bellayang232
lithium ion battery management system
MKBMS is based on the modular BMS of LTC68XX and STM32 MCU, and is connected to one or more slave boards and integrated integrated boards of different sizes through the ISOSPI interface. The modular BMS can be configured for various applications with battery voltages within 150V.
functions:
1. Current and voltage protection: protect the battery pack from overcharge and overdischarge, thereby extending the cycle life.
2. Battery health monitoring: monitor the internal resistance of a single battery and the monitoring capacity of the battery pack.
3. Thermal management: Overheating and under-temperature protection with fan control for cooling or heating.
4. Support batteries: Li-Ion, Li-Polymer, Li-Phosphate
5. Intelligent battery balance: passive balance and active balance
6. Rugged and anti-EMI
7. Field programmable
8. Current limit calculation
9. Fully programmable CANBUS interface, programmable structure of all CAN messages
10. Drift state of charge
11. Reliability, speed and accuracy
12. Integration with other devices
13. Multiple BMS units connected in series
14. Current sensor support
15. Isolation from fault detection
16. Automotive grade design, automotive grade locking connector
17. Software for data logging and programming
lithium ion battery management system
MKBMS is based on the modular BMS of LTC68XX and STM32 MCU, and is connected to one or more slave boards and integrated integrated boards of different sizes through the ISOSPI interface. The modular BMS can be configured for various applications with battery voltages within 150V.
functions:
1. Current and voltage protection: protect the battery pack from overcharge and overdischarge, thereby extending the cycle life.
2. Battery health monitoring: monitor the internal resistance of a single battery and the monitoring capacity of the battery pack.
3. Thermal management: Overheating and under-temperature protection with fan control for cooling or heating.
4. Support batteries: Li-Ion, Li-Polymer, Li-Phosphate
5. Intelligent battery balance: passive balance and active balance
6. Rugged and anti-EMI
7. Field programmable
8. Current limit calculation
9. Fully programmable CANBUS interface, programmable structure of all CAN messages
10. Drift state of charge
11. Reliability, speed and accuracy
12. Integration with other devices
13. Multiple BMS units connected in series
14. Current sensor support
15. Isolation from fault detection
16. Automotive grade design, automotive grade locking connector
17. Software for data logging and programming