SOLIS S6-EH3P8K02-NV-YD-L User Manual page 80

5. Commissioning
Force-charge SOC: Due to the battery power consumption, when the over-discharge SOC
drops to the force-charge SOC, the inverter will directly charge the battery according to the
maximum battery charging current until the battery SOC reaches the over-discharge SOC.
(The charging power is nor limited to sources, which may be from PV or from the grid.
If "Charging from grid"is set to "Not Allow",the charging logic may not be implemented.)
It is not recommended to set the over-discharge&force-charge SOC to the same value,
which may cause frequent charging and discharging.
GEN_Start_SOC/Volt: If SOC/Volt reaches GEN_Start_SOC/Volt, the generator can be
started.
GEN_Exit_SOC/Vot: If SOC/Volt reaches GEN_Exit_SOC/Volt, the generator can be
stopped.
Battery Model
Peak-shaving Setting
Max. grid power when Forcecharging
Max. grid power when Forcecharging (Parallel) Time of Use Charge Current Set
ECO Function
Overdischarge SOC
Forcecharge SOC
Battery Overvoltage Protection Setting
Battery Undervoltage Protection Setting
GEN_Start_SOC
GEN_Exit_SOC
Battery Wake Up
Awaken Voltage
Awaken Time
Battery Setting
PYLON_LV >
500W >
50.0A > 0W >
20% >
10% >
60.0V >
42.0V >
25% >
80% >
>
40.0V >
20s >
Battery Setting
Battery Model
Peak-shaving Setting
Max. grid power when Forcecharging
Max. grid power when Forcecharging (Parallel) Time of Use Charge Current Set
ECO Function
Battery Capacity
Max Charging Current
Max Discharging Current
Battery Overvoltage Protection Setting
Battery Undervoltage Protection Setting
Overdischarge Voltage
Force Voltage
GEN_Start_Volt
GEN_Exit_Volt
Equalization Voltage
Lead Acid TEMP CO
Environment temperature
76
User Manual
Lead Acid >
500W >
50.0A > 0W >
200Ah >
100.0A >
100.0A >
60.0V >
42.0V >
44.5V >
43.8V >
48.5V >
52.0V >
56.4V >
72mV/°C >
Normal temper... >