Full-Stack Testing:
Covers system engine, stack, and component validation from components to system level.
Precision Control:
Independent humidification for cathode/anode ensures optimal MEA hydration, and real-time temperature monitoring guarantees test stability.
High Efficiency:
Multi-channel parallel testing supports simultaneous multi-cell evaluation, maximizing throughput.
Programmable dynamic load simulation with constant power/current/voltage modes ensures versatile testing capabilities.
Demonstration Product
- fuel cell stack / system test bench
Production Info
Fuel Cell Full-Stack Test Solution: Integrated system engine, stack, component test bench and controller inspection—delivering end-to-end performance & reliability validation from components to system, ensuring product consistency and safety compliance
Project Composition
The fuel cell test bench integrates auto/manual dual-mode testing, programmable dynamic working condition simulation, intelligent multi-mode load control (constant power/current/voltage), automated end-to-end data acquisition, operational safety interlocks, and automatic nitrogen purge systems—delivering comprehensive testing capabilities from R&D to mass production.
Technology Highlights
Precision Humidification Control: Independent cathode/anode humidification ensures optimal MEA hydration for accurate stack performance testing
Multi-Channel Parallel Testing: Simultaneous multi-cell testing dramatically boosts throughput and equipment utilization
Intelligent Thermal Management: Real-time stack temperature monitoring and precision control guarantee test environment stability
