Based on battery property research, we realize innovative stability of all batteries
through the IT platform actually communicating with batteries.
Measurement of the operation conditions where battery cells and modules have anormality
Quantification of state change in battery anormality
Notice of abnormal cells through the tracking of normal ageing process
· Battery parameter
· User’s driving pattern
· Estimation property and state
Property analysis based anormal diagnosis logic
Precise diagnosis technology of anormality in a level of pack, module, or cell
High-precise SOC calculation through the real-time state estimation of a running battery
Precise estimation technology of battery deterioration according to battery driving conditions
Calculation of remaining available capacity (SoAE), available power (SoP), and high accuracy
· Battery parameter
· Battery usage patterns
Property analysis based state estimation model
Tens of data driven battery state and property estimation
Betterwhy’s unique, precise,
and diverse diagnosis IPs
A variety of machine learning models
by application condition
Unsupervised learning that requires
no cell-by-cell data in advance
Probability based diagnosis
supporting meticulous classification