Top Best Power Plants in Bulgaria for 2024

All of the Bulgarian power plants are covered in detail in this article. It gives a summary of the location, owners, type, capacity, and other crucial details of each plant. Situated at the meeting point of Europe and Asia, Bulgaria is home to a large number of power plants that contribute to the region’s rapidly expanding energy sector. The purpose of this page is to give readers a current overview of the nation’s energy resources. It will also give a general summary of the nation’s renewable energy options and a comparative analysis of various energy sources. It also provides a detailed list of all Bulgarian power plants and pertinent information about them. Lastly, it will go over several national power production patterns that are currently occurring. For anyone with an interest in Bulgaria’s electricity industry, the information in this page is a valuable resource.

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

List of all Power Plants in Bulgaria in table format

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

Information Sources: WRI, GCPT, Wiki-Solar

 

Best Power Plants in Bulgaria in 2023

Below is information on Bulgaria’s top power plant:

Powerplant AES Galabovo Reviews

AES Galabovo is a power plant close to the Bulgarian town of Galabovo. It was put into service in 2010 and has an installed capacity of 670 MW. Coal is its main fuel and produces more than 4,000 GWh of power a year. The location of the power plant is 42.1573 latitude, 25.9084 longitude. It is Bulgaria’s biggest coal-fired power station.

With its cutting-edge technologies, AES Galabovo has established the standard for electricity generation in Bulgaria. It is outfitted with a pair of supercritical coal-fired boilers, the higher of which has a thermal efficiency of 87.6% and 91.6 %. The plants run on one of the most affordable and readily available fuels in Bulgaria, giving the grid a consistent and dependable supply of electricity.

The AES Galabovo power station was thoughtfully planned and constructed to have as little of an environmental impact as possible. It adheres to the strictest environmental protection regulations; for example, it has dust-transport systems and a selective catalytic reduction system installed to lessen air pollution. To further safeguard the environment, a secure ash handling system has also been put in place.

Powerplant Bezmer Reviews

The 10 MW solar power plant Bezmer is situated at latitude 42.463 and longitude 26.408. It was founded in July 2017 and is anticipated to generate 15.72 MW of power.

The first large-scale solar plant in Bulgaria is called Bezmer. 31,680 photovoltaic modules are used to collect solar energy, which serves as the main fuel source. They generate direct current electricity from solar energy and are dispersed over a 27.8 hectare area. Two transformer stations and two string inverters are also part of the powerplant.

ContourGlobal Maritza East 3 Limited, the facility’s operator, owns Bezmer and includes it in their portfolio of global energy assets. The power plant is thought to be able to provide enough electricity to power more than 6,500 households. Direct feed of the produced electricity into the national grid occurs.

Powerplant Bobov Dol power station Reviews

The 630 megawatt (MW) coal-fired Bobov Dol Power Station in Bulgaria can produce an estimated 4,592 gigawatt hours of electricity annually. The facility was put into service in June 2002 and is situated at latitude 42.2855 and longitude 23.0342. Coal is the main fuel utilized in the facility, which is owned and run by Energo-Invest.

The four coal-fired units that make up the 200 hectare Bobov Dol Power Station each have an installed capacity of 150 MW. Locally produced coal from the Bobov Corp Mines is used in Bobov Dol. The units have two flue-gas desulfurization (FGD) systems and a 15-meter-tall ash tower, which help lower the power plant’s emissions of dust and sulfur dioxide. In order to lessen the power plant’s environmental effect, additional environmental measures have been put in place, such as a moist ash handling system and an upgraded combustion system.

Powerplant Brikel power station Reviews

The coal-fired Brikel Power Station is situated at 42.1551 north latitude and 25.9072 east longitude. With a 240 MW generating capacity, it is the biggest power plant of its sort in the nation. The station became one of the nation’s first coal-fired power stations when it was put into service in August 2009. Due to its location in a rural and undeveloped portion of the nation, the Brikel Power Station has been supplying energy to a region that would not otherwise have access to it, all the while reducing the nation’s reliance on imported fuel by making use of the available coal resources.

In reality, coal and natural gas are the two primary fuels used by the power plant. Because it provides the majority of the energy produced by the power plant, coal is regarded as the principal fuel source. As a result, careful procedures are set up for the extraction, processing, transportation, and storing of coal from the supplier to the power plant. To guarantee maximum efficiency, qualified staff members also conduct ongoing fuel monitoring. The station generates roughly 3,250 GWh of electricity annually.

Powerplant Cherganovo Reviews

The solar power facility Cherganovo is situated at latitude 42.588 and longitude 25.484. It was begun in 44.15 and has an installed capacity of 29.3. Solar energy, which is free, renewable, and environmentally benign, is the main energy source used by this power plant. It is organized and efficient.

Cherganovo is a solar power facility that produces clean energy without undue environmental impact. This reduces air pollution that could be brought on by burning fossil fuels like coal, gas, and oil while also assisting in the preservation of the local and global ecology. When compared to other power plants in the area, the plant’s predicted electricity generation is likewise rather high.

The large expanse is covered in solar panels that are used to harvest solar energy. This enables the power plant to be seen even from afar. Furthermore, Cherganovo has established itself as a model for other regional powers in terms of environmental friendliness and efficiency because to its consistent output.

Powerplant Chervenako Reviews

Chervenako is a compact yet powerful power station in Bulgaria that can produce up to 4 MW of electricity. Latitude 42 is where it is situated. 632 and longitude 26.037, which puts it in an ideal position to benefit from Bulgaria’s abundant sun radiation. With solar energy serving as the primary fuel and the plant’s start date of 5.98, it may produce clean, renewable electricity without the need of fossil fuels or other pollution.

A vital component of Bulgaria’s efforts to reduce its carbon footprint and use renewable energy is Chervenako. It makes a substantial contribution to the country’s goal of 40% renewable energy by 2030. Chervenako’s 4 MW capacity is sufficient to power thousands of homes and businesses, giving many communities in Bulgaria access to a clean and dependable energy source.

Powerplant Deven power station Reviews

Bulgaria’s Deven Power Station is a coal-fired power plant with a capacity of 174 megawatts (MW). At 43.1964 degrees latitude and 27.6327 degrees longitude, it is close to the village of Deven. Since the facility opened for business in 1989, coal has been its main fuel. The plant is predicted to produce about 1000 gigawatt hours (GWh) of electricity annually.

An example of an efficient electricity producing facility is the Deven power plant. Best-in-class technology used in the facility contribute to its dependable and effective operation. Modern turbines, generators, and boilers inside the plant are made to generate more power at a cheaper cost and with less emissions. Modern pollution control technology is being used by the facility to lessen its negative environmental effects.

An illustration of how effective coal-fired power stations can be in terms of energy output and environmental impact is the Deven power station. The plant plays a significant role in Bulgaria’s electrical system, and its effective operations contribute to the nation’s citizens’ access to a steady and secure supply of electricity.

Powerplant Devnya Reviews

Constructed in 2018, Devnya 4.8 is a 4.8 megawatt solar power plant situated in the Bulgarian city of Devnya. It is the largest solar power plant in Bulgaria to date and can be found in latitude 43.2072 and longitude 27.6054. Over 12,000 560 watt solar panels covering 11 hectares of land power the plant. Production started on 8.16, and it is projected to produce 7.51 gigawatt-hours of electricity year, which is nearly enough to power nine thousand houses.

The first significant solar investment in Bulgaria is the Devnya 4.8 solar power plant, and there will likely be many more in the future. Its clean energy technology, low environmental impact, and economic potential have all received high appreciation. Furthermore, it has significantly enhanced Bulgaria’s energy security by enabling the country to increase its energy production self-sufficiency.

Powerplant Hadjidimovo Reviews

The location of Hadjidimovo power plant in Bulgaria is 41.508 latitude and 23.796 longitude, respectively. It uses solar energy as its primary fuel and has an 11 MW capacity. This power plant’s projected power generation was 17.44 when it was established. The Hadjidimovo solar power plant, which has been supplying the entire region with electricity for decades, is among the most efficient in the world.

Constructed in the perfect spot, the power plant makes the most of its resources and doesn’t harm the environment. Utilizing solar energy, the power plant generates large amounts of electricity with minimal resource consumption. The electricity generated supplies the energy required to run the equipment and infrastructure as well as powering the entire area.

The power station in Hadjidimovo is a prime illustration of sustainable energy generation. It has shown to be the most dependable way to keep the region’s energy needs met. It has supported the region for over thirty years, with an estimated power generation of 17.44 MW.

Powerplant Hanovo Reviews

In the center of Kosovo is the isolated rural village of Hanovo. There is a 4.5 megawatt power plant there that is primarily run by solar energy. The location of the power plant is 42.396 latitude and 26.526 longitude. Since it started operating on 6.56, the power plant is expected to generate enough energy to light up every home in the neighborhood and the surrounding areas. It is anticipated that business activity will rise dramatically with the addition of this new electrical source.

The 4.5 megawatt power plant is credited with providing the locals with a plethora of new business options. Locals can now use power outlets in the villages, giving them access to appliances like air conditioning, refrigeration, lighting, and cooling. In addition, the local population now has easier access to technical breakthroughs like the internet and basic communication devices, giving them a portal to resources and information.

Every day, the 4.5 megawatt solar power facility in Hanovo improves lives and represents a significant breakthrough. Locals anticipate that the power plant will eventually power commercial and industrial enterprises in the region, enhancing Hanovo’s and the Kosovo government’s possibilities for economic growth and development.

Powerplant IVAILOVGRAD Reviews

Southeast Bulgaria’s Ivailovgrad is a town beside the Arda River. It is the administrative hub of the Vorut district and the municipality center of the Ivailovgrad Municipality. The town is well-known for its 114 MW hydroelectric power station, but it also boasts an attractive lake with a variety of fauna.

The establishment of the plant in 1981 has the local municipality’s electrical needs in mind. Geographically speaking, its coordinates are latitudinal 41.5839 and longitudinal 26.1075. The power plant’s main fuel source is hydroelectricity, and when it operates at full capacity, it can produce an estimated 227.91 MW of energy.

The hydroelectric plant in the town of Ivailovgrad supports the community by supplying dependable, clean energy to the neighboring areas. Since its establishment, the hydroelectric power plant has played a significant role in the community by giving the municipality a reliable supply of electricity that enables homes, companies, and industries to run as usual.

Powerplant KARDZHALI Reviews

The hydroelectric Kardzhali Power Plant is situated near Kardzhali, Bulgaria. The power plant spans an area of roughly 41.6334 degrees latitude and 25.3381 degrees longitude, with an installed capacity of 110 MW. Hydroelectric power is the main energy source for the power plant. The power plant’s construction started in 2015, and operations are expected to be completed in 2018. After construction is finished, the power plant should produce 190.88 GWh of electricity yearly.

The largest hydroelectric power station in Bulgaria, the Kardzhali power plant is a well-known illustration of Bulgaria’s commitment to renewable energy. The power plant can provide enough electricity to power approximately 120,000 houses in the area with its 110 MW capacity. The hydropower project benefits both the region and the country because it is situated in an area with some of the most picturesque and unspoiled scenery in the whole country.

Powerplant KOZLODUY Reviews

With an installed capacity of 2000 MW, the Kozloduy nuclear power station (Kozloduy NPP) is the largest power plant in the nation. It is situated in Bulgaria at coordinates 43.7438 N 23.7723 E. It is one of the two nuclear power stations now in operation; the other is the 600 MW Belene plant. Starting in 1974, the Kozloduy NPP service produced 8.75 TWh year till 2000. With a production share of around 30%, the Kozloduy NPP is Bulgaria’s largest generator of energy, running on primary nuclear fuel.

Significantly contributing to the nation’s energy balance is Kozloduy NPP. The Bulgarian government chose to keep running the two units of the power plant that were supposed to be shut down in 2006 because of their dependability. As a benefit to the environment, the annual carbon dioxide emissions were reduced from 6.857 million tons to 1.961 million tons by switching from coal plants to nuclear power plants.

Powerplant Kalipetrovo Reviews

Kalipetrovo is a 3.9 MW solar power facility in Bulgaria, situated at longitude 27.2568 and latitude 44.0587, which was updated in 2014. With PV solar energy serving as the main fuel, it is owned and run by RMG Holding, a well-known renewable energy source in Bulgaria. Its predicted power generation is 6.16 MW, while its intended capacity is 3.9 MW. With the most recent technology, Kalipetrovo’s power plant can generate the most power possible due to its high level of efficiency. Additionally, the pollution produced by conventional energy sources is decreased by using renewable energy. Due to the rising cost-effectiveness of energy produced from renewable sources like solar energy, this promotes economic growth in Bulgaria.

Powerplant Karadzhalovo Reviews

The Bulgarian village of Karadzhalovo is a small rural settlement close to Plovdiv. Situated at 42.105 N and 25.322 E, Karadzhalovo is delighted to be the location of a recently built solar power plant, which was finished in August 2020. The Karadzhalovo Power Plant, with a 50MW energy capacity, increases the region’s ability to rely more heavily on renewable energy sources.

The new power plant’s main fuel source is solar energy, with a maximum storage capacity of 77.29 megawatts. The people of Karadzhalovo now have access to more affordable and environmentally friendly energy options thanks to this new solar power facility. Karadzhalovo may now look forward to a greener, more dependable energy future thanks to cutting-edge technology and advancements in solar energy research.

FAQ

Q. What types of energy are generated in Bulgaria?

A. In Bulgaria, the most widely used energy sources are solar, nuclear, and coal. Bulgaria’s energy portfolio is dominated by coal-fired power stations, accounting for an estimated 34.6% of the nation’s electricity. An additional 24.4% of Bulgaria’s electricity comes from nuclear sources, the majority of which are produced by the Kozloduy Nuclear Power Plant in Varna. Growing in popularity, 10.3% of Bulgaria’s electricity is produced from solar energy.

Q. Where are the majority of Bulgaria’s power plants located?

A. The regions of Varna and Rousse comprise the bulk of Bulgaria’s power plants, which are situated in the country’s north and northwest. The two biggest power plants, AES Maritsa Iztok and Kozloduy NPP, are situated in these two areas. The other major power plants in the nation are spread out from the Danube to the Black Sea in the northern part of the nation.

Q. How much electricity is generated in Bulgaria?

A. With 40.3 TWh of power produced in total in 2018, Bulgaria ranks in the lowest third of all European nations in terms of electricity output. The primary sources of this total were nuclear (24.4%), renewable sources (36%), and coal (34.6%).

Q. Does Bulgaria export electricity?

A. Indeed, Bulgaria exports power to its neighbors, notably Greece, Romania, and Turkey. Bulgaria exported 11.6 TWh of power in 2018. This is less than in past years, most likely because there is less power available for export as a result of the decline in coal-fired power generation.

Q. What is the environmental impact of power plants in Bulgaria?

A. The generation process has a major influence on how Bulgarian power plants affect the environment. Compared to renewable energy sources like solar and wind, the environmental effect of coal and nuclear power plants is far greater. Environmental debate has focused mostly on the Kozloduy Nuclear Power Plant. Water contamination and other environmental issues are frequently brought on by the plant’s antiquated cooling system. Moreover, the combustion of coal for electricity production results in significant emissions of carbon dioxide into the atmosphere, causing cities to frequently above the permitted limits for air pollution set by the World Health Organization.

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