WUT Hydrogen Electric

High-performance CCM-type membrane electrode assembly (MEA) for light-duty (passenger) fuel cell vehicles, fabricated with the company's proprietary CCM (catalyst-coated membrane) technology. As the 'chip-level' critical component of the fuel cell, it offers high power density, low platinum loading, reversal tolerance, and low-temperature cold start, with substantial exports to international markets including the USA, Germany, and South Korea.

Power density 1.68 W/cm² (rated current density: 0.6 V @ 2.8 A/cm²); Operating temperature 85–90 °C; Platinum loading ≤0.5 mg/cm²; Active area 6–500 cm²; MEA storage temperature −50 °C to 30 °C; Reversal tolerance >120 min; Lifetime 20000+ h; Low-temperature cold start ≥−40 °C.

• Hydrogen fuel cell passenger vehicles
• Fuel cell systems for light-duty vehicles

High-performance CCM-type membrane electrode assembly (MEA) for heavy-duty commercial vehicle fuel cells. Belonging to the same automotive fuel cell MEA series as the light-duty product, it is optimized for the higher power and durability demands of commercial vehicles. Built with proprietary CCM technology, it delivers high power density, low platinum loading, long life, reversal tolerance, and low-temperature cold start capability.

Power density 1.4 W/cm² (rated current density: 0.7 V @ 2 A/cm²); Operating temperature 85–90 °C; Platinum loading ≤0.5 mg/cm²; Active area 6–500 cm²; MEA storage temperature −50 °C to 30 °C; Reversal tolerance >120 min; Lifetime 20000+ h; Low-temperature cold start ≥−40 °C.

• Hydrogen fuel cell commercial vehicles
• Hydrogen fuel cell heavy trucks

Stationary / fixed-power fuel cell membrane electrode assembly (MEA), a new-generation proprietary reformate hydrogen fuel cell MEA (MEA for Fuel Cell using reforming hydrogen). The product features high performance, high durability, high reliability, and strong environmental adaptability, tolerates CO, and offers independent intellectual property rights with high consistency.

Power density ≥0.65 W/cm²; Operating temperature ≥30 °C – 60 °C; Lifetime 40000+ h.

• Fuel cell power stations
• Reformate hydrogen fuel cell systems
• Backup power for stationary power stations

Membrane electrode assembly (MEA) for air-cooled (forced-air) fuel cell systems (MEA for Air-cooling Fuel Cell), corresponding to the AC-MEA series (air-cooled MEA for backup power) in the legacy product line. Suitable for small, low-power fuel cell scenarios that do not require a liquid cooling system, featuring long life, low cost, and low-humidity operation.

Power density ≥0.65 W/cm²; Operating temperature ≥30 °C – 60 °C; Lifetime 18000+ h.

• Fuel cell backup power
• Hydrogen fuel cell forklifts
• Small air-cooled fuel cell systems

Membrane electrode assembly (MEA) for PEM (proton exchange membrane) water electrolysis hydrogen production (PEM water electrolysis MEA), corresponding to the WE-MEA series in the legacy product line. It extends the company's MEA products from fuel cells to hydrogen production via water electrolysis and has already been applied in overseas demonstration projects such as European renewable-energy hydrogen production engineering.

Operating temperature 20 °C – 100 °C; Active area 5–3000 cm² (≥2000 cm²); Performance ≤1.8 V @ 2 A/cm²; Iridium (Ir) loading ≤1 mg/cm².

• PEM water electrolysis hydrogen production
• Renewable energy hydrogen production engineering