Growatt MIN 3K-11.4K TL-XH-US Operating instructions

GR-UM-251-A-00
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Manual
Growatt New Energy
Growatt USA,Inc
9227 Reseda Blvd,#435 Northridge,CA 91324,USA.
1(866) 686-0298
www.growatt-america.com
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MIN 3K-11.4K TL-XH-US
&
Commissioning Guide

List
1.1 Energy Management System
Introduction
1.2 Check System Installation &
Power On
1 Power on the system
2 ShineTools APP Setup 2.1 APP Download
2.2 APP Introduction
2.3 Connecting to Local Wi-Fi
Network
3 Grid Code Mapping Table
4 Wi-Fi Network Configuration
5 Energy Management System 5.1 Management System Mode
Introduction
5.2 Energy Management System
setting
6 Battery Life Maintenance
7 Troubleshooting
Commissioning Error Code
8.1 Register an Account
8.2 Create a power plant
8.3 Add Data Logger to power plant
8 ShineServer Operation
9 Shinephone Introduction 9.1 APP Download
9.2 APP Introduction

1 Power on the system
1.1 Energy Management System Introduction
1
2
The system wiring diagram is as follows:
Fig 1.1
Fig 1.2
MIN 3K-11.4KTL-XH-US AC Couple system diagram is shown in the figure below:
MIN
Smart
Meter
US-200
Emergency
stop switch
Sub Panel
ATS
Power Wire
Signal Wire
MIN 3K-11.4KTL-XH-US energy storage system diagram is shown in the figure below:
The AC Couple system wiring diagram is as follows:
Battery1 Battery2
3-11.4KTL XH-
US Inverter
RS485
Main Panel
Fig 1.3
Fig 1.4
Optional
Home Load
Backup
Load
Main Panel
Sub Panel
ATS
RS485
GRID
OFF-GRID
Grid
PV
Power Wire
Signal Wire
Battery1 Battery2
Solar Inverter
Smart
Meter
US-200
MIN
3-11.4KTL XH-
US Inverter
Home Load
Optional
Backup
Load
L1 L2N
Back up
L1L
L1 L2
L1 L2 NL1 L2
AC Grid
Output Input
Ground bar
L1
PV Inverter
L1 L2N
Back up
L1
L2
Grid
PV
MIN XH-US Inverter
L2
N
Back up
L1L2
ATS-US
L2
L1 L2 NL1
L2
EPS/BACKUP
L1
L2
N
Home Load
Backup Load
Power Grid
Grid
Output Input
AC Panel
Neutral bus- bar
SM-US-200
N
L2 N
L1
L1
+
+
-
-
CT
CT
L1 GRID
Battery 1
BAT
+-
RS 485
Optional
RS485
RS485
BAT
+-
Battery 2
BAT
+-
Sub AC Panel
PV
Grid
Emergency
PV
L1
L2
N
Home Load
Backup Load
Power Grid
AC Panel
Neutral bus-bar
Ground bar
SM-US-200
N
L2 NL1
+
+
-
-
CT
CT
RS485
L1 L2N
Back up
L1L2
AC Grid
L1
MIN XH-US Inverter
L2
N
Back up
L1L2
Grid
L1
BAT
+-
Battery 1
RS485
Optional
RS485
BAT
+-
Battery 2
BAT
+-
L1 L2
L1 L2 NL1 L2
Output Input
ATS-US
L2
L1 L2 NL1
L2
EPS/BACKUP
Output Input
L1 GRID
Sub AC Panel

1.1.1 System Configuration Contains
1.2 Check System Installation & Power On
All components were installed according to the installation guides, please check the
following highlighted installation locations:
Energy Storage System / Off-Grid System.
ØMIN 3-11.4KTL-XH-US inverter.
ØARO battery(s) or LG battery(s).
ØATS.
ØElectric meter SM-US-200 .
Inverter Grid-Connected System.
ØMIN 3-11.4K TL-XH-US inverter.
ØElectric meter SM-US-200 (Optional ).
Product
Model
Function
Note
Inverter
MIN 3K-11.4KTL-XH-US
Energy
conversion
ARO Battery
ARO 6.6-19.8H-C1-US
Energy storage
UP TO 4
LG Battery
RESU10H/16H Prime
Energy storage
UP TO 2
ATS
ATS 11.4KT-US
EPS switching
Smart meter
SM-US-200
Energy
management
Button
RSD Button
Rapid shutdown
Accessory (included
in the package)
Power on the system according to the MIN 3000-11400TL-XH-US Quick Guide which is
included in the inverter package/box.
Fig 1.5 Inverter Box Wiring Diagram
ØARO Battery Wiring Diagram please refer to ARO 6.6-19.8H-C1-US Quick Guide
ØLG Battery Wiring Diagram please refer to LG RESU10H/16H Prime Quick Guide
ØATS-11.4K Wiring Diagram please refer to ATS-US Series Quick Guide
1.2.1 Installation and Wiring of Electric Meter SM-US-200
a) Meter Mounting
ØThe meter should be mounted in a Power Distribution Box.
ØMount the meter on a 35mm DIN rail.
Fig 1.6
b) CT Installation
Install the two CTs with the Arrow pointing to the LOAD.
ØMake sure the CT of L1 matched L1 input of the Service Panel that also match the L1 to
the inverter.
ØMake sure the CT of L2 matched L2 input of the Service Panel that also match the L1 to
the inverter.
c) Meter Wiring
ØWhen connecting the meter to the inverter, refer to the connection diagram below.
Fig 1.7
Fig 1.8
ØRS485 cables Ground, B- & A+ was installed from the left to right when facing the
meter，Please refer to the silk screen on the meter.
4
L 1 CT L 2 CT
3
2
1
4
3
2
1
B-
A+
RS485 wires
Block1 Block2
1
2
3
4
5wires from AC:
Green/Yellow(GND)-to pin 5
White(N)-to pin 3
Black(L2)-to pin 2
Red(L1)-to pin1 L1
L2
To the load
AC:CT wires
blue to pin 1,3
brown to pin 2,4
3
4

6
5
2 ShineTools APP Setup
2.1 APP Download
There are two ways to download the ShineTools APP:
a) Scan the QR code
ØScanning the QR code through phone camera for downloading the APP.
Fig2.1 ShineTools App QR code
b) APP Store
ØSearch for ShineTools App from app stores (App or Play Store).
ØThe ShineTools App icon is displayed the same as the Figure 4.
ØDownload and install the App by following the installation instructions.
Fig2.2 ShineTools App QR code
2.2 APP Introduction
ShineTools is used to connect the inverter with built-in WIFI at close range. We can view
the inverter system information and system fouction settings with it.
2.3 Connecting to Local Wi-Fi Network
The steps for using APP are as follows:
Setup local Wi-Fi to communicate with the inverter
1.Login interface
2.Enter the default
password and log in
3.Tap in Direct WiFi
The default password is
oss+ day. Ex: if today's
date is Dec 29, 2020, the
default password would
be oss20201229, You can
change the password
according to the prompts
below.
4.Tap in Go to set
5. Open the Wi-Fi settings
on the mobile phone
6. The Wi-Fi name is the
Serial Number on the label
at the left side of the inverter.
The Wi-Fi password is
12345678

The main interface of local commissioning consists of three parts:
7. Tap in Next
8. Tap in Auto refresh
Now this APP has been
connected to the built-in
WIFI of the inverter.
Note:
When no data was present, the communication connection is unsuccessful and you will
need to reconnect the build-in WIFI of the inverter by turning off Wifi setting in the
phone and turn on again OR power cycle the system.
Also, keep the mobile phone within 3 meters of the inverter to ensure stable connection
between phone and inverter.
2.4 Local Commissioning Main Interface Introduction
Power generation
information
Fault warning message
Internal information
viewing and parameter
setting
8
7

The factory Default grid mode of the inverter is IEEE1547-240, which can adapt to the
most power grids. The different grid code can be changed according to local regulation
in the network configuration interface from Quick Setting in ShineTools App.
3 Grid Code Mapping Table
No.
Grid Code
Description
No.
Grid Code
Description
1
HECO-208
US Hawaii low-
voltage power grid
2
HECO-240
US Hawaii low-
voltage power grid
3
IEEE1547-208
US low-voltage
power grid
4
IEEE1547-240
US low-voltage
power grid
5
PRC-East-208
Eastern US low-
voltage power grid
6
PRC-East-240
Eastern US low-
voltage power grid
7
PRC-Quebec-
208
Canada Quebec
low-voltage power
grid
8
PRC-Quebec-
240
Canada Quebec
low-voltage power
grid
9
RULE21-208
US California low-
voltage power grid
10
RULE21-240
US California low-
voltage power grid
Wi-Fi Network Configuration 4
First time install the inverter, the inverter needs to be configured to connect to the home
Wi-Fi to ensure the remote monitoring.
1.Tap in Quick Setting icon
2.Choose Network
configuration
3.Enter network
information
4.Tap in Connect to the
internet icon
5.Prompt message for
successful configuration
Note:
If the network configuration has failed, please carefully check the Wi-Fi name,
password and antenna installation connection, and then try again.
Notice: The inverter does not support 5GHz WiFi network.
10
9

5 Energy Management System
Notice: First time install the energy storage system, charge the battery for at least 1 hours
or up to 60% SOC before powering off the system. This action will keep up the battery
power to avoid running out while waiting for PTO.
There are two ways to charge the battery.
ØThe first is to connect the PV array to the PV of the inverter and turn off the AC output
breaker of the inverter.
ØThe second method is to connect the AC output of the inverter to the grid without any
PV input, set the EMS mode of the system to TOU Battery Charging (5.2.3), and turn
on the AC charging function (5.2.2).
5.1 Management System Mode Introduction
The MIN 3K-11.4K TL-XH-US system provides four energy storage modes to choose from.
Storage Mode
Description
TOU Battery
Charging
Charge battery from PV production and grid power (if needed) until
it is full. Only then use PV production for self-consumption and grid
export
TOU Battery
Discharging
If PV Production < Inverter Maximum Production (nameplate or
limited power), discharge battery for self-consumption and grid
export until the inverter reaches its power limit or max battery
discharge power.
Maximum self-
consumption
Use PV production for self-consumption, then charge/discharge
battery as needed to maximize self-consumption
Maximum self-
consumption
Export Limit
The power output from the system to the grid is limited at the set
value
5.2 Energy Management System setting
For the photovoltaic energy storage system, several functions of the system need to set
after the first installation and power-up.
11
Shine Phone
Shine Server
PV Panel
PV Panel
PV Panel
Cloud Server
Inverter
Battery
Grid
Power Meter
Backup load Panel Home load Panel
PV1+
Bus+ Bus-
Bat+
Bat-
L1
L2
N
PE
L1 L2
L1
L2
N
RS485
PV1-
PV2+
PV2-
PV3+
PV3-
L2 N PEL1
PE
1
2
3
Shine Phone
Shine Server
PV Panel
PV Panel
PV Panel
Cloud Server
Inverter
Battery
Grid
Power Meter
Backup load Panel Home load Panel
PV1+
Bus+ Bus-
Bat+
Bat-
L1
L2
N
PE
L1 L2
L1
L2
N
RS485
PV1-
PV2+
PV2-
PV3+
PV3-
L2 N PEL1
PE
1
2
Shine Phone
Shine Server
PV Panel
PV Panel
PV Panel
Cloud Server
Inverter
Battery
Grid
Power Meter
Backup load Panel Home load Panel
PV1+
Bus+ Bus-
Bat+
Bat-
L1
L2
N
PE
L1 L2
L1
L2
N
RS485
PV1-
PV2+
PV2-
PV3+
PV3-
L2 N PEL1
PE
1
3
2
Shine Phone
Shine Server
PV Panel
PV Panel
PV Panel
Cloud Server
Inverter
Battery
Grid
Power Meter
Backup load Panel Home load Panel
PV1+
Bus+ Bus-
Bat+
Bat-
L1
L2
N
PE
L1 L2
L1
L2
N
RS485
PV1-
PV2+
PV2-
PV3+
PV3-
L2 N PEL1
PE
Export Limit
12

1.Tap in Quick Setting icon
2.Choose Network
configuration
3.Enter network
information
4.Tap in setting
5.Prompt message for
successful setting
5.2.2 AC Charging Setting
The AC charging is used to set whether to allow charging the battery from the Grid.
Factory Default is Disabled.
1.Tap in Charge and
Discharge Management
2.Find Enable AC Charging
3.Tap in ON/OFF button.
14
5.2.1 Power Sensor Setting
If an electric meter is installed in the system, please set. Factory Default is Disabled.
Note: Power Sensor: iOS = Electric meter
Android = Meter
13

5.2.3 Battery type Setting
1.Tap in Quick Setting icon
2.Tap in Battery type
3.Tap in LG Battery button.
The Battery type setting is to choose ARO Battery or LG Battery
Factory Default is ARO Battery.
5.2.4 AC Couple Setting
1.Tap in Quick Setting icon
2.Find Enable AC Couple
3.Tap in ON/OFF button
The AC Couple setting is what the AC COUPLE system needs to set
Factory Default is Disabled.
1.Tap in EMS
2.Tap in Time Slot…
3.Create the date and time
period.
5.2.5 EMS Mode Setting:
If an ARO battery is installed in the system, you need to set the energy storage mode.
Factory Default is Maximum Self-Consumption.
Example: If the energy storage system is to be used as backup and only use the battery
when the grid is powered off, set the battery charging and discharging time period to 24
hours for TOU Battery Charging.
15 16