Connection Of The Can Communication For Li-Ion Batteries With Bms; Safety Instructions For Connecting The Can Communication For Li-Ion Batteries With Bms; Wiring Requirements For Connecting The Can Communication For Li-Ion Batteries With Bms; Connection Process For The Can Communication For Li-Ion Batteries With Bms - Ingeteam INGECON SUN STORAGE 1Play Manuel D'installation

Connection of the CAN communication for Li-Ion batteries with BMS

13. Connection of the CAN communication for Li-Ion
batteries with BMS
Installing the CAN communication enables the inverter to control the Li-Ion batteries with BMS (Battery
Management System).
This chapter explains the requirements and process for connecting the CAN communication wiring for Li-Ion
batteries with BMS to the unit. Read carefully before starting the connection process.
13.1. Safety instructions for connecting the CAN communication for
Li-Ion batteries with BMS
CAUTION
Before you start to make the connections, make sure there is no voltage in the inverter. Verify that the AC
protection of the auxiliary grid/genset and the DC switch of the Li-Ion battery are open, as well as the PV array
and the consumption grid.
Do not switch on the power to the unit until you have successfully made the rest of the connections and the unit is
closed.
When carrying out the connections, respect the polarities marked on the electronic card.
13.2. Wiring requirements for connecting the CAN communication
for Li-Ion batteries with BMS
The wiring gauge for connecting the CAN communication of the storage system management system is specified in
the following table:
Wiring gauge
Cable diameter
Wiring stripping length (L*)
L*
13.3. Connection process for the CAN communication for Li-Ion
batteries with BMS
To connect the CAN communication:
ABH2013IQM01_C - Installation and Operation Manual
INGECON SUN STORAGE 1Play
0.25 mm ~ 1.5 mm
2 2
4.5 ~ 10 mm
8 mm
Ingeteam
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