I will do high current bms pcb with stm32 esp32 smart battery management and can bus
PCB DESIGN
About this Gig
''CONTACT ME BEFORE PLACING ORDER''
Hello,
Do you need a reliable high-current Battery Management System (BMS) PCB for your battery pack, EV, energy storage, robotics, power electronics, or smart battery project?
I provide professional BMS PCB development with STM32 and ESP32, CAN Bus communication, battery monitoring, protection, power management, and embedded hardware integration.
I can handle:
- High-current battery protection and monitoring
- STM32 / ESP32 based smart BMS
- CAN Bus communication and telemetry
- Cell voltage, current and temperature sensing
- Over-voltage, under-voltage, over-current and short-circuit protection
- MOSFET-based charge/discharge control
- Balancing circuits and battery pack monitoring
- Power supply and DC-DC integration
- 26 layer PCB layouts with optimized power paths
- Schematic, BOM, 3D model and fabrication-ready files
Whether you need a prototype, smart battery controller, EV BMS, Li-ion/LiFePO4 battery system, or industrial energy solution, I can help turn your requirements into a reliable hardware solution.
Message me before ordering so I can review your battery specifications, current rating, cell configuration and communication requirements.
FAQ
Can you develop a BMS for high-current battery packs?
Yes. I can support high-current Li-ion, LiFePO4 and other battery packs, including current sensing, protection, balancing and charge/discharge control.
Can you use STM32 or ESP32 in my BMS?
Yes. STM32 and ESP32 can be integrated for smart battery monitoring, control, telemetry, CAN Bus communication and other required functions.
Can you add CAN Bus communication?
Yes. CAN Bus can be included for communication with an ECU, vehicle controller, charger, display or other embedded systems.
What files will I receive?
Depending on your package, deliverables can include schematic, PCB files, BOM, 3D model, fabrication-ready files and complete source files.
What information do you need before starting?
Please provide battery chemistry, cell count/configuration, nominal and maximum voltage, continuous/peak current, charging method, protection requirements and communication interfaces.

