Hornsea Project One

Industrial automation and digitalization

lighting and technology

Green hydrogen production

Large-scale wind turbines installed in the Baltic Sea to harness wind energy for electricity generation. The project will use approximately 200 turbines.

A process to produce green hydrogen directly from seawater using renewable electricity.

Systems designed to prevent ice formation on wind turbine rotor blades, ensuring efficient operation in cold climates. Methods include embedded heating elements, hot air circulation, and mechanical de-icing devices.

Yorkshire coast

North Sea

One of the largest offshore wind farms in the world, located off the Yorkshire coast in the UK. The project has been instrumental in powering electrolysis processes to produce green hydrogen and contributes to the UK's renewable energy targets.

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

A 10 GW offshore wind-powered green hydrogen production project developed by Shell, Gasunie, and Groningen Seaports. The project will use renewable energy from North Sea wind turbines to power electrolysis facilities for industrial-scale hydrogen production.

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.

These electrolysers generate hydrogen on-site using renewable electricity and water, dispensing the fuel directly from the generation site.

Large-scale wind turbines standing approximately 620 feet tall, designed for offshore deployment in the Hornsea Project One wind farm.