Top Best Nuclear Power Plants in Germany for 2023

The list of all German power plants is summarized in this article. Since they are in charge of producing the nation’s energy and electricity, power plants have played a crucial role in the growth and development of Germany in recent years. This list provides details on the locations, categories, and capacities of various power plants as well as information on their technologies, emissions, and electricity output. It also gives a succinct review of the nation’s overall energy and electricity situation. Additionally, it highlights the significance of renewable energy in Germany and how it has a significant influence on the country’s energy system. This list also offers an insight into the results of the energy transition strategy that the German government has implemented to lower emissions. Overall, this list offers a crucial look at the power plants in Germany, along with their capabilities, features, and emissions, enabling readers to better comprehend the country’s energy situation.

All of Germany’s nuclear power stations are listed below.

List of all Nuclear Power Plants in Germany in table format

For the benefit of our readers, we have compiled a list of German nuclear power plants in the table below:

Open Power System Data, Industry About, Wiki-Solar, WRI, GEODB, CARMA, and GCPT are other information sources.

Best Nuclear Power Plants in Germany in 2023

Below is information on the finest nuclear power plant in Germany:

Powerplant BROKDORF Reviews

Nuclear power facility BROKDORF, with a 1480 megawatt capacity, is situated at 53.8506 latitude and 9.345 longitude. The nuclear fuel is the main fuel utilized to run the plant. Since 1975, when it first began operating, this nuclear power plant has been supplying the nation with electricity. It is projected to have generated 64.5 billion kilowatt hours of power since it began operating.

Two nuclear reactors at the BROKDORF power station have a capacity of 880 MW and 600 MW, respectively. This power plant produces enough electricity to satisfy the growing energy needs of the country. It works as a reliable energy source that lessens the nation’s reliance on imported fuels for the production of power. The BROKDORF power plant also reduces the nation’s carbon impact, improving the quality of life there.

Powerplant EMSLAND Reviews

Germany’s Lower Saxony is home to the nuclear power plant known as EMSLAND. The facility is located at latitude 52.4716 and longitude 7.3204 and has a total capacity of 1406 MW. Nuclear fuel is the main fuel source for the power plant, which started operating in March 1989 and produces about 2703 GWh annually.

The facility is the first nuclear power station in Germany without a waste storage facility and includes two nuclear reactors with a combined capacity of 651 MW. EMSLAND is one of the most effective energy sources in the area and is run by Lower Saxony Electricity (EWE). Due to its operating availability of 99.6%, the plant is crucial to the region’s overall energy security.

Powerplant Grohnde Reviews

The German village of Grohnde is next to the Grohnde Nuclear Power Plant. It is one of Europe’s most dependable nuclear power facilities with a 1,360 megawatt capacity. Due to its effective operation, it is now regarded as one of the top three European facilities in terms of reliability and safety. The plant has been producing clean, dependable electricity since it was originally brought online in December 1982. It is situated at 52.0356 N and 9.4135 E.

The primary fuel source for the facility is nuclear energy. It is one of Germany’s biggest producers of clean energy and is strategically located to benefit from the country’s plentiful uranium reserves. As a result, it has been providing the European grid with large volumes of clean, carbon-free electricity for more than three decades. The Grohnde Nuclear Power Plant is expected to produce up to 15.3 billion kilowatt-hours of power annually.

Powerplant ISAR-2 Reviews

Germany’s ISAR-2 nuclear power facility is situated at 48.6049 N and 12.2936 E. Its total output is 1485 megawatts (MW). Nuclear energy serves as the primary fuel for ISAR-2. The power plant began operating commercially on September 30, 1984, and it generates an estimated 12,829,694,000 kWh of electricity annually. The power produced by this power plant has a high enough power generating capability to satisfy the needs of millions of people.

The safety and security measures of ISAR-2 security are of the utmost importance because it is a nuclear plant. Security systems are regularly updated to guard against unwanted entry and maintain the dependable operation of the facility. All employees and personnel are thoroughly vetted and required to provide their credentials at the door. Due to the plant’s age, frequent maintenance and improvements are required to ensure that it keeps operating efficiently. The regulatory authorities also conduct yearly inspections of the plant.

Powerplant Kernkraft Gundremmingen Reviews

One of the world’s oldest still in use nuclear power plants, Kernkraft Gundremmingen has been producing electricity since 1970. The coordinates of 48.515 and 10.4016 place it in the German Bavarian district of G ndremmingen. It uses nuclear fuel as its main fuel source and has a 2,572 megawatt power plant.

The energy corporation EnBW owns and runs the Gundremmingen plant, which provides electricity to numerous bordering nations as well as the southern German state of Bavaria. It is one of only a few of nuclear-powered power facilities in Germany. It is also the biggest nuclear power station in the nation, producing 4% of all the electricity used in Germany. A rough estimate of the facility’s annual power production is 18.1 terawatt hours.

Powerplant NECKARWESTHEIM-2 Reviews

A 1400 MW nuclear power facility called NECKARWESTHEIM-2 may be found at Neckarwestheim, Baden-Wurttemberg, Germany, at latitude and longitude of 49.0408 degrees North and 9.1759 degrees East. This power plant uses nuclear energy as its principal fuel source, which is incredibly eco-friendly and doesn’t release any hazardous emissions into the atmosphere. Since November 27, 1990, NECKARWESTHEIM-2 has been producing electricity. It is expected that the power plant produces more than 1000 GWh of electricity annually, which it uses to supply electricity to several nearby homes and businesses.

One of Germany’s most effective and cleanest power plants is the contemporary NECKARWESTHEIM-2. Its efficient operations assist to protect the environment from hazardous pollutants while supplying the region with the much-needed electricity it needs to keep up with its expanding energy needs. The levels of power production and radiation from the plant are monitored and controlled by cutting-edge technologies at NECKARWESTHEIM-2. The electricity produced by this power plant is dependable and affordable, satisfying the energy needs of nearby residential and business buildings.

Powerplant PHILIPPSBURG-2 Reviews

In Phillipsburg, Baden-W rttemberg, Germany, there is a 1468 megawatt (MW) nuclear power plant. The plant, which was operational in 1998, is located at latitude 49.2529 and longitude 8.4364. Germany currently has only one nuclear power plant in operation, Phillipsburg-2. It generates enough electricity from uranium fuel to power more than 3.5 million houses annually, or about 13.7 billion kilowatt-hours. The power plant uses a pressurized water reactor (PWR) system, which generates electricity using steam turbines and is exceptionally effective at converting the fuel’s thermal energy into electrical energy.

Phillipsburg-2 has made a substantial contribution to the security of the country’s electrical supply and plays a vital role in supplying Germany with electricity. The facility has recently undergone upgrades to improve its efficiency and safety, and it has a lengthy lifespan. This refurbishment comprised actions like installing brand-new boron injection systems and raising the control rods in the reactor pressure vessel. The plant is anticipated to keep producing power until it is shut down in 2022, following nearly 25 years of productive operation.

FAQ

Q. How much nuclear energy does Germany use?

A. Data from May 2017 show that nuclear energy accounted for 12.3% of Germany’s overall energy consumption, with the remainder coming from fossil fuels and renewable energy sources. Germany now has eight nuclear power reactors with a combined installed capacity of 12.4 GW, and by 2022, it intends to completely phase them out.

Q. What is the current situation of nuclear energy in Germany?

A. The German government made the decision to phase out nuclear energy in 2011 and made a commitment to shut down all of the nation’s nuclear power units by 2022. Almost all of the nation’s nuclear reactors have either been stopped or are in the process of being shut down, despite the fact that the choice to phase out nuclear energy was contentious.

Q. What is the impact of phasing out nuclear energy on Germany?

A. Germany has been able to significantly lower its greenhouse gas emissions while still supplying its inhabitants with dependable energy thanks to the phase-out of nuclear energy. Germany is on track to achieve its goal of producing 65% of its energy from renewable sources by 2030 because to significant progress achieved in the country’s shift to renewable energy sources like wind and solar.

Q. How much nuclear waste does Germany handle each year?

A. Germany generates between 700 to 800 tonnes of nuclear waste annually, which are then kept in temporary storage locations until a permanent site is identified. Germany now operates three nuclear waste storage facilities: one at the Gorleben site, one close to Ahaus, and one close to Schacht Konrad. To ensure that it is handled securely, this nuclear waste is closely tracked and monitored.

Q. Who is responsible for regulating nuclear energy in Germany?

A. The German nuclear energy industry is governed by the Federal Office for Nuclear Safety and Radiation Protection (BfS). Setting safety requirements for nuclear personnel, safeguarding the public’s safety at all nuclear sites, and monitoring and enforcing environmental regulations are all the responsibility of the BfS.

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