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Morocco

Power Plants in Morocco

45 total plants · 8.7 GW · Africa

Total Plants
45
Total Capacity
8.7 GW
Renewable Energy
35.3%

2.9 GW from renewable sources

Fuel Distribution
Hydro
40.0%(18)
Wind
24.4%(11)
Oil
11.1%(5)
Solar
11.1%(5)
Coal
6.7%(3)
Gas
6.7%(3)
Energy Sources by Capacity
Coal
2.8 GW3
Hydro
1.7 GW18
Gas
1.7 GW3
Wind
1.2 GW11
Oil
0.8 GW5
An Overview of Morocco's Energy and Power Generation Sector

Morocco's energy and power generation sector has undergone significant transformation in recent years, reflecting the country's commitment to diversifying its energy sources and enhancing energy security. With a total installed capacity of 8.7 gigawatts (GW) spread across 45 power plants, Morocco is making strides towards a more sustainable energy future. The sector is characterized by a mix of renewable and non-renewable energy sources, which are essential for meeting the growing demand for electricity within the country.

The primary energy sources in Morocco's power generation landscape include hydroelectric, wind, solar, oil, and natural gas. Hydropower remains a significant contributor, with 18 plants generating approximately 1.7 GW of electricity. This renewable source capitalizes on the country's river systems and topography, providing a steady and reliable supply of power. Wind energy has also gained traction, with 11 wind farms contributing around 1.2 GW to the national grid. The geographical advantages of Morocco, particularly its coastal regions, allow for optimal wind energy generation, making it one of the leading countries in Africa in this domain.

Solar energy is another key component of Morocco's energy strategy, with five solar power plants generating 0.5 GW of electricity. The country is endowed with abundant sunlight, which has prompted significant investments in solar technologies. The Noor Solar Complex, located in the Sahara Desert, is one of the largest solar power projects in the world and stands as a testament to Morocco's commitment to renewable energy development. Additionally, oil and natural gas play a role in the energy mix, with oil-fired plants generating 0.8 GW and gas-fired plants contributing another 1.7 GW, although these sources are not the primary focus of future energy strategies.

Morocco has made substantial progress in the renewable energy sector, driven by government policies aimed at increasing the share of renewables in the energy mix to 52% by 2030. The ambitious renewable energy target aligns with global efforts to combat climate change and reduce greenhouse gas emissions. Morocco's efforts have garnered international attention, particularly in the context of the United Nations Climate Change Conference (COP22) held in Marrakech in 2016, where the country's initiatives were showcased as a model for other nations.

Despite the progress made, the energy sector in Morocco faces several challenges. One major issue is the reliance on imported fossil fuels, which poses risks to energy security and price volatility. While the country has been proactive in developing renewable energy sources, the transition to a fully sustainable energy system requires substantial investment in infrastructure and technology. Additionally, the integration of renewable sources into the existing grid presents technical challenges, necessitating upgrades to transmission and distribution systems to accommodate the variable nature of renewables.

Looking ahead, the future outlook for Morocco's energy sector appears promising, given the ongoing investments and policy commitments. The government aims to expand the renewable energy capacity further, tapping into wind and solar potential while also exploring innovative technologies such as energy storage and smart grid solutions. As Morocco continues to embrace a sustainable energy paradigm, the country is well-positioned to become a regional leader in renewable energy, contributing not only to its own energy security but also to the broader goals of sustainable development and climate action in the region.

Power Plants
Plant NameTypeCapacityYear
Centrale Thermique de Jorf Lasfar (JLEC)Coal2,020 MW1994
Al Wahda Thermal Power stationGas800 MW2010
Jerada power stationCoal515 MW2002
Ain Beni Mathar Centrale Thermosolaire (CCGT)Gas472 MW2009
STEP UR1 *Hydro464 MW2005
Centrale a cycle combine de TahaddartGas394 MW2005
Parc Eolien TarfayaWind301 MW2014
Central Termique de KenitraOil300 MW1979
Mohammedia power stationCoal300 MW1986
Allal Al FassiHydro240 MW1994
Al wahdaHydro240 MW1998
Parc Eolien AkhfenirWind202.11 MW2016
Centrale Solaire Noor Ouarzazate 2Solar200 MW2018
Centrale Turbine a' Gaz de Tit-Me (Casablanca)Oil198 MW1994
Centrale Solaire Noor Ouarzazate 1Solar160 MW2016
MideltWind150 MW2017
Centrale Solaire Noor Ouarzazate 3Solar150 MW2017
Parc Eolien de TangerWind140 MW2009
Centrale Turbine a` Gaz de TetouanOil139 MW1975
BINE EL OUIDANEHydro135 MW1955
ALMASSIRAHydro128 MW1980
Parc Eolien KhalladiWind120 MW2016
Centrale Diesel de TantanOil116.9 MW2009
A. EL HANSALIHydro92 MW2003
AFOURERHydro92 MW1955
HASSAN 1ERHydro67 MW1991
Parc Eolien AMOUGDOULWind60.35 MW2007
Al Koudia Al Baida (Abdelkhalek Torres)Wind53.9 MW-
Compagnie Eolienne de Detroit (CED)Wind50.4 MW2000
Parc Eolien Foum El OuedWind50 MW2013
Parc Eolien HaoumaWind50 MW2013
IDRISS 1erHydro40.6 MW1978
Oued El MakhazineHydro36 MW1979
IMFOUTHydro32 MW1947
Parc Eolien Lafarge TetouanWind32 MW-
Dakhla IC Power Plant Western SaharaOil23.4 MW2002
MOHAMED VHydro23 MW1967
ElborjHydro22 MW2010
Sidi Said MaachouHydro20.8 MW2015
Aïn Beni Mathar ISCCSolar20 MW2015
DAOURATHydro17 MW1950
MANSOUR ED DAHBIHydro10 MW1973
LALLA TAKERKOUSTHydro8.8 MW1938
EL KANSERAHydro8.3 MW1946
Ait-BahaSolar3 MW-

Showing 45 of 45 plants