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Ethiopia Launches Africa’s Largest Hydropower Project

Ethiopia has officially inaugurated the Grand Ethiopian Renaissance Dam (GERD), the continent’s largest hydroelectric project, signaling a major milestone in its pursuit of energy self-sufficiency. The $4.8 billion project, constructed on the Blue Nile in the Benishangul-Gumuz region, has been over a decade in the making and partly funded through contributions from Ethiopians living abroad.

The dam is expected to dramatically reshape Ethiopia’s energy landscape, providing electricity to millions of homes and fueling industrial growth across the country and East Africa. Prime Minister Abiy Ahmed emphasized that the facility will not only enhance domestic access to power but also allow Ethiopia to export surplus electricity to neighboring nations.

While Ethiopia celebrates the GERD as a solution to chronic power shortages and a driver for economic development, downstream countries—particularly Egypt and Sudan—have voiced serious concerns. Both nations worry that the dam’s operation without a legally binding water-sharing agreement could threaten their water security. Egypt, which relies heavily on the Nile and operates the Aswan High Dam, has argued that the project undermines historic treaties that grant it substantial control over the river’s waters.

Despite years of negotiations facilitated by international actors including the United States, the United Arab Emirates, and the World Bank, no definitive agreement has been reached. Ethiopia maintains it is exercising its sovereign right to harness the Nile for development and rejects the notion that colonial-era treaties should limit its use of the river.

The GERD, one of Africa’s most ambitious infrastructure projects, reflects Ethiopia’s commitment to addressing its energy deficit while positioning itself as a regional power exporter. However, the ongoing tensions highlight the complex balance between national development and regional water security in one of Africa’s most geopolitically sensitive river basins.