en.Wedoany.com Reported - On June 3, the SNEC PV+ 19th International Solar Photovoltaic and Smart Energy & Energy Storage and Battery Technology and Equipment Conference and Exhibition opened at the Shanghai National Exhibition and Convention Center. Trina Green Hydrogen, together with Trina Group, showcased innovative hydrogen-ammonia-methanol solutions and core equipment, demonstrating its integrated photovoltaic-storage-hydrogen overall solution capabilities.
Since launching the Tianqing series of alkaline hydrogen production equipment in 2022, Trina Green Hydrogen has continuously conducted in-depth research and iteration on ALK electrolyzers. The second-generation products achieve technological upgrades across five dimensions—R&D, testing, production, quality inspection, and after-sales service—while maintaining low energy consumption. By improving the internal structure of the electrolyzer cell, self-inspecting raw materials, introducing intelligent quality inspection systems, and refining the after-sales service system, a complete delivery process has been established. The implementation of multiple projects has validated the entire chain from preliminary consultation, product customization, production supervision, factory testing, to standardized construction, earning recognition from domestic and international customers.
In the actual operation of large-scale green hydrogen projects, issues such as excessive hydrogen in oxygen under low-load conditions of electrolyzers and performance degradation leading to increased power consumption are urgent problems to be addressed. At the exhibition site, Senior Solution Engineer Ba Haitao explained that the second-generation Tianqing series hydrogen production equipment from Trina Green Hydrogen effectively improves the fundamental performance of electrolyzers by optimizing flow channels, selecting high-performance raw materials, and combining simulation with actual measurement verification. The established empirical testing platform can meet factory testing requirements and also simulate wind-solar power curves to verify the adaptability of electrolyzers. Additionally, it collaborates with upstream and downstream enterprises, design institutes, and research institutions to jointly tackle R&D challenges in the green hydrogen industry.
During the exhibition, Trina Green Hydrogen signed a comprehensive strategic cooperation agreement with the Nanjing Institute of the Fifth Electronics Research Institute of the Ministry of Industry and Information Technology (Nanjing Saibao Industrial Technology Research Institute Co., Ltd.). Dr. Bian Tiezheng, Head of the Photovoltaic-Storage-Hydrogen Solutions at Trina Green Hydrogen, Lyu Hongqiang, Head of Strategy & Marketing, Yan Shitan, Director of the Technology Center at Nanjing Saibao, and Sheng Wei, Deputy Director of the Science and Technology Quality Department, jointly attended the signing ceremony.
As a provider of water electrolysis hydrogen production equipment and integrated photovoltaic-storage-hydrogen system solutions, Trina Green Hydrogen's integrated photovoltaic-storage-hydrogen empirical testing center possesses research conditions for conducting tests on alkaline electrolyzers, hydrogen production systems, photovoltaic off-grid hydrogen production, and system operation under renewable energy fluctuation conditions. Relying on the China Saibao Laboratory's expertise in reliability evaluation, environmental adaptability testing, inspection and evaluation, standard research, and quality technical services, Nanjing Saibao Industrial Technology Research Institute Co., Ltd. has capabilities in inspection and evaluation, witness testing, reliability evaluation, technical consulting, standard research, and quality system services.
The two parties will focus on the high-quality development needs of the photovoltaic-storage-hydrogen industry, deeply collaborating across five major areas: joint construction of comprehensive photovoltaic-storage-hydrogen testing platforms, joint research on cutting-edge technologies, product inspection and evaluation, industry standard formulation, and full-chain industrial technical services. Through a strong alliance model of "industry leader + authoritative scientific research and testing institution," they aim to fill the gaps in testing and verification of photovoltaic-storage-hydrogen equipment, promoting the standardization, scaling, and internationalization of green hydrogen equipment.
The implementation of this strategic cooperation marks another important benchmark for the collaborative synergy of industry, academia, research, and testing in China's photovoltaic-storage-hydrogen industry chain. By leveraging the joint construction of testing platforms, the two parties will continuously output standardized testing results and cutting-edge technologies, helping Trina Green Hydrogen accelerate global project delivery and new product iteration, while empowering the entire industry chain's technological upgrade. This will solidify the testing and standard foundation for the standardization and globalization of China's integrated photovoltaic-storage-hydrogen industry, supporting the steady realization of the dual carbon goals.
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