AcouBatt Raises £1.1M for Battery Safety Tech

London-based deeptech innovator, AcouBatt, has successfully closed a £1.1 million pre-seed funding round. This capital infusion is earmarked for the enhancement of its proprietary acoustic sensing technology, designed to revolutionize battery manufacturing safety and operational reliability. The funding was spearheaded by Creator Fund, with significant backing from Ada Ventures, underscoring strong investor confidence in AcouBatt's disruptive potential within the rapidly expanding energy storage sector.

Emerging from the research labs of University College London (UCL), AcouBatt was established in 2025 by Dr. Arthur Fordham and Chris Haoxin Xu. Their core innovation leverages AI-powered acoustic emission sensing to provide unprecedented real-time insight into the internal dynamics of battery cells during both production and active use. This technology stems from Dr. Fordham's doctoral work within UCL's Electrochemical Innovation Lab, further supported by the Faraday Institution's SafeBatt initiative, highlighting a robust foundation in cutting-edge battery science.

The company is directly addressing critical pain points in lithium-ion battery production, particularly during the formation stage. This phase, crucial for activating battery cells, traditionally suffers from limited visibility, leading to production delays, increased scrap rates, and the potential for undetected cell defects. AcouBatt's system analyzes subtle acoustic signals and electrochemical data, enabling manufacturers to pinpoint process completion and identify anomalies with remarkable precision. Early indications suggest this could potentially accelerate formation times by as much as 30%, while simultaneously improving overall product quality and reducing waste.

“The escalating reliance on batteries across modern infrastructure necessitates a paradigm shift in how we monitor and ensure their integrity,” stated Dr. Arthur Fordham, co-founder and CEO of AcouBatt. “Our diagnostic tool not only streamlines factory floor operations by saving substantial time but empowers manufacturers and operators with a profound understanding of their battery systems from inception through their entire lifecycle.” This focus on lifecycle management positions AcouBatt as a key enabler for a more sustainable and efficient battery ecosystem.

Beyond its immediate manufacturing applications, AcouBatt is actively exploring the integration of its technology into battery energy storage systems (BESS). The potential to preemptively identify underperforming or failing cells in BESS could significantly mitigate risks of safety incidents and costly unplanned downtime. Furthermore, the underlying acoustic sensing platform holds promise for broader applications, including real-time battery health monitoring in electric vehicles, contributing to enhanced safety and performance across the entire mobility sector.

“Our technology offers manufacturers a clear pathway to drastically reduce waste, optimize their production workflows, and accelerate the delivery of safer, superior batteries to market,” added Chris Haoxin Xu, co-founder and Commercial Director. The company is currently conducting benchmarking trials at the UK Battery Industrialisation Centre (UKBIC), preparing for the commercial rollout of its solutions to the broader industry in the coming year. The newly acquired funds will be instrumental in scaling the technical team, refining the AI algorithms, and expanding the scope of its industrial pilot programs.