One 60K-3P Inverter, Two AES 210HV (60kW/418kWh)
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ELECTRIC SHOCK AND FIRE HAZARD Follow NEC guidelines for conductor size, insulation rating (≥1000 VDC), and torque specs for safe and code-compliant installation. Failure to follow these instructions may result in death or serious injury. |
One Sol-Ark 60K-3P Inverter, Two AES 210HV Battery Cabinets
Performance
Peak Discharge Rate (7 hours). A single 60K-3P inverter can charge and discharge at a maximum continuous rate of 100 A (60 kW), split between the two batteries at 50 A per cabinet. At the inverters’ peak continuous performance, the cabinet achieves a discharge duration of approximately seven hours.
Inverter - Cabinet Connection
Scalability
The Sol-Ark system-level scalability supports up to 10 inverters paralleled on the AC bus. This configuration allows for a maximum power output of 600 kW and energy storage of up to 4.24 MWh across all 10 inverters.
Parallel Inverters
DC Wiring
The inverter’s battery input terminals are connected to each of the AES 210HV cabinets using one pair of 50 A conductors (one positive and one negative cable) per battery cabinet.
Inverter to Cabinet DC Wiring
Communication
This configuration uses the integrated LYNK II Gateway devices provided with the AES 210HV cabinets. The LYNK II Gateway from cabinet #1 connects to the inverter’s BMS1 port and to the J3 or J4 port on the battery cabinet’s High Voltage Box, and the LYNK II Gateway from cabinet #2 connects to the inverter’s BMS2 port and to the J3 or J4 port on the battery cabinet’s High Voltage Box.
Inverter - LYNK II - Cabinet Communication