World Bank Approves 65 Million for Morocco Pumped Storage Plant After Dropping Climate Lending Target
The World Bank board of directors on Wednesday approved $265 million in financing to support construction of a new pumped hydropower storage plant in Morocco, two days after abandoning a goal to devote 45% of its lending resources to climate‑change projects.
The Ifahsa Pumped Hydropower Storage Project in northern Morocco will serve as a giant rechargeable battery for the national electricity grid, pumping water to an upper reservoir during periods of high solar and wind energy production. The water will then be released through turbines to generate electricity at times of peak demand, strengthening the reliability and resilience of Morocco’s power system by providing flexible storage.
The approval comes after the World Bank Group on Monday said it would “retire” its goal to devote 45% of its lending resources to projects with climate benefits after pressure from the Trump administration. However, the development lender said it would renew its Climate Change Action Plan without specific lending‑input targets to meet client‑country demand for such projects. Its Independent Evaluation Group will conduct a review of the CCAP.
The 300‑megawatt Ifahsa facility will enable Morocco to integrate at least 1 gigawatt of additional solar and wind energy into its national grid, helping to unlock around $1 billion in private investment. The bank said this would replace approximately 3 terawatt‑hours of electricity currently generated from fossil fuels each year, avoiding an estimated 1.7 million tonnes of carbon dioxide emissions annually.
The World Bank said the project will generate 820 direct jobs annually during construction and create additional employment opportunities across the energy sector.
Analysts note that the decision to drop the 45% climate‑lending target reflects shifting geopolitical priorities, yet the approval of the Ifahsa plant shows that the Bank remains willing to finance large‑scale renewable‑energy storage when aligned with country‑specific needs. Morocco’s ambitious renewable‑energy strategy aims to raise the share of renewables in electricity generation to over 50% by 2030, and pumped storage is seen as a key enabler for balancing intermittent solar and wind output.
Beyond electricity storage, the project is expected to spur local industries involved in turbine manufacturing, civil engineering, and electrical equipment supply. Training programs tied to the construction phase aim to upskill Moroccan technicians in advanced hydropower operations, creating a domestic workforce capable of maintaining and expanding similar facilities in the future.
Regionally, North Africa is emerging as a hub for green hydrogen and renewable energy exports to Europe. Projects like Ifahsa could position Morocco as a critical supplier of clean power to neighboring countries via interconnectors under discussion. The plant’s ability to store excess solar and wind power for dispatch during evening peaks aligns with the European Union’s REPowerEU initiative, which seeks to diversify its renewable imports.
Nevertheless, challenges remain. Securing long‑term financing for the civil works, managing water‑resource considerations in a semi‑arid climate, and ensuring seamless integration with the existing grid will require careful coordination. The Moroccan government has pledged to streamline permitting and provide sovereign guarantees to attract private partners, but success will hinge on stable policy frameworks and regional cooperation.
Earlier coverage of World Bank financing in Ghana highlighted similar tensions between climate targets and political pressures, underscoring the complex environment in which multilateral development banks operate.
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