Hydrogen fuel cell technology for commercial aviation

Aerospace

Motorcycle and powersports manufacturing

Logistics and shipping

Electric and Hydrogen Vehicles

A device used to split water into hydrogen and oxygen through electrolysis. Bloom Energy produces solid-oxide electrolyzers.

Technology used in Kawasaki's hydrogen motorcycle that compresses air using a supercharger and injects hydrogen directly into the combustion chamber.

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

Development of a supercharged hydrogen-fueled motorcycle using high-pressure direct fuel injection technology to introduce hydrogen into the combustion chamber.

Experimental aerospace projects underway to advance hydrogen fuel cell technology for powering flights of various ranges, from local to long-haul commercial operations.

Development of hydrogen fuel cell power generation for remote locations such as construction sites that lack grid access and would otherwise rely on diesel generators.

Hydrogen fuel cell-powered transport and delivery vehicles for decarbonizing distribution.

Motorcycle powered by hydrogen fuel using supercharging and high-pressure direct fuel injection technology to compress air and introduce hydrogen into the combustion chamber.

Vehicles developed by Mercedes-Benz that utilize hydrogen fuel cells for power. Initial plans for mass production by 2015 were delayed.