World Power PlantsWorld Power Plants
Finland

Power Plants in Finland

179 total plants · 11.7 GW · Europe

Total Plants
179
Total Capacity
11.7 GW
Renewable Energy
42.8%

4.5 GW from renewable sources

Fuel Distribution
Biomass
8.9%(16)
Hydro
6.1%(11)
Gas
5.6%(10)
Coal
2.8%(5)
Oil
2.2%(4)
Nuclear
1.1%(2)
Other
1.1%(2)
Energy Sources by Capacity
Nuclear
2.8 GW2
Hydro
2.4 GW95
Biomass
2.1 GW36
Gas
1.9 GW15
Coal
1.3 GW5
Overview of Finland's Energy and Power Generation Sector

Finland's energy and power generation sector is characterized by a diverse mix of energy sources and a commitment to sustainability. With a total of 185 power plants, the country has an installed capacity of 11.8 gigawatts (GW). This extensive infrastructure supports Finland's unique energy needs, particularly given its northern climate and geographic conditions. The Finnish energy sector has been actively transitioning towards cleaner energy sources, driven by both environmental initiatives and technological advancements.

The primary energy sources in Finland are varied, with a strong emphasis on renewable energy. Hydro power leads the way with 95 plants contributing approximately 2.4 GW to the total installed capacity. This reliance on hydroelectric power is supported by the country’s vast network of lakes and rivers, making it a natural choice for energy generation. Biomass follows closely, with 39 plants generating around 2.2 GW. This utilization of biomass is particularly significant in Finland, where forests cover a large portion of the landscape, providing a sustainable source of fuel. Gas power generation, with 17 plants contributing about 1.9 GW, is another essential component of the energy mix, providing flexibility and reliability to the grid. Wind energy is still in its nascent stages in Finland, with only 12 plants and a capacity of 0.1 GW, but it is expected to grow as technology improves and investments increase. Additionally, oil remains part of the energy landscape, with 11 plants generating around 0.9 GW, although its use is decreasing in favor of cleaner alternatives.

Finland has made significant strides in renewable energy progress, particularly in the context of its ambitious climate goals. The government has set targets to reduce greenhouse gas emissions and increase the share of renewable energy in the overall energy mix. The focus on biomass and hydro reflects a broader commitment to utilizing domestic resources and reducing reliance on fossil fuels. Furthermore, the expansion of wind energy, although currently limited, is poised to gain momentum as the country seeks to diversify its energy sources and enhance energy security. The transition to a low-carbon economy is evident in the ongoing investments in renewable technologies and energy efficiency initiatives.

Despite these advancements, Finland faces several challenges in its energy sector. The integration of renewable energy sources into the existing grid poses technical and regulatory hurdles, particularly as the share of intermittent sources like wind increases. Additionally, the need for energy storage solutions to balance supply and demand is becoming more pressing. The country's geographic location and climatic conditions also present challenges, as energy consumption patterns fluctuate significantly with the seasons.

Looking ahead, the future outlook for Finland's energy sector appears promising but complex. Continued investment in renewable technologies, energy efficiency, and innovative solutions such as smart grids and energy storage will be crucial in addressing current challenges. The Finnish government is likely to maintain its commitment to sustainability, with policies aimed at fostering a low-carbon energy landscape. As part of the European Union's broader energy strategy, Finland's energy sector will play a vital role in contributing to collective climate targets while ensuring reliable and affordable energy for its citizens. Overall, Finland's energy sector is navigating a transformative period, with a focus on sustainability, innovation, and resilience.

Power Plants
Plant NameTypeCapacityYear
Olkiluoto 1Nuclear1,760 MW1978
Loviisa Y1Nuclear992 MW1977
Meri-PoriCoal565 MW1994
Vuosaari BGas485 MW2009
Forssa ktOil332.6 MW1998
Naantali G1 2 ja 3Gas290 MW1979
Vaskiluoto 2Coal230 MW2010
Hanasaari BCoal212 MW1974
Toppila 1 ja 2Biomass195 MW2014
ImatraHydro192 MW2000
Naistenlahti 2Gas191.2 MW2000
Huutokoski ktOil180 MW1998
MartinlaaksoGas171.7 MW1995
Suomenoja power stationCoal170 MW1981
Vuosaari AGas163 MW2001
Salmisaari BCoal163 MW2000
HaapavesiBiomass154 MW-
Haapaniemi Power PlantBiomass145 MW-
LielahtiGas142 MW2015
TaivalkoskiHydro133 MW2000
PirttikoskiHydro131 MW1999
SeitakorvaHydro130 MW2000
KirkniemiGas128 MW2000
OssauskoskiHydro124 MW1998
Porvoo kt 2Gas120.6 MW-
Lappeenranta Kaukaan tehdasBiomass119 MW-
KellosaariOil118 MW2002
Pietarsaari (Wisapower Oy)Biomass116 MW2002
IsohaaraHydro106 MW2000
OuluBiomass105 MW2010
Uimaharju 2 + 1 vp/lvBiomass105 MW2003
Mertaniemi 1 ja 2Other102 MW2010
ValajaskoskiHydro101 MW2015
Olkiluoto ktOther100.5 MW2012
VeitsiluotoBiomass90 MW2013
PamiloHydro85 MW-
JoutsenoBiomass85 MW2015
KavoBiomass85 MW-
PoriBiomass81.4 MW2015
NuojuaHydro81 MW2000
RauhalahtiBiomass80 MW-
Kuusankoski bvBiomass76 MW2001
PorvooOil76 MW1990
RaumaBiomass75 MW2014
KemiBiomass75 MW2015
Nokia kombiGas72 MW-
KotkaBiomass72 MW-
HarjavaltaHydro72 MW2000
MeloHydro70 MW-
JoensuuGas68 MW2011

Showing 50 of 179 plants