Elysia Embedded
A Suite of Powerful BMS Algorithms
Cutting-edge, hardware-agnostic BMS algorithms that work with any low-cost computing platform. Our product is seamlessly integrated into existing software to enhance performance, safety, and battery lifespan.
Designed for automotive, motorsport, stationary storage, micromobility and consumer electronics.
Health Adaptive State of Charge
Industry-leading State of Charge accuracy through life.
Unlock usable energy for end-customers whilst ensuring stability down to low states of charge.
Model Based State of Power
Dynamic and self-correcting power limits avoid sudden de-rates.
Enables vehicles to go faster for longer, enhancing drivability, whilst ensuring safety.
Intelligent Fast Charge
Physics-informed dynamic control of charge power in real time, minimising charge time whilst avoiding damage due to lithium plating.
Predictive Fault Prognosis
Detect faulty cells before they affect performance with fault prognosis, enabling targeted and preventative action.
Best-in-class BMS algorithms delivering increased performance, longer life and enhanced safety.
Case Study: Electrifying the 24hrs of Le Mans
As exclusive battery supplier to the Le Mans-Daytona Hybrid (LMDh) set of regulations, Fortescue Zero were tasked with developing an ultra-high power battery system capable of relentless operation over a 24-hour race period.
Powered by Elysia Embedded, the system can operate continuously in- part due to the use of Elysia’s Always-On Balancing algorithm, ensuring the system remains reliable and in balance throughout the race event. Furthermore, Elysia’s model-based State-of-Power algorithm increases the system’s usable-energy density by more than 30%, by enabling ultra high-power operation even at extreme low and high states of charge.
