GEA Hydrogen Research Institute Visits Changzhou Xingran Technology for a Field Study—Jointly Exploring New Pathways for the Industrialization of PEM Water‑Electrolysis Hydrogen‑Production Equipment

Recently, Yang Zhenkun, Director of the External Relations Department at the Hydrogen Energy Industry Research Institute of the Green Energy Industry Development Promotion Association (GEA Hydrogen Energy Research Institute), led a delegation to Changzhou Xingran Technology Co., Ltd. (hereinafter referred to as “Xingran Technology”) for an in-depth field visit. The two parties discussed… Breakthroughs in core PEM water electrolysis technology, large-scale production capacity development, and commercial deployment of off-grid hydrogen production. Participants engaged in comprehensive discussions on topics such as the coordinated development of the hydrogen energy industry chain and reached important consensus on deepening industry–university–research collaboration, advancing the formulation of industry standards, and accelerating the commercial deployment of the green hydrogen sector.

Zang Bo, Sales Director of Xingran Technology, accompanied the research delegation on a site visit to the company’s facility located in the Wujin National High-Tech Industrial Development Zone. Asia’s largest smart manufacturing base for PEM hydrogen production equipment This modern factory, spanning 26,000 square meters and representing a total investment of 150 million yuan, is equipped with world-class intelligent manufacturing technologies—including ultrasonic coating, automated dispensing, and smart inspection systems—enabling full-process automation across machining, assembly, and testing. With a daily production capacity of three megawatt‑scale electrolyzer units, its annual output can reach up to 1 GW. The research delegation gained an in-depth understanding of the end-to-end production process, from core components such as membrane electrodes to complete unit assembly, and commended Xingran Technology for… In-house R&D across the entire industry chain, standardization of process parameters, and modular production. The three major breakthroughs have been highly commended for advancing PEM hydrogen‑production technology from laboratory R&D to the capability of large‑scale mass production.

During the research symposium, General Manager Zang briefed the GEA Hydrogen Energy Research Institute on the company’s development journey and core strengths. Founded in 2021, Xingran Technology focuses on the R&D and manufacturing of PEM water electrolysis hydrogen production equipment and has already mastered… Nanostructured iridium oxide catalysts, membrane electrodes, bipolar plates, and the complete electrolyzer stack. with full-chain, independently owned intellectual property. Its core product, a 250 Nm³/h PEM electrolyzer, features Second-level response speed , which can seamlessly accommodate the volatility of renewable energy sources such as wind and solar power; uniquely designed 40℃–45℃ low-temperature operation technology , significantly extending equipment lifespan to over 60,000 hours, with hydrogen production efficiency reaching as high as 75%–86%. Thanks to its remarkable… Cost advantage (With product costs approximately 50% lower than the industry average) and robust delivery capabilities, the company aims to rank among the top nationwide in market share by 2025 and has already won a bid as a core consortium member. The World’s Largest Off-Grid Hydrogen Production Project — the Gemeng Yihe–Chahar Right Front Banner Wind–Solar–Hydrogen Integrated Project , providing 28 hydrogen production systems.

Director Yang expressed high appreciation for the technological and commercial achievements that Xingran Technology has attained in a short period of time. He stated that the GEA Hydrogen Energy Research Institute, as a comprehensive industry think tank platform, has long been committed to… Industry chain research, policy recommendations, resource matchmaking, and standard-setting Currently, PEM-based hydrogen production, owing to its compatibility with renewable energy sources, is emerging as a key breakthrough for the green hydrogen industry. However, it continues to face common industry challenges, including achieving technological self-reliance, ensuring stable large-scale mass production, and reducing costs. Xingran Technology, as… A benchmark enterprise in domestically produced PEM equipment. Its technological roadmap and industrialization model hold significant reference value for the industry.

Director Yang stated that the research institute will fully leverage its platform and resource advantages, and in the future will deepen cooperation with Xingran Technology in three key areas: first, Technical Collaboration , jointly advancing the iterative development of core PEM hydrogen‑production technologies, the R&D of high‑power electrolyzers, and the establishment of industry standards; secondly, Resource Matching , helping enterprises connect with major energy groups, local governments, and international partners to expand application scenarios such as wind‑solar‑hydrogen production and industrial hydrogenation; thirdly, Industry Promotion Through the institute’s platform, we will promote Xingran Technology’s cutting-edge technologies and successful case studies, thereby advancing the large-scale deployment of domestically produced hydrogen‑energy equipment and its international expansion.

General Manager Zang expressed his gratitude to the GEA Hydrogen Research Institute for its recognition and support. He stated that the company is accelerating technological innovation and capacity expansion, developing electrolyzer products with even greater single-unit capacities, and actively pursuing overseas market opportunities. He looks forward to working closely with the GEA Hydrogen Research Institute, Break down barriers between industry, academia, research, and application. , jointly tackle key industry‑wide common technologies, and contribute core strength to the high‑quality development of China’s hydrogen energy sector and the achievement of the “dual carbon” goals.

This research initiative represents a key step for the GEA Hydrogen Research Institute in deepening its engagement across the hydrogen energy value chain and serving leading enterprises in the sector. By forging close partnerships with industry‑leading companies, the Institute will gain a more precise understanding of market dynamics, providing forward‑looking, actionable research support for government policymaking, industry planning, and corporate development—thereby helping China’s hydrogen energy sector accelerate its transition to a new phase characterized by scale, self‑reliance, and global competitiveness.