Top Best Wind Power Plants in Morocco for 2024

Morocco is a country that is significantly reliant on power plants to supply its energy demands. The many types of electricity-generating power plants in Morocco, along with their locations, are summarized in this list. With so many various kinds of power plants, Morocco has many alternatives for meeting its energy requirements. In Morocco, there are numerous ways to produce power, including coal-fired plants, natural gas plants, hydroelectric plants, wind farms, and solar farms. This list also includes comprehensive information on each power plant’s capacity for producing electricity. Recently, new plans to diversify Morocco’s energy sources and lessen its reliance on fossil resources were unveiled by the Morrison administration. This list serves as a helpful resource for these upcoming initiatives.

A list of all Moroccan wind power stations may be found below.

List of all Wind Power Plants in Morocco in table format

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

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Compagnie Eolienne de Detroit (CED) 50.4 35.8184, -5.4538 Wind 128.81
Midelt 150 32.6816, -4.7922 Wind N/A
Parc Eolien AMOUGDOUL 60.35 31.4086, -9.7968 Wind 204.37
Parc Eolien Akhfenir 202.11 27.9538, -11.9975 Wind N/A
Parc Eolien Foum El Oued 50 27.0182, -13.3838 Wind N/A
Parc Eolien Haouma 50 35.8054, -5.493 Wind N/A
Parc Eolien Khalladi 120 35.7545, -5.571 Wind N/A
Parc Eolien Lafarge Tetouan 32 35.6063, -5.4385 Wind N/A
Parc Eolien Tarfaya 301 35.611, -5.432 Wind N/A
Parc Eolien de Tanger 140 35.6467, -5.6078 Wind 360.71

Information sources: GEODB, Wiki-Solar, KTH, and WRI

Best Wind Power Plants in Morocco in 2023

Below is information on the top wind farms in Morocco:

Powerplant Al Koudia Al Baida (Abdelkhalek Torres) Reviews

In Morocco, at 53.9 latitude and 35.8184 longitude, there is a wind-powered facility known as Al Koudia Al Baida (Abdelkhalek Torres). Since 2015, this power station has been producing an estimated 48.5 MW of electricity. It is the biggest wind energy facility in the nation and can supply over 50,000 families with all their energy requirements. The project, which was built to generate electricity using wind energy, is anticipated to cut the nation’s usage of fossil fuels by nearly 30%.

Modern wind turbine technology is at the heart of this power facility. A total of 23 turbines have been erected in the plant, giving it a 48.5 MW capacity. The energy grid that the turbines are attached to can then provide power to nearby homes, businesses, and other infrastructure. Additionally, the plant incorporates a system for automatically monitoring the wind to guarantee that the turbines run in an environmentally favorable way.

The Al Koudia Al Baida (Abdelkhalek Torres) power station, which offers a consistent source of clean and renewable electricity, has changed Morocco’s energy industry. The plant has significantly helped to protect the environment by lowering the nation’s consumption of fossil fuels. As increased focus is placed on developing sustainable and inexpensive energy sources, the facility is anticipated to play a significant part in the nation’s energy future.

Powerplant Compagnie Eolienne de Detroit (CED) Reviews

The Compagnie Eolienne de Detroit (CED) power plant, which has a 50.4 MW capacity and is entirely powered by wind turbines, is situated at 35.8184 latitude and -5.4538 longitude. Since the power plant’s initial day of operation in January 2008, it has produced a total of 128.81 MWh of energy.

One of the biggest wind farms in the region, CED’s operations significantly aid in providing Detroit City residents with clean, sustainable energy. The wind turbines are linked to the national grid and run mostly on wind energy. This has helped the area’s energy security because of the rising demand for electricity brought on by the region’s expanding population. CED is cost-effective and has assisted in lowering electricity prices as well as lowering carbon emissions because it operates only on wind energy.

Powerplant Midelt Reviews

A 150 MW wind-powered generator can be found in Morocco at the Midelt power facility. The latitude and longitude of this position are 32.6816 and -4.7922, respectively. This power plant, whose start-up date is unknown, uses wind as its main fuel source. An estimated 470,000 homes in the area will have access to enough electricity thanks to this power plant.

In order to transform wind energy into useful energy, the Midelt power plant combines underground cables and wind turbines. One of the first of its sort in North Africa, this wind power station is a part of a bigger initiative to switch Morocco’s energy infrastructure from fossil fuels to renewable sources. The lofty targets established by the Moroccan government are for a 28.9% increase in renewable energy output by 2020 and a 40% rise by 2030.

The Midelt power plant is anticipated to be crucial in assisting Morocco in achieving these objectives. The power plant will assist in reducing pollutants and enhancing the overall air quality of the nation by supplying clean, sustainable electricity to the local community. In order to secure a better future, Morocco is dedicated to developing renewable energy sources as part of its long-term goal to become an electricity exporter.

Powerplant Parc Eolien AMOUGDOUL Reviews

A cutting-edge power plant called Parc Eolien AMOUGDOUL was built in Morocco and is capable of producing 204.37 megawatts (MW) of electricity. The latitude and longitude of this point are 60.35, 31.4086, and -9.7968, respectively. Of course, the main source of energy for this cutting-edge facility is wind. It began producing power after being formally inaugurated in May 2016.

Four 15 MW wind turbines were used to build the 60.35 MW power station. In order to meet the country’s increasing energy needs, Parc Eolien AMOUGDOUL, one of Morocco’s few wind energy power plants, was created after years of thorough study and development. The project not only supplies a considerable amount of renewable energy, but it also significantly advances Morocco’s renewable energy sector.

Powerplant Parc Eolien Akhfenir Reviews

A 202.11 MW sustainable wind energy generating station called Parc Eolien Akhfenir is located in Akhfenir, Morocco. Latitude 27.9538 North and Longitude 11.9975 East are the coordinates for the plant. The power plant’s main fuel source is wind energy. It was launched in the latter half of 2020, with a projected annual electricity output of 233 GWh.

The purpose of Parc Eolien Akhfenir is to provide clean, environmentally friendly electricity. The plant has a high efficiency rate and is built to tolerate fluctuations in wind speed. The site of the facility is ideal for a sustainable wind energy powerplant since it has great wind resources and access to dependable transmission infrastructure. Additionally, the plant’s energy production will lower atmospheric carbon dioxide emissions.

Powerplant Parc Eolien Foum El Oued Reviews

Morocco’s Foum El Oued region is home to the Parc Eolien Foum El Oued power plant. It was put into service in 2019 and has a 50 MW installed capacity. The location’s precise coordinates are 27.0182 North and 13.3838 West. This power plant uses wind as its main fuel source.

The building of Parc Eolien Foum El Oued started in 2018 and was finished in just under a year. This power plant’s main objective is to supply nearby residential areas with electricity. It is anticipated that Parc Eolien Foum El Oued will produce 100 GWh of electricity per year. This encourages sustainable growth in the area while increasing energy production and reducing reliance on other energy sources.

Powerplant Parc Eolien Haouma Reviews

A 50 MW wind farm called Parc Eolien Haouma can be found in Morocco at coordinates of 35.8054 longitude and -5.493 latitude. This utility-scale wind generating station, which began producing electricity in April 2019, has the capacity to power 50,000 homes. It is the first facility of its kind in the nation and is a part of Morocco’s strategy to expand electricity generation through the use of alternative energy sources.

With 19 wind turbines, Parc Eolien Haouma has a primary output of 50 MW. It cost 61 million to invest in it all. A subsidiary of the Moroccan energy corporation MASEN and the Moroccan-German venture Keolian Energy collaborated to create the power plant. The project’s commissioning is anticipated to reduce carbon dioxide emissions by up to 200,000 tonnes yearly.

Morocco needs Parc Eolien Haouma in order to attain its target of 52% clean power generation by 2030. It has been projected that the power plant has produced about 32 GWh of energy since it began operating in April 2019. The energy is generated in an efficient and open manner since it is sold at a premium to the national energy distribution corporation.

Powerplant Parc Eolien Khalladi Reviews

Morocco’s Parc Eolien Khalladi is a 120 megawatt wind power facility. At 35.7545 latitude and -5.571 longitude, the plant can be found. It was put into service in 2016 and produces an estimated 212 gigawatt hours of electricity annually.

The main source of energy used to produce power is renewable wind energy. The project was constructed in compliance with world standards. It follows best practices from more environmentally friendly energy production and aids in lowering carbon emissions. The wind turbines are incredibly effective and produce more electricity per turbine than other types of technology.

The wind turbine power plant at Parc Eolien Khalladi has a lot of resource potential. Over the next 20 years, the average yearly generation of energy is anticipated to range between 200 and 280 gigawatt hours. This project is advantageous not only because it can provide a significant amount of renewable energy, but also because it can lessen Morocco’s reliance on fossil fuels, which can help cut CO2 emissions and slow down climate change.

Powerplant Parc Eolien Lafarge Tetouan Reviews

A 32MW power plant project called Parc Eolien Lafarge Tetouan is situated in Morocco. It is situated at 35.6063 latitude and -5.4385 longitude. Wind is the main source of energy for electricity production. The power plant began operating on July 29, 2020, and its anticipated annual power production is 230,676 MWh. Lafarge Cement, Renewable Energy Partners (REPP), and the Energy Foundation (EF) all contributed funding to the project in 2017. This undertaking is a component of a wider Moroccan initiative to produce green energy. This project is a terrific illustration of how crucial it has been to develop wind energy.

Clean, renewable energy is created at Parc Eolien Lafarge Tetouan and is distributed across the area. This lessens reliance on conventional fossil fuel sources, which are not only expensive to extract but also have negative environmental effects. Additionally, this project advances the nation’s objective of developing a reliable, economically viable, and environmentally friendly energy system.

Powerplant Parc Eolien Tarfaya Reviews

In Tarfaya, Morocco, there is a power plant called Parc Eolien Tarfaya. Latitude and longitude are respectively 35.611 and -5.432. With a 301 MW capacity, it is a wind farm. It began operating in 2018 and is expected to produce 3.8 terawatt-hours of electricity annually.

Parc Eolien Tarfaya is a component of the Moroccan government’s long-term plan to diversify its energy mix to include more renewable energy sources, which will enable Morocco to rely less on fossil fuels. One of the largest renewable energy projects in the nation, this power plant is anticipated to stimulate economic growth, lower carbon emissions, and produce job opportunities.

Owned by Nareva Holding, a major player in Moroccan renewable energy, Parc Eolien Tarfaya is run by a group that includes Siemens Gamesa and Samsung. Samsung C&T provided the associated infrastructure works, while Siemens Gamesa provided 146 wind turbines with a capacity of 2 MW each.

Powerplant Parc Eolien de Tanger Reviews

A 140 MW wind power facility called Tanger Wind Park can be found in Tangier, Morocco. Its GPS coordinates are 35.6467 latitude and -5.6078 longitude. The Tanger Wind Park’s major fuel source is wind, and its nameplate capacity is expected to be 360.71 MW. The power plant was inaugurated in 2017 and supplies energy to Morocco’s national power system.

A group that included the European Investment Bank, the European Bank for Reconstruction and Development, the Clean Technology Fund, and the Agence Française de Développement provided funding for the wind farm. The plant’s energy production reduces greenhouse gas emissions amid Morocco’s erratic weather. This is what propels Tanger Wind Park in the direction of a green energy solution.


Q. What are the major benefits of wind power plants in Morocco?

A. Morocco’s wind power industry is an excellent way to produce renewable energy and lessen the country’s reliance on fossil fuels. In comparison to conventional sources, it is a significantly more efficient way to produce energy and creates no emissions or air pollutants. The cost-effectiveness and low maintenance of wind power make it an increasingly appealing choice for energy production.

Q. What technology is used in wind power plants in Morocco?

A. To harness the energy of the wind, wind power facilities in Morocco employ sizable wind turbines, which are typically built of metal and include a rotor and blades. Wind turbines are arranged in an array, and the stations collect the energy before sending it to the power grid. The turbines are typically designed to operate at a height of roughly 40 meters.

Q. How much wind power is produced in Morocco?

A. Morocco has made significant investments in its wind energy infrastructure recently, and the nation today generates 1,500MW of electricity from wind turbines. This accounts for roughly 10% of Morocco’s overall energy generation, and it is anticipated that with additional investment in the industry, it would increase dramatically.

Q. Are there any challenges facing wind power plants in Morocco?

A. The low availability of grid connections in rural sections of the country makes it difficult to convey the electricity produced by wind turbines to places that require it, which is one of the key obstacles facing wind energy in Morocco. Furthermore, Morocco’s weather may be erratic, and if wind turbines are not properly maintained, strong winds in some areas might render them an unreliable source of energy for parts of the year.

Q. What is the wind speed required for turbines in Morocco?

A. In Morocco, wind turbines need an average wind speed of about 9 m/s. This is around half of what is necessary in nations like the UK or Germany. In order to make wind turbines more accessible to rural areas where wind speeds may be lower, Morocco has also set a wind turbine roadmap that aims for turbines to generate in wind speeds of 8 m/s or less.

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