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Portugal

Power Plants in Portugal

462 total stations · 14.7 GW · Europe

Total Stations
462
Total Capacity
14.7 GW
Renewable Energy
58.8%

8.3 GW from renewable sources

Fuel Distribution
Wind
5.2%(24)
Hydro
2.8%(13)
Gas
0.9%(4)
Solar
0.6%(3)
Biomass
0.6%(3)
Coal
0.4%(2)
Waste
0.2%(1)

Energy Sources by Capacity

Wind
4.9 GW222
Gas
3.8 GW4
Hydro
2.7 GW120
Coal
2.0 GW2
Solar
0.6 GW69

An Overview of Portugal's Energy and Power Generation Sector

Portugal's energy and power generation sector is characterised by a strong commitment to renewable energy sources and a diverse portfolio of power plants. With a total of 469 power plants and an installed capacity of 14.7 gigawatts (GW), the country has made significant strides in transforming its energy landscape, particularly in the last two decades. This transition has been driven by both policy initiatives aimed at reducing greenhouse gas emissions and an increasing investment in clean energy technologies.

The primary energy sources in Portugal reflect a growing emphasis on sustainability. Among the various types of generation, wind power is the most dominant, with 224 wind power plants contributing 4.9 GW to the national grid. Following wind, hydroelectric power plays a crucial role, with 122 facilities generating 2.8 GW. Solar energy is also on the rise, though currently represents a smaller share of the total capacity, with 72 solar plants generating 0.6 GW. Other energy sources include waste-to-energy plants, which account for 0.1 GW, and biomass, contributing an additional 0.5 GW from 19 plants. This multi-faceted approach to energy generation allows Portugal to maintain a balanced power supply while significantly reducing reliance on fossil fuels.

The progress in renewable energy in Portugal has been notable and reflects the country's commitment to sustainability and energy independence. In recent years, Portugal has been a leader in integrating renewable energy into its national grid, often generating more than 100% of its electricity needs from renewable sources during certain periods. This has not only helped to cut carbon emissions but has also positioned the country as a pioneer in renewable energy within Europe. The government has implemented various incentives and policies to support the development of renewable energy projects, including financial support for installations and regulatory frameworks that encourage private investment.

Despite these advances, the energy sector in Portugal faces several challenges. One of the primary issues is the intermittency of renewable energy sources, particularly wind and solar. This variability can create stability issues for the grid, necessitating improvements in energy storage technologies and demand-response strategies to ensure a reliable power supply. Furthermore, while the capacity of renewable energy sources has increased significantly, there remain infrastructural and logistical hurdles to overcome in terms of integrating these sources into the existing grid effectively.

Looking forward, the future outlook for Portugal's energy sector appears positive, with further expansion of renewable energy capacities anticipated. The government is aiming to achieve even higher levels of renewable energy integration, with targets set for 2030 and beyond. There is also a growing interest in energy storage solutions and smart grid technologies, which will be essential in managing the variability of renewable energy production. The transition towards a more sustainable energy system not only aligns with national climate goals but also presents economic opportunities through job creation in the renewable energy sector. Overall, Portugal's energy landscape is poised for continued transformation, driven by innovation, policy support, and a commitment to a sustainable future.

Power Stations

Station NameTypeCapacityYear
Sines power stationCoal1,296 MW1986
RibatejoGas1,176 MW2005
Tapada do OuteiroGas990 MW1995
Pego C.C.Gas837 MW1994
LaresGas826 MW2009
Frades IIHydro780 MW2005
Pego power stationCoal682 MW1994
Alto LindosoHydro630 MW2010
Alto DouroWind253.2 MW2010
Alto Minho IWind240 MW2008
Solara4Solar218.8 MW2011
Alto da CoutadaWind165.6 MW2010
Pinhal InteriorWind144 MW2006
RaiaWind128.8 MW2011
PenamacorWind123.8 MW2006
Arada-MontemuroWind121.2 MW2008
Pampilhosa da Serra Wind FarmWind114 MW2005
Gardunha Wind FarmWind114 MW2007
Serra dos CandeeirosWind111 MW2005
Terras Altas de FafeWind106 MW2004
Terra FriaWind104 MW2010
ToutiçoWind102 MW2008
BeirasWind100.8 MW2010
Cogeração da Figueira da Foz (Lavos)Biomass95 MW2004
CaramuloWind90 MW2006
Venda NovaHydro90 MW1951
BelverHydro80.7 MW1951
Chão FalcãoWind80.5 MW2005
RibeiradioHydro73.6 MW2015
Cogeração CelbiBiomass70 MW1987
Alto RabagãoHydro68 MW1964
MalhanitoWind66.7 MW2012
CaniçadaHydro62 MW1954
BornesWind60 MW2009
Vilar-TabuaçoHydro58 MW1965
ParadelaHydro54 MW1956
Cogeração de SetúbalBiomass53.9 MW2004
Valorsul (Central de Tratamento de Resíduos)Waste50.6 MW1998
Lousã IIWind50 MW2009
Beira Interior Wind FarmWind50 MW2014
Barão de São JoãoWind50 MW2009
OuriqueSolar46 MW2010
AmarelejaSolar45.8 MW2008
LindosoHydro44.1 MW1922
BouçãHydro44 MW1955
Baixo Alentejo / MértolaWind43.7 MW2013
SalamondeHydro42 MW1953
Serra do AlvãoWind42 MW2008
Coentral SafraWind41.8 MW2006
PracanaHydro41 MW1993

Showing 50 of 462 plants