In June 2025 C.E., a stretch of desert coastline near Ras Ghareb became home to the most powerful operational wind farm on two continents. The Red Sea Wind Energy project reached its full 650 megawatts of installed capacity — enough to power more than one million Egyptian homes and slash carbon emissions by roughly 1.3 million tons every year.
Key findings
- Red Sea wind farm: The 650 MW facility near Ras Ghareb, Egypt, is now the largest operational wind farm in both the Middle East and Africa, completed four months ahead of the original schedule.
- Phased commissioning: The project came online in three stages — 306 MW in December 2024 C.E., 194 MW in April 2025 C.E., and a final 150 MW in June 2025 C.E. — demonstrating that large-scale renewable buildout can move faster than planned.
- Power purchase agreement: A 25-year contract with the Egyptian Electricity Transmission Company locks in long-term revenue and grid integration, giving the project a stable foundation for decades of clean generation.
How a desert coastline became a renewable milestone
Egypt’s Red Sea coast has long drawn attention for its wind resources. The Gulf of Suez corridor funnels some of the most consistent onshore winds in the world, and the Ras Ghareb area sits squarely in that corridor. For engineers and project developers, it was an obvious destination. Getting there at scale, however, took years of financing, negotiation, and construction.
The Red Sea Wind Energy consortium brought together four partners: ENGIE of France (35%), Egypt’s Orascom Construction (25%), Japan’s Toyota Tsusho (20%), and Eurus Energy Holdings (20%). Financing came from an equally international group, including the Japan Bank for International Cooperation, the European Bank for Reconstruction and Development, Société Générale, and two Japanese banks operating under export insurance cover. That mix of European, Japanese, Egyptian, and multilateral capital is itself a signal — large clean-energy infrastructure no longer depends on any single financial tradition.
Construction logged 7 million work hours without a single lost-time injury. In an industry where large infrastructure projects routinely face safety incidents, that record stands out.
What 650 MW means on the ground
Numbers like “650 megawatts” can feel abstract. In practical terms, the Red Sea wind farm will generate enough electricity to cover the annual needs of over one million Egyptian households. Egypt’s population is growing, its cities are expanding, and electricity demand is rising. Every megawatt generated by wind near Ras Ghareb is a megawatt that doesn’t have to come from natural gas or oil — fuels Egypt still relies on heavily for power generation.
The 1.3 million tons of carbon emissions avoided each year is equivalent to taking roughly 280,000 cars off the road annually. Over the 25-year life of the power purchase agreement, that adds up to more than 32 million tons of avoided emissions — before accounting for any further expansions.
And an expansion is already planned. ENGIE and the same consortium are developing a new wind facility exceeding 900 MW near the same site. If completed, the combined capacity of the two projects would make this stretch of the Egyptian coast one of the most significant wind energy zones anywhere in Africa or the Middle East.
Lasting impact
With this commissioning, ENGIE now operates close to 1 gigawatt of wind power capacity in Egypt alone. That positions Egypt — and the broader region — differently in conversations about the energy transition. For years, the Middle East and North Africa were often described as regions where fossil fuel economics would slow the shift to renewables. The Red Sea Wind Energy project is evidence that the economics have changed.
The project also matters for what it models. A multi-national consortium, financed across three continents, built ahead of schedule and without serious safety incidents, in a country that sits at the intersection of Africa, the Arab world, and global shipping routes. That template — cross-border capital, local partners, long-term offtake contracts — is replicable. Other countries in the region are watching.
Egypt’s own renewable energy targets call for 42% of electricity to come from renewable sources by 2035 C.E. Projects like this one move that number from aspiration toward arithmetic. Wind resources across North Africa remain largely underutilized, and the infrastructure knowledge and supply chains built for Ras Ghareb can reduce costs for future projects across the continent.
Blindspots and limits
The Red Sea Wind Energy project is a significant achievement, but Egypt’s electricity sector still runs predominantly on natural gas, and the country faces ongoing challenges around energy access, affordability, and grid reliability for lower-income households. A single 650 MW project, however large, does not transform a national energy system overnight. The 25-year power purchase agreement provides revenue security for the consortium, but the terms of that contract — including who bears currency and inflation risk — matter enormously for Egypt’s long-term energy costs, and those details are not fully public. Questions about land use, local employment ratios, and community consultation during construction also remain underreported in available sources.
Read more
For more on this story, see: Yole Group — ENGIE announces commissioning of largest wind farm in Middle East and Africa
For more from Good News for Humankind, see:
- Renewables now make up at least 49% of global power capacity
- Ghana establishes a marine protected area at Cape Three Points
- The Good News for Humankind archive on Egypt
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