Namibia has one of the ingredients investors usually spend years looking for: cheap renewable energy potential. The country has exceptional solar irradiation, strong wind resources, large areas of sparsely populated land and access to Atlantic shipping through Walvis Bay. That gives it a plausible route into solar, wind, green hydrogen, ammonia and other energy-intensive industries. But Jiří Rus, CEO of NEUMAN & ESSER, points to the problem that could matter more than the resources themselves: Namibia now has to prove that its green-energy projects can become businesses.
That means moving beyond the language of potential. Investors want projects with credible financial models, development teams, EPC partners and, most importantly, customers willing to buy the output. A giant solar or hydrogen project can look impressive on paper and still fail if nobody has committed to buying the electricity, hydrogen, ammonia or fertiliser at a price that makes the project work. This is the bankability test facing Namibia’s green ambitions. The question is no longer whether Namibia can produce green energy. It is whether someone will pay enough for it.
That also explains why Namibia’s shift toward green industrialisation matters. Exporting green hydrogen or ammonia would generate revenue, but processing minerals, producing fertiliser and manufacturing products locally could capture more value inside the country. Cheap renewable electricity could become an industrial input rather than simply another export commodity. The Dâures Green Fertiliser project, for example, is being developed around renewable-powered hydrogen, green ammonia and low-carbon ammonium sulphate fertiliser for local and regional markets. That is a very different proposition from simply shipping green molecules overseas.
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The infrastructure around these projects will determine how far that strategy can go. Large-scale green industry needs more than generation capacity. Namibia will need stronger transmission networks, reliable water supplies, potentially desalination, ports and logistics capable of handling new export industries. The Walvis Bay hydrogen project, combining a 5 MWp solar array, a 5 MW electrolyser, battery storage and a hydrogen filling station shows what an integrated system can look like at smaller scale. Scaling that model into an export and industrial platform is a much bigger challenge.
Namibia therefore faces a choice that many resource-rich African countries know well: export the resource or build an industry around it. Solar irradiation, wind and land give Namibia an unusually strong starting position, but natural advantages do not automatically create factories, jobs or competitive industries. The real test of its green-energy strategy will be whether renewable power can make fertiliser cheaper, minerals more valuable and manufacturing more competitive while giving investors projects with customers, contracts and returns they can actually finance. If Namibia gets that part right, green energy stops being an export story and becomes an industrialisation strategy.
