Top Best Wind Power Plants in Greece for 2024

One of the EU’s most industrialized nations, Greece is home to some of the continent’s most effective power plants. As a result, the country has had consistent access to energy for a long time. All of Greece’s power plants are listed here. It describes each facility’s location, dimensions, and style. It also gives information on how each power plant is run and maintained. Businesses and governments can readily decide how to allocate energy resources if they have a thorough awareness of Greece’s complete energy production landscape. This list provides a comprehensive overview of all the power plants that are open for business in Greece and is a vital resource for anyone wishing to invest in or otherwise make use of the nation’s infrastructure.

The list of all Greek wind farms can be found below.

List of all Wind Power Plants in Greece in table format

For the benefit of our readers, we have compiled a list of wind power plants in Greece in the following table:

Data sources include Wiki-Solar, WRI, GEODB, and GCPT.

 

Best Wind Power Plants in Greece in 2023

Below is information about the finest wind power plant in Greece:

Powerplant Chonos Reviews

A 4.5 megawatt wind power facility called Chonos can be found in Portugal with coordinates 35.2132 and 26.2265. It was put into service on 10.73 and has been producing an estimated 4.5 megawatts of power since then. Its main fuel source is wind, making it a dependable source of clean energy that doesn’t emit any harmful pollutants into the atmosphere like carbon dioxide or sulphur dioxide.

In Portugal, initiatives to produce energy sustainably have benefited greatly from Chonos. It has aided in lowering emissions, promoting economic expansion, and ensuring energy security. The power plant offers a steady supply of clean energy to the neighborhood as a cost-effective source of renewable energy. The Chonos power plant uses wind turbines to capture the energy of the wind and transform it into sustainable electrical energy, making up a sizeable portion of its generating capacity.

Powerplant DERVENI-MIKRO DERVENI-SLIVA Reviews

Greek power plant Derveni-Mikro Derveni-Sliva is situated at 24 37.4791′ North and 23 12.76′ East. The power plant, which was commissioned on March 1 of this year, was created with a 24 Megawatt capacity. Derveni-Mikro Derveni-Sliva power plant is anticipated to produce 1,880,000 MWh of electricity annually. The power plant has been predominantly powered by wind energy, making it an environmentally beneficial and sustainable source of energy. In the neighborhood, this can supply 48,000 households with ample electricity. The power plant has been very helpful to the local economy and has given many residents jobs. Furthermore, because renewable energy doesn’t release harmful pollutants into the atmosphere, it has enhanced the area’s air quality.

Powerplant DIDIMOS LOFOS Reviews

Near the village of Didimos in northeastern Greece, at latitude 41.0557 and longitude 25.9811, lies a power plant called Didimos Lofos. It was put into service in 2019 and has a total capacity of 60.42 MW. Didimos Lofos is a significant clean energy producer in the region because it employs wind energy as its main fuel source.

The power plant has gained a lot of support from the community because it is a significant investment in green energy for the region. Particularly in light of growing energy prices, it has assisted local businesses in lowering their energy costs and enabling more sustainable energy production. Additionally, its presence has attracted other investments, which have benefited the local economy.

Didimos Lofos is thought to produce 450 GWh of electricity annually on average, enough to power over 70,000 houses. It serves as an excellent illustration of how using renewable energy may effectively clean up the energy sector because it also drastically lowers the nation’s emissions.

Powerplant GOURI MELES Reviews

A 32.2 megawatt wind generating facility called the Gouri Meles Powerplant is situated in Thessaloniki in northern Greece. It is now Greece’s largest operational wind station and covers an area of 4 square kilometers. The plant was put into operation in June 2020, and it generates about 25,500 kWh annually.

Gouri Meles is a clean and renewable energy system that runs on wind energy. Its goal is to cut Greece’s greenhouse gas emissions and move away from conventional fossil fuels. The initiative was overseen by NODOS, a Greek renewable energy firm, but it also included suppliers and other businesses from all over the nation. The factory was built utilizing 17 wind turbines, each of which had a 2.2MW maximum output. Gouri Meles is situated at 38.2118 latitude and 23.4278 longitude.

Gouri Meles will also assist in achieving the Greek government’s 2020 target of using 20% renewable energy. This power plant is anticipated to produce roughly 34,000 MWh/yr, which is equal to the yearly energy needs of 20,000 families and the avoidance of 22,800 tonnes of CO2 emissions to the atmosphere. This project’s successful completion is viewed as a victory for the nation’s efforts to combat climate change and achieve energy independence.

Powerplant KREKEZA MOUGOLIOS Reviews

At 38.1582, 23.5843 latitude and longitude, in the Greek municipality of Aspropyrgos, is Krekeza Mougolios, a 12 MW wind power facility. Piraeus Wind is the facility’s owner and operator, and activities commenced in 2012. The largest wind farm in southern Greece is located there. The facility uses wind turbines made to capture and reroute the energy from the localized prevailing winds to harness the power of the wind in a novel way.

With a 39MW overall capacity, Krekeza Mougolios is capable of producing up to 153 GWh of power annually. One of the most effective wind power plants in Greece, the wind farm has 27 turbines, each with a 1.5 MW power rating. Additionally, it is capable of storing extra energy in batteries for later use.

Powerplant LOGGARAKIA Reviews

The 18MW Wind Power Plant, which situated off the coast of Loggarakia in the Aegean Sea, is a successful investment for the nation. The wind farm is located around a Latitude of 37.479 and a Longitude of 23.1277, and it is made up of multiple turbines that are all powered by wind energy. This project aims to take use of the high winds that pound the coasts of this island by installing turbines that will generate electricity. The plant is anticipated to start producing enough power in October 2021 to satisfy the local population’s demand for electricity.

The facility sports the newest wind-turbine technology and is anticipated to produce reliable, efficient power. Furthermore, by providing the necessary electricity to suit the needs of the nearby population, its 18 MW capacity accelerates its progress. The Tunnels, sometimes referred to as the “Tunnel of the Gods,” are also close by. This building is a frequently visited tourist destination, and the nearby power plant helps to maintain a steady supply of electricity.

Powerplant MYTOULA Reviews

In Mytoula, Georgia, there is a power plant that uses sustainable wind energy. The power station was built with 34.2 turbines and has an 84.64 MW capacity. With the help of the coordinates 41.0931 N and 25.9346 W, it can be found in Mytoula. As a source of energy that is considered to be environmentally acceptable, wind is used as the power plant’s main fuel. Since its construction in 2009, the Mytoula Power Plant has produced an estimated 77.102 million kWh of power annually.

Georgia and the surrounding areas receive clean, renewable electricity from the Mytoula Power Plant. Pollutant emissions from the Mytoula Power Plant might be greatly reduced by using renewable energy. Additionally, the wind farm serves to enhance the region’s air quality by lowering air pollution. Additionally, the power plant gives residents of the area work possibilities, increasing revenue and enhancing the local economy.

Powerplant PERDIKOKORIFI Reviews

The Latitude and Longitude coordinates for PERDIKOKORIFI, a modest wind energy facility in Greece, are 14.45, 38.2327, and 23.4986. It is capable of producing 34.62 MW in total. This power plant, which was put into operation in 2018, uses wind energy as its main fuel. Since its establishment, this power plant has been supplying the nation with consistent and dependable energy as part of Greece’s drive to enhance its renewable energy sources. With PERDIKOKORIFI, Greece can contribute to its goal of obtaining a 35 percent share of renewable energy by 2020 by producing about 100 Gigawatt-hours of electricity annually.

Due to this power plant’s success, comparable projects are now being created all throughout the nation. Greece has high goals to ensure that the production of renewable energy rises during the upcoming years. Greece has the ability to create more than 10 GW of electricity from wind energy sources. This power plant has contributed to the creation of a broad energy mix, which not only gives the local community a reliable energy source but also lessens the nation’s dependency on foreign fuels. In terms of lowering greenhouse gas emissions in the area and giving the nation a clean and dependable energy source, the PERDIKOKORIFI power plant has been a major success.

Powerplant Pyrgari Reviews

An amazing piece of contemporary engineering is the Pyrgari Wind Power Plant in Greece. It is one of the biggest wind power facilities in the nation with a 5.4 megawatt capacity. At 38.3489 latitude and 24.2017 longitude, Pyrgari offers a fantastic chance for Greece to increase its level of energy independence. The power plant’s main fuel is wind, which is a plentiful resource nearby. Since its construction in 2010, it has been a reliable source of energy, producing an estimated 10.51 megawatt hours annually. This is a good illustration of the possibilities of wind energy and it demonstrates the development of renewable energy.

A crucial component of Greece’s continuous efforts to become carbon neutral is the Pyrgari Wind Power Plant. The nation can protect itself from rising and expensive fossil fuel prices while simultaneously preserving the environment by investing in wind energy. One benefit of running the plant entirely on wind energy is the huge drop in CO2 emissions. This guarantees that the amount of contribution to air pollution and climate change is maintained to a minimum. Numerous nations are seeing an increase in the use of wind energy; as a result, standard technology can advance.

The Pyrgari Wind Power Plant is a wonderful illustration of how the renewable energy sector is developing. It demonstrates wind energy’s potential and its significance in assisting a country’s move toward greater energy independence. The power plant is expected to play a significant role in helping the country reach its goal of carbon neutrality because there are plans to extend and expand it.

Powerplant TSIKNA PRINIAS PROFITIS ILIAS PYRGARI Reviews

A wind power facility called Tsikna Prinias Profitis Ilias Pyrgari can be found in Greece at latitudes 38.2863 and 24.2386 and longitude 11.2. The power station started producing electricity in May 2020 and has a capacity of 20.77 megawatts.

Greece’s growing interest in the green revolution is demonstrated by the Tsikna Profitis Ilias Pyrgari wind power facility. In order to lessen the nation’s reliance on fossil fuels, the Greek government is working to expand the use of renewable energy sources. This supports the EU’s goal of becoming climate neutral by 2050.

With the most recent wind turbine technology, the Tsikna Professor Pyrgari Wind Power Plant is capable of producing up to 20.77 megawatts of power. It is anticipated that the wind farm will produce enough energy for 4500 families, making it a significant source of renewable energy for the area. The wind farm is anticipated to contribute to a reduction in the area’s carbon dioxide emissions by offering a more sustainable electricity source.

Powerplant TSILIKOKA Reviews

At 38.3313 degrees north latitude and 24.1926 degrees east longitude, you may find the Tsilikoka 21 power plant. This has a total installed wind energy capacity of 51.5 megawatts and is situated in a way that will maximize the benefits of the strong winds in the area. The power plant started operating in 2011, reducing the area’s reliance on fossil fuel energy sources and supplying it with clean, renewable energy.

Wind energy, a clean and renewable energy source, is the main fuel source for the Tsilikoka 21 power plant. Because it offers an endless and carbon-free supply of energy, this kind of energy generation is substantially more environmentally beneficial than conventional power plants burning fossil fuels. This power plant has a significant positive environmental impact on the area by aiding in the reduction of the nation’s dependency on fossil fuels.

The Tsilikoka 21 power plant is expected to have produced 11,570 MWh of electricity yearly since it began operating in 2011, which is more than enough to power 8,000 houses. By reducing the nation’s dependency on imported fuel, this contribution helps to lower emissions while supplying a more reliable and secure energy source. The Tsilikoka 21 power plant is a role model for clean, renewable energy production due to its advantageous location and effective energy output.

Powerplant TSOUKA TSOUGARI Reviews

The 12 megawatt TSOUKA TSOUGARI wind farm in Greece is situated at 38.2713 North and 24.2366 East, with a projected electricity generation beginning on 24.07. Clean renewable energy source TSOUKA TSOUGARI is committed to providing environmentally friendly electricity to its consumers across the nation while assisting in the reduction of emissions caused by fossil fuels.

This power plant has the most recent industry-standard components and advanced turbine technology, guaranteeing its customers the maximum efficiency and dependability. One of the best power plants in the nation, the novel turbine model generates energy with less noise. The plant produces high-quality power that complies with environmental regulations and ensures an uninterrupted supply of electricity for its clients.

In Greece, TSOUKA TSOUGARI has played a significant role in the development of renewable energy sources and has emerged as a pioneer in this field. It is an illustration of the ability of innovation to support ongoing efforts to provide clean, green electricity in a more effective and environmentally responsible manner. The power plant has established a standard for the energy sector and is still at the forefront of cutting-edge, environmentally friendly energy sources including solar and wind energy.

FAQ

Q.1 How much electricity does a wind power plant produce in Greece?

A. Greece has wind generating facilities that can generate enough electricity each year to power thousands of homes. The entire installed wind capacity was 2.8 GW as of 2019, and the same year, 5,326 GWh of electricity were generated.

Q.2 What incentives are available for wind installations in Greece?

A. For the installation of wind turbines, the Greek government offers a range of incentives. This includes direct payments for every MWh of electricity produced, lower loan rates, connection costs, and tax credits.

Q.3 Are there any restrictions for the location of a wind power plant in Greece?

A. Yes, there are a number of places that are deemed inappropriate for the installation of wind turbines. The majority of wind farms must follow tight regulations in order to build turbines, such as not placing them within 100 meters of residential areas, in regions that have had considerable erosion or seismic activity, or inside of protected areas.

Q.4 How long do wind turbines last in Greece?

A. The average lifespan of a wind turbine is 20 to 25 years. However, because of Greece’s harsh climate, turbines typically have a shorter lifespan of 10 to 15 years.

Q.5 Are there any environmental concerns related to wind power in Greece?

A. In Greece, wind energy has generally favorable impacts. Wind turbines produce clean, renewable electricity, lowering carbon emissions and contributing to environmental protection. The biggest worry is how the blades’ potential impact on bird and bat populations in the areas where they operate may affect those species.

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