Green hydrogen projects globally are increasingly constrained not by ambition but by bankability, with early-stage development costs often preventing projects from reaching financial close. The African Development Bank is attempting to address that gap through a new continent-wide program designed to unlock project pipelines before large-scale capital is committed.
Launched under the Sustainable Energy Fund for Africa, the initiative will allocate up to $20 million in pre-investment financing to support three to five projects. Backed initially by the Germany and approved at the end of 2025, the program reflects a targeted intervention in one of the most persistent bottlenecks in hydrogen development: the transition from concept to investment-ready infrastructure.
Green hydrogen projects typically require capital expenditures ranging from hundreds of millions to several billion dollars, depending on scale, location, and integration with renewable generation and export infrastructure. Yet before reaching that stage, developers face significant upfront costs tied to feasibility studies, engineering design, and financial structuring.
These early-stage requirements can account for a relatively small share of total project cost but carry disproportionately high risk. Without clear revenue visibility or policy support, private investors are often reluctant to fund development phases, resulting in stalled pipelines despite strong theoretical potential.
The SEFA program is structured to intervene precisely at this stage. By offering reimbursable grants for feasibility studies, front-end engineering design, procurement planning, and transaction advisory, the fund aims to de-risk projects sufficiently to attract larger pools of private capital.
The program’s scale remains limited relative to the size of the opportunity. With only three to five projects expected to receive funding, the initiative prioritizes depth over breadth, focusing on projects with the highest likelihood of reaching financial close.
Selection will be based on technical feasibility, commercial viability, and alignment with national and regional energy strategies. This competitive approach reflects a broader trend in development finance, where scarce catalytic capital is directed toward projects that can demonstrate scalability and replication potential.
However, the limited number of supported projects also underscores a structural challenge. Africa’s hydrogen ambitions span multiple countries, including Morocco, Namibia, Egypt, and South Africa, each pursuing large-scale export-oriented strategies. A $20 million facility, while targeted, addresses only a fraction of the development pipeline required to establish a competitive global position.
Africa’s positioning in the hydrogen economy is anchored in its renewable resource base. High solar irradiation and wind potential provide the foundation for low-cost electricity, which is a critical input for electrolysis. Proximity to European and Asian markets further strengthens the case for export-oriented production.
Yet resource availability alone does not guarantee competitiveness. Hydrogen production requires integrated infrastructure, including electrolyzers, water supply systems, storage facilities, and transport networks such as pipelines or port terminals for ammonia and other derivatives.
In many African markets, these systems are either underdeveloped or entirely absent. This creates a mismatch between theoretical production potential and practical deployment capability. The SEFA program attempts to narrow this gap by supporting early-stage planning, but large-scale infrastructure investment will remain a prerequisite for market entry.
The AfDB frames green hydrogen not only as a decarbonization tool but also as a pathway to industrial development. Hydrogen value chains extend beyond production into processing, storage, transport, and downstream applications such as fertilizers, synthetic fuels, and green steel.
For African economies, this creates an opportunity to capture more value domestically rather than exporting raw resources. However, realizing this potential depends on coordinated industrial policy, workforce development, and access to technology.
Dr. Daniel Schroth, director of renewable energy and energy efficiency at AfDB, highlighted hydrogen’s role in enabling new industrial ecosystems. This aligns with broader development goals, including job creation and economic diversification.
At the same time, global competition is intensifying. Regions with established industrial bases and stronger policy support may capture higher-value segments of the hydrogen economy, leaving resource-rich regions focused on upstream production unless deliberate strategies are implemented.
The application process, opening in April 2026 and closing in May, will test developer appetite and project readiness across the continent. Only a small subset of proposals will advance, providing an early indication of which projects can meet the technical and commercial thresholds required.
