Application Scenarios:
Low-altitude: UAVs and small aircraft
Transportation: Fuel cell vehicles, e-motorcycles, light transport, public transit
Industrial & logistics: E-forklifts, logistics vehicles, e-boats
Backup power & distributed generation systems
Current Range:
0~693A
Voltage Range:
204~340V
Rated Power:
150kW
Design Life:
≥30000h
Cold Start Temperature:
-40℃
Power Density (by Volume):
5kW/L
High Power Density:
With a rated volumetric power density of 5 kW/L, the compact structure delivers high-performance output, making it ideal for space-constrained applications such as UAVs and portable power systems.
Lightweight Innovation:
Each paper bipolar plate weighs 40% less than conventional graphite plates, significantly lowering total system weight and energy consumption—perfect for aerospace, light-duty vehicles, and high thrust-to-weight ratio applications.
Ultra-long Durability:
The fuel cell stack offers a service life of over 30,000 hours. The carbon fiber-based paper bipolar plate features outstanding corrosion resistance, ensuring long-term stable operation and significantly reducing lifecycle maintenance costs.
Active Safety Protection:
The carbon fiber–resin composite plates enable differentiated conductive path design and enhanced insulation performance, effectively minimizing the risk of short circuits and meeting automotive-grade safety standards.
Extreme Environment Adaptability:
Capable of cold start at -40°C without auxiliary heating, the stack breaks application limits in frigid and high-altitude regions, enabling all-weather hydrogen fuel cell deployment.
Intelligent Water Management:
An innovative self-humidifying cathode eliminates the need for external humidification, simplifying system design while maintaining optimal membrane hydration—enhancing both energy efficiency and system reliability, while reducing overall cost.
