This video will introduce you to the LUX-X stacked LiFePO4 battery and a certain inverter on the market communication matching tutorial.
Materials Needed: LUX-X Battery; Inverter; Singnal Terminal; Communication Cable.
There are several communication methods between the lithium battery and inverter, commonly used are RS485 and CAN communication
RS485
1. Use the RS485 demo. According to the pin label, follow the definition of RS485A corresponds to Pin2, RS485B corresponds to Pin1
2. Plug in the signal terminal. Use crimping tool to compress the pins.
3. Connecting to the inverter, and the battery
4. Find the protocol mode of the lithium battery, “12”represents the Deye RS485 protocol.
5. Then click OK to finish
After successful communication you can see the SOC, and other information of the battery pack in the battery page
CAN
1. According to the pin label, follow the definition of CAN-H corresponds to Pin4. CAN-L corresponds to Pin5
2. Plug in the signal terminal. Use crimping tool to compress the pins
3. Connecting to the inverter, and the battery
4. Then find the protocol mode of the lithium battery “00” represents the Deye CAN protocol
5. Then click OK to finish
After successful communication you can see the SOC
and other information of the battery pack in the battery page
Modell:
Demonstration Of Communication Between Lithium Battery Pack And Inverter
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