Completed Clean Energy Chemistry

Island Hydrogen

In plain English

AI plain-English summary

Two hydrogen refuelling stations will be built on the Isle of Wight to produce zero-carbon fuel for a fleet of vehicles. The stations—one producing 100 kg of hydrogen per day, the other 15 kg per day—will be connected to the grid and paired with renewable energy sources. This allows the refuellers to act as flexible loads, soaking up excess renewable power when it is available and using it to make hydrogen via electrolysis. The project addresses a practical gap: how to produce and deliver green hydrogen for transport without building dedicated pipelines or large central plants. If successful, the 12-month trial with fuel-cell and hydrogen internal combustion engine vehicles will demonstrate that small-scale, grid-connected refuellers can work reliably in a real-world setting. That matters for the energy grid, because it turns refuelling stations into tools for balancing supply and demand—absorbing renewable power that might otherwise be wasted. The impact is local but replicable. If the Isle of Wight model works, similar island or rural communities could adopt the same approach: using local renewables to fuel a clean transport fleet without relying on distant infrastructure. The project also includes education and dissemination activities aimed at schools, businesses, and the public.

View original technical description
The project focuses on the integration of an electrolyser based refueller with renewable energy; this allows the refueller to act as a demand side management load which enables zero carbon hydrogen to be produced for use as a vehicle fuel, and for the utilization of renewable power. The project will design, build, install and validate two grid-connected hydrogen refuelling platforms on the Isle of Wight, with 100 kg/day and 15kg/day production capacities for the operation of a fleet of hydrogen vehicles. The refuellers will be used in a 12 month trial with FCEV and HICE vehicles. Education and Dissemination activities will target commercial, public and educational sectors.

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Related Research

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Original classification

Collaborative R&D

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