Top Best Power Plants in Croatia for 2023

Croatia is a tiny nation in central and southeast Europe that can generate 10.1 GW of electricity overall. Its numerous power facilities are dispersed around the nation, providing its residents with dependable electricity. We provide a complete list of all Croatian power plants in this article. It contains information about the plant’s kind, capacity, owner, location, and grid connection, among other things. We also highlight several significant advancements and modifications that the Croatian power industry is undergoing. We also offer some observations regarding the existing situation and future possibilities of Croatia’s electricity industry. This article provides readers with comprehensive information about Croatia’s power plants and the steps the nation has taken to upgrade its electrical infrastructure.

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

List of all Power Plants in Croatia in table format

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

Information Provider: GEODB

Best Power Plants in Croatia in 2023

Below is information on Croatia’s top power plant:

Powerplant Cakovec Hydroelectric Power Plant Croatia Croatia Reviews

Established in 1976, the Cakovec Hydroelectric generating Plant is a hydroelectric generating facility situated in Croatia. The power station is situated at latitude 46.3113 and longitude 16.4945, with a capacity of 76 megawatts (MW). Hydroelectric power is the main fuel utilized in the plant, and it can produce 351.58 gigawatt-hours (GWh).

Over the past few decades, there has been a continuous expansion in the use of the Cakovec Hydroelectric Power Plant. Along with offering safe and clean electricity to numerous Croatian settlements, the power plant has also supplied the region’s educational institutions and other governmental enterprises. In addition to generating employment and stimulating the local economy, the hydroelectric power plant has assisted Croatia in its shift to a green, sustainable economy.

Powerplant Djale Hydroelectric Power Plant Croatia Reviews

Croatia is home to the Djale Hydroelectric Power Plant. With a 137.28 MW capacity, this power station is situated close to latitude 40.8 and longitudes 43.5745 and 16.7115. It is a hydroelectric plant with water serving as its main fuel source. With an expected yearly power generation of 428,000 MWh, this power station began operations in 2008.

One of Croatia’s largest hydroelectric power stations is the Djale power plant. It was intended to be built in a manner that would benefit the region’s mountainous areas. It is a major contributor to the region’s rural electrification and prosperity. The majority of the electricity generated by this facility is used in the Eastern Croatian regions and adjacent cities. This plant provides Croatia with electricity, which is necessary for the country’s economic growth and development.

Powerplant Dubrava Hydroelectric Power Plant Croatia Croatia Reviews

The Croatian hydroelectric power plant Dubrava has been operational since 2000. It is located at latitude 46.3205 and longitude 16.7489, with a power capacity of 351.58 MW. Hydropower is the main fuel used at the power plant. The Dubrava Hydroelectric Power Plant was established and grew to be the biggest power plant in Croatia.

The power plant features three Francis turbines, each with a 68 MW output, and three Kaplan turbines, each with a 25 MW output. The hydroelectric power station generates 887.4 GWh of electricity annually, according to estimates. The initiative has produced a significant number of jobs in the area and has been shown to be feasible.

Furthermore, the picturesque site of the Dubrava Hydroelectric Power Plant contributes to increased tourism in the area. Three large manmade lakes can be found in Dubrava: Lake Bhast, Bhastanova, and Drinik. The power plant is presently undergoing significant expansion as part of a plan to boost its output to 220 MW.

Powerplant Gojak Hydroelectric Power Plant Croatia Croatia Reviews

Croatia is home to the hydroelectric power plant at Gojak. With a 55.5 megawatt capacity, it is the biggest power plant of its kind in the nation. The coordinates of the plant are 15.2633 E and 45.2989 N. It uses hydroelectric energy, which is produced by the nation’s many rivers and streams, as its main fuel source. Commencing in 1999, the Gojak hydroelectric power station is projected to produce 5,870,000 megawatt-hours of energy annually.

An essential component of Croatia’s power infrastructure is the hydroelectric power plant at Gojak. It offers homes and companies a dependable and reasonably priced supply of electricity. Furthermore, the plant’s electricity contributes to increased energy security by reducing the nation’s heavy reliance on imported energy sources. Since it was put into service, the Gojak hydroelectric power plant has played a crucial role in assisting Croatia in fulfilling its aggressive climate goals and cutting emissions.

Powerplant Golubic Hydroelectric Power Plant Croatia Croatia Reviews

The principal fuel used by the Golubic Hydroelectric Power Plant, which is situated in Croatia, is hydro. With a 7.5 megawatt power capacity, it was initiated in 1949. The power plant is precisely located at latitude 44.09 and longitude 16.2204. Based on estimates, it can produce 26.54 gigawatt-hours of power annually, ranking among the nation’s largest power plants.

In general, Croatia is consuming more electricity, and the Golubic hydropower plant is crucial to the nation’s supply of electricity. According to estimates, this plant will prevent more than 1,500 tonnes of carbon dioxide emissions annually, which will benefit Croatia’s environment by lowering the nation’s carbon footprint.

Powerplant Jaruga Hydroelectric Power Plant Croatia Croatia Reviews

Croatia is home to the Jaruga Hydroelectric Power Plant. The power station, which spans 7.2 megawatts and has been operational since 1928, is situated at latitude 43.805 and longitude 15.9626. With an anticipated power generation of 28.35 MW, this green energy plant is powered by hydroelectric power, which is regarded as the most efficient energy source.

This renewable energy source reduces its negative effects on the environment, helps save natural resources, and lowers carbon emissions. Compared to nuclear and coal-fired power plants, hydroelectric power plants are significantly more economical and need lower operational expenses. They also support the production of sustainable energy and lessen reliance on fossil fuels.

The production of energy in Croatia is significantly influenced by the Jaruga Hydroelectric Power Plant. It offers a dependable energy source, assisting the nation in lowering its dependency on fossil fuels and advancing energy security. Investments in hydropower and other renewable energy sources are significant measures Croatia is taking toward a more sustainable future.

Powerplant Jertovec CCGT Power Plant Croatia Reviews

The Jertovec CCGT Power Plant, which generates an estimated 78 MW of power, is situated in Croatia. Its coordinates are 16.1814 longitude and 46.0386 latitude. Gas is the main fuel source that the power plant uses. It just recently began operations in May 2020.

Situated in Croatia, the Jertovec CCGT Power Plant is a Combined Cycle Gas Turbine (CCGT) facility. T-RHS Zagreb, a division of the Croatian energy provider Hrvatska elektroprivreda, is the owner and operator of the facility. With an installed capacity of 78 MW, the facility consists of one steam turbine and two gas turbines. It is situated in Sisak-Moslavina County by the Sava River.

With its installed capacity, Jertovec CCGT is the largest power plant in Croatia, having been constructed in 2020. It is a crucial energy provider for the area, guaranteeing a steady flow of electricity. The Sisak-Moslavina region provides natural gas for the plant’s operation, while biodiesel is an option. Because of its cutting-edge emission control technologies, the facility will aid in lowering carbon dioxide and pollution emissions while also improving air quality.

Powerplant Kraljevac Hydroelectric Power Plant Croatia Reviews

One of the most well-known power plants in Croatia is the Kraljevac Hydroelectric Power Plant. It is situated at latitude 43.4307 and longitude 16.8849, with a capacity of 46.4 MW. The Kraljevac Hydroelectric Power Plant has been in operation since 1904. Its principal fuel is hydroelectricity. An estimate of 46.4 MW has been placed on its energy production. The largest power generating business in Croatia, HEP Prod, owns the plant.

Situated in the Brdovo region, the Kraljevac Hydroelectric Power Plant is encircled by a verdant landscape of hills and forests. It produces electricity by harnessing the energy of the nearby Krka river. Since the first hydroelectric station was constructed on the banks of the Krka river in 1895, the river has been a significant source of energy. With millions of homes in the area receiving electricity from the Kraljevac Power Plant, it has grown to be a significant component of Croatia’s energy infrastructure.

Powerplant Lesce Hydroelectric Power Plant Croatia Croatia Reviews

The Lesce Hydroelectric Power Plant is located in Croatia. The plant was built in 1952 and had a starting capacity of 152.09 MW. Its coordinates are 42.3 N, 45.3485 E, and 15.3452 E. This plant’s main fuel source is hydropower. An dependable supply of electricity is provided by this hydroelectric power facility. Since its inception in 1952, it has been producing dependable and reasonably priced electricity.

Croatia’s economic growth has benefited greatly from the Lesce Hydroelectric Power Plant. Through the use of a renewable hydro energy source, this facility has made it possible for the nation to produce electricity sustainably. Additionally, it has aided in the expansion of employment in the energy industry, which has boosted income and contributed to the progress of the nation. Furthermore, clean electricity produced by the Lesce Hydroelectric Power Plant has greatly improved the environment.

Powerplant Maljacka Hydroelectric Power Plant Croatia Croatia Reviews

In Croatia is the Maljacka Hydroelectric Power Plant. The location of this 24 megawatt (MW) installed capacity structure is at 44.0019 latitudes and 16.0192 longitudes. Hydrogen is the primary fuel utilized in the plant. It began to function in 93.75.

Water from the Maljacka River, a tributary of the Una in northwest Croatia, powers the Maljacka hydroelectric power station. It is situated in the Dubrovnik-Neretva County at an elevation of 111 meters above sea level. The goal of the project was to boost Croatia’s hydroelectric power output.

The 40 meter long and 3.5 meter broad intake structure at the facility’s entrance makes up the Maljacka power plant. It has two generators and two Pelton turbines. There will be an estimated 74 gigawatt-hours (GWh) of power generated annually at the 20 kV generating voltage. To preserve regular river flow, the project also includes a newly constructed fish corridor.

Powerplant Orlovac Hydroelectric Power Plant Croatia Reviews

With a 237 megawatt electric power capacity, the Orlovac Hydroelectric Power Plant in Croatia is situated next to the Orlovac settlement at 43.6737 N and 16.784 E. The oldest and most sophisticated hydroelectric power station in Croatia, it generates the majority of the nation’s electricity. Built and put into service for the first time in 1939, the plant depends on the Fossa River downstream for its hydroelectric power. A 9 km long canal directs the river’s waters toward the power station, where they are used to power six 39 megawatt Kaplan turbines at the hydroelectric project.

This power plant has not only been a significant contributor to Croatia’s energy output for over 80 years, but it has also played a significant role in the history of hydropower and engineering research in the area. With the water of the Fossa River serving as its primary fuel source, the Orlovac Hydroelectric Power Plant produces an estimated 857.56 gigawatt hours of electricity in 2019, and it is anticipated that this electricity production will remain relatively level over the ensuing years. This energy source is expected to remain a significant component of Croatia’s energy mix for many years to come.

Powerplant Osijek TE-TO CHP Power Plant Croatia Reviews

The 89 megawatt (MW) Osijek TE-TO CHP Power Plant is a combined heat and power (CHP) facility situated in the city of Osijek in southeast Croatia. The latitude and longitude coordinates of 45.542 and 18.7449, respectively, can be used to locate the power plant. Gas is used as the main fuel in this plant. After being put into service in 2018, this CHP plant is expected to produce 4,300 GWh of electricity yearly.

The Osijek TE-TO CHP Power Plant’s main purpose is to produce electricity, but it also uses the steam it produces to heat houses and supply hot water for both domestic and commercial purposes. Compared to traditional thermal power plants, this CHP facility is anticipated to drastically reduce atmospheric emissions of carbon dioxide, sulfur dioxide, and other pollutants. Furthermore, compared to traditional electricity-only plants, it produces power 40% more efficiently.

Powerplant Ozalj Hydroelectric Power Plant Croatia Croatia Reviews

The 5.5 MW Ozalj Hydroelectric Power Plant, which generates an estimated 22.58 MW of power, is situated in Croatia. The location of the structure is 45.6143 latitude and 15.4778 longitude. It was put into service in January of 2021. It effectively addresses Croatia’s energy issues because it is mostly powered by hydroelectric sources and feeds into the main grid.

One of the first hydropower facilities in the area, the Ozalj Power Plant uses cutting-edge technology and creative methods to provide electricity that is clean, dependable, and reasonably priced. Ozalj is outfitted with an advanced technical system that facilitates the effective operation and management of the power plant. This upgraded technology makes sure the plant’s hydropower production capabilities are optimized while also lessening its environmental impact. The power plant also makes use of cutting-edge turbine technology, which makes it possible to generate electricity more effectively and consistently.

The Ozalj Power Plant is currently making a major contribution to Croatia’s energy grid and has made it possible for the local residents to continuously access clean, affordable, and dependable energy. The Ozalj Power Plant is proving to be a significant component of the growth of renewable energy sources in the area thanks to its advantageous location and effective operation.

Powerplant Peruca Hydroelectric Power Plant Croatia Reviews

With a capacity of 60, the Peruca Hydroelectric Power facility is a hydroelectric power facility located in Croatia. The coordinates of this power plant are 16.5968 degrees east longitude and 43.7951 degrees north latitude. Hydroelectricity is this power plant’s main fuel source. The Peruca Hydroelectric Power Plant is one of Croatia’s most dependable and efficient power plants. It began operations in 232.37 and is anticipated to produce enough electricity to power over 50,000 houses. It produces electricity by using natural resources like water from nearby rivers and streams, giving the neighborhood access to dependable, clean energy. By using hydroelectricity, a renewable energy source, the facility lessens its impact on the environment and its reliance on fossil fuels. Furthermore, the plant contributes to the improvement of nearby ecosystem health and water quality, as well as lowering air pollution levels.

Powerplant Plomin Thermal Power Plant Croatia Reviews

Situated in Croatia, the Plomin Thermal Power Plant is a 330MW coal-fired power plant. It is located just north of the European peninsula at latitude 45.137 and longitude 14.164. Coal serves as the plant’s main fuel source. The plant went online in 2015 after years of development that began in 2011. An estimated 912 GWh of electricity will be produced annually by the plant.

In addition to being a significant industrial hub, Plomin Thermal Power Plant will support the region’s environmental sustainability. It can supply Croatia and the neighboring nations with clean, dependable energy, with a maximum capacity of 330 MW. Since this is a thermal power plant, adding Advanced Ultra Supercritical technology could boost its efficiency even more. Additionally, this technique lowers emissions and enhances the plant’s overall efficiency.

FAQ

Q. What is the most important power plant in Croatia?

A. The most significant power plant in Croatia is the Plomin C lignite-fired thermal power plant. The largest power plant in the nation, this one in Istria can produce 1,320 megawatts of electricity in total. Hrvatska Elektroprivreda is in charge of running it (HEP).

Q. What type of power plants are in Croatia?

A. In Croatia, hydroelectric or lignite power plants make up the majority of the electricity infrastructure. Many also run on alternative energy sources, which include biofuels, some renewable energy sources like solar and wind, and natural gas and other fossil fuels.

Q. What is the largest hydroelectric power plant in Croatia?

A. The biggest hydroelectric power facility in Croatia is called Kotla. It is situated on the Krka River and has a 283 megawatt installed capacity. Hrvatska Elektroprivreda, the state-owned electricity company in Croatia, is the owner and operator of it.

Q. What sources of energy are used to generate power in Croatia?

A. In Croatia, the main energy sources utilized for power generation include lignite, natural gas, hydroelectric power, renewable energy sources like solar and wind power, and a few additional fossil fuel sources. Furthermore, biofuel is growing in popularity throughout the nation.

Q. Where is the Plomin C lignite-fired power plant located?

A. Istria, Croatia is home to the Plomin C lignite-fired thermal power plant. With a 1,320 megawatt overall electricity generation capacity, it is the greatest in the nation. Hrvatska Elektroprivreda is in charge of running it (HEP).

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