Green Hydrogen Systems

A pressurized-alkaline electrolyser designed for scalable, modular green hydrogen production. The unit converts renewable energy (such as wind power) into emissions-free hydrogen and is already in use at facilities in Sweden and Denmark.

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

Technology that allows a facility to manage its own power supply and operate independently of the main electricity grid.

Technology for hydrogen production mentioned as likely component of the Tsuruga project's supply chain.

Denmark

Kolding

The first integrated modular hydrogen production and refuelling facility in Australia, designed to produce green hydrogen using island mode electrolysis powered by renewable energy and serve as a commercial refuelling station.

Lhyfe's R&D center and pilot plant in Bouin, France, featuring a GHS HyProvide A-90 electrolyser directly connected to wind farms. The facility will produce 300 to 1000 kg of hydrogen per day for local mobility and industrial use.

A pressurized-alkaline electrolyser designed for scalable, modular green hydrogen production. The unit converts renewable energy (such as wind power) into emissions-free hydrogen and is already in use at facilities in Sweden and Denmark.

Electrolysis equipment manufactured at the innovation center for producing green hydrogen from renewable energy.

A fuel produced using green hydrogen and renewable energy, intended for use in the transportation sector and heavy transport.