Rubri MEA Hydrogen Fuel Cell System and Components Production Line

PEM hydrogen fuel cell adopts Proton Exchange Membrane Technology to convert hydrogen and oxygen into water and electricity. A PEM fuel cell generates power without producing pollution or carbon emission.  

Air cooled fuel cell adopts proton exchange membrane technology to generate power without producing pollution or carbon emission. The new energy fuel cell has a variety of application scenarios.

With simple system design, air cooling fuel cell can be used for various scenarios, such as hydrogen bicycles,hydrogen powered tricycles, sightseeing vehicles, hydrogen drones, small power unmanned ship and portable power stations etc.

PEM hydrogen fuel cell adopts Proton Exchange Membrane Technology to convert hydrogen and oxygen into water and electricity. A PEM fuel cell generates power without producing pollution or carbon emission.  

With simple system design, air cooling fuel cell can be used for various scenarios, such as hydrogen forklifts, hydrogen trucks, hydrogen powered buses, hydrogen fuel cell cars, hydrogen energy boats, as well as sationary backup power supply.

The production line has the advantages of fully automatic loading and unloading of robots, automatic alignment correction, suitable for different incoming material sizes, multi-station air tightness detection, whole-line MES system control, and all data can be recorded and traced.

Membrane electrode assembly, MEA, is the core component of proton exchange membrane fuel cells, which can minimize the gas transmission resistance, so that the reaction gas can smoothly reach the catalyst layer from the diffusion layer to undergo electrochemical reactions.

In the stacking area, the automatic stacking device automatically stacks the stacks in the stacking fixture through the stacking mechanism to obtain a battery stack.