Hybrid Solar Inverter User Manual
The inverter is powered off.
The inverter is in initial state or standby state.
The inverter is running properly.
The inverter is upgrading.
The inverter is importing the electricity from the grid.
The inverter is exporting the electricity to the grid.
The inverter is not importing or exporting the electricity.
The battery is discharging.
The SOC is lower than the set value.
The battery is disconnected or inactive.
Counting down to the grid connection
The PV array is working properly.
The PV array is not working.
The AC side load is not overloaded and can operate properly.
The AC side load is overloaded.
In good communication with both the BMS and the meter
In communication with the meter but lost communication with the BMS
In communication with the BMS but lost communication with the meter
Lost communication with both the BMS and the meter
Trying to connect to the cloud
Disconnected with the cloud
5.2. Shutting Down the Inverter
Automatic shutdown
The inverter will be automatically shut down when all the following conditions are met:
⚫ The solar light intensity is insufficient during sunrise and sunset or when the output voltage of the
photovoltaic system is lower than the minimum input power threshold of the inverter.
⚫ The battery is neither importing nor exporting the electricity from or to the inverter.
⚫ The grid is neither importing nor exporting the electricity from or to the inverter.
Manual shutdown
To manually shut down the inverter, perform as follows:
1. PV side: Turn off the DC switch on the inverter.
2. Battery side: Turn off the battery switch.
3. AC side: Turn off the circuit breaker on the AC side.
Note: If multiple inverters are connected, turn off the their own circuit breakers before turning off the main
circuit breaker.