Gravelines Nuclear Power Station

Gravelines Nuclear Power Station
Gravelines Nuclear Power Station
Map
Official nameCentrale Nucléaire de Gravelines
CountryFrance
LocationGravelines, Nord
Coordinates51°00′55″N 02°08′10″E / 51.01528°N 2.13611°E / 51.01528; 2.13611
StatusOperational
Construction began1974
Commission date13 March 1980 (13 March 1980)
OperatorEDF
Nuclear power station
Reactor typePWR
Reactor supplierFramatome
Power generation
Units operational6 × 910 MW
Make and modelAlstom
Nameplate capacity5460 MW
Capacity factor76.9%
Annual net output38,462 GW·h
External links
WebsiteEDF.com
CommonsRelated media on Commons

The Gravelines Nuclear Power Station is a nuclear power plant located in the commune of Gravelines in Nord, France, approximately 20 km (12 mi) from Dunkerque and Calais. Its cooling water comes from the North Sea. The plant consists of 6 nuclear reactors of 900 MW each. In 2017 the plant produced 31.67 TWh of electric energy, 5.9% of French electricity production.[1] Two reactors entered service in 1980, two in 1981, and two in 1985.

The site employs 1,680 regular employees. As of 2 August 2010, it became the second nuclear station anywhere in the world to produce over one thousand terawatt-hours of electricity, following Bruce Nuclear Generating Station in Ontario, Canada, which passed that milestone in 2009.[2][3]

The reactors of Units 5 and 6 were initially intended for export to Iran, but the order was cancelled after the Iranian Revolution in 1979. Their design, known as CPY, was the basis for the Chinese CPR-1000.[4] An intermediate derivative is called the M310.[5]

The power station
  1. ^ "PRIS - Country Details".
  2. ^ "French nuclear plant reaches landmark". World Nuclear News. 2011-11-02. Retrieved 2011-11-16.
  3. ^ "IAEA PRIS Database".
  4. ^ "CPR1000 Design, Safety Performance and Operability, slide 16" (PDF). www.iaea.org. International Atomic Energy Agency. 5 July 2011. Archived from the original (PDF) on 5 March 2016. Retrieved 13 May 2019.
  5. ^ Chinese reactor design evolution, Nuclear Engineering International