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Germany

Power Plants in Germany

1,483 total stations · 151.8 GW · Europe

Total Stations
1,483
Total Capacity
151.8 GW
Renewable Energy
14.4%

19.8 GW from renewable sources

Fuel Distribution
Coal
1.5%(22)
Nuclear
1.1%(16)
Hydro
0.4%(6)
Gas
0.3%(5)
Wind
0.1%(1)

Energy Sources by Capacity

Coal
60.5 GW111
Gas
30.3 GW199
Nuclear
26.4 GW27
Hydro
12.5 GW131
Wind
7.3 GW54

Overview of Germany's Energy and Power Generation Sector

Germany's energy and power generation sector is one of the most diverse and advanced in the world, characterised by a total of 1,529 power plants that contribute to a substantial installed capacity of 163.7 gigawatts (GW). This impressive figure showcases the country's commitment to a reliable and sustainable energy supply, while also highlighting its transition towards renewable energy sources.

The primary energy sources in Germany are varied, reflecting the country's efforts to balance traditional energy production with newer, cleaner technologies. The largest contributor to Germany's power generation comes from coal, with 130 plants producing a total of 76.8 GW. This reliance on coal has been a significant aspect of Germany's energy landscape, although it poses challenges in terms of environmental sustainability and carbon emissions. Following coal, natural gas plays a critical role, with 214 plants generating 32.2 GW of power. Gas is often used as a transitional fuel, providing a more flexible and lower-emission alternative to coal.

In recent years, Germany has made remarkable strides in the deployment of renewable energy resources. Solar power has emerged as a significant player, with 751 solar plants contributing 6.9 GW to the national grid. This growth is indicative of the broader trend towards decentralised energy production and the increasing acceptance of solar technology among consumers and businesses alike. Additionally, hydroelectric power remains an important source of renewable energy, with 144 plants generating 10.8 GW. However, the development of hydro power is somewhat limited by geographical factors, as suitable sites for large-scale projects are not widely available.

Despite the progress made in renewable energy, Germany faces several challenges in its energy transition. One of the primary obstacles is the need for a robust and flexible energy infrastructure that can accommodate the intermittent nature of renewable sources. The country's reliance on coal and gas also raises concerns about energy security and greenhouse gas emissions, as Germany aims to meet ambitious climate targets. Furthermore, public opposition to certain energy projects, such as wind farms, can hinder the expansion of renewable energy installations.

Looking towards the future, Germany's energy sector is poised for further transformation. The government has committed to ambitious climate goals, including reducing greenhouse gas emissions by 55% by 2030 compared to 1990 levels. This necessitates an accelerated shift towards renewables and a phased reduction of coal usage. The development of energy storage technologies and smart grid solutions will play a crucial role in enhancing the flexibility and reliability of the energy system. Additionally, Germany's energy policy will likely continue to focus on promoting energy efficiency, encouraging investment in clean technologies, and fostering international cooperation in the energy sector.

In summary, Germany's energy and power generation sector is characterised by a complex interplay of traditional and renewable energy sources. The country is making significant progress in its transition to a more sustainable energy system, but it continues to face challenges that must be addressed to ensure a secure and environmentally friendly future. With ongoing investment and innovation, Germany is well-positioned to lead the way in promoting a resilient and low-carbon energy landscape.

Power Stations

Station NameTypeCapacityYear
Niederaussem Power StationCoal3,430 MW1979
Kraftwerk NiederaußemCoal3,133 MW1972
Kraftwerk JänschwaldeCoal3,000 MW1997
Janschwalde Power StationCoal2,790 MW1985
Boxberg Power StationCoal2,585 MW1989
Gundremmingen Nuclear Power PlantNuclear2,572 MW1984
Biblis Nuclear Power PlantNuclear2,525 MW1975
Kraftwerk WeisweilerCoal2,361 MW1972
BoA 2Coal2,100 MW2012
Neurath power stationCoal2,068 MW1974
GersteinwerkGas2,004.5 MW2005
Ammerfeld wind turbineWind2,000 MW2000
GKM (Mannheim) Power StationCoal1,958 MW1980
EmslandGas1,837 MW1988
Irsching Power StationGas1,822 MW1966
Weisweiler power stationCoal1,800 MW1968
Hamburg-MoorburgCoal1,600 MW2015
Schwarze Pumpe power stationCoal1,500 MW1998
Isar Nuclear Power PlantNuclear1,485 MW1972
ISAR-2Nuclear1,485 MW1988
Brokdorf Nuclear Power PlantNuclear1,480 MW1986
BROKDORFNuclear1,480 MW1986
PHILIPPSBURG-2Nuclear1,468 MW1984
Grohnde Nuclear Power PlantNuclear1,430 MW1984
Unterweser Nuclear Power PlantNuclear1,410 MW1972
Philippsburg Nuclear Power PlantNuclear1,402 MW1979
Krümmel Nuclear Power PlantNuclear1,402 MW1974
NECKARWESTHEIM-2Nuclear1,400 MW1989
Neckarwestheim Nuclear Power PlantNuclear1,400 MW1972
Gemeinschaftskraftwerk IrschingGas1,391 MW2010
KW VoerdeCoal1,390 MW1972
GrohndeNuclear1,360 MW1985
Grafenrheinfeld Nuclear Power PlantNuclear1,345 MW1982
Gundremmingen Nuclear Power PlantNuclear1,344 MW1984
Knapsack Natural Gas IGas1,230 MW1998
Altbach power stationCoal1,200 MW1992
KW WalsumCoal1,200 MW2015
Staudinger power stationCoal1,132 MW1992
PSW ViandenHydro1,096 MW1979
Goldisthal Pumped Storage StationHydro1,060 MW1997
GoldisthalHydro1,052 MW2003
WestfalenCoal1,049 MW2014
Markersbach Pumped Storage Power PlantHydro1,045.5 MW1979
MarkersbachHydro1,045.2 MW1980
WehrHydro910 MW1975
Schkopau Power StationCoal900 MW1996
Lippendorf power stationCoal875 MW2000
Braunkohlekraftwerk LippendorfCoal875 MW1999
Heyden power stationCoal875 MW1987
Kraftwerk HeydenCoal875 MW1951

Showing 50 of 1,483 plants