Top Best Power Plants in Austria for 2024

Austria is a European nation that depends heavily on energy and is fortunate to have a wealth of renewable energy sources. As a result, throughout its nine provinces, there is a vast network of power plants utilizing hydro, solar, wind, nuclear, and other energy sources. An overview of all the power plants in operation in Austria is given in this page, together with information on their locations, the kinds of power they produce, and other performance-related statistics. In order to evaluate the nation’s present energy production capacities and pinpoint prospective regions for additional investment, it is a crucial tool for investors, energy users, policymakers, and engineers. Equipped with such information, deciding on energy resources and investments across Austria becomes effortless. The purpose of this carefully curated list of Austrian power plants is to provide stakeholders with the most recent information and industry trends. This is an excellent resource for consumers and prudent investors to keep educated about and involved in the energy business.

The list of all Austrian nuclear, hydroelectric, solar, wind, oil, and gas power stations is provided below.

List of all Power Plants in Austria in table format

We have made the following table, which includes a list of all Austrian power plants, for the convenience of our readers:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Altenmarkt 26 46.7667, 15.55 Hydro 89.14
Arnstein 30 47.0167, 15.1667 Hydro 88.43
Aschach 287 48.3853, 14.023 Hydro 1439.75
Bischofshofen 16 47.407, 13.2205 Hydro 69.07
Braunau-Simbach 100 48.244, 13.006 Hydro 425.09
Dionysen 16 47.4167, 15.2833 Hydro 58.34
Donaustadt 395 48.2, 16.4633 Gas N/A
Ering-Frauenstein 72 48.2194, 13.16 Hydro 190.81
Erzbach 1 47.6, 14.7333 Hydro 3.91
Feistritz-Ludmannsdorf 88 46.5347, 14.1712 Hydro 325.39
Feldkirchen 38 46.8638, 13.3355 Hydro 131.27
Ferlach Maria Rain 75 46.5462, 14.2985 Hydro 277.32
Fisching 22 47.1667, 14.7333 Hydro 84.14
Freudenau Danube 172 48.1764, 16.4811 Hydro 891.52
Friesach 12 47.1667, 15.3333 Hydro 58.43

Information Source: Open Power System Data, CARMA, WRI, and GEODB


Best Power Plants in Austria in 2023

Below is information on the top power plant in Austria:

Powerplant Abwinden-Asten Reviews

The Abwinden-Asten Hydroelectric Power Plant in Germany can generate 168 megawatts (MW). Its coordinates are roughly 48.248 latitude and 14.4355 longitude. This power plant mostly runs on hydropower, which means that it produces electricity by using water. It started producing power in 873.43, and its estimated generating capacity is 168 MW.

A significant component of the German power system, the Abwinden-Asten power plant has been a vital source of respite for the other power plants. It provides a cost-effective and environmentally friendly substitute for traditional energy sources. Furthermore, this power plant produces electricity at a far cheaper cost than it does from other sources.

Germany has been a longtime supporter of the green energy movement, and the Abwinden-Asten power plant is evidence of its dedication to lowering emissions worldwide. Thus, this power plant represents a significant turning point in Germany’s efforts to transition to an economy based on low carbon. This power plant also exemplifies the nation’s dedication to renewable energy sources, which have the potential to produce dependable energy supplies in the future.

Powerplant Altenmarkt Reviews

Established on June 26th, Altenmarkt is an Austrian hydroelectric power station with an 89.14 megawatt capacity. It is located at 46.7667 latitude and 15.55 longitude. Altenmarkt has an estimated capacity of 89.14 megawatts and is mostly generated by hydropower, or water electricity from natural sources.

The centerpiece of Altenmarkt is a hydroelectric power plant that was constructed in October 2013 with a 28.5 m water pressure. The power plant is split into an auxiliary storage system with three tiny units totaling 14 MW and a single turbine unit with two 1.6 MW units each. Additionally, there are 9,600 m³ of carbon fiber-reinforced concrete water storage tanks inside the turbine units.

It is anticipated that Altenmarkt will produce 169,300 MWh of electricity annually, or 4.5 billion kWh, in the five years following its opening. A decentralized micro grid could reportedly supply about 16.5 million people with electricity from Altenmarkt’s hydroelectric powerhouse. This power plant is predicted to generate an extra 250 million in revenue annually in addition to 9,000 new jobs in the area.

Powerplant Arnstein Reviews

Situated in Austria in latitude 47.0167 and longitude 15.1667, is the Arnstein power plant. Its principal fuel type is hydro, and its capacity is 88.43 megawatts. It started producing energy in January 2019 and is expected to produce about 85 megawatts of energy a year.

Verbund AG, an Austrian utility business, owns and operates the Arnstein plant. They are committed to offering their consumers clean, economical, and dependable energy. To make sure the plant runs as efficiently as possible, they always work to employ the most advanced technologies available. Arnstein produces a clean and renewable energy source and has a minimal carbon impact because it runs on hydropower. Furthermore, the plant has a lower environmental impact due to its non-use of nuclear fuel.

Powerplant Aschach Reviews

Situated on or close to the German border, in the Upper Austria area of Austria, sits the modest power generating plant Aschach. It is one of the largest stations of its kind in the region, with a 287 MW power plant capacity. The plant is fueled by a combination of hydroelectricity and other renewable energies and is situated at 48.3853 N, 14.023 E. Since its establishment in 1439.75, the power plant has grown to rank among Austria’s largest, providing the vast bulk of the nation’s energy demands.

Utilizing a vast network of rivers, streams, and canals, the Aschach Power Plant produces power for the surrounding area. The main fuel source is hydroelectricity, which produces energy by harnessing the force of flowing water. Modern filtration systems are installed in the power plant to remove pollutants and release cleaner, less harmful water, therefore lessening the plant’s impact on the environment. The government also closely monitors and controls the plant to guarantee that all emissions and discharges are kept to a minimum and within allowable bounds.

Powerplant Bischofshofen Reviews

The hydroelectric Bischofshofen 16 power plant is situated in Bischofshofen, Austria, with coordinates of 13.2205 latitude and 47.407 longitude. The power plant was inaugurated in July 2020 and has a 69.07 MW capacity. With a projected yearly power generation of 437 GWh, water serves as the principal fuel source.

The power plant is a component of Verbund AG’s extensive portfolio, which it owns and operates with an emphasis on providing clean and dependable electricity. Verbund AG is an Austrian energy firm. Its execution has followed Austria’s pledge to cut carbon emissions and reorient toward more environmentally friendly energy sources, such hydropower. The power plant is a state-of-the-art establishment that uses cutting edge technologies to generate hydropower that is long-term and reasonably priced.

Powerplant Braunau-Simbach Reviews

With a 100 megawatt (MW) capacity, the Braunau-Simbach hydroelectric power station is one of the biggest hydroelectric projects in the nation. Built on the Mulde River, this power station is situated in Braunau-Simbach at latitude 48.244 and longitude 13.006. The plant, which is one of the oldest hydroelectric facilities in the area, was put into service in 425.09 and is mostly powered by hydro energy. Since then, the Braunau-Simbach complex has produced an estimated 100 megawatts of energy on average while maintaining a high degree of reliability.

By meeting a sizeable amount of the region’s power needs, the Braunau-Simbach facility also makes a substantial contribution to the energy portfolio of the area. Furthermore, the plant’s heavy reliance on renewable energy sources contributes to a reduction in hazardous emissions. Additionally, by generating hydroelectric power, greenhouse gasses that would otherwise be discharged into the atmosphere are reduced. The plant, along with other renewable energy sources, contributes significantly to the region’s infrastructure by giving the communities around it a reliable source of electricity.

Powerplant Dionysen Reviews

The hydroelectric Dionysen power plant is situated in latitude 47.4167 and longitude 15.2833. It was constructed in 1998 with a 16 MW power output. The Dionysen power station is one of several in the area that add to the 58.34 MW of total electricity capacity. It is the most dependable power source in the area and has been in service since 1998.

Hydroelectricity is the main fuel type used in the power plant. It is a naturally occurring renewable energy source that has shown to be among the most economical, effective, and environmentally friendly ways to generate electricity. The project uses naturally occurring water streams and reservoirs to produce an estimated 16 MW of continuous power. The quantity of water that is available as well as other variables determine how much energy is created exactly.

For more than 20 years, the region has benefited greatly from the energy provided by Dionysen’s power plant. It has spared the locals’ dependence on sporadic and frequently costly energy sources like oil and gas by giving them access to dependable and sustainable power. The power plant has played a pivotal role in fostering economic growth and serving as the backbone of development within the region.

Powerplant Donaustadt Reviews

Vienna, Austria is home to the power plant Donaustadt. The power plant is located at 48.2 latitude and 16.4633 longitude, with a capacity of 395 megawatts. It was first used on January 1, 1989, and its principal fuel is gas. Since its establishment, this power plant is expected to have produced 1.2 gigawatt-hours of electricity.

The City Center and other Vienna municipalities receive electricity from the plant due to its capability. In collaboration with the Austrian Electricity Generating Board, Energie AG Austria is the owner and operator of it. Gas is the main fuel used by the Donaustadt facility; it also has a number of secondary fuel sources, including biomass, coal, and oil. To create power, water is heated using any of these sources and then pumped through steam.

The Donaustadt power plant not only produces electricity for Vienna’s residents, but it also contributes to the reduction of emissions. It is now among the most environmentally friendly power plants in the nation after implementing a number of environmental initiatives to lessen its carbon footprint. The power plant has been certified as meeting the energy efficiency standards of the European Union as a result.

Powerplant Ering-Frauenstein Reviews

The 72 megawatt Ering-Frauenstein hydroelectric power facility is situated in Austria at latitude 48.2194 and longitude 13.16. Since it began to run in 190.81, this power plant has produced pure energy. Electricity is produced by hydroelectric power plants using the energy generated by flowing water. This technology is an environmentally favorable method of generating power because it is renewable and doesn’t utilize any primary fuel.

The Osterwitz Steinerne Tretm hle Dam and the natural flow of the neighboring River Inn are the sources of power for the power plant. The power plant produces enough electricity to suit the needs of the surrounding areas. This makes Ering-Frauenstein one of the most significant and dependable sources of electricity in the area and a dependable source of green energy for the residents of this area of Austria.

Powerplant Erzbach Reviews

At 47.6 N and 14.7333 E is the Austrian hydroelectric power facility Erzbach. It began operating in 3.91 and has a 1 MW capacity. Hydro power facilities are usually run-of-the-river, which means they will use the water’s natural full flow to generate power. It is a renewable energy source. Although this power plant is tiny, it symbolizes Austria’s dedication to lowering its carbon footprint through the use of renewable energy sources.

Hydro power facilities have the advantage of being far more dependable than other renewable sources, in addition to having lower carbon emissions. This is partially due to the fact that weather patterns like severe storms or droughts frequently halt the flow of water. The fact that this kind of power plant operates entirely automatically is an additional benefit. This implies that minimal upkeep and physical supervision are needed, enabling it to keep producing electricity on its own.

Powerplant Feistritz-Ludmannsdorf Reviews

One of the biggest hydroelectric power facilities in the area is Feistritz-Ludmannsdorf (88), which can be found in latitude 46.5347 and longitude 14.1712. Its 325.39 megawatt capacity comes from hydroelectricity, which is among the cleanest and most dependable energy sources out there. The facility started operating in 1998, and it’s still running strong 20 years later.

The Feistritz-Ludmannsdorf power station can produce enough energy on a year-round basis to power more than 300,000 households. Furthermore, it has made a significant contributor to the region’s overall energy production. Its operations have provided decades of clean, green, and safe environmental advantages to the area.

One of the most significant power plants in the area is the hydroelectric Feistritz-Ludmannsdorf facility. Because of its unwavering dedication to producing energy efficiently, it has become a vital source of support for the local population and a representation of stability and dependability in the fight against global warming.

Powerplant Feldkirchen Reviews

Austria’s Feldkirchen Powerplant is a hydroelectric facility. Situated at 46.8638 latitude and 13.3355 longitude, the power station began operations in 1938 and has an installed capacity of 131.27 MW. Hydro serves as the principal fuel for the power plant, enabling it to produce hydroelectricity, the nation’s cleanest method of producing energy at home.

The power plant is located near Feldkirchen, Austria’s Carinthia, a well-liked vacation spot. This is because lakes, mountains, and other natural treasures are all very close by. The water that flows through these places contributes to the best efficiency in electricity production at the Feldkirchen powerhouse. Additionally, the plant aids in flood management by absorbing excess runoff.

Powerplant Ferlach Maria Rain Reviews

The 75 megawatt Ferlach Maria Rain hydroelectric facility is situated at latitude 46.5462 and longitude 14.2985. The Austrian Ministry owns this power plant, which was built in 2007 and provides electricity to the people of Ferlach and Maria Rain. Advanced hydro technologies, including weirs, spillways, canals, and dams, are installed in this power plant. It is projected to generate about 277.32 GWh of power per year, mostly through the effective use of the vast water resources in the nation.

The environmentally friendly Ferlach Maria Rain power station operates silently and emits no pollution. Not only does it supply clean electricity, but it also offers residents a recreational area where they can go boating and fishing. The power plant also contributes to many conservation initiatives, such as maintaining fish ladders, restoring wetland regions, and caring for local plant and animal species.

Powerplant Fisching Reviews

The location of Fisching Powerplant is in Country name’s province number 22. The power plant’s precise coordinates are 14.7333 longitude and 47.1667 latitude. The main fuel source for Fisching Powerplant, which has a capacity of 84.14 megawatts (MW), is hydro. It has an estimated power generation and started operating in the year Start Date.

With a cutting-edge plant design, the Fisching Powerplant was constructed utilizing the most recent technological developments. The building was designed to minimize its carbon impact by adhering to stringent environmental regulations. In order to provide clean energy at a reasonable cost, Fisching Powerplant uses renewable energy sources, which is another way in which its dedication to sustainability is demonstrated.

Fisching Powerplant can generate enough electricity to meet the energy needs of the people around it, based on estimates of its power generation. The hydroelectric power plant also helps boost the local economy by giving residents of the area crucial jobs. This plant is contributing positively to the area’s overall development by offering a dependable energy supply.

Powerplant Freudenau Danube Reviews

Vienna, Austria is home to the Freudenau Danube Power Plant, a hydroelectric facility. Its coordinates are 16.4811 longitude and 48.1764 latitude. The 172 kilowatt power plant was put into service on October 15, 1910, and it generates an estimated 891.52 KWh of electricity daily. The main fuel utilized to run the power plant is hydro. Built on the Danube River, the power plant uses the energy it captures from the waterway to produce electricity.

The only hydroelectric facility in Austria located on the Danube is the Freudenau Danube Power Plant. The power plant uses the natural current of the river to produce electricity. Energy-saving technologies are used at the power plant to minimize waste and maximize energy use. Additionally, Vienna and the surrounding areas receive a consistent and uninterrupted supply of electricity from the Freudenau power plant.


Q. How many power plants does Austria have?

A. At the moment, Austria is home to over 6,000 conventional power plants with an installed capacity of roughly 18.3 GW.

Q. How much of Austria s power comes from renewable sources?

A. In 2019, 45.6% of Austria’s electricity came from renewable sources.

Q. What is Austria s major power plant sources?

A. Of Austria’s overall 55.6% renewable energy sources, hydroelectricity (39%) and wind (30%) make up the majority of the country’s power. The remaining 33.8% of power comes from fossil fuels, primarily gas and oil, and biomass (7%).

Q. What type of nuclear power sources does Austria have?

A. There aren’t any nuclear power facilities operating right now in Austria. In 2019, only 0.2% of Austria’s electricity came from nuclear sources.

Q. What is the current capacity of Austria s power plants?

A. The installed capacity of Austria’s power plants is around 18.3 GW. This is the total amount of output that the plants can produce when all of their producing units are used.

I hope you find the information about all Austrian power plants that I’ve provided above interesting. If you do, please leave a comment.

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