Wireless monitoring
of your high-voltage batteries
Volume of high-voltage batteries* in stock in Europe
Number of battery shipments per year in Europe
At the end of first life, legal obligation to reuse or recycle
What is their state of charge (SOC)
What is their state of health (SOH)?
Are they stable and safe (SOS)?
Do they show signs of degradation over time?
Tools and services to diagnose, secure, and prevent degradation
* High-voltage battery: V > 50V, typically lithium-ion, equipped with a communicating BMS. Example: traction battery from a vehicle.
Value
Provide state of Health
Sorting and selecting at low cost
Logistics
Provides State of Safety
Prevent from long term degradation
Security
Prevent risk of personnal injury
Estimate the realistic risk level
Emergency
Show potential risks
and technical data
Remote link to allow access from a safe distance
Ensure uncompromised safety by using sensors already available
at the heart of high-voltage battery packs
Estimate a state of risk for each pack in order to choose
the right level of protective measures
Implement preventive measures such as deep
discharge detection and a ‘black box’ function
Transmission on a smartphone
Transmission to dedicated devices
