Next-Gen Battery Management Systems
High-voltage precision control for industrial-scale energy storage and electric mobility. Our BMS solutions offer unparalleled State of Health (SoH) diagnostics and sub-millivolt balancing accuracy.
Unified Control Architecture
A modular, scalable architecture designed for high-density lithium-ion and solid-state chemistry management, ensuring thermal stability and extended cycle life.
Cell Monitoring
Real-time voltage, current, and temperature acquisition with 16-bit resolution across up to 1000 cells in series.
Active Balancing Logic
Our proprietary algorithms redistribute energy between cells during charge and discharge cycles, minimizing heat generation and maximizing usable capacity by up to 15%.
0.1mV
Accuracy
<50ms
Response
800V
Isolation
CAN-FD
Comms
SoX Estimation Engine
Advanced EKF (Extended Kalman Filter) models for State of Charge (SoC) and State of Health (SoH) prediction, accounting for cell aging and impedance growth.
Thermal Management
Multi-zone cooling control with predictive derating to prevent thermal runaway. Integrated contactor control and insulation monitoring.
Powered by industry-standard silicon
Industrial Versatility
From stationary grid storage to high-performance mobility, our BMS platform scales to meet the most demanding functional safety requirements.
BESS Integration
Multi-tier master-slave configurations for MWh-scale grid storage containers. Featuring cloud-linked analytics for fleet-wide health monitoring.
Automotive Traction
ASIL-D compliant hardware for EV and HEV applications. Optimized for high-discharge rates and rapid thermal cycling in performance environments.
Ready to engineer your next power solution?
Download our engineering whitepaper on High-Voltage BMS Architecture or schedule a technical deep-dive with our lead architects.