CITIC SEC: New pilot city clusters approved, the hydrogen energy industry is expected to usher in accelerated industrialization.

CITIC SEC released a research report stating that according to the Hydrogen Cloud Chain WeChat public account, on August 15, 2026, the Ministry of Industry and Information Technology, the Ministry of Finance, and the National Development and Reform Commission issued a notice, agreeing in principle to carry out a four-year hydrogen energy comprehensive application pilot in five city clusters including Beijing-Tianjin-Hebei. If the report is accurate, this approval officially establishes the responsible entity for central financial subsidies, marking a transition from application selection to organizational implementation for the hydrogen energy comprehensive application pilot that started in March. The bank believes that during the 14th Five-Year Plan period, the hydrogen energy industry is expected to accelerate its industrialization. It is optimistic about the role of policy implementation in promoting hydrogen for industrial use, green ammonia, hydrogen production equipment, and fuel cell vehicles. CITIC SEC's main points are as follows: Event: The hydrogen energy comprehensive application pilot in five major city clusters has been officially approved, and the subsidy policy has transitioned from institutional design to organizational implementation. According to the Hydrogen Cloud Chain WeChat public account, on August 15, 2026, the Ministry of Industry and Information Technology, the Ministry of Finance, and the National Development and Reform Commission issued a notice, agreeing in principle to the pilot work plans for five city clusters: Beijing-Tianjin-Hebei, the Greater Bay Area, Northeast (including eastern Inner Mongolia)Yangtze River Delta, XinjiangChengdu-Chongqing economic circle, and the Yellow River curveCentral Plains, with a pilot period of four years. If the report is true, this approval further clarifies the work requirements from the perspectives of local organization and fund management. 1) At the local level, each city cluster needs to strengthen overall coordination according to the submitted plans, introduce supporting policies, implement local reward funds, and accelerate progress in technology equipment breakthroughs, hydrogen energy projects in the industrial sector, promotion of fuel cell vehicles, and hydrogen station construction, as outlined in the four lists. They must also avoid low-level repeated construction through annual self-evaluation and performance management. 2) At the funding level, central government reward funds must be allocated promptly according to regulations, focusing on reducing hydrogen costs and passing these savings to the end product consumption stage. For city clusters where pilot progress falls short of expectations or where local reward funds are not allocated in a timely manner, the central government may reduce or suspend rewards as deemed appropriate. Related funds cannot be used for balancing budgets or repaying government debts. The bank believes that following the announcement in March, this approval officially confirms the pilot entities, with a central financial subsidy framework of up to 8 billion yuan entering the execution phase. Under the influence of policy, the hydrogen energy industry is expected to experience accelerated industrialization. Shifting from fuel cell vehicle demonstration to comprehensive application, the collaborative logic among city clusters is further strengthened. The previous round of fuel cell vehicle demonstration city clusters included five clusters: Beijing-Tianjin-Hebei, Shanghai, Guangdong, Hebei, and Zhengzhou, with policies focusing on promoting fuel cell vehicles, breakthroughs in key component technologies, and hydrogen supply for vehicles. The new round of pilots further covers four categories: breakthroughs in hydrogen energy technology equipment, hydrogen energy projects in the industrial sector, promotion of fuel cell vehicles, and hydrogen station construction. It also incorporates the diverse scenarios proposed in the March policies, such as green ammonia, hydrogen-based chemical raw material substitution, hydrogen metallurgy, hydrogen combustion, and innovative applications, expanding the policy support scope from primarily transportation to comprehensive industrial and transportation applications. Moreover, the new round of pilots highlights cross-regional collaboration between resource-producing areas, equipment manufacturing locations, and end consumption regions, exploring an industrial organizational model that connects green hydrogen production, conversion, and consumption. Strengthening local coordination and funding allocation constraints aims to enhance project collaboration and policy transmission efficiency. This round of pilot city clusters is more dispersed and involves more hydrogen energy industry segments. The policy establishes clear divisions of labor through pre-application submissions, rewards calculated based on actual hydrogen consumption scales, and annual evaluations to constrain potential redundant construction and inefficient investments. On the other hand, this round of policies increases funding pre-allocation arrangements after approval and further requires timely disbursement of both central and local reward funds. It links inadequate local funding to reductions or suspensions of central rewards, which is expected to shorten the chain for fiscal funds to be transmitted to project construction and end consumption. As specific projects and funds gradually materialize, the benefits for the industry chain are likely to extend from policy expectations to aspects such as increased equipment orders and accelerated project construction. Risk factors: Local implementation plans and project lists may not materialize as expected; pilot annual assessment results and actual reward amounts may fall below expectations; construction of hydrogen projects and promotion of fuel cell vehicles may not meet expectations; the pace of cost reduction for key hydrogen energy equipment may be slower than anticipated; and there are operational safety risks associated with hydrogen projects.