Safebatt news
Join us for SafeBatt’s Industry Engagement Day at UCL East, London on 18 June 2025:
We invite you to engage with the Faraday Institution SafeBatt project team to explore the latest advancements in battery safety, including Li-ion and next-generation chemistries.
Collaborate with Experts: Discuss how we can assist with your safety requirements and explore potential opportunities for collaboration.
Gain Insights: Attend presentations on cutting-edge battery safety research from both academia and industry.
Network: Connect with key industry professionals and academic leaders in the field of battery safety.
Contribute Your Ideas: Share your insights on how we can further support your needs.
Free to attend.
We look forward to your participation and valuable contributions!
September 2024
Huge congratulations to SafeBatt Co-Investigator Dr Francesco Restuccia, Senior Lecturer in Engineering at King’s College London, who has been awarded the prestigious European Research Council funding for work on wildfires.
Dr Restuccia’s FIREMOD project aims at producing a fundamental physics model for predicting why and when wild fires spread, aiming at saving lives as well as property.
September 2023
The SafeBatt project is very proud to receive the Faraday Institution Community Award for Public Engagement in September! The public outreach award is given in recognition of outstanding contributions to the wider understanding of an area of science, through clear and effective communication, or through the leadership or training of others.
The SafeBatt team regularly engages with academia, industry, policy makers, general public and first responders on safety related battery topics.
September 2024
SafeBatt is delighted and honoured to have won the Electrical Safety First Safety Innovation Award 2024!
September 2023
Many congratulations to Arthur Fordham, SafeBatt PhD Researcher at UCL, for winning the Industrial Context Poster Award at the Faraday Institution conference! Arthur’s poster “Listening to Batteries: Using acoustic characterisation techniques to improve battery performance and safety” showed how acoustic emissions could be used to anticipate thermal runaway in a cell. The judges’ comments were “The research motivation was clearly articulated and the research was aiming to solve a key safety challenge being experienced across the industry, with a potentially low-cost solution identified”. Congrats Arthur!
July 2023
Check out our Faraday Institution Insight publication: Improving the Safety of Lithium-ion Battery Cells
