World Power Plants
France

Power Plants in France

2,195 total plants · 192.2 GW · Europe

Total Plants
2,195
Total Capacity
192.2 GW
Renewable Energy
18.0%

32.1 GW from renewable sources

Fuel Distribution
Hydro
0.9%(19)
Wind
0.9%(19)
Solar
0.4%(8)
Biomass
0.1%(3)
Coal
0.0%(1)

Energy Sources by Capacity

Nuclear
131.8 GW45
Hydro
23.0 GW433
Wind
9.1 GW715
Coal
8.5 GW9
Gas
6.1 GW25

Overview of France's Energy and Power Generation Sector

France's energy and power generation sector is characterized by a diverse mix of energy sources and a strong commitment to sustainability. With a total of 2,269 power plants and an impressive installed capacity of 261.2 gigawatts (GW), the sector plays a crucial role in meeting the country's energy demands while also aligning with environmental goals. France has made significant strides in enhancing its energy infrastructure, focusing on both traditional and renewable energy sources to ensure a stable and resilient energy supply.

The primary energy sources in France are varied, with a notable emphasis on nuclear power, which dominates the energy landscape. Although specific figures for nuclear power are not detailed in the given data, it is widely recognized that France relies heavily on nuclear energy to fulfill a substantial portion of its electricity needs. In addition to nuclear energy, the country has made considerable investments in renewable energy sources, including solar, wind, hydro, and biomass. Solar power is represented by 817 plants, contributing 4.9 GW to the total capacity, while wind energy is supported by 721 plants, generating 9.1 GW. Hydropower remains significant, with 429 plants producing 19.5 GW, and biomass contributes a smaller share with 148 plants generating 0.8 GW. A notable portion of the energy capacity, accounting for 145.4 GW, is categorized as 'unknown', which may include various sources not specifically detailed in available data.

France has made considerable progress in the renewable energy sector over recent years, driven by both government policies and public support for sustainable energy initiatives. The European Union's commitment to reducing greenhouse gas emissions and enhancing energy efficiency has also influenced France's approach to energy generation. The country's renewable energy targets have led to increased investment in solar and wind projects, as well as the modernization of existing power plants to incorporate cleaner technologies. The growth of renewable energy capacity reflects France's commitment to transitioning from fossil fuels and reducing its carbon footprint, aligning with broader global efforts to combat climate change.

Despite these advancements, the French energy sector faces several challenges. The reliance on nuclear energy, while providing a stable base load, raises concerns regarding safety, waste management, and public acceptance. Additionally, the integration of renewable energy sources into the existing grid presents technical challenges, including the need for enhanced storage solutions and grid modernization to accommodate intermittent energy generation. The presence of 112 plants with unknown capacities also indicates potential areas of inefficiency or underutilization, which may need to be addressed to optimize energy production.

Looking towards the future, France's energy and power generation sector is expected to undergo significant transformations. The government is committed to achieving ambitious renewable energy targets, aiming to increase the share of renewables in the energy mix. This involves not only expanding existing solar and wind capabilities but also investing in emerging technologies such as energy storage and smart grid solutions. Moreover, the ongoing discussions around the future of nuclear energy, including potential new reactor designs and safety protocols, will play a pivotal role in shaping the energy landscape. As France navigates its energy transition, the focus will remain on balancing energy security, economic viability, and environmental sustainability.

Power Plants

Plant NameTypeCapacityYear
Tet (La)Hydro41.1 MW1910
QuinsonHydro41 MW1974
Fibre excellenceBiomass41 MW2010
CoiseletHydro41 MW1971
Fos-sur-MerBiomass40.462 MW2014
Gour Noir (Le)Hydro40 MW1947
Lugo Di NazzaHydro39 MW1991
BeauvoirHydro39 MW1963
Argentiere-La BesseeHydro38 MW1977
GueschartWind38 MW2012
EgetHydro37.3 MW1924
GrangentHydro37 MW1957
Les Grandes-ChapellesWind36.3 MW2012
JaillonSolar36.009 MW2015
ChampfleuryWind36 MW2001
AumelasWind36 MW2001
TournoisisWind36 MW2015
Louville-la-ChenardWind36 MW2015
PoinvilleWind35.75 MW2005
IstresSolar35.363 MW2015
EnchanetHydro35 MW1951
OrtillonWind35 MW2016
AllibaudièresWind35 MW2018
LüeSolar34.748 MW2015
Saint-GorSolar34.734 MW2015
Quesnoy-sur-AirainesWind34.5 MW2015
SolvayCoal34 MW1941
Vitry-la-VilleWind34 MW2015
RoyeWind34 MW2015
Curbans Solar ParkSolar33 MW2020
PompogneSolar32.524 MW2020
VinonHydro32.5 MW1967
AllementHydro32 MW1960
TuilieresHydro32 MW1908
Rion-des-LandesSolar31.742 MW2018
AllyWind31.5 MW-
FauquemberguesWind31.35 MW2015
Les Mées ISolar30.9 MW2011
Castelnau-PégayrolsWind30.81 MW-
Boulay-MoselleWind30.5 MW2010
OoHydro30 MW1921
Brillanne I & IIHydro30 MW1953
Centrale biomasse Double ABiomass30 MW2021
Charmont-en-BeauceWind30 MW-
MarcillacHydro30 MW1949
Val BeynetteHydro30 MW1927
Cambon-et-SalverguesWind29.9 MW2017
AuzeretteHydro29 MW1970
CernonWind28.9 MW2012
LotHydro28.6 MW-

Showing 201 - 250 of 2,195 plants