Coordinates: 52°02′07″N 9°24′48″E / 52.03528°N 9.41333°E / 52.03528; 9.41333

Grohnde Nuclear Power Plant

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Grohnde Nuclear Power Plant
File:KKW Grohnde.jpg
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CountryGermany
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Construction began1975
Commission date4 September 1984
Owners83.3% PreussenElektra
16.7% Stadtwerke Bielefeld
OperatorGKKG Grohnde (PreussenElektra)
Nuclear power station
Reactor typePWR
Cooling towers2
Cooling sourceWeser River
Power generation
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Nameplate capacity1,430 MW
Capacity factor87.8%
Annual net output10,996 GW·h

The former Grohnde Nuclear Power Plant is a nuclear power plant located in Grohnde in the Hamelin-Pyrmont district of Lower Saxony, Germany. Its single reactor has a nameplate capacity of 1430MWe and it was in operation from 1984 through 2021.

Basic Information

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The plant's reactor is of the pressurized water reactor type, using four water based coolant cycles, kept under high pressure. The design used for the plant's reactor is the Vor-Konvoi design, which was developed by Kraftwerk Union and used in several other power plants, such as the Brokdorf, Grafenrheinfeld and Philippsburg-2 power plants in Germany, as well as the Angra-2 power plant in Brazil.[citation needed]

The reactor used 193 fuel assemblies and utilized both enriched uranium and MOX fuel. In 1985, 1986, 1987, 1989, 1990 and 1998 the reactor produced more net electricity for the respective year than any other nuclear reactor in the world.[citation needed]

History

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Construction of the plant began in 1975. The plant was built by PreussenElektra and Gemeinschaftskraftwerk Weser GmbH, with each company having a 50% share in the project.

Construction was completed in 1984 and the reactor reached first criticality the same year. Commercial electricity generation began on February 1st, 1985.

In 2003, ownership of the plant was transferred to E.ON Energie AG and Stadtwerke Bielefeld.

In 2021 the plant exceeded 400 TWh of total low-carbon electricity output since it was connected to the grid. As such, during its period of operation, the plant has prevented 400 million tons of CO2 emissions.[1]

The plant ceased power operation on 31 December 2021 as part of Germany's phaseout of nuclear power.[2]

The plant is currently undergoing decommissioning, which is expected to be completed around 2036.[2]

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See also

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References

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