61
NNoo..
DDeessiiggnnaattiioonn DDeessccrriippttiioonn
3
PID function
state
Present state of the PID function For details, refer to Tab.
7-3Description of PID function state.
4 Power flow chart
Display the PV power generation power, feed-in power,
etc. The line with an arrow indicates energy flow
between connected devices, and the arrow pointing
indicates energy flow direction.
5
Power
generation
Daily power yield and accumulative power yield of the
inverter.
6
Real-time power Output power of the inverter.
7 Power curve
Curve showing change of power between 5 am and 11
pm every day.
(Each point on the curve represents the percentage of
present inverter power to rated power)
8
Navigation bar
Including "Home", "Run information", "Records", and
"More".
Table 7-2 Description of inverter state
SSttaattee
DDeessccrriippttiioonn
Run
After being energized, inverter tracks the PV arrays’ maximum
power point (MPP) and converts the DC power into AC power. This is
the normal operation mode.
shutdown
Inverter is stopped.
Key-
shutdown
Inverter will shutdown operation by manually selecting “shutdown”
via app. To restart the inverter, manually start via app.
Standby
Inverter enters standby mode when DC side input is insufficient. In
this mode inverter will wait within the standby duration.
Initial standby The inverter is in the initial power-on standby state.
Starting The inverter is initializing and synchronizing with the grid.
Warning Warning information is detected.
Derating
running
The inverter derates actively due to environmental factors such as
temperature.
Scheduling
running
The inverter runs according to the scheduling instructions received
from the monitoring background.
Fault
If a fault occurs, inverter will automatically stop operation, and
disconnect the AC relay. The fault information will be displayed in the
app. Once the fault is removed in recovery time, inverter will
automatically resume running.
User Manual 7 iSolarCloud App
To Next Page