There is a number that keeps appearing in conversations about Africa’s energy future, and it deserves more attention than it typically gets. Africa receives between 4.5 and 6.5 kilowatt-hours of solar irradiation per square meter per day—capacity factors 40 to 60 percent higher than most of Europe. The continent has more sunshine, more wind, and more land than almost any other region on earth. And it sits at the intersection of two forces that are reshaping global energy: the world’s desperate need for clean fuel and Africa’s equally desperate need for economic transformation.
Green hydrogen is where those two forces meet. And in 2025 and 2026, the race to build Africa’s green hydrogen economy has moved from concept to construction in ways that were not possible even three years ago.
Green hydrogen is produced by using renewable electricity from solar or wind to split water into hydrogen and oxygen through a process called electrolysis. The resulting hydrogen is clean, versatile, and in explosive global demand as industries from steel to aviation to chemicals scramble to decarbonize. Europe in particular has set aggressive green hydrogen import targets as part of its REPowerEU strategy, and it has looked south to Africa’s sun-drenched coastlines and vast open spaces as the most logical source of that supply.
The projects being built in response to that demand are genuinely enormous.
In Namibia, Hyphen Hydrogen Energy is advancing a $10 billion green hydrogen and ammonia project near Lüderitz, anchored by a $10 million African Development Bank loan secured in December 2025 to help push the project toward financial close. The project is backed by the SA-H2 Fund and targets commercial operations around 2029. Namibia is positioning itself as one of the most cost-competitive green hydrogen exporters in the world, with renewable energy resources that make its production economics genuinely attractive against global alternatives.
In Mauritania, the scale is even more striking. Three major projects are at various stages of development: CWP Global’s 30 gigawatt Project AMAN, TotalEnergies and Chariot’s 10 gigawatt Project Nour, and GreenGo Energy’s 60 gigawatt Megaton Moon. Mauritania has already created a dedicated legal framework and investment incentives for green hydrogen and targets 12.5 million tons of hydrogen production by 2035. The country also hosts the BP-Mauritanian government joint venture targeting 2,000 kilotonnes per annum of green hydrogen, currently in the feasibility stage and projected for commercial operation by 2027.
South Africa is building what may be the continent’s most sophisticated green hydrogen industrial ecosystem. In April 2025, the South African Cabinet approved the Renewable Energy Masterplan, targeting 29.5 gigawatts of new capacity by 2030 and explicitly integrating green hydrogen as a pillar of the country’s clean energy strategy. Multiple major projects are already in motion. The Coega Green Ammonia Project—a $5.7 billion plant established by Hive Hydrogen and Linde at the Coega Special Economic Zone alongside the Port of Ngqura—represents one of the continent’s most advanced large-scale developments. The Prieska Power Reserve Project in the Northern Cape, backed by Germany’s KfW and South Africa’s Industrial Development Corporation, aims to produce 72,000 tonnes of green ammonia per year in its first phase by 2026, scaling to over 500,000 tonnes by 2030. The European Union has committed a €4.7 billion Global Gateway Investment Package specifically for South Africa’s clean energy transition, including €4.4 billion targeting green hydrogen production and export.
Egypt is carving out its own position in the emerging continental map. In July 2024, bp and a consortium including Masdar, Hassan Allam Utilities, and Infinity Power signed a joint development agreement for a green hydrogen project in Egypt. ACWA Power signed a separate memorandum of understanding with the Tunisian government to advance production of 600,000 tonnes of green hydrogen annually for export to Europe. The Globeleq SCZONE Hydrogen Project Phase 2 in Egypt, with a planned capacity of 1,945 kilotonnes per annum, is currently in feasibility with British International Investment, the Egyptian Electricity Transmission Company, and the Sovereign Fund of Egypt among its partners.
The capital infrastructure supporting all of this is also building quickly. The African Development Bank’s Sustainable Energy Fund for Africa launched a green hydrogen program in April 2026, providing pre-investment financing of up to $20 million for three to five top-ranked projects selected across the continent, funded initially by the German government. The AfDB and JPMorgan also aligned on financing Africa’s green transition in April 2026. The SA-H2 blended finance platform raised R1.4 billion ($80 million) from Invest International and the European Commission in 2024, using a tiered capital structure specifically designed to absorb construction-stage risk and attract institutional investors into a sector that has historically struggled to reach financial close.
It is important to be honest about where the risks are, because green hydrogen in Africa is not a done deal despite the extraordinary resource endowment and the policy momentum.
The most significant challenge is offtake security. A project of the scale being developed in Namibia, South Africa, or Mauritania requires long-term purchase agreements with buyers who will commit to buying the hydrogen or ammonia at prices that make the capital investment viable. In September 2025, German utility RWE withdrew from a non-binding offtake memorandum of understanding with Hyphen Hydrogen in Namibia—a stark reminder that letters of intent and feasibility studies are not the same as bankable long-term contracts. Europe’s import demand is real, but the certification requirements, pricing mechanisms, and import infrastructure needed to actually connect African green hydrogen supply to European industrial buyers are still being built.
Infrastructure gaps compound the challenge. Producing hydrogen at scale requires enormous quantities of desalinated water, reliable renewable power, pipelines or shipping infrastructure for transport, and port facilities capable of handling liquid ammonia or hydrogen carriers. Many of the sites with the best renewable energy resources—Namibia’s Lüderitz coast and Mauritania’s Atlantic seaboard are far from existing industrial infrastructure. Building that infrastructure adds cost and time to projects that are already complex.
The community dimension matters too. South Africa’s green hydrogen ambitions have been projected to create up to 360,000 jobs by 2050, but those projections depend on major long-term investment and deliberate localization policies that ensure manufacturing, operations, and supply chain benefits accrue to South African communities rather than being captured by international contractors and equipment manufacturers. The communities in the Northern Cape and Eastern Cape, where many projects are concentrated, want to know that the green hydrogen economy will employ their people and invest in their infrastructure not simply export a resource through their territory.
The African Green Hydrogen Summit taking place in Cape Town in September 2026 reflects how seriously the continent’s policymakers and investors are treating this opportunity. The agenda—mobilizing capital for hydrogen infrastructure, advancing from pilot to commercial scale, developing export standards and certification pathways—maps exactly the set of problems that need to be solved over the next three to five years.
The bottom line is this: Africa has a genuine, large-scale, and commercially serious opportunity in green hydrogen that did not exist in the same form five years ago. The combination of Africa’s renewable energy resources, global decarbonization pressure, European import demand, and increasing Gulf and multilateral capital makes the sector’s growth trajectory real. What remains to be determined is how quickly the project pipeline can move from feasibility and engineering to actual financial close and construction and whether African governments can structure the policy and infrastructure environment to ensure that the value created in their countries stays there.
The continent that has historically exported raw resources and captured little of the downstream value has a chance, in green hydrogen, to do something different: to export a manufactured clean fuel, built with local labor, financed partly by local capital, and processed in African industrial zones. Whether that vision survives contact with the commercial and infrastructure realities of the next five years is the question the sector will answer.
