Ø System Status
Setting
Setting
System Status
Battery
On-grid
EPS
Meter/CT
PV2
PV1
1)
2)
3)
4)
5)
6)
88
89
>U 0.0V
I 0.0A
PV1
>U 0.0V
I 0.0A
PV2
P
P
0 W
0 W
U 400.0V
I -1.0A
P -400W
Battery
U 400.0V
I -1.0A
P -400W
Battery
SoC 0%
Cell Temp 20℃
NTC Temp
BMS Connected
BMS Disconnected
For off-grid status, there is only one work mode: EPS (Off-grid).
EPS (Off-grid)
①
②
Priority: Loads > Battery
In case of power failure, the system will
supply EPS loads through PV and battery.
(The battery must be installed, and EPS
loads shall not exceed battery’s max.
output power.)
The power of PV will charge the loads rst,
and surplus power will charge the battery.
Note:
The battery will stop discharging when SOC=min SOC. But due to
battery self consumption, sometimes SOC may < min SOC.
For on-grid status, if the battery SOC ≤ (min SOC-5%), the inverter will
take utility energy to charge battery SOC back to (min SOC+1%).
For off-grid status, if the battery SOC ≤min SOC, the inverter will be
unable to enter EPS mode (the battery will be unable to discharge
unless SOC is back to 31%.)
System status contains six content: PV1/PV2/Battery/On-grid
(energy feed into or buy from the grid)and EPS(Off-grid) and so on.
Press up and down to select, press "Enter" to conrm the selection,
and press "ESC" to return to the menu.
1/2 ) PV1, PV2
Here you can see the voltage, current and power of the pv1 and Pv2.
Photovoltaic panels respectively;
3 ) Battery
This status shows the battery condition of the system. Including
battery voltage and battery current, Battery power, battery capacity,
battery temperature, BMS connection status. The meaning of the
sign of battery current and power: "+" means charging; "-" means
discharging.
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