Our research focusses on providing knowledge, insight and innovative technological breakthroughs. Through our work, we aim to advance the sustainability, resilience and performance of energy systems across sectors, from generation and distribution to end-use applications. By integrating expertise in power systems, advanced powertrains, sustainable fuels and energy-efficient technologies, we develop innovative solutions that address the growing global demand for clean, reliable and affordable energy. Professor Gareth Taylor Energy and Power Research Challenge Area Lead Our work in energy and power systems innovation View all View all Benefits of Underground Long-Duration Energy Storage for Net Zero Transition UK–Saudi Electric Vehicles Enhanced Education and Research Network Advanced fuel and propulsion technologies for future low/zero carbon transport Enabling green ammonia as future transport fuel Hydrogen engine for light commercial vehicles Variable geometry turbine for organic rankine cycle Contactless Technology for Conveying Light and Fragile Objects Net negative carbon energy for economic development Examining Net Zero policy and regulation in energy markets across Europe Digitalisation of Electrical Power and Energy Systems Operation (DEEPS) Developing problem-based learning for electrical and power systems engineering Novel Decoupled Active and Reactive Power Sub-Synchronous Oscillation Response Data-driven exploration of the carbon emissions impact of grid energy storage Investigating damage development in CO2 injection wells Decentralised Solar Hydrogen for rural India (DeSHI) Understanding the impact of the distribution of inertial response Information systems and data exchange for renewables' integration Investigation and modelling of fast frequency phenomena Development plan of the Pan-European Transmission System 2050 Pathways to increasing diversity in electric vehicle adoption Implementing digitalisation in Turkish distribution networks New concept for combined H2 production and carbon capture Electrification of public transport in India A data-driven approach for optimal distribution network operation Nanofluid based solar PV/T technology for polygeneration Miniaturised solar concentrators for water purification Solar heat driven cold storage for horticultural products Win-D-Ice: Ice protection system for turbine operation RobFMS: Biofouling management system for offshore wind turbine foundations Inspection technology for concentrated solar power plants Predictive maintenance for wave energy devices Condition monitoring of wind turbine drivetrains Amphibious robot inspection and predictive maintenance A condition monitoring system for offshore wind turbines Novel computing platforms for large-scale electric vehicle charging Innovative solar heating for industrial processes Techno-economics of waste-derived adsorbents in carbon capture Capturing carbon dioxide from seawater Ultrasonic assisted laser welding for automotive battery packs Additive manufacturing technology in construction High-performance actuation systems for aviation industry Phasor Instream Data Processing study project Pause Research expertise Our challenge-led, interdisciplinary research and innovation in energy systems is underpinned by a number of research centres and institutes including: Advanced Powertrain and Fuels Aerospace Research Centre Brunel Interdisciplinary Power Systems Energy Efficient and Sustainable Technologies Sustainable Energy Use in Food Chains