With global green hydrogen demand surging, power conversion modules have become pivotal in enabling large-scale hydrogen production.
Recent forecasts show the green hydrogen market is expected to exceed USD 12 billion by 2025, with rapid growth driven by cheaper renewable electricity and improved electrolyzer technologies.
In hydrogen electrolyzer systems, AC-DC modules convert grid AC power into stable DC for the electrolyzer cells, providing precise voltage and current control, minimizing energy losses, and ensuring long-term stability.
100kW high-power modules offer wide input voltage ranges, high power density, robust thermal management, and industrial-grade reliability.
Electrolyzer Plants: PEM, alkaline, or SOEC systems require stable DC for continuous hydrogen production.
Renewables-Coupled Systems: Solar or wind power feeds AC, converted to DC to supply electrolyzers.
Industrial Decarbonization: Steel, chemical, and refining sectors rely on high-power modules for large-scale hydrogen use.
High efficiency reduces energy costs per kilogram of hydrogen.
Wide input voltage range accommodates grid or renewable variability.
Robust thermal design ensures continuous operation under harsh conditions.
Safety & compliance: overcurrent protection, insulation monitoring, EMC compliance.
Modularity & scalability: 100kW modules can be paralleled for MW-scale systems.
By delivering stable, efficient, and reliable AC-DC conversion, these power modules enable scalable hydrogen production, reduce operational risks, improve uptime, and contribute to cost-effective green hydrogen.
They are essential for integrating renewable energy, supporting industrial decarbonization, and advancing the global transition toward sustainable, low-carbon energy infrastructure.
Save cost-with manufacturer direct pricing
Control quality-with strict quality control and testing
Save time-with experienced team to get project done
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