From catalyst to membrane electrode, the core technology of the entire stack is independently controllable.
Three major series, three positioning options, flexible configuration. Parameters can be customized and the entire process can be traced.
SHINE-HYDROGEN · Kunpeng Series
Designed for high-current-density, long-life, and demanding operating conditions, this series is ideal for wind-and-solar hydrogen production, industrial green hydrogen, and hybrid hydrogen systems that require top-tier performance.
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SHINE-HYDROGEN · Baize Series
Balancing performance, durability, and precious-metal usage, this series is built for cost-sensitive large-scale applications such as wind-and-solar hydrogen production and distributed energy.
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SHINE-HYDROGEN · Lushu Series
Using ultra-low-iridium materials and domestic supply solutions, this series lowers adoption barriers for hydrogen-rich water systems, hydrogen-powered two-wheelers, and compact consumer devices.
View SeriesBuilt on high-current-density, wide-load, long-life membrane-electrode technology, our solutions unlock off-grid hydrogen production without dedicated storage, maximize renewable-power utilization, and accelerate cost-effective green hydrogen deployment.
From Science to GW level production lines, we use verifiable data to build a trust bridge from the laboratory to commercialization.
Values, positioning, and vision: building long-term trust through technological innovation and reliable delivery.
Focused on the R&D, production, and manufacturing of PEM catalysts and membrane electrodes, as well as customized technical services and testing solutions.
Leading green hydrogen technology and empowering a zero-carbon future.
To become a global leader in PEM water electrolysis hydrogen production technology, enabling the large-scale, low-cost application of green hydrogen and deep industrial decarbonization.
Stay informed about the latest developments in the green hydrogen industry through company updates, industry perspectives, and technical whitepapers.
2026年9月，山海氢团队赴日本东京，参加全球氢能行业规模最大的专业展会之一——H₂ & FC EXPO 2026（氢能燃料电池展）秋季展，并同步走进东京氢能源情报馆、丰田会馆及东邦燃气能源馆，对日本氢能应用端—制备端—产业链进行了深入参与。
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摘要 质子交换膜（PEM）电解水制氢是绿氢规模化的重要技术路线，但其阳极催化剂高度依赖贵金属铱。中国铱资源几乎完全依赖进口，全球铱供给高度集中于南非，市场担忧铱可能成为PEM电解水产业扩张的“卡脖子”环节。本文首先系统分析铱的资源基本面、PEM电解水对铱的需求逻辑及传统铱负载下的潜在供给缺口，进而重点剖析以山海氢为代表的中国企业在低铱负载和铱回收方面的突破路径。分析表明，铱在传统技术路线下确实构成资源约束，但随着原子级均分散多金属合金氧化物催化剂、嵌入式催化剂等低铱技术的突破，铱负载已从2
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