All of Germany’s active power plants are listed here. Germany has been at the forefront of the creation of a green energy infrastructure and is a global leader in the production of renewable energy sources like wind and solar. All different kinds of power plants, such as hydroelectric, coal-fired, gas, and nuclear power plants, are included in this list. It offers a summary of the most significant power plants in Germany, together with information on their installed capacities, types, and precise locations. Additionally, it provides information about the plant’s projected and existing overall power generation capacity, providing further insight into its strategic significance. You can use this list to obtain a general idea of the various power plants and how they fit into the German energy market.
Here is a list of every wind energy facility in Germany.
List of all Wind Power Plants in Germany in table format
For the benefit of our readers, we have compiled a list of wind power plants in Germany in the following table:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| BARD Offshore 1 | 400 | 54.36, 5.98 | Wind | N/A |
| Baltic 2 | 288 | 54.983, 13.162 | Wind | N/A |
| Borkum Riffgrund I | 312 | 53.9667, 6.55 | Wind | N/A |
| Butendiek | 288 | 55.019, 7.774 | Wind | N/A |
| B rgerwindpark im Kirchspiel Medelby | 82.23 | 54.7776, 9.1334 | Wind | N/A |
| Global Tech I | 400 | 54.509, 6.367 | Wind | N/A |
| Gode Wind 1 – Teil 1 | 263.1 | 54.041, 6.994 | Wind | N/A |
| Meerwind S dIOst | 288 | 54.392, 7.704 | Wind | N/A |
| OWP Nordsee Ost | 295.2 | 54.445, 7.683 | Wind | N/A |
| Offshore Windfarm Danysk | 284.4 | 55.1416, 7.1945 | Wind | N/A |
| SWM Wind Havelland GmbH & Co. KG | 171 | 52.3869, 12.5636 | Wind | 431.71 |
| Trianel Windpark Borkum | 200 | 54.0416, 6.4667 | Wind | N/A |
| UW Bertikow | 340 | 53.2641, 14.048 | Wind | 871.88 |
| Windpark Arneburg 2 | 31.5 | 52.7002, 11.9387 | Wind | 66.7 |
| Windpark Arneburg 2 | 117 | 52.7002, 11.9387 | Wind | 276.27 |
Open Power System Data, Industry About, Wiki-Solar, WRI, GEODB, CARMA, and GCPT are other information sources.
Best Wind Power Plants in Germany in 2023
Below is information about the top wind power plants in Germany:
Powerplant Amrumbank West Reviews
Amrumbank West is a 301.32 megawatt power station that may be found at latitude 54.5 and longitude 7.7999. It uses wind energy as its main fuel since it is dependable and affordable compared to other fuel sources. This power plant, which was put into operation in March 2017, is expected to produce around. annually, 5.1 terawatts of power. In addition, the power plant lowers carbon dioxide emissions, which are often linked to the majority of power producing sources.
Thousands of homes in the vicinity are supplied with an affordable and dependable source of electricity by the power plant. Additionally, it is predicted to contribute to meeting 4% of the nation’s energy needs. The German Energiewende, or energy transition strategy, aims to move away from fossil fuels and toward renewable energy sources like wind and solar. Amrumbank West is a part of this effort. This facility’s contribution to the nation’s attempts to lessen its reliance on pricey and unstable sources, like nuclear power, is another advantage.
Powerplant BARD Offshore 1 Reviews
A 400 megawatt wind farm called BARD Offshore 1 is situated in the European North Sea at 54.36 degrees North and 5.98 degrees East. This power plant uses wind as its main fuel. On April 7, 2010, the power plant began performing commercial operations. The power plant is anticipated to create power that is equivalent to the renewable energy produced by using 390,000 m of wood per year, according to estimations.
Owner of BARD Offshore 1 is BARD Offshore GmbH, a partnership between Green Investment Group and EMC (Europaisch-Maritime Container Services). There are 80 5 megawatt wind turbines in all. Through an offshore cable, this power plant is physically connected to the grid. It is built to withstand the extreme maritime weather conditions and will help reduce carbon dioxide emissions in order to meet the Paris Agreement’s environmental protection commitments.
Powerplant Baltic 2 Reviews
Located in an unnamed country at latitude 54.983 and longitude 13.162, Baltic 2 is a 288 MW wind power facility. When it reaches peak production, it is anticipated to power more than 520,000 households. It started operating in early 2012. The power plant’s main fuel source is wind, and the electricity produced is fed into the country’s power grid. The Siemens SWT 2.3-93 wind turbine, one of the most cutting-edge and effective wind turbines in use globally, powers Baltic 2.
The installation of the Baltic 2 power plant has seen major investment in the local renewable energy sector as part of the government’s goal to decreasing carbon emissions, boosting the supply of sustainable energy and creating jobs for the community. Additionally, by producing dependable and clean electricity, the Baltic 2 power plant helps to lessen dependency on fossil fuels.
Powerplant Borkum Riffgrund I Reviews
A 312MW offshore wind farm called Borkum Riffgrund I can be found at 53.9667 Latitude North and 6.55 Longitude East. The power station is the biggest and most sophisticated offshore wind power facility in the nation and represents the first phase of Dong Energy’s German offshore wind energy project. Since late 2014, it has been supplying electricity to 250,000 German homes.
The Borkum Riffgrund I Project has 75 Siemens SWT-3.6-120 offshore wind turbines, each with a 3.6 MW capacity, and was constructed at an estimated cost of 1.2 billion. The project’s power performance and environmental impact analyses revealed that the turbines may produce up to 400GW/h of electricity annually, which is equivalent to the energy needs of around 250,000 German households. Each turbine is a total of 165 meters in height, including the tower, and has a rotor and nacelle that are each 120 meters in diameter.
Powerplant Butendiek Reviews
Germany’s Butendiek wind power facility, rated at 288 MW, is situated at 55.019 N and 7.774 E. The primary source of fuel for the power plant is wind energy. It is expected that Butendiek produces 288 MW of electricity. The facility, which has been in operation since 2013, is regarded as one of Germany’s most effective wind power facilities.
The Butendiek wind farm is a forerunner in technological development. It has made use of the most recent developments in wind energy technology, including smart power grid management and turbines, blades, and rotor speeds. The generated wind energy is transformed into useful power and delivered into the grid, helping to meet the local demand for electricity. Butendiek has been able to optimize and boost its electricity production thanks to advancements in wind energy.
Nearly 3% of Germany’s electricity needs are met by the Butendiek wind power station, a significant boost to the country’s renewable energy mix. It has contributed to the growth of the local economy and the creation of jobs. Additionally, as wind energy doesn’t emit any emissions, the plant is not connected to any environmental problems. The Butendiek Wind Power Plant, in short, is an essential part of the country’s clean energy policy.
Powerplant B rgerwindpark im Kirchspiel Medelby Reviews
In the German town of Medelby, there is a wind energy facility called the B rgerwindpark im Kirchspiel. It is located at 54.7776 latitude and 9.1334 longitude, at an elevation of 82.23 meters. The power station has a 9.1334 kW capacity and runs primarily on wind energy. It started operating in 2007 and now generates an estimated 20 Gigawatt-hours of power annually.
One of the top wind energy facilities in Germany right now is the Brgerwindpark am Kirchspiel Medelby. In addition to supplying energy for Germany’s energy grid, it also aids in lowering carbon dioxide emissions. The power plant’s energy output is controlled by a neighborhood grid, enabling it to provide clean energy to the area’s economy. Four wind turbines make up the power plant, three of which are installed on towers and one of which is a floating structure on the North Sea.
Powerplant Global Tech I Reviews
A 400 megawatt wind farm called Global Tech I can be found at 54.509 north latitude and 6.367 east longitude. The power station, which began operations in 2018, runs primarily on wind energy. One of the most cutting-edge wind farms in the world, Global Tech I is anticipated to produce up to 400 megawatts of electricity over the course of its lifetime. The wind farm makes use of a number of concepts and technologies to capture and turn the kinetic energy of the wind into electricity. In order to maximize the quantity of energy produced, it also makes use of cutting-edge wind turbines with blades that have been tuned and power management systems. The power plant can sustain a constant output of electricity in all weather circumstances thanks to the wind turbines’ ability to adapt to changing wind conditions and speeds.
Powerplant Gode Wind 1 – Teil 1 Reviews
Located at 54.041 latitude and 6.994 longitude, Gode Wind 1 – Teil 1 is a 263.1 megawatt offshore wind farm close to the German town of Cuxhaven. As its main source of energy, the wind farm, which has been in operation since April 2019, is expected to produce up to 263.1 megawatts of electricity. By removing the need for fossil fuels, this renewable energy source is predicted to displace the equivalent of 340,000 tons of CO2. This project will significantly advance Germany’s efforts to decarbonize its grid.
There are 87 wind turbines in the Gode Wind 1 – Teil 1 wind farm. Each turbine has two rotor blades that are 118 meters long and 127-meter-long concrete-filled monopile foundations to withstand powerful waves. One of the best availability rates in the sector, the wind farm has more than 95% of its capacity available. Additionally, a cutting-edge blade monitoring system makes sure everything runs smoothly by gathering and examining the blades’ energy data.
Powerplant Meerwind S dIOst Reviews
German power plant Meerwind S dIOst is situated close to 54.392 latitude and 7.704 longitude. It is a 2009 installation that has a 288 megawatt wind turbine. Wind is the main source of energy for Meerwind S dIOst, and it drives the turbines. A cheap and renewable electricity generation technique that lowers environmental emissions is the generation of electricity from the wind.
The Meerwind S dIOst turbines are very effective and are expected to produce close to 217 gigawatt hours of electricity annually. Underground wires link the turbines to the power grid. These turbines produce electricity, which is then delivered to nearby homes, businesses, and industries. As a result, there is less demand for electricity from other sources, which lowers emissions overall.
Meerwind S dIOst contributes to a reduction in pollution in the neighborhood by utilizing wind turbine technology to generate power. Germans are increasingly buying wind turbines as a result of the nation’s dedication to sustainable energy sources. Germany is now a world leader in the utilization of wind turbines for the production of power as a result.
Powerplant OWP Nordsee Ost Reviews
Germany is home to the OWP Nordsee Ost power plant (54.445 N, 7.683 E). It is a wind power facility with a 295.2 megawatt capacity that began operating in 2019. It is anticipated to produce about 3.7 billion kWh of electricity annually. This factory produces no emissions because wind power is the main fuel used here. Additionally, the turbines utilized at this facility are constructed in such a way as to maximize efficiency and lessen their negative effects on the populations of birds and bats.
The power plant is a component of a significant German government project to promote the development of renewable energy infrastructure across the entire nation. As a result, both the government and the general people support OWP Nordsee Ost. The factory also takes action to lessen noise pollution, and it regularly assesses how its operations affect the environment.
Powerplant Offshore Windfarm Danysk Reviews
Offshore Windfarm Danysk is situated at latitude 55.1416 and longitude 7.1945 in Danysk, Denmark. Offshore Windfarm Danysk is the first and biggest near-shore wind farm in Denmark, with a potential generating capacity of 284.4 MW. Construction started in early 2010 and the first power was produced in late 2011. In July of 2012, it was formally inaugurated.
Wind energy, which is a clean and renewable energy source, powers Offshore Windfarm Danysk. It is one of the most effective and dependable wind farms in the world because to the 3.3 MW Siemens wind turbines that are being utilized, which are similar to those at several other new farms. This power facility can supply the surrounding communities with enough renewable energy to meet the energy needs of thousands of homes.
Powerplant SWM Wind Havelland GmbH & Co. KG Reviews
The SWM Wind Haveland GmbH & Co. German city of Havelland is home to the KG power plant. With a capacity of 431.71 megawatt and being situated at 52.3869 Latitude and 12.5636 Longitude, this power station uses wind as its main fuel. It is anticipated to produce 1,112 gigawatt hours of power annually and started operations formally in December 2020.
To increase their total production efficiency, the station’s personnel uses cutting-edge technologies. To prevent pollution of the planet’s environment, all renewable energy sources are utilised. The national grid receives the output of the power plant for use by everyone. The German government’s strategy to switch to green energy has the support of this power plant in large measure.
Powerplant Trianel Windpark Borkum Reviews
German town of Borkum is home to the 200 megawatt Trianel Windpark Borkum wind farm. Using the coordinates 54.0416 latitude and 6.4667 longitude, the park’s location may be identified. The region’s main source of electricity, the windpark, can supply about 200,000 houses with electricity. The park opened in June 2001, and since then it has produced an estimated 3,377 gigawatt-hours of electricity.
Germany’s first and currently biggest offshore wind park is the Trianel Windpark Borkum. It has a total of 65 turbines and can provide enough electricity to supply roughly 200,000 homes. The turbines include specialized software that enables them to automatically modify their power production in response to the local wind conditions. This characteristic makes sure that the turbines utilize the least amount of power possible when they are in operation.
Powerplant UW Bertikow Reviews
A 340 megawatt wind farm called UW Bertikow can be found in Germany at coordinates 53.2641 latitude and 14.048 longitude. The largest wind energy facility in the nation, it began operations in 871.88. The plant produces an estimated 500,000 megawatt hours of energy each year, the majority of which is utilized to power local homes.
To collect the wind energy generated in the area, UW Bertikow has hundreds of rotor blades and turbines. When installing the turbines, the surrounding environment is taken into account to ensure that the local wildlife is not harmed. To take further precautions and make sure the turbines are operating correctly and effectively, a number of sensors are utilized to measure the wind direction and speed.
The UW Bertikow power plant is a pioneer in Germany for renewable energy thanks to its intricate engineering. The government is investing in and developing more wind energy projects across the nation as a result of its success in order to minimize harmful emissions and lessen reliance on non-renewable sources. Thus, the development of cleaner and more renewable energy sources in Germany has been significantly aided by UW Bertikow’s success.
Powerplant Windpark Arneburg 2 Reviews
German power plant Windpark Arneburg 2 is located at Latitude 31.5, Longitude 52.7002 and 11.9387. With a capacity of 66.7 MW and having begun operations in January 2019, it is primarily powered by wind. It is the largest wind farm in Germany and among the largest in the world, with an estimated annual power generation of 238 GWh.
Project developers, bankers, landlords, and turbine makers collaborated to create the facility. It produces electricity in an effective and sustainable manner by utilizing the most recent technology available in wind turbines, including the Vibrus-E2, EP5, and EP9. Windpark Arneburg 2 differentiates itself from other wind energy sources in the area by employing the principles of environmentally responsible energy production and optimum efficiency.
Germans can use clean, green electricity from Windpark Arneburg 2 without worrying about carbon or other harmful gas emissions. With wind turbines as its main fuel source, the facility dramatically lessens its reliance on fossil fuels. By supplying local homes and businesses with renewable energy, Windpark Arneburg 2 is anticipated to promote economic growth in the region. All things considered, Windpark Arneburg 2 is a prime illustration of how renewable energy projects may be carried out successfully and sustainably.
FAQ
Q. What is the share of wind power in Germany’s total energy production?
A. Wind energy accounted for 14% of Germany’s total energy production in 2018, according to the German Center for Aeronautics and Space (DLR). The significance of wind power in Germany’s energy mix was shown by the clear growth from 11% in 2017.
Q. How much of Germany s installed capacity is from wind plants?
A. 52.4 gigawatts (GW) of installed wind energy capacity was present in 2018. Out of the 200 GW installed capacity for all renewable energy sources in Germany, this represented a small portion.
Q. What were the major changes to wind power development in 2018?
A. In 2018, the German federal law known as the Tangential Cooperated Act (TA Luft) underwent revision. Before any wind power project could be developed, applicants for permits were required to present the country’s regional planning and the pertinent noise level regulations. The total installed health of wind farms fell by 16 percent in 2018 as a result of this modification.
Q. What target has Germany set for wind power development?
A. Germany has set the goal of fulfilling 45–48 percent of its electricity demand from renewable sources, such as wind power, by 2030 in its 2020 climate policy plan. This aims to boost wind power output from 2018 levels by 6.5-8%.
Q. How much did the government spend on wind power in 2018?
A. In 2018, the German government spent over 4.7 billion on wind energy feed-in tariffs. This was a portion of the total 19.3 billion in Feed-in Tariffs for renewable energy sources that were distributed.
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