Elysia Battery Intelligence for automotive
Make battery health visible. Identify risk earlier and unlock performance across your vehicle fleet.
Elysia combines battery physics, systems engineering and probabilistic AI to help automotive teams understand emerging risks, identify vulnerable vehicles and target action where it matters.
Every battery is different
Even seemingly identical cells can age and perform differently. Manufacturing variation, charging patterns, climate, driving and storage conditions all shape battery health.
When teams can’t see which cells are at risk or why, they may need to take a broad, cautious approach – from conservative performance limits to large safety recalls.
We help teams understand battery health at cell and fleet level, so they can distinguish emerging concerns from expected variation and target action while preserving performance across the wider fleet.
Elysia Cloud
Our Elysia Cloud platform turns fleet data into clear evidence of battery health and emerging risk.
Physics-informed virtual sensors and engineering interpretation help teams investigate issues, prioritise targeted action and improve future vehicle platforms.
Elysia Embedded
Elysia Embedded brings advanced battery intelligence that was born in motorsports, but proven at scale, onboard.
Deploying an intelligent algorithms suite that integrates with existing software stacks to deliver maximum theoretical performance from your battery hardware.
Elysia x Jaguar Land Rover
Unlocking battery performance throughout the vehicle lifecycle
Through a long-term strategic collaboration, Elysia Battery Intelligence is helping JLR better understand, manage and optimise battery performance across its next-generation electric vehicles, starting with the Range Rover Electric.
Using physics-informed Battery Digital Twin technology, we transform real-world battery data into actionable insights, giving JLR a deeper understanding of battery health, performance and degradation throughout the vehicle lifecycle.
The collaboration goes beyond monitoring vehicles on the road. By understanding how batteries behave in real-world conditions, JLR can identify opportunities for optimisation, inform software improvements and apply these learnings to future vehicle development.
Unlock more value from every battery
Understand battery risk. Target the right action. Protect performance, quality, and customer trust.