Battery insights, conversations, and engineering in practice.
As India’s electric mobility ecosystem matures, attention is shifting beyond adoption to a more complex question: what happens to batteries over time? Battery health…
Read moreAccurate battery modeling depends on understanding how lithium is distributed between the positive and negative electrodes across the state of charge. This idea is…
Read moreIntroduction The battery industry has made remarkable strides over the last decade, from innovations in cell chemistry to the development of more intelligent battery…
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State of Health (SOH) is widely used as a measure of battery health, but a single SOH percentage can often hide what is actually happening inside the battery. This becomes particularly important…
View details: Rethinking SOH: Understanding Battery Health in the Real World· Webinar
Thermal modeling is critical across engineering systems—from battery packs and power electronics to automotive, aerospace, energy storage and industrial equipment. Today, FEM, FVM and CFD remain the backbone of high-fidelity thermal simulation.…
View details: Thermal Modeling with PINNs: Bringing Physics-Based Simulation to Real-Time and Edge Applications· Webinar
The future of after-sales service is no longer about diagnosing problems after they occur—it’s about predicting them before they happen. By combining battery data with physics-based intelligence and advanced analytics, organizations can…
View details: Predict Before It Fails: The future of Battery Service and MaintenanceTell us what you’re working on and we’ll show you where oorja fits into your existing workflow.