Namibia is positioning its green hydrogen strategy alongside China’s 15th Five-Year Plan for 2026 to 2030, signaling a shift from project-level cooperation toward broader industrial alignment.
According to Zivayi Chiguvare of the Namibia Green Hydrogen Research Institute at the University of Namibia, this policy convergence could unlock access to technology transfer, financing, and workforce development at a scale not yet achieved in the country’s energy transition.
China’s planning framework places strong emphasis on renewable energy expansion, green development, and industrial innovation, all of which directly intersect with Namibia’s ambitions to develop a large-scale hydrogen economy. The implication is structural rather than incremental, suggesting that future cooperation could extend beyond isolated investments into integrated supply chains and long-term industrial capacity building.
Namibia’s hydrogen strategy is underpinned by its abundant solar and wind resources, which provide a favorable foundation for renewable-powered hydrogen production. However, resource availability alone does not translate into industrial readiness. The country currently lacks domestic manufacturing capacity across key segments of the hydrogen value chain, including electrolyzers, desalination systems, ammonia synthesis units, and storage infrastructure.
This gap introduces a critical constraint. While Namibia can generate renewable energy at scale, the absence of local manufacturing increases reliance on imported technologies, raising costs and limiting value capture within the domestic economy. China’s established position in renewable manufacturing and large-scale deployment presents a potential solution, particularly if partnerships are structured to include local capacity development rather than purely equipment supply.
Existing cooperation provides early evidence of this dynamic. The Hyphen Hydrogen Energy project, a multi-billion-dollar initiative, aims to produce green hydrogen and ammonia at scale, positioning Namibia as a potential exporter to global markets. Chinese companies have already played a visible role in advancing such projects, contributing technology and engineering expertise.
While these developments indicate progress, they also highlight the current model’s limitations. Large-scale projects tend to concentrate investment and technical knowledge within specific sites, leaving broader industrial ecosystems underdeveloped. Chiguvare’s assessment suggests that aligning with China’s policy priorities could help transition from isolated flagship projects to a more distributed industrial base.
The economics of green hydrogen production remain closely tied to renewable energy capacity. Large solar photovoltaic installations are required to achieve cost-competitive hydrogen output, particularly in export-oriented models. Namibia’s ability to scale these installations will directly influence production costs and overall project viability.
China’s experience in deploying large-scale solar infrastructure is therefore relevant not only from a technology standpoint but also in terms of execution speed and cost optimization. However, reliance on external expertise introduces questions around long-term autonomy and the extent to which local industries can internalize these capabilities over time.
Beyond infrastructure and technology, human capital represents a significant constraint. Namibia currently faces a shortage of skilled labor across the hydrogen value chain, from engineering and system design to operations, maintenance, and logistics. Addressing this gap is essential for sustaining long-term sector growth.
Chiguvare emphasizes the need for comprehensive skills development, including training for artisans, technicians, and scientists. Partnerships between Namibian and Chinese institutions could support this effort through joint training programs, curriculum development, and specialized courses. Such initiatives would aim to embed technical expertise locally rather than relying indefinitely on external contractors.
