China’s Hydrogen Economy Five Years On

Five years after Ifri published “Prospects for a Hydrogen Economy with Chinese Characteristics”, China has moved from hydrogen enthusiasm to a more structured, state-guided phase of industrial deployment. The shift is now reinforced by the 15th Five-Year Plan (FYP) cycle. The 2026 China Hydrogen Development Report provides a clearer 2025 baseline: total hydrogen production capacity exceeded 51 million tons (Mt)/year, and output exceeded 39 Mt, while commissioned renewable-hydrogen capacity exceeded 250,000 tons (t)/year and accounted for more than half of global renewable-hydrogen capacity. The market remains overwhelmingly fossil-based: coal-derived hydrogen output was about 23 Mt, natural-gas hydrogen about 7.9 Mt and industrial by-product hydrogen about 7.7 Mt.

The 15th FYP changes the policy framework. Renewable-energy hydrogen production scale is to reach 2 Mt by 2030, roughly eight times the 2025 commissioned renewable-hydrogen capacity.  This is an indicative policy benchmark rather than a binding obligation, and its success will depend on demand-side policy, credible offtake, project economics and carbon-accounting rules.

The key question is now as much economic as technological: who will pay for the green molecules? China’s existing industrial hydrogen demand can physically absorb 2 Mt of renewable hydrogen, but that does not make the target automatically bankable. Bankability will depend on credible offtake, subsidies or performance-based rewards, green-product premiums, robust carbon accounting, and whether state-owned and private-sector buyers are willing, or required, to replace cheaper captive fossil hydrogen with higher-cost clean hydrogen.

This target is ambitious but should be read with care. It is a scale target, not proof of actual production, high utilization or fossil-hydrogen displacement. This paper argues that China’s hydrogen strategy is best understood as a green hydrogen-ammonia-methanol and industrial-substitution strategy: green molecules are intended to convert low-cost renewable electricity into chemical feedstocks, shipping fuels and industrial inputs, while Chinese equipment suppliers seek to translate scale into global competitiveness. The main risks are not technological impossibility, but grey-hydrogen lock-in, capacity without utilization, weak carbon accounting, storage and transport bottlenecks, water and ecological constraints, and geopolitical fragmentation of hydrogen standards and clean-technology supply chains.

China’s strongest position is in alkaline electrolyzers, engineering execution, renewable-energy equipment and scale manufacturing. Its weaker links remain high-end Proton Exchange Membrane (PEM)/Solid Oxide Electrolysis Cell (SOEC) materials, long-distance logistics, liquid hydrogen, fuel-cell components, carbon accounting and international certification.

For international observers, the question is no longer whether China can build hydrogen projects. It can. The test is whether the 15th FYP can convert scale into verified production, bankable demand, credible carbon intensity and real displacement of fossil hydrogen.