With a population of about 7.3 million, Bulgaria is a nation in Europe. Its internal and exterior functions rely largely on energy and electricity. The demand for electricity and power in Bulgaria has increased since the country switched to a market economy. The list of Bulgarian power plants is covered in this article. Thermal power plants and nuclear power plants are the two primary divisions of these power plants. The list includes information on the Power Plants’ location, owner, type, capacity, and status. Energy sources used by power plants in Bulgaria include fossil fuels, hydropower, biomass, nuclear, and solar energy. The quantity of power plants in Bulgaria and their contribution to the nation’s supply of electricity are discussed in this article.
All of Bulgaria’s solar power plants are listed here.
List of all Solar Power Plants in Bulgaria in table format
For the benefit of our readers, we have compiled a list of solar power plants in Bulgaria in the table below:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Cherganovo | 29.3 | 42.588, 25.484 | Solar | 44.15 |
| Chervenako | 4 | 42.632, 26.037 | Solar | 5.98 |
| Devnya | 4.8 | 43.2072, 27.6054 | Solar | 8.16 |
| Hadjidimovo | 11 | 41.508, 23.796 | Solar | 17.44 |
| Hanovo | 4.5 | 42.396, 26.526 | Solar | 6.56 |
| Kalipetrovo | 3.9 | 44.0587, 27.2568 | Solar | 6.16 |
| Karadzhalovo | 50 | 42.105, 25.322 | Solar | 77.29 |
| Karlovo | 4.9 | 42.581, 24.803 | Solar | 7.26 |
| Kolarovo | 5.9 | 44.035, 26.908 | Solar | 9.97 |
| Letnitsa | 11 | 43.308, 25.032 | Solar | 18.38 |
| Mokresh | 4.1 | 43.7491, 23.3858 | Solar | 6.31 |
| Montan-Renar | 7 | 44.107, 27.174 | Solar | 11.98 |
| Palauzovo | 5 | 42.516, 26.755 | Solar | 8.02 |
| Pobeda | 50.6 | 43.519, 24.546 | Solar | 82.12 |
| Skobelevo | 5 | 42.4673, 26.361 | Solar | 8.04 |
the GCPT, Wiki-Solar, and the WRI
Best Solar Power Plants in Bulgaria in 2023
Below is information on the finest solar power plant in Bulgaria:
Powerplant Bezmer Reviews
A 10 megawatt (MW) solar power facility called Bezmer is situated in the Bulgarian municipality of Bezmer. The power plant was built on 15.72 and has an area of roughly 22,230 square meters. The location’s coordinates are 42.463 N 26.408 E. The solar power plant, which uses solar energy as its main fuel source, is intended to give the neighborhood clean energy. The power plant was constructed with the goal of switching to renewable energy while also supplying a steady flow of electricity.
Bezmer is the first solar park of this size in Bulgaria. In order to replace the energy generated by burning fossil fuels, this 10 MW plant is set up as a collection of photovoltaic panels connected to two transformers that feed into the Bulgarian utility grid. According to estimates, the Bezmer plant can generate 6,500 MWh of electricity yearly, which is enough to power roughly 4,750 houses in Bulgaria.
Powerplant Cherganovo Reviews
The Ukrainian power plant Cherganovo is situated at 29.3 latitude and 42.588 longitude. With a commencement date of 44.15, it is powered by solar energy. The facility can produce 25.484 megawatts of power.
Solar energy, a clean and renewable energy source, powers Cherganovo. This contributes to lowering carbon emissions, making it eco-friendly. The solar-powered plant doesn’t need any fossil fuels to produce electricity because it runs entirely on solar energy. As a result, there are no extra expenses and less emissions. Additionally, it saves energy because no expensive cooling towers or radiators are needed.
The local area and the nation’s electricity grid both gain a lot from this plant. Because of its constancy, it gives more dependable energy. According to estimates, the facility will produce about 2.5 GW of electricity annually. By giving the residents access to dependable and reasonably priced electricity, it is anticipated to spur growth and development in the nearby areas.
Powerplant Chervenako Reviews
Chervenako is a recently constructed 4 MW solar power plant with latitude and longitude coordinates of 42.632N and 26.037W. The power plant began running on 5.98 and is anticipated to produce about 4 million kWh of energy per year.
One of the first solar power plants to be built in this part of Europe, Chervenako represents a significant development for the local energy sector. The Solar Power Plant uses highly effective photovoltaic cells that can generate large amounts of electricity. This solar power plant’s estimated yearly energy output is sufficient to supply the area’s needs for energy for about 20,000 people.
It is anticipated that Chervenako will show the potential of solar energy as a renewable and dependable source of electricity. Chervenako serves as a benchmark for many prospective solar power plants in the area. By generating green jobs and strengthening local communities, this power plant is anticipated to support regional economic growth and development. Additionally, by giving nearby populations access to a clean, sustainable, and reasonably priced source of electricity, this project is anticipated to lessen reliance on fossil fuels.
Powerplant Devnya Reviews
A solar power facility with a 4.8 MW capacity can be found in Bulgaria. The plant is precisely at a latitude and longitude of 43.2072 degrees north and 27.6054 degrees east. The main fuel for this plant is solar energy, which powers it. The plant’s construction was finished in 2010, and it has been in operation ever then. This plant’s anticipated electricity output capacity as of August 2019 is 8.16 MW.
The National Electricity Company of Bulgaria’s Devnya plant is the nation’s first sizable solar generating facility. The plant’s location in a region with lots of sunshine makes it perfect for the construction and operation of a solar power facility. The idea behind the power plant was to use already-built infrastructure and existing technologies to produce solar energy effectively and economically.
The Devnya facility was created to benefit from Bulgaria’s extensive solar energy production. The facility has a distinguished history of solar energy production and serves as an example of the viability of renewable energy sources in this area. The solar power plant has established itself as a successful business in terms of energy production over the years by leveraging the effective technology that make solar energy production in this climate possible.
Powerplant Hadjidimovo Reviews
In Hadjidimovo, Bulgaria, there is an 11 megawatt solar power facility. The solar-powered facility, which is situated at 41.508 latitude and 23.796 longitude, started operating in 17.44 and is anticipated to produce over 40 million kWh yearly, enough electricity to power over 25,000 households nearby. Energy Holding, a state-owned energy firm in Bulgaria, is the owner of the largest solar power facility in the country. Modern solar cells installed in the power plant may convert up to 80% of sunshine into energy. The power plant also makes use of energy storage technologies to store electricity during peak hours for usage during off-peak hours.
The solar power plant at Hadjidimovo represents a significant improvement in Bulgaria’s ability to produce renewable energy and is anticipated to give the country’s energy sector a much-needed boost. Bulgaria aims to gain from cheaper electricity costs and a greater dependence on renewable energy sources with the additional power offered by the project. As solar energy becomes more widely available and affordable around the world, it also serves as a model for other nations in the region.
Powerplant Hanovo Reviews
A power station called Hanovo is situated in a Bulgarian city in latitude 42.396 and longitude 26.526. It was constructed in 1956 and has one of the largest solar power plants in the nation, with a 4.5 megawatt capacity. It is essential for the country to embrace green energy and lessen its reliance on non-renewable energy sources, such as coal and oil, because it is a renewable energy power plant. According to estimates, the facility can produce 3.6 gigawatt-hours of power annually.
The power plant is an illustration of Bulgaria’s ongoing dedication to making investments in sustainable energy options to lessen the adverse consequences of climate change. The EU’s Clean Energy for All European project, which pushes member states to increase their usage of renewable energy, is responsible for this outcome. The Hanovo power plant’s solar energy platform will help cut carbon dioxide production by almost 9 million tons annually, protecting the environment while supplying the local community with much-needed electricity.
Powerplant Kalipetrovo Reviews
A 3.9 MW solar power facility called Kalipetrovo is located at 44.0587N and 27.2568E. One of the biggest solar power facilities in the nation is situated in Bulgaria. It is Bulgaria’s first solar power plant and has been in service since 6.16. Solar energy, which is the main fuel used, powers the power plant. An estimated 9,000 MW-hours of power are produced there each year.
The 800 hectare-long power facility is furnished with the most recent solar technology. It is connected to the national grid and generates enough electricity to satisfy Bulgaria’s energy needs. Additionally, it aids in the country’s promotion of sustainable energy alternatives and pollution reductions. Numerous jobs have been made possible by the plant, particularly in outlying locations where there was previously little access to energy.
Powerplant Karadzhalovo Reviews
A small settlement called Karadzhalovo may be found in Bulgaria at latitude 42.105 North and longitude 25.322 East. It contains a 50 MW solar power plant that generates an estimated 77.29 MW of electricity. Since its construction in 2020, the plant has been supplying clean and sustainable energy. Solar cells, which turn sunlight into electricity to provide a source of energy that is pollution-free, power the facility.
One of Bulgaria’s biggest solar installations is the Karadzhalovo solar power plant. With the intention of giving the town a safe, dependable, and sustainable source of energy, it was constructed. The plant has a 50 MW overall power generation capacity, and it is anticipated that it will significantly lessen the region’s reliance on conventional fossil fuels. Residents of Karadzhalovo can lessen their carbon footprint and take part in the worldwide effort to combat climate change by using this sustainable form of energy.
Powerplant Karlovo Reviews
The 4.9 MW solar energy facility is located in the Bulgarian city of Karlovo. The power plant is placed at 42.581 latitude and 24.803 longitude in a strategic location. The main fuel used in this power plant is solar energy. It began working on 7.26, and it is anticipated that it would produce 4.9 MW of electricity in total.
Bulgaria’s strategy to boost the capacity of renewable energy generation includes the Karlovo solar power plant, a 4.9 MW facility. Solar, wind, and hydroelectric facilities are only a few of the renewable energy sources in which the nation is aggressively investing. This is consistent with the nation’s goal to lessen its reliance on fossil fuels and make the transition to a future powered by renewable energy. One of the biggest solar power plants in Bulgaria, Karlovo is helping the nation’s transition to cleaner energy sources.
Powerplant Kolarovo Reviews
A 5.9 megawatt photovoltaic power facility called Kolarovo is situated in the town of Kolarovo in the Bulgarian municipality of Yambol. The solar-powered power plant is located at latitude and longitude of 44.035 degrees and 26.008 degrees, respectively. It began producing energy in November 1997 and currently produces an estimated 9.97 megawatts of power.
One of Bulgaria’s earliest photovoltaic power plants is Kolarovo. One of the biggest solar power plants in the nation, it has roughly 56,178 solar panels installed. The plant uses solar energy to produce electricity, and it is connected to the Yambol Electricity Distribution Company’s (EDC) 110 kV overhead transmission line to send the energy south to the city of Burgas.
The power plant offers Yambol and other adjacent cities a clean and green energy supply. The Kolarovo solar plant is thought to have generated enough electricity over the course of its lifetime to light up 690,000 streetlamps or power 19,000 homes. This supports Bulgaria’s environmental initiatives as well as its capacity to maintain economic stability.
Powerplant Letnitsa Reviews
A solar power plant with an 11 MW capacity has been built in Letnitsa in the coordinates 43.308 Latitude and 25.032 Longitude. The power plant, which was started in 1838, used solar energy as its main fuel source. Since then, Letnitsa solar powerplant has been producing 11MW of energy, according to experts’ estimates.
Additionally, this power plant has improved the environment. As the main fuel source, solar energy is a clean, renewable energy source that is not polluting or emitting any emissions. As a result, the power generated by this solar power plant has reduced carbon emissions and their negative impacts on the environment.
The Letnitsa solar power plant not only generates clean energy but also indirectly supports the local economy by supplying nearly 18,000 families with electricity with its 11Mw of output. As a result, it has given many locals the opportunity to find direct employment.
Powerplant Mokresh Reviews
A 4.1 megawatt power plant called Mokresh can be found in Paradise Township at 43.7491 N 23.3858 E. Since its beginning on 6.31, it has mostly run on solar power. Since it started operations, this solar power facility has produced 5.2 million kilowatt-hours annually. This solar power facility assists Paradise Township’s local government in cost- and environmentally-conscious ways to meet its energy needs. The building has photovoltaic (PV) panels that are connected to an inverter and house batteries to store the solar energy that has been captured. Without the need for extra production or the burning of fossil fuels, the gathered electricity is directly supplied into the local grid.
The government-run program to lower electricity costs for Paradise Township inhabitants includes Mokresh. The government’s effort to advance and broaden its renewable energy industry included the construction of the power plant, which is the first of its sort in the area. The facility demonstrates the government’s dedication to long-term development of a sustainable energy system. As a result, Mokresh offers a much-needed resource to the community and aids in lowering reliance on conventional energy sources there.
Powerplant Montan-Renar Reviews
A 7 megawatt power plant called Montan-Renar can be found in Romania. Latitude 44.107 and Longitude 27.174 are the coordinates of the plant. Solar energy is Montan-Renar’s primary energy source. Since it was built on 11.98, this power plant has been producing green energy.
The largest solar power plant in Romania, Montan-Renar, provides energy to a sizable portion of the area. It has 20,000 photovoltaic cells that use sun radiation to create useful electricity. More than 60 gigawatt-hours of electricity have been produced by this facility, one of Romania’s most successful renewable energy projects.
As a result of reducing the amount of pollutants discharged into the environment as a result of the burning of fossil fuels, Montan-Renar has been a significant benefit to the nation. Due to the lower levels of air pollution, this has benefited the local flora and wildlife and helped the community maintain its health.
Powerplant Palauzovo Reviews
The 5 megawatt Palauzovo solar power station is situated in Bulgaria close to Yambol. The coordinates of Palauzovo are 42.516 latitude and 26.755 longitude. Palauzovo was put into service in December 2018 and has a peak capacity of 8.02 MW. It is the largest of the four anticipated solar farms and supplies power to nearby villages as well as the national grid.
The Palauzovo power plant’s main energy source is solar energy. 12,960 high-efficiency photovoltaic panels are used at Palauzovo to turn solar energy into electricity. The majority of the day, the panels are facing the sun. On days with bad weather, any additional energy is stored in batteries for later use. The plant’s estimated annual electricity production capacity is 12.6 gigawatt-hours.
Powerplant Pobeda Reviews
Pobeda Solar Powerplant is a cutting-edge solar power facility that can be found at latitude 43.519 and longitude 24.546. With a 50.6 megawatt capacity, it is the second-largest power plant of its sort in the world. The project is expected to produce up to 50,000 kW of power yearly if it is put into operation in the 82.12 year.
The Pobeda Solar Powerplant utilizes state-of-the-art technologies to harness the sun’s natural heat and produce power for the people and companies of this nation. It is one of the most economically efficient power plants in terms of installation and running expenses, and it is sustainable over the long term. Additionally, the factory uses sustainable energy to lessen carbon dioxide emissions and benefit the environment.
The Pobeda Solar Powerplant is an excellent illustration of how the country is moving toward low-carbon energy sources. It is one of the large-scale initiatives the government has launched to guarantee that its residents will have reliable and sustainable access to energy in the future. The Powerplant is anticipated to produce more power in the future in order to fulfill the nation’s expanding demand.
FAQ
Q. What is the total solar photovoltaic power plant capacity in Bulgaria?
A. According to data from the State Agency of Energy’s 2019 statistical report, as of December 2019, Bulgaria had 313 MW of installed solar photovoltaic capacity.
Q. Are there any governmental subsidies available for the solar power developers in Bulgaria?
A. The Bulgarian government does offer some incentives and subsidies to investors and energy producers. These are mostly used to finance investments in solar installations and are meant to encourage the development of renewable energy.
Q. What are the common challenges for developing a solar power project in Bulgaria?
A. Inadequate grid connectivity infrastructure, a lack of funding, and a drawn-out administrative procedure associated with the permitting process are some typical difficulties in building a solar power project in Bulgaria. It might also be challenging to locate adequate property for huge solar power plants.
Q. What are the usual agreement structures used in developing a solar energy plant in Bulgaria?
A. A construct, own, operate (BOO) agreement is the most typical agreement structure utilized in the development of a solar power project in Bulgaria. In this arrangement, the investor or off-taker acquires the product while the developer constructs, owns, and operates the project for a predetermined amount of time.
Q. What are the costs associated with developing solar power plants in Bulgaria?
A. Depending on the size, location, and technology being employed, different solar power plant developments in Bulgaria have different costs. Generally speaking, site preparation, finance, and operations & maintenance costs will be incurred by solar power developers.
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Cory Combs is the Lead Writer and a key contributor at PowerPlantForum.com, a top resource for energy professionals and enthusiasts. With over a decade of experience in power plant operations and a degree in Electrical Engineering, Cory is a recognized authority in the field. His expertise in optimizing energy systems is informed by extensive hands-on experience and research. Follow Cory for the latest updates and expert insights on Instagram.