High proton conductivity under high temperature and low humidity conditions

A high level of chemical stability, able to withstand oxidizing and reducing environments at high temperatures

Well-stability in the operating range of the battery.

High mechanical properties and dimensional stability of the membrane under high temperature operating conditions

High proton conductivity

Wide temperature range (110°C-180°C)

Strong resistance to poisoning, tolerant to impurities such as CO and sulfide gases

Simplified water-heat management system

Multiple fuel choices, including methanol, liquefied gas, ammonia reforming gas, industrial by-product hydrogen, pure hydrogen, etc.

Power stacks developed using intellectual property high temperature proton exchange membranes and molded electrodes.

Simplified water and heat management systems for greater simplicity and efficiency.

Reliable performance and high stability to meet different usage scenarios.

Can be customized according to customer needs

Electrical efficiency ≥42%, comprehensive thermal efficiency greater than 90%.

Compact single module design, capable of being scaled up through system stacking to form high-power products.

Uses methanol as fuel (reforming methanol into hydrogen-rich gas), offering high energy density.

Wide application range, suitable for electricity generation, combined heat and power, range extender systems, etc.

High safety level, with hydrogen produced and used on-demand, eliminating the need for storage and associated safety concerns.

More than 40 cumulative testing items, providing test verification and final inspection for the research and development, as well as production of electric propulsion

Airtightness test, hydrogen leakage test, permitted working pressure test

Dozens of tests including overpressure tests

A series of performance tests, including polarization curve tests under different conditions.