Entroview’s core technology uses a patented entropy analysis method to measure molecular disorder in battery cells during charge-discharge cycles in real time, delivering laboratory-grade diagnostics in hours rather than days. It provides real-time SoC and SoH assessments with <1% error without disassembly or extra sensors, integrates with existing BMS, and supports all battery types including LFP and LMFP using standard embedded sensors for rapid defect detection, self-discharge calculation, and improved cell matching.
Software solutions for real-time State of Charge (SoC) and State of Health (SoH) assessments with <1% error, compatible with standard battery management systems and requiring no additional hardware.
Implemented and validated in leading European gigafactories to accelerate end-of-line testing—reducing test times to ~10 hours and lowering production scrap rates—and adopted by car dismantlers and recycling companies for precise SoH evaluations to facilitate battery sorting, repurposing, and second-life applications in a circular economy.
Raised over €3M in a 2021 seed round led by AFI Ventures and Rethink Ventures, with participation from Exergon, Holnest, Kima, Wind Capital and Linksium; backed by business angels Thibaud Elzière and Florian Douetteau; and supported by incubators and clusters including Linksium, BPI, Telecom Paris Incubateur, Wilco and MobilityXlab.
