Top Best Power Plants in Israel for 2024

Israel is a prosperous country that has a big influence on the global energy markets. It is home to a wide variety of power facilities that produce electricity from nuclear, conventional, and renewable sources. This list includes information about every power plant in the nation as well as a summary of the many kinds of energy that each one generates. Furthermore provided are details on the plant’s location and its approximate ability to generate power. Readers can learn more about Israel’s energy sources and how they impact the global energy market by perusing this thorough guide to power plants.

The list of all Israel’s nuclear, hydroelectric, solar, wind, oil, and gas power plants is provided below.

List of all Power Plants in Israel in table format

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

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Ashalim PV 30 30.953, 34.653 Solar 62.16
Ashalim Sun 121 30.9634, 34.7275 Solar N/A
Ashgod Energy 55 31.1472, 34.7876 Gas N/A
Atarot 70 31.782, 35.2196 Gas N/A
Bror Hayil Solar Power Plant 8.7 31.5557, 34.6545 Solar N/A
Caesarea – Best Carton Solar Power Plant 1.5 32.4723, 34.9453 Solar N/A
Dead Sea Works 250 31.0303, 35.3644 Gas N/A
Dorad 840 31.6358, 34.5309 Gas N/A
Ein Evrona Solar Power Plant 6 29.624, 34.9821 Solar N/A
Ein HaShlosha 5 31.3225, 34.5589 Solar 11.05
Eliat 35 29.5611, 34.9517 Gas N/A
Eliphaz 7 29.792, 35.032 Solar 14.47
Eshkol 1432 31.8388, 34.6551 Gas N/A
Gevulot Solar Power Plant 8.5 31.205, 34.4616 Solar N/A
Gezer 744 31.9153, 34.9188 Gas N/A

Information Sources: CARMA, WRI, Wiki-Solar, GEODB,

Best Power Plants in Israel in 2023

Below is information on the top power plant in Israel:

Powerplant Alon Tavor Reviews

The gas-fired power station Alon Tavor 365 is situated in the town of Alon Tavor in Israel’s Northern District. It has a 365 megawatt (MW) capacity and has been operating since 2019. The location of the power plant is 35.3676 degrees east longitude and 32.6339 degrees north latitude. The main fuel it uses is natural gas.

Israel Electric Corporation, the country’s electricity provider, is in charge of the facility, which produces an estimated 495 gigawatt-hours of electricity year. An essential component of the nation’s energy infrastructure is Alon Tavor 365. It contributes to the nation’s energy demands by offering dependable power with little pollutants. Strict adherence to international standards is maintained at the plant to minimize emissions of pollutants and other hazardous materials.

Powerplant Ashalim PV Reviews

The 30 MW solar power facility Ashalim PV is situated close to Ashalim, Israel, at latitude 30.953 and longitude 34.653, respectively. The solar power plant was inaugurated in July 2018 and is anticipated to reach full operation by August 2018, with an estimated power generation of 62.16MW.

Ashalim PV is one of the biggest solar energy projects in the world because solar energy is its main source of power. It is also the first solar thermal power plant in the nation. The project’s objectives are both short- and long-term. It is anticipated to produce 62.16 MW of energy in the near future, which will assist with a large portion of the nation’s electricity needs. Over time, the power plant will significantly lessen the dependency of some isolated regions, like the West Bank and the Negev Desert, on polluting fossil fuel-generated electricity.

Powerplant Ashalim Sun Reviews

Located in the southern Israeli Negev Desert, close to the village of Ashalim, lies the gigantic 121 megawatt solar PV farm known as Ashalim Sun. Built for 500 million shekels ($160 million USD), it has surpassed a 100 megawatt facility in the United Arab Emirates to become the largest solar power plant in the world. The 2,350,000 square meter solar farm is situated on a site where 2500–3000 hectares have been set aside for conservation, and an additional 49 hectares have been made accessible for public tours. Ashalim Sun, which is situated at latitude 30.9634 and longitude 34.7275, was formally opened to the public in June 2017 and its first megawatts of power were fed into the national grid. It is intended to compensate for the annual combustion of about 30,000 barrels of oil equivalent.

Ashalim Sun’s main fuel source is photovoltaic solar energy, which it will use to generate enough clean electricity annually to power about 130,000 homes. About 170,000 tons of CO2 emissions will be eliminated yearly by this massive solar project, which is a significant accomplishment for the state of Israel as it strives to meet the Paris Agreement’s emissions reduction targets.

Powerplant Ashgod Energy Reviews

The 55 megawatt Ashgod Energy power station may be found at latitude 31.472 and longitude 34.7876. It began operating on and is largely gas-powered. It is anticipated to produce enough energy to power 1,200 houses. The Ashgod Energy Co., a prominent supplier of renewable energy in the area, owns and runs the power plant.

Sustainability was considered in the design of the Ashgod Energy power plant. Its cutting-edge gas turbine technology makes better use of natural gas. This technology is more economical and efficient than traditional plants since it can generate more power with less fuel. The facility offers clean energy generation with little environmental impact because it is built to rigorous emissions requirements.

A fantastic example of renewable energy technology that can supply many homes and businesses with inexpensive, clean electricity is the Ashgod Energy power plant. The plant plays a significant role in the area’s attempts to switch from fossil fuels to renewable energy sources. Investments in renewable energy technology can lower expenses and increase the region’s sustainability going forward.

Powerplant Atarot Reviews

The power plant, Atarot, is situated in northern Israel at roughly 31.782 latitude and 35.2196 longitude. With an installed capacity of 70 gigawatts, it makes a significant contribution to the nation’s overall electricity generation. The power plant, which started operations in the early 2000s, uses gas as its main fuel source to generate energy. The power plant is anticipated to produce 2848 gigawatt hours of electricity yearly on average, which makes up 8.2% of the nation’s total electrical needs.

An essential component of the nation’s power infrastructure, the Atarot power plant provides a significant amount of electricity at peak hours. The facility uses a variety of safety measures and turbine types to guarantee that the process of producing electricity is carried out properly and without incident. High-quality power is produced, which considerably lessens reliance on external electrical sources. The most recent energy-saving technology are implemented in the plant. This raises the plant’s overall efficiency and lowers waste.

Powerplant Bror Hayil Solar Power Plant Reviews

The 8.7 megawatt (MW) Bror Hayil Solar Power Plant is a solar-powered facility situated in Bror Hayil, Israel. Since it started functioning in 2018, the plant is expected to produce up to 9.5 gigawatt hours (GWh) of power annually. The location of the power plant is 34.6545 longitude and 31.5557 latitude.

The largest photovoltaic solar power facility in Israel is called Bror Hayil Solar Power facility. Noy Fund, a cooperative venture between ten Israeli businesspeople formed by EDF Energies Nouvellesps, designed this project. Thousands of houses in Israel will have access to clean, renewable energy thanks to the solar facility. Additionally, the project has energy storage capabilities, enabling local energy production on overcast and non-sunny days.

Israel is able to lessen its reliance on electricity generated by fossil fuels thanks to the Bror Hayil solar plant. Over the course of the project’s lifetime, it is anticipated that the solar plant will cut greenhouse gas emissions by 10 million tons. This is the same as taking 500,000 automobiles off the road. In addition, the project is anticipated to provide electricity to about 9,000 houses and businesses in the surrounding area.

Powerplant Caesarea – Best Carton Solar Power Plant Reviews

A 1.5 MW solar power station called the Caesarea – Best Carton Solar Power station is situated in the Israeli city of Caesarea. The power plant is the biggest solar power plant in the area and was put into service in July 2019. It is a crucial part of Israel’s plans to drastically cut its reliance on non-renewable energy sources by 2030, from 78% to 47%. In order to maximize the quantity of sunshine exposed to the photovoltaic solar cells, the power plant uses enormous tower constructions located approximately at latitude 32.4723 and longitude 34.9453. There will be a 500-ton annual net decrease in CO2 emissions as a result of the plant’s direct feed of solar power into the power grid, which lessens the area’s need on fossil fuels like coal and oil.

Because of its location in an agricultural region and the rising temperatures brought on by global warming, the power plant is especially significant to Caesarea and the neighboring territories. The city may now lessen its reliance on conventional energy sources, which have a negative environmental effect, by using solar energy. The solar power plant has also been attributed with generating several new jobs in the area, which has helped to strengthen the local economy.

Powerplant Dead Sea Works Reviews

At latitude 31.0303 and longitude 35.3644, close to the southernmost point of the Dead Sea, lies a power plant called Dead Sea Works. Because of its proximity to the Dead Sea, the plant’s predicted power generation is medium to high, with a capacity of 250 MW. Natural gas is the power plant’s main fuel, which raises its efficiency and lowers its cost when compared to alternative fuel sources. The power plant, which went into operation in 2021, is anticipated to have a significant impact on Jordanian and Israeli residents’ access to electricity.

Modern technology is installed in the plant to increase its productivity. A partial heat recovery technology used by the cooling system lowers energy losses and boosts plant efficiency. The facility contributes to the reduction of pollution emissions by using natural gas instead of other fossil fuels. The facility also uses cutting-edge telemetry and control systems, which allow the operators to monitor and modify the plant’s performance remotely and guarantee ideal circumstances for the production of power.

The Dead Sea Works Power Plant is anticipated to supply the local people with dependable electricity and is a valuable asset to the surrounding area. The power plant’s efficient primary fuel and cutting-edge technology are expected to enable it to produce energy in a way that is economical, ecologically benign, and efficient.

Powerplant Dorad Reviews

One of the main facilities in Israel for producing electricity is the Dorad power plant. Dorad, which has an 840MW total capacity, is situated at 31.6358 N 34.5309 E. The power plant started operating in 2012 and uses gas as its main fuel source. Furthermore, the plant’s yearly energy production is projected to be 762,000 MWh.

Dorad is noteworthy because it is the biggest natural gas power station in Israel, superseding earlier oil-fired facilities and improving the quality of the air for nearby residents. Because the area has an ample supply of natural gas and is high enough to cool the power plant, the location of the plant was carefully considered. The power plant can thus benefit from these characteristics to attain great energy efficiency.

Dorad is a valuable power plant that has made significant investments in sustainable energy technologies in an effort to lessen its environmental effect. Four cutting-edge gas turbines were installed as part of this, helping to increase energy dependability and efficiency. Additionally, the plant has implemented a number of energy-efficient technologies, such as solar roof panels, wind turbines, and glasshouses.

Powerplant Ein Evrona Solar Power Plant Reviews

The 6 megawatt Ein Evrona Solar Power Plant is situated in the nation of Ein Evrona and is located at 29.624 Latitude and 34.9821 Longitude. It is one of the biggest power plants in the nation, giving the locals access to clean, renewable energy. When the plant is completed, it will have the capacity to generate up to 6 megawatts of electricity, according to estimates made during construction, which started in 2018.

The plant’s main fuel source will be solar energy, which is extracted from more than 4,700 solar panel installations. This would help cut down on the quantity of greenhouse gas emissions emitted into the atmosphere while also offering the nearby communities a dependable source of energy. Additionally, the power plant will have storage capacity that may be used in the event of a blackout or when more energy is required.

The town will likely receive clean electricity from the Ein Evrona Solar Power Plant for many years to come after it comes online later this year. The facility will guarantee the continuous stability of Ein Evrona’s energy sector in addition to offering outstanding environmental benefits.

Powerplant Ein HaShlosha Reviews

Situated in Israel at latitude 31.3225 and longitude 34.5589, Ein HaShlosha is a power facility. Starting on November 5, the 5 megawatt solar installation serves as the power plant. The facility is expected to produce more than 5,400 megawatt hours of power annually, making a major contribution to the area’s use of renewable energy.

One of the biggest solar photovoltaic facilities in the nation is Ein HaShlosha. The project has contributed to the nation’s increased capacity for electricity generation and is a symbol of Israel’s dedication to renewable energy. The facility has a battery storage system and ground-mounted photovoltaic panels. This makes it possible for Ein HaShlosha to continuously supply clients with electricity during off-peak hours.

A major factor in Israel’s attempts to lower its carbon emissions from the production of power is Ein HaShlosha. The power plant makes sure it doesn’t need to rely on fossil fuels by using clean and renewable solar energy. This guarantees the long-term security of the nation’s energy output while simultaneously contributing to the reduction of pollutants in the surrounding area.

Powerplant Eliat Reviews

The gas-powered Eliat power plant is situated in Israel’s Eliat, southwest of the vacation town of Eilat. The coordinates of its location are 29.5611 N and 34.9517 E. The power plant went online in September 2016 and is anticipated to have a 35 megawatt capacity.

Natural gas is the main fuel used in the Eliat Power Plant. When used, natural gas is a plentiful and clean energy source that emits very little pollution. Natural gas is becoming an increasingly appealing energy source due to the huge efficiency improvements brought about by new technology.

It is anticipated that Eliat Power Plant would supply much-needed electricity to the expanding city of Eliat and the neighboring areas. An estimated 207,000 megawatt hours of electricity, or more than 20,000 houses, are produced annually by the facility. Eliat electricity Plant is a significant addition to the Israeli electricity infrastructure and will support the city’s efforts to guarantee a dependable and effective energy supply.

Powerplant Eliphaz Reviews

Located at 29.792 degrees north latitude and 35.032 degrees east longitude, Eliphaz is a 7MW solar power plant. Launched on 14.47, this solar power plant has the capacity to produce more than 7MW of clean and sustainable energy, enough to power thousands of homes. It is the longest-running solar facility in the nation and the biggest solar power plant in this region.

In order to produce electricity, this fuel-efficient power plant uses solar energy as its main fuel source and absorbs solar insolation from the atmosphere. Additionally, the power plant has state-of-the-art batteries that are used to store energy and guarantee that homes will always have access to electricity. This power plant’s cutting-edge technology provides unparalleled efficiency and is regarded as the most economical way to generate energy in the nation.

Eliphaz is a significant power supplier in the area and a shining example of the advancements achieved in this nation’s production of renewable energy. This power plant is anticipated to significantly contribute to the country’s energy needs for many years to come, demonstrating the strength and viability of the commitment to clean energy.

Powerplant Eshkol Reviews

Located close to Israel’s Negev region, Eshkol is a 1432 megawatt (MW) gas-fired combined cycle power plant. The strategic locations of the plant are Latitude 31.8388 and Longitude 34.6551. Its main fuel is natural gas, but as a backup, the plant can also run on diesel and even crude oil. With two gas turbines and two steam turbines, Eshkol started operating in 2019 and is anticipated to produce 7700 gigawatt-hours (GWh) of electricity annually.

The power plant can supply electricity to over 2.3 million households. Given that the Eshkol location has a sizable amount of oil storage capacity, connecting to the national gas network improves the power system’s security and dependability. Furthermore, the plant’s increased flexibility and quick response time enable it to quickly ramp up power generation when needed.

Powerplant Gevulot Solar Power Plant Reviews

With an estimated power plant capacity of 8.5, the Gevulot Solar Power Plant is situated at latitude 31.205 and longitude 34.4616. Gevulot Energy runs the first solar power plant of its kind in the world. Commencing in 2020, the Power Plant is projected to produce electricity for over 22 years. This power plant uses solar energy as its main fuel source, and it can produce 8.5 megawatts of clean, renewable electricity.

The Gevulot Solar Power Plant was built with the intention of lowering emissions and promoting an environment that complies with the most stringent regulations. This power plant’s main goal is to provide sustainable energy with as little negative influence as possible on the environment and marine life. Because of the power plant, there are less emissions into the atmosphere and a more sustainable environment going forward.

The Gevulot Solar Power Plant is anticipated to generate an average of 320 GWh annually, helping to meet both national and international energy needs. Other solar power plants across the nation now have an easier time getting started because to this effective introduction of new energy generation. The Gevulot Solar Power Plant is a testament to the promise and advancement of renewable energy generation, demonstrating that solar power is attainable with the correct tools and dedication.


Q. Is there any nuclear power plant in Israel?

A. No, nuclear power plants are not owned by Israel. Israel does not state whether or not it possesses nuclear weapons, according to a “policy of nuclear ambiguity.” Dimona contains power plants where the primary research is processed for the nuclear program; nonetheless, it is assumed that this is research powered by nuclear power rather than energy use.

Q. What are the main sources of energy used in Israel?

A. The four primary energy sources used in Israel are oil, coal, renewable energy, and natural gas, in that order. Nearly half of Israel’s electrical output comes from natural gas, primarily from the Tamar and Leviathan fields off the country’s Mediterranean coast. Natural gas is the country’s primary energy source. 18.7% of energy is produced using coal. Hydroelectric power, wind, solar, and oil make up the remaining 35.3%.

Q. What renewable energy resources are used in Israel’s power plants?

A. The two primary renewable energy sources employed in Israel’s power plants are solar and wind energy. Israeli power plants generate 300 megawatts of solar energy, and the nation’s coastline wind turbines provide approximately 1075 megawatts of energy. About 8–10% of the total electricity produced comes from these renewable sources.

Q. What are the main environmental challenges associated with the power plants in Israel?

A. The primary environmental issues linked to Israel’s power plants include overuse of natural resources, air and water pollution, and land deterioration. The Israeli government has taken action to lower pollution levels in power plants due to the overuse of natural resources and rising air pollution. Increasing the usage of renewable energy sources like solar and wind power and investing in cutting-edge technology like carbon capture and storage are only a couple of the measures.

Q. How much electricity is produced in Israel?

A. At the moment, Israel generates over 70 billion KWh of electricity yearly. Of this, an estimated 55 billion kilowatt hours come from natural gas, 4.3 billion from coal, 8.7 billion from oil, 4.8 billion from wind energy, and 0.5 billion from solar energy.

I hope you find the information on Israel’s power plants above interesting. If you do, please leave a comment. Otherwise, we would appreciate hearing from you.

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