Development and application of hydrogen technology!

As global awareness of environmental protection continues to grow, hydrogen energy is widely seen as a new competitive advantage for the future energy technology industry and the ultimate solution for achieving energy transformation. Consequently, by 2024, more than 40 countries around the world had begun formulating hydrogen energy strategies from 2024, promoting the transformation of hydrogen energy from an industrial raw material to a diversified energy carrier.

With the continuous development and utilization of hydrogen energy, green hydrogen energy technology and dual-mode hydrogen production technology are also promoting the diversified development of hydrogen electrolyzer technology now. The current hydrogen production methods mainly come from alkaline electrolyzers, proton exchange membrane electrolyzers, solid oxide electrolyzers and seawater hydrogen production. The scale of hydrogen production by alkaline electrolyzers has reached a point where the hydrogen production capacity of a single cell has exceeded 5,000 standard cubic meters per hour. Proton exchange membrane electrolyzers have also developed rapidly, and single-stack megawatt-level proton exchange membrane water electrolysis hydrogen production units are widely used in commercial applications. Direct hydrogen production from seawater has also been put into trial operation with the world's first megawatt-level seawater electrolysis hydrogen production unit.

As demand for hydrogen charging increases, charger manufacturers will increasingly utilize hydrogen chargers. We highly recommend our upcoming three 100kW AC/DC hydrogen generators. These air cooling converters (MXR820100B, MXR500100B, and MXR400100B) are digitally controlled units designed specifically for hydrogen electrolysis. They utilize a potting process and offer high protection, high efficiency, high power factor, high altitude adaptability, and easy maintenance, enabling megawatt-scale hydrogen plant applications.

These three products are a better option for high-power EV charging systems, helping you achieve higher power at a lower cost!

Why are these three hydrogen generators perfect for your charging needs?

⚡ Ultra-wide voltage compatibility: AC side supports 508V～600V AC, 120A input

High Mean Time Between Failures (MTBF): Up to 1 million hours

Wider operating temperature range: -40°C～75°C

✅ Modular design: Dual isolation on input and output, supporting MCS charging.

❄️ Higher altitude: 5000m

✅ Compact design: 125mm (H) × 440mm (W) × 430mm (D)

Maxwell will work with you to develop the next energy star - hydrogen charging solutions!