1.10 Host computer control function

With a friendly host computer interface, you can easily set protection parameters such as overvoltage, undervoltage, overcurrent, overtemperature, undertemperature, as well as functional parameters such as balancing, sleep, capacity, and various alarm parameters through the host computer. When necessary, multiple groups in parallel can be set up to control the upper level controller for charge and discharge. The controller can increase the acquisition of load current, CAN Other module currents of communication, etc., make control management more reliable.

1.11 Upgrade Features

Through the CAN bus or RS485 interface for software upgrade.

1.12 letter of agreement

Support customer protocols, RS485 baud rate is 9600bps, CAN 500kbps .

1.13 Charge and discharge current limiting function

The charging and discharging current limiting function can be realized, and the current limiting value can be set. The maximum current limiting value of the battery is 100A. Usually the charging works in the current limiting mode. When overcurrent protection occurs during charging and discharging, the cut-off mode is generally not used, but the current limiting mode is switched.

1.14 Anti-reverse connection function

Equipped with anti-reverse connection circuit. It can prevent the power board from burning out due to reverse connection of the busbar during parallel installation after the system is powered on. Note: It only supports power-on protection after reverse connection, and does not support online reverse connection.

1.15 Parallel communication function

The parallel communication function of 16 modules can be realized through CAN bus or RS485 interface . Without setting the DIP switch, the factory default address is 1. The address settings can be changed by the host computer or adaptively, and the addresses are automatically arranged corresponding to the physical positions for parallel communication. After parallel connection, the battery pack data can be monitored cyclically through the host computer.

1.16 Current sharing control function

via CAN Communication interface, each BMSP It can receive data information from other battery packs and use adaptive current sharing strategy calculations to achieve discharge current sharing control, or use adaptive capacity balancing strategy calculations to achieve optimal capacity matching charge and discharge.

1.17 Automatic working mode

According to inverter /PCS In the running state, the charging and discharging modes can be automatically switched.

1.18 Data storage function

Supports storage of approximately 100,000 battery status data records.

1.19 DO Function

support 2- way DO output. Under normal working condition, the 2- way DO is in disconnected state.

DO1: Connect to the DI of the next module The address sorting and physical location correspondence can be achieved.

DO2 : Reserved by the system and not available to the public.

1.20 Other functions

There is a DI that can be used to automatically arrange addresses. It contains a fire interface (DI)

There is a charging interface for external power supply, which can be used to charge the battery externally after the battery is discharged. For details, please refer to 3.22. Battery heating function: It can output 4A current and has secondary protection function.

1.21 Backup charging function

This product provides a backup charging port, which can charge the battery through an external power supply. When the power supply is connected from the backup charging port, when the external power supply voltage is higher than the battery voltage, the system automatically charges with a small current. It is suitable for replenishing the battery when it is low and for reducing battery power consumption when the output is no-load. The backup charging port has an overvoltage protection function, and the external power supply cannot be charged if it exceeds 58V.