List of power stations in the Netherlands
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The following page lists all power stations in Netherlands.
Claus
Eems
Eemshaven
Enecogen
Flevo
Gelderland
Hemweg
Luchterduinen
Maas 1
Maas 2
Maas 3
Ma
Rijnmond
Sloe
Velsen
Westereems
Nuclear
| Operator | Site | City | Type | MWe | Operational | Coordinates |
|---|---|---|---|---|---|---|
| EPZ | Borssele Nuclear Power Station | Borssele | PWR | 485 | 1974 | 51°25′52″N 3°43′03″E / 51.4311097°N 3.7173754°E |
| GKN | Dodewaard Nuclear Power Plant | Dodewaard | BWR | 58 | 1963 (CLOSED in 1997) | 51°54′00″N 5°41′10″E / 51.9000249°N 5.6859827°E |
Fossil
| Operator | Site (units) | City | Fuel | MWe | Operational | Coordinates |
|---|---|---|---|---|---|---|
| EDF/DELTA | Sloe | Vlissingen | Natural gas | 870 | 2010 | |
| Electrabel | Eems | Eemshaven | Natural gas | 1750 | 1996 | |
| Essent | Eemshaven | Coal | 1600 | 2014 | ||
| Electrabel | Maxima | Lelystad | Natural gas | 880 | 2010 | |
| Essent | Claus (A and C) | Maasbracht | Natural Gas | 1900 | 1977 (unit C in 2012) | 51°08′59″N 5°54′28″E / 51.1496155°N 5.90777709999998°E |
| Essent | Moerdijk | Natural Gas | 769 | 1997 | 51°41′10″N 4°34′54″E / 51.6861289°N 4.58164929999998°E | |
| Essent | Swentibold | Natural Gas | 231 | 1999 | 50°58′47″N 5°48′32″E / 50.9796948°N 5.80898990000003°E | |
| EPZ | Borssele (BS12) | Borssele | Coal | 426 | 1988 | |
| Electrabel | Gelderland (CG13) | Nijmegen | Coal/biomass | 602 | 1982 (CLOSED in 2016) | |
| E.ON | Maasvlakte (MV1 and MV2) | Rotterdam | Coal/biomass | 1040 | 1988 | |
| E.ON | Maasvlakte (MPP3) | Rotterdam | Coal | 1070 | 2013 | |
| Essent | Amer (AC8 and AC9) | Geertruidenberg | Coal/biomass | 1245 | 1981 (unit AC9 in 1994) | 51°42′10″N 4°50′32″E / 51.702757°N 4.842304499999955°E |
| NUON | Hemweg (HW8) | Amsterdam | Coal | 630 | 1995 |
Megawatt electric (MWe)
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.
See also
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