From March 25 to 27, 2026, the China International Hydrogen Energy and Fuel Cell Industry Exhibition (CIHC) was grandly held at the Beijing National Convention Center. Trina Solar Hydrogen's comprehensive photovoltaic-hydrogen storage-integrated solutions and core products, covering green hydrogen-based energy, hydrogen transportation, hydrogen metallurgy, and hydrogen energy storage across all scenarios, became a highlight of the exhibition. This also reflects the company's technical expertise, development capabilities, and global strategic planning in the field of green hydrogen production. It provides a practical and replicable comprehensive green energy solution for achieving global carbon neutrality goals.
At this exhibition, Trina Solar Hydrogen showcased alkaline and PEM electrolyzers, addressing the dual needs of large-scale hydrogen production and flexible adaptation scenarios. With core advantages such as low energy consumption, high stability, and long lifespan, these products became the focal point of the exhibition. They can efficiently adapt to intermittent renewable energy scenarios like photovoltaic and wind power, meeting the deployment requirements of large-scale solar and wind hydrogen production bases while also fitting into niche applications such as distributed energy and industrial decarbonization. These solutions provide robust technical support for integrated photovoltaic-hydrogen storage and hydrogen-ammonia-alcohol systems. Tailored solutions are offered for different application scenarios, catering to diverse usage needs.
Currently, Trina Green Hydrogen has entered a stage of rapid development, achieving dual breakthroughs in technology and industry through independent innovation capabilities. The company has formed a dual line technology layout for alkaline (ALK) and proton exchange membrane (PEM) electrolysis cells, with products covering the full power range of 50-3000 Nm ³/h. The core technical indicators have reached the leading level in the industry, and have passed multiple international certifications such as ISO and CE, with the ability to produce and deliver on a large scale. In terms of R&D investment, the company has established a professional hydrogen energy equipment R&D center, focusing on independent research and development of core components such as membrane electrodes and catalysts, continuously promoting technological iteration and cost reduction. Currently, the company has multiple core invention patents and has built a complete technological innovation system. In terms of industrial layout, the company has established a modern production base in China, achieving localized research and development, manufacturing, and testing of core equipment. At the same time, it has built an efficient supply chain system and after-sales service network, and established a subsidiary in Spain to provide rapid response and comprehensive technical support and services to domestic and foreign customers.
In terms of global layout, Trina Green Hydrogen is based in China and radiates globally, actively expanding the international market. Currently, it has established offices and cooperation points in rapidly developing hydrogen energy industries such as Europe, the Middle East, and Southeast Asia, and has established deep cooperative relationships with energy enterprises, chemical enterprises, and research institutions in multiple countries and regions around the world to promote the international application of core products and integrated solutions for solar hydrogen storage and hydrogen ammonia alcohol. To assist Europe in achieving its industrial decarbonization goals, build large-scale green hydrogen bases in the Middle East, and implement distributed green hydrogen projects in Southeast Asia, gradually building a global marketing, service, and cooperation network, committed to becoming a leading global provider of green hydrogen preparation solutions. In the future, Trina Green Hydrogen will continue to deeply cultivate the field of green hydrogen preparation, increase research and development investment, improve technology layout, enhance product competitiveness, further expand the global market, deepen international cooperation, rely on Tianhe Group's ecological advantages, promote the cost reduction and large-scale application of green hydrogen, and help achieve global energy transformation and carbon neutrality goals.
