As robotics, industrial mobility, and electrified equipment continue to evolve, reliable battery management has become essential for safety, performance, and operational efficiency. The Robot 48V Battery Management System (BMS) is a comprehensive solution designed to optimize lithium battery performance while extending battery lifespan and ensuring safe operation in demanding environments.
Built around high-performance NXP® components and advanced power management technologies, the solution delivers accurate battery monitoring, intelligent charging and discharging control, and robust system protection for next-generation electric platforms.
Target Applications
- Robotics
- Industrial vehicles
- Electric two-wheelers
- Construction machinery
Why choose this solution
The Robot 48V BMS combines intelligent battery management, advanced protection functions, and flexible communications into a single platform, helping equipment manufacturers accelerate development while improving safety, reliability, and battery performance. Whether powering autonomous robots, industrial vehicles, electric motorcycles, or construction machinery, the solution provides the robust battery intelligence needed for demanding electrification projects.
Key Features
Intelligent Battery Monitoring
- State of Charge (SOC) estimation
- State of Health (SOH) evaluation
- Multi-channel temperature monitoring
- Accurate battery status diagnostics
Enhanced Battery Protection
- Short-circuit protection
- Over-temperature (OT) protection
- Over-voltage (OV) protection
- Under-voltage (UV) protection
- Over-current (OC) protection
- Open-load detection
Optimized Power Management
- Passive cell balancing to improve battery longevity
- Intelligent charge/discharge management
- Deep sleep mode for reduced power consumption and extended standby time
Flexible Communications
- CAN communication interface
- RS485 communication interface
- UART communication support
Customer Benefits
- Extended Battery Life through passive balancing technology that helps maintain cell consistency.
- Improved System Reliability with comprehensive protection mechanisms that safeguard batteries against abnormal operating conditions.
- Greater Operational Safety via real-time monitoring of voltage, current, temperature, and battery health.
- Lower Energy Consumption through intelligent power-saving sleep modes.
- Easy System Integration with multiple communication protocols supporting a wide range of industrial and mobility platforms.
- Scalable Design suitable for diverse applications from autonomous robots to electric vehicles and construction equipment.
Key Components
The solution incorporates industry-proven semiconductor devices from NXP, Infineon and VISHAY:
- NXP S32K312NHT0MPAST
- NXP TJA1145ATK
- NXP BMA7518S
- NXP PCA2131TF/900Y
- Infineon IPT012N08N5
- NXP FS2721BMDAMAD
- VISHAY WSBE8518L1000J