High Power Density
Uniquely re-designed fuel cell stack at the microstructure level. Significantly more compact, lightweight and efficient.
Simplified Architecture
Simplified system architecture means fewer parasitic loads, lower costs and greater efficiency.
Automated Production
Significantly lower production costs from our proprietary stack design and micro-precision assembly process.
Design Flexibility
Inherent design scalability enables up to 1MW power from a single stack. Operates as HT-PEMFC or in electrolyser mode (with different materials).
What is a Fuel Cell
Fuel cells generate electricity by combining hydrogen and oxygen in an electrochemical reaction, with only water and heat as byproducts. Unlike batteries, they produce power continuously as long as fuel is supplied. With no combustion involved, fuel cells are quiet, emission-free, and significantly more efficient than traditional engines.
With global decarbonisation targets fast approaching, many industries require energy solutions that go beyond the capabilities of today’s battery technologies. Sectors such as marine transport, off-road vehicles, long-haul trucking, and regional aviation are especially ready for low-emission alternatives.
In these demanding applications, fuel cells offer a compelling solution — delivering high energy density, fast refuelling, and greater efficiency. Beyond transport, fuel cells are increasingly vital for reliable backup power and long-duration energy storage in data centres, microgrids, and other mission-critical infrastructure.
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