Parallel Settings
• Set System Type: The EG4 6000XP supports paralleling of multiple inverters.
• Battery Shared: For paralleled systems, if all inverters connect to same battery bank,
Battery Shared must be enabled. The inverter with battery to inverter communication cable
connected will broadcast the battery info to all other inverters.
6.3 CHARGE SETTING
• Charge Current Limit(Adc): The maximum charge current limitation of the entire system
in DC Amps.
Lead Acid
• Charge Voltage(V): Set this according to the battery requirements. Range is 50-59 VDC.
• Floating Voltage(V): Set this according to the battery requirements. Range is 50-56 VDC.
When using lead-acid batteries, this must be set lower than the ‘Charge Voltage’ above.
When using Lithium batteries in lead-acid mode, this can be set ≤ ‘Charge Voltage’ above.
• Equalization Voltage(V): Range is 50-59VDC for lead-acid batteries. When using Lithium
batteries in lead-acid mode, this should be set to 0 (zero).
• Equalization Period(Days): Range is 0-365 days for lead-acid batteries. When using
Lithium batteries in lead-acid mode, this should be set to 0 (zero).
• Equalization Time(Hours): ): Range is 0-24 hours for lead-acid batteries. When using
Lithium batteries in lead-acid mode, this should be set to 0 (zero).
AC Charge
• AC Charge Based On: If using AC (i.e., the Grid) to charge the battery; the customer must
first select the method of charging. This can be set to charge by “Time”, “Voltage”, “SOC”,
“Battery Voltage and Time” or “Battery SOC and Time”.
• AC Charge Battery Current(A): Set this according to the battery requirements. Range is
0-100 Amps.
• AC Charge Start Time 1-3: Start AC Charging according to these time settings.
• AC Charge End Time 1-3: Stop AC Charging according to these time settings
• AC Charge Start Battery Voltage(V): Battery Voltage at which system will start charging
batteries from AC. Set this according to the battery requirements. Range is 38.4-52 VDC.
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