Battery Cells
Monitor individual LFP cells in packs of up to 16 cells in series.

40–58.4V
Pack voltage range
Up to 16S
Cell configuration
100A / 150A peak
Current handling
CAN 2.0B + UDS
Communication
4–8 NTC sensors
Temperature
240mA passive balancing
Balancing
Designed specifically for the unique demands of light commercial electric vehicles operating in challenging urban and semi-urban environments.



The 51.2V platform combines automotive-grade components with intelligent firmware to maximize battery lifespan and vehicle uptime.
Comprehensive tools for configuration, monitoring, and fleet management.
PC-based GUI for parameter configuration, live monitoring, diagnostics, and system setup.

A field-service application for quick health checks, diagnostics, and troubleshooting.

Secure over-the-air (OTA) firmware updates for fleet deployment.

Standardized data payloads for integration with cloud monitoring platforms.

BharatBMS™ is designed to operate as part of a wider vehicle or battery architecture.
BharatBMS-LV-16S-EV

Monitor individual LFP cells in packs of up to 16 cells in series.
Connect 4–8 external NTC sensors for temperature monitoring across the battery pack.
Provides battery status, warnings, faults, voltage, current, temperature, and other operating data through CAN.
Enables battery information exchange through the configured communication architecture.
Integrates with the charging system through CAN and UDS, based on your system design.
Access live data, configure parameters, review faults, and support firmware updates.
BharatBMS is Xbattery's battery management system platform, designed and made in India for electric mobility and energy storage applications. It combines intelligent battery monitoring, cell balancing, protection, thermal management, and communication capabilities to support diverse battery systems.

| Cell Chemistry | Lithium Iron Phosphate (LFP) |
|---|---|
| Cell Count | Up to 16S |
| Nominal Pack Voltage | 51.2V DC (16S × 3.2V/cell) |
| Pack Voltage Range | 40.0V – 58.4V |
| Input / Logic Power | 12V – 60V battery pack input |
| Internal Circuit Resistance | < 5mΩ (BMU + cabling) |