2026: Pivotal Year for Scaling China's Hydrogen Industry

2026 is seen as a pivotal year for China’s hydrogen industry to scale up. On March 31, construction officially began on the “National Hydrogen Industry Chain Security Capability Building—Pilot Validation and Industrialization Platform for Core Materials and Equipment,” led by the Guangzhou Hydrogen Fuel Cell Industry Innovation Consortium, marking an acceleration in industrial advancement. By the end of 2025, China had sold nearly 40,000 hydrogen fuel cell vehicles cumulatively and built 574 hydrogen refueling stations with a daily refueling capacity exceeding 360 tons—both figures ranking first globally. Green hydrogen production capacity reached approximately 250,000 tons, with a number of industrial projects already operational, achieving an initial breakthrough from “zero to one” in the hydrogen industry. During the 14th Five-Year Plan period (2021–2025), China has established a relatively complete hydrogen industry chain and supply chain. Currently, many regions across China are leveraging their resource endowments and industrial foundations to form a promotion framework characterized by “city clusters leading the way, regional collaboration, and diversified application scenarios.” The Beijing-Tianjin-Hebei fuel cell vehicle demonstration city cluster has completed its first round of demonstration tasks and preliminarily established a hydrogen industry system, while progress varies among other demonstration clusters. In 2025, the global hydrogen industry entered a phase of policy adjustment and divergence. Policy uncertainty increased in Europe and the U.S., weighing on market expectations, while Japan continued advancing its hydrogen society strategy and South Korea refined its subsidy mechanisms. In contrast, China has consistently reinforced its strategic positioning for hydrogen development and continuously improved its policy framework, becoming the primary driver of global industry growth. China’s hydrogen industry in 2025 exhibited three defining characteristics: “intensified competition,” “transformation,” and “innovation.” “Intensified competition” refers to slowing growth in hydrogen production capacity and fiercer rivalry in the fuel cell sector; “transformation” reflects shifts in demonstration applications, policy orientation, and investment priorities; and “innovation” manifests in new policy mechanisms, technological pathways, and application scenarios. Entering 2026, renewable-energy-based hydrogen production projects will come online en masse, boosting green hydrogen supply capacity and lowering production costs, thereby reshaping hydrogen consumption patterns. Industrial and power generation sectors are expected to emerge as new growth engines and investment hotspots. In transportation, 2026 could mark the inaugural year of hydrogen commercialization, with fuel cell vehicle sales projected to rise and technology demonstration scopes further expanded. With the launch of integrated hydrogen application pilots, the industry is entering a critical phase of scaling up, requiring coordinated efforts across the fuel cell vehicle value chain to bridge the “last mile” toward full commercialization.