Morocco is set to significantly expand its renewable energy infrastructure following approval of the Ifahsa Pumped Hydropower Storage Project, a major 300MW energy storage scheme designed to improve grid resilience and support the country’s accelerating clean energy transition.
Backed by a US$265 million financing package approved by the World Bank Board of Directors, the project will be constructed near Chefchaouen in northern Morocco and ranks among the largest pumped hydropower storage developments currently underway in Africa.
The project will be implemented by Morocco’s national electricity and water utility, Office National de l’Électricité et de l’Eau potable (ONEE), with co-financing from the African Development Bank.
Pumped hydropower storage is increasingly becoming a critical component of modern electricity systems as countries seek to integrate larger volumes of intermittent renewable generation. Acting as a giant rechargeable battery, the Ifahsa facility will use surplus electricity generated from solar and wind farms to pump water into an upper reservoir before releasing it through turbines to generate electricity when demand increases or renewable output falls.
Once operational, the project will provide the flexibility needed to integrate at least one gigawatt of additional renewable energy capacity into Morocco’s national grid, supporting the country’s wider decarbonisation ambitions while improving the reliability of electricity supplies for households and businesses.
The project is also expected to unlock approximately US$1 billion in private investment by creating the storage capacity needed to accommodate further renewable energy development.
According to project estimates, the new facility will replace around three terawatt-hours of fossil fuel-generated electricity each year, preventing approximately 1.7 million tonnes of carbon dioxide emissions annually.
Beyond its environmental benefits, the programme is expected to deliver significant economic impacts. Construction is forecast to generate around 820 direct jobs each year, while the expansion of renewable energy capacity is expected to create additional employment opportunities across Morocco’s growing clean energy sector.
For Moroccan industry, greater access to reliable low-carbon electricity is also expected to strengthen competitiveness in export markets where supply chain emissions are becoming an increasingly important commercial consideration.
From a project delivery perspective, the Ifahsa scheme demonstrates the growing complexity of energy infrastructure programmes as governments move beyond generation assets towards integrated energy systems.
Unlike conventional power projects, pumped storage developments require the successful coordination of major civil engineering works, hydro-mechanical systems, electrical infrastructure, environmental management and grid integration. Delivery also depends on close collaboration between utilities, financiers, regulators and renewable energy developers to ensure storage capacity is commissioned alongside expanding generation portfolios.
The financing structure reflects this collaborative approach. The World Bank’s contribution combines lending from the International Bank for Reconstruction and Development (IBRD), concessional finance from the Clean Technology Fund and grant funding from the Livable Planet Fund, alongside co-financing from the African Development Bank.
Ahmadou Moustapha Ndiaye, World Bank Division Director for the Maghreb and Malta, described the project as an example of how international partnerships can accelerate major infrastructure delivery.
“The Ifahsa project exemplifies the kind of transformative partnerships we strive to build, bringing together multilateral institutions and national authorities, mobilising capital, and investing in infrastructure that delivers environmental, social and economic dividends,” he said.
As renewable energy penetration continues to increase worldwide, projects such as Ifahsa highlight the growing importance of energy storage within national infrastructure portfolios. For project professionals, they also illustrate how successful energy transition programmes increasingly depend not simply on building more renewable generation, but on delivering the enabling infrastructure that allows entire power systems to operate reliably, efficiently and at scale.
