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(Page 2 / 3)
AC Chg Based On: Battery Volt and Time
AC charging is configured according to battery voltage and
time. When one of the three time periods and the battery
voltage is met, AC charging will begin. Once the time
period and voltage are outside the configured range, AC
charging will end. Voltage range is 38.4 – 57V for start and
48 – 59V for end. Time range is 00:00 – 23:59.
AC Chg Based On: Battery SOC and Time
AC charging is set according to battery SOC and time.
AC will charge batteries when in one of the three time
periods and when battery SOC is between the start
charge SOC and the cut-off charge SOC, the battery will
charge. SOC range is 1 – 90% for start and 20 – 100% for
end. Time range is 00:00 – 23:59.
(Page 3 / 3) – Generator Setting
Generator Charge Type: Use Vol | Use SOC
Generator charging is set according to the battery voltage
or battery SOC.
Gen Charge Bat Current: 30A
Set generator battery charging current.
Range is 0 – 250A.
Gen Charge Start Bat Volt: 46.4V
Starts the generator using dry contacts when the battery
voltage is below the generator charge battery voltage. Set
according to the battery requirements. Range is 39 – 57V.
Gen Charge End Bat Volt: 48.0V
Stops generator using dry contacts when the battery
voltage is above generator charge end battery voltage is above the set battery voltage. Set this
according to the battery requirements. Range is 48 – 59VDC.
Gen Charge Start Bat SOC: 20%
Starts the generator using dry contacts when battery SOC% is below the generator charge start
battery SOC%. Set this according to the battery requirements. Range is 0 – 90%.
Gen Charge End Bat SOC: 100%
Stops the generator using dry contacts when battery SOC% is above the generator charge end
battery SOC%. Set this according to the battery requirements. Range is 20 – 100%.
Max. Gen Input Power: 18000W
Set the maximum generator input power. The inverter will limit the power from the generator to 90%
of the total generator capability to prevent overloading. Range is 0 – 18,000 watts for a single
inverter and 0 – 65,534 watts for paralleled inverters.
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