Our projects range from AI-powered energy management to large-scale hydrogen infrastructure, supported by industry, EPSRC, Horizon Europe, and the Royal Academy of Engineering.
This project develops AI-based systems for optimising renewable energy use in real time, integrating digital twins and smart control technologies. The platform targets on-farm renewable integration and intelligent energy dispatch across distributed assets.
This project investigates the feasibility of redeveloping the UK's Rough offshore gas storage facility for large-scale hydrogen storage. It provides modelling tools for safety assessment, reservoir performance, and operational optimisation, directly supporting the UK's hydrogen strategy.
GPSFLOW is a novel multi-phase, non-isothermal simulator developed in-house to model underground energy storage. It has been deployed by industry for infrastructure planning and feasibility studies. Applications span hydrogen storage, CAES, and geothermal systems.
A portfolio of international collaborative research projects spanning thermal modelling, intelligent energy systems, and robotics/automation integration in energy contexts. Partners span UK, EU, USA, and China.
We actively seek industry partners for funded projects and collaborative research. Whether you are a startup, SME, or established company, we welcome exploratory discussions.
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