KURUI BMS Manufacturer 24S 72V 120A with CAN RS485 Communication for Golf Carts
This KURUI BMS supports 16S/20S/24S battery packs, is compatible with 48V/64V/72V systems, and provides a large current output of 120A. With built-in CAN and RS485 communication functions, it enables real-time data monitoring and remote management. It also features overcharge, over-discharge, overcurrent, and short-circuit protection, making it very suitable for golf cart battery applications.
| Parameter | Specification |
|---|---|
| Battery Type | LiFePO4 Battery/Lithium-ion |
| Battery Series | 16S/20S/24S |
| Operating Voltage Range | 48V/64V/72V |
| Continuous Current | 120A |
| Charging Method | Same Port |
| Temperature Detection | 4 Channels |
| Alanced Approach | Passive Balancing |
| Self-Discharge | <100uA |
| Operating Current | ≤30mA |
| Communication | RS485,UART |
| Size | 134.74*66*15.68（mm） |
| Basic Function | Special Handle Software Remote Control OTA Bluetooth Current Integration Power on Wake-up Load Detection |
| Optional Functions | CAN，RS485 |
Seamless support for PC software, Bluetooth, and mobile APP monitoring (optional)
Advanced algorithms deliver precise battery state detection for reliable performance
Comprehensive safeguards against over-voltage, over-current, over-discharge, over-temperature, under-voltage, under-temperature, and short circuits
Fully configurable software parameters tailored to your application needs
Optional GPS integration and display screen support for smarter management
Optimized for NCM, LiFePO4, sodium-ion, and other advanced chemistries
BMS Customization Processes
Requirement Communication
（1）Customer Request: Battery specifications, application, communication protocol, functional needs.
（2）Manufacturer Evaluation: Identify whether the demand fits a standard BMS model or requires custom development.
（3）Quotation & Proposal: Provide datasheet, technical solution, lead time, and quotation.
Design & Sample Development
Standard BMS: Recommend existing models, prepare samples for customer testing.
Custom BMS:
（1）Circuit Design.
（2）Firmware Development.
（3）Structure/ID Design
Sample Testing: Deliver prototypes for customer evaluation
Pilot Run & Validation
Internal Testing: Functional testing, aging test, and reliability test.
Customer Validation: End-use testing in battery packs/vehicles/equipment.
Iteration: Adjust design based on customer feedback.
Mass Production & Quality Control
Material Preparation: Key components.
Production Process: SMT → DIP → Soldering → Assembly → Testing.
QC Process: 100% functional test, communication test, aging test.
Certification: CE, UL, UN38.3, or others as required by the customer.
Delivery & After-Sales Support
Delivery Timeline:
Small batches: 2–4 weeks
Large batches: 6–8 weeks (depending on component supply chain)
Packaging & Shipping: ESD-safe packaging, support for air or sea shipping.
After-Sales Service:
Technical documentation and software tools
Firmware upgrades
Warranty (typically 12–24 months)
Case 1
John Smith, Fleet Manager at GreenFairways, upgraded to Kurui advanced BMS for golf cart battery system, gaining safer charging, extended cycle life, and real-time monitoring for 120 carts.
MESSAGE
Ready to Power Your Energy Solutions? Let’s Build Together.
When you work with KURUI Battery Management Systems Factory, you gain:
Comprehensive Capabilities: A true one-stop-shop for your BMS needs – from LiFePO4 battery packs for e-bikes, scooters, and golf carts to high-capacity BMS for forklifts and energy storage systems.
A Transparent Process: Clarity and control at every stage – from technical consultation, R&D, prototyping to mass production and global delivery.
A Commitment to Quality & the Future: A partner dedicated to safety, reliability, and sustainability in every BMS we make. We help you comply with international standards and build a stronger product reputation.
