List of power stations in the Netherlands
From Wikipedia the free encyclopedia
The following page lists all power stations in Netherlands.
Nuclear
[edit]Site | City | Coordinates | Type | MWe | Operator | Operational | Status |
---|---|---|---|---|---|---|---|
Borssele Nuclear Power Station | Borssele | 51°25′54.98″N 3°43′0.01″E / 51.4319389°N 3.7166694°E | PWR | 485 | EPZ | 1974 | Operational |
Dodewaard nuclear power plant | Dodewaard | 51°53′57.98″N 5°41′10.00″E / 51.8994389°N 5.6861111°E | BWR | 58 | GKN | 1963-1997 | Decommissioned |
Fossil
[edit]Active power stations
[edit]Site (units) | City | Coordinates | Fuel | MWe | Operator | Operational |
---|---|---|---|---|---|---|
Bergum power station | Burgum | 53°12′35.14″N 6°1′49.48″E / 53.2097611°N 6.0304111°E | Natural Gas | 332 | Engie Energie | 1973 |
Sloe power station | Vlissingen | 51°26′36″N 3°41′24″E / 51.44333°N 3.69000°E | Natural gas | 870 | EP NL | 2010 |
Eems power station | Eemshaven | 53°26′6.00″N 6°52′41.99″E / 53.4350000°N 6.8783306°E | Natural gas | 1750 | Electrabel | 1996 |
Magnum power station[1] | Eemshaven | 53°26′38″N 6°50′54″E / 53.44389°N 6.84833°E | Natural gas | 1311 | Vattenfall (NUON) | 2013 |
Enecogen power station | Europoort | 51°57′29.002″N 4°5′33.000″E / 51.95805611°N 4.09250000°E | Natural Gas | 950 | Eneco 50 % EPNL 50% | 2011 |
Eemshaven power station | Eemshaven | 53°26′49″N 6°51′43″E / 53.44694°N 6.86194°E | Coal | 1600 | Essent | 2014 |
Maasstroom power station | Rotterdam | 51°53′24″N 4°21′7″E / 51.89000°N 4.35194°E | Natural Gas | 425 | EP NL | 2010 |
Rijnmond power station | Rotterdam | 51°53′24″N 4°21′18″E / 51.89000°N 4.35500°E | Natural Gas | 800 | EP NL | 2006 |
Maxima power station | Lelystad | 52°34′41″N 5°31′48″E / 52.57806°N 5.53000°E | Natural gas | 880 | Electrabel | 2010 |
Claus power station (A and C) | Maasbracht | 51°9′14″N 5°54′25″E / 51.15389°N 5.90694°E | Natural Gas | 1900 | Essent | 1977 (A) 2012 (C) |
Moerdijk power station | Moerdijk | 51°41′6.0″N 4°34′49.1″E / 51.685000°N 4.580306°E | Natural Gas | 769 | Essent | 1997 |
Swentibold power station | Geleen | 50°58′19.4448″N 5°47′27.3469″E / 50.972068000°N 5.790929694°E | Natural Gas | 231 | Essent | 1999 |
Maasvlakte power station (MPP3) | Rotterdam | 51°57′29″N 4°1′30″E / 51.95806°N 4.02500°E | Coal | 1070 | E.ON | 2013 |
Amer power station (AC8 and AC9) | Geertruidenberg | 51°42′33.98″N 4°50′35.99″E / 51.7094389°N 4.8433306°E | Coal/biomass | 1245 | Essent | 1981 (AC8) 1994 (AC9) |
Hemweg power station (HW9)[2] | Amsterdam | 52°24′18.7″N 4°50′42.4″E / 52.405194°N 4.845111°E | Natural Gas | 440 | Vattenfall (NUON) | 2012 |
Diemen power station (33)[3] | Diemen | 52°20′19.0″N 5°1′14.9″E / 52.338611°N 5.020806°E | Natural Gas | 250(?) | Vattenfall (NUON) | 1995 |
Diemen power station (34)[4] | Diemen | 52°20′19.0″N 5°1′14.9″E / 52.338611°N 5.020806°E | Natural Gas | 435 | Vattenfall (NUON) | 2013 |
ELSTA power station | Terneuzen | 51°19′59″N 3°46′41″E / 51.33306°N 3.77806°E | Natural Gas | 460 | Vattenfall (NUON) | 1998 |
IJmond[5] | IJmuiden | Blast furnace gas | 144 | Vattenfall (NUON) | 1997 |
Closed power stations
[edit]Site (units) | City | Coordinates | Fuel | MWe | Operator | Operational |
---|---|---|---|---|---|---|
Borssele coal power station (BS12) | Borssele | 51°25′54.998″N 3°43′0.001″E / 51.43194389°N 3.71666694°E | Coal | 426 | EPZ | 1988 (closed in 2015) |
Gelderland power station (CG13) | Nijmegen | 51°51′20.2″N 5°49′50.2″E / 51.855611°N 5.830611°E | Coal/biomass | 602 | Electrabel | 1982 (closed in 2016) |
Maasvlakte power station (MV1 and MV2) | Rotterdam | 51°57′29″N 4°1′30″E / 51.95806°N 4.02500°E | Coal/biomass | 1040 | E.ON | 1988 (closed in 2017) |
Hemweg power station (HW8) | Amsterdam | 52°24′18.7″N 4°50′42.4″E / 52.405194°N 4.845111°E | Coal | 630 | Vattenfall (NUON) | 1995 (closed in December 2019) |
Wind
[edit]Megawatt electric (MWe)
[edit]It is the electric output of a power plant in megawatt. The electric output of a power plant is equal to the thermal overall power multiplied by the efficiency of the plant. The power plant efficiency of light water reactors amounts to 33 to 35% compared to up to 40% for modern coal-, oil- or gas-fired power plants.