Ørsted

A feasibility study for large-scale hydrogen production, which led to the hydrogen turbine tower concept.

The world's largest operational offshore wind energy farm as of September 6th, 2018, located in the Irish Sea. It features 87 turbines and has a capacity of 659 MW.

A renewable hydrogen demonstration project that will use offshore wind power to produce and store hydrogen, intended for road transport.

Electric vehicles that will replace the company's entire fleet of 340 fossil-fueled work vehicles and passenger cars by 2025.

Offshore wind energy system

Offshore wind energy system

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

Wind power generation from turbines located in offshore waters, used to produce electricity for the grid.

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

Denmark

United Kingdom

A feasibility study for large-scale hydrogen production, which led to the hydrogen turbine tower concept.

A Japanese government-led initiative to develop a new hydrogen-powered passenger aircraft, aiming to set new technology standards and revitalize the aviation industry.

An upcoming offshore wind energy farm expected to become the new leader in size, with 102 turbines and a projected capacity of 714 MW.

A hydrogen-powered commercial aircraft targeted for debut by around 2035, representing a major shift toward zero-emission aviation.

Aircraft engines and propulsion auxiliary systems designed for hydrogen-powered flight, with advanced cooling and coating technologies for extreme temperature operation.

A 3D design collaboration and simulation platform used to model and optimize the Gigastack green hydrogen production system. Incorporates AI and digital twin technologies for complex infrastructure design.