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Austria

Power Plants in Austria

103 total stations · 11.2 GW · Europe

Total Stations
103
Total Capacity
11.2 GW
Renewable Energy
81.6%

9.2 GW from renewable sources

Fuel Distribution
Hydro
44.7%(46)
Gas
2.9%(3)
Wind
1.0%(1)

Energy Sources by Capacity

Hydro
9.1 GW96
Gas
2.1 GW3
Wind
0.1 GW4

An Overview of Austria's Energy and Power Generation Sector

Austria's energy and power generation sector is characterised by a strong commitment to renewable energy and a diverse mix of energy sources. The country operates a total of 103 power plants, boasting an impressive total installed capacity of 11.2 gigawatts (GW). This capacity reflects Austria's strategic approach to energy production, which prioritises sustainability and environmental responsibility. The energy landscape in Austria is shaped significantly by its geographic features, particularly the abundance of rivers and mountainous terrains that facilitate hydroelectric power generation.

The primary energy sources in Austria are predominantly renewable, with hydropower leading the way. Out of the 103 power plants, 96 are hydroelectric facilities, contributing a substantial 9.1 GW of the total installed capacity. This positions hydropower as the backbone of Austria's energy generation, accounting for approximately 81% of the country's total power output. The reliance on hydropower is not only a reflection of Austria's natural resources but also its commitment to reducing carbon emissions and transitioning towards sustainable energy practices. In addition to hydropower, Austria has made strides in incorporating other renewable energy sources, albeit to a lesser extent. Wind energy, for instance, is represented by four wind power plants that collectively contribute around 0.1 GW. Furthermore, natural gas plants, three in total, add another 2.1 GW to the energy mix, providing a necessary complement to the more variable renewable sources.

Austria's progress in renewable energy is noteworthy, particularly in the context of European Union targets for sustainable energy use. The country has made significant investments in technology and infrastructure to enhance the efficiency of its renewable energy systems. The government has implemented various policies and incentives to encourage the development of renewable energy projects, including subsidies for wind and solar energy installations. This proactive approach has allowed Austria to achieve impressive levels of renewable energy generation, with renewables accounting for a growing share of the national energy consumption.

Despite the advancements in renewable energy, Austria's energy sector faces several challenges. One of the primary concerns is the need for energy storage solutions to accommodate the intermittent nature of renewable energy sources, particularly wind and solar. As the share of renewables increases, effective energy storage becomes crucial to ensure a steady and reliable energy supply. Additionally, Austria must contend with the aging infrastructure of some of its existing power plants, which may require upgrades or replacement to maintain efficiency and reliability. The integration of a more decentralised energy system, which includes small-scale renewable energy installations, also presents regulatory and technical challenges that need to be addressed.

Looking towards the future, Austria's energy sector is poised for continued growth in renewable energy generation. The government aims to achieve a target of 100% renewable electricity by 2030, a goal that aligns with broader EU objectives for climate neutrality. This ambitious plan will likely involve further investments in renewable technologies, energy efficiency measures, and the development of smart grid solutions to optimise energy distribution. Austria's commitment to sustainability, coupled with its abundant natural resources, positions the country as a leader in the transition to a low-carbon energy future. As the energy landscape continues to evolve, Austria is well-equipped to navigate the challenges and opportunities that lie ahead, fostering a resilient and sustainable energy economy.

Power Stations

Station NameTypeCapacityYear
SimmeringGas1,272 MW2009
Malta main stageHydro730 MW1979
Kopswerk IIHydro525 MW2008
KW SilzHydro500 MW1981
Kaprun Limberg IIHydro480 MW2011
TimelkamGas400 MW2008
DonaustadtGas395 MW2001
KW KaunertalHydro392 MW1964
MayrhofenHydro355 MW1977
Rodundwerk IIHydro295 MW1976
GreifensteinHydro293 MW1985
KW KühtaiHydro289 MW1981
AschachHydro287 MW1964
LünerseewerkHydro280 MW1958
Kaprun main stageHydro240 MW1953
Ybbs-PersenbeugHydro236 MW1960
Wallsee-MitterkirchenHydro210 MW1969
GerlosHydro200 MW1949
Rodundwerk IHydro198 MW1959
MelkHydro187 MW1982
Ottensheim-WilheringHydro179 MW1975
Freudenau DanubeHydro172 MW1998
Vienna-FreudenauHydro172 MW1999
Abwinden-AstenHydro168 MW1980
VermuntwerkHydro157 MW2005
JochensteinHydro132 MW1956
Malta Secondary schoolHydro120 MW1979
SchwarzachHydro120 MW1960
Kaprun OberstufeHydro113 MW1956
Braunau-SimbachHydro100 MW1954
KW ImstHydro89 MW1956
Feistritz-LudmannsdorfHydro88 MW1968
WalgauwerkHydro86 MW1984
Passau-InglingHydro86 MW1966
Rosegg-St. JamesHydro80 MW1974
KW JenbachHydro79 MW1926
SchwabeckHydro79 MW1943
Ferlach Maria RainHydro75 MW1975
Ering-FrauensteinHydro72 MW1943
HieflauHydro63 MW2002
Oberaudorf EbbsHydro60 MW1992
KW AmlachHydro60 MW1989
St. PantaleonHydro52 MW1966
Kreuzeck days storageHydro45 MW1960
StaningHydro43 MW1946
TernbergHydro40 MW1949
LosensteinHydro39 MW1962
FeldkirchenHydro38 MW1970
WeyerHydro37 MW1969
Wind Park Hollern IIWind37 MW2014

Showing 50 of 103 plants