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Netherlands

Power Plants in Netherlands

253 total stations · 42.9 GW · Europe

Total Stations
253
Total Capacity
42.9 GW
Renewable Energy
12.6%

5.1 GW from renewable sources

Fuel Distribution
Gas
12.6%(32)
Coal
2.4%(6)
Wind
2.4%(6)
Nuclear
0.8%(2)
Biomass
0.4%(1)
Solar
0.4%(1)

Energy Sources by Capacity

Gas
26.6 GW39
Coal
7.5 GW6
Wind
3.8 GW67
Biomass
1.3 GW2

Overview of the Netherlands' Energy and Power Generation Sector

The Netherlands boasts a diverse energy and power generation sector, characterised by a total of 143 power plants with an impressive installed capacity of 31.8 gigawatts (GW). This capacity is underpinned by a mix of energy sources, reflecting the country’s transition towards a more sustainable energy future while still relying heavily on traditional fossil fuels.

As of the latest available data, the primary sources of energy generation in the Netherlands are varied. A significant portion of the power plants, totalling 72, are classified under an 'unknown' category, contributing to 14.8 GW of installed capacity. This lack of specific identification creates challenges in fully understanding the energy landscape. However, the remaining plants demonstrate the country’s commitment to integrating renewable energy sources into its energy mix. Wind energy is becoming increasingly prominent, with 40 plants contributing 1.9 GW to the total capacity. Solar energy, although still in its infancy compared to other sources, has notable installations, with 13 plants generating 0.2 GW.

Natural gas remains a crucial component of the Netherlands' energy mix, with 12 gas-fired power plants providing 9.3 GW of capacity. The reliance on natural gas is indicative of the country’s transitional phase as it aims to reduce carbon emissions while ensuring energy security. Coal, once a dominant energy source, is now limited to five plants that contribute 5.0 GW. The Netherlands has been actively working to phase out coal power in response to climate change commitments and to meet European Union directives.

The progress in renewable energy, particularly in wind and solar, is notable as the Netherlands seeks to increase its sustainability credentials. The government has implemented a range of policies aimed at boosting renewable energy investments and reducing greenhouse gas emissions. Wind farms, both onshore and offshore, have seen significant growth, driven by technological advancements and decreasing costs. Solar energy installations, while still limited in capacity, are expanding rapidly as the public and private sectors invest more in solar technologies.

Despite these advancements, the Netherlands faces several challenges in its energy transition. The significant reliance on fossil fuels, particularly natural gas, raises concerns about energy independence and sustainability. Additionally, the integration of renewable energy into the existing grid poses technical and regulatory challenges, necessitating upgrades to infrastructure and management systems. The country must also address public and political opposition to certain energy projects, particularly those involving large-scale wind farms.

Looking ahead, the future of the Netherlands' energy sector is poised for transformation. The government has set ambitious targets for reducing carbon emissions and increasing the share of renewable energy in the overall energy mix. By 2030, the aim is to generate 70% of electricity from renewable sources. Achieving this target will require continued investment in renewable technologies, enhancements in grid infrastructure, and further development of energy storage solutions. The Netherlands is also exploring innovative energy solutions such as hydrogen production and carbon capture and storage, which could play significant roles in achieving its climate goals.

In conclusion, the Netherlands' energy and power generation sector is at a critical juncture, balancing traditional energy sources with a growing commitment to sustainability. The coming years will be crucial in determining how effectively the country can transition to a low-carbon energy system while ensuring energy security and economic stability.

Power Stations

Station NameTypeCapacityYear
EemsGas2,465 MW1996
EemscentraleCoal2,433 MW1994
Claus Power StationGas1,944 MW2003
EemshavenCoal1,600 MW2015
MagnumGas1,311 MW2013
ClauscentraleGas1,304 MW1993
Magnum Power StationGas1,290 MW2018
AmercentraleBiomass1,245 MW2015
Maasvlakte 3Coal1,100 MW2016
HemwegcentraleGas1,085 MW1953
Maasvlakte (MV1 and MV2)Coal1,040 MW1988
FLEVOGas999 MW2010
De Boerenzwaluw900 MW2016
MaximaGas880 MW2010
SloeGas870 MW2010
Enecogen power plantGas870 MW2012
Sloe power plantGas870 MW2013
MaximacentraleGas860 MW1968
Vattenfall Cluster VelsenGas820 MW1997
Rijnmond EnergieGas820 MW1999
Centrale MoerdijkGas800 MW2005
EP NL Rijnmond 1Gas790 MW1995
Moerdijk power stationGas787 MW2005
Centrale DiemenGas751 MW2010
Hemweg power stationCoal685 MW1995
Diemen 33Gas684 MW1995
Centrale BurgumGas664 MW2010
Diemen power stationsGas663 MW1993
GeminiWind600 MW2016
GELDERLANDCoal590 MW2013
Nouryon DelestoGas530 MW2019
DelestoGas530 MW2001
Delesto-1 Power Plant NetherlandsGas525 MW1995
Borssele Nuclear Power StationNuclear515 MW1973
Windplan GroenWind500 MW2018
Kernenergiecentrale BorsseleNuclear485 MW1973
Elsta Cogeneration Power plantGas460 MW1999
Elsta Cogeneration Power plantGas456 MW2010
Rijnmond IIGas427 MW2001
Centrale MerwedekanaalGas427 MW2015
HARCULOGas349 MW2010
Bergum Power StationGas332 MW2010
Windpark ZeewoldeWind320 MW2019
Leopard300 MW-
Buggenum power plantGas253 MW1993
RoCa3Gas220 MW1982
Northeast BinnendijksWind217.5 MW2014
WestereemsWind213.3 MW2009
WindplanblauwWind207 MW2019
Zonnepark KerkradeSolar148 MW2021

Showing 50 of 253 plants