重磅！第五届H₂-Eco国际氢生态年会日程安排全新发布！

Core Viewpoint - The hydrogen energy industry in China is transitioning from pilot exploration to significant breakthroughs, with notable advancements in technology, industrial chain construction, and application expansion, while facing challenges such as cost control and standardization [9][11]. Event Overview - The 5th Hydrogen Ecosystem International Conference will take place from October 27 to 29, 2025, at the Daxing International Hydrogen Energy Demonstration Zone, focusing on the theme "Breaking Barriers, Fostering Synergy: The Path to Advancement for the Hydrogen Industry" [10][11]. - The conference aims to create a high-level platform for discussing new opportunities and challenges in the hydrogen industry, sharing technological achievements, and promoting collaboration across the industrial chain [8][11]. Activities and Structure - The event will feature a three-day format, including an open day, roadshows, keynote speeches, and roundtable discussions, enhancing participant engagement and value [12][13]. - Keynote speeches will address domestic practices in hydrogen technology commercialization and international perspectives on global green hydrogen trade [14][18]. Organizational Structure - The conference is organized by the Daxing District People's Government, the Daxing International Hydrogen Energy Demonstration Zone, and the International Hydrogen Fuel Cell Association, with support from various institutions and media [6][7]. Achievements and Innovations - The National Hydrogen Fuel Cell Vehicle Quality Inspection and Testing Center will release its full chain testing service, which covers all stages of testing and shortens testing time by 30% [24]. - Several cooperation agreements will be signed to establish a green methanol-hydrogen energy chain and address hydrogen storage and transportation challenges [25][27]. Application Scenarios - A new benchmark for multi-energy complementarity in high-altitude and cold regions will be released, showcasing innovative applications of hydrogen energy [28].