The Karcham Wangtoo Hydroelectric Plant is a 1000 MW run-of-the-river hydroelectric power station on the Sutlej River in Kinnaur district of Himachal Pradesh, India.
 The dam and power station are located between the villages of Karcham and Wangtoo where the plant also gains its name.
 Jaypee Karcham Hydro Corporation Limited of Jaypee Group signed a memorandum of understanding to develop the dam in 1993 and after years of delays, construction on the power station began on 18 November 2005.
 In 2015 Jaypee Group sold out Karcham Wangtoo Project to JSW Group.
The first generator was commissioned in May 2011, the second in June and the final two in September.
 The 98 m tall dam at Karcham ( ) diverts a substantial portion of the Sutlej into a 10.48 m diameter and 17.2 km long headrace tunnel to the underground power station downstream at Wangtoo.
 At the station, the water powers four 250 MW Francis turbine-generators before it is sent back into the Sutlej via a 1.2 km long tailrace tunnel.
 The difference in elevation between the dam and the power station affords a gross hydraulic head of 298 m .
 Water not diverted by the dam is sent over the spillway and down the normal course of the river.
 The main spillway is along the crest of the dam and is controlled by six radial gates. Just upstream of the dam is the 300 MW Baspa II Hydroelectric Plant and downstream of the Karcham Wangtoo is the 1,500 MW Nathpa Jhakri Dam.
The Maoergai Dam is a rock-filled embankment dam on the Heishui River 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 long headrace tunnel and penstock.
 The difference in elevation between the reservoir and power station affords a hydraulic head (water drop) of 168 m .
 The dam sits just below the headwaters of the Heishui and water discharged through its power station regulates the flow of water for smaller power stations downstream.
Tanbara Dam (玉原ダム, which can be mistakenly read Tamahara Dam) is a rock-fill embankment dam on a Tone River tributary in Gunma Prefecture of Japan.
 It is located 14 km north of Numata.
 It creates the upper reservoir for the 1200 MW Tamahara Pumped Storage Power Station (玉原発電所).
 Construction began in 1973 and the dam was complete in 1981 while the power station was commissioned in 1986.
 It is 116 m tall and withholds a reservoir with a storage capacity of 14800000 m3 .
 Of that capacity, 13000000 m3 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 to the northwest on another Tone River tributary.
 Power is generated during periods of high energy demand and pumping occurs during times when energy demand is low such as at night.
 The power station contains four 300 MW reversible Francis turbine pump-generators which serve to both pump water and generate electricity.
 The upper Tamahara Reservoir is at an elevation of 1177 m and the lower Fujiwara Reservoir is at 651 m which affords the power station an effective hydraulic head of 518 m .
 When pumping, the pump-generators can move up to 210 m3/s of water and when generating, they discharge up to 276 m3/s .
The Amagase Dam (天ヶ瀬ダム ) is an arch dam on the Uji River just upstream from Uji City in 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.
Warragamba Power Station is a hydroelectric power station at Warragamba Dam, New South Wales, Australia.
 Warragamba has one turbine with a generating capacity of 50 MW of electricity.
Warragamba Dam, a concrete gravity dam, creates Lake Burragorang, the primary reservoir for water supply for the Australian city of Sydney, New South Wales.
The Jablanica Dam is an arch-gravity dam on the Neretva River about 4 km northeast 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 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 head (water drop) of 111 m .
 The dam is 85 m tall and creates Jablanica lake.
 The dam and power station are owned and operated by Elektroprivreda Bosne i Hercegovine.
The Kouhrang 2 Hydroelectric Power Station is located just south of Chelgard and about 69 km 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 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 Kouhrang River ( ) just downstream of the Kouhrang 1 Dam which also diverts water, via the 2800 m long Kouhrang 2 Tunnel, to near Chelgard and was completed in 1953.
 The Kouhrang 3 Dam is planned downstream to regulate river flows and divert more water to the Zayandeh via the Kouhrang 3 Tunnel.
The Yunfeng Dam is a concrete gravity dam on the Yalu River which borders China and North Korea.
 It is located 33 km northeast of Ji'an in Jilin Province, China and Manpo 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 tall dam creates a reservoir with a storage capacity of 3895000000 m3 .
 The dam's spillway is an overflow type with 21 floodgates and has a maximum discharge of 21900 m3/s .
 The dam is located before a bend in the river and its power station is located on the other side of a ridge that meets the dam’s right abutment.
 Water is delivered to the power station via two tunnels, 775 m and 759 m long.
 Generators 1 and 3 deliver power to China while 2 and 4 deliver to North Korea.
The Matanoagawa Dam (俣野川ダム) is a concrete gravity dam on a tributary of the Hino River located 2.3 km south of Kōfu 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 Matanoagawa Pumped Storage Power Station (俣野川発電所).
 It is 69.3 m tall and creates a reservoir with a 7940000 m3 storage capacity.
 The power station is located on the southern bank of the reservoir and contains four 300 MW Francis pump-turbine-generators.
 The upper reservoir for the pumped-storage scheme is created by the Doyo Dam located 6 km to the southeast in Okayama Prefecture.
 To generate power, water from the Doyo Dam is sent to the power station, used to generate electricity and then discharged into the Matanoagawa Reservoir.
 This occurs when energy demand is high and when it is low, water is pumped back up to the Doyo Dam as stored energy.
 The same pump-generators that pump the water to Doyo reverse and generate electricity when it is sent back down.
 The first generator was operational in 1992 and the last in 1996.

Question: Warragamba Power Station is located at the dam that creates what lake?
Answer: Lake Burragorang