USTC 8-channel PEM test bench
USTC flat-plate hot press
Ultrasonic spray equipment
High-pressure explosion-proof test chamber
Partner: University of Science and Technology of China

Complete equipment set for a full-chain MEA R&D lab

  • Ultrasonic spray coating system (200×200 mm)
  • Flat-plate hot press (1-ton force)
  • 8-channel PEM water electrolysis multi-channel test bench
  • 3.5 MPa high-pressure explosion-proof test chamber
  • Full set of standard test fixtures and diffusion consumables

Covers the complete R&D chain of MEA preparation, multi-channel material screening and high-pressure durability validation, used for research on PEM electrolysis catalysts and long-term MEA stability.

Partner: Shenzhen University

2.5 kW PEM hydrogen production system + CVM cell-voltage monitoring

  • System power ≤2.5 kW, operating current 0–300 A
  • Max system pressure 0.3 MPa, max current density 2 A/cm²
  • TA1 Pt-coated titanium serpentine-flow-field test stack
  • CVM online single-cell voltage inspection system
  • Siemens PLC fully automatic control with real-time data storage & export

Used for performance optimization of low-power PEM stacks and single-cell consistency decay mechanisms, with a visual PC monitoring interface.

Shenzhen University 2.5 kW PEM system
PC monitoring interface
50 Nm³ industrial electrolyzer
Electrolyzer operation data interface
Partner: Chongqing University

50 Nm³ detachable industrial electrolyzer test platform

  • Rated hydrogen output 50 Nm³/h, operating current 4498 A
  • Max system pressure 1.5 MPa, operating temperature 60 °C
  • Single-cell voltage 1.798 V, voltage spread only 0.004 V
  • Detachable metal bipolar plates with quick MEA replacement structure

For industrial-scale electrolyzer development & validation, supporting pilot experiments on high-power stack flow fields, sealing and impedance decay.

Long-term Research Partners

University of Science and Technology of China Nanjing University Beijing University of Technology Xiamen University National University of Singapore Institute of Energy, Hefei China University of Petroleum