Intelligent Battery Management System for Lithium Battery Packs
Our Smart BMS (Battery Management System) is designed for professional lithium battery packs that require reliable protection, real-time monitoring, communication, and intelligent battery control. It is suitable for LiFePO4, Li-ion, and other lithium battery applications.
For battery manufacturers, wholesalers, distributors, system integrators, and OEM customers, a Smart Battery Management System can support battery safety, performance, and service life while helping teams understand pack operating conditions.
Smart BMS Solutions for B2B Projects
Battery Protection and Real-Time Monitoring
Compared with a basic BMS, a Smart BMS provides more than standard protection. It can monitor key battery data in real time so teams can understand the condition and operation of a lithium battery pack.
Core protection
Protection functions can cover overcharge, over-discharge, overcurrent, short circuit, and temperature conditions.
Battery data
Monitor cell voltage, total pack voltage, charging and discharging current, temperature, battery capacity, SOC (State of Charge), and operating status.
Intelligent control
Model-dependent functions may include balancing, heating control, data logging, and parameter adjustment.
Smart BMS Communication and System Integration
Depending on the model, communication options can include Bluetooth, UART, RS485, and CAN Bus. The appropriate interface depends on the battery pack and the equipment it needs to connect with.
A Bluetooth BMS, CAN BMS, or RS485 BMS may be used with mobile apps, PC software, displays, inverters, chargers, energy storage systems, or other external devices when the selected model and protocol support that connection. Share your protocol and integration requirements so compatibility can be reviewed before selection.
Configurations and Optional Functions
Our Smart BMS solutions are available for different battery configurations, voltage ranges, and discharge currents. The final configuration should be selected against the battery chemistry, pack design, load, and communication needs of the project.
- Battery applications can include LiFePO4, Li-ion, and other lithium chemistries.
- Optional functions can include passive balancing, active balancing, heating control, data logging, and adjustable parameters.
- Customized communication protocols and software settings can be discussed for integration projects.
Features and interfaces vary by model; confirm the required functions during product selection.
Smart BMS Applications
Energy storage
Smart BMS solutions can be considered for energy storage systems, solar battery storage, and backup power systems. Confirm inverter and charger communication requirements as part of the selection process.
Mobile battery systems
Applications can include RV batteries, marine batteries, golf carts, and electric vehicles. Battery configuration and continuous and peak current requirements should be reviewed for each project.
Industrial and custom packs
AGVs, industrial equipment, and custom lithium battery packs may require application-specific wiring, communication, and control settings.
Explore related solutions for energy storage BMS and industrial equipment.
OEM and ODM Smart BMS Support
For B2B customers, we support OEM and ODM customization of voltage, current, communication protocol, wiring, connectors, software settings, and application-specific requirements. Share the intended battery pack and connected equipment so the right scope can be reviewed.
For a broader selection framework, see our BMS solution options.
Smart BMS Frequently Asked Questions
What does a Smart BMS add beyond a basic BMS?
In addition to standard battery protection, a Smart BMS can provide real-time monitoring, communication, and model-dependent control functions. Available features should be confirmed for the selected model.
Which battery chemistries can these solutions support?
Smart BMS solutions can be selected for LiFePO4, Li-ion, and other lithium battery applications. The correct BMS depends on the pack configuration and project requirements.
Are Bluetooth, CAN Bus, and RS485 available on every model?
No single interface should be assumed for every model. Communication options vary; provide your required protocol and connected equipment so the appropriate model can be reviewed.
What information should I send for an OEM Smart BMS enquiry?
Send battery chemistry, series configuration, capacity, continuous and peak current, communication needs, application, and any wiring, connector, or software requirements.
Discuss Your Smart BMS Project
Tell us about your battery pack and application. We can help you select a Smart BMS solution and review the communication and OEM requirements relevant to your project.
17–24S Smart BMS 80A — Specification
| Product Introduction | ||
| Model | BL2408 | |
| Cell Series (S) | 17-24S | |
| Applicable battery | LiFePO4, NCM & LTO | |
| Continuous discharge current | 80A | |
| Basic Functions | Size | 127*80*14.6mm |
| BMS Offline Protection | Equipped | |
| Enclosure Design | Weatherproof Design – PCB with Conformal Coating | |
| Overcurrent Solution | MOS | |
| Modular Expandable Design | Integrated | |
| SOC Tracking | Coulomb Counter (Drift <3%) | |
| Charging Method | Same Port | |
| Communication | UART, RS485,Bluetooth | |
| Secondary Overvoltage Protection | Equipped | |
| Precise monitoring and balancing | Full-Time Automatic Balancing | |
| Thermal Runaway Pre-Warning | Multi-layer redundancy + gas/impedance monitoring, alerts before failure | |
| Other Functions | Alarm Functions | |
| Multiple sleep and wake-up methods. | ||
| Voltage/Cell/MOS temperature/Short circuit detection | ||
| Current integration function | ||
| etc | ||
| Software | APP/Host Computer/IoT Cloud Platform | |
| Optional Features | Communication | CAN, Isolated RS-485, LTE, 4G/5G |
| Remote Positioning | GPS / BDS (BeiDou Navigation Satellite System) | |
| Smart Handshake | Automatic Inverter Handshake Protocol | |
| Low Temperature Charging | Heater Port Ready (Charges at -45°C to +75℃) | |
| Connection Safety | Anti-Spark (Pre-charge Resistor) | |
| Regenerative Braking | Downhill Regeneration Protection | |
| Cloud-based Remote Calibration & Management | Real-time Data Control & Monitoring | Remote Charge/Discharge Control |
| Battery Abnormality Alert | ||
| Low Battery Warning | ||
| Voltage & SOC & Cycle Count | ||
| Cell Temperature & PCB / MOS Temp | ||
| Real-time GPS Tracking | Remote monitoring of battery operational status | |
| OTA | Remote OTA update for the BMS & Communication module | |