8
NtRp169447
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Nsg17
Nsg11
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p169449
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g8
NtRp169450
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g16
Nsg17
Nsg11
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p169452
sbg6
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g8
NtRp169453
(dp169454
g16
Nsg17
Nsg11
VOperational
p169455
sbNg6
(g13
g8
NtRp169456
(dp169457
g16
Nsg17
Nsg11
VNew Zealand
p169458
sbg6
(g13
g8
NtRp169459
(dp169460
g16
Nsg17
Nsg11
VWhakamaru Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the fourth hydroelectric power station on the Waikato River. Lake Whakamaru is one of the larger hydro reservoirs on the Waikato river. The power station is owned and operated by Mercury Energy. The adjacent Whakamaru switching station is operated by Transpower and is one of eight reference nodes on the New Zealand national grid.
p169461
sbg6
(g13
g8
NtRp169462
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g16
Nsg17
Nsg11
VPOINT(175.80833435059 -38.419723510742)
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sbtp169465
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g8
NtRp169466
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g11
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p169468
sbg6
(g13
g8
NtRp169469
(dp169470
g16
Nsg17
Nsg11
VKraftwerk Whakamaru
p169471
sbg6
(g13
g8
NtRp169472
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/New_Zealand
p169474
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g8
NtRp169475
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g16
Nsg17
Nsg11
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p169477
sbNg6
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g8
NtRp169478
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g16
Nsg17
Nsg11
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p169480
sbg6
(g13
g8
NtRp169481
(dp169482
g16
Nsg17
Nsg11
VOperational
p169483
sbNg6
(g13
g8
NtRp169484
(dp169485
g16
Nsg17
Nsg11
VNew Zealand
p169486
sbg6
(g13
g8
NtRp169487
(dp169488
g16
Nsg17
Nsg11
VWhakamaru Power Station is a hydroelectric power station on the Waikato River, in the North Island of New Zealand. It is the fourth hydroelectric power station on the Waikato River. Lake Whakamaru is one of the larger hydro reservoirs on the Waikato river. The power station is owned and operated by Mercury Energy. The adjacent Whakamaru switching station is operated by Transpower and is one of eight reference nodes on the New Zealand national grid.
p169489
sbg6
(g13
g8
NtRp169490
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g16
Nsg17
Nsg11
VPOINT(175.80833435059 -38.419723510742)
p169492
sbtp169493
a(g6
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g8
NtRp169494
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g11
Vhttp://dbpedia.org/resource/Whiting_Street_Reservoir
p169496
sbg6
(g13
g8
NtRp169497
(dp169498
g16
Nsg17
Nsg11
VWhiting Street Reservoir
p169499
sbg6
(g13
g8
NtRp169500
(dp169501
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/United_States_of_America
p169502
sbNNNg6
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g8
NtRp169503
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g11
Vhttp://dbpedia.org/resource/Whiting_Street_Reservoir__Lake__1
p169505
sbNg6
(g13
g8
NtRp169506
(dp169507
g16
Nsg17
Nsg11
VDrinking water supply
p169508
sbNg6
(g13
g8
NtRp169509
(dp169510
g16
Nsg17
Nsg11
VOperational
p169511
sbNg6
(g13
g8
NtRp169512
(dp169513
g16
Nsg17
Nsg11
VUSA Holyoke#USA Massachusetts#USA
p169514
sbg6
(g13
g8
NtRp169515
(dp169516
g16
Nsg17
Nsg11
VWhiting Street Reservoir, often shortened as Whiting Reservoir a Class I hazard reservoir, is an auxiliary drinking supply for the city of Holyoke, Massachusetts. The reservoir has an impound capacity of more than 479 million gallons of water and a safe yield of 1.5 million gallons of water per day.
p169517
sbg6
(g13
g8
NtRp169518
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g16
Nsg17
Nsg11
VPOINT(-72.636024475098 42.241508483887)
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sbtp169521
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g8
NtRp169522
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g11
Vhttp://dbpedia.org/resource/Wilbur_D._Mills_Dam
p169524
sbg6
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g8
NtRp169525
(dp169526
g16
Nsg17
Nsg11
VWilbur D. Mills Dam
p169527
sbg6
(g13
g8
NtRp169528
(dp169529
g16
Nsg17
Nsg11
VUnited states
p169530
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g8
NtRp169531
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g16
Nsg17
Nsg11
VBarrage
p169533
sbNNNNg6
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g8
NtRp169534
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g16
Nsg17
Nsg11
VFlood control, power
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g8
NtRp169537
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g16
Nsg17
Nsg11
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p169539
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g8
NtRp169540
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g16
Nsg17
Nsg11
VOperational
p169542
sbNg6
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g8
NtRp169543
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g16
Nsg17
Nsg11
VArkansas#USA
p169545
sbg6
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g8
NtRp169546
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g16
Nsg17
Nsg11
VWilbur D. Mills Dam is a steel dam and generating facility located on the Arkansas River in Arkansas County and Desha County, Arkansas, United States. The dam is part of the McClellan\u2013Kerr Arkansas River Navigation System, and is named for Wilbur D. Mills, a member of United States House of Representatives from Arkansas.
p169548
sbg6
(g13
g8
NtRp169549
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g16
Nsg17
Nsg11
VPOINT(-91.313056945801 33.988887786865)
p169551
sbtp169552
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g8
NtRp169553
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g11
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p169555
sbg6
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g8
NtRp169556
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g16
Nsg17
Nsg11
VWilbur D. Mills Dam
p169558
sbg6
(g13
g8
NtRp169559
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g16
Nsg17
Nsg11
VUnited states
p169561
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g8
NtRp169562
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g16
Nsg17
Nsg11
VBarrage
p169564
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g8
NtRp169565
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g16
Nsg17
Nsg11
VFlood control, power
p169567
sbg6
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g8
NtRp169568
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g16
Nsg17
Nsg11
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p169570
sbg6
(g13
g8
NtRp169571
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g16
Nsg17
Nsg11
VOperational
p169573
sbNg6
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g8
NtRp169574
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g16
Nsg17
Nsg11
VArkansas#USA
p169576
sbg6
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g8
NtRp169577
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VWilbur D. Mills Dam is a steel dam and generating facility located on the Arkansas River in Arkansas County and Desha County, Arkansas, United States. The dam is part of the McClellan\u2013Kerr Arkansas River Navigation System, and is named for Wilbur D. Mills, a member of United States House of Representatives from Arkansas.
p169579
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g8
NtRp169580
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Nsg17
Nsg11
VPOINT(-91.313056945801 33.988887786865)
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p169586
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g8
NtRp169587
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g16
Nsg17
Nsg11
VWilliam Hovell Dam
p169589
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(g13
g8
NtRp169590
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g16
Nsg17
Nsg11
VAustralia
p169592
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g8
NtRp169593
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g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp169595
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g16
Nsg17
g27
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V0.414
p169597
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g8
NtRp169598
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g11
Vhttp://dbpedia.org/resource/William_Hovell_Dam__Lake__1
p169600
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g8
NtRp169601
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Goulburn-Murray_Water
p169603
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g8
NtRp169604
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/King_River_(Victoria)
p169606
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g8
NtRp169607
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp169609
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g16
Nsg17
Nsg11
VAustralia Victoria
p169611
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g8
NtRp169612
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Nsg17
Nsg11
VThe William Hovell Dam is a rock and earth-fill embankment dam with a flip bucket chute spillway across the King River, located in the Hume region of Victoria, Australia. The purposes of the dam are for irrigation and the generation of hydroelectricity. The impounded reservoir is called Lake William Hovell The dam and reservoir are named in honour of William Hovell, an explorer.
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NtRp169615
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g16
Nsg17
Nsg11
VPOINT(146.39027404785 -36.920555114746)
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g8
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Nsg17
Nsg11
VWilliamsport Dam
p169624
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g8
NtRp169625
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Nsg17
Nsg11
VUnited States
p169627
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g8
NtRp169628
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Nsg17
Nsg11
VLow head
p169630
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g8
NtRp169631
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Nsg17
g27
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V0.309372
p169633
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NtRp169634
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Nsg17
Nsg11
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g8
NtRp169637
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Nsg17
Nsg11
VOperational
p169639
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g8
NtRp169640
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g16
Nsg17
Nsg11
VPennsylvania#USA
p169642
sbg6
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g8
NtRp169643
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Nsg17
Nsg11
VThe Williamsport Dam, officially known as the Hepburn Street Dam, is a low-head dam on the West Branch Susquehanna River in Williamsport, Pennsylvania. It broke ground in 1984 and was finished in the spring of 1986. It was built for recreation, such as boating, watersports and fishing. It has been described as a "killer dam" and a "drowning machine".
p169645
sbg6
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g8
NtRp169646
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g16
Nsg17
Nsg11
VPOINT(-77.004959106445 41.233688354492)
p169648
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g8
NtRp169650
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p169652
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g8
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Nsg17
Nsg11
VWillingdon Dam
p169655
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g8
NtRp169656
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Nsg17
Nsg11
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p169658
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g16
Nsg17
Nsg11
Vo
sbNg6
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g8
NtRp169661
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g16
Nsg17
Nsg11
VIndia Gujarat
p169663
sbg6
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g8
NtRp169664
(dp169665
g16
Nsg17
Nsg11
VWillingdon Dam is situated to the east of the town of Junagadh, near the foot of Datar hills, in Gujarat State, and built on the Kalwa River in India. The dam was named after Marquess Willingdon, the Governor of India at that time. On the top of adjoining Datar hills is a shrine of Saint Jamiyal Shah Datar, which is a popular place of worship for both Hindus and Muslims. The climb to the Datar hills is about 2500 steps or 847 metres (2,779 ft).
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sbg6
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g8
NtRp169667
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g16
Nsg17
Nsg11
VPOINT(70.480941772461 21.504583358765)
p169669
sbtp169670
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g8
NtRp169671
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g11
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p169673
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g8
NtRp169674
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g16
Nsg17
Nsg11
VWilmot Power Station
p169676
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g8
NtRp169677
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g16
Nsg17
Nsg11
VAustralia
p169679
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g8
NtRp169680
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g16
Nsg17
Nsg11
VE
sbg6
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g8
NtRp169682
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g16
Nsg17
g27
sg11
V0.138
p169684
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g8
NtRp169685
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g11
Vhttp://dbpedia.org/resource/Wilmot_Power_Station__Lake__1
p169687
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g8
NtRp169688
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hydro_Tasmania
p169690
sbg6
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g8
NtRp169691
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g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp169693
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wilmot_River_(Tasmania)
p169695
sbg6
(g13
g8
NtRp169696
(dp169697
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp169698
(dp169699
g16
Nsg17
Nsg11
VAustralia Tasmania
p169700
sbg6
(g13
g8
NtRp169701
(dp169702
g16
Nsg17
Nsg11
VThe Wilmot Power Station is a conventional hydroelectric power station located in north-western Tasmania, Australia.
p169703
sbg6
(g13
g8
NtRp169704
(dp169705
g16
Nsg17
Nsg11
VPOINT(146.12294006348 -41.480140686035)
p169706
sbtp169707
a(g6
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g8
NtRp169708
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g11
Vhttp://dbpedia.org/resource/Windamere_Dam
p169710
sbg6
(g13
g8
NtRp169711
(dp169712
g16
Nsg17
Nsg11
VWindamere Dam
p169713
sbg6
(g13
g8
NtRp169714
(dp169715
g16
Nsg17
Nsg11
VAustralia
p169716
sbg6
(g13
g8
NtRp169717
(dp169718
g16
Nsg17
Nsg11
VE
sbg6
(g13
g8
NtRp169719
(dp169720
g16
Nsg17
g27
sg11
V0.825
p169721
sbNg6
(g7
g8
NtRp169722
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g11
Vhttp://dbpedia.org/resource/Windamere_Dam__Lake__1
p169724
sbNg6
(g13
g8
NtRp169725
(dp169726
g16
Nsg17
Nsg11
VHydro-power,irrigation,water supply, and conservation
p169727
sbg6
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g8
NtRp169728
(dp169729
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Cudgegong_River
p169730
sbg6
(g13
g8
NtRp169731
(dp169732
g16
Nsg17
Nsg11
VO
sbg6
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VWindamere Dam is a minor ungated rock fill with clay core embankment dam with an uncontrolled unlined rock cutting spillway across the Cudgegong River at Cudgegong, upstream of Mudgee in the Central Tablelands of New South Wales, Australia. The dam's purpose includes hydro-power, irrigation, water supply, and conservation. The impounded reservoir is called Lake Windamere.
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VThe Wippra Dam or Wipper Dam (German: Talsperre-Wippra or Wippertalsperre, partly also Vorsperre Wippra or Vorsperre Wipper) is a dam on the river Wipper in the Harz mountains. It lies near Wippra, not far from Mansfeld and Hettstedt in Saxony-Anhalt. It was built between February 1951 and November 1952. Its operator is Talsperrenbetrieb Saxony-Anhalt. The barrier itself is a gravity dam made of concrete. Guided tours of the inside of the dam are available. On the dam is checkpoint no. 219 in the Harzer Wandernadel hiking system.
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VThe Wippra Dam or Wipper Dam (German: Talsperre-Wippra or Wippertalsperre, partly also Vorsperre Wippra or Vorsperre Wipper) is a dam on the river Wipper in the Harz mountains. It lies near Wippra, not far from Mansfeld and Hettstedt in Saxony-Anhalt. It was built between February 1951 and November 1952. Its operator is Talsperrenbetrieb Saxony-Anhalt. The barrier itself is a gravity dam made of concrete. Guided tours of the inside of the dam are available. On the dam is checkpoint no. 219 in the Harzer Wandernadel hiking system.
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VThe Wippra Dam or Wipper Dam (German: Talsperre-Wippra or Wippertalsperre, partly also Vorsperre Wippra or Vorsperre Wipper) is a dam on the river Wipper in the Harz mountains. It lies near Wippra, not far from Mansfeld and Hettstedt in Saxony-Anhalt. It was built between February 1951 and November 1952. Its operator is Talsperrenbetrieb Saxony-Anhalt. The barrier itself is a gravity dam made of concrete. Guided tours of the inside of the dam are available. On the dam is checkpoint no. 219 in the Harzer Wandernadel hiking system.
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VWitbank Dam is a buttress type dam located on the Olifants River in South Africa. It was established in 1971 and serves mainly for municipal and industrial water supply purposes. The hazard potential of the dam has been ranked high (3).
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VThe Wivenhoe Dam is a rock and earth-fill embankment dam with a concrete spillway across the Brisbane River in South East Queensland, Australia. The dam wall is located about 80 kilometres (50 mi) by road from the centre of Brisbane. The primary purpose of the dam is the supply of potable water for the Brisbane and Ipswich regions. The dam also provides for flood mitigation control, hydroelectricity, and recreation. The impounded reservoir is called Lake Wivenhoe and the dam, the lake and a narrow strip of surrounding land forms a locality also called Lake Wivenhoe.
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VThe Wivenhoe Dam is a rock and earth-fill embankment dam with a concrete spillway across the Brisbane River in South East Queensland, Australia. The dam wall is located about 80 kilometres (50 mi) by road from the centre of Brisbane. The primary purpose of the dam is the supply of potable water for the Brisbane and Ipswich regions. The dam also provides for flood mitigation control, hydroelectricity, and recreation. The impounded reservoir is called Lake Wivenhoe and the dam, the lake and a narrow strip of surrounding land forms a locality also called Lake Wivenhoe.
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VThe Wivenhoe Dam is a rock and earth-fill embankment dam with a concrete spillway across the Brisbane River in South East Queensland, Australia. The dam wall is located about 80 kilometres (50 mi) by road from the centre of Brisbane. The primary purpose of the dam is the supply of potable water for the Brisbane and Ipswich regions. The dam also provides for flood mitigation control, hydroelectricity, and recreation. The impounded reservoir is called Lake Wivenhoe and the dam, the lake and a narrow strip of surrounding land forms a locality also called Lake Wivenhoe.
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VThe Wivenhoe Dam is a rock and earth-fill embankment dam with a concrete spillway across the Brisbane River in South East Queensland, Australia. The dam wall is located about 80 kilometres (50 mi) by road from the centre of Brisbane. The primary purpose of the dam is the supply of potable water for the Brisbane and Ipswich regions. The dam also provides for flood mitigation control, hydroelectricity, and recreation. The impounded reservoir is called Lake Wivenhoe and the dam, the lake and a narrow strip of surrounding land forms a locality also called Lake Wivenhoe.
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VThe Wivenhoe Dam is a rock and earth-fill embankment dam with a concrete spillway across the Brisbane River in South East Queensland, Australia. The dam wall is located about 80 kilometres (50 mi) by road from the centre of Brisbane. The primary purpose of the dam is the supply of potable water for the Brisbane and Ipswich regions. The dam also provides for flood mitigation control, hydroelectricity, and recreation. The impounded reservoir is called Lake Wivenhoe and the dam, the lake and a narrow strip of surrounding land forms a locality also called Lake Wivenhoe.
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VThe Wivenhoe Dam is a rock and earth-fill embankment dam with a concrete spillway across the Brisbane River in South East Queensland, Australia. The dam wall is located about 80 kilometres (50 mi) by road from the centre of Brisbane. The primary purpose of the dam is the supply of potable water for the Brisbane and Ipswich regions. The dam also provides for flood mitigation control, hydroelectricity, and recreation. The impounded reservoir is called Lake Wivenhoe and the dam, the lake and a narrow strip of surrounding land forms a locality also called Lake Wivenhoe.
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VThe Wivenhoe Power Station is situated between the Splityard Creek Dam and Lake Wivenhoe. The Splityard Creek dam is situated in hills adjacent to Lake Wivenhoe and is about 100 metres (330 ft) above it. The Wivenhoe Dam has been built across the Brisbane River about 80 kilometres (50 mi) by road from the centre of Brisbane, the capital of the state of Queensland, Australia. The body of water held behind the dam is called Lake Wivenhoe.
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VThe Wivenhoe Power Station is situated between the Splityard Creek Dam and Lake Wivenhoe. The Splityard Creek dam is situated in hills adjacent to Lake Wivenhoe and is about 100 metres (330 ft) above it. The Wivenhoe Dam has been built across the Brisbane River about 80 kilometres (50 mi) by road from the centre of Brisbane, the capital of the state of Queensland, Australia. The body of water held behind the dam is called Lake Wivenhoe.
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VThe Wiwon Dam or Weiyuan Dam is a gravity dam on the Yalu River between China and North Korea. It is located 40 km (25 mi) southwest of Ji'an in Jilin Province, China and Wiwon in Chagang Province, North Korea. It was constructed between 1979 and 1987. The dam's six 65 MW generators were commissioned in 1987 and 1988. It is jointly owned and operated by China and North Korea.
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VThe Wiwon Dam or Weiyuan Dam is a gravity dam on the Yalu River between China and North Korea. It is located 40 km (25 mi) southwest of Ji'an in Jilin Province, China and Wiwon in Chagang Province, North Korea. It was constructed between 1979 and 1987. The dam's six 65 MW generators were commissioned in 1987 and 1988. It is jointly owned and operated by China and North Korea.
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sbg6
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NtRp170284
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VPower
p170308
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Nsg17
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p170311
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VO
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g16
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p170316
sbg6
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VThe Wiwon Dam or Weiyuan Dam is a gravity dam on the Yalu River between China and North Korea. It is located 40 km (25 mi) southwest of Ji'an in Jilin Province, China and Wiwon in Chagang Province, North Korea. It was constructed between 1979 and 1987. The dam's six 65 MW generators were commissioned in 1987 and 1988. It is jointly owned and operated by China and North Korea.
p170319
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g8
NtRp170320
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g16
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g8
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p170335
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NtRp170342
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VO
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VThe Wiwon Dam or Weiyuan Dam is a gravity dam on the Yalu River between China and North Korea. It is located 40 km (25 mi) southwest of Ji'an in Jilin Province, China and Wiwon in Chagang Province, North Korea. It was constructed between 1979 and 1987. The dam's six 65 MW generators were commissioned in 1987 and 1988. It is jointly owned and operated by China and North Korea.
p170355
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g8
NtRp170356
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VThe Woka River-I Hydropower Station (Chinese: \u6c83\u5361\u6cb3\u4e00\u7ea7\u6c34\u7535\u7ad9), also spelled Wokahe First-cascade Hydro Station, is a water conservancy project in Tibet, located in Sangri County, Shannon City. Woka River-I Hydropower Station is one of the "" (62\u9879\u63f4\u85cf\u5de5\u7a0b) identified by the Central Committee of the Communist Party of China. The hydropower station is mainly for hydroelectric power generation and has a small-scale irrigation function, and the construction was undertaken by the (\u6b66\u8b66\u6c34\u7535\u7b2c\u4e09\u603b\u961f).
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VPower, irrigation
p170387
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Nsg11
VThe Woka River-I Hydropower Station (Chinese: \u6c83\u5361\u6cb3\u4e00\u7ea7\u6c34\u7535\u7ad9), also spelled Wokahe First-cascade Hydro Station, is a water conservancy project in Tibet, located in Sangri County, Shannon City. Woka River-I Hydropower Station is one of the "" (62\u9879\u63f4\u85cf\u5de5\u7a0b) identified by the Central Committee of the Communist Party of China. The hydropower station is mainly for hydroelectric power generation and has a small-scale irrigation function, and the construction was undertaken by the (\u6b66\u8b66\u6c34\u7535\u7b2c\u4e09\u603b\u961f).
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g8
NtRp170395
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Nsg17
Nsg11
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Nsg17
Nsg11
VPower, irrigation
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VThe Woka River-I Hydropower Station (Chinese: \u6c83\u5361\u6cb3\u4e00\u7ea7\u6c34\u7535\u7ad9), also spelled Wokahe First-cascade Hydro Station, is a water conservancy project in Tibet, located in Sangri County, Shannon City. Woka River-I Hydropower Station is one of the "" (62\u9879\u63f4\u85cf\u5de5\u7a0b) identified by the Central Committee of the Communist Party of China. The hydropower station is mainly for hydroelectric power generation and has a small-scale irrigation function, and the construction was undertaken by the (\u6b66\u8b66\u6c34\u7535\u7b2c\u4e09\u603b\u961f).
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Nsg11
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g8
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VWolwedans Dam is a concrete dam in South Africa located on the Great Brak River near Mossel Bay, Western Cape, South Africa. The dam is the main source of water for the municipality of Mossel Bay as well as the gas-to-liquids refinery PetroSA. The dam serves mainly for municipal and industrial water supply purposes.
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VWoodstock Dam is located on the upper reaches of the Tugela, KwaZulu-Natal province of South Africa and is the main source of water for the . The dam was commissioned in 1982, has a storage capacity of 373.26 million cubic metres (13.182×109 cu ft), and a surface area of 29.129 square kilometres (11.247 sq mi), the dam wall is 54 metres (177 ft) high. The dam serves mainly for municipal and industrial water supply purposes and its hazard potential has been ranked high (3).
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VThe Woronora Dam is a heritage-listed concrete gravity dam with an uncontrolled serpentine spillway across the Woronora River, located south of Greater Metropolitan Sydney, in the suburb of Woronora Dam, Sutherland Shire, New South Wales, Australia. The principal purpose of the dam is for potable water supply for Sydney's southern suburbs and the northern suburbs of the Illawarra region. The impounded 71,790-megalitre (2,535×106 cu ft) reservoir is also called Woronora Dam and is sometimes incorrectly called Lake Woronora. The dam was designed by G. E. Haskins, Chief Engineer and the Metropolitan Water, Sewerage and Drainage Board of NSW (MWS&DB) and built from 1927 to 1941 by the MWS&DB. The property is owned by the Sydney Catchment Authority, an agency of the Government of New South Wale
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VThe Woronora Dam is a heritage-listed concrete gravity dam with an uncontrolled serpentine spillway across the Woronora River, located south of Greater Metropolitan Sydney, in the suburb of Woronora Dam, Sutherland Shire, New South Wales, Australia. The principal purpose of the dam is for potable water supply for Sydney's southern suburbs and the northern suburbs of the Illawarra region. The impounded 71,790-megalitre (2,535×106 cu ft) reservoir is also called Woronora Dam and is sometimes incorrectly called Lake Woronora. The dam was designed by G. E. Haskins, Chief Engineer and the Metropolitan Water, Sewerage and Drainage Board of NSW (MWS&DB) and built from 1927 to 1941 by the MWS&DB. The property is owned by the Sydney Catchment Authority, an agency of the Government of New South Wale
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VThe Woronora Dam is a heritage-listed concrete gravity dam with an uncontrolled serpentine spillway across the Woronora River, located south of Greater Metropolitan Sydney, in the suburb of Woronora Dam, Sutherland Shire, New South Wales, Australia. The principal purpose of the dam is for potable water supply for Sydney's southern suburbs and the northern suburbs of the Illawarra region. The impounded 71,790-megalitre (2,535×106 cu ft) reservoir is also called Woronora Dam and is sometimes incorrectly called Lake Woronora. The dam was designed by G. E. Haskins, Chief Engineer and the Metropolitan Water, Sewerage and Drainage Board of NSW (MWS&DB) and built from 1927 to 1941 by the MWS&DB. The property is owned by the Sydney Catchment Authority, an agency of the Government of New South Wale
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VWreck Cove is the largest hydroelectric system in Nova Scotia with a generating capacity of 215.8 MW. Constructed from 1975 to 1978, south of the Cape Breton Highlands National Park, Wreck Cove collects drainage water from 216 square kilometres (83 sq mi) of the Cape Breton Highlands plateau to generate renewable electricity. It consists of two generating stations: the Gisborne Generating Station, with an installed capacity of 3.5 MW, and the Wreck Cove Generating Station, with an installed capacity of 212 MW, producing on average 318 million kWh annually\u2014enough energy to power about 30,000 homes.
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VWreck Cove is the largest hydroelectric system in Nova Scotia with a generating capacity of 215.8 MW. Constructed from 1975 to 1978, south of the Cape Breton Highlands National Park, Wreck Cove collects drainage water from 216 square kilometres (83 sq mi) of the Cape Breton Highlands plateau to generate renewable electricity. It consists of two generating stations: the Gisborne Generating Station, with an installed capacity of 3.5 MW, and the Wreck Cove Generating Station, with an installed capacity of 212 MW, producing on average 318 million kWh annually\u2014enough energy to power about 30,000 homes.
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VWriggleswade Dam is a combined gravity and arch type dam located on the Kubusi River near Stutterheim, Eastern Cape, South Africa. It was established in 1991 and serves primarily for municipal and industrial water supply purposes. The hazard potential of the dam has been ranked high (3).
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VThe Wudu Dam is a concrete gravity dam on the Fu River located 14 km (9 mi) north of Jiangyou in Sichuan Province, China. The primary purpose of the dam is irrigation and it is part of the Sichuan Wudu Irrigated Agricultural Development Project. The dam also provides flood control and supports a 150 MW power station. Construction on the dam began on 1 November 2004 and excavation in March 2005. Pouring of roller-compacted concrete began in 2006 and the dam was complete in 2008. The last generator was commissioned in 2010. The 120 m (394 ft) tall dam creates a reservoir with a capacity of 572,000,000 m3 (463,728 acre\u22c5ft).
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Nsg17
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VThe Wujiangdu Dam is an arch-gravity dam on the Wu River south of Zunyi, Guizhou Province, China. The purpose of the dam is hydroelectric power generation, flood control and navigation. The dam's power stations contain five generators for a total installed capacity of 1,130 MW.
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Nsg17
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g8
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Nsg17
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p170854
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g8
NtRp170855
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VThe Wujiangdu Dam is an arch-gravity dam on the Wu River south of Zunyi, Guizhou Province, China. The purpose of the dam is hydroelectric power generation, flood control and navigation. The dam's power stations contain five generators for a total installed capacity of 1,130 MW.
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sbg6
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g8
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Nsg17
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g8
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p170864
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g8
NtRp170865
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp170868
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Nsg17
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p170870
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g8
NtRp170871
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Nsg17
Nsg11
VPower
p170873
sbNNNNg6
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Nsg17
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VWujing Power Station (Chinese: \u5434\u6cfe\u7535\u5382), also known as Wujing Power Plant or Wujing Thermal Power Project, is a Chinese thermal power plant located in the upper reaches of Huangpu River, with a total installed capacity of 350,000 kilowatts. In September 2017, a Chinese netizen spread a rumor that an explosion had occurred at the Wujing Power Plant in Shanghai. Minhang police imposed a three-day administrative detention on the netizen according to law.
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g8
NtRp170878
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Nsg17
Nsg11
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g8
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Nsg17
Nsg11
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p170886
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g8
NtRp170887
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Nsg17
Nsg11
VPower
p170889
sbNNNNg6
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Nsg17
Nsg11
VWujing Power Station (Chinese: \u5434\u6cfe\u7535\u5382), also known as Wujing Power Plant or Wujing Thermal Power Project, is a Chinese thermal power plant located in the upper reaches of Huangpu River, with a total installed capacity of 350,000 kilowatts. In September 2017, a Chinese netizen spread a rumor that an explosion had occurred at the Wujing Power Plant in Shanghai. Minhang police imposed a three-day administrative detention on the netizen according to law.
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g8
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Nsg17
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V\u0413\u0415\u0421 \u0412\u0443\u043b\u0443\u0432\u0430\u0442\u0456
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sbg6
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g8
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Nsg17
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Nsg17
g27
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p170908
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g16
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g27
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p170911
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g8
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g8
NtRp170915
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g16
Nsg17
Nsg11
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p170917
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g8
NtRp170918
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp170920
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g16
Nsg17
g27
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V6.77e+06
p170922
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g8
NtRp170923
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g16
Nsg17
Nsg11
VChina
p170925
sbg6
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g8
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p170928
sbg6
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g8
NtRp170929
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Nsg17
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VPOINT(79.451110839844 36.824443817139)
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p170935
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g8
NtRp170936
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g16
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VWuluwati-Talsperre
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g8
NtRp170939
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VChina
p170941
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g8
NtRp170942
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
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sbg6
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g8
NtRp170945
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g16
Nsg17
g27
sg11
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p170947
sbg6
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g8
NtRp170948
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g16
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g27
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g8
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g8
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Nsg17
Nsg11
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p170956
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g8
NtRp170957
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Nsg17
Nsg11
VO
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g27
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p170961
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g8
NtRp170962
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Nsg17
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VChina
p170964
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g8
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VThe Wuluwati Dam is a concrete-face rock-fill dam on the in Hotan County, Xinjiang, China. The dam serves to provide water supply, hydroelectric power generation and recreation. Construction began in 1993 with the river's diversion and in 1995, construction on the dam began. The first two generators were operational in December 2000 and the last two in January 2001. The 138 m (453 ft) tall dam withholds a reservoir of 347,000,000 m3 (281,317 acre\u22c5ft). The dam's power station contains four 15 MW Francis turbine-generators.
p170967
sbg6
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NtRp170968
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VPOINT(79.451110839844 36.824443817139)
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g8
NtRp170975
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g16
Nsg17
Nsg11
VWuluwati Dam
p170977
sbg6
(g13
g8
NtRp170978
(dp170979
g16
Nsg17
Nsg11
VChina
p170980
sbg6
(g13
g8
NtRp170981
(dp170982
g16
Nsg17
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VEmbankment, concrete-face rock-fill
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p170986
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Nsg17
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VO
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Nsg17
g27
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V6.77e+06
p171000
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(g13
g8
NtRp171001
(dp171002
g16
Nsg17
Nsg11
VChina
p171003
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NtRp171004
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Nsg17
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VThe Wuluwati Dam is a concrete-face rock-fill dam on the in Hotan County, Xinjiang, China. The dam serves to provide water supply, hydroelectric power generation and recreation. Construction began in 1993 with the river's diversion and in 1995, construction on the dam began. The first two generators were operational in December 2000 and the last two in January 2001. The 138 m (453 ft) tall dam withholds a reservoir of 347,000,000 m3 (281,317 acre\u22c5ft). The dam's power station contains four 15 MW Francis turbine-generators.
p171006
sbg6
(g13
g8
NtRp171007
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VPOINT(79.451110839844 36.824443817139)
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(g13
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NtRp171014
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VBendungan Wunonglong
p171016
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VThe Wunonglong Dam (Chinese: \u4e4c\u5f04\u9f99\u6c34\u7535\u7ad9) is a gravity dam situated on the Lancang (Mekong) River in Weixi Lisu Autonomous County, Yunnan of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production. Construction on the dam began in 2010 and the river was diverted around the foundation in November 2014. In 2016, construction began on the main dam, which was subsequently completed in 2017. By July 2019, all four hydroelectric generators were operational and the power station was operating at its full capacity of 990 MW.
p171043
sbg6
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VPOINT(98.924163818359 27.938611984253)
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VThe Wunonglong Dam (Chinese: \u4e4c\u5f04\u9f99\u6c34\u7535\u7ad9) is a gravity dam situated on the Lancang (Mekong) River in Weixi Lisu Autonomous County, Yunnan of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production. Construction on the dam began in 2010 and the river was diverted around the foundation in November 2014. In 2016, construction began on the main dam, which was subsequently completed in 2017. By July 2019, all four hydroelectric generators were operational and the power station was operating at its full capacity of 990 MW.
p171080
sbg6
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VPOINT(98.924163818359 27.938611984253)
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VThe Wunonglong Dam (Chinese: \u4e4c\u5f04\u9f99\u6c34\u7535\u7ad9) is a gravity dam situated on the Lancang (Mekong) River in Weixi Lisu Autonomous County, Yunnan of Yunnan Province, China. The primary purpose of the dam is hydroelectric power production. Construction on the dam began in 2010 and the river was diverted around the foundation in November 2014. In 2016, construction began on the main dam, which was subsequently completed in 2017. By July 2019, all four hydroelectric generators were operational and the power station was operating at its full capacity of 990 MW.
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VChina
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VThe Wuqiangxi Dam (Chinese: \u4e94\u5f3a\u6eaa\u6c34\u5e93; pinyin: W\u01d4qiángx\u012b Shu\u01d0kù) is a gravity dam on the Yuan River in Yuanling County, Hunan Province, China. The purpose of the dam is flood control, hydroelectric power generation and navigation. The dam supports a 1,200 MW power station (255 MW firm power) along with a three-stage ship lock. Initial construction on the dam began in September 1986 and construction on the dam's structures began in December 1989. All five generators were operational in December 1996.
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VThe Wuqiangxi Dam (Chinese: \u4e94\u5f3a\u6eaa\u6c34\u5e93; pinyin: W\u01d4qiángx\u012b Shu\u01d0kù) is a gravity dam on the Yuan River in Yuanling County, Hunan Province, China. The purpose of the dam is flood control, hydroelectric power generation and navigation. The dam supports a 1,200 MW power station (255 MW firm power) along with a three-stage ship lock. Initial construction on the dam began in September 1986 and construction on the dam's structures began in December 1989. All five generators were operational in December 1996.
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VTaiwan
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VWushantou Reservoir (Chinese: \u70cf\u5c71\u982d\u6c34\u5eab; pinyin: W\u016bsh\u0101ntóu Shu\u01d0kù), sometimes spelled Wushanto or Wusanto, is a reservoir and scenic area located in Lioujia District and Guantian District of Tainan, Taiwan. It is also referred to as Coral Lake (\u73ca\u745a\u6f6d; Sh\u0101nhútán) due to its zigzagging shoreline. The reservoir was designed by engineer Yoichi Hatta and was the largest in Asia at the time of its completion in 1930.
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VWushe Dam (Chinese: \u9727\u793e\u58e9; pinyin: Wùshè Bà) is a gravity dam forming Wushe Reservoir (\u9727\u793e\u6c34\u5eab; Wùshè Shu\u01d0kù), also called Wanda Reservoir (\u842c\u5927\u6c34\u5eab; Wàndà Shu\u01d0kù) and Bihu (\u78a7\u6e56; Bìhú), on the Wushe Creek (\u9727\u793e\u6eaa; Wùshè X\u012b), a tributary of the Zhuoshui River, located in Ren-ai Township, Nantou County, Taiwan. The dam was completed in 1960 after seven years of construction, and serves mainly to generate hydroelectric power.
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VWushe Dam (Chinese: \u9727\u793e\u58e9; pinyin: Wùshè Bà) is a gravity dam forming Wushe Reservoir (\u9727\u793e\u6c34\u5eab; Wùshè Shu\u01d0kù), also called Wanda Reservoir (\u842c\u5927\u6c34\u5eab; Wàndà Shu\u01d0kù) and Bihu (\u78a7\u6e56; Bìhú), on the Wushe Creek (\u9727\u793e\u6eaa; Wùshè X\u012b), a tributary of the Zhuoshui River, located in Ren-ai Township, Nantou County, Taiwan. The dam was completed in 1960 after seven years of construction, and serves mainly to generate hydroelectric power.
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VWushe Dam (Chinese: \u9727\u793e\u58e9; pinyin: Wùshè Bà) is a gravity dam forming Wushe Reservoir (\u9727\u793e\u6c34\u5eab; Wùshè Shu\u01d0kù), also called Wanda Reservoir (\u842c\u5927\u6c34\u5eab; Wàndà Shu\u01d0kù) and Bihu (\u78a7\u6e56; Bìhú), on the Wushe Creek (\u9727\u793e\u6eaa; Wùshè X\u012b), a tributary of the Zhuoshui River, located in Ren-ai Township, Nantou County, Taiwan. The dam was completed in 1960 after seven years of construction, and serves mainly to generate hydroelectric power.
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VThe Wyaralong Dam is a mass concrete gravity dam with an un-gated spillway across the Teviot Brook that is located in the South East region of Queensland, Australia. The main purpose of the dam is for supply of potable water for the Scenic Rim region. The dam was initiated by the Queensland Government in 2006 as a result of the prolonged Millennium drought which saw the catchment areas of South East Queensland's dams receive record low rain. It was completed in 2011.
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VThe Xayaburi Dam is a run-of-river hydroelectric dam on the Lower Mekong River, approximately 30 kilometres (19 mi) east of Sainyabuli (Xayaburi) town in northern Laos. Commercial operation of the dam started in October 2019. The main purpose of the dam is to produce hydroelectric power, 95% of which is to be purchased by the Electricity Generating Authority of Thailand (EGAT). The project is surrounded in controversy due to complaints from downstream riparians and environmentalists. Preliminary construction began in early-2012, but work on the dam itself was suspended shortly thereafter due to complaints from Cambodia and Vietnam downstream. After making modifications to the dam's design, Laos started construction with a ceremony on 7 November 2012. The Xayaburi Dam is the first of the 11
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VBarrage de Xayaburi
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VRun-of-river concrete barrage
p171435
sbg6
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g8
NtRp171436
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g16
Nsg17
g27
sg11
V0.82
p171438
sbNg6
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g8
NtRp171439
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p171441
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NtRp171442
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g16
Nsg17
Nsg11
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p171444
sbg6
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g8
NtRp171445
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g16
Nsg17
Nsg11
VO
sbNg6
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g8
NtRp171447
(dp171448
g16
Nsg17
Nsg11
VLaos
p171449
sbg6
(g13
g8
NtRp171450
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Nsg17
Nsg11
VThe Xayaburi Dam is a run-of-river hydroelectric dam on the Lower Mekong River, approximately 30 kilometres (19 mi) east of Sainyabuli (Xayaburi) town in northern Laos. Commercial operation of the dam started in October 2019. The main purpose of the dam is to produce hydroelectric power, 95% of which is to be purchased by the Electricity Generating Authority of Thailand (EGAT). The project is surrounded in controversy due to complaints from downstream riparians and environmentalists. Preliminary construction began in early-2012, but work on the dam itself was suspended shortly thereafter due to complaints from Cambodia and Vietnam downstream. After making modifications to the dam's design, Laos started construction with a ceremony on 7 November 2012. The Xayaburi Dam is the first of the 11
p171452
sbg6
(g13
g8
NtRp171453
(dp171454
g16
Nsg17
Nsg11
VPOINT(101.81844329834 19.242889404297)
p171455
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g8
NtRp171457
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Vhttp://dbpedia.org/resource/Xayaburi_Dam
p171459
sbg6
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g8
NtRp171460
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g16
Nsg17
Nsg11
VXayaburi-Talsperre
p171462
sbg6
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g8
NtRp171463
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Laos
p171465
sbg6
(g13
g8
NtRp171466
(dp171467
g16
Nsg17
Nsg11
VRun-of-river concrete barrage
p171468
sbg6
(g13
g8
NtRp171469
(dp171470
g16
Nsg17
g27
sg11
V0.82
p171471
sbNg6
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g8
NtRp171472
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g11
Vhttp://dbpedia.org/resource/Xayaburi_Dam__Lake__1
p171474
sbNNg6
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g8
NtRp171475
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mekong
p171477
sbg6
(g13
g8
NtRp171478
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp171480
(dp171481
g16
Nsg17
Nsg11
VLaos
p171482
sbg6
(g13
g8
NtRp171483
(dp171484
g16
Nsg17
Nsg11
VThe Xayaburi Dam is a run-of-river hydroelectric dam on the Lower Mekong River, approximately 30 kilometres (19 mi) east of Sainyabuli (Xayaburi) town in northern Laos. Commercial operation of the dam started in October 2019. The main purpose of the dam is to produce hydroelectric power, 95% of which is to be purchased by the Electricity Generating Authority of Thailand (EGAT). The project is surrounded in controversy due to complaints from downstream riparians and environmentalists. Preliminary construction began in early-2012, but work on the dam itself was suspended shortly thereafter due to complaints from Cambodia and Vietnam downstream. After making modifications to the dam's design, Laos started construction with a ceremony on 7 November 2012. The Xayaburi Dam is the first of the 11
p171485
sbg6
(g13
g8
NtRp171486
(dp171487
g16
Nsg17
Nsg11
VPOINT(101.81844329834 19.242889404297)
p171488
sbtp171489
a(g6
(g7
g8
NtRp171490
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Vhttp://dbpedia.org/resource/Xayaburi_Dam
p171492
sbg6
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g8
NtRp171493
(dp171494
g16
Nsg17
Nsg11
VXayaburi Dam
p171495
sbg6
(g13
g8
NtRp171496
(dp171497
g16
Nsg17
Nsg11
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p171498
sbg6
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g8
NtRp171499
(dp171500
g16
Nsg17
Nsg11
VRun-of-river concrete barrage
p171501
sbg6
(g13
g8
NtRp171502
(dp171503
g16
Nsg17
g27
sg11
V0.82
p171504
sbNg6
(g7
g8
NtRp171505
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g11
Vhttp://dbpedia.org/resource/Xayaburi_Dam__Lake__1
p171507
sbNNg6
(g13
g8
NtRp171508
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mekong
p171510
sbg6
(g13
g8
NtRp171511
(dp171512
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp171513
(dp171514
g16
Nsg17
Nsg11
VLaos
p171515
sbg6
(g13
g8
NtRp171516
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Nsg17
Nsg11
VThe Xayaburi Dam is a run-of-river hydroelectric dam on the Lower Mekong River, approximately 30 kilometres (19 mi) east of Sainyabuli (Xayaburi) town in northern Laos. Commercial operation of the dam started in October 2019. The main purpose of the dam is to produce hydroelectric power, 95% of which is to be purchased by the Electricity Generating Authority of Thailand (EGAT). The project is surrounded in controversy due to complaints from downstream riparians and environmentalists. Preliminary construction began in early-2012, but work on the dam itself was suspended shortly thereafter due to complaints from Cambodia and Vietnam downstream. After making modifications to the dam's design, Laos started construction with a ceremony on 7 November 2012. The Xayaburi Dam is the first of the 11
p171518
sbg6
(g13
g8
NtRp171519
(dp171520
g16
Nsg17
Nsg11
VPOINT(101.81844329834 19.242889404297)
p171521
sbtp171522
a(g6
(g7
g8
NtRp171523
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g11
Vhttp://dbpedia.org/resource/Xiangshuijian_Pumped_Storage_Power_Station
p171525
sbg6
(g13
g8
NtRp171526
(dp171527
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Xi\u01cengshu\u01d0jiàn
p171528
sbg6
(g13
g8
NtRp171529
(dp171530
g16
Nsg17
Nsg11
VChina
p171531
sbNNNg6
(g7
g8
NtRp171532
(dp171533
g11
Vhttp://dbpedia.org/resource/Xiangshuijian_Pumped_Storage_Power_Station__Lake__1
p171534
sbNNNg6
(g13
g8
NtRp171535
(dp171536
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171537
(dp171538
g16
Nsg17
Nsg11
VThe Xiangshuijian Pumped Storage Power Station is a pumped-storage hydroelectric power station located 29 kilometres (18 mi) southwest of Wuhu City in Sanshan District of Anhui Province, China. Construction on the power station began on 8 December 2006 and the upper reservoir dam was completed in October 2010. The first unit was commissioned on 1 December 2011 and the last on 17 November 2012. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xiangshuijian Lower Dam in a valley. The Xiangshuijian Upper Reservoir is in another valley above the west side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Xiangshuijian Lower Reservoi
p171539
sbg6
(g13
g8
NtRp171540
(dp171541
g16
Nsg17
Nsg11
VPOINT(118.29122924805 31.113311767578)
p171542
sbtp171543
a(g6
(g7
g8
NtRp171544
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g11
Vhttp://dbpedia.org/resource/Xiangshuijian_Pumped_Storage_Power_Station
p171546
sbg6
(g13
g8
NtRp171547
(dp171548
g16
Nsg17
Nsg11
VXiangshuijian Pumped Storage Power Station
p171549
sbg6
(g13
g8
NtRp171550
(dp171551
g16
Nsg17
Nsg11
VChina
p171552
sbNNNg6
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g8
NtRp171553
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g11
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p171555
sbNNNg6
(g13
g8
NtRp171556
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171558
(dp171559
g16
Nsg17
Nsg11
VThe Xiangshuijian Pumped Storage Power Station is a pumped-storage hydroelectric power station located 29 kilometres (18 mi) southwest of Wuhu City in Sanshan District of Anhui Province, China. Construction on the power station began on 8 December 2006 and the upper reservoir dam was completed in October 2010. The first unit was commissioned on 1 December 2011 and the last on 17 November 2012. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xiangshuijian Lower Dam in a valley. The Xiangshuijian Upper Reservoir is in another valley above the west side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Xiangshuijian Lower Reservoi
p171560
sbg6
(g13
g8
NtRp171561
(dp171562
g16
Nsg17
Nsg11
VPOINT(118.29122924805 31.113311767578)
p171563
sbtp171564
a(g6
(g7
g8
NtRp171565
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g11
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p171567
sbg6
(g13
g8
NtRp171568
(dp171569
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Xi\u01cengshu\u01d0jiàn
p171570
sbg6
(g13
g8
NtRp171571
(dp171572
g16
Nsg17
Nsg11
VChina
p171573
sbNNNg6
(g7
g8
NtRp171574
(dp171575
g11
Vhttp://dbpedia.org/resource/Xiangshuijian_Pumped_Storage_Power_Station__Lake__1
p171576
sbNNNg6
(g13
g8
NtRp171577
(dp171578
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171579
(dp171580
g16
Nsg17
Nsg11
VThe Xiangshuijian Pumped Storage Power Station is a pumped-storage hydroelectric power station located 29 kilometres (18 mi) southwest of Wuhu City in Sanshan District of Anhui Province, China. Construction on the power station began on 8 December 2006 and the upper reservoir dam was completed in October 2010. The first unit was commissioned on 1 December 2011 and the last on 17 November 2012. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xiangshuijian Lower Dam in a valley. The Xiangshuijian Upper Reservoir is in another valley above the west side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Xiangshuijian Lower Reservoi
p171581
sbg6
(g13
g8
NtRp171582
(dp171583
g16
Nsg17
Nsg11
VPOINT(118.29122924805 31.113311767578)
p171584
sbtp171585
a(g6
(g7
g8
NtRp171586
(dp171587
g11
Vhttp://dbpedia.org/resource/Xiangshuijian_Pumped_Storage_Power_Station
p171588
sbg6
(g13
g8
NtRp171589
(dp171590
g16
Nsg17
Nsg11
VXiangshuijian Pumped Storage Power Station
p171591
sbg6
(g13
g8
NtRp171592
(dp171593
g16
Nsg17
Nsg11
VChina
p171594
sbNNNg6
(g7
g8
NtRp171595
(dp171596
g11
Vhttp://dbpedia.org/resource/Xiangshuijian_Pumped_Storage_Power_Station__Lake__1
p171597
sbNNNg6
(g13
g8
NtRp171598
(dp171599
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171600
(dp171601
g16
Nsg17
Nsg11
VThe Xiangshuijian Pumped Storage Power Station is a pumped-storage hydroelectric power station located 29 kilometres (18 mi) southwest of Wuhu City in Sanshan District of Anhui Province, China. Construction on the power station began on 8 December 2006 and the upper reservoir dam was completed in October 2010. The first unit was commissioned on 1 December 2011 and the last on 17 November 2012. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xiangshuijian Lower Dam in a valley. The Xiangshuijian Upper Reservoir is in another valley above the west side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Xiangshuijian Lower Reservoi
p171602
sbg6
(g13
g8
NtRp171603
(dp171604
g16
Nsg17
Nsg11
VPOINT(118.29122924805 31.113311767578)
p171605
sbtp171606
a(g6
(g7
g8
NtRp171607
(dp171608
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station
p171609
sbg6
(g13
g8
NtRp171610
(dp171611
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Xi\u0101nyóu
p171612
sbg6
(g13
g8
NtRp171613
(dp171614
g16
Nsg17
Nsg11
VChina
p171615
sbNNNg6
(g7
g8
NtRp171616
(dp171617
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station__Lake__1
p171618
sbNNNg6
(g13
g8
NtRp171619
(dp171620
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171621
(dp171622
g16
Nsg17
Nsg11
Vand Xianyou Pumped Storage Power Station is a pumped-storage hydroelectric power station located 47 km (29 mi) west of Putian in Xianyou County of Fujian Province, China. Construction on the project began in May 2009 and the first generator was commissioned in April 2013, the last in December 2013. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xianyou Lower Dam on the Xikou River, a tributary of the Mulan River. The Xianyou Upper Reservoir is located in a valley above the east side of the lower reservoir on the Dajixi River, another tributary of the Mulan. During periods of low energy demand, such as at night, water is pumped from Xianyou Lower Reservoir up to the upper rese
p171623
sbg6
(g13
g8
NtRp171624
(dp171625
g16
Nsg17
Nsg11
VPOINT(118.53311157227 25.527013778687)
p171626
sbtp171627
a(g6
(g7
g8
NtRp171628
(dp171629
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station
p171630
sbg6
(g13
g8
NtRp171631
(dp171632
g16
Nsg17
Nsg11
VXianyou Pumped Storage Power Station
p171633
sbg6
(g13
g8
NtRp171634
(dp171635
g16
Nsg17
Nsg11
VChina
p171636
sbNNNg6
(g7
g8
NtRp171637
(dp171638
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station__Lake__1
p171639
sbNNNg6
(g13
g8
NtRp171640
(dp171641
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171642
(dp171643
g16
Nsg17
Nsg11
Vand Xianyou Pumped Storage Power Station is a pumped-storage hydroelectric power station located 47 km (29 mi) west of Putian in Xianyou County of Fujian Province, China. Construction on the project began in May 2009 and the first generator was commissioned in April 2013, the last in December 2013. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xianyou Lower Dam on the Xikou River, a tributary of the Mulan River. The Xianyou Upper Reservoir is located in a valley above the east side of the lower reservoir on the Dajixi River, another tributary of the Mulan. During periods of low energy demand, such as at night, water is pumped from Xianyou Lower Reservoir up to the upper rese
p171644
sbg6
(g13
g8
NtRp171645
(dp171646
g16
Nsg17
Nsg11
VPOINT(118.53311157227 25.527013778687)
p171647
sbtp171648
a(g6
(g7
g8
NtRp171649
(dp171650
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station
p171651
sbg6
(g13
g8
NtRp171652
(dp171653
g16
Nsg17
Nsg11
VXianyou Pumped Storage Power Station
p171654
sbg6
(g13
g8
NtRp171655
(dp171656
g16
Nsg17
Nsg11
VChina
p171657
sbNNNg6
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g8
NtRp171658
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g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station__Lake__1
p171660
sbNNNg6
(g13
g8
NtRp171661
(dp171662
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171663
(dp171664
g16
Nsg17
Nsg11
Vand Xianyou Pumped Storage Power Station is a pumped-storage hydroelectric power station located 47 km (29 mi) west of Putian in Xianyou County of Fujian Province, China. Construction on the project began in May 2009 and the first generator was commissioned in April 2013, the last in December 2013. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xianyou Lower Dam on the Xikou River, a tributary of the Mulan River. The Xianyou Upper Reservoir is located in a valley above the east side of the lower reservoir on the Dajixi River, another tributary of the Mulan. During periods of low energy demand, such as at night, water is pumped from Xianyou Lower Reservoir up to the upper rese
p171665
sbg6
(g13
g8
NtRp171666
(dp171667
g16
Nsg17
Nsg11
VPOINT(118.53311157227 25.527013778687)
p171668
sbtp171669
a(g6
(g7
g8
NtRp171670
(dp171671
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station
p171672
sbg6
(g13
g8
NtRp171673
(dp171674
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Xi\u0101nyóu
p171675
sbg6
(g13
g8
NtRp171676
(dp171677
g16
Nsg17
Nsg11
VChina
p171678
sbNNNg6
(g7
g8
NtRp171679
(dp171680
g11
Vhttp://dbpedia.org/resource/Xianyou_Pumped_Storage_Power_Station__Lake__1
p171681
sbNNNg6
(g13
g8
NtRp171682
(dp171683
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp171684
(dp171685
g16
Nsg17
Nsg11
Vand Xianyou Pumped Storage Power Station is a pumped-storage hydroelectric power station located 47 km (29 mi) west of Putian in Xianyou County of Fujian Province, China. Construction on the project began in May 2009 and the first generator was commissioned in April 2013, the last in December 2013. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xianyou Lower Dam on the Xikou River, a tributary of the Mulan River. The Xianyou Upper Reservoir is located in a valley above the east side of the lower reservoir on the Dajixi River, another tributary of the Mulan. During periods of low energy demand, such as at night, water is pumped from Xianyou Lower Reservoir up to the upper rese
p171686
sbg6
(g13
g8
NtRp171687
(dp171688
g16
Nsg17
Nsg11
VPOINT(118.53311157227 25.527013778687)
p171689
sbtp171690
a(g6
(g7
g8
NtRp171691
(dp171692
g11
Vhttp://dbpedia.org/resource/Xiaolangdi_Dam
p171693
sbg6
(g13
g8
NtRp171694
(dp171695
g16
Nsg17
Nsg11
V\u5c0f\u6d6a\u5e95\u9547
p171696
sbg6
(g13
g8
NtRp171697
(dp171698
g16
Nsg17
Nsg11
VChina
p171699
sbg6
(g13
g8
NtRp171700
(dp171701
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p171702
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g8
NtRp171703
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g11
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p171705
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g8
NtRp171706
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p171708
sbg6
(g13
g8
NtRp171709
(dp171710
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp171711
(dp171712
g16
Nsg17
Nsg11
VChina
p171713
sbg6
(g13
g8
NtRp171714
(dp171715
g16
Nsg17
Nsg11
VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
p171716
sbg6
(g13
g8
NtRp171717
(dp171718
g16
Nsg17
Nsg11
VPOINT(112.36528015137 34.923889160156)
p171719
sbtp171720
a(g6
(g7
g8
NtRp171721
(dp171722
g11
Vhttp://dbpedia.org/resource/Xiaolangdi_Dam
p171723
sbg6
(g13
g8
NtRp171724
(dp171725
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Xi\u01ceolàngd\u01d0
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VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
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VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
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VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
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VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
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VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
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VXiaolangdi-Talsperre
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VThe Xiaolangdi Dam (Chinese: \u5c0f\u6d6a\u5e95; Pinyin: Xi\u01ceolàngd\u01d0) is a dam in Jiyuan, Henan Province, China, and impounds the Yellow River. The facility is located about 20 km to the northwest of Luoyang. It has a total installed capacity of 1,836 MW and generates up to 5.1 TWh annually with the help of six 306 MW turbines. The dam stands 154 m (505 ft) tall and 1,317 m (4,321 ft) wide. It cost US$3.5 billion to construct.
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VThe Xiaonanhai Dam was a proposed dam on the Yangtze River in Chongqing, China. It was to have an associated 1,760 MW hydroelectric power station. Preliminary construction on the dam began on 29 March 2012 and earliest completion was expected in 2019. However, it was cancelled in March 2015 due to environmental concerns.
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VThe Xiaonanhai Dam was a proposed dam on the Yangtze River in Chongqing, China. It was to have an associated 1,760 MW hydroelectric power station. Preliminary construction on the dam began on 29 March 2012 and earliest completion was expected in 2019. However, it was cancelled in March 2015 due to environmental concerns.
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VXilinxa Dam is a dam on the , lying between Nqamakwe and Idutywa in the Eastern Cape, South Africa.
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VXilinxa Dam is a dam on the , lying between Nqamakwe and Idutywa in the Eastern Cape, South Africa.
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VThe Xilongchi Pumped Storage Power Station is a pumped-storage hydroelectric power station located 50 km (31 mi) east of Xinzhou in Wutai County of Shanxi Province, China. It was constructed between 2001 and 2008. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xilongchi Lower Dam. The Xilongchi Upper Reservoir is located high atop a mountain above the northeast side of the lower reservoir. Both reservoirs are located between the confluence of the Hutuo and Qingshui Rivers. During periods of low energy demand, such as at night, water is pumped from Xilongchi Lower Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower rese
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VThe Xilongchi Pumped Storage Power Station is a pumped-storage hydroelectric power station located 50 km (31 mi) east of Xinzhou in Wutai County of Shanxi Province, China. It was constructed between 2001 and 2008. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the creation of the Xilongchi Lower Dam. The Xilongchi Upper Reservoir is located high atop a mountain above the northeast side of the lower reservoir. Both reservoirs are located between the confluence of the Hutuo and Qingshui Rivers. During periods of low energy demand, such as at night, water is pumped from Xilongchi Lower Reservoir up to the upper reservoir. When energy demand is high, the water is released back down to the lower rese
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VThe Yacyretá Dam or Jasyretâ-Apipé Hydroelectric Power Station (from Guaraní jasy retã, "land of the moon") is a dam and hydroelectric power plant built over the waterfalls of Jasyretâ-Apipé in the Paraná River, between the Paraguayan City of Ayolas and the Argentine Province of Corrientes. The dam is named for Yacyretá Island just upstream, much of which the dam submerged. The word "Yacyreta" is the Hispanicized spelling of the original Guaraní term Jasyretâ. In 2014 Paraguay consumed almost 5 percent of its share of Yacyreta's production, exporting the rest to Argentina.
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VThe Yacyretá Dam or Jasyretâ-Apipé Hydroelectric Power Station (from Guaraní jasy retã, "land of the moon") is a dam and hydroelectric power plant built over the waterfalls of Jasyretâ-Apipé in the Paraná River, between the Paraguayan City of Ayolas and the Argentine Province of Corrientes. The dam is named for Yacyretá Island just upstream, much of which the dam submerged. The word "Yacyreta" is the Hispanicized spelling of the original Guaraní term Jasyretâ. In 2014 Paraguay consumed almost 5 percent of its share of Yacyreta's production, exporting the rest to Argentina.
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VThe Yacyretá Dam or Jasyretâ-Apipé Hydroelectric Power Station (from Guaraní jasy retã, "land of the moon") is a dam and hydroelectric power plant built over the waterfalls of Jasyretâ-Apipé in the Paraná River, between the Paraguayan City of Ayolas and the Argentine Province of Corrientes. The dam is named for Yacyretá Island just upstream, much of which the dam submerged. The word "Yacyreta" is the Hispanicized spelling of the original Guaraní term Jasyretâ. In 2014 Paraguay consumed almost 5 percent of its share of Yacyreta's production, exporting the rest to Argentina.
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VThe Yacyretá Dam or Jasyretâ-Apipé Hydroelectric Power Station (from Guaraní jasy retã, "land of the moon") is a dam and hydroelectric power plant built over the waterfalls of Jasyretâ-Apipé in the Paraná River, between the Paraguayan City of Ayolas and the Argentine Province of Corrientes. The dam is named for Yacyretá Island just upstream, much of which the dam submerged. The word "Yacyreta" is the Hispanicized spelling of the original Guaraní term Jasyretâ. In 2014 Paraguay consumed almost 5 percent of its share of Yacyreta's production, exporting the rest to Argentina.
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VThe Yacyretá Dam or Jasyretâ-Apipé Hydroelectric Power Station (from Guaraní jasy retã, "land of the moon") is a dam and hydroelectric power plant built over the waterfalls of Jasyretâ-Apipé in the Paraná River, between the Paraguayan City of Ayolas and the Argentine Province of Corrientes. The dam is named for Yacyretá Island just upstream, much of which the dam submerged. The word "Yacyreta" is the Hispanicized spelling of the original Guaraní term Jasyretâ. In 2014 Paraguay consumed almost 5 percent of its share of Yacyreta's production, exporting the rest to Argentina.
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VThe Yali Falls Dam is the second largest dam in Vietnam, located in Gia Lai and Kon Tum provinces on the Krong Poko, a tributary of the Sesan River, in the Central Highlands of Vietnam, about 70 kilometres (43 mi) upstream of the Cambodian border. The 69-metre (226 ft)-high dam was begun in 1993 and sealed in 1996, with the 64.5 square kilometres (24.9 sq mi) reservoir filled by 1998. It aims to generate 720 MW of hydropower.
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VThe Yali Falls Dam is the second largest dam in Vietnam, located in Gia Lai and Kon Tum provinces on the Krong Poko, a tributary of the Sesan River, in the Central Highlands of Vietnam, about 70 kilometres (43 mi) upstream of the Cambodian border. The 69-metre (226 ft)-high dam was begun in 1993 and sealed in 1996, with the 64.5 square kilometres (24.9 sq mi) reservoir filled by 1998. It aims to generate 720 MW of hydropower.
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VThe Yali Falls Dam is the second largest dam in Vietnam, located in Gia Lai and Kon Tum provinces on the Krong Poko, a tributary of the Sesan River, in the Central Highlands of Vietnam, about 70 kilometres (43 mi) upstream of the Cambodian border. The 69-metre (226 ft)-high dam was begun in 1993 and sealed in 1996, with the 64.5 square kilometres (24.9 sq mi) reservoir filled by 1998. It aims to generate 720 MW of hydropower.
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VThe Yamdrok Hydropower Station (Chinese: \u7f8a\u5353\u96cd\u6e56\u62bd\u6c34\u84c4\u80fd\u7535\u5382), also known as the Yamdrok Yumtso or Yamzhog Yumcog hydropower station, is a hydroelectric power station just north of Yamdrok Lake, about 16 km (9.9 mi) southwest of Qüxü.The power station is in the Lhoka (Shannan) Prefecture of the Tibet Autonomous Region, China. Opposition to using the lake, considered holy, delayed construction at first. The project ran into difficulties and was two years late, completed in 1998.
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VThe Yamhill River lock and dam was completed in 1900. It was built near Lafayette, Oregon, to allow better river transport on the Yamhill River from Dayton, to McMinnville, Oregon. While the Corps of Engineers had recommended against construction of the lock, it was built anyway, largely as a result of political effort by the backers of the project. For almost forty years prior to the lock construction there had been efforts made to construct a lock and dam on the Yamhill River.
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VYanaizu Dam is a gravity dam on the Tadami River 2 km (1 mi) upstream of Yanaizu in the Fukushima Prefecture of Japan. It was constructed between December 1952 and August 1953 for the purpose of hydroelectric power generation. It supplies a 75 MW power station with water.
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VYanaizu Dam is a gravity dam on the Tadami River 2 km (1 mi) upstream of Yanaizu in the Fukushima Prefecture of Japan. It was constructed between December 1952 and August 1953 for the purpose of hydroelectric power generation. It supplies a 75 MW power station with water.
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VYanaizu Dam is a gravity dam on the Tadami River 2 km (1 mi) upstream of Yanaizu in the Fukushima Prefecture of Japan. It was constructed between December 1952 and August 1953 for the purpose of hydroelectric power generation. It supplies a 75 MW power station with water.
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Vhttp://dbpedia.org/resource/Yangqu_Dam
p173001
sbg6
(g13
g8
NtRp173002
(dp173003
g16
Nsg17
Nsg11
VYangqu Dam
p173004
sbg6
(g13
g8
NtRp173005
(dp173006
g16
Nsg17
Nsg11
VChina
p173007
sbg6
(g13
g8
NtRp173008
(dp173009
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p173010
sbNNg6
(g7
g8
NtRp173011
(dp173012
g11
Vhttp://dbpedia.org/resource/Yangqu_Dam__Lake__1
p173013
sbNg6
(g13
g8
NtRp173014
(dp173015
g16
Nsg17
Nsg11
VPower
p173016
sbg6
(g13
g8
NtRp173017
(dp173018
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p173019
sbg6
(g13
g8
NtRp173020
(dp173021
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173022
(dp173023
g16
Nsg17
Nsg11
VChina
p173024
sbg6
(g13
g8
NtRp173025
(dp173026
g16
Nsg17
Nsg11
VThe Yanqu Dam is a concrete-face rock-fill dam on the Yellow River in Xinghai County, Qinghai Province, China. Construction on the dam began in 2010 and its 1,200 MW hydroelectric power station became operational in 2016. It is located upstream of the Longyangxia Dam.
p173027
sbg6
(g13
g8
NtRp173028
(dp173029
g16
Nsg17
Nsg11
VPOINT(100.26889038086 35.701110839844)
p173030
sbtp173031
a(g6
(g7
g8
NtRp173032
(dp173033
g11
Vhttp://dbpedia.org/resource/Yangqu_Dam
p173034
sbg6
(g13
g8
NtRp173035
(dp173036
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Yángq\u016b
p173037
sbg6
(g13
g8
NtRp173038
(dp173039
g16
Nsg17
Nsg11
VChina
p173040
sbg6
(g13
g8
NtRp173041
(dp173042
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p173043
sbNNg6
(g7
g8
NtRp173044
(dp173045
g11
Vhttp://dbpedia.org/resource/Yangqu_Dam__Lake__1
p173046
sbNg6
(g13
g8
NtRp173047
(dp173048
g16
Nsg17
Nsg11
VPower
p173049
sbg6
(g13
g8
NtRp173050
(dp173051
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yellow_River
p173052
sbg6
(g13
g8
NtRp173053
(dp173054
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173055
(dp173056
g16
Nsg17
Nsg11
VChina
p173057
sbg6
(g13
g8
NtRp173058
(dp173059
g16
Nsg17
Nsg11
VThe Yanqu Dam is a concrete-face rock-fill dam on the Yellow River in Xinghai County, Qinghai Province, China. Construction on the dam began in 2010 and its 1,200 MW hydroelectric power station became operational in 2016. It is located upstream of the Longyangxia Dam.
p173060
sbg6
(g13
g8
NtRp173061
(dp173062
g16
Nsg17
Nsg11
VPOINT(100.26889038086 35.701110839844)
p173063
sbtp173064
a(g6
(g7
g8
NtRp173065
(dp173066
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station
p173067
sbg6
(g13
g8
NtRp173068
(dp173069
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Yangyang
p173070
sbg6
(g13
g8
NtRp173071
(dp173072
g16
Nsg17
Nsg11
VSouth Korea
p173073
sbNNNg6
(g7
g8
NtRp173074
(dp173075
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station__Lake__1
p173076
sbg6
(g13
g8
NtRp173077
(dp173078
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Korea_Hydro_&_Nuclear_Power
p173079
sbNNg6
(g13
g8
NtRp173080
(dp173081
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173082
(dp173083
g16
Nsg17
Nsg11
VThe Yangyang Pumped Storage Power Station uses the water of the Namdae-Chun River to operate a 1,000-megawatt (1,300,000 hp) pumped storage hydroelectric power scheme, about 10 kilometres (6.2 mi) west of Yangyang in Gangwon Province, South Korea. The lower reservoir is created by the Yangyang Dam on the Namdae and the upper reservoir by the Inje Dam is located 937 metres (3,074 ft) above the power plant. Construction on the power plant began in 1996 and it was completed and dedicated on September 13, 2006. It is operated by Korean Midland Power Co., a subsidiary of Korea Electric Power Company and was completed at a cost of \u20a91.1 trillion won (US$1.4 billion). The first generator was operational on February 23, 2006 and the last August 10, 2006.
p173084
sbg6
(g13
g8
NtRp173085
(dp173086
g16
Nsg17
Nsg11
VPOINT(128.54277038574 38.010276794434)
p173087
sbtp173088
a(g6
(g7
g8
NtRp173089
(dp173090
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station
p173091
sbg6
(g13
g8
NtRp173092
(dp173093
g16
Nsg17
Nsg11
VYangyang Pumped Storage Power Station
p173094
sbg6
(g13
g8
NtRp173095
(dp173096
g16
Nsg17
Nsg11
VSouth Korea
p173097
sbNNNg6
(g7
g8
NtRp173098
(dp173099
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station__Lake__1
p173100
sbg6
(g13
g8
NtRp173101
(dp173102
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Korea_Hydro_&_Nuclear_Power
p173103
sbNNg6
(g13
g8
NtRp173104
(dp173105
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173106
(dp173107
g16
Nsg17
Nsg11
VThe Yangyang Pumped Storage Power Station uses the water of the Namdae-Chun River to operate a 1,000-megawatt (1,300,000 hp) pumped storage hydroelectric power scheme, about 10 kilometres (6.2 mi) west of Yangyang in Gangwon Province, South Korea. The lower reservoir is created by the Yangyang Dam on the Namdae and the upper reservoir by the Inje Dam is located 937 metres (3,074 ft) above the power plant. Construction on the power plant began in 1996 and it was completed and dedicated on September 13, 2006. It is operated by Korean Midland Power Co., a subsidiary of Korea Electric Power Company and was completed at a cost of \u20a91.1 trillion won (US$1.4 billion). The first generator was operational on February 23, 2006 and the last August 10, 2006.
p173108
sbg6
(g13
g8
NtRp173109
(dp173110
g16
Nsg17
Nsg11
VPOINT(128.54277038574 38.010276794434)
p173111
sbtp173112
a(g6
(g7
g8
NtRp173113
(dp173114
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station
p173115
sbg6
(g13
g8
NtRp173116
(dp173117
g16
Nsg17
Nsg11
VYangyangyangsubaljeonso
p173118
sbg6
(g13
g8
NtRp173119
(dp173120
g16
Nsg17
Nsg11
VSouth Korea
p173121
sbNNNg6
(g7
g8
NtRp173122
(dp173123
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station__Lake__1
p173124
sbg6
(g13
g8
NtRp173125
(dp173126
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Korea_Hydro_&_Nuclear_Power
p173127
sbNNg6
(g13
g8
NtRp173128
(dp173129
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173130
(dp173131
g16
Nsg17
Nsg11
VThe Yangyang Pumped Storage Power Station uses the water of the Namdae-Chun River to operate a 1,000-megawatt (1,300,000 hp) pumped storage hydroelectric power scheme, about 10 kilometres (6.2 mi) west of Yangyang in Gangwon Province, South Korea. The lower reservoir is created by the Yangyang Dam on the Namdae and the upper reservoir by the Inje Dam is located 937 metres (3,074 ft) above the power plant. Construction on the power plant began in 1996 and it was completed and dedicated on September 13, 2006. It is operated by Korean Midland Power Co., a subsidiary of Korea Electric Power Company and was completed at a cost of \u20a91.1 trillion won (US$1.4 billion). The first generator was operational on February 23, 2006 and the last August 10, 2006.
p173132
sbg6
(g13
g8
NtRp173133
(dp173134
g16
Nsg17
Nsg11
VPOINT(128.54277038574 38.010276794434)
p173135
sbtp173136
a(g6
(g7
g8
NtRp173137
(dp173138
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station
p173139
sbg6
(g13
g8
NtRp173140
(dp173141
g16
Nsg17
Nsg11
V\uc591\uc591\uc591\uc218\ubc1c\uc804\uc18c
p173142
sbg6
(g13
g8
NtRp173143
(dp173144
g16
Nsg17
Nsg11
VSouth Korea
p173145
sbNNNg6
(g7
g8
NtRp173146
(dp173147
g11
Vhttp://dbpedia.org/resource/Yangyang_Pumped_Storage_Power_Station__Lake__1
p173148
sbg6
(g13
g8
NtRp173149
(dp173150
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Korea_Hydro_&_Nuclear_Power
p173151
sbNNg6
(g13
g8
NtRp173152
(dp173153
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173154
(dp173155
g16
Nsg17
Nsg11
VThe Yangyang Pumped Storage Power Station uses the water of the Namdae-Chun River to operate a 1,000-megawatt (1,300,000 hp) pumped storage hydroelectric power scheme, about 10 kilometres (6.2 mi) west of Yangyang in Gangwon Province, South Korea. The lower reservoir is created by the Yangyang Dam on the Namdae and the upper reservoir by the Inje Dam is located 937 metres (3,074 ft) above the power plant. Construction on the power plant began in 1996 and it was completed and dedicated on September 13, 2006. It is operated by Korean Midland Power Co., a subsidiary of Korea Electric Power Company and was completed at a cost of \u20a91.1 trillion won (US$1.4 billion). The first generator was operational on February 23, 2006 and the last August 10, 2006.
p173156
sbg6
(g13
g8
NtRp173157
(dp173158
g16
Nsg17
Nsg11
VPOINT(128.54277038574 38.010276794434)
p173159
sbtp173160
a(g6
(g7
g8
NtRp173161
(dp173162
g11
Vhttp://dbpedia.org/resource/Yantan_Dam
p173163
sbg6
(g13
g8
NtRp173164
(dp173165
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u042f\u043d\u044c\u0442\u0430\u043d\u044c
p173166
sbg6
(g13
g8
NtRp173167
(dp173168
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p173169
sbg6
(g13
g8
NtRp173170
(dp173171
g16
Nsg17
Nsg11
VGravity
p173172
sbg6
(g13
g8
NtRp173173
(dp173174
g16
Nsg17
g27
sg11
V0.525
p173175
sbNg6
(g7
g8
NtRp173176
(dp173177
g11
Vhttp://dbpedia.org/resource/Yantan_Dam__Lake__1
p173178
sbNNg6
(g13
g8
NtRp173179
(dp173180
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hongshui_River
p173181
sbg6
(g13
g8
NtRp173182
(dp173183
g16
Nsg17
Nsg11
VIn use
p173184
sbNg6
(g13
g8
NtRp173185
(dp173186
g16
Nsg17
Nsg11
VChina
p173187
sbg6
(g13
g8
NtRp173188
(dp173189
g16
Nsg17
Nsg11
VThe Yantan Dam (Chinese: \u5ca9\u6ee9\u5927\u575d; pinyin: Yánt\u0101n Dàbà) is a gravity dam on the Hongshui River near Dahua County, Guangxi China. The main purpose of the dam is hydroelectric power production and it has an associated 1,210 MW power station consisting of 4 x 302.5 MW Francis turbine-generators.
p173190
sbg6
(g13
g8
NtRp173191
(dp173192
g16
Nsg17
Nsg11
VPOINT(107.51194763184 24.040555953979)
p173193
sbtp173194
a(g6
(g7
g8
NtRp173195
(dp173196
g11
Vhttp://dbpedia.org/resource/Yantan_Dam
p173197
sbg6
(g13
g8
NtRp173198
(dp173199
g16
Nsg17
Nsg11
V\u5ca9\u6ee9\u6c34\u7535\u7ad9
p173200
sbg6
(g13
g8
NtRp173201
(dp173202
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p173203
sbg6
(g13
g8
NtRp173204
(dp173205
g16
Nsg17
Nsg11
VGravity
p173206
sbg6
(g13
g8
NtRp173207
(dp173208
g16
Nsg17
g27
sg11
V0.525
p173209
sbNg6
(g7
g8
NtRp173210
(dp173211
g11
Vhttp://dbpedia.org/resource/Yantan_Dam__Lake__1
p173212
sbNNg6
(g13
g8
NtRp173213
(dp173214
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hongshui_River
p173215
sbg6
(g13
g8
NtRp173216
(dp173217
g16
Nsg17
Nsg11
VIn use
p173218
sbNg6
(g13
g8
NtRp173219
(dp173220
g16
Nsg17
Nsg11
VChina
p173221
sbg6
(g13
g8
NtRp173222
(dp173223
g16
Nsg17
Nsg11
VThe Yantan Dam (Chinese: \u5ca9\u6ee9\u5927\u575d; pinyin: Yánt\u0101n Dàbà) is a gravity dam on the Hongshui River near Dahua County, Guangxi China. The main purpose of the dam is hydroelectric power production and it has an associated 1,210 MW power station consisting of 4 x 302.5 MW Francis turbine-generators.
p173224
sbg6
(g13
g8
NtRp173225
(dp173226
g16
Nsg17
Nsg11
VPOINT(107.51194763184 24.040555953979)
p173227
sbtp173228
a(g6
(g7
g8
NtRp173229
(dp173230
g11
Vhttp://dbpedia.org/resource/Yantan_Dam
p173231
sbg6
(g13
g8
NtRp173232
(dp173233
g16
Nsg17
Nsg11
VYantan Dam
p173234
sbg6
(g13
g8
NtRp173235
(dp173236
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/China
p173237
sbg6
(g13
g8
NtRp173238
(dp173239
g16
Nsg17
Nsg11
VGravity
p173240
sbg6
(g13
g8
NtRp173241
(dp173242
g16
Nsg17
g27
sg11
V0.525
p173243
sbNg6
(g7
g8
NtRp173244
(dp173245
g11
Vhttp://dbpedia.org/resource/Yantan_Dam__Lake__1
p173246
sbNNg6
(g13
g8
NtRp173247
(dp173248
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Hongshui_River
p173249
sbg6
(g13
g8
NtRp173250
(dp173251
g16
Nsg17
Nsg11
VIn use
p173252
sbNg6
(g13
g8
NtRp173253
(dp173254
g16
Nsg17
Nsg11
VChina
p173255
sbg6
(g13
g8
NtRp173256
(dp173257
g16
Nsg17
Nsg11
VThe Yantan Dam (Chinese: \u5ca9\u6ee9\u5927\u575d; pinyin: Yánt\u0101n Dàbà) is a gravity dam on the Hongshui River near Dahua County, Guangxi China. The main purpose of the dam is hydroelectric power production and it has an associated 1,210 MW power station consisting of 4 x 302.5 MW Francis turbine-generators.
p173258
sbg6
(g13
g8
NtRp173259
(dp173260
g16
Nsg17
Nsg11
VPOINT(107.51194763184 24.040555953979)
p173261
sbtp173262
a(g6
(g7
g8
NtRp173263
(dp173264
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station
p173265
sbg6
(g13
g8
NtRp173266
(dp173267
g16
Nsg17
Nsg11
VYards Creek Generating Station
p173268
sbg6
(g13
g8
NtRp173269
(dp173270
g16
Nsg17
Nsg11
VUnited States
p173271
sbNNNg6
(g7
g8
NtRp173272
(dp173273
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station__Lake__1
p173274
sbg6
(g13
g8
NtRp173275
(dp173276
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/FirstEnergy
p173277
sbNNg6
(g13
g8
NtRp173278
(dp173279
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173280
(dp173281
g16
Nsg17
Nsg11
VYards Creek Generating Station is pumped-storage hydroelectric plant in Blairstown and Hardwick Township in Warren County, New Jersey.The facility is owned by LS Power Group, which purchased it from Public Service Enterprise Group and FirstEnergy in 2020 and 2021. It has an installed capacity of 420 MW.
p173282
sbg6
(g13
g8
NtRp173283
(dp173284
g16
Nsg17
Nsg11
VPOINT(-75.031555175781 41.000823974609)
p173285
sbtp173286
a(g6
(g7
g8
NtRp173287
(dp173288
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station
p173289
sbg6
(g13
g8
NtRp173290
(dp173291
g16
Nsg17
Nsg11
VYards Creek Generating Station
p173292
sbg6
(g13
g8
NtRp173293
(dp173294
g16
Nsg17
Nsg11
VUnited States
p173295
sbNNNg6
(g7
g8
NtRp173296
(dp173297
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station__Lake__1
p173298
sbg6
(g13
g8
NtRp173299
(dp173300
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Service_Enterprise_Group
p173301
sbNNg6
(g13
g8
NtRp173302
(dp173303
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173304
(dp173305
g16
Nsg17
Nsg11
VYards Creek Generating Station is pumped-storage hydroelectric plant in Blairstown and Hardwick Township in Warren County, New Jersey.The facility is owned by LS Power Group, which purchased it from Public Service Enterprise Group and FirstEnergy in 2020 and 2021. It has an installed capacity of 420 MW.
p173306
sbg6
(g13
g8
NtRp173307
(dp173308
g16
Nsg17
Nsg11
VPOINT(-75.031555175781 41.000823974609)
p173309
sbtp173310
a(g6
(g7
g8
NtRp173311
(dp173312
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station
p173313
sbg6
(g13
g8
NtRp173314
(dp173315
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Yards Creek
p173316
sbg6
(g13
g8
NtRp173317
(dp173318
g16
Nsg17
Nsg11
VUnited States
p173319
sbNNNg6
(g7
g8
NtRp173320
(dp173321
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station__Lake__1
p173322
sbg6
(g13
g8
NtRp173323
(dp173324
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/FirstEnergy
p173325
sbNNg6
(g13
g8
NtRp173326
(dp173327
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173328
(dp173329
g16
Nsg17
Nsg11
VYards Creek Generating Station is pumped-storage hydroelectric plant in Blairstown and Hardwick Township in Warren County, New Jersey.The facility is owned by LS Power Group, which purchased it from Public Service Enterprise Group and FirstEnergy in 2020 and 2021. It has an installed capacity of 420 MW.
p173330
sbg6
(g13
g8
NtRp173331
(dp173332
g16
Nsg17
Nsg11
VPOINT(-75.031555175781 41.000823974609)
p173333
sbtp173334
a(g6
(g7
g8
NtRp173335
(dp173336
g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station
p173337
sbg6
(g13
g8
NtRp173338
(dp173339
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Yards Creek
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sbg6
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g8
NtRp173341
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g16
Nsg17
Nsg11
VUnited States
p173343
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g8
NtRp173344
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g11
Vhttp://dbpedia.org/resource/Yards_Creek_Generating_Station__Lake__1
p173346
sbg6
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g8
NtRp173347
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Public_Service_Enterprise_Group
p173349
sbNNg6
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g8
NtRp173350
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp173352
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Nsg17
Nsg11
VYards Creek Generating Station is pumped-storage hydroelectric plant in Blairstown and Hardwick Township in Warren County, New Jersey.The facility is owned by LS Power Group, which purchased it from Public Service Enterprise Group and FirstEnergy in 2020 and 2021. It has an installed capacity of 420 MW.
p173354
sbg6
(g13
g8
NtRp173355
(dp173356
g16
Nsg17
Nsg11
VPOINT(-75.031555175781 41.000823974609)
p173357
sbtp173358
a(g6
(g7
g8
NtRp173359
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g11
Vhttp://dbpedia.org/resource/Yaté_Dam
p173361
sbg6
(g13
g8
NtRp173362
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g16
Nsg17
Nsg11
VBarrage de Yaté
p173364
sbg6
(g13
g8
NtRp173365
(dp173366
g16
Nsg17
Nsg11
VFrance
p173367
sbNg6
(g13
g8
NtRp173368
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g16
Nsg17
g27
sg11
V0.58
p173370
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g8
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p173373
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NtRp173374
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Nsg17
Nsg11
VPower
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g8
NtRp173377
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yaté_River
p173379
sbg6
(g13
g8
NtRp173380
(dp173381
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173382
(dp173383
g16
Nsg17
Nsg11
VNew Caledonia
p173384
sbg6
(g13
g8
NtRp173385
(dp173386
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Nsg17
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VThe Yaté Dam is an arch dam on the Yaté River in Yaté commune of New Caledonia, France. The primary purpose of the dam is hydroelectric power generation and it supports a 68 MW power station. Plans for the project began in the early 1950s and the dam was designed by Coyne et Bellier. The owner and operator of the project, New Caledonian Society Energy (ENERCAL), was established on 27 August 1955 to implement the project. Construction began that year and the power station was commissioned in 1958. The dam and entire scheme was inaugurated by Jacques Soustelle, then Minister of State in charge of Overseas Departments, on 21 September 1959. It is the tallest dam and creates the largest reservoir in New Caledonia.
p173387
sbg6
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g8
NtRp173388
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g16
Nsg17
Nsg11
VPOINT(166.88125610352 -22.15175819397)
p173390
sbtp173391
a(g6
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g8
NtRp173392
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g11
Vhttp://dbpedia.org/resource/Yaté_Dam
p173394
sbg6
(g13
g8
NtRp173395
(dp173396
g16
Nsg17
Nsg11
VYaté Dam
p173397
sbg6
(g13
g8
NtRp173398
(dp173399
g16
Nsg17
Nsg11
VFrance
p173400
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(g13
g8
NtRp173401
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Nsg17
g27
sg11
V0.58
p173403
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g8
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p173406
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g8
NtRp173407
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g16
Nsg17
Nsg11
VPower
p173409
sbg6
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g8
NtRp173410
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Yaté_River
p173412
sbg6
(g13
g8
NtRp173413
(dp173414
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173415
(dp173416
g16
Nsg17
Nsg11
VNew Caledonia
p173417
sbg6
(g13
g8
NtRp173418
(dp173419
g16
Nsg17
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VThe Yaté Dam is an arch dam on the Yaté River in Yaté commune of New Caledonia, France. The primary purpose of the dam is hydroelectric power generation and it supports a 68 MW power station. Plans for the project began in the early 1950s and the dam was designed by Coyne et Bellier. The owner and operator of the project, New Caledonian Society Energy (ENERCAL), was established on 27 August 1955 to implement the project. Construction began that year and the power station was commissioned in 1958. The dam and entire scheme was inaugurated by Jacques Soustelle, then Minister of State in charge of Overseas Departments, on 21 September 1959. It is the tallest dam and creates the largest reservoir in New Caledonia.
p173420
sbg6
(g13
g8
NtRp173421
(dp173422
g16
Nsg17
Nsg11
VPOINT(166.88125610352 -22.15175819397)
p173423
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g8
NtRp173425
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g11
Vhttp://dbpedia.org/resource/Yayangshan_Dam
p173427
sbg6
(g13
g8
NtRp173428
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g16
Nsg17
Nsg11
V\u042f\u044f\u043d\u0448\u0430\u043d\u044c
p173430
sbg6
(g13
g8
NtRp173431
(dp173432
g16
Nsg17
Nsg11
VChina
p173433
sbg6
(g13
g8
NtRp173434
(dp173435
g16
Nsg17
Nsg11
VEmbankment,concrete-face rock-fill
p173436
sbg6
(g13
g8
NtRp173437
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g16
Nsg17
g27
sg11
V0.236
p173439
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g8
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p173442
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g8
NtRp173443
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p173445
sbg6
(g13
g8
NtRp173446
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp173448
(dp173449
g16
Nsg17
g27
sg11
V1.38e+06
p173450
sbg6
(g13
g8
NtRp173451
(dp173452
g16
Nsg17
Nsg11
VChina
p173453
sbg6
(g13
g8
NtRp173454
(dp173455
g16
Nsg17
Nsg11
VThe Yayangshan Dam (\u5d16\u7f8a\u5c71\u5927\u575d) is a concrete-face rock-fill dam on the Lixian River, bordering the counties of Ning'er and Mojiang in Yunnan Province, China. It is located 56 km (35 mi) from Pu'er City. The primary purpose of the dam is hydroelectric power generation and it supports a 120 MW power station. Construction began in 2003, the river was diverted in 2004 and the two 60 MW generators were commissioned in 2006. It is the first dam in the Lixian River cascade.
p173456
sbg6
(g13
g8
NtRp173457
(dp173458
g16
Nsg17
Nsg11
VPOINT(101.39472961426 23.1015625)
p173459
sbtp173460
a(g6
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g8
NtRp173461
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g11
Vhttp://dbpedia.org/resource/Yayangshan_Dam
p173463
sbg6
(g13
g8
NtRp173464
(dp173465
g16
Nsg17
Nsg11
VYayangshan Dam
p173466
sbg6
(g13
g8
NtRp173467
(dp173468
g16
Nsg17
Nsg11
VChina
p173469
sbg6
(g13
g8
NtRp173470
(dp173471
g16
Nsg17
Nsg11
VEmbankment,concrete-face rock-fill
p173472
sbg6
(g13
g8
NtRp173473
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g16
Nsg17
g27
sg11
V0.236
p173475
sbNg6
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g8
NtRp173476
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g11
Vhttp://dbpedia.org/resource/Yayangshan_Dam__Lake__1
p173478
sbNNg6
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g8
NtRp173479
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Lixian_River
p173481
sbg6
(g13
g8
NtRp173482
(dp173483
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp173484
(dp173485
g16
Nsg17
g27
sg11
V1.38e+06
p173486
sbg6
(g13
g8
NtRp173487
(dp173488
g16
Nsg17
Nsg11
VChina
p173489
sbg6
(g13
g8
NtRp173490
(dp173491
g16
Nsg17
Nsg11
VThe Yayangshan Dam (\u5d16\u7f8a\u5c71\u5927\u575d) is a concrete-face rock-fill dam on the Lixian River, bordering the counties of Ning'er and Mojiang in Yunnan Province, China. It is located 56 km (35 mi) from Pu'er City. The primary purpose of the dam is hydroelectric power generation and it supports a 120 MW power station. Construction began in 2003, the river was diverted in 2004 and the two 60 MW generators were commissioned in 2006. It is the first dam in the Lixian River cascade.
p173492
sbg6
(g13
g8
NtRp173493
(dp173494
g16
Nsg17
Nsg11
VPOINT(101.39472961426 23.1015625)
p173495
sbtp173496
a(g6
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g8
NtRp173497
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g11
Vhttp://dbpedia.org/resource/Yebatan_Hydropower_Station
p173499
sbg6
(g13
g8
NtRp173500
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g16
Nsg17
Nsg11
VYebatan Hydropower Station
p173502
sbg6
(g13
g8
NtRp173503
(dp173504
g16
Nsg17
Nsg11
VChina
p173505
sbNNNNNg6
(g13
g8
NtRp173506
(dp173507
g16
Nsg17
Nsg11
VPower, flood control, navigation
p173508
sbNNNNg6
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g8
NtRp173509
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Nsg17
Nsg11
VThe Yebatan Hydropower Station (Chinese: \u53f6\u5df4\u6ee9\u6c34\u7535\u7ad9) is the hydropower project with the largest installed capacity in the upper reaches of the Jinsha River. It is located at the junction of Baiyu County in Sichuan Province and in Tibet Autonomous Region. Since it is an arch dam, it is also called as the Yebatan Arch Dam, with a maximum height of 217 meters. The total investment in this project is ¥ 33.36 billion, and its first generating unit is expected to be operational by 2025, and the total installed capacity is 2.24 million kilowatts.
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g8
NtRp173513
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Vhttp://dbpedia.org/resource/Yedigöze_Dam
p173515
sbg6
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g8
NtRp173516
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g16
Nsg17
Nsg11
VYedigöze-Talsperre
p173518
sbg6
(g13
g8
NtRp173519
(dp173520
g16
Nsg17
Nsg11
VTurkey
p173521
sbg6
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g8
NtRp173522
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p173524
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g8
NtRp173525
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Vhttp://dbpedia.org/resource/Yedigöze_Dam__Lake__1
p173527
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g8
NtRp173528
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Nsg17
Nsg11
VPower, irrigation
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sbg6
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g8
NtRp173531
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p173533
sbg6
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g8
NtRp173534
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173536
(dp173537
g16
Nsg17
Nsg11
VTurkey
p173538
sbg6
(g13
g8
NtRp173539
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Nsg17
Nsg11
VThe Yedigöze Dam, also known as Sani Bey Dam, is a concrete-face rock-fill dam on the Seyhan River bordering \u0130mamo\u011flu and Alada\u011f districts in Adana Province, Turkey. The primary purpose of the dam is hydroelectric power generation and irrigation. The dam's power station has an installed capacity of 320 MW and the reservoir will help irrigate 75,000 ha (190,000 acres). Construction began in 2007 and the river was diverted by 2008. In the same year construction on the actual dam began and the reservoir began to fill on 15 June 2010. By November 2010 the remaining construction work was complete and the generators were commissioned in 2011. Construction on the irrigation works is ongoing.
p173541
sbg6
(g13
g8
NtRp173542
(dp173543
g16
Nsg17
Nsg11
VPOINT(35.445297241211 37.401504516602)
p173544
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g8
NtRp173546
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Vhttp://dbpedia.org/resource/Yedigöze_Dam
p173548
sbg6
(g13
g8
NtRp173549
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Nsg17
Nsg11
V\u0413\u0415\u0421 \u0404\u0434\u0456\u0433\u0435\u0437\u0435-\u0421\u0430\u043d\u0456\u0431\u0435\u0439
p173551
sbg6
(g13
g8
NtRp173552
(dp173553
g16
Nsg17
Nsg11
VTurkey
p173554
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g8
NtRp173555
(dp173556
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
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g8
NtRp173558
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g11
Vhttp://dbpedia.org/resource/Yedigöze_Dam__Lake__1
p173560
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g8
NtRp173561
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Nsg17
Nsg11
VPower, irrigation
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g8
NtRp173564
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p173566
sbg6
(g13
g8
NtRp173567
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173569
(dp173570
g16
Nsg17
Nsg11
VTurkey
p173571
sbg6
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g8
NtRp173572
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Nsg17
Nsg11
VThe Yedigöze Dam, also known as Sani Bey Dam, is a concrete-face rock-fill dam on the Seyhan River bordering \u0130mamo\u011flu and Alada\u011f districts in Adana Province, Turkey. The primary purpose of the dam is hydroelectric power generation and irrigation. The dam's power station has an installed capacity of 320 MW and the reservoir will help irrigate 75,000 ha (190,000 acres). Construction began in 2007 and the river was diverted by 2008. In the same year construction on the actual dam began and the reservoir began to fill on 15 June 2010. By November 2010 the remaining construction work was complete and the generators were commissioned in 2011. Construction on the irrigation works is ongoing.
p173574
sbg6
(g13
g8
NtRp173575
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g16
Nsg17
Nsg11
VPOINT(35.445297241211 37.401504516602)
p173577
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g8
NtRp173579
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p173581
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g8
NtRp173582
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Nsg11
V\u0413\u0415\u0421 \u0404\u0434\u0456\u0433\u0435\u0437\u0435-\u0421\u0430\u043d\u0456\u0431\u0435\u0439
p173584
sbg6
(g13
g8
NtRp173585
(dp173586
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Nsg17
Nsg11
VTurkey
p173587
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(g13
g8
NtRp173588
(dp173589
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
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g8
NtRp173591
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Vhttp://dbpedia.org/resource/Yedigöze_Dam__Lake__1
p173593
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g8
NtRp173594
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Nsg17
Nsg11
VPower, irrigation
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g8
NtRp173597
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p173599
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Nsg17
Nsg11
VO
sbNg6
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NtRp173602
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g16
Nsg17
Nsg11
VTurkey
p173604
sbg6
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g8
NtRp173605
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Nsg17
Nsg11
VThe Yedigöze Dam, also known as Sani Bey Dam, is a concrete-face rock-fill dam on the Seyhan River bordering \u0130mamo\u011flu and Alada\u011f districts in Adana Province, Turkey. The primary purpose of the dam is hydroelectric power generation and irrigation. The dam's power station has an installed capacity of 320 MW and the reservoir will help irrigate 75,000 ha (190,000 acres). Construction began in 2007 and the river was diverted by 2008. In the same year construction on the actual dam began and the reservoir began to fill on 15 June 2010. By November 2010 the remaining construction work was complete and the generators were commissioned in 2011. Construction on the irrigation works is ongoing.
p173607
sbg6
(g13
g8
NtRp173608
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Nsg17
Nsg11
VPOINT(35.445297241211 37.401504516602)
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NtRp173612
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p173614
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(g13
g8
NtRp173615
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0404\u0434\u0456\u0433\u0435\u0437\u0435-\u0421\u0430\u043d\u0456\u0431\u0435\u0439
p173617
sbg6
(g13
g8
NtRp173618
(dp173619
g16
Nsg17
Nsg11
VTurkey
p173620
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g8
NtRp173621
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g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p173623
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g8
NtRp173624
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p173626
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g8
NtRp173627
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Nsg17
Nsg11
VPower, irrigation
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g8
NtRp173630
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Seyhan_River
p173632
sbg6
(g13
g8
NtRp173633
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g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp173635
(dp173636
g16
Nsg17
Nsg11
VTurkey
p173637
sbg6
(g13
g8
NtRp173638
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Nsg17
Nsg11
VThe Yedigöze Dam, also known as Sani Bey Dam, is a concrete-face rock-fill dam on the Seyhan River bordering \u0130mamo\u011flu and Alada\u011f districts in Adana Province, Turkey. The primary purpose of the dam is hydroelectric power generation and irrigation. The dam's power station has an installed capacity of 320 MW and the reservoir will help irrigate 75,000 ha (190,000 acres). Construction began in 2007 and the river was diverted by 2008. In the same year construction on the actual dam began and the reservoir began to fill on 15 June 2010. By November 2010 the remaining construction work was complete and the generators were commissioned in 2011. Construction on the irrigation works is ongoing.
p173640
sbg6
(g13
g8
NtRp173641
(dp173642
g16
Nsg17
Nsg11
VPOINT(35.445297241211 37.401504516602)
p173643
sbtp173644
a(g6
(g7
g8
NtRp173645
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g11
Vhttp://dbpedia.org/resource/Yedigöze_Dam
p173647
sbg6
(g13
g8
NtRp173648
(dp173649
g16
Nsg17
Nsg11
VYedigöze Dam
p173650
sbg6
(g13
g8
NtRp173651
(dp173652
g16
Nsg17
Nsg11
VTurkey
p173653
sbg6
(g13
g8
NtRp173654
(dp173655
g16
Nsg17
Nsg11
VEmbankment, concrete-face rock-fill
p173656
sbNNg6
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g8
NtRp173657
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g11
Vhttp://dbpedia.org/resource/Yedigöze_Dam__Lake__1
p173659
sbNg6
(g13
g8
NtRp173660
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g16
Nsg17
Nsg11
VPower, irrigation
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VThe Yedigöze Dam, also known as Sani Bey Dam, is a concrete-face rock-fill dam on the Seyhan River bordering \u0130mamo\u011flu and Alada\u011f districts in Adana Province, Turkey. The primary purpose of the dam is hydroelectric power generation and irrigation. The dam's power station has an installed capacity of 320 MW and the reservoir will help irrigate 75,000 ha (190,000 acres). Construction began in 2007 and the river was diverted by 2008. In the same year construction on the actual dam began and the reservoir began to fill on 15 June 2010. By November 2010 the remaining construction work was complete and the generators were commissioned in 2011. Construction on the irrigation works is ongoing.
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VThe Yedigöze Dam, also known as Sani Bey Dam, is a concrete-face rock-fill dam on the Seyhan River bordering \u0130mamo\u011flu and Alada\u011f districts in Adana Province, Turkey. The primary purpose of the dam is hydroelectric power generation and irrigation. The dam's power station has an installed capacity of 320 MW and the reservoir will help irrigate 75,000 ha (190,000 acres). Construction began in 2007 and the river was diverted by 2008. In the same year construction on the actual dam began and the reservoir began to fill on 15 June 2010. By November 2010 the remaining construction work was complete and the generators were commissioned in 2011. Construction on the irrigation works is ongoing.
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VThe Yedisu Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), in Ki\u011f\u0131 district of Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the second dam in the Peri River cascade. Construction on the dam began in 2009 and its power station was commissioned in 2011. The entire project was inaugurated in 2012. It is owned and operated by Özalt\u0131n Energy.
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VYedisu Dam
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VTurkey
p173763
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VThe Yedisu Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), in Ki\u011f\u0131 district of Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the second dam in the Peri River cascade. Construction on the dam began in 2009 and its power station was commissioned in 2011. The entire project was inaugurated in 2012. It is owned and operated by Özalt\u0131n Energy.
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VChina
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NtRp173789
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p173791
sbg6
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NtRp173792
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VOperational
p173794
sbg6
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V6.2e+06
p173797
sbg6
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NtRp173798
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VChina
p173800
sbg6
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NtRp173801
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VThe Yele Dam is an embankment dam on the Nanya River along the border of Mianning County and Shimian County, Sichuan Province, China. It is 124.5 metres (408 ft) high and 411 metres (1,348 ft) long. Because the dam lies within a Level VIII earthquake intensity zone, its core is composed of asphalt concrete. Construction on the dam began in 2000, the reservoir began impounding on January 1, 2005 and the entire project was complete in August 2006. The purpose of the dam is to produce hydroelectricity and it supports a 240 MW power station. Water from the dam's reservoir is diverted into a 7.2 kilometres (4 mi) long headrace tunnel before reaching the power station.
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VUnited States
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VConcrete arch-gravity
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VYellowtail Dam is a dam across the Bighorn River in south central Montana in the United States. The mid-1960s era concrete arch dam serves to regulate the flow of the Bighorn for irrigation purposes and to generate hydroelectric power. The dam and its reservoir, Bighorn Lake, are owned by the U.S. Bureau of Reclamation.
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VYellowtail Dam is a dam across the Bighorn River in south central Montana in the United States. The mid-1960s era concrete arch dam serves to regulate the flow of the Bighorn for irrigation purposes and to generate hydroelectric power. The dam and its reservoir, Bighorn Lake, are owned by the U.S. Bureau of Reclamation.
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VYellowtail Dam is a dam across the Bighorn River in south central Montana in the United States. The mid-1960s era concrete arch dam serves to regulate the flow of the Bighorn for irrigation purposes and to generate hydroelectric power. The dam and its reservoir, Bighorn Lake, are owned by the U.S. Bureau of Reclamation.
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VYellowtail Dam is a dam across the Bighorn River in south central Montana in the United States. The mid-1960s era concrete arch dam serves to regulate the flow of the Bighorn for irrigation purposes and to generate hydroelectric power. The dam and its reservoir, Bighorn Lake, are owned by the U.S. Bureau of Reclamation.
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VYellowtail Dam is a dam across the Bighorn River in south central Montana in the United States. The mid-1960s era concrete arch dam serves to regulate the flow of the Bighorn for irrigation purposes and to generate hydroelectric power. The dam and its reservoir, Bighorn Lake, are owned by the U.S. Bureau of Reclamation.
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VYenice Dam is a dam on the Sakarya River near Yenice on the border of Eski\u015fehir and Ankara Province, Turkey. It houses a 38 MW hydroelectric power station. It was constructed between 1985 and 2000. The development was backed by the Turkish State Hydraulic Works.
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VYenice Dam is a dam on the Sakarya River near Yenice on the border of Eski\u015fehir and Ankara Province, Turkey. It houses a 38 MW hydroelectric power station. It was constructed between 1985 and 2000. The development was backed by the Turkish State Hydraulic Works.
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VYenice Dam is a dam on the Sakarya River near Yenice on the border of Eski\u015fehir and Ankara Province, Turkey. It houses a 38 MW hydroelectric power station. It was constructed between 1985 and 2000. The development was backed by the Turkish State Hydraulic Works.
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VTel-Yeruham Dam, also known as, Yeruham Dam is a masonry dam situated on the Revivim Stream, a tributary of the HaBesor Stream, in Yeruham, Southern District, Israel. The dam has many purposes which include flood control, irrigation, municipal water supply, tourism and recreation. It impounded Lake Yeruham between 1953 and 1954. In 1974 the area around the lake was improved with plants and facilities to improve recreation.
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VThe Yesa Reservoir is located in the Pyrenees, and is formed with the damming of the Aragon River, in the Navarre town of Yesa (Spain), although the largest area of the reservoir is located in the province of Zaragoza, extending from east to west. It is located to the northwest of the Aragonese province of Zaragoza and to the east of Navarre. Most of it floods lands of the so-called , in the Aragonese region of Jacetania in the municipalities of Sigüés, , Escó, and . It is known by the nickname Mar de los Pirineos (English: sea of the Pyrenees) and is located at the entrance of the aforementioned. It is the largest navigable area of Aragon and it is the source of the Bardenas Canal that transfers water to the Ribera area south of Navarra and irrigates the Bardenas Reales and the Cinco Vill
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VThe Yesa Reservoir is located in the Pyrenees, and is formed with the damming of the Aragon River, in the Navarre town of Yesa (Spain), although the largest area of the reservoir is located in the province of Zaragoza, extending from east to west. It is located to the northwest of the Aragonese province of Zaragoza and to the east of Navarre. Most of it floods lands of the so-called , in the Aragonese region of Jacetania in the municipalities of Sigüés, , Escó, and . It is known by the nickname Mar de los Pirineos (English: sea of the Pyrenees) and is located at the entrance of the aforementioned. It is the largest navigable area of Aragon and it is the source of the Bardenas Canal that transfers water to the Ribera area south of Navarra and irrigates the Bardenas Reales and the Cinco Vill
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VThe Yesa Reservoir is located in the Pyrenees, and is formed with the damming of the Aragon River, in the Navarre town of Yesa (Spain), although the largest area of the reservoir is located in the province of Zaragoza, extending from east to west. It is located to the northwest of the Aragonese province of Zaragoza and to the east of Navarre. Most of it floods lands of the so-called , in the Aragonese region of Jacetania in the municipalities of Sigüés, , Escó, and . It is known by the nickname Mar de los Pirineos (English: sea of the Pyrenees) and is located at the entrance of the aforementioned. It is the largest navigable area of Aragon and it is the source of the Bardenas Canal that transfers water to the Ribera area south of Navarra and irrigates the Bardenas Reales and the Cinco Vill
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VThe Yesa Reservoir is located in the Pyrenees, and is formed with the damming of the Aragon River, in the Navarre town of Yesa (Spain), although the largest area of the reservoir is located in the province of Zaragoza, extending from east to west. It is located to the northwest of the Aragonese province of Zaragoza and to the east of Navarre. Most of it floods lands of the so-called , in the Aragonese region of Jacetania in the municipalities of Sigüés, , Escó, and . It is known by the nickname Mar de los Pirineos (English: sea of the Pyrenees) and is located at the entrance of the aforementioned. It is the largest navigable area of Aragon and it is the source of the Bardenas Canal that transfers water to the Ribera area south of Navarra and irrigates the Bardenas Reales and the Cinco Vill
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(g13
g8
NtRp174666
(dp174667
g16
Nsg17
Nsg11
VThe Yingzidu Dam is a concrete-face rock-fill dam on the Sancha River, a tributary of the Wu River, in Pingba County of Guizhou Province, China. The purpose of the dam is hydroelectric power production and flood control. It supports a 360 MW power station located just downstream. At a normal elevation of 1,086 m (3,563 ft) the reservoir withholds 455,000,000 m3 (369,000 acre\u22c5ft) but it can hold up to 531,000,000 m3 (430,000 acre\u22c5ft) in the event of a flood. The spillway on the dam can also discharge up to 8,386 m3/s (296,100 cu ft/s) of water. Construction on the dam began on 8 November 2000 and on 10 April 2003 it began to impound its reservoir. On 22 May of the same year the first generator was commissioned, the second in August. By June 2004, the project was complete.
p174668
sbg6
(g13
g8
NtRp174669
(dp174670
g16
Nsg17
Nsg11
VPOINT(106.13798522949 26.584121704102)
p174671
sbtp174672
a(g6
(g7
g8
NtRp174673
(dp174674
g11
Vhttp://dbpedia.org/resource/Yinpan_Dam
p174675
sbg6
(g13
g8
NtRp174676
(dp174677
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Yínpán
p174678
sbg6
(g13
g8
NtRp174679
(dp174680
g16
Nsg17
Nsg11
VChina
p174681
sbg6
(g13
g8
NtRp174682
(dp174683
g16
Nsg17
Nsg11
VGravity
p174684
sbNNg6
(g7
g8
NtRp174685
(dp174686
g11
Vhttp://dbpedia.org/resource/Yinpan_Dam__Lake__1
p174687
sbNg6
(g13
g8
NtRp174688
(dp174689
g16
Nsg17
Nsg11
VPower, navigation
p174690
sbg6
(g13
g8
NtRp174691
(dp174692
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p174693
sbNNg6
(g13
g8
NtRp174694
(dp174695
g16
Nsg17
Nsg11
VChina
p174696
sbg6
(g13
g8
NtRp174697
(dp174698
g16
Nsg17
Nsg11
VThe Yinpan Dam is a gravity dam on the Wu River in Wulong County of Chongqing Municipality, China. The primary purpose of the dam is hydroelectric power production and navigation. It supports a 500-ton ship lift and a 600 MW power station. Construction on the project began in 2005 and it was completed in 2011 with the first generator commissioned in May of the same year, the fourth in December.
p174699
sbg6
(g13
g8
NtRp174700
(dp174701
g16
Nsg17
Nsg11
VPOINT(107.88806152344 29.273149490356)
p174702
sbtp174703
a(g6
(g7
g8
NtRp174704
(dp174705
g11
Vhttp://dbpedia.org/resource/Yinpan_Dam
p174706
sbg6
(g13
g8
NtRp174707
(dp174708
g16
Nsg17
Nsg11
VYinpan Dam
p174709
sbg6
(g13
g8
NtRp174710
(dp174711
g16
Nsg17
Nsg11
VChina
p174712
sbg6
(g13
g8
NtRp174713
(dp174714
g16
Nsg17
Nsg11
VGravity
p174715
sbNNg6
(g7
g8
NtRp174716
(dp174717
g11
Vhttp://dbpedia.org/resource/Yinpan_Dam__Lake__1
p174718
sbNg6
(g13
g8
NtRp174719
(dp174720
g16
Nsg17
Nsg11
VPower, navigation
p174721
sbg6
(g13
g8
NtRp174722
(dp174723
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Wu_River_(Yangtze_River_tributary)
p174724
sbNNg6
(g13
g8
NtRp174725
(dp174726
g16
Nsg17
Nsg11
VChina
p174727
sbg6
(g13
g8
NtRp174728
(dp174729
g16
Nsg17
Nsg11
VThe Yinpan Dam is a gravity dam on the Wu River in Wulong County of Chongqing Municipality, China. The primary purpose of the dam is hydroelectric power production and navigation. It supports a 500-ton ship lift and a 600 MW power station. Construction on the project began in 2005 and it was completed in 2011 with the first generator commissioned in May of the same year, the fourth in December.
p174730
sbg6
(g13
g8
NtRp174731
(dp174732
g16
Nsg17
Nsg11
VPOINT(107.88806152344 29.273149490356)
p174733
sbtp174734
a(g6
(g7
g8
NtRp174735
(dp174736
g11
Vhttp://dbpedia.org/resource/Yixing_Pumped_Storage_Power_Station
p174737
sbg6
(g13
g8
NtRp174738
(dp174739
g16
Nsg17
Nsg11
VYixing Pumped Storage Power Station
p174740
sbg6
(g13
g8
NtRp174741
(dp174742
g16
Nsg17
Nsg11
VChina
p174743
sbNNNg6
(g7
g8
NtRp174744
(dp174745
g11
Vhttp://dbpedia.org/resource/Yixing_Pumped_Storage_Power_Station__Lake__1
p174746
sbNNNg6
(g13
g8
NtRp174747
(dp174748
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp174749
(dp174750
g16
Nsg17
Nsg11
VThe Yixing Pumped Storage Power Station is a pumped-storage hydroelectric power station located Yixing city of Jiangsu Province, China. Construction on the power station began in 2003 and the first unit was commissioned in 2007, the last in 2008. The entire project cost US$490 million, of which US$145 million was provided by the World Bank. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the existing Huiwu Dam at the foot of Mount Tongguan. The Yixing Upper Reservoir is located atop Mount Tongguan which peaks at 530 metres (1,740 ft) above sea level. During periods of low energy demand, such as at night, water is pumped from Huiwu Lower Reservoir up to the upper reservoir. When energy demand is h
p174751
sbg6
(g13
g8
NtRp174752
(dp174753
g16
Nsg17
Nsg11
VPOINT(119.75777435303 31.314653396606)
p174754
sbtp174755
a(g6
(g7
g8
NtRp174756
(dp174757
g11
Vhttp://dbpedia.org/resource/Yixing_Pumped_Storage_Power_Station
p174758
sbg6
(g13
g8
NtRp174759
(dp174760
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Yíxìng
p174761
sbg6
(g13
g8
NtRp174762
(dp174763
g16
Nsg17
Nsg11
VChina
p174764
sbNNNg6
(g7
g8
NtRp174765
(dp174766
g11
Vhttp://dbpedia.org/resource/Yixing_Pumped_Storage_Power_Station__Lake__1
p174767
sbNNNg6
(g13
g8
NtRp174768
(dp174769
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp174770
(dp174771
g16
Nsg17
Nsg11
VThe Yixing Pumped Storage Power Station is a pumped-storage hydroelectric power station located Yixing city of Jiangsu Province, China. Construction on the power station began in 2003 and the first unit was commissioned in 2007, the last in 2008. The entire project cost US$490 million, of which US$145 million was provided by the World Bank. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir was formed with the existing Huiwu Dam at the foot of Mount Tongguan. The Yixing Upper Reservoir is located atop Mount Tongguan which peaks at 530 metres (1,740 ft) above sea level. During periods of low energy demand, such as at night, water is pumped from Huiwu Lower Reservoir up to the upper reservoir. When energy demand is h
p174772
sbg6
(g13
g8
NtRp174773
(dp174774
g16
Nsg17
Nsg11
VPOINT(119.75777435303 31.314653396606)
p174775
sbtp174776
a(g6
(g7
g8
NtRp174777
(dp174778
g11
Vhttp://dbpedia.org/resource/Yongfu_Power_Station
p174779
sbg6
(g13
g8
NtRp174780
(dp174781
g16
Nsg17
Nsg11
VYongfu Power Station
p174782
sbg6
(g13
g8
NtRp174783
(dp174784
g16
Nsg17
Nsg11
VChina
p174785
sbNNNNNg6
(g13
g8
NtRp174786
(dp174787
g16
Nsg17
Nsg11
VPower
p174788
sbNNNNg6
(g13
g8
NtRp174789
(dp174790
g16
Nsg17
Nsg11
VYongfu Power Station (Chinese: \u6c38\u798f\u7535\u5382), also known as Guodian Yongfu Power Plant or Yongfu Power Plant, is a Chinese thermal power plant located at Yongfu County. The power plant belongs to China Energy Investment Corporation.
p174791
sbNtp174792
a(g6
(g7
g8
NtRp174793
(dp174794
g11
Vhttp://dbpedia.org/resource/Yulongyan_Dam
p174795
sbg6
(g13
g8
NtRp174796
(dp174797
g16
Nsg17
Nsg11
VYulongyan Dam
p174798
sbg6
(g13
g8
NtRp174799
(dp174800
g16
Nsg17
Nsg11
VChina
p174801
sbg6
(g13
g8
NtRp174802
(dp174803
g16
Nsg17
Nsg11
VArch
p174804
sbg6
(g13
g8
NtRp174805
(dp174806
g16
Nsg17
g27
sg11
V0.469
p174807
sbNg6
(g7
g8
NtRp174808
(dp174809
g11
Vhttp://dbpedia.org/resource/Yulongyan_Dam__Lake__1
p174810
sbNNg6
(g13
g8
NtRp174811
(dp174812
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Gongxi_River
p174813
sbg6
(g13
g8
NtRp174814
(dp174815
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp174816
(dp174817
g16
Nsg17
Nsg11
VChina
p174818
sbg6
(g13
g8
NtRp174819
(dp174820
g16
Nsg17
Nsg11
VThe Yulongyan Dam is an arch dam on the located 32 km (20 mi) east of Hongjiang in Hunan Province, China. The primary purpose of the dam is hydroelectric power generation but it also provides flood control and water for irrigation. Construction initially began in 1992 but work was halted due to a lack of funding. In 2003 construction began again and the dam was complete in 2005 with the power station commissioned in 2006. The 96 m (315 ft) tall dam creates a reservoir with a capacity of 57,800,000 cubic metres (46,900 acre\u22c5ft) and its power station has an installed capacity of 25 MW.
p174821
sbg6
(g13
g8
NtRp174822
(dp174823
g16
Nsg17
Nsg11
VPOINT(110.14778137207 27.111389160156)
p174824
sbtp174825
a(g6
(g7
g8
NtRp174826
(dp174827
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam
p174828
sbg6
(g13
g8
NtRp174829
(dp174830
g16
Nsg17
Nsg11
VYusufeli Dam
p174831
sbg6
(g13
g8
NtRp174832
(dp174833
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p174834
sbg6
(g13
g8
NtRp174835
(dp174836
g16
Nsg17
Nsg11
VArch, double-curvature
p174837
sbg6
(g13
g8
NtRp174838
(dp174839
g16
Nsg17
g27
sg11
V0.49
p174840
sbNg6
(g7
g8
NtRp174841
(dp174842
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam__Lake__1
p174843
sbg6
(g13
g8
NtRp174844
(dp174845
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p174846
sbNg6
(g13
g8
NtRp174847
(dp174848
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p174849
sbg6
(g13
g8
NtRp174850
(dp174851
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp174852
(dp174853
g16
Nsg17
g27
sg11
V2.9e+06
p174854
sbg6
(g13
g8
NtRp174855
(dp174856
g16
Nsg17
Nsg11
VTurkey
p174857
sbg6
(g13
g8
NtRp174858
(dp174859
g16
Nsg17
Nsg11
VThe Yusufeli Dam is an arch dam on the Çoruh River near Yusufeli in Artvin Province within the eastern Black Sea region of Turkey. The Yusufeli Dam will be the second largest dam within the larger Çoruh River Development Plan, which plans to build 13 dams, of which two are operational and another two are under construction. The dam's main purpose is hydroelectric power production and it will support a 540 MW power station. The dam is controversial because of its projected impact on the biodiversity within its reservoir area along with the relocation of locals.
p174860
sbg6
(g13
g8
NtRp174861
(dp174862
g16
Nsg17
Nsg11
VPOINT(41.645278930664 40.817222595215)
p174863
sbtp174864
a(g6
(g7
g8
NtRp174865
(dp174866
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam
p174867
sbg6
(g13
g8
NtRp174868
(dp174869
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u042e\u0441\u0443\u0444\u0435\u0439\u043b\u0456
p174870
sbg6
(g13
g8
NtRp174871
(dp174872
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p174873
sbg6
(g13
g8
NtRp174874
(dp174875
g16
Nsg17
Nsg11
VArch, double-curvature
p174876
sbg6
(g13
g8
NtRp174877
(dp174878
g16
Nsg17
g27
sg11
V0.49
p174879
sbNg6
(g7
g8
NtRp174880
(dp174881
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam__Lake__1
p174882
sbg6
(g13
g8
NtRp174883
(dp174884
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p174885
sbNg6
(g13
g8
NtRp174886
(dp174887
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p174888
sbg6
(g13
g8
NtRp174889
(dp174890
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp174891
(dp174892
g16
Nsg17
g27
sg11
V2.9e+06
p174893
sbg6
(g13
g8
NtRp174894
(dp174895
g16
Nsg17
Nsg11
VTurkey
p174896
sbg6
(g13
g8
NtRp174897
(dp174898
g16
Nsg17
Nsg11
VThe Yusufeli Dam is an arch dam on the Çoruh River near Yusufeli in Artvin Province within the eastern Black Sea region of Turkey. The Yusufeli Dam will be the second largest dam within the larger Çoruh River Development Plan, which plans to build 13 dams, of which two are operational and another two are under construction. The dam's main purpose is hydroelectric power production and it will support a 540 MW power station. The dam is controversial because of its projected impact on the biodiversity within its reservoir area along with the relocation of locals.
p174899
sbg6
(g13
g8
NtRp174900
(dp174901
g16
Nsg17
Nsg11
VPOINT(41.645278930664 40.817222595215)
p174902
sbtp174903
a(g6
(g7
g8
NtRp174904
(dp174905
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam
p174906
sbg6
(g13
g8
NtRp174907
(dp174908
g16
Nsg17
Nsg11
V\u0413\u042d\u0421 \u042e\u0441\u0443\u0444\u0435\u043b\u0438
p174909
sbg6
(g13
g8
NtRp174910
(dp174911
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p174912
sbg6
(g13
g8
NtRp174913
(dp174914
g16
Nsg17
Nsg11
VArch, double-curvature
p174915
sbg6
(g13
g8
NtRp174916
(dp174917
g16
Nsg17
g27
sg11
V0.49
p174918
sbNg6
(g7
g8
NtRp174919
(dp174920
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam__Lake__1
p174921
sbg6
(g13
g8
NtRp174922
(dp174923
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p174924
sbNg6
(g13
g8
NtRp174925
(dp174926
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p174927
sbg6
(g13
g8
NtRp174928
(dp174929
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp174930
(dp174931
g16
Nsg17
g27
sg11
V2.9e+06
p174932
sbg6
(g13
g8
NtRp174933
(dp174934
g16
Nsg17
Nsg11
VTurkey
p174935
sbg6
(g13
g8
NtRp174936
(dp174937
g16
Nsg17
Nsg11
VThe Yusufeli Dam is an arch dam on the Çoruh River near Yusufeli in Artvin Province within the eastern Black Sea region of Turkey. The Yusufeli Dam will be the second largest dam within the larger Çoruh River Development Plan, which plans to build 13 dams, of which two are operational and another two are under construction. The dam's main purpose is hydroelectric power production and it will support a 540 MW power station. The dam is controversial because of its projected impact on the biodiversity within its reservoir area along with the relocation of locals.
p174938
sbg6
(g13
g8
NtRp174939
(dp174940
g16
Nsg17
Nsg11
VPOINT(41.645278930664 40.817222595215)
p174941
sbtp174942
a(g6
(g7
g8
NtRp174943
(dp174944
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam
p174945
sbg6
(g13
g8
NtRp174946
(dp174947
g16
Nsg17
Nsg11
VYusufelijská p\u0159ehradní nádr\u017e
p174948
sbg6
(g13
g8
NtRp174949
(dp174950
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p174951
sbg6
(g13
g8
NtRp174952
(dp174953
g16
Nsg17
Nsg11
VArch, double-curvature
p174954
sbg6
(g13
g8
NtRp174955
(dp174956
g16
Nsg17
g27
sg11
V0.49
p174957
sbNg6
(g7
g8
NtRp174958
(dp174959
g11
Vhttp://dbpedia.org/resource/Yusufeli_Dam__Lake__1
p174960
sbg6
(g13
g8
NtRp174961
(dp174962
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p174963
sbNg6
(g13
g8
NtRp174964
(dp174965
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Çoruh_River
p174966
sbg6
(g13
g8
NtRp174967
(dp174968
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp174969
(dp174970
g16
Nsg17
g27
sg11
V2.9e+06
p174971
sbg6
(g13
g8
NtRp174972
(dp174973
g16
Nsg17
Nsg11
VTurkey
p174974
sbg6
(g13
g8
NtRp174975
(dp174976
g16
Nsg17
Nsg11
VThe Yusufeli Dam is an arch dam on the Çoruh River near Yusufeli in Artvin Province within the eastern Black Sea region of Turkey. The Yusufeli Dam will be the second largest dam within the larger Çoruh River Development Plan, which plans to build 13 dams, of which two are operational and another two are under construction. The dam's main purpose is hydroelectric power production and it will support a 540 MW power station. The dam is controversial because of its projected impact on the biodiversity within its reservoir area along with the relocation of locals.
p174977
sbg6
(g13
g8
NtRp174978
(dp174979
g16
Nsg17
Nsg11
VPOINT(41.645278930664 40.817222595215)
p174980
sbtp174981
a(g6
(g7
g8
NtRp174982
(dp174983
g11
Vhttp://dbpedia.org/resource/Zaku\u010dac_Hydroelectric_Power_Plant
p174984
sbg6
(g13
g8
NtRp174985
(dp174986
g16
Nsg17
Nsg11
VZaku\u010dac Hydroelectric Power Plant
p174987
sbg6
(g13
g8
NtRp174988
(dp174989
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Croatia
p174990
sbNNNg6
(g7
g8
NtRp174991
(dp174992
g11
Vhttp://dbpedia.org/resource/Zaku\u010dac_Hydroelectric_Power_Plant__Lake__1
p174993
sbNNNNNNg6
(g13
g8
NtRp174994
(dp174995
g16
Nsg17
Nsg11
VZaku\u010dac Hydroelectric Power Plant is a large power plant in Croatia that has four turbines with a nominal capacity of 122 MW each having a total capacity of 488 MW. It is a high-pressure diversion plant located at the Cetina River mouth into the sea, near the city of Omi\u0161. It is operated by Hrvatska elektroprivreda.
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g8
NtRp175001
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Nsg17
Nsg11
VZao Dam (Pakistan)
p175003
sbg6
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g8
NtRp175004
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Nsg17
Nsg11
VPakistan
p175006
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NtRp175007
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Nsg17
Nsg11
VRock Filled
p175009
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Nsg17
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VO
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g8
NtRp175015
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Nsg17
Nsg11
VPakistan
p175017
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g8
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Nsg17
Nsg11
VZao Dam is a small earth core rock-fill dam in Khyber Agency of FATA, Pakistan. The construction of dam was started in July, 2011 and completed in June, 2014 at a cost of PKR 142 million. The dam has a height of 85 feet, covered a length of around 270 feet, with actual storage capacity of water 800 acre feet. The dam irrigates around 250 acres of area.
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g8
NtRp175021
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Nsg11
VPOINT(71.440933227539 33.772666931152)
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VZayanderud Dam
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Nsg17
Nsg11
VIran
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Nsg17
Nsg11
VArch
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g27
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VWater supply, power
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p175048
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Nsg17
Nsg11
VO
sbNNg6
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NtRp175051
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Nsg17
Nsg11
VZayanderud Dam, also spelled Zayandeh Rud Dam formerly known as the Shah Abbas Dam, is an arch dam on the Zayandeh River about 10 km (6.2 mi) east of Chadegan, Iran. The primary purpose of the dam is water supply to Isfahan which lies 88 km (55 mi) to the east. It also supports a power station with an installed capacity of 55 MW.
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g8
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VPOINT(50.736946105957 32.733890533447)
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VZayandeh Ruddammen
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g8
NtRp175064
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g16
Nsg17
Nsg11
VIran
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g8
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Nsg17
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NtRp175070
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Nsg17
g27
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V0.45
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g8
NtRp175076
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g8
NtRp175082
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g16
Nsg17
Nsg11
VO
sbNNg6
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NtRp175084
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Nsg17
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VZayanderud Dam, also spelled Zayandeh Rud Dam formerly known as the Shah Abbas Dam, is an arch dam on the Zayandeh River about 10 km (6.2 mi) east of Chadegan, Iran. The primary purpose of the dam is water supply to Isfahan which lies 88 km (55 mi) to the east. It also supports a power station with an installed capacity of 55 MW.
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sbg6
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g8
NtRp175087
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VPOINT(50.736946105957 32.733890533447)
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p175093
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NtRp175094
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Nsg17
Nsg11
V\u0413\u0415\u0421 \u0417\u0430\u044f\u043d\u0434\u0435\u0440\u0443\u0434
p175096
sbg6
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g8
NtRp175097
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Nsg17
Nsg11
VIran
p175099
sbg6
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g8
NtRp175100
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g16
Nsg17
Nsg11
VArch
p175102
sbg6
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g8
NtRp175103
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Nsg17
g27
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V0.45
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g8
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p175108
sbNg6
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g8
NtRp175109
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g16
Nsg17
Nsg11
VWater supply, power
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g8
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zayandeh_River
p175114
sbg6
(g13
g8
NtRp175115
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g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp175117
(dp175118
g16
Nsg17
Nsg11
VZayanderud Dam, also spelled Zayandeh Rud Dam formerly known as the Shah Abbas Dam, is an arch dam on the Zayandeh River about 10 km (6.2 mi) east of Chadegan, Iran. The primary purpose of the dam is water supply to Isfahan which lies 88 km (55 mi) to the east. It also supports a power station with an installed capacity of 55 MW.
p175119
sbg6
(g13
g8
NtRp175120
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g16
Nsg17
Nsg11
VPOINT(50.736946105957 32.733890533447)
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Vhttp://dbpedia.org/resource/Zaza_Dam
p175126
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g8
NtRp175127
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Nsg17
Nsg11
VZaza Dam
p175129
sbg6
(g13
g8
NtRp175130
(dp175131
g16
Nsg17
Nsg11
VCuba
p175132
sbg6
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g8
NtRp175133
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g16
Nsg17
Nsg11
VEmbankment
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g8
NtRp175136
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Vhttp://dbpedia.org/resource/Zaza_Dam__Lake__1
p175138
sbNg6
(g13
g8
NtRp175139
(dp175140
g16
Nsg17
Nsg11
VWater supply, power
p175141
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g8
NtRp175142
(dp175143
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175144
(dp175145
g16
Nsg17
Nsg11
VCuba
p175146
sbg6
(g13
g8
NtRp175147
(dp175148
g16
Nsg17
Nsg11
VThe Zaza Dam is an embankment dam on the about 15 km (9.3 mi) southwest of Sancti Spíritus in Sancti Spíritus Province, Cuba. The dam was completed in 1972 with the primary purpose of irrigation but it also supports a small hydroelectric power station. The dam's reservoir, Zaza Reservoir, has a storage capacity of 1,020,000,000 m3 (830,000 acre\u22c5ft), making it the largest in the country. Beginning in the 1990s, the Chinese government helped plan and install the hydroelectric power station. It contains two 1.35 MW Kaplan turbine-generators. The first was commissioned in October 2008, the second in February 2009.
p175149
sbg6
(g13
g8
NtRp175150
(dp175151
g16
Nsg17
Nsg11
VPOINT(-79.355651855469 21.803674697876)
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a(g6
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g8
NtRp175154
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g11
Vhttp://dbpedia.org/resource/Zengamina
p175156
sbg6
(g13
g8
NtRp175157
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g16
Nsg17
Nsg11
VZengamina
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g8
NtRp175160
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zambia
p175162
sbNNNNNNNg6
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g8
NtRp175163
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g16
Nsg17
Nsg11
VOperational
p175165
sbNg6
(g13
g8
NtRp175166
(dp175167
g16
Nsg17
Nsg11
VZambia
p175168
sbg6
(g13
g8
NtRp175169
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g16
Nsg17
Nsg11
VZengamina is a small hydroelectric power generation plant near Kalene Hill, Ikelenge District in northwestern Zambia. It was built between 2004 and 2008 at a cost of about $3 million, or $4,285 per kilowatt of power.
p175171
sbg6
(g13
g8
NtRp175172
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g16
Nsg17
Nsg11
VPOINT(24.192152023315 -11.123938560486)
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a(g6
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g8
NtRp175176
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g11
Vhttp://dbpedia.org/resource/Zernek_Dam
p175178
sbg6
(g13
g8
NtRp175179
(dp175180
g16
Nsg17
Nsg11
VDiga di Zernek
p175181
sbg6
(g13
g8
NtRp175182
(dp175183
g16
Nsg17
Nsg11
VTurkey
p175184
sbg6
(g13
g8
NtRp175185
(dp175186
g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay core
p175187
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g8
NtRp175188
(dp175189
g11
Vhttp://dbpedia.org/resource/Zernek_Dam__Lake__1
p175190
sbg6
(g13
g8
NtRp175191
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p175193
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g8
NtRp175194
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ho\u015fap_River
p175196
sbg6
(g13
g8
NtRp175197
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp175199
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g16
Nsg17
g27
sg11
V2.1e+06
p175201
sbg6
(g13
g8
NtRp175202
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g16
Nsg17
Nsg11
VTurkey
p175204
sbg6
(g13
g8
NtRp175205
(dp175206
g16
Nsg17
Nsg11
VZernek Dam is a rock-fill embankment dam on the , located 28 km (17 mi) southeast of Van in Van Province, Turkey. It was built between 1980 and 1988 and has an installed capacity of 5 MW.
p175207
sbg6
(g13
g8
NtRp175208
(dp175209
g16
Nsg17
Nsg11
VPOINT(43.656665802002 38.355278015137)
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a(g6
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g8
NtRp175212
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Vhttp://dbpedia.org/resource/Zernek_Dam
p175214
sbg6
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g8
NtRp175215
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g16
Nsg17
Nsg11
VBarrage de Zernek
p175217
sbg6
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g8
NtRp175218
(dp175219
g16
Nsg17
Nsg11
VTurkey
p175220
sbg6
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g8
NtRp175221
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g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay core
p175223
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g8
NtRp175224
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g11
Vhttp://dbpedia.org/resource/Zernek_Dam__Lake__1
p175226
sbg6
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g8
NtRp175227
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p175229
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g8
NtRp175230
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ho\u015fap_River
p175232
sbg6
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g8
NtRp175233
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp175235
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g16
Nsg17
g27
sg11
V2.1e+06
p175237
sbg6
(g13
g8
NtRp175238
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g16
Nsg17
Nsg11
VTurkey
p175240
sbg6
(g13
g8
NtRp175241
(dp175242
g16
Nsg17
Nsg11
VZernek Dam is a rock-fill embankment dam on the , located 28 km (17 mi) southeast of Van in Van Province, Turkey. It was built between 1980 and 1988 and has an installed capacity of 5 MW.
p175243
sbg6
(g13
g8
NtRp175244
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g16
Nsg17
Nsg11
VPOINT(43.656665802002 38.355278015137)
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g8
NtRp175248
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p175250
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(g13
g8
NtRp175251
(dp175252
g16
Nsg17
Nsg11
VZernek Dam
p175253
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g8
NtRp175254
(dp175255
g16
Nsg17
Nsg11
VTurkey
p175256
sbg6
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g8
NtRp175257
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g16
Nsg17
Nsg11
VEmbankment, rock-fill with clay core
p175259
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g8
NtRp175260
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g11
Vhttp://dbpedia.org/resource/Zernek_Dam__Lake__1
p175262
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g8
NtRp175263
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p175265
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g8
NtRp175266
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ho\u015fap_River
p175268
sbg6
(g13
g8
NtRp175269
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp175271
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g16
Nsg17
g27
sg11
V2.1e+06
p175273
sbg6
(g13
g8
NtRp175274
(dp175275
g16
Nsg17
Nsg11
VTurkey
p175276
sbg6
(g13
g8
NtRp175277
(dp175278
g16
Nsg17
Nsg11
VZernek Dam is a rock-fill embankment dam on the , located 28 km (17 mi) southeast of Van in Van Province, Turkey. It was built between 1980 and 1988 and has an installed capacity of 5 MW.
p175279
sbg6
(g13
g8
NtRp175280
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g16
Nsg17
Nsg11
VPOINT(43.656665802002 38.355278015137)
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a(g6
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g8
NtRp175284
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g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175286
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(g13
g8
NtRp175287
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g16
Nsg17
Nsg11
VBarrage de la Zeïa
p175289
sbg6
(g13
g8
NtRp175290
(dp175291
g16
Nsg17
Nsg11
VRussia
p175292
sbNg6
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g8
NtRp175293
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g16
Nsg17
g27
sg11
V1.284
p175295
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g8
NtRp175296
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Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175298
sbg6
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g8
NtRp175299
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175301
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g8
NtRp175302
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175304
sbg6
(g13
g8
NtRp175305
(dp175306
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175307
(dp175308
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175309
sbg6
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g8
NtRp175310
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Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175312
sbg6
(g13
g8
NtRp175313
(dp175314
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175315
sbtp175316
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g8
NtRp175317
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g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175319
sbg6
(g13
g8
NtRp175320
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g16
Nsg17
Nsg11
VSeja-Talsperre
p175322
sbg6
(g13
g8
NtRp175323
(dp175324
g16
Nsg17
Nsg11
VRussia
p175325
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g8
NtRp175326
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Nsg17
g27
sg11
V1.284
p175328
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g8
NtRp175329
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g11
Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175331
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g8
NtRp175332
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175334
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g8
NtRp175335
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175337
sbg6
(g13
g8
NtRp175338
(dp175339
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175340
(dp175341
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175342
sbg6
(g13
g8
NtRp175343
(dp175344
g16
Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175345
sbg6
(g13
g8
NtRp175346
(dp175347
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175348
sbtp175349
a(g6
(g7
g8
NtRp175350
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g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175352
sbg6
(g13
g8
NtRp175353
(dp175354
g16
Nsg17
Nsg11
VCentrale idroelettrica Zeja
p175355
sbg6
(g13
g8
NtRp175356
(dp175357
g16
Nsg17
Nsg11
VRussia
p175358
sbNg6
(g13
g8
NtRp175359
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g16
Nsg17
g27
sg11
V1.284
p175361
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g8
NtRp175362
(dp175363
g11
Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175364
sbg6
(g13
g8
NtRp175365
(dp175366
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175367
sbNg6
(g13
g8
NtRp175368
(dp175369
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175370
sbg6
(g13
g8
NtRp175371
(dp175372
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175373
(dp175374
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175375
sbg6
(g13
g8
NtRp175376
(dp175377
g16
Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175378
sbg6
(g13
g8
NtRp175379
(dp175380
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175381
sbtp175382
a(g6
(g7
g8
NtRp175383
(dp175384
g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175385
sbg6
(g13
g8
NtRp175386
(dp175387
g16
Nsg17
Nsg11
VZejská vodní elektrárna
p175388
sbg6
(g13
g8
NtRp175389
(dp175390
g16
Nsg17
Nsg11
VRussia
p175391
sbNg6
(g13
g8
NtRp175392
(dp175393
g16
Nsg17
g27
sg11
V1.284
p175394
sbNg6
(g7
g8
NtRp175395
(dp175396
g11
Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175397
sbg6
(g13
g8
NtRp175398
(dp175399
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175400
sbNg6
(g13
g8
NtRp175401
(dp175402
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175403
sbg6
(g13
g8
NtRp175404
(dp175405
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175406
(dp175407
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175408
sbg6
(g13
g8
NtRp175409
(dp175410
g16
Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175411
sbg6
(g13
g8
NtRp175412
(dp175413
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175414
sbtp175415
a(g6
(g7
g8
NtRp175416
(dp175417
g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175418
sbg6
(g13
g8
NtRp175419
(dp175420
g16
Nsg17
Nsg11
V\u0417\u0435\u0439\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p175421
sbg6
(g13
g8
NtRp175422
(dp175423
g16
Nsg17
Nsg11
VRussia
p175424
sbNg6
(g13
g8
NtRp175425
(dp175426
g16
Nsg17
g27
sg11
V1.284
p175427
sbNg6
(g7
g8
NtRp175428
(dp175429
g11
Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175430
sbg6
(g13
g8
NtRp175431
(dp175432
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175433
sbNg6
(g13
g8
NtRp175434
(dp175435
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175436
sbg6
(g13
g8
NtRp175437
(dp175438
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175439
(dp175440
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175441
sbg6
(g13
g8
NtRp175442
(dp175443
g16
Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175444
sbg6
(g13
g8
NtRp175445
(dp175446
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175447
sbtp175448
a(g6
(g7
g8
NtRp175449
(dp175450
g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175451
sbg6
(g13
g8
NtRp175452
(dp175453
g16
Nsg17
Nsg11
VZeya Dam
p175454
sbg6
(g13
g8
NtRp175455
(dp175456
g16
Nsg17
Nsg11
VRussia
p175457
sbNg6
(g13
g8
NtRp175458
(dp175459
g16
Nsg17
g27
sg11
V1.284
p175460
sbNg6
(g7
g8
NtRp175461
(dp175462
g11
Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175463
sbg6
(g13
g8
NtRp175464
(dp175465
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175466
sbNg6
(g13
g8
NtRp175467
(dp175468
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175469
sbg6
(g13
g8
NtRp175470
(dp175471
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175472
(dp175473
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175474
sbg6
(g13
g8
NtRp175475
(dp175476
g16
Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175477
sbg6
(g13
g8
NtRp175478
(dp175479
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175480
sbtp175481
a(g6
(g7
g8
NtRp175482
(dp175483
g11
Vhttp://dbpedia.org/resource/Zeya_Dam
p175484
sbg6
(g13
g8
NtRp175485
(dp175486
g16
Nsg17
Nsg11
V\u0417\u0435\u0439\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p175487
sbg6
(g13
g8
NtRp175488
(dp175489
g16
Nsg17
Nsg11
VRussia
p175490
sbNg6
(g13
g8
NtRp175491
(dp175492
g16
Nsg17
g27
sg11
V1.284
p175493
sbNg6
(g7
g8
NtRp175494
(dp175495
g11
Vhttp://dbpedia.org/resource/Zeya_Dam__Lake__1
p175496
sbg6
(g13
g8
NtRp175497
(dp175498
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/RusHydro
p175499
sbNg6
(g13
g8
NtRp175500
(dp175501
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zeya_River
p175502
sbg6
(g13
g8
NtRp175503
(dp175504
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175505
(dp175506
g16
Nsg17
Nsg11
VRussia Amur Oblast
p175507
sbg6
(g13
g8
NtRp175508
(dp175509
g16
Nsg17
Nsg11
VThe Zeya Dam is a concrete gravity dam on the Zeya River by the town of Zeya, Amur Oblast, Russia, north of the Chinese border. On average the Zeya Hydroelectric Power Station generates 4.91 TWh of electricity per year. It is equipped with 6 hydro-turbines, 4 with capacity of 225 MW and 2 with capacity of 215 MW. Settlements on the shore of Zeya Dam include , Khvoyny, Gorny, , Bomnak and .
p175510
sbg6
(g13
g8
NtRp175511
(dp175512
g16
Nsg17
Nsg11
VPOINT(127.30638885498 53.769165039062)
p175513
sbtp175514
a(g6
(g7
g8
NtRp175515
(dp175516
g11
Vhttp://dbpedia.org/resource/Zeyzoun_Dam
p175517
sbg6
(g13
g8
NtRp175518
(dp175519
g16
Nsg17
Nsg11
V\u0633\u062f \u0632\u064a\u0632\u0648\u0646
p175520
sbg6
(g13
g8
NtRp175521
(dp175522
g16
Nsg17
Nsg11
VSyria
p175523
sbg6
(g13
g8
NtRp175524
(dp175525
g16
Nsg17
Nsg11
VEmbankment
p175526
sbNNg6
(g7
g8
NtRp175527
(dp175528
g11
Vhttp://dbpedia.org/resource/Zeyzoun_Dam__Lake__1
p175529
sbNNNg6
(g13
g8
NtRp175530
(dp175531
g16
Nsg17
Nsg11
VFailed
p175532
sbNg6
(g13
g8
NtRp175533
(dp175534
g16
Nsg17
Nsg11
VSyria
p175535
sbg6
(g13
g8
NtRp175536
(dp175537
g16
Nsg17
Nsg11
VThe Zeyzoun Dam is a failed embankment dam near Zayzun, Hama Governorate, Syria. It impounded water pumped from the nearby Orontes River. The dam was completed in 1996 and its primary purpose was the irrigation of about 14,000 ha (35,000 acres). The dam's reservoir was filled in the winter and expended its water during the summer.
p175538
sbg6
(g13
g8
NtRp175539
(dp175540
g16
Nsg17
Nsg11
VPOINT(36.363334655762 35.717498779297)
p175541
sbtp175542
a(g6
(g7
g8
NtRp175543
(dp175544
g11
Vhttp://dbpedia.org/resource/Zeyzoun_Dam
p175545
sbg6
(g13
g8
NtRp175546
(dp175547
g16
Nsg17
Nsg11
VZeyzoun-Talsperre
p175548
sbg6
(g13
g8
NtRp175549
(dp175550
g16
Nsg17
Nsg11
VSyria
p175551
sbg6
(g13
g8
NtRp175552
(dp175553
g16
Nsg17
Nsg11
VEmbankment
p175554
sbNNg6
(g7
g8
NtRp175555
(dp175556
g11
Vhttp://dbpedia.org/resource/Zeyzoun_Dam__Lake__1
p175557
sbNNNg6
(g13
g8
NtRp175558
(dp175559
g16
Nsg17
Nsg11
VFailed
p175560
sbNg6
(g13
g8
NtRp175561
(dp175562
g16
Nsg17
Nsg11
VSyria
p175563
sbg6
(g13
g8
NtRp175564
(dp175565
g16
Nsg17
Nsg11
VThe Zeyzoun Dam is a failed embankment dam near Zayzun, Hama Governorate, Syria. It impounded water pumped from the nearby Orontes River. The dam was completed in 1996 and its primary purpose was the irrigation of about 14,000 ha (35,000 acres). The dam's reservoir was filled in the winter and expended its water during the summer.
p175566
sbg6
(g13
g8
NtRp175567
(dp175568
g16
Nsg17
Nsg11
VPOINT(36.363334655762 35.717498779297)
p175569
sbtp175570
a(g6
(g7
g8
NtRp175571
(dp175572
g11
Vhttp://dbpedia.org/resource/Zeyzoun_Dam
p175573
sbg6
(g13
g8
NtRp175574
(dp175575
g16
Nsg17
Nsg11
VZeyzoun Dam
p175576
sbg6
(g13
g8
NtRp175577
(dp175578
g16
Nsg17
Nsg11
VSyria
p175579
sbg6
(g13
g8
NtRp175580
(dp175581
g16
Nsg17
Nsg11
VEmbankment
p175582
sbNNg6
(g7
g8
NtRp175583
(dp175584
g11
Vhttp://dbpedia.org/resource/Zeyzoun_Dam__Lake__1
p175585
sbNNNg6
(g13
g8
NtRp175586
(dp175587
g16
Nsg17
Nsg11
VFailed
p175588
sbNg6
(g13
g8
NtRp175589
(dp175590
g16
Nsg17
Nsg11
VSyria
p175591
sbg6
(g13
g8
NtRp175592
(dp175593
g16
Nsg17
Nsg11
VThe Zeyzoun Dam is a failed embankment dam near Zayzun, Hama Governorate, Syria. It impounded water pumped from the nearby Orontes River. The dam was completed in 1996 and its primary purpose was the irrigation of about 14,000 ha (35,000 acres). The dam's reservoir was filled in the winter and expended its water during the summer.
p175594
sbg6
(g13
g8
NtRp175595
(dp175596
g16
Nsg17
Nsg11
VPOINT(36.363334655762 35.717498779297)
p175597
sbtp175598
a(g6
(g7
g8
NtRp175599
(dp175600
g11
Vhttp://dbpedia.org/resource/Zhanghewan_Pumped_Storage_Power_Station
p175601
sbg6
(g13
g8
NtRp175602
(dp175603
g16
Nsg17
Nsg11
V\u0413\u0410\u0415\u0421 Zh\u0101nghéw\u0101n
p175604
sbg6
(g13
g8
NtRp175605
(dp175606
g16
Nsg17
Nsg11
VChina
p175607
sbNNNg6
(g7
g8
NtRp175608
(dp175609
g11
Vhttp://dbpedia.org/resource/Zhanghewan_Pumped_Storage_Power_Station__Lake__1
p175610
sbNNNg6
(g13
g8
NtRp175611
(dp175612
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp175613
(dp175614
g16
Nsg17
Nsg11
VThe Zhanghewan Pumped Storage Power Station is a pumped-storage hydroelectric power station located 50 km (31 mi) southwest of Shijiazhuang in Jingxing County of Hebei Province, China. Construction on the power station began on 6 December 2003 and the first unit was commissioned on 1 February 2009. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir is created by the Zhanghewan Dam on the Gantao River which was built between 1977 and 1980, originally for irrigation. For this project the Zhanhewan Dam was raised 23 m (75 ft). The Zhanghewan Upper Reservoir is on Laoyemiao Mountain, above the west side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Zhanghewan Lower 
p175615
sbg6
(g13
g8
NtRp175616
(dp175617
g16
Nsg17
Nsg11
VPOINT(114.05838775635 37.774303436279)
p175618
sbtp175619
a(g6
(g7
g8
NtRp175620
(dp175621
g11
Vhttp://dbpedia.org/resource/Zhanghewan_Pumped_Storage_Power_Station
p175622
sbg6
(g13
g8
NtRp175623
(dp175624
g16
Nsg17
Nsg11
VZhanghewan Pumped Storage Power Station
p175625
sbg6
(g13
g8
NtRp175626
(dp175627
g16
Nsg17
Nsg11
VChina
p175628
sbNNNg6
(g7
g8
NtRp175629
(dp175630
g11
Vhttp://dbpedia.org/resource/Zhanghewan_Pumped_Storage_Power_Station__Lake__1
p175631
sbNNNg6
(g13
g8
NtRp175632
(dp175633
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp175634
(dp175635
g16
Nsg17
Nsg11
VThe Zhanghewan Pumped Storage Power Station is a pumped-storage hydroelectric power station located 50 km (31 mi) southwest of Shijiazhuang in Jingxing County of Hebei Province, China. Construction on the power station began on 6 December 2003 and the first unit was commissioned on 1 February 2009. The power station operates by shifting water between an upper and lower reservoir to generate electricity. The lower reservoir is created by the Zhanghewan Dam on the Gantao River which was built between 1977 and 1980, originally for irrigation. For this project the Zhanhewan Dam was raised 23 m (75 ft). The Zhanghewan Upper Reservoir is on Laoyemiao Mountain, above the west side of the lower reservoir. During periods of low energy demand, such as at night, water is pumped from Zhanghewan Lower 
p175636
sbg6
(g13
g8
NtRp175637
(dp175638
g16
Nsg17
Nsg11
VPOINT(114.05838775635 37.774303436279)
p175639
sbtp175640
a(g6
(g7
g8
NtRp175641
(dp175642
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam
p175643
sbg6
(g13
g8
NtRp175644
(dp175645
g16
Nsg17
Nsg11
VZhexi Dam
p175646
sbg6
(g13
g8
NtRp175647
(dp175648
g16
Nsg17
Nsg11
VChina
p175649
sbg6
(g13
g8
NtRp175650
(dp175651
g16
Nsg17
Nsg11
VButtress, massive concrete
p175652
sbg6
(g13
g8
NtRp175653
(dp175654
g16
Nsg17
g27
sg11
V0.33
p175655
sbNg6
(g7
g8
NtRp175656
(dp175657
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam__Lake__1
p175658
sbNg6
(g13
g8
NtRp175659
(dp175660
g16
Nsg17
Nsg11
VPower, navigation
p175661
sbNg6
(g13
g8
NtRp175662
(dp175663
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175664
(dp175665
g16
Nsg17
Nsg11
VChina
p175666
sbg6
(g13
g8
NtRp175667
(dp175668
g16
Nsg17
Nsg11
VThe Zhexi Dam is a buttress dam on the Zi Shui River near Zhexi in Anhua County of Hunan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 947.5 MW power station. Construction began on the dam in June 1958 and the first generator was operational on 28 January 1962. The last of the five original generators was commissioned in 1975. In 1977 a 30-ton ship lift was completed on the left bank of the dam. The power station was expanded by 2010 to increase the installed capacity by 500 MW, from 447.5 MW to 947.5 MW.
p175669
sbg6
(g13
g8
NtRp175670
(dp175671
g16
Nsg17
Nsg11
VPOINT(111.12725067139 28.328880310059)
p175672
sbtp175673
a(g6
(g7
g8
NtRp175674
(dp175675
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam
p175676
sbg6
(g13
g8
NtRp175677
(dp175678
g16
Nsg17
Nsg11
V\u67d8\u6eaa\u6c34\u7535\u7ad9
p175679
sbg6
(g13
g8
NtRp175680
(dp175681
g16
Nsg17
Nsg11
VChina
p175682
sbg6
(g13
g8
NtRp175683
(dp175684
g16
Nsg17
Nsg11
VButtress, massive concrete
p175685
sbg6
(g13
g8
NtRp175686
(dp175687
g16
Nsg17
g27
sg11
V0.33
p175688
sbNg6
(g7
g8
NtRp175689
(dp175690
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam__Lake__1
p175691
sbNg6
(g13
g8
NtRp175692
(dp175693
g16
Nsg17
Nsg11
VPower, navigation
p175694
sbNg6
(g13
g8
NtRp175695
(dp175696
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175697
(dp175698
g16
Nsg17
Nsg11
VChina
p175699
sbg6
(g13
g8
NtRp175700
(dp175701
g16
Nsg17
Nsg11
VThe Zhexi Dam is a buttress dam on the Zi Shui River near Zhexi in Anhua County of Hunan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 947.5 MW power station. Construction began on the dam in June 1958 and the first generator was operational on 28 January 1962. The last of the five original generators was commissioned in 1975. In 1977 a 30-ton ship lift was completed on the left bank of the dam. The power station was expanded by 2010 to increase the installed capacity by 500 MW, from 447.5 MW to 947.5 MW.
p175702
sbg6
(g13
g8
NtRp175703
(dp175704
g16
Nsg17
Nsg11
VPOINT(111.12725067139 28.328880310059)
p175705
sbtp175706
a(g6
(g7
g8
NtRp175707
(dp175708
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam
p175709
sbg6
(g13
g8
NtRp175710
(dp175711
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Zhèx\u012b
p175712
sbg6
(g13
g8
NtRp175713
(dp175714
g16
Nsg17
Nsg11
VChina
p175715
sbg6
(g13
g8
NtRp175716
(dp175717
g16
Nsg17
Nsg11
VButtress, massive concrete
p175718
sbg6
(g13
g8
NtRp175719
(dp175720
g16
Nsg17
g27
sg11
V0.33
p175721
sbNg6
(g7
g8
NtRp175722
(dp175723
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam__Lake__1
p175724
sbNg6
(g13
g8
NtRp175725
(dp175726
g16
Nsg17
Nsg11
VPower, navigation
p175727
sbNg6
(g13
g8
NtRp175728
(dp175729
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175730
(dp175731
g16
Nsg17
Nsg11
VChina
p175732
sbg6
(g13
g8
NtRp175733
(dp175734
g16
Nsg17
Nsg11
VThe Zhexi Dam is a buttress dam on the Zi Shui River near Zhexi in Anhua County of Hunan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 947.5 MW power station. Construction began on the dam in June 1958 and the first generator was operational on 28 January 1962. The last of the five original generators was commissioned in 1975. In 1977 a 30-ton ship lift was completed on the left bank of the dam. The power station was expanded by 2010 to increase the installed capacity by 500 MW, from 447.5 MW to 947.5 MW.
p175735
sbg6
(g13
g8
NtRp175736
(dp175737
g16
Nsg17
Nsg11
VPOINT(111.12725067139 28.328880310059)
p175738
sbtp175739
a(g6
(g7
g8
NtRp175740
(dp175741
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam
p175742
sbg6
(g13
g8
NtRp175743
(dp175744
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Zhèx\u012b
p175745
sbg6
(g13
g8
NtRp175746
(dp175747
g16
Nsg17
Nsg11
VChina
p175748
sbg6
(g13
g8
NtRp175749
(dp175750
g16
Nsg17
Nsg11
VButtress, massive concrete
p175751
sbg6
(g13
g8
NtRp175752
(dp175753
g16
Nsg17
g27
sg11
V0.33
p175754
sbNg6
(g7
g8
NtRp175755
(dp175756
g11
Vhttp://dbpedia.org/resource/Zhexi_Dam__Lake__1
p175757
sbNg6
(g13
g8
NtRp175758
(dp175759
g16
Nsg17
Nsg11
VPower, navigation
p175760
sbNg6
(g13
g8
NtRp175761
(dp175762
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175763
(dp175764
g16
Nsg17
Nsg11
VChina
p175765
sbg6
(g13
g8
NtRp175766
(dp175767
g16
Nsg17
Nsg11
VThe Zhexi Dam is a buttress dam on the Zi Shui River near Zhexi in Anhua County of Hunan Province, China. The primary purpose of the dam is hydroelectric power generation and it supports a 947.5 MW power station. Construction began on the dam in June 1958 and the first generator was operational on 28 January 1962. The last of the five original generators was commissioned in 1975. In 1977 a 30-ton ship lift was completed on the left bank of the dam. The power station was expanded by 2010 to increase the installed capacity by 500 MW, from 447.5 MW to 947.5 MW.
p175768
sbg6
(g13
g8
NtRp175769
(dp175770
g16
Nsg17
Nsg11
VPOINT(111.12725067139 28.328880310059)
p175771
sbtp175772
a(g6
(g7
g8
NtRp175773
(dp175774
g11
Vhttp://dbpedia.org/resource/Zhikong_Hydro_Power_Station
p175775
sbg6
(g13
g8
NtRp175776
(dp175777
g16
Nsg17
Nsg11
VZhikong Hydro Power Station
p175778
sbg6
(g13
g8
NtRp175779
(dp175780
g16
Nsg17
Nsg11
VChina
p175781
sbg6
(g13
g8
NtRp175782
(dp175783
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p175784
sbNNg6
(g7
g8
NtRp175785
(dp175786
g11
Vhttp://dbpedia.org/resource/Zhikong_Hydro_Power_Station__Lake__1
p175787
sbNg6
(g13
g8
NtRp175788
(dp175789
g16
Nsg17
Nsg11
VHydroelectric
p175790
sbNg6
(g13
g8
NtRp175791
(dp175792
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175793
(dp175794
g16
Nsg17
Nsg11
VTibet
p175795
sbg6
(g13
g8
NtRp175796
(dp175797
g16
Nsg17
Nsg11
VThe Zhikong Hydro Power Station (Chinese: \u76f4\u5b54\u6c34\u7535\u7ad9), is a reservoir and power station on the Lhasa River in Maizhokunggar County to the east of Lhasa, Tibet, China.It came into operation in 2007, and has a capacity of 100 MW.
p175798
sbg6
(g13
g8
NtRp175799
(dp175800
g16
Nsg17
Nsg11
VPOINT(91.876815795898 29.968549728394)
p175801
sbtp175802
a(g6
(g7
g8
NtRp175803
(dp175804
g11
Vhttp://dbpedia.org/resource/Zhikong_Hydro_Power_Station
p175805
sbg6
(g13
g8
NtRp175806
(dp175807
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Zhík\u01d2ng
p175808
sbg6
(g13
g8
NtRp175809
(dp175810
g16
Nsg17
Nsg11
VChina
p175811
sbg6
(g13
g8
NtRp175812
(dp175813
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p175814
sbNNg6
(g7
g8
NtRp175815
(dp175816
g11
Vhttp://dbpedia.org/resource/Zhikong_Hydro_Power_Station__Lake__1
p175817
sbNg6
(g13
g8
NtRp175818
(dp175819
g16
Nsg17
Nsg11
VHydroelectric
p175820
sbNg6
(g13
g8
NtRp175821
(dp175822
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175823
(dp175824
g16
Nsg17
Nsg11
VTibet
p175825
sbg6
(g13
g8
NtRp175826
(dp175827
g16
Nsg17
Nsg11
VThe Zhikong Hydro Power Station (Chinese: \u76f4\u5b54\u6c34\u7535\u7ad9), is a reservoir and power station on the Lhasa River in Maizhokunggar County to the east of Lhasa, Tibet, China.It came into operation in 2007, and has a capacity of 100 MW.
p175828
sbg6
(g13
g8
NtRp175829
(dp175830
g16
Nsg17
Nsg11
VPOINT(91.876815795898 29.968549728394)
p175831
sbtp175832
a(g6
(g7
g8
NtRp175833
(dp175834
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam
p175835
sbg6
(g13
g8
NtRp175836
(dp175837
g16
Nsg17
Nsg11
V\u017dinvalská p\u0159ehradní nádr\u017e
p175838
sbg6
(g13
g8
NtRp175839
(dp175840
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p175841
sbg6
(g13
g8
NtRp175842
(dp175843
g16
Nsg17
Nsg11
VPebble-fill dam
p175844
sbg6
(g13
g8
NtRp175845
(dp175846
g16
Nsg17
g27
sg11
V0.415
p175847
sbNg6
(g7
g8
NtRp175848
(dp175849
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam__Lake__1
p175850
sbNNg6
(g13
g8
NtRp175851
(dp175852
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aragvi_River
p175853
sbg6
(g13
g8
NtRp175854
(dp175855
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175856
(dp175857
g16
Nsg17
Nsg11
VGeorgia
p175858
sbg6
(g13
g8
NtRp175859
(dp175860
g16
Nsg17
Nsg11
VThe Zhinvali Dam is a hydroelectric dam on the Aragvi River in the Caucasus Mountains in Zhinvali, Georgia. The Zhinvali Hydroelectric Power Plant has two turbines with a nominal capacity of 65 MW each having a total capacity of 130 MW. The building of the dam in 1986 formed the Zhinvali Reservoir.
p175861
sbg6
(g13
g8
NtRp175862
(dp175863
g16
Nsg17
Nsg11
VPOINT(44.772220611572 42.134998321533)
p175864
sbtp175865
a(g6
(g7
g8
NtRp175866
(dp175867
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam
p175868
sbg6
(g13
g8
NtRp175869
(dp175870
g16
Nsg17
Nsg11
V\u0416\u0438\u043d\u0432\u0430\u043b\u044c\u0441\u043a\u0430\u044f \u0413\u042d\u0421
p175871
sbg6
(g13
g8
NtRp175872
(dp175873
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p175874
sbg6
(g13
g8
NtRp175875
(dp175876
g16
Nsg17
Nsg11
VPebble-fill dam
p175877
sbg6
(g13
g8
NtRp175878
(dp175879
g16
Nsg17
g27
sg11
V0.415
p175880
sbNg6
(g7
g8
NtRp175881
(dp175882
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam__Lake__1
p175883
sbNNg6
(g13
g8
NtRp175884
(dp175885
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aragvi_River
p175886
sbg6
(g13
g8
NtRp175887
(dp175888
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175889
(dp175890
g16
Nsg17
Nsg11
VGeorgia
p175891
sbg6
(g13
g8
NtRp175892
(dp175893
g16
Nsg17
Nsg11
VThe Zhinvali Dam is a hydroelectric dam on the Aragvi River in the Caucasus Mountains in Zhinvali, Georgia. The Zhinvali Hydroelectric Power Plant has two turbines with a nominal capacity of 65 MW each having a total capacity of 130 MW. The building of the dam in 1986 formed the Zhinvali Reservoir.
p175894
sbg6
(g13
g8
NtRp175895
(dp175896
g16
Nsg17
Nsg11
VPOINT(44.772220611572 42.134998321533)
p175897
sbtp175898
a(g6
(g7
g8
NtRp175899
(dp175900
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam
p175901
sbg6
(g13
g8
NtRp175902
(dp175903
g16
Nsg17
Nsg11
VZhinvali Dam
p175904
sbg6
(g13
g8
NtRp175905
(dp175906
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p175907
sbg6
(g13
g8
NtRp175908
(dp175909
g16
Nsg17
Nsg11
VPebble-fill dam
p175910
sbg6
(g13
g8
NtRp175911
(dp175912
g16
Nsg17
g27
sg11
V0.415
p175913
sbNg6
(g7
g8
NtRp175914
(dp175915
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam__Lake__1
p175916
sbNNg6
(g13
g8
NtRp175917
(dp175918
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aragvi_River
p175919
sbg6
(g13
g8
NtRp175920
(dp175921
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175922
(dp175923
g16
Nsg17
Nsg11
VGeorgia
p175924
sbg6
(g13
g8
NtRp175925
(dp175926
g16
Nsg17
Nsg11
VThe Zhinvali Dam is a hydroelectric dam on the Aragvi River in the Caucasus Mountains in Zhinvali, Georgia. The Zhinvali Hydroelectric Power Plant has two turbines with a nominal capacity of 65 MW each having a total capacity of 130 MW. The building of the dam in 1986 formed the Zhinvali Reservoir.
p175927
sbg6
(g13
g8
NtRp175928
(dp175929
g16
Nsg17
Nsg11
VPOINT(44.772220611572 42.134998321533)
p175930
sbtp175931
a(g6
(g7
g8
NtRp175932
(dp175933
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam
p175934
sbg6
(g13
g8
NtRp175935
(dp175936
g16
Nsg17
Nsg11
VZhinvalis Tsqalsats'avi
p175937
sbg6
(g13
g8
NtRp175938
(dp175939
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p175940
sbg6
(g13
g8
NtRp175941
(dp175942
g16
Nsg17
Nsg11
VPebble-fill dam
p175943
sbg6
(g13
g8
NtRp175944
(dp175945
g16
Nsg17
g27
sg11
V0.415
p175946
sbNg6
(g7
g8
NtRp175947
(dp175948
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam__Lake__1
p175949
sbNNg6
(g13
g8
NtRp175950
(dp175951
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aragvi_River
p175952
sbg6
(g13
g8
NtRp175953
(dp175954
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175955
(dp175956
g16
Nsg17
Nsg11
VGeorgia
p175957
sbg6
(g13
g8
NtRp175958
(dp175959
g16
Nsg17
Nsg11
VThe Zhinvali Dam is a hydroelectric dam on the Aragvi River in the Caucasus Mountains in Zhinvali, Georgia. The Zhinvali Hydroelectric Power Plant has two turbines with a nominal capacity of 65 MW each having a total capacity of 130 MW. The building of the dam in 1986 formed the Zhinvali Reservoir.
p175960
sbg6
(g13
g8
NtRp175961
(dp175962
g16
Nsg17
Nsg11
VPOINT(44.772220611572 42.134998321533)
p175963
sbtp175964
a(g6
(g7
g8
NtRp175965
(dp175966
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam
p175967
sbg6
(g13
g8
NtRp175968
(dp175969
g16
Nsg17
Nsg11
V\u0416\u0438\u043d\u0432\u0430\u043b\u044c\u0441\u044c\u043a\u0430 \u0413\u0415\u0421
p175970
sbg6
(g13
g8
NtRp175971
(dp175972
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p175973
sbg6
(g13
g8
NtRp175974
(dp175975
g16
Nsg17
Nsg11
VPebble-fill dam
p175976
sbg6
(g13
g8
NtRp175977
(dp175978
g16
Nsg17
g27
sg11
V0.415
p175979
sbNg6
(g7
g8
NtRp175980
(dp175981
g11
Vhttp://dbpedia.org/resource/Zhinvali_Dam__Lake__1
p175982
sbNNg6
(g13
g8
NtRp175983
(dp175984
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Aragvi_River
p175985
sbg6
(g13
g8
NtRp175986
(dp175987
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp175988
(dp175989
g16
Nsg17
Nsg11
VGeorgia
p175990
sbg6
(g13
g8
NtRp175991
(dp175992
g16
Nsg17
Nsg11
VThe Zhinvali Dam is a hydroelectric dam on the Aragvi River in the Caucasus Mountains in Zhinvali, Georgia. The Zhinvali Hydroelectric Power Plant has two turbines with a nominal capacity of 65 MW each having a total capacity of 130 MW. The building of the dam in 1986 formed the Zhinvali Reservoir.
p175993
sbg6
(g13
g8
NtRp175994
(dp175995
g16
Nsg17
Nsg11
VPOINT(44.772220611572 42.134998321533)
p175996
sbtp175997
a(g6
(g7
g8
NtRp175998
(dp175999
g11
Vhttp://dbpedia.org/resource/Zhoneti_Hydro_Power_Plant
p176000
sbg6
(g13
g8
NtRp176001
(dp176002
g16
Nsg17
Nsg11
VZhoneti Hydro Power Plant
p176003
sbg6
(g13
g8
NtRp176004
(dp176005
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Georgia_(country)
p176006
sbNNNg6
(g7
g8
NtRp176007
(dp176008
g11
Vhttp://dbpedia.org/resource/Zhoneti_Hydro_Power_Plant__Lake__1
p176009
sbNNNNNg6
(g13
g8
NtRp176010
(dp176011
g16
Nsg17
Nsg11
VGeorgia Imereti#Georgia
p176012
sbg6
(g13
g8
NtRp176013
(dp176014
g16
Nsg17
Nsg11
VZhoneti Hydro Power Plant is proposed large power plant in village , Georgia with two turbines having a nominal capacity of 55 MW each for a total capacity of 110 MW.
p176015
sbg6
(g13
g8
NtRp176016
(dp176017
g16
Nsg17
Nsg11
VPOINT(42.691944122314 42.37194442749)
p176018
sbtp176019
a(g6
(g7
g8
NtRp176020
(dp176021
g11
Vhttp://dbpedia.org/resource/Zillergründl_Dam
p176022
sbg6
(g13
g8
NtRp176023
(dp176024
g16
Nsg17
Nsg11
VSperre Zillergründl
p176025
sbg6
(g13
g8
NtRp176026
(dp176027
g16
Nsg17
Nsg11
VAustria
p176028
sbg6
(g13
g8
NtRp176029
(dp176030
g16
Nsg17
Nsg11
VArch, variable-radius
p176031
sbg6
(g13
g8
NtRp176032
(dp176033
g16
Nsg17
g27
sg11
V0.502
p176034
sbg6
(g13
g8
NtRp176035
(dp176036
g16
Nsg17
g27
sg11
V1850.7
p176037
sbg6
(g7
g8
NtRp176038
(dp176039
g11
Vhttp://dbpedia.org/resource/Zillergründl_Dam__Lake__1
p176040
sbg6
(g13
g8
NtRp176041
(dp176042
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Verbund_AG
p176043
sbNg6
(g13
g8
NtRp176044
(dp176045
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ziller_River
p176046
sbg6
(g13
g8
NtRp176047
(dp176048
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp176049
(dp176050
g16
Nsg17
g27
sg11
V1.373e+06
p176051
sbg6
(g13
g8
NtRp176052
(dp176053
g16
Nsg17
Nsg11
VAustria
p176054
sbg6
(g13
g8
NtRp176055
(dp176056
g16
Nsg17
Nsg11
VThe Zillergründl Dam is an arch dam on the Ziller River in the upper Ziller Valley of Tyrol state, Austria. It is 16 km (10 mi) east of Mayrhofen. The primary purpose of the dam is hydroelectric power production and it supports a 360 MW pumped-storage power station. As part of the Zemm-Ziller Development, construction on the dam began in 1981 and it along with the Häusling Pumped Storage Power Plant were complete in 1986. The power plant was fully commissioned by 1988. The dam is the second tallest in Austria.
p176057
sbg6
(g13
g8
NtRp176058
(dp176059
g16
Nsg17
Nsg11
VPOINT(12.061944007874 47.120834350586)
p176060
sbtp176061
a(g6
(g7
g8
NtRp176062
(dp176063
g11
Vhttp://dbpedia.org/resource/Zillergründl_Dam
p176064
sbg6
(g13
g8
NtRp176065
(dp176066
g16
Nsg17
Nsg11
VStaudamm Zillergründl
p176067
sbg6
(g13
g8
NtRp176068
(dp176069
g16
Nsg17
Nsg11
VAustria
p176070
sbg6
(g13
g8
NtRp176071
(dp176072
g16
Nsg17
Nsg11
VArch, variable-radius
p176073
sbg6
(g13
g8
NtRp176074
(dp176075
g16
Nsg17
g27
sg11
V0.502
p176076
sbg6
(g13
g8
NtRp176077
(dp176078
g16
Nsg17
g27
sg11
V1850.7
p176079
sbg6
(g7
g8
NtRp176080
(dp176081
g11
Vhttp://dbpedia.org/resource/Zillergründl_Dam__Lake__1
p176082
sbg6
(g13
g8
NtRp176083
(dp176084
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Verbund_AG
p176085
sbNg6
(g13
g8
NtRp176086
(dp176087
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ziller_River
p176088
sbg6
(g13
g8
NtRp176089
(dp176090
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp176091
(dp176092
g16
Nsg17
g27
sg11
V1.373e+06
p176093
sbg6
(g13
g8
NtRp176094
(dp176095
g16
Nsg17
Nsg11
VAustria
p176096
sbg6
(g13
g8
NtRp176097
(dp176098
g16
Nsg17
Nsg11
VThe Zillergründl Dam is an arch dam on the Ziller River in the upper Ziller Valley of Tyrol state, Austria. It is 16 km (10 mi) east of Mayrhofen. The primary purpose of the dam is hydroelectric power production and it supports a 360 MW pumped-storage power station. As part of the Zemm-Ziller Development, construction on the dam began in 1981 and it along with the Häusling Pumped Storage Power Plant were complete in 1986. The power plant was fully commissioned by 1988. The dam is the second tallest in Austria.
p176099
sbg6
(g13
g8
NtRp176100
(dp176101
g16
Nsg17
Nsg11
VPOINT(12.061944007874 47.120834350586)
p176102
sbtp176103
a(g6
(g7
g8
NtRp176104
(dp176105
g11
Vhttp://dbpedia.org/resource/Zillergründl_Dam
p176106
sbg6
(g13
g8
NtRp176107
(dp176108
g16
Nsg17
Nsg11
VZillergründl Dam
p176109
sbg6
(g13
g8
NtRp176110
(dp176111
g16
Nsg17
Nsg11
VAustria
p176112
sbg6
(g13
g8
NtRp176113
(dp176114
g16
Nsg17
Nsg11
VArch, variable-radius
p176115
sbg6
(g13
g8
NtRp176116
(dp176117
g16
Nsg17
g27
sg11
V0.502
p176118
sbg6
(g13
g8
NtRp176119
(dp176120
g16
Nsg17
g27
sg11
V1850.7
p176121
sbg6
(g7
g8
NtRp176122
(dp176123
g11
Vhttp://dbpedia.org/resource/Zillergründl_Dam__Lake__1
p176124
sbg6
(g13
g8
NtRp176125
(dp176126
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Verbund_AG
p176127
sbNg6
(g13
g8
NtRp176128
(dp176129
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ziller_River
p176130
sbg6
(g13
g8
NtRp176131
(dp176132
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp176133
(dp176134
g16
Nsg17
g27
sg11
V1.373e+06
p176135
sbg6
(g13
g8
NtRp176136
(dp176137
g16
Nsg17
Nsg11
VAustria
p176138
sbg6
(g13
g8
NtRp176139
(dp176140
g16
Nsg17
Nsg11
VThe Zillergründl Dam is an arch dam on the Ziller River in the upper Ziller Valley of Tyrol state, Austria. It is 16 km (10 mi) east of Mayrhofen. The primary purpose of the dam is hydroelectric power production and it supports a 360 MW pumped-storage power station. As part of the Zemm-Ziller Development, construction on the dam began in 1981 and it along with the Häusling Pumped Storage Power Plant were complete in 1986. The power plant was fully commissioned by 1988. The dam is the second tallest in Austria.
p176141
sbg6
(g13
g8
NtRp176142
(dp176143
g16
Nsg17
Nsg11
VPOINT(12.061944007874 47.120834350586)
p176144
sbtp176145
a(g6
(g7
g8
NtRp176146
(dp176147
g11
Vhttp://dbpedia.org/resource/Zillierbach_Dam
p176148
sbg6
(g13
g8
NtRp176149
(dp176150
g16
Nsg17
Nsg11
VZillierbach Dam
p176151
sbg6
(g13
g8
NtRp176152
(dp176153
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p176154
sbg6
(g13
g8
NtRp176155
(dp176156
g16
Nsg17
Nsg11
VGravity dam
p176157
sbg6
(g13
g8
NtRp176158
(dp176159
g16
Nsg17
g27
sg11
V0.186
p176160
sbNg6
(g7
g8
NtRp176161
(dp176162
g11
Vhttp://dbpedia.org/resource/Zillierbach_Dam__Lake__1
p176163
sbNNg6
(g13
g8
NtRp176164
(dp176165
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zillierbach
p176166
sbNg6
(g13
g8
NtRp176167
(dp176168
g16
Nsg17
g27
sg11
V54000.0
p176169
sbg6
(g13
g8
NtRp176170
(dp176171
g16
Nsg17
Nsg11
VGermany
p176172
sbg6
(g13
g8
NtRp176173
(dp176174
g16
Nsg17
Nsg11
VThe Zillierbach Dam (German: Zillierbachtalsperre) lies in the East Harz in the German state of Saxony-Anhalt near the town of Elbingerode (Harz) and impounds the Zillierbach stream. It supplies drinking water to several villages in the High Harz (Elbingerode, Elend (Harz), Schierke, teilweise Rübeland) as well as the town of Wernigerode; it also provides flood protection.
p176175
sbg6
(g13
g8
NtRp176176
(dp176177
g16
Nsg17
Nsg11
VPOINT(10.776666641235 51.789165496826)
p176178
sbtp176179
a(g6
(g7
g8
NtRp176180
(dp176181
g11
Vhttp://dbpedia.org/resource/Zillierbach_Dam
p176182
sbg6
(g13
g8
NtRp176183
(dp176184
g16
Nsg17
Nsg11
VTalsperre Zillierbach
p176185
sbg6
(g13
g8
NtRp176186
(dp176187
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Germany
p176188
sbg6
(g13
g8
NtRp176189
(dp176190
g16
Nsg17
Nsg11
VGravity dam
p176191
sbg6
(g13
g8
NtRp176192
(dp176193
g16
Nsg17
g27
sg11
V0.186
p176194
sbNg6
(g7
g8
NtRp176195
(dp176196
g11
Vhttp://dbpedia.org/resource/Zillierbach_Dam__Lake__1
p176197
sbNNg6
(g13
g8
NtRp176198
(dp176199
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Zillierbach
p176200
sbNg6
(g13
g8
NtRp176201
(dp176202
g16
Nsg17
g27
sg11
V54000.0
p176203
sbg6
(g13
g8
NtRp176204
(dp176205
g16
Nsg17
Nsg11
VGermany
p176206
sbg6
(g13
g8
NtRp176207
(dp176208
g16
Nsg17
Nsg11
VThe Zillierbach Dam (German: Zillierbachtalsperre) lies in the East Harz in the German state of Saxony-Anhalt near the town of Elbingerode (Harz) and impounds the Zillierbach stream. It supplies drinking water to several villages in the High Harz (Elbingerode, Elend (Harz), Schierke, teilweise Rübeland) as well as the town of Wernigerode; it also provides flood protection.
p176209
sbg6
(g13
g8
NtRp176210
(dp176211
g16
Nsg17
Nsg11
VPOINT(10.776666641235 51.789165496826)
p176212
sbtp176213
a(g6
(g7
g8
NtRp176214
(dp176215
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam
p176216
sbg6
(g13
g8
NtRp176217
(dp176218
g16
Nsg17
Nsg11
VZimapán Dam
p176219
sbg6
(g13
g8
NtRp176220
(dp176221
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mexico
p176222
sbNg6
(g13
g8
NtRp176223
(dp176224
g16
Nsg17
g27
sg11
V0.122
p176225
sbNg6
(g7
g8
NtRp176226
(dp176227
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam__Lake__1
p176228
sbg6
(g13
g8
NtRp176229
(dp176230
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p176231
sbNg6
(g13
g8
NtRp176232
(dp176233
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moctezuma_River
p176234
sbg6
(g13
g8
NtRp176235
(dp176236
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176237
(dp176238
g16
Nsg17
Nsg11
VMexico
p176239
sbg6
(g13
g8
NtRp176240
(dp176241
g16
Nsg17
Nsg11
VThe Zimapán Dam, also known as Fernando Hiriart Balderrama Dam, is an arch dam on the Moctezuma River about 15 km (9 mi) southwest of Zimapán in Hidalgo state, Mexico. The primary purpose of the dam is hydroelectric power production and it services a 292 MW power station with water.
p176242
sbg6
(g13
g8
NtRp176243
(dp176244
g16
Nsg17
Nsg11
VPOINT(-99.500831604004 20.663333892822)
p176245
sbtp176246
a(g6
(g7
g8
NtRp176247
(dp176248
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam
p176249
sbg6
(g13
g8
NtRp176250
(dp176251
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0417\u0456\u043c\u0430\u043f\u0430\u043d
p176252
sbg6
(g13
g8
NtRp176253
(dp176254
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mexico
p176255
sbNg6
(g13
g8
NtRp176256
(dp176257
g16
Nsg17
g27
sg11
V0.122
p176258
sbNg6
(g7
g8
NtRp176259
(dp176260
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam__Lake__1
p176261
sbg6
(g13
g8
NtRp176262
(dp176263
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p176264
sbNg6
(g13
g8
NtRp176265
(dp176266
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moctezuma_River
p176267
sbg6
(g13
g8
NtRp176268
(dp176269
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176270
(dp176271
g16
Nsg17
Nsg11
VMexico
p176272
sbg6
(g13
g8
NtRp176273
(dp176274
g16
Nsg17
Nsg11
VThe Zimapán Dam, also known as Fernando Hiriart Balderrama Dam, is an arch dam on the Moctezuma River about 15 km (9 mi) southwest of Zimapán in Hidalgo state, Mexico. The primary purpose of the dam is hydroelectric power production and it services a 292 MW power station with water.
p176275
sbg6
(g13
g8
NtRp176276
(dp176277
g16
Nsg17
Nsg11
VPOINT(-99.500831604004 20.663333892822)
p176278
sbtp176279
a(g6
(g7
g8
NtRp176280
(dp176281
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam
p176282
sbg6
(g13
g8
NtRp176283
(dp176284
g16
Nsg17
Nsg11
VPresa Zimapán
p176285
sbg6
(g13
g8
NtRp176286
(dp176287
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mexico
p176288
sbNg6
(g13
g8
NtRp176289
(dp176290
g16
Nsg17
g27
sg11
V0.122
p176291
sbNg6
(g7
g8
NtRp176292
(dp176293
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam__Lake__1
p176294
sbg6
(g13
g8
NtRp176295
(dp176296
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p176297
sbNg6
(g13
g8
NtRp176298
(dp176299
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moctezuma_River
p176300
sbg6
(g13
g8
NtRp176301
(dp176302
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176303
(dp176304
g16
Nsg17
Nsg11
VMexico
p176305
sbg6
(g13
g8
NtRp176306
(dp176307
g16
Nsg17
Nsg11
VThe Zimapán Dam, also known as Fernando Hiriart Balderrama Dam, is an arch dam on the Moctezuma River about 15 km (9 mi) southwest of Zimapán in Hidalgo state, Mexico. The primary purpose of the dam is hydroelectric power production and it services a 292 MW power station with water.
p176308
sbg6
(g13
g8
NtRp176309
(dp176310
g16
Nsg17
Nsg11
VPOINT(-99.500831604004 20.663333892822)
p176311
sbtp176312
a(g6
(g7
g8
NtRp176313
(dp176314
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam
p176315
sbg6
(g13
g8
NtRp176316
(dp176317
g16
Nsg17
Nsg11
VBarrage Zimapán
p176318
sbg6
(g13
g8
NtRp176319
(dp176320
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mexico
p176321
sbNg6
(g13
g8
NtRp176322
(dp176323
g16
Nsg17
g27
sg11
V0.122
p176324
sbNg6
(g7
g8
NtRp176325
(dp176326
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam__Lake__1
p176327
sbg6
(g13
g8
NtRp176328
(dp176329
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p176330
sbNg6
(g13
g8
NtRp176331
(dp176332
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moctezuma_River
p176333
sbg6
(g13
g8
NtRp176334
(dp176335
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176336
(dp176337
g16
Nsg17
Nsg11
VMexico
p176338
sbg6
(g13
g8
NtRp176339
(dp176340
g16
Nsg17
Nsg11
VThe Zimapán Dam, also known as Fernando Hiriart Balderrama Dam, is an arch dam on the Moctezuma River about 15 km (9 mi) southwest of Zimapán in Hidalgo state, Mexico. The primary purpose of the dam is hydroelectric power production and it services a 292 MW power station with water.
p176341
sbg6
(g13
g8
NtRp176342
(dp176343
g16
Nsg17
Nsg11
VPOINT(-99.500831604004 20.663333892822)
p176344
sbtp176345
a(g6
(g7
g8
NtRp176346
(dp176347
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam
p176348
sbg6
(g13
g8
NtRp176349
(dp176350
g16
Nsg17
Nsg11
VZimapán-Talsperre
p176351
sbg6
(g13
g8
NtRp176352
(dp176353
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Mexico
p176354
sbNg6
(g13
g8
NtRp176355
(dp176356
g16
Nsg17
g27
sg11
V0.122
p176357
sbNg6
(g7
g8
NtRp176358
(dp176359
g11
Vhttp://dbpedia.org/resource/Zimapán_Dam__Lake__1
p176360
sbg6
(g13
g8
NtRp176361
(dp176362
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Electricity_Commission_(Mexico)
p176363
sbNg6
(g13
g8
NtRp176364
(dp176365
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Moctezuma_River
p176366
sbg6
(g13
g8
NtRp176367
(dp176368
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176369
(dp176370
g16
Nsg17
Nsg11
VMexico
p176371
sbg6
(g13
g8
NtRp176372
(dp176373
g16
Nsg17
Nsg11
VThe Zimapán Dam, also known as Fernando Hiriart Balderrama Dam, is an arch dam on the Moctezuma River about 15 km (9 mi) southwest of Zimapán in Hidalgo state, Mexico. The primary purpose of the dam is hydroelectric power production and it services a 292 MW power station with water.
p176374
sbg6
(g13
g8
NtRp176375
(dp176376
g16
Nsg17
Nsg11
VPOINT(-99.500831604004 20.663333892822)
p176377
sbtp176378
a(g6
(g7
g8
NtRp176379
(dp176380
g11
Vhttp://dbpedia.org/resource/Zungeru_Hydroelectric_Power_Station
p176381
sbg6
(g13
g8
NtRp176382
(dp176383
g16
Nsg17
Nsg11
VZungeru Hydroelectric Power Station
p176384
sbg6
(g13
g8
NtRp176385
(dp176386
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p176387
sbNNNNg6
(g13
g8
NtRp176388
(dp176389
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p176390
sbg6
(g13
g8
NtRp176391
(dp176392
g16
Nsg17
Nsg11
VP
sbg6
(g13
g8
NtRp176393
(dp176394
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Kaduna_River
p176395
sbg6
(g13
g8
NtRp176396
(dp176397
g16
Nsg17
Nsg11
VUC
p176398
sbNg6
(g13
g8
NtRp176399
(dp176400
g16
Nsg17
Nsg11
VNigeria#Africa#World
p176401
sbg6
(g13
g8
NtRp176402
(dp176403
g16
Nsg17
Nsg11
VZungeru Hydroelectric Power Station is a 700 megawatts (940,000 hp) hydroelectric power plant under construction in Niger State, Nigeria. When completed, as expected, it will be the second-largest hydroelectric power station in the country, behind the 760 megawatts (1,020,000 hp) Kainji Hydroelectric Power Station.
p176404
sbg6
(g13
g8
NtRp176405
(dp176406
g16
Nsg17
Nsg11
VPOINT(6.2922220230103 9.9049997329712)
p176407
sbtp176408
a(g6
(g7
g8
NtRp176409
(dp176410
g11
Vhttp://dbpedia.org/resource/Zungeru_Hydroelectric_Power_Station
p176411
sbg6
(g13
g8
NtRp176412
(dp176413
g16
Nsg17
Nsg11
V\u0413\u0415\u0421 \u0417\u0443\u043d\u0433\u0435\u0440\u0443
p176414
sbg6
(g13
g8
NtRp176415
(dp176416
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Nigeria
p176417
sbNNNNg6
(g13
g8
NtRp176418
(dp176419
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Federal_Government_of_Nigeria
p176420
sbg6
(g13
g8
NtRp176421
(dp176422
g16
Nsg17
Nsg11
VP
sbg6
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g8
NtRp176423
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Nsg17
Nsg11
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sbg6
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g8
NtRp176426
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Nsg17
Nsg11
VUC
p176428
sbNg6
(g13
g8
NtRp176429
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Nsg17
Nsg11
VNigeria#Africa#World
p176431
sbg6
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Nsg17
Nsg11
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p176434
sbg6
(g13
g8
NtRp176435
(dp176436
g16
Nsg17
Nsg11
VPOINT(6.2922220230103 9.9049997329712)
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sbtp176438
a(g6
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g8
NtRp176439
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g11
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sbg6
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g8
NtRp176442
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g16
Nsg17
Nsg11
VPresa Álvaro Obregón
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NtRp176445
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g16
Nsg17
Nsg11
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Nsg17
Nsg11
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NtRp176457
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Nsg17
Nsg11
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sbg6
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g8
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Nsg17
Nsg11
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sbNg6
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Nsg17
Nsg11
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p176465
sbg6
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g8
NtRp176466
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Nsg17
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VThe Álvaro Obregón Dam (also known as the Oviáchic Dam) is an embankment dam on the Yaqui River north of Ciudad Obregón, in Sonora, Mexico. The purpose of the dam is water supply for irrigation, flood control and hydroelectric power production. The dam supports a power station with two generators and a 19 MW installed capacity.
p176468
sbg6
(g13
g8
NtRp176469
(dp176470
g16
Nsg17
Nsg11
VPOINT(-109.89277648926 27.822500228882)
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sbtp176472
a(g6
(g7
g8
NtRp176473
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g11
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p176475
sbg6
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g8
NtRp176476
(dp176477
g16
Nsg17
Nsg11
VPresa Álvaro Obregón (dammbyggnad i Mexiko)
p176478
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g8
NtRp176479
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g16
Nsg17
Nsg11
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p176481
sbg6
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NtRp176482
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g16
Nsg17
Nsg11
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sbg6
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NtRp176485
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Nsg17
g27
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g8
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p176490
sbNNg6
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g8
NtRp176491
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g16
Nsg17
Nsg11
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p176493
sbg6
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g8
NtRp176494
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g16
Nsg17
Nsg11
VIn use
p176496
sbNg6
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g8
NtRp176497
(dp176498
g16
Nsg17
Nsg11
VMexico
p176499
sbg6
(g13
g8
NtRp176500
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g16
Nsg17
Nsg11
VThe Álvaro Obregón Dam (also known as the Oviáchic Dam) is an embankment dam on the Yaqui River north of Ciudad Obregón, in Sonora, Mexico. The purpose of the dam is water supply for irrigation, flood control and hydroelectric power production. The dam supports a power station with two generators and a 19 MW installed capacity.
p176502
sbg6
(g13
g8
NtRp176503
(dp176504
g16
Nsg17
Nsg11
VPOINT(-109.89277648926 27.822500228882)
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sbtp176506
a(g6
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g8
NtRp176507
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g11
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p176509
sbg6
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g8
NtRp176510
(dp176511
g16
Nsg17
Nsg11
VÁlvaro Obregón Dam
p176512
sbg6
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g8
NtRp176513
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g16
Nsg17
Nsg11
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p176515
sbg6
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NtRp176516
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g16
Nsg17
Nsg11
VEmbankment
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sbg6
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g8
NtRp176519
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g16
Nsg17
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p176521
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g8
NtRp176522
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p176524
sbNNg6
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g8
NtRp176525
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g16
Nsg17
Nsg11
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p176527
sbg6
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g8
NtRp176528
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g16
Nsg17
Nsg11
VIn use
p176530
sbNg6
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g8
NtRp176531
(dp176532
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Nsg17
Nsg11
VMexico
p176533
sbg6
(g13
g8
NtRp176534
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g16
Nsg17
Nsg11
VThe Álvaro Obregón Dam (also known as the Oviáchic Dam) is an embankment dam on the Yaqui River north of Ciudad Obregón, in Sonora, Mexico. The purpose of the dam is water supply for irrigation, flood control and hydroelectric power production. The dam supports a power station with two generators and a 19 MW installed capacity.
p176536
sbg6
(g13
g8
NtRp176537
(dp176538
g16
Nsg17
Nsg11
VPOINT(-109.89277648926 27.822500228882)
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sbtp176540
a(g6
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g8
NtRp176541
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g11
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p176543
sbg6
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g8
NtRp176544
(dp176545
g16
Nsg17
Nsg11
VPresa Álvaro Obregón
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sbg6
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g8
NtRp176547
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g16
Nsg17
Nsg11
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p176549
sbg6
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g8
NtRp176550
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g16
Nsg17
Nsg11
VEmbankment
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sbg6
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g8
NtRp176553
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g16
Nsg17
g27
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V1.457
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g8
NtRp176556
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g11
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p176558
sbNNg6
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g8
NtRp176559
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g16
Nsg17
Nsg11
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p176561
sbg6
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g8
NtRp176562
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g16
Nsg17
Nsg11
VIn use
p176564
sbNg6
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g8
NtRp176565
(dp176566
g16
Nsg17
Nsg11
VMexico
p176567
sbg6
(g13
g8
NtRp176568
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g16
Nsg17
Nsg11
VThe Álvaro Obregón Dam (also known as the Oviáchic Dam) is an embankment dam on the Yaqui River north of Ciudad Obregón, in Sonora, Mexico. The purpose of the dam is water supply for irrigation, flood control and hydroelectric power production. The dam supports a power station with two generators and a 19 MW installed capacity.
p176570
sbg6
(g13
g8
NtRp176571
(dp176572
g16
Nsg17
Nsg11
VPOINT(-109.89277648926 27.822500228882)
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sbtp176574
a(g6
(g7
g8
NtRp176575
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g11
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p176577
sbg6
(g13
g8
NtRp176578
(dp176579
g16
Nsg17
Nsg11
VÁlvaro-Obregón-Talsperre (Sonora)
p176580
sbg6
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g8
NtRp176581
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp176584
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g16
Nsg17
Nsg11
VEmbankment
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sbg6
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g8
NtRp176587
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g16
Nsg17
g27
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sbNg6
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g8
NtRp176590
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g11
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p176592
sbNNg6
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g8
NtRp176593
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g16
Nsg17
Nsg11
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p176595
sbg6
(g13
g8
NtRp176596
(dp176597
g16
Nsg17
Nsg11
VIn use
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sbNg6
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g8
NtRp176599
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g16
Nsg17
Nsg11
VMexico
p176601
sbg6
(g13
g8
NtRp176602
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g16
Nsg17
Nsg11
VThe Álvaro Obregón Dam (also known as the Oviáchic Dam) is an embankment dam on the Yaqui River north of Ciudad Obregón, in Sonora, Mexico. The purpose of the dam is water supply for irrigation, flood control and hydroelectric power production. The dam supports a power station with two generators and a 19 MW installed capacity.
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sbg6
(g13
g8
NtRp176605
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g16
Nsg17
Nsg11
VPOINT(-109.89277648926 27.822500228882)
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g8
NtRp176609
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g11
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p176611
sbg6
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g8
NtRp176612
(dp176613
g16
Nsg17
Nsg11
V\u5967\u7dad\u4e9e\u5947\u514b\u6e56
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sbg6
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NtRp176615
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Nsg17
Nsg11
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sbg6
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NtRp176618
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g16
Nsg17
Nsg11
VEmbankment
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sbg6
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NtRp176621
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Nsg17
g27
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g8
NtRp176624
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g11
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p176626
sbNNg6
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g8
NtRp176627
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g16
Nsg17
Nsg11
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p176629
sbg6
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g8
NtRp176630
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g16
Nsg17
Nsg11
VIn use
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sbNg6
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g8
NtRp176633
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g16
Nsg17
Nsg11
VMexico
p176635
sbg6
(g13
g8
NtRp176636
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Nsg17
Nsg11
VThe Álvaro Obregón Dam (also known as the Oviáchic Dam) is an embankment dam on the Yaqui River north of Ciudad Obregón, in Sonora, Mexico. The purpose of the dam is water supply for irrigation, flood control and hydroelectric power production. The dam supports a power station with two generators and a 19 MW installed capacity.
p176638
sbg6
(g13
g8
NtRp176639
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g16
Nsg17
Nsg11
VPOINT(-109.89277648926 27.822500228882)
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a(g6
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g8
NtRp176643
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g11
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p176645
sbg6
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g8
NtRp176646
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g16
Nsg17
Nsg11
VÇat Dam
p176648
sbg6
(g13
g8
NtRp176649
(dp176650
g16
Nsg17
Nsg11
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g8
NtRp176652
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g16
Nsg17
Nsg11
VEmbankment
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sbNNg6
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g8
NtRp176655
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g11
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p176657
sbg6
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g8
NtRp176658
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g16
Nsg17
Nsg11
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p176660
sbNg6
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g8
NtRp176661
(dp176662
g16
Nsg17
Nsg11
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p176663
sbg6
(g13
g8
NtRp176664
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp176666
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g16
Nsg17
g27
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p176668
sbg6
(g13
g8
NtRp176669
(dp176670
g16
Nsg17
Nsg11
VTurkey
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sbg6
(g13
g8
NtRp176672
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g16
Nsg17
Nsg11
VThe Çat Dam is an embankment dam on the , located near Çelikhan in Ad\u0131yaman Province, Turkey. Constructed between 1985 and 2002, the development was backed by the Turkish State Hydraulic Works. The purpose of the dam is irrigation and it provides water for up to 21,464 ha (53,039 acres) of land.
p176674
sbg6
(g13
g8
NtRp176675
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g16
Nsg17
Nsg11
VPOINT(38.3125 38.067779541016)
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sbtp176678
a(g6
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g8
NtRp176679
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p176681
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g8
NtRp176682
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Nsg17
Nsg11
VDiga di Çat
p176684
sbg6
(g13
g8
NtRp176685
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g16
Nsg17
Nsg11
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sbg6
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g8
NtRp176688
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Nsg17
Nsg11
VEmbankment
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sbNNg6
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NtRp176691
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g11
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p176693
sbg6
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g8
NtRp176694
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g16
Nsg17
Nsg11
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p176696
sbNg6
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g8
NtRp176697
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g16
Nsg17
Nsg11
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p176699
sbg6
(g13
g8
NtRp176700
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp176702
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g16
Nsg17
g27
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p176704
sbg6
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g8
NtRp176705
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g16
Nsg17
Nsg11
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p176707
sbg6
(g13
g8
NtRp176708
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Nsg17
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p176710
sbg6
(g13
g8
NtRp176711
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g16
Nsg17
Nsg11
VPOINT(38.3125 38.067779541016)
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NtRp176715
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NtRp176718
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g16
Nsg17
Nsg11
VBarrage de Çat
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sbg6
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g8
NtRp176721
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Nsg17
Nsg11
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Nsg17
Nsg11
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NtRp176730
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Nsg17
Nsg11
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p176732
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NtRp176733
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Nsg17
Nsg11
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p176735
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NtRp176736
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Nsg17
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VO
sbg6
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NtRp176738
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Nsg17
g27
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p176740
sbg6
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g8
NtRp176741
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g16
Nsg17
Nsg11
VTurkey
p176743
sbg6
(g13
g8
NtRp176744
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g16
Nsg17
Nsg11
VThe Çat Dam is an embankment dam on the , located near Çelikhan in Ad\u0131yaman Province, Turkey. Constructed between 1985 and 2002, the development was backed by the Turkish State Hydraulic Works. The purpose of the dam is irrigation and it provides water for up to 21,464 ha (53,039 acres) of land.
p176746
sbg6
(g13
g8
NtRp176747
(dp176748
g16
Nsg17
Nsg11
VPOINT(38.3125 38.067779541016)
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p176753
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g8
NtRp176754
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Nsg17
Nsg11
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p176756
sbg6
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NtRp176757
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Nsg17
Nsg11
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p176759
sbg6
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NtRp176760
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g16
Nsg17
Nsg11
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p176762
sbg6
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g8
NtRp176763
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g16
Nsg17
g27
sg11
V0.492
p176765
sbg6
(g13
g8
NtRp176766
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g16
Nsg17
g27
sg11
V825.0
p176768
sbg6
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g8
NtRp176769
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g11
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p176771
sbNg6
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NtRp176772
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g16
Nsg17
Nsg11
VPower
p176774
sbg6
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g8
NtRp176775
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g16
Nsg17
Nsg11
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p176777
sbg6
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NtRp176778
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp176780
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g16
Nsg17
g27
sg11
V4.72653e+06
p176782
sbg6
(g13
g8
NtRp176783
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g16
Nsg17
Nsg11
VTurkey
p176785
sbg6
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g8
NtRp176786
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g16
Nsg17
Nsg11
VThe Çetin Dam hydropower dam, on the Botan River in Siirt Province, Turkey, with an installed capacity of 420 MW. It was completed in 2020.
p176788
sbg6
(g13
g8
NtRp176789
(dp176790
g16
Nsg17
Nsg11
VPOINT(42.37833404541 37.974166870117)
p176791
sbtp176792
a(g6
(g7
g8
NtRp176793
(dp176794
g11
Vhttp://dbpedia.org/resource/Çetin_Dam
p176795
sbg6
(g13
g8
NtRp176796
(dp176797
g16
Nsg17
Nsg11
VÇetin Dam
p176798
sbg6
(g13
g8
NtRp176799
(dp176800
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p176801
sbg6
(g13
g8
NtRp176802
(dp176803
g16
Nsg17
Nsg11
VEmbankment,roller-compacted concrete
p176804
sbg6
(g13
g8
NtRp176805
(dp176806
g16
Nsg17
g27
sg11
V0.492
p176807
sbg6
(g13
g8
NtRp176808
(dp176809
g16
Nsg17
g27
sg11
V825.0
p176810
sbg6
(g7
g8
NtRp176811
(dp176812
g11
Vhttp://dbpedia.org/resource/Çetin_Dam__Lake__1
p176813
sbNg6
(g13
g8
NtRp176814
(dp176815
g16
Nsg17
Nsg11
VPower
p176816
sbg6
(g13
g8
NtRp176817
(dp176818
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Botan_River
p176819
sbg6
(g13
g8
NtRp176820
(dp176821
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp176822
(dp176823
g16
Nsg17
g27
sg11
V4.72653e+06
p176824
sbg6
(g13
g8
NtRp176825
(dp176826
g16
Nsg17
Nsg11
VTurkey
p176827
sbg6
(g13
g8
NtRp176828
(dp176829
g16
Nsg17
Nsg11
VThe Çetin Dam hydropower dam, on the Botan River in Siirt Province, Turkey, with an installed capacity of 420 MW. It was completed in 2020.
p176830
sbg6
(g13
g8
NtRp176831
(dp176832
g16
Nsg17
Nsg11
VPOINT(42.37833404541 37.974166870117)
p176833
sbtp176834
a(g6
(g7
g8
NtRp176835
(dp176836
g11
Vhttp://dbpedia.org/resource/Çetintepe_Dam
p176837
sbg6
(g13
g8
NtRp176838
(dp176839
g16
Nsg17
Nsg11
VÇetintepe Dam
p176840
sbg6
(g13
g8
NtRp176841
(dp176842
g16
Nsg17
Nsg11
VTurkey
p176843
sbg6
(g13
g8
NtRp176844
(dp176845
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p176846
sbg6
(g13
g8
NtRp176847
(dp176848
g16
Nsg17
g27
sg11
V0.174
p176849
sbg6
(g13
g8
NtRp176850
(dp176851
g16
Nsg17
g27
sg11
V1161.0
p176852
sbg6
(g7
g8
NtRp176853
(dp176854
g11
Vhttp://dbpedia.org/resource/Çetintepe_Dam__Lake__1
p176855
sbg6
(g13
g8
NtRp176856
(dp176857
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p176858
sbg6
(g13
g8
NtRp176859
(dp176860
g16
Nsg17
Nsg11
VWater supply, military
p176861
sbg6
(g13
g8
NtRp176862
(dp176863
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ortasu_River
p176864
sbg6
(g13
g8
NtRp176865
(dp176866
g16
Nsg17
Nsg11
VUC
p176867
sbg6
(g13
g8
NtRp176868
(dp176869
g16
Nsg17
g27
sg11
V130500.0
p176870
sbg6
(g13
g8
NtRp176871
(dp176872
g16
Nsg17
Nsg11
VTurkey
p176873
sbg6
(g13
g8
NtRp176874
(dp176875
g16
Nsg17
Nsg11
VThe Çetintepe Dam is a gravity dam under construction on the (a tributary of the Hezil River) in Uludere district of \u015e\u0131rnak Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, Ozerka Insatt began construction on the dam in 2008 and a completion date has not been announced. Çetintepe Dam was still under construction as of July 2019, with construction works 68% complete at that time.
p176876
sbg6
(g13
g8
NtRp176877
(dp176878
g16
Nsg17
Nsg11
VPOINT(42.938716888428 37.369552612305)
p176879
sbtp176880
a(g6
(g7
g8
NtRp176881
(dp176882
g11
Vhttp://dbpedia.org/resource/Çocuktepe_Dam
p176883
sbg6
(g13
g8
NtRp176884
(dp176885
g16
Nsg17
Nsg11
VÇocuktepe Dam
p176886
sbg6
(g13
g8
NtRp176887
(dp176888
g16
Nsg17
Nsg11
VTurkey
p176889
sbg6
(g13
g8
NtRp176890
(dp176891
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p176892
sbg6
(g13
g8
NtRp176893
(dp176894
g16
Nsg17
g27
sg11
V0.12744
p176895
sbg6
(g13
g8
NtRp176896
(dp176897
g16
Nsg17
g27
sg11
V963.0
p176898
sbg6
(g7
g8
NtRp176899
(dp176900
g11
Vhttp://dbpedia.org/resource/Çocuktepe_Dam__Lake__1
p176901
sbg6
(g13
g8
NtRp176902
(dp176903
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p176904
sbg6
(g13
g8
NtRp176905
(dp176906
g16
Nsg17
Nsg11
VWater supply, military
p176907
sbg6
(g13
g8
NtRp176908
(dp176909
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Güzeldere_River
p176910
sbg6
(g13
g8
NtRp176911
(dp176912
g16
Nsg17
Nsg11
VUC
p176913
sbNg6
(g13
g8
NtRp176914
(dp176915
g16
Nsg17
Nsg11
VTurkey
p176916
sbg6
(g13
g8
NtRp176917
(dp176918
g16
Nsg17
Nsg11
VThe Çocuktepe Dam is a gravity dam under construction on the (a tributary of the Great Zab) in Çukurca district of Hakkâri Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, \u0130nelsan \u0130n\u015faat began construction on the dam in 2008 and a completion date has not been announced. Construction on the Gölgeliyamaç Dam immediately upstream began in 2008 as well but was cancelled due to poor geology. Construction was still ongoing as of March 2019.
p176919
sbg6
(g13
g8
NtRp176920
(dp176921
g16
Nsg17
Nsg11
VPOINT(43.579513549805 37.290092468262)
p176922
sbtp176923
a(g6
(g7
g8
NtRp176924
(dp176925
g11
Vhttp://dbpedia.org/resource/Ç\u0131narc\u0131k_Dam
p176926
sbg6
(g13
g8
NtRp176927
(dp176928
g16
Nsg17
Nsg11
VÇ\u0131narc\u0131k Dam
p176929
sbg6
(g13
g8
NtRp176930
(dp176931
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p176932
sbg6
(g13
g8
NtRp176933
(dp176934
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p176935
sbg6
(g13
g8
NtRp176936
(dp176937
g16
Nsg17
g27
sg11
V0.325
p176938
sbg6
(g13
g8
NtRp176939
(dp176940
g16
Nsg17
g27
sg11
V333.0
p176941
sbg6
(g7
g8
NtRp176942
(dp176943
g11
Vhttp://dbpedia.org/resource/Ç\u0131narc\u0131k_Dam__Lake__1
p176944
sbg6
(g13
g8
NtRp176945
(dp176946
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p176947
sbg6
(g13
g8
NtRp176948
(dp176949
g16
Nsg17
Nsg11
VPower, irrigation,flood control
p176950
sbNg6
(g13
g8
NtRp176951
(dp176952
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176953
(dp176954
g16
Nsg17
Nsg11
VTurkey
p176955
sbg6
(g13
g8
NtRp176956
(dp176957
g16
Nsg17
Nsg11
VÇ\u0131narc\u0131k Dam is a rock-fill dam on the Orhaneli River about 30 km (19 mi) east of Mustafakemalpa\u015fa in Bursa Province, Turkey. It serves several purposes to include power, irrigation, flood control and municipal water supply to the city of Bursa. The dam was constructed between 1996 and 2002. Construction of the Uluabat Hydroelectric Station, which the dam supplies water to, began in 2006 and it was commissioned in 2010. The 125 m (410 ft) tall dam diverts water north through an 11.27 km (7.00 mi) long tunnel where it reaches the power station on the southern bank of Lake Uluabat. Water discharged from the 100 MW power station then enters the lake. The dam and power station are owned by the Turkish State Hydraulic Works.
p176958
sbg6
(g13
g8
NtRp176959
(dp176960
g16
Nsg17
Nsg11
VPOINT(28.772623062134 40.016498565674)
p176961
sbtp176962
a(g6
(g7
g8
NtRp176963
(dp176964
g11
Vhttp://dbpedia.org/resource/Ç\u0131narc\u0131k_Dam
p176965
sbg6
(g13
g8
NtRp176966
(dp176967
g16
Nsg17
Nsg11
VÇ\u0131narc\u0131k-Talsperre
p176968
sbg6
(g13
g8
NtRp176969
(dp176970
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Turkey
p176971
sbg6
(g13
g8
NtRp176972
(dp176973
g16
Nsg17
Nsg11
VEmbankment, rock-fill
p176974
sbg6
(g13
g8
NtRp176975
(dp176976
g16
Nsg17
g27
sg11
V0.325
p176977
sbg6
(g13
g8
NtRp176978
(dp176979
g16
Nsg17
g27
sg11
V333.0
p176980
sbg6
(g7
g8
NtRp176981
(dp176982
g11
Vhttp://dbpedia.org/resource/Ç\u0131narc\u0131k_Dam__Lake__1
p176983
sbg6
(g13
g8
NtRp176984
(dp176985
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p176986
sbg6
(g13
g8
NtRp176987
(dp176988
g16
Nsg17
Nsg11
VPower, irrigation,flood control
p176989
sbNg6
(g13
g8
NtRp176990
(dp176991
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp176992
(dp176993
g16
Nsg17
Nsg11
VTurkey
p176994
sbg6
(g13
g8
NtRp176995
(dp176996
g16
Nsg17
Nsg11
VÇ\u0131narc\u0131k Dam is a rock-fill dam on the Orhaneli River about 30 km (19 mi) east of Mustafakemalpa\u015fa in Bursa Province, Turkey. It serves several purposes to include power, irrigation, flood control and municipal water supply to the city of Bursa. The dam was constructed between 1996 and 2002. Construction of the Uluabat Hydroelectric Station, which the dam supplies water to, began in 2006 and it was commissioned in 2010. The 125 m (410 ft) tall dam diverts water north through an 11.27 km (7.00 mi) long tunnel where it reaches the power station on the southern bank of Lake Uluabat. Water discharged from the 100 MW power station then enters the lake. The dam and power station are owned by the Turkish State Hydraulic Works.
p176997
sbg6
(g13
g8
NtRp176998
(dp176999
g16
Nsg17
Nsg11
VPOINT(28.772623062134 40.016498565674)
p177000
sbtp177001
a(g6
(g7
g8
NtRp177002
(dp177003
g11
Vhttp://dbpedia.org/resource/Émosson_Dam
p177004
sbg6
(g13
g8
NtRp177005
(dp177006
g16
Nsg17
Nsg11
VZapora Émosson
p177007
sbg6
(g13
g8
NtRp177008
(dp177009
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Switzerland
p177010
sbg6
(g13
g8
NtRp177011
(dp177012
g16
Nsg17
Nsg11
VArch dam
p177013
sbg6
(g13
g8
NtRp177014
(dp177015
g16
Nsg17
g27
sg11
V0.56
p177016
sbNg6
(g7
g8
NtRp177017
(dp177018
g11
Vhttp://dbpedia.org/resource/Émosson_Dam__Lake__1
p177019
sbNg6
(g13
g8
NtRp177020
(dp177021
g16
Nsg17
Nsg11
VHydroelectricPower
p177022
sbNg6
(g13
g8
NtRp177023
(dp177024
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp177025
(dp177026
g16
Nsg17
Nsg11
VSwitzerland
p177027
sbg6
(g13
g8
NtRp177028
(dp177029
g16
Nsg17
Nsg11
VThe Émosson Dam (French: Barrage d'Émosson) is a hydroelectric dam development located in Switzerland in the canton of Valais.
p177030
sbg6
(g13
g8
NtRp177031
(dp177032
g16
Nsg17
Nsg11
VPOINT(6.9321999549866 46.06750869751)
p177033
sbtp177034
a(g6
(g7
g8
NtRp177035
(dp177036
g11
Vhttp://dbpedia.org/resource/Émosson_Dam
p177037
sbg6
(g13
g8
NtRp177038
(dp177039
g16
Nsg17
Nsg11
VBarrage d'Émosson
p177040
sbg6
(g13
g8
NtRp177041
(dp177042
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Switzerland
p177043
sbg6
(g13
g8
NtRp177044
(dp177045
g16
Nsg17
Nsg11
VArch dam
p177046
sbg6
(g13
g8
NtRp177047
(dp177048
g16
Nsg17
g27
sg11
V0.56
p177049
sbNg6
(g7
g8
NtRp177050
(dp177051
g11
Vhttp://dbpedia.org/resource/Émosson_Dam__Lake__1
p177052
sbNg6
(g13
g8
NtRp177053
(dp177054
g16
Nsg17
Nsg11
VHydroelectricPower
p177055
sbNg6
(g13
g8
NtRp177056
(dp177057
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp177058
(dp177059
g16
Nsg17
Nsg11
VSwitzerland
p177060
sbg6
(g13
g8
NtRp177061
(dp177062
g16
Nsg17
Nsg11
VThe Émosson Dam (French: Barrage d'Émosson) is a hydroelectric dam development located in Switzerland in the canton of Valais.
p177063
sbg6
(g13
g8
NtRp177064
(dp177065
g16
Nsg17
Nsg11
VPOINT(6.9321999549866 46.06750869751)
p177066
sbtp177067
a(g6
(g7
g8
NtRp177068
(dp177069
g11
Vhttp://dbpedia.org/resource/Émosson_Dam
p177070
sbg6
(g13
g8
NtRp177071
(dp177072
g16
Nsg17
Nsg11
VÉmosson Dam
p177073
sbg6
(g13
g8
NtRp177074
(dp177075
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Switzerland
p177076
sbg6
(g13
g8
NtRp177077
(dp177078
g16
Nsg17
Nsg11
VArch dam
p177079
sbg6
(g13
g8
NtRp177080
(dp177081
g16
Nsg17
g27
sg11
V0.56
p177082
sbNg6
(g7
g8
NtRp177083
(dp177084
g11
Vhttp://dbpedia.org/resource/Émosson_Dam__Lake__1
p177085
sbNg6
(g13
g8
NtRp177086
(dp177087
g16
Nsg17
Nsg11
VHydroelectricPower
p177088
sbNg6
(g13
g8
NtRp177089
(dp177090
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp177091
(dp177092
g16
Nsg17
Nsg11
VSwitzerland
p177093
sbg6
(g13
g8
NtRp177094
(dp177095
g16
Nsg17
Nsg11
VThe Émosson Dam (French: Barrage d'Émosson) is a hydroelectric dam development located in Switzerland in the canton of Valais.
p177096
sbg6
(g13
g8
NtRp177097
(dp177098
g16
Nsg17
Nsg11
VPOINT(6.9321999549866 46.06750869751)
p177099
sbtp177100
a(g6
(g7
g8
NtRp177101
(dp177102
g11
Vhttp://dbpedia.org/resource/Émosson_Dam
p177103
sbg6
(g13
g8
NtRp177104
(dp177105
g16
Nsg17
Nsg11
VBarrage d'Émosson
p177106
sbg6
(g13
g8
NtRp177107
(dp177108
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Switzerland
p177109
sbg6
(g13
g8
NtRp177110
(dp177111
g16
Nsg17
Nsg11
VArch dam
p177112
sbg6
(g13
g8
NtRp177113
(dp177114
g16
Nsg17
g27
sg11
V0.56
p177115
sbNg6
(g7
g8
NtRp177116
(dp177117
g11
Vhttp://dbpedia.org/resource/Émosson_Dam__Lake__1
p177118
sbNg6
(g13
g8
NtRp177119
(dp177120
g16
Nsg17
Nsg11
VHydroelectricPower
p177121
sbNg6
(g13
g8
NtRp177122
(dp177123
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp177124
(dp177125
g16
Nsg17
Nsg11
VSwitzerland
p177126
sbg6
(g13
g8
NtRp177127
(dp177128
g16
Nsg17
Nsg11
VThe Émosson Dam (French: Barrage d'Émosson) is a hydroelectric dam development located in Switzerland in the canton of Valais.
p177129
sbg6
(g13
g8
NtRp177130
(dp177131
g16
Nsg17
Nsg11
VPOINT(6.9321999549866 46.06750869751)
p177132
sbtp177133
a(g6
(g7
g8
NtRp177134
(dp177135
g11
Vhttp://dbpedia.org/resource/Émosson_Dam
p177136
sbg6
(g13
g8
NtRp177137
(dp177138
g16
Nsg17
Nsg11
VDiga d'Émosson
p177139
sbg6
(g13
g8
NtRp177140
(dp177141
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Switzerland
p177142
sbg6
(g13
g8
NtRp177143
(dp177144
g16
Nsg17
Nsg11
VArch dam
p177145
sbg6
(g13
g8
NtRp177146
(dp177147
g16
Nsg17
g27
sg11
V0.56
p177148
sbNg6
(g7
g8
NtRp177149
(dp177150
g11
Vhttp://dbpedia.org/resource/Émosson_Dam__Lake__1
p177151
sbNg6
(g13
g8
NtRp177152
(dp177153
g16
Nsg17
Nsg11
VHydroelectricPower
p177154
sbNg6
(g13
g8
NtRp177155
(dp177156
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp177157
(dp177158
g16
Nsg17
Nsg11
VSwitzerland
p177159
sbg6
(g13
g8
NtRp177160
(dp177161
g16
Nsg17
Nsg11
VThe Émosson Dam (French: Barrage d'Émosson) is a hydroelectric dam development located in Switzerland in the canton of Valais.
p177162
sbg6
(g13
g8
NtRp177163
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g16
Nsg17
Nsg11
VPOINT(6.9321999549866 46.06750869751)
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p177169
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g8
NtRp177170
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g16
Nsg17
Nsg11
VBarrage d'Ömerli
p177172
sbg6
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g8
NtRp177173
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g16
Nsg17
Nsg11
VTurkey
p177175
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g8
NtRp177176
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Nsg17
Nsg11
VF
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g8
NtRp177181
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Nsg17
Nsg11
VTap water
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g8
NtRp177184
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Nsg17
Nsg11
VOperational
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sbg6
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g8
NtRp177187
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Nsg17
g27
sg11
V2.2e+06
p177189
sbg6
(g13
g8
NtRp177190
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g16
Nsg17
Nsg11
VIstanbul
p177192
sbg6
(g13
g8
NtRp177193
(dp177194
g16
Nsg17
Nsg11
VÖmerli Dam (Turkish: Ömerli Baraj\u0131) is a rock-fill dam in Istanbul Province, Turkey. Ömerli Dam is located in Çekmeköy district of Istanbul Province. The rock-fill dam was built by the Turkish State Hydraulic Works on the Riva Creek to provide tap water for the city. Construction started in 1968, and the dam went in service in 1973.
p177195
sbg6
(g13
g8
NtRp177196
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g16
Nsg17
Nsg11
VPOINT(29.357999801636 41.060901641846)
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Vhttp://dbpedia.org/resource/Ömerli_Dam
p177202
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Nsg17
Nsg11
VDiga di Ömerli
p177205
sbg6
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g8
NtRp177206
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Nsg17
Nsg11
VTurkey
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NtRp177209
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Nsg17
Nsg11
VF
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p177213
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Nsg17
Nsg11
VOperational
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g8
NtRp177220
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Nsg17
g27
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V2.2e+06
p177222
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(g13
g8
NtRp177223
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Nsg17
Nsg11
VIstanbul
p177225
sbg6
(g13
g8
NtRp177226
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g16
Nsg17
Nsg11
VÖmerli Dam (Turkish: Ömerli Baraj\u0131) is a rock-fill dam in Istanbul Province, Turkey. Ömerli Dam is located in Çekmeköy district of Istanbul Province. The rock-fill dam was built by the Turkish State Hydraulic Works on the Riva Creek to provide tap water for the city. Construction started in 1968, and the dam went in service in 1973.
p177228
sbg6
(g13
g8
NtRp177229
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g16
Nsg17
Nsg11
VPOINT(29.357999801636 41.060901641846)
p177231
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NtRp177233
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Vhttp://dbpedia.org/resource/Ömerli_Dam
p177235
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g8
NtRp177236
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Nsg17
Nsg11
VÖmerli Dam
p177238
sbg6
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g8
NtRp177239
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g16
Nsg17
Nsg11
VTurkey
p177241
sbg6
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g8
NtRp177242
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Nsg17
Nsg11
VF
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g8
NtRp177244
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p177246
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g8
NtRp177247
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Nsg17
Nsg11
VTap water
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g8
NtRp177250
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Nsg17
Nsg11
VOperational
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sbg6
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g8
NtRp177253
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g16
Nsg17
g27
sg11
V2.2e+06
p177255
sbg6
(g13
g8
NtRp177256
(dp177257
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Nsg17
Nsg11
VIstanbul
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sbg6
(g13
g8
NtRp177259
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g16
Nsg17
Nsg11
VÖmerli Dam (Turkish: Ömerli Baraj\u0131) is a rock-fill dam in Istanbul Province, Turkey. Ömerli Dam is located in Çekmeköy district of Istanbul Province. The rock-fill dam was built by the Turkish State Hydraulic Works on the Riva Creek to provide tap water for the city. Construction started in 1968, and the dam went in service in 1973.
p177261
sbg6
(g13
g8
NtRp177262
(dp177263
g16
Nsg17
Nsg11
VPOINT(29.357999801636 41.060901641846)
p177264
sbtp177265
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g8
NtRp177266
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Vhttp://dbpedia.org/resource/Özlüce_Dam
p177268
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g8
NtRp177269
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g16
Nsg17
Nsg11
VÖzlüce Dam
p177271
sbg6
(g13
g8
NtRp177272
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g16
Nsg17
Nsg11
VTurkey
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g8
NtRp177275
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p177277
sbg6
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g8
NtRp177278
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p177280
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g8
NtRp177281
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p177283
sbg6
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g8
NtRp177284
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g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp177286
(dp177287
g16
Nsg17
g27
sg11
V1.46e+07
p177288
sbg6
(g13
g8
NtRp177289
(dp177290
g16
Nsg17
Nsg11
VTurkey
p177291
sbg6
(g13
g8
NtRp177292
(dp177293
g16
Nsg17
Nsg11
VÖzlüce Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates), located 10 km (6 mi) south of Yayladere in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the third dam in the Peri River cascade. Constructed between 1992 and 2000, the development was backed by the Turkish State Hydraulic Works.
p177294
sbg6
(g13
g8
NtRp177295
(dp177296
g16
Nsg17
Nsg11
VPOINT(40.087776184082 39.129722595215)
p177297
sbtp177298
a(g6
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g8
NtRp177299
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g11
Vhttp://dbpedia.org/resource/Özlüce_Dam
p177301
sbg6
(g13
g8
NtRp177302
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g16
Nsg17
Nsg11
V\u0413\u0415\u0421 Özlüce
p177304
sbg6
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g8
NtRp177305
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g16
Nsg17
Nsg11
VTurkey
p177307
sbNNNg6
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g8
NtRp177308
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g11
Vhttp://dbpedia.org/resource/Özlüce_Dam__Lake__1
p177310
sbg6
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g8
NtRp177311
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p177313
sbNg6
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g8
NtRp177314
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p177316
sbg6
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g8
NtRp177317
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g16
Nsg17
Nsg11
VO
sbg6
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g8
NtRp177319
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g16
Nsg17
g27
sg11
V1.46e+07
p177321
sbg6
(g13
g8
NtRp177322
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g16
Nsg17
Nsg11
VTurkey
p177324
sbg6
(g13
g8
NtRp177325
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g16
Nsg17
Nsg11
VÖzlüce Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates), located 10 km (6 mi) south of Yayladere in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the third dam in the Peri River cascade. Constructed between 1992 and 2000, the development was backed by the Turkish State Hydraulic Works.
p177327
sbg6
(g13
g8
NtRp177328
(dp177329
g16
Nsg17
Nsg11
VPOINT(40.087776184082 39.129722595215)
p177330
sbtp177331
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g8
NtRp177332
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g11
Vhttp://dbpedia.org/resource/Özlüce_Dam
p177334
sbg6
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g8
NtRp177335
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g16
Nsg17
Nsg11
VÖzlüce-Talsperre
p177337
sbg6
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g8
NtRp177338
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g16
Nsg17
Nsg11
VTurkey
p177340
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g8
NtRp177341
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Vhttp://dbpedia.org/resource/Özlüce_Dam__Lake__1
p177343
sbg6
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g8
NtRp177344
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p177346
sbNg6
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g8
NtRp177347
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p177349
sbg6
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g8
NtRp177350
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp177352
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g16
Nsg17
g27
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V1.46e+07
p177354
sbg6
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g8
NtRp177355
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g16
Nsg17
Nsg11
VTurkey
p177357
sbg6
(g13
g8
NtRp177358
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g16
Nsg17
Nsg11
VÖzlüce Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates), located 10 km (6 mi) south of Yayladere in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the third dam in the Peri River cascade. Constructed between 1992 and 2000, the development was backed by the Turkish State Hydraulic Works.
p177360
sbg6
(g13
g8
NtRp177361
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g16
Nsg17
Nsg11
VPOINT(40.087776184082 39.129722595215)
p177363
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g8
NtRp177365
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Vhttp://dbpedia.org/resource/Özlüce_Dam
p177367
sbg6
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g8
NtRp177368
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Nsg17
Nsg11
VBarrage d'Özlüce
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sbg6
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g8
NtRp177371
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g16
Nsg17
Nsg11
VTurkey
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g8
NtRp177374
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Vhttp://dbpedia.org/resource/Özlüce_Dam__Lake__1
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NtRp177377
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works_(Turkey)
p177379
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g8
NtRp177380
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g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Peri_River
p177382
sbg6
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g8
NtRp177383
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Nsg17
Nsg11
VO
sbg6
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g8
NtRp177385
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Nsg17
g27
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V1.46e+07
p177387
sbg6
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g8
NtRp177388
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Nsg17
Nsg11
VTurkey
p177390
sbg6
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g8
NtRp177391
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g16
Nsg17
Nsg11
VÖzlüce Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates), located 10 km (6 mi) south of Yayladere in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the third dam in the Peri River cascade. Constructed between 1992 and 2000, the development was backed by the Turkish State Hydraulic Works.
p177393
sbg6
(g13
g8
NtRp177394
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g16
Nsg17
Nsg11
VPOINT(40.087776184082 39.129722595215)
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sbtp177397
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NtRp177398
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NtRp177401
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Nsg17
Nsg11
VDiga di Özlüce
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sbg6
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NtRp177404
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Nsg17
Nsg11
VTurkey
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NtRp177407
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Nsg17
Nsg11
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NtRp177416
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Nsg17
Nsg11
VO
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NtRp177418
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Nsg17
g27
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V1.46e+07
p177420
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NtRp177421
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Nsg17
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VTurkey
p177423
sbg6
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g8
NtRp177424
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Nsg17
Nsg11
VÖzlüce Dam is a rock-fill embankment dam on the Peri River (a tributary of the Euphrates), located 10 km (6 mi) south of Yayladere in Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the third dam in the Peri River cascade. Constructed between 1992 and 2000, the development was backed by the Turkish State Hydraulic Works.
p177426
sbg6
(g13
g8
NtRp177427
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Nsg17
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VPOINT(40.087776184082 39.129722595215)
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p177433
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Nsg17
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V\u010capljina Hydroelectric Power Station
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Nsg17
Nsg11
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Nsg17
Nsg11
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Nsg11
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Nsg17
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VElectricity generationviahydroelectric energy storage
p177451
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NtRp177452
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp177454
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Nsg17
Nsg11
VBosnia and Herzegovina
p177456
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g8
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Nsg17
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VThe \u010capljina Pumped-Storage Hydroelectric Power Plant is a pumped-storage hydroelectric power plant (PSHPP) or pumped hydroelectric energy storage power plant (PHESPP) type of hydroelectric power plant, whose powerhouse (generation hall, generating station or generating plant) is situated underground near Svitava, in Bosnia and Herzegovina. It's one of country's largest hydroelectric power plants of any type, having an installed electric capacity of 420 MW.
p177459
sbg6
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g8
NtRp177460
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Nsg11
VPOINT(17.831043243408 42.934680938721)
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g8
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V\u0413\u0415\u0421-\u0413\u0410\u0415\u0421 \u0427\u0430\u043f\u043b\u0438\u043d\u0430
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Nsg11
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Vhttp://dbpedia.org/resource/\u010capljina_Hydroelectric_Power_Station__Lake__1
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p177481
sbg6
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g8
NtRp177482
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Nsg17
Nsg11
VElectricity generationviahydroelectric energy storage
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NtRp177485
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Nsg17
Nsg11
VO
sbNg6
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g8
NtRp177487
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g16
Nsg17
Nsg11
VBosnia and Herzegovina
p177489
sbg6
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g8
NtRp177490
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Nsg17
Nsg11
VThe \u010capljina Pumped-Storage Hydroelectric Power Plant is a pumped-storage hydroelectric power plant (PSHPP) or pumped hydroelectric energy storage power plant (PHESPP) type of hydroelectric power plant, whose powerhouse (generation hall, generating station or generating plant) is situated underground near Svitava, in Bosnia and Herzegovina. It's one of country's largest hydroelectric power plants of any type, having an installed electric capacity of 420 MW.
p177492
sbg6
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g8
NtRp177493
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Nsg17
Nsg11
VPOINT(17.831043243408 42.934680938721)
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Vhttp://dbpedia.org/resource/\u010capljina_Hydroelectric_Power_Station
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g8
NtRp177500
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Nsg17
Nsg11
VHidroelektrana \u010capljina
p177502
sbg6
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NtRp177503
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Bosnia_and_Herzegovina
p177505
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g8
NtRp177506
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Nsg17
Nsg11
VCompensation & storage basins
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g8
NtRp177509
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Vhttp://dbpedia.org/resource/\u010capljina_Hydroelectric_Power_Station__Lake__1
p177511
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NtRp177512
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Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Government_of_the_Federation_of_Bosnia_and_Herzegovina
p177514
sbg6
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g8
NtRp177515
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g16
Nsg17
Nsg11
VElectricity generationviahydroelectric energy storage
p177517
sbNg6
(g13
g8
NtRp177518
(dp177519
g16
Nsg17
Nsg11
VO
sbNg6
(g13
g8
NtRp177520
(dp177521
g16
Nsg17
Nsg11
VBosnia and Herzegovina
p177522
sbg6
(g13
g8
NtRp177523
(dp177524
g16
Nsg17
Nsg11
VThe \u010capljina Pumped-Storage Hydroelectric Power Plant is a pumped-storage hydroelectric power plant (PSHPP) or pumped hydroelectric energy storage power plant (PHESPP) type of hydroelectric power plant, whose powerhouse (generation hall, generating station or generating plant) is situated underground near Svitava, in Bosnia and Herzegovina. It's one of country's largest hydroelectric power plants of any type, having an installed electric capacity of 420 MW.
p177525
sbg6
(g13
g8
NtRp177526
(dp177527
g16
Nsg17
Nsg11
VPOINT(17.831043243408 42.934680938721)
p177528
sbtp177529
a(g6
(g7
g8
NtRp177530
(dp177531
g11
Vhttp://dbpedia.org/resource/\u014cmachi_Dam
p177532
sbg6
(g13
g8
NtRp177533
(dp177534
g16
Nsg17
Nsg11
V\u5927\u753a\u30c0\u30e0
p177535
sbg6
(g13
g8
NtRp177536
(dp177537
g16
Nsg17
Nsg11
VJapan
p177538
sbg6
(g13
g8
NtRp177539
(dp177540
g16
Nsg17
Nsg11
VGravity
p177541
sbg6
(g13
g8
NtRp177542
(dp177543
g16
Nsg17
g27
sg11
V0.338
p177544
sbNg6
(g7
g8
NtRp177545
(dp177546
g11
Vhttp://dbpedia.org/resource/\u014cmachi_Dam__Lake__1
p177547
sbg6
(g13
g8
NtRp177548
(dp177549
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p177550
sbNg6
(g13
g8
NtRp177551
(dp177552
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Takase_River
p177553
sbg6
(g13
g8
NtRp177554
(dp177555
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp177556
(dp177557
g16
Nsg17
g27
sg11
V766000.0
p177558
sbg6
(g13
g8
NtRp177559
(dp177560
g16
Nsg17
Nsg11
VJapan
p177561
sbg6
(g13
g8
NtRp177562
(dp177563
g16
Nsg17
Nsg11
VThe \u014cmachi Dam is a concrete gravity dam on the Takase River just west of \u014cmachi in Nagano Prefecture, Japan. Construction of the dam began in 1975 and it was completed in 1985. The primary purpose of the dam is water supply and it also supports a 13 MW hydroelectric power station. It is owned by TEPCO.
p177564
sbg6
(g13
g8
NtRp177565
(dp177566
g16
Nsg17
Nsg11
VPOINT(137.7813873291 36.514720916748)
p177567
sbtp177568
a(g6
(g7
g8
NtRp177569
(dp177570
g11
Vhttp://dbpedia.org/resource/\u014cmachi_Dam
p177571
sbg6
(g13
g8
NtRp177572
(dp177573
g16
Nsg17
Nsg11
V\u014cmachi Dam
p177574
sbg6
(g13
g8
NtRp177575
(dp177576
g16
Nsg17
Nsg11
VJapan
p177577
sbg6
(g13
g8
NtRp177578
(dp177579
g16
Nsg17
Nsg11
VGravity
p177580
sbg6
(g13
g8
NtRp177581
(dp177582
g16
Nsg17
g27
sg11
V0.338
p177583
sbNg6
(g7
g8
NtRp177584
(dp177585
g11
Vhttp://dbpedia.org/resource/\u014cmachi_Dam__Lake__1
p177586
sbg6
(g13
g8
NtRp177587
(dp177588
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/TEPCO
p177589
sbNg6
(g13
g8
NtRp177590
(dp177591
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Takase_River
p177592
sbg6
(g13
g8
NtRp177593
(dp177594
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp177595
(dp177596
g16
Nsg17
g27
sg11
V766000.0
p177597
sbg6
(g13
g8
NtRp177598
(dp177599
g16
Nsg17
Nsg11
VJapan
p177600
sbg6
(g13
g8
NtRp177601
(dp177602
g16
Nsg17
Nsg11
VThe \u014cmachi Dam is a concrete gravity dam on the Takase River just west of \u014cmachi in Nagano Prefecture, Japan. Construction of the dam began in 1975 and it was completed in 1985. The primary purpose of the dam is water supply and it also supports a 13 MW hydroelectric power station. It is owned by TEPCO.
p177603
sbg6
(g13
g8
NtRp177604
(dp177605
g16
Nsg17
Nsg11
VPOINT(137.7813873291 36.514720916748)
p177606
sbtp177607
a(g6
(g7
g8
NtRp177608
(dp177609
g11
Vhttp://dbpedia.org/resource/\u015e\u0131rnak_Dam
p177610
sbg6
(g13
g8
NtRp177611
(dp177612
g16
Nsg17
Nsg11
V\u015e\u0131rnak Dam
p177613
sbg6
(g13
g8
NtRp177614
(dp177615
g16
Nsg17
Nsg11
VTurkey
p177616
sbg6
(g13
g8
NtRp177617
(dp177618
g16
Nsg17
Nsg11
VGravity,roller-compacted concrete
p177619
sbg6
(g13
g8
NtRp177620
(dp177621
g16
Nsg17
g27
sg11
V0.198
p177622
sbg6
(g13
g8
NtRp177623
(dp177624
g16
Nsg17
g27
sg11
V811.8
p177625
sbg6
(g7
g8
NtRp177626
(dp177627
g11
Vhttp://dbpedia.org/resource/\u015e\u0131rnak_Dam__Lake__1
p177628
sbg6
(g13
g8
NtRp177629
(dp177630
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/State_Hydraulic_Works
p177631
sbg6
(g13
g8
NtRp177632
(dp177633
g16
Nsg17
Nsg11
VWater supply, military
p177634
sbg6
(g13
g8
NtRp177635
(dp177636
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/Ortasu_River
p177637
sbg6
(g13
g8
NtRp177638
(dp177639
g16
Nsg17
Nsg11
VO
sbg6
(g13
g8
NtRp177640
(dp177641
g16
Nsg17
g27
sg11
V157000.0
p177642
sbg6
(g13
g8
NtRp177643
(dp177644
g16
Nsg17
Nsg11
VTurkey
p177645
sbg6
(g13
g8
NtRp177646
(dp177647
g16
Nsg17
Nsg11
VThe \u015e\u0131rnak Dam is a gravity dam on the (a tributary of the Hezil River) about 25 km (16 mi) southeast of \u015e\u0131rnak town in \u015e\u0131rnak Province, southeast Turkey. Under contract from Turkey's State Hydraulic Works, AGE In\u015faat began construction on the dam in 2008 and it was completed in 2012.
p177648
sbg6
(g13
g8
NtRp177649
(dp177650
g16
Nsg17
Nsg11
VPOINT(42.733734130859 37.441303253174)
p177651
sbtp177652
a(g6
(g7
g8
NtRp177653
(dp177654
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station
p177655
sbg6
(g13
g8
NtRp177656
(dp177657
g16
Nsg17
Nsg11
V\u0416\u0430\u0440\u043d\u043e\u0432\u0435\u0446\u044c\u043a\u0430 \u0413\u0410\u0415\u0421
p177658
sbg6
(g13
g8
NtRp177659
(dp177660
g16
Nsg17
Nsg11
VPoland
p177661
sbNNNg6
(g7
g8
NtRp177662
(dp177663
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station__Lake__1
p177664
sbg6
(g13
g8
NtRp177665
(dp177666
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/PGE_Polska_Grupa_Energetyczna
p177667
sbNNg6
(g13
g8
NtRp177668
(dp177669
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp177670
(dp177671
g16
Nsg17
Nsg11
VThe \u017barnowiec Pumped Storage Power Station is located about 7 km (4.3 mi) south of \u017barnowiec in Puck County, northern Poland. The 680 MW pumped-storage power station was constructed between 1973 and 1983. The power station was modernised between 2007 and 2011 and the upper reservoir was reconstructed in 2006. It is the largest hydroelectric power station in Poland. It uses four 170 MW Francis pump-turbines to send water from its lower reservoir, Lake \u017barnowiec, up to an upper reservoir for storage. During periods of high power demand, the water is released back down to the turbines to produce power. Water is pumped back up during periods of low power demand, such as night time. The power station was originally intended to be a load balancer for \u017barnowiec Nuclear Power Plant which was suppo
p177672
sbg6
(g13
g8
NtRp177673
(dp177674
g16
Nsg17
Nsg11
VPOINT(18.082355499268 54.722270965576)
p177675
sbtp177676
a(g6
(g7
g8
NtRp177677
(dp177678
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station
p177679
sbg6
(g13
g8
NtRp177680
(dp177681
g16
Nsg17
Nsg11
V\u017barnowiec pumpkraftverk
p177682
sbg6
(g13
g8
NtRp177683
(dp177684
g16
Nsg17
Nsg11
VPoland
p177685
sbNNNg6
(g7
g8
NtRp177686
(dp177687
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station__Lake__1
p177688
sbg6
(g13
g8
NtRp177689
(dp177690
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/PGE_Polska_Grupa_Energetyczna
p177691
sbNNg6
(g13
g8
NtRp177692
(dp177693
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp177694
(dp177695
g16
Nsg17
Nsg11
VThe \u017barnowiec Pumped Storage Power Station is located about 7 km (4.3 mi) south of \u017barnowiec in Puck County, northern Poland. The 680 MW pumped-storage power station was constructed between 1973 and 1983. The power station was modernised between 2007 and 2011 and the upper reservoir was reconstructed in 2006. It is the largest hydroelectric power station in Poland. It uses four 170 MW Francis pump-turbines to send water from its lower reservoir, Lake \u017barnowiec, up to an upper reservoir for storage. During periods of high power demand, the water is released back down to the turbines to produce power. Water is pumped back up during periods of low power demand, such as night time. The power station was originally intended to be a load balancer for \u017barnowiec Nuclear Power Plant which was suppo
p177696
sbg6
(g13
g8
NtRp177697
(dp177698
g16
Nsg17
Nsg11
VPOINT(18.082355499268 54.722270965576)
p177699
sbtp177700
a(g6
(g7
g8
NtRp177701
(dp177702
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station
p177703
sbg6
(g13
g8
NtRp177704
(dp177705
g16
Nsg17
Nsg11
VElektrownia Wodna \u017barnowiec
p177706
sbg6
(g13
g8
NtRp177707
(dp177708
g16
Nsg17
Nsg11
VPoland
p177709
sbNNNg6
(g7
g8
NtRp177710
(dp177711
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station__Lake__1
p177712
sbg6
(g13
g8
NtRp177713
(dp177714
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/PGE_Polska_Grupa_Energetyczna
p177715
sbNNg6
(g13
g8
NtRp177716
(dp177717
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp177718
(dp177719
g16
Nsg17
Nsg11
VThe \u017barnowiec Pumped Storage Power Station is located about 7 km (4.3 mi) south of \u017barnowiec in Puck County, northern Poland. The 680 MW pumped-storage power station was constructed between 1973 and 1983. The power station was modernised between 2007 and 2011 and the upper reservoir was reconstructed in 2006. It is the largest hydroelectric power station in Poland. It uses four 170 MW Francis pump-turbines to send water from its lower reservoir, Lake \u017barnowiec, up to an upper reservoir for storage. During periods of high power demand, the water is released back down to the turbines to produce power. Water is pumped back up during periods of low power demand, such as night time. The power station was originally intended to be a load balancer for \u017barnowiec Nuclear Power Plant which was suppo
p177720
sbg6
(g13
g8
NtRp177721
(dp177722
g16
Nsg17
Nsg11
VPOINT(18.082355499268 54.722270965576)
p177723
sbtp177724
a(g6
(g7
g8
NtRp177725
(dp177726
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station
p177727
sbg6
(g13
g8
NtRp177728
(dp177729
g16
Nsg17
Nsg11
VPumpspeicherkraftwerk \u017barnowiec
p177730
sbg6
(g13
g8
NtRp177731
(dp177732
g16
Nsg17
Nsg11
VPoland
p177733
sbNNNg6
(g7
g8
NtRp177734
(dp177735
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station__Lake__1
p177736
sbg6
(g13
g8
NtRp177737
(dp177738
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/PGE_Polska_Grupa_Energetyczna
p177739
sbNNg6
(g13
g8
NtRp177740
(dp177741
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp177742
(dp177743
g16
Nsg17
Nsg11
VThe \u017barnowiec Pumped Storage Power Station is located about 7 km (4.3 mi) south of \u017barnowiec in Puck County, northern Poland. The 680 MW pumped-storage power station was constructed between 1973 and 1983. The power station was modernised between 2007 and 2011 and the upper reservoir was reconstructed in 2006. It is the largest hydroelectric power station in Poland. It uses four 170 MW Francis pump-turbines to send water from its lower reservoir, Lake \u017barnowiec, up to an upper reservoir for storage. During periods of high power demand, the water is released back down to the turbines to produce power. Water is pumped back up during periods of low power demand, such as night time. The power station was originally intended to be a load balancer for \u017barnowiec Nuclear Power Plant which was suppo
p177744
sbg6
(g13
g8
NtRp177745
(dp177746
g16
Nsg17
Nsg11
VPOINT(18.082355499268 54.722270965576)
p177747
sbtp177748
a(g6
(g7
g8
NtRp177749
(dp177750
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station
p177751
sbg6
(g13
g8
NtRp177752
(dp177753
g16
Nsg17
Nsg11
V\u017barnowiec Pumped Storage Power Station
p177754
sbg6
(g13
g8
NtRp177755
(dp177756
g16
Nsg17
Nsg11
VPoland
p177757
sbNNNg6
(g7
g8
NtRp177758
(dp177759
g11
Vhttp://dbpedia.org/resource/\u017barnowiec_Pumped_Storage_Power_Station__Lake__1
p177760
sbg6
(g13
g8
NtRp177761
(dp177762
g16
Nsg17
Nsg11
Vhttp://dbpedia.org/resource/PGE_Polska_Grupa_Energetyczna
p177763
sbNNg6
(g13
g8
NtRp177764
(dp177765
g16
Nsg17
Nsg11
VO
sbNNg6
(g13
g8
NtRp177766
(dp177767
g16
Nsg17
Nsg11
VThe \u017barnowiec Pumped Storage Power Station is located about 7 km (4.3 mi) south of \u017barnowiec in Puck County, northern Poland. The 680 MW pumped-storage power station was constructed between 1973 and 1983. The power station was modernised between 2007 and 2011 and the upper reservoir was reconstructed in 2006. It is the largest hydroelectric power station in Poland. It uses four 170 MW Francis pump-turbines to send water from its lower reservoir, Lake \u017barnowiec, up to an upper reservoir for storage. During periods of high power demand, the water is released back down to the turbines to produce power. Water is pumped back up during periods of low power demand, such as night time. The power station was originally intended to be a load balancer for \u017barnowiec Nuclear Power Plant which was suppo
p177768
sbg6
(g13
g8
NtRp177769
(dp177770
g16
Nsg17
Nsg11
VPOINT(18.082355499268 54.722270965576)
p177771
sbtp177772
asS'var_names'
p177773
(lp177774
Vdam
p177775
aVlabel
p177776
aVcountry
p177777
aVdescription
p177778
aVlength
p177779
aVelevation
p177780
aVlake
p177781
aVowner
p177782
aVpurpose
p177783
aVriver
p177784
aVdamtatus
p177785
aVvolume
p177786
aVlocationMap
p177787
aVcomment
p177788
aVgeometry
p177789
asS'has_result'
p177790
Nss.