Project cooperation
AI-driven advanced battery solutions
Harness AI to advance battery testing, characterisation, formation, management, reusing and recycling
- Planning
- Batteries
- Partner seeks Consortium
University
www.coventry.ac.uk/research/areas-of-research/centre-for-e-mobility-and-clean-growth/Coventry, United KingdomCECG sits in Coventry University’s £50m Centre for Advanced Low Carbon Propulsion Systems, established to partner with the propulsion system supply chain and accelerate the progression to carbon-zero transport. We are focused on four core research areas: Electrochemical energy storage; Hydrogen fuel cells; Power electronics & Electric machines. Our facilities enable wide range of activities in energy storage research – from cell assembly, through formation to precise battery grading and diagnostics, performance and safety evaluation, to recovery. Particular focus is put on advanced battery diagnostics – developing novel thermodynamic sensing techniques, such as thermal, electrochemical, pressure, magnetic, strain and other, ranging from miniature quasi-reference electrodes, co-located micron-scale temperature probes, to nano-plasmonic fibre-based lithium sensing, from in-cell up to module level deployment. In combination with in-house Machine Learning capabilities and adaptive BMS, our custom battery diagnostics approach can offer game changing advances in Battery Management Systems and battery behaviour tracking and prognostics.
AREAS OF ACTIVITIES
Dest. 1: Achieving global leadership in climate-neutral, circular and digitised industrial and digital value chains
Dest. 2 - Cross-sectoral solutions for the climate transition / Batteries
Dest. 3 - Sustainable, secure and competitive energy supply / Sustainable, secure and competitive energy supply / Hydrogen
Dest. 6: Digital and industrial technologies driving human-centric innovation
Project cooperation
AI-driven advanced battery solutions
Harness AI to advance battery testing, characterisation, formation, management, reusing and recycling