Question: The Lithuanian Electricity Organization was established to raise funds for the construction of a power plant to bebuilt at the site of what closed power plant?

Documents:
source: LEO LT
text: LEO LT LEO LT AB or Lithuanian Electricity Organization (Lithuanian: "Lietuvos elektros organizacija" ) was a national energy holding company in Lithuania. The company owned shares of Lithuania's three major electric power production and distribution companies. It was established in early 2008 to raise funds for the construction of the planned Visaginas Nuclear Power Plant after close down of Ignalina Plant, and Lithuania–Sweden and Lithuania–Poland power connections. The decision to liquidate the company, mired in controversies and attacked by critics, was reached by the shareholder of LEO LT on 4 September 2009.

source: Visaginas Nuclear Power Plant
text: Visaginas Nuclear Power Plant Visaginas Nuclear Power Plant is a planned nuclear power plant project in Lithuania. It was proposed to be built at the site of the closed Ignalina Nuclear Power Plant, which was shut down on 31 December 2009 in accordance with Lithuania's accession agreement to the European Union. The two reactors of the Ignalina plant are currently undergoing a decommissioning process.

source: Kuosheng Nuclear Power Plant
text: Kuosheng Nuclear Power Plant The Kuosheng Nuclear Power Plant or Guosheng Nuclear Power Plant (國聖核能發電廠), Second Nuclear Power Plant (第二核能發電廠 or 核二), is a nuclear power plant in Wanli, New Taipei, Taiwan. The plant is currently the largest nuclear power plant in Taiwan, before the opening of the 2,700 MW Longmen Nuclear Power Plant which is still under construction.

source: Roncovalgrande Hydroelectric Plant
text: Roncovalgrande Hydroelectric Plant The Roncovalgrande Hydroelectric Plant, also known as the Delio Hydroelectric Plant, is located 3 km north of Maccagno in the Province of Varese, Lombardy, Italy. Using the pumped-storage hydroelectric method, the power plant has an installed capacity of 1016 MW . 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 m and 36 m 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 two 1100 m long penstocks. At the power plant, eight four-stage Pelton turbine-generators generate electricity. Power generation occurs during periods of high energy demand and when energy demand is low, pumping usually occurs. The pumps are on the same shaft as the Pelton turbines and send water from the lower to the upper reservoir to serve as stored energy. In the future, this water is sent back down to the power station and the process repeats. The difference in elevation between the upper and lower reservoirs affords a hydraulic head of 736.25 m and Lago Delio has a usable storage capacity of 10000000 m3 .

source: Ignalina Nuclear Power Plant
text: Ignalina Nuclear Power Plant The Ignalina Nuclear Power Plant (Lithuanian: "Ignalinos Atominė Elektrinė, IAE" , Russian: Игналинская атомная электростанция, "Ignalinskaya atomnaya elektrostantsiya" ) is a closed two-unit RBMK-1500 nuclear power station in Visaginas municipality, Lithuania. It was named after the nearby city of Ignalina. Due to the plant's similarities to the failed Chernobyl Nuclear Power Plant in both reactor design and lack of a robust containment building, Lithuania agreed to close the plant as part of its accession agreement to the European Union. Unit 1 was closed in December 2004. The remaining Unit 2 which counted for 25% of Lithuania's electricity generating capacity and supplied about 70% of Lithuania's electrical demand, was closed on December 31, 2009. Proposals have been made to construct a new nuclear power plant at the same site.

source: Østfold Energi
text: Østfold Energi Østfold Energi is a Norwegian energy producer within the business areas of hydropower, wind and heat. The company operates hydroelectric power plants in Østfold and Sogn og Fjordane with an annual power production of 1,680 TW·h/year. The power plants operated by Østfold Energi are Borgund power plant (1013 GWh/year), Stuvane power plant (165 GW·h/yr), Nyset-Steggje power plant (449 GW·h/yr), Brekke power plant (30 GW·h/yr), Tistedalsfoss power plant (13 GW·h/yr) and Ørje power plant (9 GW·h/yr).

source: Siah Bishe Pumped Storage Power Plant
text: Siah Bishe Pumped Storage Power Plant The Siah Bisheh Pumped Storage Power Plant (Persian: نیروگاه تلمبه ذخیره‌ای سیاه‌بیشه‎ ‎ ), also spelled Siyāhbisheh and Siah Bishe, is located in the Alborz Mountain range near the village of Siah Bisheh and 48 km 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 to the south. When complete it will have an installed generating capacity of 1040 MW and a pumping capacity of 940 MW . 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 in May 2013. The remaining generators were commissioned by 1 September 2015. The power plant is the first pumped-storage type in Iran and will also use the country's first concrete-face rock-fill dam – two of them.

source: Meshkinshahr Geothermal Power Plant
text: Meshkinshahr Geothermal Power Plant Meshkinshahr Geothermal Power Plant is a geothermal electricity generation station situated near Meshkinshahr, Iran. The plant which has an electricity generation capacity of 5 MW has been under construction since 2001 and came online in 2010, becoming Iran's first geothermal power plant. It uses steam formed by the injected water into specially drilled wells which can be more than 3000 m deep. The water is heated up, deep in the ground where temperature is above 250 °C . The heated up water upon de-pressurization at the surface turns to steam which is then used to power steam turbines for electricity generation. The plant is being further expanded to provide geothermal heating to areas in Ardabil Province for both domestic as well as industrial purposes. As power plant is situated in touristic Sabalan area, it is also hoped the nonpolluting nature of the plant will help to preserve the nature and attract more tourism to the area. In long term, Iran plans to use the gained experience with this power plant in installation of up to 12 other geothermal stations in the country.

source: Pondage
text: Pondage Pondage usually refers to the comparably small water storage behind the weir of a run-of-the-river hydroelectric power plant. Such a power plant has considerably less storage than the reservoirs of large dams and conventional hydroelectric stations which can store water for long periods such as a dry season or year. With pondage, water is usually stored during periods of low electricity demand and days when the power plant is inactive, enabling its use as a peaking power plant in dry seasons and a base load power plant during wet seasons. Ample pondage allows a power plant meet hourly load fluctuations for a period of a week or more.

source: Tallinn Power Plant
text: Tallinn Power Plant The Tallinn Power Plant (Estonian: "Tallinna elektrijaam" ) is a former power plant located in Tallinn, Estonia. Construction of the power plant was initiated by Volta company and it was decided by the Tallinn City Council in 1912 after the work of special committee established in 1909. The plant was located next to the Tallinn Gas Factory at the location of the former Stuart fortress. The plant was designed by Volta and the architect was Hans Schmidt. Originally it used three Laval-type 250 hp steam turbines and three 250 hp electric generators—all produced by Volta. Two coal-fired boilers were manufactured by AS Franz Krull. The power plant was opened on 24 March 1913 and originally it was fired by coal. In 1919–1920 the plant was expanded and transferred to peat and wood. In 1924 the power plant was switched to oil shale. It was the first power plant in the world to employ oil shale as its primary fuel. In 1939, the plant achieved capacity of 22 MW.

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Answer: Ignalina Nuclear Power Plant