Committed clean hydrogen investment exceeds $130 billion across 570 projects
Committed investment in clean hydrogen projects now exceeds $130 billion, covering more than 570 initiatives with 6.9 million tonnes of annual capacity. The project pipeline is expanding rapidly, but a five-million-tonne gap between policy-backed and potential demand remains a major obstacle to bankable supply.
Investment passes $130 billion
Committed global investment in clean hydrogen has exceeded $130 billion, equivalent to €111.82 billion at the current exchange rate, according to El Español, citing the Hydrogen Council’s Global Hydrogen Compass 2026. The commitments cover more than 570 projects with combined annual production capacity of 6.9 million tonnes. About 90% of those initiatives are under construction or already operating, indicating that most of the identified pipeline has moved beyond the announcement stage.
The report, prepared by the Hydrogen Council with McKinsey & Company and input from about 70 international chief executives, says operational clean hydrogen capacity has almost doubled over the past year. It expects capacity to double again in 2027 as projects under development begin production. The figures show rapid growth in physical supply, but they do not by themselves establish whether plants will secure buyers at prices capable of supporting their capital and operating costs.
China leads renewable hydrogen capacity
China remains the world’s largest renewable hydrogen market, accounting for more than half of globally committed capacity and 90% of the new operating capacity added since 2025. Europe ranks second and leads by number of projects, while its committed investment has grown by 35% since 2025. The United States, meanwhile, represents approximately 75% of committed global capacity for low-carbon hydrogen and ammonia, a category that differs from renewable hydrogen and therefore overlaps with the regional figures on a different basis.
This concentration places China, Europe and the United States at the centre of equipment demand, project financing and the formation of future hydrogen and ammonia supply chains. It also means that policy changes in these three markets can affect the pace of global capacity additions. The Hydrogen Council says hydrogen has gained additional strategic significance as governments respond to geopolitical tensions by pursuing security of supply, economic resilience and industrial competitiveness alongside decarbonisation.
Demand support trails the project pipeline
Demand is the central constraint. Existing policies could mobilise potential clean hydrogen demand of 11 million tonnes annually by 2030, but only about six million tonnes are currently supported by measures that have been approved and entered into force. That leaves roughly five million tonnes of annual demand still to be secured. The industry is calling for incentives, consumption obligations and robust carbon-pricing mechanisms that would give prospective buyers clearer economic signals.
The gap matters to producers, lenders and prospective offtakers because production capacity becomes bankable only when projects can demonstrate dependable revenue. Infrastructure is another condition for commercial scale: hydrogen and its derivatives require connections between production sites and industrial users, as well as suitable storage and transport systems. The report therefore warns that market expansion depends on the effective implementation of public policy and deployment of the required infrastructure, not solely on investment commitments.
Europe seeks larger projects and lower import dependence
Moeve chief executive Maarten Wetselaar called for greater European regulatory ambition to support large-scale projects. He said the transposition of the EU’s RED III directive was moving in the right direction for demand creation but remained insufficient to meet decarbonisation objectives and strengthen European energy independence. Moeve plans to lay the first stone on September 17 for a 300-megawatt renewable hydrogen plant in Huelva, the first phase of the Andalusian Green Hydrogen Valley.
A separate report by Moeve and PwC estimates that renewable hydrogen, second-generation biofuels and biomethane could reduce Europe’s external energy dependence from 57% in 2024 to 28% in 2040. These green molecules could supply as much as 50% of current European fossil-fuel demand in 2050, account for nearly one-third of the region’s energy mix and cut carbon dioxide emissions by 22%. The report argues that the additional cost declines along the value chain: shipping a €100 pair of trainers from Asia to Europe using renewable fuels would add about €0.50 to the final price. Both studies identify faster investment, stable regulation and public-private cooperation as necessary conditions for turning announced capacity into commercially viable supply.
