Electrical Connection Procedure with Multiple Parallel-Connected Battery Cabinets
This section describes the procedure for the electrical connection of the product when multiple battery cabinets are used in a system. It gives an overview of the steps, which must always be performed in the prescribed sequence.
Procedure | See | |
|---|---|---|
Ensure that the requirements for the electrical connection are fulfilled. | ||
Ground the battery cabinets. | ||
Configure all secondary battery cabinets before making further connections. | ||
Configure the primary battery cabinet before making further connections. | ( > Configuring the primary battery cabinet with multiple battery cabinets) | |
Connect the AC cables to the inverter. | ||
Connect the network cables to the inverter. | ||
Connect the battery communication cables for CAN to the inverter. | ||
Connect the DC lines to the inverter. Record the device type and serial number of the inverter in the commissioning report. | ||
Connect the AC cable to the battery cabinets. | ||
Connect the DC cables to the battery cabinets. | ||
Connect the battery communication system between the battery cabinets. | ( > Connecting the CAN communication between the battery cabinets of the indoor version) | |
Connect the battery communication system to the inverter. | ||
Connect the energy meter (Energy Meter or Power Quality Analyzer). | See manual for the energy meter | |
Optional: Connect the SMA Data Manager M. | See manual for the SMA Data Manager M | |
Also see:
- AC Connection
- Connecting the AC Cable
- Connecting the DC Cables
- Communication Connection
- Configuring secondary battery cabinets
- Connecting the CAN communication between the battery cabinets of the indoor version
- Commissioning multiple battery cabinets
- Connecting the battery communication cable for CAN
- Connecting the Network Cables
- Requirements for the electrical connection
- Connecting the DC Cables
- Configuring the primary battery cabinet with multiple battery cabinets
- Earthing the battery cabinet