Battery systems in electric mobility and industrial applications are no longer static engineering components—they are dynamic assets whose performance, safety, and value evolve throughout their lifecycle. Yet today, battery engineering and field operations remain largely disconnected.

This webinar presents a unified framework for Battery Health Intelligence Across the Lifecycle, integrating physics-informed engineering models (oPINN-Battery Design Suite) with fleet-scale operational intelligence (Battery360).

oPINN-Battery Design Suite enables battery design, characterization, degradation analysis, thermal prediction, and virtual validation (HIL/SIL), while Battery360 delivers real-world intelligence through SOH/RUL estimation, predictive diagnostics, fleet optimization, warranty analytics, and second-life assessment.

We created a closed-loop feedback system where field data continuously enhances engineering models. This integrated approach helps OEMs, battery manufacturers, fleet operators, and engineering teams improve reliability, reduce lifecycle risk, and maximize battery value across the .