Heimdalytics GmbH
Booth number: HALL 2 - H2.B15
heimdalytics.com
About us
NextState™ BMS – Intelligent, Sustainable Battery Management for the EV Industry
Sustainable mobility depends on smart, data-driven battery systems. Heimdalytics’ NextState™ BMS integrates AI-powered Electrical Impedance Spectrometry (EIS) directly into the battery management architecture, enabling real-time electrochemical analysis at the cell level.
This embedded EIS/AI capability provides highly accurate and predictive insights into State of Energy (SoE), State of Safety (SoA), State of Stress (SoS), and State of Charge (SoC). The result is proactive control, early anomaly detection, and optimized balancing across the entire battery lifecycle.
Building on Heimdalytics’ field-proven EIS/AI laboratory instruments for diagnostics and second-life certification, the NextState™ BMS brings these unprecedented insights to electric vehicles and energy storage systems. This enables safer operation, reduced waste, and measurable economic benefits across first- and second-life applications.
Upcoming pilots demonstrate how integrating EIS/AI into production-ready BMS architectures accelerates sustainability, performance, and efficiency across the global EV value chain.
Address
Marga-Faulstich-Straße 10
24145 Kiel
Germany
E-mail: ramona.gurita@heimdalytics.com
Phone: +49 171 1576870
Internet: heimdalytics.com
Contact person:
Ramona Gurita
E-mail: ramona.gurita@heimdalytics.com
NextStateTM BMS
Heimdalytics is fundamentally transforming battery management with its groundbreaking, intelligent Next-State BMS, a system powered by artificial intelligence–driven electrical impedance spectrometry (EIS). By seamlessly integrating EIS measurements with sophisticated, proprietary AI algorithms—while retaining all essential protections of conventional BMS technology—this new paradigm delivers unprecedented accuracy, granularity, and predictive capability in evaluating a battery’s true, dynamic internal states. As a result, it moves far beyond traditional reliance on basic voltage, current, and temperature measurements used solely for mandatory protection limits.