Department for Business, Energy & Industrial Strategy (BEIS)

A technology that combines hydrogen and oxygen in a clean, electrochemical process to generate power, releasing only water vapor as a byproduct.

AI is used to automate threat detection, anomaly analysis, and response in cybersecurity, processing vast amounts of data to identify and mitigate threats.

A hydrogen fuel cell powertrain uses a fuel cell stack to convert hydrogen and oxygen into electricity through an electrochemical reaction, which then powers electric motors to drive the vehicle, emitting only water vapor and heat at the point of use. Within the Cummins–Tata Motors collaboration, hydrogen fuel cells are part of the low- and zero-emission technology portfolio, and Tata has already demonstrated hydrogen fuel cell buses as part of its zero-emission public transport initiatives.[2]

United Kingdom

Scotland, Orkney Islands

North Wales

Development of ZeroAvia's larger powertrain platform, capable of producing between 2,000 kW and 5,000 kW, for larger aircraft.

A demonstration project to deploy a 1 MWh scalable green hydrogen storage system on Scotland's Orkney Islands using solid-state hydrogen storage technology integrated with AI. The project aims to prove the commercial viability of utility-scale hydrogen storage for applications including industrial heating, hydrogen refueling stations, electrical power, and gas network blending.

A hydrogen fuel cell aviation demonstration project involving a 250–300 nautical mile test flight. The main test is planned for summer in Orkney, Scotland.

A certification-ready hydrogen-electric powertrain designed for 10 to 20 seat aircraft with a 500-mile range.

A technology for non-toxic and safe hydrogen storage and transportation.

Jaguar Land Rover's first battery electric vehicle, launched in 2019.