2. Lithium battery is turned off.
The load connected to the generator output is greater than the maximum
output power.
Inverter cannot detect battery voltage.
Master Battery Discharge Voltage Low
Low voltage detected during battery discharge and overload.
Lost Communication between M<->H
Internal communication of the inverter is lost.
Lost Communication between M<->S
Internal communication of the inverter is lost.
Lost Communication between S<->H
Internal communication of the inverter is lost.
1. A live wire grounding occurs on the power grid side.
2. The grid voltage is too low.
3. The inverter relay circuit is faulty.
1. A live wire grounding occurs on the power grid side.
2. The grid voltage is too low.
3. The inverter relay circuit is faulty.
Master Temperature High Error
Inverter temperature is too high.
Master Temperature Low Error
Inverter temperature is too low.
Inverter leakage current detection equipment fails.
The grid voltage is higher than the inverter safety regulations allow.
The grid voltage is higher than the inverter safety regulations allow.
The grid voltage is lower than the allowable range of the inverter safety
regulations.
Before leaving the grid, detect abnormal voltage at the off-grid port.
Master Grid Frequency High
The grid frequency is higher than the upper limit specified by the local
power grid.
Master Grid Frequency Low
The grid frequency is lower than the lower limit specified by the local power
grid.
The load connected to the back-up end is greater than the maximum output