Top Best Power Plants in Egypt for 2024

Egypt is renowned for its opulent way of life and ancient artifacts. In addition, a variety of power plants are located there. The country is one of the main energy producers in the region, operating over fifty power units. Power plants employ a variety of energy sources, including coal, fossil fuels, natural gas, wind, and hydropower, to produce electricity. Each of these power plants has a distinct capacity to generate electricity, and they are all equipped with different technologies. Our goal in writing this article is to present an exhaustive list of all Egyptian power plants. We’ll talk about the power plant’s generation capacity, energy source, and kind. We’ll also talk about each power plant’s primary equipment and technologies. We’ll also talk about certain environmental issues related to the nation’s power plants and energy production. The material provided here will help readers gain a better understanding of Egypt’s power plants and the energy industry in general.

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

List of all Power Plants in Egypt in table format

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

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

Best Power Plants in Egypt in 2023

Below is information on the top power plant in Egypt:

Powerplant Abu Kir Reviews

Abu Kir is a gas-fired power plant with a capacity of 2236 megawatts that is situated close to Suez in Egypt. Its precise coordinates are 30.1409 degrees east longitude and 31.2694 degrees north latitude. At Abu Kir, gas is the main fuel used to produce electricity. It began operating on the date and supplies the area with a significant amount of power. Furthermore, its importance in supplying the region’s energy needs has made it possible for it to play a major role in the dependable operation of Egypt’s energy infrastructure.

Due to an uneven distribution of supply and demand, Egypt has experienced multiple power outages in recent years. Abu Kir’s capability allows the power plant to provide Suez and other regions of Egypt with electricity. The facility can also reliably provide Abu Kir City, which is adjacent, with power. Additionally, it is expected that the power plant produces more than 2,720,000 megawatt hours of electricity annually.

Powerplant Abu Sultan Reviews

The 600 MW gas-fired Abu Sultan Powerplant is situated in Egypt at latitude 30.4025 and longitude 32.3086. With an expected annual power generation of 500 GWh, it was established in late 2020. Since natural gas is the powerplant’s main fuel, it is an environmentally benign energy source. Compared to other fuels, natural gas is more affordable, more plentiful, and produces less carbon dioxide. It is also a dependable backup option for additional power sources, such renewable energy. Modern technology is included into the Abu Sultan Powerplant to minimize disturbance to nearby populations and to guarantee safe and effective operation. Additionally, it complies with strict emission guidelines to guarantee a low environmental impact. The facility has a strong track record of dependability and adaptability, both of which are necessary for the generation of high-quality electricity.

Powerplant Arish Reviews

Egypt’s Arish Powerplant is a gas-fired power plant. The power station, which has a 66 MW capacity, is located roughly at latitude 31.1162 and longitude 33.6824. Commissioned in 2012, the Arish Powerplant is expected to generate around 76.5 megawatts of electricity by 2021.

The Arish Powerplant generates electricity with natural gas-fired turbines and mostly uses gas as fuel. Furthermore, the Arish Powerplant makes use of cutting-edge technologies to guarantee a clean, effective operation. This involves the removal of air pollutants such nitrous oxide, carbon dioxide, and sulfur dioxide using sophisticated filtration systems. The Environmental Regulatory Agency of Egypt enforces stringent emission rules, which are also adhered to by the Arish Powerplant.

Powerplant Assiut Reviews

Assiut Power Plant is a 90 megawatt gas-fired power plant situated in Assiut, Egypt, at 27.1757 N, 31.2013 E. The state-owned Misr Electric Power and Development Company is the owner of the facility, which began operations in 2014. With an estimated yearly energy generating capacity of 452 GWh, the plant is primarily oil-powered.

The plant heats water in a boiler by burning the oil, producing steam in the process. After that, a steam turbine is powered by this steam to run a generator and generate electricity. The Assiut Power Plant features four generators, three cooling towers, and two combustion turbines. In addition, it makes use of a boiler, condenser, and further auxiliary systems to guarantee effective functioning.

The plant is expected to save 12 million barrels of oil yearly and lessen Egypt’s reliance on foreign oil imports because of its close proximity to the Assiut oil resources. Furthermore, it supplies thousands of nearby homes with clean, dependable power.

Powerplant Aswan Dam II Reviews

The 550 megawatt Aswan Dam II hydroelectric power facility is situated in Egypt at latitude 23.9721 degrees and longitude 32.8828 degrees. This power plant was put into service in 1981 and has an annual production capacity of about 1.27 billion kilowatt hours. The power plant spans the Aswan High Dam, and a sizable portion of the hydropower produced is fed into the Egyptian National Electric Grid. The Aswan High Dam’s capacity to impound Nile flows and supply water reserves for irrigation projects along the Nile is another advantage of this power plant.

To boost the Aswan High Dam Hydroelectric electricity Station’s capability for electricity generation, the Aswan Dam II had to be built. This enhanced the utilization of the accessible renewable energy sources. It generates energy from falling water and harnesses the strength of the Nile stream. The turbine was engineered to optimize the force generated by the water as it passes through the Penstock pipes. The big turbines are turned by the rushing water, and the generators are then powered to produce electricity.

Powerplant Ataka Reviews

Ataka Power Plant is a 900 megawatt (MW) power plant that is situated close to 29.9364 N, 32.472 E. Natural gas serves as the power plant’s main fuel source. It started producing energy in 2018 and is expected to produce 15,000 GWh annually.

An essential source of electricity for the Ataka region is this power plant. The Ataka Power Generation Company (APGC), which has made large technological and financial investments to maintain and upgrade the power plant, is in charge of running it. Efficient boilers, gas turbines, wind turbines, and other equipment are installed in the power plant. It has a cutting-edge control system that contributes to operational dependability and safety.

The neighborhood has benefited greatly from a steady and dependable source of electricity thanks in large part to the Ataka power plant. The region’s users pay less for electricity as a result of the efficient power producing facilities’ decreased load on the national power system. Low-emission power that is also environmentally benign is produced by the facility. This will contribute to the environment’s and the power plant’s long-term sustainability.

Powerplant Banha Reviews

Located at Latitude 30.4974 and Longitude 31.2234, Banha Power facility is a 500MW power facility. Gas is the main fuel source utilized in the power plant. The power plant, which began operations in 2011 after being commissioned, is expected to produce 377GWh of electricity yearly.

The area around Banha is thought to greatly benefit from the Banha Power Plant. It supports the local economy by supplying clean, renewable electricity generated from natural gas. The power plant is conveniently accessible for the generation and distribution of electricity due to its location between the major cities of Alexandria and Cairo.

Additionally, the plant is anticipated to lower pollutants, allowing for the production of electricity from a safe and dependable source and providing the surrounding community with healthier air. Since the amount of industrial activity in the area has increased along with air pollution, this facility is seen as a model for producing clean, green energy.

Powerplant BbSP} Acciona I Reviews

Located close to Aswan, Egypt, at 24.433 latitude and 32.699 longitude, lies Acciona I, a 50 MW solar photovoltaic power facility. When it started operating in July 2018, it was the nation’s first solar power plant. The power plant is expected to contribute 118.48 GWh of electricity per year, or 0.3% of Egypt’s total electrical generation, to the national grid. Global renewable energy business Acciona is the owner of the power station.

Together with the International Finance Corporation, a World Bank Group member, Acciona I was financed and constructed. Acciona I, the largest solar project in the region and the first to use crystalline silicon technology, is one of Egypt’s greatest capacity photovoltaic plants. It is made up of 108,480 photovoltaic modules arranged in a single-axis tracking system that tracks the sun’s path across the sky to maximize solar power generation and reduce land usage.

Powerplant BbSP} Acciona II Reviews

Located at 24.418 latitude and 32.699 longitude, Acciona II is a 50 MW solar power facility that began operations in 2017. Acciona Energy owns and runs the power plant, which runs mostly on solar energy. Up to 117.87 MW of electricity may be produced by the power plant, which is sufficient to power about 5,000 houses.

Acciona II’s solar photovoltaic technology harnesses solar radiation to produce direct current electricity. This electricity is subsequently transformed into alternating current via inverters that are connected to the grid. In order to guarantee optimal, economical electricity generation, the plant additionally makes use of contemporary technologies including concentrating photovoltaic, energy storage, air-cooled technologies, and grid-connected reactive power regulators.

Acciona II is intended to offer a multitude of environmental advantages in addition to clean energy, including lowering carbon emissions, conserving water, and enhancing the quality of the air and water. Along with generating jobs for those involved in the building and maintenance of the facility, the solar power plant is anticipated to have a major positive impact on the socioeconomic development of the local communities and expand access to contemporary energy sources.

Powerplant BbSP} Alcazar Reviews

The 50 megawatt Alcazar Solar facility is a power facility situated in Country Name. Its coordinates are 22.705 longitude and 24.448 latitude. Solar energy is the main fuel source used at the Alcazar solar project. The power plant started operating in 117.87, and 50 megawatts is the estimated power output at this time.

The Alcazar Solar Plant is the nation’s first solar-powered facility of its kind. It will offer a cheap, clean source of energy, which will significantly increase the region’s renewable energy industry. For remote communities without access to alternative energy sources, the plant will supply dependable, green energy. The plant is anticipated to generate more than 50 megawatts of power, which is a significant advancement in the field of renewable energy production.

For Country Name, the Alcazar Solar Plant is an essential renewable energy project since it will help bridge the gaps in the power requirements from conventional energy sources. It will also lessen the region’s reliance on conventional, dirty energy sources while fostering economic growth and the creation of new jobs. Other economies will be able to expand with the help of the power produced by the plant.

Powerplant BbSP} Alfanar Reviews

The 50 MW Alfanar solar power facility is situated in Egypt at latitude 24.418 and longitude 32.729. It is the first market-based pricing renewable energy project in the Middle East, having commenced operations in 115.5. Alfanar develops and finances renewable energy projects that promote socioeconomic growth and environmental advantages in collaboration with village partners. Alfanar’s solar power plant can generate 50 MW of renewable energy, which is sufficient to power 100,000–150,000 houses. It is the largest of its sort in the European and North African regions.

Alfanar is included in Egypt’s plan for the development of renewable energy, which aims to raise the nation’s output of solar energy by 2020. It is anticipated that the power plant will prevent the release of 30,000 tons of carbon dioxide emissions into the atmosphere by producing up to 1.2 million kWh of clean energy yearly. Communities in remote parts of Egypt, where connection to the conventional grid is either nonexistent or restricted, can now obtain clean energy thanks to the power plant.

Powerplant BbSP} DT I Reviews

With an installed capacity of 46.16 MW, the I Powerplant in Country Name is a solar power plant. With the coordinates of 24.448 North and 32.691 East, it opened for business in 20. One of the nation’s first solar power facilities, it is anticipated to provide 55.18 GWh of clean electricity annually.

The I Powerplant, which covers an area of over 145 hectares and has 128,000 solar panels overall, generates enough clean energy to power roughly 20,000 homes in the surrounding area. Additionally, it is expected that this solar plant will offset more than 44,000 tons of carbon dioxide equivalent annually, assisting in the reduction of adverse environmental effects and promoting the growth of sustainable energy in the area.

Powerplant BbSP} FAS Reviews

The 50 megawatt BBSP FAS powerplant is a solar power plant with latitude 24.433 and longitude 32.723. Since 116.38, when construction on the facility commenced, it has been in operation. It is the region’s main fuel-based power plant and a component of a wider solar power energy network.

One of the biggest solar power plants in the area, it generates emissions-free energy to meet the daily demands of the local industry and population. Its 50 megawatt capacity assists the local population’s energy needs while supporting a variety of operations. In order to meet the nation’s energy needs while lowering emissions and promoting environmental protection, the green energy generated by the BBSP FAS powerplant is becoming more and more significant.

This solar power plant is only one of many that are being used with the knowledge that they are a practical and essential part of contemporary civilization. This power plant is a valuable contribution to the region’s evolving energy landscape, and its efficient operation helps guarantee that the region’s energy needs are satisfied in an environmentally friendly and responsible manner.

Powerplant BbSP} Infinity 1 Reviews

Infinity 1 powerplant of BbSP is situated in latitude 24.448 and longitude 32.717. This 50-person power plant has been in service since 116.74. It is anticipated to produce 50 megawatts of power a year, mostly from solar energy.

This power plant is a component of the Country Name’s broader green program, which aims to ensure that its residents are provided with clean, sustainable energy while lowering carbon emissions and mitigating the effects of climate change. Consequently, BbSP Infinity 1 sticks out as a superb illustration of a fruitful renewable energy project.

BbSP Infinity 1 has garnered positive feedback in terms of both technical and financial aspects. They have received a great deal of praise for their dependable and efficient operating standards, and their dedication to a sustainable and green energy future has raised the bar for all other power plants in the area.

Powerplant BbSP} Infinity 2 Reviews

The BbSP Infinity 2 is a spectacular 50 MW solar power plant situated at latitude 24.418 and longitude 32.735. The facility, which has been in service since Solar, has an amazing estimated power output capacity of 114.78MW.

One of the most effective power plants is the BbSP Infinity 2, which uses a highly efficient photovoltaic system to generate a 50MW solar-powered output. In order to lower consumption costs, the power plant uses automated procedures, smart design, and the most recent solar panels available. Energy storage systems are another feature of the plant that allow it to enhance energy efficiency and save maintenance costs.

An important initiative for the community, the solar power plant contributes to the decrease of CO2 emissions. It is also anticipated that locals will receive clean, dependable electricity from it. The power plant has boosted innovation and produced jobs in the area. In addition, because of its size and capacity, it now serves as the region’s main power supply.

FAQ

Q1. What is the largest power plant in Egypt?

A. The Aswan Dam hydroelectric complex, which comprises of eight power plants and seven dams, is Egypt’s largest power facility. It can produce energy with a total capacity of roughly 3,034 megawatts (MW).

Q2. What kind of energy sources are used for power in Egypt?

A. Gas, oil, nuclear, hydro, and renewable energy sources (solar, wind, and biomass) make up Egypt’s energy mix. About 55–60% of Egypt’s total power generation is derived from natural gas, with the remaining percentages coming from oil (about 25–30%) and hydropower (15–20%).

Q3. How much energy does Egypt produce?

A. Egypt produced about 92.65 billion kilowatt-hours (kWh) of power in 2020, according to the World Bank. In comparison to 2019, this is a 2.2% increase.

Q4. Are there plans for new power plants in Egypt?

A. Indeed, the Egyptian government has made plans to develop around 18 new power plants in the next seven years as part of its ambitious ambitions to increase the country’s capacity for generating electricity. Hydro, coal, gas, and renewable energy sources will power these plants.

Q5. What environmental concerns are associated with power plants in Egypt?

A. Egypt’s power stations are a major source of air pollution. Particulate matter, sulfur dioxide, and nitrogen oxides are among the pollutants released into the atmosphere by power plants that burn fossil fuels like coal and oil. Both the environment and human health may suffer from these contaminants.

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