Top Best Power Plants in Hungary for 2024

This is a list of every power plant in operation in Hungary. Many of these plants use state-of-the-art technology and are fueled by renewable resources to minimize their environmental impact while supplying Hungary with consistent electricity. Here is a profile of each plant that includes important details including capacity, fuel type, authorized emission limits, and total investment costs. We hope that this list will offer readers a current understanding of Hungary’s electricity status in addition to a thorough understanding of the various ways that Hungary generates electricity.

The list of all Hungary’s nuclear, hydro, solar, wind, oil, and gas power plants is provided below.

List of all Power Plants in Hungary in table format

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

Information Sources: WRI, Wiki-Solar, GCPT, GEODB

Best Power Plants in Hungary in 2023

Below is information on the top power plant in Hungary:

Powerplant Alpiq Csepel Er m Reviews

A gas-fired power plant called Alpiq Csepel Er m is situated in Csepel, Budapest, Hungary. The power plant is situated at 47.428 N and 19.0525 E and has a capacity of 401. The power plant runs primarily on gas, and it has been active since September 2015. Since then, the facility has produced an estimated 555 megawatts of power in total.

As a component of a bigger cogeneration complex, Alpiq Csepel Er m has a sizable captive heating franchise. It is among the few power plants in Hungary that offers this level of comprehensive production capabilities. Local industrial users and residential users in the area use the cogenerated thermal energy for district heating and home hot water generation. Additionally, it offers significant chances to effectively take advantage of the possible savings in the local distribution and transportation system for natural gas.

Powerplant Bakony power station Reviews

Located at 47.0956 latitude and 17.5584 longitude in northern Hungary, Bakony Power Station is a 60MW coal-fired power plant that started operations in and is expected to produce almost 90,000 MWh of electricity annually. Bakony Power Station is mostly powered by coal that is sourced from the adjacent town of Bakonybl in the region of Pest county. The plant is owned and run by E.ON Hungaria. Natural gas and oil are other fuel sources that are used to produce some power. Three generators, two direct-coupled turbines, and three boilers make up the plant’s equipment. The country’s north-west and south-east receive the majority of the electricity produced by the plant. The government has imposed severe environmental opacity standards for the facility, which it must achieve in order to continue operating. Along with other pollutants, it is predicted to produce more than 370,000 tons of carbon dioxide annually. In addition, the plant has implemented several strategies to minimize emissions, including the installation of nitrogen oxide, sulfur, and soot filters as well as the use of coal mixtures with lower sulfur contents.

Powerplant Bukkabrany Reviews:

Powerplant Bukkabrany, a 30.48 MW facility, is located in the small Eastern European nation of Bukkabrany. The Powerplant, the nation’s first solar-powered power plant, is located in latitude 47.894 and longitude 20.707. Since its commissioning in July 2020, the plant has produced clean energy. The facility produced over 25 million units of power in its first year, which led to significant cost savings for the nation. The nation’s reliance on fossil fuels has decreased because to the solar energy generated by Bukkabrany, lowering its carbon footprint. Being the first of its kind in the nation, Powerplant Bukkabrany has made way for numerous further power projects in the surrounding area. The country’s reliance on alternative energy sources is being lessened by the solar energy produced by the power plant, which is also improving the local air quality. The project’s ability to produce clean energy and its favorable impact on the environment have won praise from environmental advocates in the small nation. Solar panel installations in homes and businesses are among the other forms of development that the Powerplant has sparked in the area.

Powerplant Debreceni Kombin ltciklus Er m Reviews:

Debreceni Kombin ltciklus Er m is a 95 MW gas-fired combined-cycle power plant located in Debrecen, Hungary. To efficiently generate energy, this power station uses a mixed cycle natural gas turbine method. The coordinates of this location are 47.5185 latitude and 21.6329 longitude. It began operations in June 1995 and uses natural gas as its major fuel source. One of Hungary’s first large-scale combined cycle power plants, Debreceni Kombin ltciklus Er m supplies the great majority of the region’s electrical needs. When the power plant was operating at full capacity, it was anticipated to produce 95 megawatts of electricity. The main fuel source for the power plant is natural gas, which is mostly used to generate electricity. Debreceni Kombin ltciklus Er m generates energy that supports Hungary’s production and development industry and serves as a dependable and sustainable energy source.

Powerplant Dunai Reviews:

Dunai Power Plant is a 21 MW solar power plant with latitude 47.333 and longitude 18.906. Commencing operations on March 31st, 2043, the plant is projected to produce roughly 31.43 MW annually. Since this is a solar power plant, its main energy source is the sun’s rays. This is a very economical and efficient method of producing power, and it has numerous positive environmental effects. The functioning of the Dunai Power Plant has been essential in supplying the surrounding area with consistent electricity, which has boosted economic growth and development. In addition, Dunai Power Plant’s solar energy output contributes to a decrease in greenhouse gas emissions, which further positions it as a major player in the battle against climate change and global warming. Furthermore, by providing residents in the area with access to renewable electricity, the facility indirectly reduces energy poverty.

Powerplant Dunamenti Er m Reviews:

Dunamenti Er m is an 840.7 MW power plant located in Hungary. Latitude 47.3283 degrees north and longitude 18.9169 degrees east are the coordinates of this thermal power facility. Natural gas is the main fuel utilized in this power plant, which generates an estimated 1425 GWh of electricity annually. Since commencing operations in 1998, Dunamenti Er m has made a significant contribution to Hungary’s electrical supply. By supplying electricity for a range of businesses and residences, the power plant contributes to the nation’s expanding energy needs. Numerous towns and cities in Hungary receive electricity from the power plant due to its dependable and efficient operations. It is one of the most significant energy sources that support the expansion and development of the Hungarian economy. Numerous control mechanisms are in place to ensure that the production of electricity is safe and secure, and the plant produces power that is dependable and consistent.

Powerplant GENERGY Szab lyoz si K zpont Reviews:

With a 45 megawatt (MW) capacity, GENERGY Szab lyoz si K zpont is one of the biggest power plants in Country Name. The power plant is situated in a picturesque environment and can be found at latitude and longitude of 46.0641 and 18.2646, respectively. Gas is the main fuel used by the plant, and it starts up on a designated Start Date. Roughly 45 megawatts of energy should be produced by the plant. The GREENERGY Szab lyoz si K zpont power plant was constructed to greatly lessen the country’s reliance on imported energy while meeting the nation’s expanding energy needs. Most of the plant’s electricity is used for residential and commercial purposes. Apart from offering affordable electricity to the public, the plant has also taken an active part in community events including energy saving workshops and environmental awareness campaigns. The GREENERGY Szab lyoz si K zpont power plant is now a prime example of how cutting-edge technology and engineering can be applied to create economically viable, ecologically responsible energy solutions. The facility serves as evidence of the value of renewable energy for the nation’s sustainable development.

Powerplant G ny i Er m Reviews:

Located in G ny, Hungary, G ny i Er m is a 427 megawatt (MW) gas-fired power plant. The Italian electricity firm Enel owns the plant, which is situated at 47.7384 N and 17.8033 E. It began operations in 1999. Natural gas is the main fuel utilized in the gas-fired generator, which has a cutting-edge combustion turbine. The power plant’s great efficiency is made possible by this technology, which places it among the nation’s most efficient gas-fired power plants. With an expected power generation of 383.1 MW, the plant is a substantial source of cash for the local economy and makes a large contribution to the Hungarian electrical system. Its innovative combustion turbine technology and natural gas firing make it one of Hungary’s cleanest power plants, greatly minimizing its environmental impact.

Powerplant Kelenf ldi Er m Reviews:

Kelenf ldi Er m is a 173 MW powerplant located in Hungary. The address is 47.4624 N 19.0563 E. Natural gas is the main fuel used to run this plant. Kelenfldi Er m, which consists of five open cycle gas turbines, started operating in December 1975. The power plant, which has a net output of 173 MW, produces an estimated 211,600 MWh of energy annually. In addition to supplying electricity to domestic consumers, the power plant also distributes electricity to the Hungarian State Railways for use on the lines that lead to and from Ferihegy Airport.

Powerplant Kispesti Er m Reviews:

Kispesti Er m is a power plant in Hungary. It is designed to function flexibly and effectively, taking into account both the requirements of the central Hungarian grid and the slight oscillations that occur. Geographically, it is located at 47.4568 N and 19.1673 E. Gas is the main fuel used in this flagship plant, which has a capacity of 109.2 MW. Kispesti Er m is a cutting-edge power plant that was built in 2020 and can generate an estimated 1,172 GWh of energy annually. It makes use of cutting-edge technologies such condensing steam turbines and contemporary gas turbines. For the advantage of Hungarians, this guarantees a highly effective, dependable, and sustainable electricity generation. Because it runs on natural gas rather than coal or oil, it is far more environmentally friendly than its counterparts. Kispesti Er m’s advantageous location near major load centers also means that the electricity it generates can reach as many people as possible, reducing energy costs and having a positive effect on the environment.

Powerplant L rinci G zturbin s Er m Reviews:

This 170 megawatt oil-fueled power plant is situated in Hungary, with geographic coordinates of 47.7164 degrees latitude and 19.6778 degrees longitude. It is a major contributor to the country’s rapid economic and electricity generation growth, as well as to the country’s transition to clean energy. It was founded in 2002, and in September of that same year, it formally began supplying energy into the national grid. Utilizing the most cutting-edge technologies available, this plant is built to optimize energy efficiency. One of the few power plants in Hungary designed using oil as its main fuel is the L rinci G zturbin s Er m. Numerous laws in the area that mandate the use of domestic energy sources have made this measure obligatory. It is projected that the plant will produce 200 gigawatt hours a year as of 2019. This plant uses cutting-edge environmental protection systems to assure minimal emissions in addition to its high efficiency. One of the nation’s most dependable electricity sources, the L rinci G zturbin s Er m is an essential component of Hungary’s energy infrastructure. It offers a reliable supply of electricity to both homes and businesses, catering to the nation’s expanding energy requirements.

Powerplant Matra Power Station Reviews:

Situated in the Matra district of Hungary, at 47.7886 N, 20.066 E, is an 884 MW coal-fired power plant. Since it was first opened on October 28, 2014, this kind of plant has produced about 6,223 GW of electricity yearly. The Matra Power Station is owned by MVM Zrt and is the largest power plant in Hungary in terms of capacity. Coal is the main fuel used by the Matra Power Station, and it is obtained from local mines in the Matra area. Two boilers, one developed by Siemens Germany VAI (Low Pressure) and the other by ABB Harns (High Pressure), are installed in the plant. Two STRAAL turbine-generators, made by the Japanese business Mitsubishi Heavy Industries (MHI), are also installed in the facility.

With an efficiency of 44%, the MHI turbines produce power at a greater rate than the industry average of 37%. The Oroszl ny power station is a 250 MW coal-fired power station located in Hungary at 47.5017 latitude and 18.2701 longitude. The plant also uses flue gas desulfurization (FGD) to reduce sulfur dioxide emissions, and its own ash-handling system removes ash and slag. Coal is this power plant’s main fuel source. This plant, which generated an estimated 250MW of power, was put into service on an undisclosed date. The power plant is located close to Hungary’s northwest border in Oroszl ny, which is part of the Kom rom-Esztergom area. With an installed capacity of 5,000 MW, this E.ON-run power station is Hungary’s largest energy producer. Numerous people have profited from direct work or related enterprises at this power plant, which also offers employment prospects for the local community.

The Oroszlány Power Station is a fantastic illustration of contemporary power generation that is economical, environmentally friendly, and able to supply Hungary’s citizens with dependable, cost-effective energy. With a projected power production of 250 MW, it makes a major contribution to the local grid in its vicinity. It is a significant energy source and will probably continue to play a significant role in Hungary’s energy industry for a very long time.

Powerplant Paks Reviews:

The Paks Power Plant is situated in Hungary at latitude 18.85 and longitude 46.59. The power plant uses solar energy as its main fuel source and has an installed capacity of 20.6 megawatts. Since its establishment in 31.45, Paks Power Plant is projected to have produced 20.6 megawatts of electricity. The International Bank for Reconstruction and Development, the European Bank for Reconstruction and Development, and the Government of Hungary collaborated to establish the plant. A crucial component of achieving Hungary’s energy targets is the Paks Power Plant. It has played a significant role in lowering the nation’s reliance on fossil fuels and boosting energy independence. Since using solar energy to create new jobs and drastically cut emissions, the plant has also benefited the economy and ecology.

The Paks Power Plant has been a dependable source of renewable energy for more than 25 years. It has been rated as one of the world’s and Europe’s most effective and economical of its type. The facility still plays a significant role in Hungary’s energy supply and has fostered an innovative spirit in renewable energy. The Paks Power Plant, one of Europe’s first large-scale solar energy projects, is a representation of a sustainable future.

Powerplant Paksi Atomer m Nuclear Reviews:

Situated in Hungary at 46.5739 latitude and 18.8536 longitude, Paksi Atomer m is a nuclear powerplant with a capacity of 1886.8. Having been operational since November 1982, the power station provides Hungary’s main supply of commercial nuclear energy, producing an estimated 11,636 GWh of electricity annually. The main source of power for the Paksi Atomer m is nuclear fuel, which not only ensures the plant’s dependability but also serves as a clean energy source. Inspections of reactor pressure vessels are done to make sure the power plant runs safely and sustainably over time. Furthermore, the plant’s fuel can last up to four years thanks to a secondary fuel called low-enriched uranium, which increases efficiency and decreases the need for refueling.

FAQs.

Q. Which are Hungary’s main power plants?

A. Paks Nuclear Power Plant, Gyor Power Plant, Matrahaza Power Plant, and Bocskaikert Power Plant are the main power plants currently in operation in Hungary.

Q. What percentage of the country’s electricity is produced from renewable energy sources?

A. The International Renewable Energy Agency (IRENA) estimates that renewable energy sources such hydropower, wind, biomass, and solar power account for about 24% of Hungary’s total electricity generation.

Q. What is the nuclear power plant in Pakistan’s installed capacity?

A. With 2,000 MW of installed capacity, the Paks Nuclear Power Plant is the biggest power plant in Hungary.

Q. The Paks Nuclear Power Plant is how old?

A. The sole nuclear power plant in operation in Hungary at the moment is the Paks Nuclear Power Plant, which was put into service in 1982.

Q. How much power is used in Hungary each year?

A. The International Energy Agency estimates that Hungary used about 52.3 trillion watt hours of power a year in 2018.

I hope you find the information on all the power plants in Hungary provided above interesting. If you do, please leave a comment.