Features | Enhanced accuracy of traditional SOC and SOH measurements
Newly defined stress index based on degradation indicators for effective asset management

Functions | Real-time diagnosis and history management of battery cell degradation at rack or pack level

Quantification and real-time monitoring of stress index considering life-impacting factors such as SOC, temperature, and charge-discharge volume

Features | Provides degraded cell location and frequency information which is not available in conventional BMS, enabling detection of risky cells during operation

Functions | Detects degraded cells periodically based on BMS data (voltage, current, location) to predict fire hazards

Provides accurate location information within racks (packs) or modules for degraded cells and reports their degradation status

Features | measures quantitative degradation at the cell level, the smallest unit in battery systems consisting of many cells (ESS: hundreds of thousands, EV: hundreds)

Functions | applies DC pulse current to all cells and calculates internal resistance for precise degradation diagnosis

Quantifies degradation of all cells within the battery system, performs statistical analysis, and provides the information
Offers remaining life prediction for every cell