2026 China International Hydrogen Energy and Fuel Cell Conference
Prospects for hydrogen-based energy and hydrogen internal combustion engines
Summary
The 10th (2026) SNEC H2+ International Hydrogen Energy and Fuel Cell Conference (Shanghai) was held from June 2nd to 4th, 2026. The event was organized by organizations including the Global Green Energy Industry Council (GGEIC), the New Energy Industry Association for Asia and the Pacific (NEIAAP), the Hydrogen Energy Technical Committee of the China Renewable Energy Society (CRES), the China Electric Power Construction Association (CEPCA), the Shanghai Hydrogen Energy Utilization Engineering Technology Research Center, and the SNEC PV, Storage and Hydrogen Energy Alliance. Concurrently, the SNEC ES+ 2026 International Energy Storage Conference and the SNEC PV+ 2026 International Photovoltaic Conference were also held.
The theme of the Conference was "Hydrogen Energy, Hydrogen Technology, Hydrogen Society." The program included an opening ceremony and keynote forum, a forum on advanced hydrogen energy technologies, and a leaders' dialogue.
MarkLines participated in this Conference's keynote forum, "Green Hydrogen-Based Energy Forum: Exploring Global Trends and Commercial Applications." This report covers the keynote addresses by representatives of SunHydro Group, titled "Energy Vision and the Fusion Development of the Hydrogen-based Energy Industry," and Yuchai Machinery, titled "Key Technology R&D and Industrialization of High-Performance Heavy-Duty Hydrogen Internal Combustion Engines."
In his opening remarks at the forum, Mr. Guanghong ZHENG of the Shanghai Municipal Commission of Science and Technology pointed out that hydrogen-based energy sources such as green hydrogen, green ammonia, green methanol, and sustainable aviation fuel (SAF) are becoming strategic options for major global economies to deepen their decarbonization efforts. It was stated that the global hydrogen energy industry is currently at a critical stage of transitioning from technology demonstration (i.e., proof of concept) to large-scale deployment and commercialization. Going forward, it will be necessary to further integrate the entire value chain, including technology R&D, product validation, scenario application, and industrialization and adoption, and accelerate the commercial implementation of green hydrogen and hydrogen-based energy, thereby contributing to the energy transition and the achievement of the “dual carbon” goals.
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