29
30
8.1 Remote Data Monitoring
8.1.1 Mobile phone APP(ShinePhone) remote monitoring
MAX-X series inverter remote monitoring ways include APP(ShinePhone) and server Web
page, RS485,GPRS,4G,PLC(reserved) can satisfy both ways of monitoring.
1>Scan the following QR code, or download from Android store or App store by searching
“Shinephone”, download and install software.
Note: 1.Make
you
it's
the
latest
version
.
2
.
Please
find
more
details
on
http
://
server
.
growatt
.
com.
2
>
Users can register their mobile APP account by following the steps below:
Run
ShinePhone
,
go
to
login
page
,
click
"
register”.Registration is required to fill in the
information, with the * is required, the agreement is mandatory, you can log in to the
main interface of ShinePhone after registration, the registration page and the main
interface are as shown below.
Fig
8
.
1
Shinephone
login
and
main
page
:
Monitoring
8
Fig
8
.
2
Fig
8
.
3
Description of LED status
Position
of LED
Type of LED
Inverter status
LED status
B
AC voltage
indicator light
With AC voltage, inverter
is in a fault state
The green light flashes slowly,
a n d t h e a l a r m o r f a u l t
indicator light is steady red.
C
Alarm or fault
indicator light
Inverter works normally
Light is not on
Inverter is in alarm state
Red light flashes slowly
Inverter is in fault state
Red light is on
D
Communication
indicator light
Inverter has external
communication, such as
RS485, GPRS, etc.
Green light is on
Inverter has no external
communication
Light is not on
Inverter upgrade or USB
interface is reading and
writing data
Green light flashes
E
Power or fault
code indicator
light
Inverter is in the grid
state
The eight LEDs from left to
right represent the power of
the inverter: if 8 green lights
are on, it represents 100% of
the inverter power. As shown
in Figure 7.3, it represents
37.5% of the inverter power,
and so on.
Inverter is in fault state
The 8 LED lights from right to
left represent the fault codes
currently reported by the
inverter. From right to left, they
represent 1, 2, 4, 8, 16, 32, 64,
and 128. For example, the first
and fourth green LEDs on the
right are always on, which
means 1+8=9. In addition, add
200 to get 209, which means
the inverter reports fault 209,
and so on.
