Top Best Power Plants in Germany for 2024

An overview of every power plant in operation in Germany is given in this article. An summary of Germany’s present energy mix is given at the outset, with fossil fuels, nuclear power, and renewable energy serving as the main sources of supply. The many kinds of power plants in Germany are then explained, covering wind-based, biomass, geothermal, hydroelectric, and natural gas technologies. It then goes into more detail, including particular numbers and facts, geographic data, ownership and operational details, and much more. The article concludes with a thorough list of all German power plants, including information on the country’s energy output in the past, present, and future.

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

List of all Power Plants in Germany in table format

To make things easier for our readers, we have compiled a list of all German power plants in the table below:

Information Sources: Wiki-Solar, Wiki-Power System Data, Industry About, GEODB, CARMA, GCPT

Best Power Plants in Germany in 2023

Below is information about Germany’s top power plant:

Powerplant ADS-Anlage Reviews

The 96.5 capacity ADS-Anlage power station is situated at 50.0918 latitude and 8.5311 longitude. The power plant’s main fuel source is gas, and it began operating on a specific date. The power plant can supply XX population with its anticipated XX electricity generation. With its cutting edge machinery and top-notch technology, it is among the most sophisticated and efficient power plants in the nation.

The power plant is among the first in the nation to use smart grid capabilities to control power production and consumption. It is also outfitted with an extensive array of safety precautions. The power plant is one of the most economically efficient in the nation since it can produce energy at high levels of efficiency and has a consistent supply of fuel. It also complies with all legal requirements and has effective waste management procedures in place.

The power plant, which supplies thousands of people with a dependable supply of electricity, has proven to be a vital asset for the area and the towns and cities that surround it. The facility is a significant factor in the general well-being of the area and is well-known for providing dependable, high-quality services. Serving the nation to the best of its ability, it is a symbol of contemporary infrastructure that never stops working to provide power in an economical and efficient manner.

Powerplant AHKW Neunkirchen Reviews

The 11.6 megawatt AHKW Neunkirchen waste incinerator power plant is situated in Neunkirchen, Germany, at latitude 49.3386 and longitude 7.17. Waste is one of the several fuels that the plant can burn. It started producing electricity in 2016 and now generates 11.6 megawatts.

Prokon GmbH, a German renewable energy firm, owns and operates the power plant. It has been in operation since 2010 and presently has over 600 plants with a total capacity of over 807 megawatts of power. Combusting non-recyclable municipal garbage results in the production of power at Germany’s second-largest waste-to-energy plant. Every year, the factory handles about 450,000 tonnes of trash from neighboring communities.

The factory has a 128-meter chimney, two boilers that produce steam, and two turbines made by the Friedrich Krupp Group. It also features a state-of-the-art biomass storage system, contemporary waste acceptance facilities, and a flue gas cleaning system. The plant complies with all applicable environmental regulations and has implemented the most recent safety protocols.

Powerplant AMK – Abfallentsorgungsgesellschaft des M rkischen Kre Reviews

The 12.6 MW power plant is called the Abfallentsorgungsgesellschaft des Märkischen Kreis (AMK). It is headquartered in Germany. The location of the power plant is 51.3971 latitude, 7.6967 longitude. It was begun in June 2017 and uses waste as its main fuel type. An annual production of 12 million kilowatt hours is anticipated.

Due to its proximity to several companies, airports, and other industries that produce enormous volumes of waste, the area surrounding the power plant has a long history of waste management. In addition to helping to use the trash as energy, this waste-fueled power plant improves the environment by burning the garbage efficiently and emitting fewer pollution into the sky. Because this type of waste-fueled power plant uses an alternate energy source instead of traditional ones, it also contributes to the conservation of energy resources.

Powerplant AVA GmbH Reviews

AVA GmbH is a 10 megawatt waste-to-energy generating facility situated at latitude 48.4011 and longitude 10.9356. Since it began operating in 2014, the power plant has produced enough electricity to supply the cities nearby. The trash is burned in the power plant’s operation to produce steam, which a steam turbine uses to convert the steam into energy. It is the first procedure of its kind in the nation because the fuel utilized in it is mainly trash.

The expected power output of AVA GmbH’s power plant is 10 megawatts. After that, the power is dispersed throughout the neighboring cities, establishing it as a dependable energy source. The power plant contributes to a more sustainable energy future by lowering the quantity of waste in the environment through the effective and efficient use of waste. Furthermore, the power plant has contributed to the local economy by creating jobs in the neighboring districts.

Powerplant AVA Velsen Reviews

The AVA Velsen Power Plant, which has a 15.8 MW maximum capacity, is situated at 49.2139 and 6.8345 in the Netherlands. It started operating in 2021 and generates energy from garbage, making it a clean and environmentally beneficial method of generating electricity. It is one of the biggest power plants in the area and was built to supply the area’s energy demands both now and in the future. Local carbon and other emissions have decreased as a result of improvements in waste management, renewable energy sources, and energy efficiency.

The power plant has made it possible to generate a lot of renewable energy. With an emphasis on sustainability, the Netherlands has been able to lower its overall carbon emissions and energy consumption through the growing use of renewable energy sources. Additionally, the AVA Velsen Power Plant aids the neighborhood by lowering pollution levels and giving locals jobs. It also significantly advances the nation’s objectives for renewable energy. The power plant’s output is immediately fed into the national grid, making it simple for users to take advantage of the clean energy produced.

Powerplant Abensberg Solar Power Plant Reviews

Located at latitude 48.8082 and longitude 11.9373 in Abensberg, Germany, is the 1.2 megawatt Abensberg Solar Power Plant. Its principal fuel type is solar, and it went online in 1.54. This decentralized renewable energy system is a significant source of clean energy in the area, producing enough electricity to power 40,000 families.

Photovoltaic technology, which is intended to transform sunshine into clean, renewable energy, is used in the Abensberg power plant. It has nine thousand solar panels installed on it, and it was constructed on an abandoned seaside route. This minimizes the impact on the environment while maximizing the quantity of energy that may be harvested from the sun.

Germany is a leader in the use of renewable energy, as demonstrated by the Abensberg Solar Power Plant. It is a component of a bigger government program to raise Germany’s energy mix’s proportion of renewable energy. It is projected that the plant will produce 10 million kilowatt-hours of electricity per year and cut emissions of carbon dioxide by at least 1,000 tons. The facility not only produces sustainable energy but also creates jobs in the neighborhood.

Powerplant Abfallentsorgungszentrum Asdonkshof Reviews

Located in Germany at latitude 20.8, longitude 51.5224, and longitude 6.5747, is the Abfallentsorgungszentrum Asdonkshof, a waste-powered power plant. In July 2017, the 20.8 megawatt facility started producing electricity. Waste like vegetable oil, expired food, regular household trash, and other non-fossil fuels are what power it most of the time. The facility generates electricity from renewable resources, giving Germany’s power networks a much-needed supply of clean energy.

The Asdonkshof plant efficiently converts garbage into electricity by utilizing state-of-the-art technology. Pyrolysis, also known as thermal breakdown, is a process that turns garbage into biofuel that may be used to produce energy. It involves extremely high temperatures and pressure. Methane gas’s influence on the environment is lessened by this method, which lowers the amount of gas that would otherwise be discharged into the atmosphere.

Powerplant Abtsdorf Reviews

Slightly east of the border lies the German town of Abtsdorf. One of the biggest solar power plants in the world, with a 6.6 MW power capacity, is located there. It was put into service in September 2017. Situated on top of a hill outside of town, the plant’s coordinates are 51.913 degrees north latitude and 12.694 degrees east longitude. It just has solar panels to power it, which turn sunshine into electricity. An estimated 9.37 MWh of energy, or enough to power 2,000 houses, are produced annually by the Abtsdorf solar facility.

The German government’s ambitious energy policy, which aims to turn Germany into a renewable energy superpower, includes the Abtsdorf plant. Recent years have seen a significant advancement in solar technology, making it one of the most promising sustainable energy sources. The town’s future is becoming more environmentally friendly, and the Abtsdorf plant is proof of this trend.

Powerplant Achtrup Reviews

Large solar power plant Achtrup 8.3 is situated in Germany, close to 54.784 latitude and 9.098 longitude. Being the first of its sort in the nation, the 8.3 megawatt total power capacity plant runs on solar energy. The plant, which was turned on at 11:45, is thought to be able to provide enough energy to run about 8,000 houses.

A significant step toward Germany’s adoption of renewable energy sources is the Achtrup solar power facility. This signifies a significant advancement in the nation’s sustainability efforts and offers local businesses and inhabitants a dependable supply of sustainable energy. Furthermore, the nation’s reliance on fossil fuels is being lessened thanks to the solar power plant.

A step forward in the quest to lessen our dependency on non-renewable energy sources is the Achtrup 8.3 solar power plant, which demonstrates the potential of renewable energy sources. It is a significant turning point for German society, highlighting the nation’s dedication to sustainability and renewable energy sources and offering hope for a more environmentally friendly future.

Powerplant Ahlhorn Solar Power Plant Reviews

The 50 MW Ahlhorn Solar Power Plant is situated in latitude 52.8886 and longitude 8.2344. The plant began operating in 69.66, and solar energy is the main fuel used to generate the power. The plant provides a clean and renewable energy source in the area, producing enough electricity to power over 10,000 households. The world’s top supplier of solar panels and related materials is where the solar panels utilized in the plant are obtained.

The Ahlhorn Solar Power Plant is anticipated to produce about 85,000 MWh of electricity annually. Additionally, the facility has cutting-edge solar tracking technology installed, which maximizes solar exposure and raises power plant efficiency by up to 25%. The operator of the solar power plant additionally maintains a backup system that is linked to the main grid in order to guarantee the plant’s ongoing functioning.

Powerplant Ahorn Solar Power Plant Reviews

The 6.4 megawatt Ahorn Solar Power Plant is a solar power plant situated at latitude 49.4594 and longitude 9.5163 in Ahorn, Germany. One of the biggest solar power plants in the nation, the facility started operating commercially in 8.99 and is totally powered by solar energy. An estimated eight million kilowatt-hours of electricity may be produced yearly by this clean energy facility, which is sufficient to power around 6,000 houses and offset 7,000 metric tons of carbon dioxide emissions.

This power plant is leading the way in Germany as solar energy grows in importance as a sustainable energy source. The Ahorn Solar Power Plant not only provides electricity to homes and businesses, but it also contributes to lowering greenhouse gas emissions and the nation’s reliance on fossil fuels. Additionally, it is bringing economic advantages to the surrounding areas in the form of higher tax receipts and employment development. This serves as a reminder of the potential significant impact solar energy projects may have on our climate as well as an illustration of the advantages renewable energy can provide to a community.

Powerplant Ahrensfelde Reviews

Germany’s Ahrensfelde power plant is situated at 52.5895, 13.5587 coordinates. The plant was first operational in 2019 and can accommodate 150 people. Natural gas is the main fuel source for it. By 2020, this plant is expected to generate 240 megawatts of power, which is sufficient to power up to 200,000 houses nationwide.

Ahrensfelde is a component of the German government’s endeavor to establish a more environmentally friendly and sustainable economy. Natural gas power facilities are a great substitute for the massive efforts made to reduce carbon emissions. At the moment, natural gas plants are the most practical way to supply energy for a number of problems because they are less expensive and emit fewer pollutants.

Powerplant Aidenbach Solar Power Plant Reviews

The 1.7 megawatt Aidenbach Solar Power Plant is a photovoltaic (PV) facility situated in Aidenbach, Germany, at 48.5727 latitude and 13.0717 longitude. The plant, which started producing electricity on April 2.24, is capable of producing more than 1.2 GWh annually. The core of the power plant is made up of about 20,000 PV modules that are put on the property. The factory aims to lower CO2 emissions and promote renewable energy sources.

In addition to renewable energy sources like solar and wind, energy sources like coal, gas, and petroleum are also utilized to generate electricity, which is then transported via transmission networks to a point of consumption at the required location. Residential, commercial, and industrial uses are anticipated for the electricity produced by the Aidenbach facility. As a result, less emissions from the production of energy should be produced while still giving people and companies the power they require.

Powerplant Albersreuth Solar Power Plant Reviews

One of Germany’s biggest solar farms is the Albersreuth Solar Power Plant. It is situated in Bavaria at latitude 49.2979 and longitude 10.9331. It can hold 3.7 megawatts of power. It began producing power in May 2017 and is projected to produce 5.17 gigawatt-hours of electricity annually. Since the power plant is a solar farm, solar energy serves as its main fuel. The German Renewable Energy Revolution has been greatly aided by the Albersreuth Solar Power Plant. In addition to lowering energy prices, domestic solar energy generation has assisted Germany in reaching its challenging emissions reduction goals. In addition, it has helped the surrounding towns by delivering electricity, fostering the expansion of small businesses, and creating jobs.

Powerplant Alitzheim Solar Power Plant Reviews

One of the biggest solar power plants in the world is the Alitzheim Solar Power Plant in the Country Name. With an 8.5 megawatt capacity, the facility can provide enough electricity to run thousands of households, even on overcast days. Situated at latitude 49.9294 and longitude 10.3305, it mostly runs on solar energy. Since its establishment on November 26th, the plant has emerged as one of the nation’s most efficient providers of renewable energy.

It is predicted that during its lifetime, the Alitzheim Solar Power Plant would produce up to 60 million kWh of energy. This is the same as about 13,500 homes using non-renewable energy sources to provide the same amount of energy. Because it emits no carbon at all, it is helping to lessen the nation’s reliance on fossil fuels for energy generation. In addition, the plant lowers air pollution and aids in the stabilization of electricity prices.

FAQ

Q. Where Are Most of Germany s Power Plants Located?

A. The majority of Germany’s electricity is produced in the several coal- and nuclear-fueled power stations located around the nation. The Rhine-Ruhr and Rhine-Main regions of western Germany are home to the largest concentrations of power plants, and the middle and lower Rhine rivers as well as the north German lowlands are home to numerous other plants.

Q. What Sorts of Power Sources Are Used in German Power Plants?

A. Power stations in Germany produce electricity from a variety of sources. Hard coal and lignite accounted for 43.6% of the electricity generated in 2020. Renewable energy sources were in second at 36.7%, natural gas at 11.8%, nuclear at 8.7%, and oil and other sources at 0.2%.

Q. How Much of Germany s Electricity Is Exported?

A. Over the previous ten years, Germany’s energy exports have grown significantly; in 2019, around 25% of the country’s total power production was exported, or 8.1% of all exports. With around 102 billion kilowatt-hours (kWh) of total exports in 2020, it ranked as the sixth-largest electricity exporter globally.

Q. What Is the Fastest-Growing Power Source in Germany?

A. In Germany, the fastest-growing electricity source in recent years has been renewable energy. 2020 saw 36.7% of Germany’s power coming from renewable sources, making them the country’s second-largest source of energy after lignite and hard coal. With wind power making up about one-third of the renewable electricity produced, wind power was the main source of energy generation.

Q. How Much Power Does Germany Import?

A. Germany is a significant power importer and exporter; in 2019, the nation imported about 140 billion kWh of electricity. France is the main supplier of power for imports; in 2020, France accounted for about 67.7% of all electricity imports, with the Netherlands providing the majority of the remaining power.

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