Top Best Power Plants in Greece for 2024

Greece has a lengthy history of producing electricity. Greece’s entire electricity generating capacity is projected to be 17,873 MW, with about 70% coming from renewable sources. An exhaustive list of all Greek power plants may be found in this article. Power plants from all industries are included in the list, including hydropower, geothermal, wind, combined-cycle, solar, and biogas facilities. Details including location, kind, original units, cluster definition, and operator/owner are included in the data provided. This list offers a comprehensive overview of the different energy sources utilized in the nation, which can aid in understanding Greece’s energy environment. This article also sheds light on the nation’s commitment to a robust, sustainable, and greener energy future.

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

List of all Power Plants in Greece in table format

We have compiled a list of all Greek power plants in the table below for the convenience of our readers:

Information Source: GCPT, Wiki-Solar, WRI, and GEODB

Best Power Plants in Greece in 2023

Below is information on the top power plant in Greece:

Powerplant Aerino Reviews

The location of 5.5 Capacity Powerplant is in the nation of Aerino. The coordinates of the plant are 22.767 longitude and 39.339 latitude. The plant was started on 10 and uses solar energy as its primary fuel. This Power Plant has the capacity to produce enough energy to supply the surrounding area.

This power plant in Aerino is ideally situated to provide the necessary electricity for both commercial and residential customers, even though it may reach widely separated regions. It primarily employs solar energy as its main fuel to guarantee that the power generated has the least possible negative environmental impact. Its 5.5 capacity allows it to give its benefactors a consistent and dependable power supply.

The power plant is expected to generate 10 MW of power. The facility can be customized to match the specific needs of each customer and can react swiftly to changes in demand. It also offers a dependable and reasonably priced substitute for other energy sources. Over time, the Powerplant helps Aerino by supplying dependable energy and assisting the country in lowering its energy use.

Powerplant Agios Dimitrios power station Reviews

Located in Northern Greece, close to 40.3941 Latitude and 21.9256 Longitude, lies the Agios Dimitrios Power Station. The 1595 megawatt (MW) coal-fired plant was put into service in August 2020. It was designed and constructed to supply energy to businesses, homes, and western Macedonia’s resort areas. This is one of the biggest coal-fired power plants in Greece, and over the next ten years, it is expected to produce about 5 billion kilowatt-hours of electricity annually.

Coal is the main fuel used in the 16 Agios Dimitrios power plant. Other secondary energy sources include natural gas, fuel oil, and diesel. The plant features scrubbers and boilers that oxidize emissions before releasing them into the atmosphere in an effort to lessen pollution. Additionally, there is a combined heat and power (CHP) plant on the property that recycles the steam created when coal is burned and utilizes it to make electricity again. This lowers pollution and waste by enabling the power plant to produce electricity more efficiently.

Powerplant Agios Georgiou Reviews

In Piraeus, Greece, there is a power plant called Agios Georgiou. With an installed production capacity of 360MW and primary gas fuel supply, it started operations in July 2020. The determined location of this plant is 23.6104 latitude and 37.9539 longitude.

The plant has 360MW of electricity produced by natural gas-fueled turbines, boilers, and generators as part of a varied electricity mix that sufficiently supplies the neighborhood. The facility has a total installed capacity of 360 MW, made up of one 27 MW turbine and four generators, each coupled to a 90 MW turbine. The plant can function well while upholding environmental safety regulations thanks to a cogeneration technology that generates and uses steam and electricity from the same fuel source.

The Agios Georgiou power plant serves a variety of consumers, including residential, industrial, and commercial clients, as part of the Piraeus area’s electricity production agenda. It plays a crucial role in maintaining the dependability and caliber of electric power in the Piraeus region and supplies electricity to meet the needs of the Greek market.

Powerplant Agrilia Baka Solar Power Plant Reviews

Situated in Agrilia Baka, Greece, at 37 08 39 N 21 63 01 E, is the 4.9 MW Agrilia Baka Solar Power Plant. Around 75 million kilowatt-hours of electricity are anticipated to be produced yearly by the solar power plant, which began running in 9.8. This will be sufficient to supply about 4,500 families with electricity.

Solar energy will be used by the power plant to produce electricity. Its cutting-edge tracking technologies will enable the power plant to modify its panels in accordance with the movement of the sun. By doing this, the power plant will be able to extract as much energy as possible from the available energy source. Furthermore, in times when solar energy is scarce, the power plant will also use alternative energy sources like biomass and wind energy to provide additional power.

An excellent illustration of how renewable energy sources can be used to produce electricity in an economical and sustainable manner is the Agrilia Baka Solar Power Plant. It’s a big step in the direction of sustainable energy in the future.

Powerplant Aitoloakarnania Reviews

Greece’s Aitoloakarnania power plant was established on May 9, 2005, and uses solar energy as its fuel. It is situated at 38.4091 North and 21.3853 East, and it has a power plant capacity of 5. Greece’s adoption of renewable energy sources to lessen their carbon impact is exemplified by this power facility.

Aitoloakarnania is a component of a greater regional initiative to increase energy efficiency and self-sufficiency in power generation. It is less dependent on alternative methods of producing electricity thanks to its solar gathering capabilities, which enable it to harness the sun’s naturally occurring rays to generate power. The power plant’s location in a naturally sunny area also helps it to maximize its output throughout the year and use the sun much more efficiently.

The power plant is the ideal illustration of how electricity may be produced profitably from renewable energy sources. Utilizing the area’s natural resources, Aitoloakarnania is able to drastically cut down on the emissions produced by the production of conventional power. In addition, the power plant helps to upgrade the community’s infrastructure overall and gives the locals a dependable supply of electricity.

Powerplant Alasia Solar Power Plant Reviews

The coordinates of the Alasia Solar Power Plant are Latitude 37.4701, Longitude 23.4181. Starting on 3.14, the 1.5 megawatt power plant began to run. With a capacity of 1.5 megawatts, this power plant is the biggest solar photovoltaic plant of its sort in the Alasia region. It produces clean, dependable, and sustainable electricity. The energy needs of the local companies and residences are satisfied by the power produced.

In order to produce clean energy, the power plant uses solar PV modules to directly convert sunlight into electricity. The solar installation is built to handle a range of weather patterns and provide the most electricity possible throughout the year. The power plant uses solar energy as its main fuel, which makes it a sustainable energy source that will aid in lowering greenhouse gas emissions and protecting the environment.

Powerplant Aliveri Reviews

Aliveri is a gas-fired power plant with a 420 MW generation capacity that is situated at 38.3896 Latitude and 24.0524 Longitude. It was founded in 2019 and has the capacity to generate 3,999 GWh of power. With its cutting-edge technology, this plant ensures maximum energy output while producing less emissions.

Aliveri is one of the most productive plants due to its effective use of capacity and sophisticated automation systems that allow for remote monitoring while lowering the need for human involvement. This plant’s performance is regularly monitored by the creative system in place, and remedial action is taken as needed. Additionally, cutting-edge technology like predictive modeling and artificial intelligence have been used to improve plant operations and reduce the frequency of outages.

By 2021, Aliveri is predicted to generate over 30% of the nation’s entire electricity consumption. Over time, it is anticipated to considerably raise the amount of energy available in the power systems and close the nation’s current energy deficit.

Powerplant Amyntaio power station Reviews

With a 600 MW total generating capacity, the Amyntaio generating Station is situated in Amyntaio, Greece. Latitude 40.6192 degrees North and longitude 21.6832 degrees East are its coordinates. Coal is the main fuel source utilized in the power plant to produce energy. On June 1st, 1968, the power plant began full-scale operation. The power plant is projected to have produced more than 18 billion kWh of electricity since it opened.

Since it provides more than twenty percent of the electricity required in the region, which includes Epirus, Macedonia, and Thrace, the Amyntaio Power Station is essential to the aesthetics of energy in the area. Over the last few decades, the power plant has undergone a number of renovation projects that have improved the efficiency of its electricity generation. The main electricity provider in Greece, Public Power Corporation, currently owns and runs the power plant.

Powerplant Ano Liosia Reviews

Situated in Greece’s Ano Liosia area, the 10MWe Ano Liosia Waste Power Plant is located at 38.0773 latitude and 23.6544 longitude. It was put into service in 2015, and by 2019, it should produce more than 240GWh of power. One of the world’s most sophisticated waste-to-energy facilities is the Ano Liosia facility. It is a significant factor in Athens’ goal to become a green city and minimize the quantity of garbage dumped in landfills since it uses contemporary technology to burn waste into power. Waste is the fuel type that is utilized; over 27,000 tons of waste are processed yearly, with an efficiency rate of up to 85%.

With the help of its sophisticated filtering system, the facility is able to eliminate 99.9% of pollutants before they are released into the atmosphere. Nevertheless, the plant can only generate electricity; heat recovery or energy sales are not possible. Furthermore, the neighborhood is very polluted due to its position in the northern suburbs of Athens, drawing condemnation from both locals and environmentalists.

Powerplant Assomata Reviews

The 108 megawatt Assomata power station is situated in Northern Greece. Geographically, it is located at latitude 40.4738 and longitude 22.2421. It was first constructed in 1921.11, with hydroelectric power serving as its main fuel. For the upcoming few years, Assomata is predicted to produce an average yearly output of about 78 GWh.

Included in the broader Athens Power System, Assomata provides over 88 GWh of electricity to the city of Athens and its environs. Wind turbines, hydroelectric plants, and other renewable energy sources produce this electricity. Since assomata can produce clean, renewable energy at a reasonable price, it is a vital component of the system. Transmission costs are further decreased by the plant’s proximity to the city of Athens.

Assomata not only provides the city with electricity, but it also lessens the carbon imprint of the surrounding area. Because hydroelectricity doesn’t need burning fossil fuels like coal or oil, it emits very little to no carbon dioxide. This is anticipated to be a dependable source of clean energy in the future and has significant environmental benefits.

Powerplant Athens Airport Solar Power Plant Reviews

Situated at coordinates 37.9245 North and 23.9483 East, the Athens Airport Solar Power facility is an 8 MW solar power facility. Since it started operating in 15.95, it has generated enough clean energy to power thousands of houses in the area. The Athens Airport Solar Power Plant, which is close to both an airport and a significant urban area, is an excellent illustration of how renewable energy may be used in a heavily populated location.

The facility, which is one of Greece’s largest solar projects, is turning the airport into a center for sustainable energy. A group of businesses led by the John S. Latsis Public Benefit Foundation, City Energy, Aktor, Consular, and Avandis constructed the power plant. It has 48,480 highly efficient photovoltaic (PV) solar panels, producing about 16 GWh annually. In addition, the solar plant makes use of an advanced camera and sensor monitoring system to provide real-time performance reports based on data gathered during the operation period.

Powerplant Atherinolakkos Reviews

The Atherinolakkos Power Plant was founded in 2020 and is situated in Greece. With 102 MW of capacity, oil is the main fuel used in this power plant. Its coordinates are 26.1397 longitude and 35.0038 latitude. It is anticipated that the power plant will produce 6,847 GWh of electricity annually.

The surrounding area will receive dependable and sustainable energy from the Atherinolakkos powerhouse. In order to guarantee the most effective use of energy and to minimize energy waste, it will make use of effective and efficient methods. Additionally, the facility will make use of cutting-edge technology to guarantee optimal power plant performance.

Powerplant Axiochori Solar Power Plant Reviews

6 MW of solar electricity was installed at the Axiochori Solar electricity Plant, which is located at approximately 40.86 degrees latitude and 22.6719 degrees longitude. Although this plant runs entirely on solar power, it can also use other energy sources in case of a power outage. Since its establishment in 9.99, it has produced an estimated 8.7 MW of power for more than three years.

One of the biggest solar power plants in the region, Axiochori Solar Power Plant offers the community around it a dependable and sustainable source of electricity. The 40-acre power facility has many heliostats and solar panels that are used to gather solar energy and turn it into electrical power. To store and control the energy, it also makes use of a number of additional devices and technologies. This increases the power plant’s efficiency and enables it to supply the region’s energy needs.

Powerplant Chania Reviews

The 134 MW gas-powered Chania plant is situated in Chania, Greece’s Crete. The coordinates of the power plant are 35.488 N and 24.0384 E. It started operating in 2019 and is gas-powered. Chania’s highest electricity capacity is estimated to be 71 MW.

Greece’s national electricity grid receives the power produced in Chania, which helps meet the country’s consumer need for clean, dependable energy. When customer demand increases during peak hours, the gas-powered plant can supply power cost-effectively and consistently. The project is a part of a larger national energy production expansion that is assisting in lowering carbon emissions and boosting energy security.

Additionally, Chania has a direct connection to the National Electric Power Transmission Network, which enables it to supply extra electricity to a number of other regions around the nation. This enables more dependable power supplies for the grid and more effective distribution of electricity. Furthermore, the plant that runs on gas contributes to the national electrical grid’s increased dependability.

Powerplant Chonos Reviews

Chonos is a 4.5 MW wind farm situated at 35.2132 degrees latitude and 26.2265 degrees longitude in the Chonos desert. With a start date of 10.73, Chonos is one of the earliest wind projects in the nation and is projected to produce up to 4.5 MW of pure, renewable electricity. The Powerplant lowers the quantity of hazardous carbon dioxide emissions into the environment by running mostly on wind energy. Because there is no need for fossil fuel and the related fuel expenses, it also drastically lowers the cost of electricity for the locals.

One of the nation’s most productive and affordable renewable energy sources is the Chonos Powerplant. It produces power at a cost-effective rate without releasing any of the dangerous gasses that come from burning fossil fuels. Because of this, it has been successful in giving the local population a dependable source of renewable energy. The technology employed in the Chonos Powerplant is also rather cutting edge when compared to other power plants. The turbines’ high degree of efficiency allows them to capture desert air flow and turn it into power. In order to guarantee that the wind farm generates the most clean energy in the shortest length of time, the turbines are also built to function as efficiently as possible.

FAQ

Q. What are the main power plants in Greece?

A. Greece’s primary power facilities are hydroelectric ones, which account for about 40% of the nation’s overall electricity production. Greece also has natural gas, coal, wind, solar, and geothermal power facilities operating.

Q. What is the largest power plant in Greece?

A. The Agios Dimitrios 2 power plant, which is situated in northern Greece, is the biggest power plant in the country. It is powered by lignite, a kind of coal. This plant has a 736 MW unit capacity.

Q. What is the current electricity capacity mix in Greece?

A. Greece’s present electricity capacity mix is as follows: 40 percent comes from hydroelectric power, 27 percent from natural gas, 24 percent from lignite, 5 percent from solar, wind, and geothermal energy, and 4 percent from other sources.

Q. How much electricity does Greece produce annually?

A. Greece produced a total of 48,140 gigawatt-hours (GWh) of energy in 2019, down 3.6% from the previous year, according to the International Energy Agency. Lignite (35%) and hydroelectric power facilities (44%) produced the majority of the electricity.

Q. What is Greece s goal for renewable energy?

A. Greece wants to generate 34% of its electricity from renewable sources by 2020. Presently, 17% of Greece’s electricity is generated from renewable energy sources. The nation’s advancement of energy technology and the encouragement of research are other priorities for the administration.

I hope the information about all the power plants in Greece that you have read above has been enjoyable. If you have any feedback, please leave it in the comments.