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.
A Custom Battery Management System (Custom BMS) is a fully configurable battery supervision and protection unit designed specifically to meet unique voltage, current, and application requirements. Unlike standard or off-the-shelf BMS modules, custom solutions allow:
Tailored voltage & cell configurations
Adjustable charge/discharge current thresholds
Custom communication interfaces (CAN/RS485/Modbus/Bluetooth)
Firmware profiling for specific battery chemistries and usage scenarios
Whether integrating into next-generation EVs, industrial power systems, or bespoke battery products, a custom BMS delivers safety, reliability, and performance aligned to your project’s specifications.
Continuous tracking of individual cell voltages, pack current, and temperature ensures accurate battery state data and safe system operation under varying conditions.
Built-in protection mechanisms include overcharge/discharge, overcurrent, short circuit, and thermal faults with customizable thresholds tuned to your application.
Both passive and active balancing options are available to maximize capacity utilization and extend overall battery life.
Support for CAN, RS485, Bluetooth, and proprietary protocols enables seamless integration with vehicle controllers, energy management systems, and cloud monitoring platforms.
Firmware can be tailored to specific chemistries (LiFePO4, NMC, LiPo, etc.), safety profiles, and charge strategies, enabling predictive diagnostics and performance optimization.
Investing in a custom BMS delivers several critical advantages:
Design Flexibility: Optimized for your exact battery configuration and operating environment.
Enhanced Safety: Custom protection logic tailored to your system’s risk profile.
Higher Reliability: Designed with automotive-grade components and tested for durability in extreme conditions.
Scalable Architecture: Suitable for applications from mobility platforms to large energy storage systems.
OEM/ODM Support: Full support for integration, branding, and volume production.
| Application | Voltage | Typical Features |
|---|---|---|
| Electric Vehicles & Scooters | 48–96V | Custom current ratings, CAN communication, active balancing |
| Industrial Energy Storage | 60–120V+ | Remote monitoring, cloud integration, advanced safety logic |
| Specialty Battery Packs | User-defined | Custom connectors, firmware profiles, unique protection schemes |
| Electric Tools & Robotics | Application-specific | Compact form factor, adaptive thresholds |
Custom BMS is ideal for scenarios where standard products cannot fully satisfy performance, safety, or integration requirements.
KURUI provides a complete Custom Battery Management System portfolio including:
Custom voltage & current configurations
OEM firmware customization & parameter locking
Communication protocol tailoring
Form factor design (PCBs, housings, connectors)
System integration support & documentation
Ready to design a Custom Battery Management System tailored to your product? Contact our engineering team for a free consultation, technical evaluation, and quote. We support OEM/ODM partnerships and provide full documentation to streamline development and production.
A Custom Battery Management System is a tailor-made BMS solution designed according to specific battery voltage, current, chemistry, and application requirements. Unlike standard BMS units, it allows full customization of hardware configuration, firmware logic, protection parameters, and communication interfaces to ensure optimal performance and safety.
A standard BMS follows fixed parameters and limited configurations, while a Custom Battery Management System is engineered based on your exact application needs. Custom options include adjustable current ratings, cell count, communication protocols, enclosure design, and software behavior, making it ideal for professional and industrial applications.
Our Custom Battery Management System supports multiple lithium chemistries, including LiFePO4 (LFP), Li-ion (NMC, NCA), and LiPo. Protection thresholds and charge/discharge strategies are configured according to the selected chemistry to ensure long-term battery stability and safety.
Yes. Communication interfaces such as CAN, RS485, UART, Modbus, and Bluetooth can be integrated into the Custom Battery Management System based on system requirements. This enables seamless connection with vehicle controllers, inverters, or remote monitoring platforms.
Yes. Both passive and active balancing solutions are available. Cell balancing parameters can be customized to improve voltage consistency, maximize usable capacity, and extend overall battery pack lifespan.
A Custom Battery Management System typically includes overcharge protection, over-discharge protection, overcurrent protection, short-circuit protection, temperature protection, and fault diagnostics. Protection thresholds are configurable according to the application environment.
Custom BMS solutions are widely used in electric vehicles, energy storage systems, electric motorcycles, industrial backup power, robotics, and other high-performance lithium battery applications where standard BMS products cannot meet specific technical requirements.
Yes. Firmware and protection parameters can be locked after customization to prevent unauthorized modification. This is especially important for OEM projects and large-scale deployments requiring system consistency and safety control.
We offer full OEM and ODM support, including hardware design, firmware development, branding, and mass production. Our engineering team works closely with customers throughout the development process to ensure smooth integration and reliable performance.
To begin a custom BMS project, basic information such as battery chemistry, series and parallel configuration, rated current, application scenario, and communication requirements is needed. Based on this, our engineers will propose a suitable Custom Battery Management System solution.
