Multiple protection functions:
This BMS offers:

• overload protection

• Deep discharge protection

• Short-circuit and overcurrent protection
  It also contains aProtection against false wiring, to prevent damage and ensure the reliability of the system.

Widespread application:
The inverter BMS is suitable for:

• Home energy storage

• Communication basestations

• Building energy storage

• AC power supply
  It offers highCompatibilityandReliabilityfor different application environments.

Communication protocols:
This inverter BMS is compatible with the main inverter brands and supports the following communication modes:

• CAN

• RS485

• RS232

• UART
  It can be easily done over amobile app, aHost-computeror aHome Storage Displayconfigure what ensures a seamless integration with various devices and systems.

Parallel Protection Technology:
This Home Storage BMS features an integrated10A current limitingto safely extend the battery capacity.
It supports theParallel operation of multiple battery packsand ensures areliable and secure operation.

Model:JK-PB2A16S20P
Dimensions:30010018 mm
Compatible with:LiFePO4, lithium-ion, and LTO
Delivery contents:Protection plate, interface plate, communication cable, balancing cable, activation switch etc.

Functional features:

• Active balancing function

• LED-status indicator

• Remote control via app

• Overvoltage and overcurrent protection

• PC-based operational support

• information display screen

• Support for RS485, RS232, and CAN communication

• High-precision voltage recording

• Battery capacity estimation

• High-precision current recording

• Exact time log

• Isolated power supply circuit

• short-circuit protection

• 4-channel temperature protection

• MOSFET temperature protection

Technical Specifications:

• Active balancing current:2A

• Supported battery strips:

  • Li-Ion: 7-16S

  • LiFePO4: 8-16S

  • LTO: 14S-16S

• Permanent discharge/charge current strength: 200A

• Maximum current strength:400A

Cabling instructions:

• Cabling order:

  1. First solder the B- and P- connections.

  2. Then connect the B+ and P+ connectors.

  3. Connect the battery test leads in ascending voltage order.

• System activation:

  1. Turn on the system and press the switch to activate it.

  2. Separation:

  • Remove the charger or load first.

  • Disconnect the battery cables in descending voltage order.

  • Remove the B+ and P+ connections first, then the B- and P- connections.