South Africa emerges as a potential secure producer, offering a strategic supply to Germany and beyond. Despite the promise, challenges persist in storing and distributing this renewable resource.
The Fraunhofer Society tackles these challenges head-on with the recently launched joint project, HySecunda, bringing together nine Fraunhofer institutes and the Fraunhofer Academy.
HySecunda sets out with ambitious goals — finding optimized solutions for the production, storage, and certification of green hydrogen. The project holds the key to unlocking South Africa’s potential as a major player in the global hydrogen market. Abundant renewable energy sources, including solar and wind, position the country as a prime candidate for clean and sustainable hydrogen production.
HySecunda goes beyond technological solutions. The consortium recognizes the importance of capacity building in the region. A comprehensive training and further education concept targets the specific needs of the 16-state Southern African Development Community (SADC region). This approach not only enhances local expertise but also fosters long-term cooperation.
The HySecunda project marks a pivotal milestone for the market ramp-up of green hydrogen and its derivatives. Dr. Klemens Ilse, group leader for materials diagnostics for H2 technologies at Fraunhofer IMWS, underscores the importance of supporting the production and use of green hydrogen in South Africa. With a total funding volume of around 15 million euros, the project receives support from the 7th Energy Research Program of the Federal Ministry of Education and Research.
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