battery management systems battery management systems

Are battery management systems easy to use?

KURUI specializes in the R&D and manufacturing of high-quality Lithium Battery Management Systems (BMS), covering both LiFePO4 and NCM protection boards. Supporting Bluetooth communication and smart monitoring, our products are widely used in electric vehicles and energy storage systems. With a team of engineers boasting over 20 years of experience and certifications like CE, RoHS, and ISO 9001, we provide professional quality to ensure your power safety.

Our Products

Explore diverse battery management systems to meet the needs of different customers.
E Bike BMS
E Bike BMS

Kurui Lithium Battery BMS 10S 36V-48V 15A for E Bike

This LiFePO4 BMS is suitable for 7S/10S/13S battery packs, supports a 15A discharge current, and is compatible with 24V, 36V, and 48V systems. With built-in overcharge, over-discharge, overcurrent, and short-circuit protection, it ensures battery stability and extends battery life, making it ideal for electric hoverboard applications.

Hoverboard BMS
Hoverboard BMS

LiFePO4 BMS 7S-13S 24V 15A for Hoverboard Batteries

Wheelchairs BMS
Wheelchairs BMS

10S 36V 15A LiFePO4 BMS for Electric Wheelchairs (Compatible with LiFePO4 & Ternary Batteries)

E-Bike BMS
E-Bike BMS

LiFePO4 BMS 20S 60V 40A with CAN RS485 Function for Electric Motorcycles

Standard BMS
Standard BMS

Smart 24S 72V 100A LiFePO4 BMS for Electric Tricycles (Compatible with LiFePO4 & Ternary Batteries)

Smart BMS
Smart BMS

KURUI BMS 24S 72V 120A with CAN RS485 Communication for Golf Carts

Energy Storage BMS
Energy Storage BMS

Kurui Smart 20S 72V 200A BMS for Electric Forklifts LiFePO4 & Ternary Batteries

1. Why Choose Our Battry Management Systems? 

  • Ultimate Safety Protection: Real-time monitoring of voltage, current, and temperature for every cell with millisecond response times to prevent thermal runaway at the source.

  • Extended Battery Lifespan: Superior cell balancing technology eliminates voltage discrepancies, increasing the overall battery cycle life by over 20%.

  • Intelligent Monitoring: Supports Bluetooth, RS485, and CAN communication. Monitor SOC (State of Charge) and SOH (State of Health) in real-time via smartphone App or PC software.

  • Proven Stability: Built with industrial-grade sampling chips and anti-interference designs to ensure stable operation in extreme environments.


2. Key Application Scenarios

  • Light E-Mobility: E-bikes, balance boards, electric scooters, and food delivery fleets.

  • Motive Power: Electric motorcycles, forklifts, golf carts, and AGV (Automated Guided Vehicles).

  • Energy Storage (ESS): Residential solar storage, telecommunication base station backups, and portable outdoor power stations.

  • Specialty Applications: Gardening tools, medical devices, and marine battery packs.


3. Comparison: KURUI Smart BMS vs. Standard Protection Boards (PCM)

FeatureStandard PCMKURUI Smart BMS
Control LogicFixed hardware circuits; non-adjustableDigital software control; customizable parameters
User Interaction"Black box" - no operational dataReal-time monitoring via App/PC; transparent data
Balancing AbilityWeak or no balancingActive/Passive balancing; optimizes cell consistency
PrecisionHigher margin of error; risk of false alarmsHigh-precision sampling; SOC error < 5%

4. Quick Selection Guide

ApplicationBattery TypeSeries RangeCont. CurrentComm. Options
Light MobilityLiFePO4 / NCM7S - 16S20A - 60ABluetooth / UART
High Power MotiveLiFePO4 / NCM17S - 24S80A - 150ABluetooth / RS485
Industrial VehiclesLiFePO48S - 24S100A - 250ACAN / RS485
Storage SystemsLiFePO415S - 16S50A - 200ACAN / RS485 / LCD
Portable PowerLiFePO4 / NCM3S - 10S10A - 40AUART / SMBus

5. Customized Solutions We Provide

  • Standardized BMS: Ready-to-ship models for immediate delivery, reducing development costs and time-to-market.

  • Advanced OEM/ODM: Tailored R&D for specific dimensions (ultra-thin, circular, or irregular shapes) and specialized voltages (100V+).

  • Modular Features: Optional integration of pre-charge circuits, heating functions, buzzer alarms, and low-temperature charging protection.

  • System Integration Support: Master-slave distributed architecture for large-scale energy storage, solving management challenges for complex multi-series/multi-parallel configurations.

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