Solis S6 Mini Single Phase Inverter User Manual
- June 9, 2024
- solis
Table of Contents
S6 Mini Single Phase Inverter
Solis S6 Mini Single Phase Inverter
S6-GR1P(0.7-3.6)K-M Installation and Operation Manual
Ver1.2
Ginlong Technologies Co., Ltd. No. 57 Jintong Road, Binhai Industrial Park,
Xiangshan, Ningbo, Zhejiang, 315712, P.R.China. Tel: +86 (0)574 6578 1806 Fax:
+86 (0)574 6578 1606
Please adhere to the actual products in case of any discrepancies in this user
manual. If you encounter any problem on the inverter, please find out the
inverter S/N and contact us, we will try to respond to your question ASAP.
Ginlong Technologies Co., Ltd.
Contents
1. Introduction
2 ……………………………………………………………………………………………………………………………
1.1 Product Description
2 …………………………………………………………………………………………………………
1.2 Packaging
3 …………………………………………………………………………………………………………………………
4 1.3 Product Storage ………………………………………………………………………………………………………………………… 2. Safety Instructions 5 ……………………………………………………………………………………………………………
2.1 Safety Symbols
5 …………………………………………………………………………………………………………………
2.2 General Safety Instructions
5 ……………………………………………………………………………………………
2.3 Notice For Use
7 …………………………………………………………………………………………………………………
7 2.4 Notice for Disposal ………………………………………………………………………………………………………………
3. Overview
8 ………………………………………………………………………………………………………………………………
3.1 Front Panel Display
8 ………………………………………………………………………………………………………
3.2 LED Status Indicator Lights
8 ……………………………………………………………………………………………
3.3 Keypad
8 ……………………………………………………………………………………………………………………………
3.4 LCD
8 ……………………………………………………………………………………………………………………………………
4. Installation
9 ………………………………………………………………………………………………………………………
9 4.1 Select Location for the Inverter ………………………………………………………………………………………
4.2 Mounting the Inverter
11 ……………………………………………………………………………………………………
4.3 Electrical Connections
1 3 ……………………………………………………………………………………………………
5. Start & Stop
2 5 …………………………………………………………………………………………………………………………
6.1 Start the Inverter
2 5 ………………………………………………………………………………………………………………
6.2 Stop the Inverter
2 5 ………………………………………………………………………………………………………………
6. Operation
2 6 ………………………………………………………………………………………………………………………………
6.1 Main Menu
2 6 …………………………………………………………………………………………………………………………
6.2 Information
2 6 …………………………………………………………………………………………………………………………
6.3 Settings
2 8 ………………………………………………………………………………………………………………………………
29 6.4 Advanced Info. ………………………………………………………………………………………………………………………
32 6.5 Advanced Settings ………………………………………………………………………………………………………………
42 6.6 AFCI function …………………………………………………………………………………………………………………………
7. Maintenance
4 4 …………………………………………………………………………………………………………………………
8. Troubleshooting
4 4 …………………………………………………………………………………………………………………
9. Specifications
4 7 ……………………………………………………………………………………………………………………
10. Appendix
5 5 ………………………………………………………………………………………………………………………………
1. Introduction
1.1 Product Description
Solis S6 Mini Single Phase Inverter integrate DRM and backflow power control
function, that could suitable for smart grid requirement. This manual covers
the S6 Mini Single Phase Inverter model listed below: S6-GR1P0.7K-M,
S6-GR1P1K-M, S6-GR1P1.5K-M, S6-GR1P2K-M, S6-GR1P2.5K-M, S6-GR1P3K-M,
S6-GR1P3.6K-M The following one model is specially supplied for Germany
market: S6-GR1P0.6K-M
LED lights
LCD display
4 buttons
Figure 1.1 Front view
CT or Meter input
DC Switch(optional) DRM
DC input
RS 485
AC output
Figure 1.2 Bottom view
.2.
1. Introduction
1.2 Packaging
When you receive the inverter, please ensure that all the parts listed below
are included:
Inverter x1
Back plate x1
Fastening screw x2
DC connector x1 (2 pairs for S6-GP1P3.6K-M)
AC connector x1
RJ45 connector x1
Manual
WiFi/GPRS Stickx1 Optional
User manual x1
If anything is missing, please contact your local Solis distributor.
.3.
1. Introduction
1.3 Product Storage
If the inverter is not to be installed immediately, storage instructions and
environmental conditions are below:
Use the original box to repackage the inverter, seal with adhesive tape with
the desiccant inside the box. Store the inverter(s) in a clean and dry place,
free of dust and dirt. Storage temperature must be between -40 and 70 and the
humidity should be between 0 and 95% non-condensing.
Stacknomorethanfour(4)invertershigh. Keep box(es) away from corrosive
materials to avoid damage to the inverter enclosure. Inspect packaging
regularly. If packaging is damaged(wet, pest damage, etc), repackage the
inverter immediately. Store the inverter(s) on a flat, hard surface – not
inclined or upside down. After long-term storage, the inverter needs to be
fully examined and tested by qualified service or technical personnel before
using. Restarting after a long period of non-use requires the equipment to be
inspected and, in some cases, the removal of oxidation and dust that has
settled inside the equipment will be required.
.4.
2. Safety Instructions
2.1 Safety Symbols
Safety symbols used in this manual, which highlight potential safety risks and
important safety information, are listed as follows:
WARNING: WARNING symbol indicates important safety instructions, which if not
correctly followed, could result in serious injury or death.
NOTE: NOTE symbol indicates important safety instructions, which if not
correctly followed, could result in some damage or the destruction of the
inverter.
CAUTION: CAUTION, RISK OF ELECTRIC SHOCK symbol indicates important safety
instructions, which if not correctly followed, could result in electric shock.
CAUTION: CAUTION, HOT SURFACE symbol indicates safety instructions, which if
not correctly followed, could result in burns.
2.2 General Safety Instructions
WARNING: Only devices in compliance with SELV (EN 69050) may be connected to
the RS485 and USB interfaces.
WARNING: Please don’t connect PV array positive(+) or negative(-) to ground,
it could cause serious damage to the inverter.
NOTE: PV module used with inverter must have an IEC 61730 Class A rating.
.5.
2. Safety Instructions
WARNING: Electrical installations must be done in accordance with the local
and national electrical safety standards.
WARNING: Do not touch any inner live parts until 5 minutes after disconnection
from the utility grid and the PV input.
CAUTION: Risk of electric shock. Do not remove cover. There is no user
serviceable parts inside. Refer servicing to qualified and accredited service
technicians.
WARNING: To reduce the risk of fire, over-current protective devices (OCPD)
are required for circuits connected to the Inverter. The DC OCPD shall be
installed per local requirements. All photovoltaic source and output circuit
conductors shall have disconnects that comply with the NEC Article 690, Part
II. All Solis S6 Mini Single Phase Inverters feature an integrated DC switch.
CAUTION: The PV array (Solar panels) supplies a DC voltage when they are
exposed to sunlight.
CAUTION: The surface temperature of the inverter can exceed 75 (167F). To
avoid risk of burns, DO NOT touch the surface when inverter is operating. The
inverter must be installed out of reach of children.
CAUTION: Risk of electric shock from energy stored in capacitors of the
Inverter. Do not remove cover for 5 minutes after disconnecting all power
sources (service technician only). Warranty may be voided if the cover is
removed without unauthorized. .6.
2. Safety Instructions
2.3 Notice For Use
The inverter has been constructed according to the applicable safety and
technical guidelines. Use the inverter in installations that meet the
following specifications only:
Permanent installation is required. The electrical installation must meet all
the applicable regulations and standards. The inverter must be installed
according to the instructions stated in this manual. The inverter must be
installed according to the correct technical specifications. To startup the
inverter, the Grid Supply Main Switch (AC) must be switched on, before the
solar panel’s DC isolator shall be switched on. To stop the inverter, the Grid
Supply Main Switch (AC) must be switched off before the solar panel’s DC
isolator shall be switched off.
2.4 Notice for Disposal
This product shall not be disposed of with household waste. They should be
segregated and brought to an appropriate collection point to enable recycling
and avoid potential impacts on the environment and human health. Local rules
in waste management shall be respected .
.7.
3. Overview
3.1 Front Panel Display
Figure 3.1 Front Panel Display
3.2 LED Status Indicator Lights
Light
Status
Description
ON
The inverter can detect DC power.
1
POWER
OFF
No DC power or low DC power.
ON
The inverter is operating properly.
2
OPERATION
OFF
The inverter has stopped to supply power.
FLASHING The inverter is initializing.
ON
Alarm or fault condition is detected.
3
ALARM
OFF
The inverter is operating without fault or alarm.
Table 3.1 Status Indicator Lights
3.3 Keypad
There are four keys in the front panel of the Inverter(from left to right):
ESC, UP, DOWN and ENTER keys. The keypad is used for:
Scrolling through the displayed options (the UP and DOWN keys); Access to
modify the adjustable settings (the ESC and ENTER keys).
3.4 LCD
The two-line Liquid Crystal Display (LCD) is located on the front panel of the
Inverter, which shows the following information:
Inverter operation status and data; Alarm messages and fault indications.
Service messages for operator;
.8.
4. Installation
4.1 Select a Location for the Inverter
To select a location for the inverter, the following criteria should be
considered: WARNING: Risk of fire Despite careful construction, electrical
devices can cause fires. Do not install the inverter in areas containing
highly flammable materials or gases. Do not install the inverter in
potentially explosive atmospheres. The mounting structure where the inverter
is installed must be fireproof.
Do not install in small closed spaces where air cannot circulate freely. To
avoid overheating, always make sure the flow of air around the inverter is not
blocked. Exposure to direct sunlight will increase the operational temperature
of the inverter and may cause output power limiting. Recommends inverter
installed to avoid direct sunlight or raining. To avoid over heating ambient
air temperature must be considered when choosing the inverter installation
location. Recommends using a sun shade minimizing direct sunlight when the
ambient air temperature around the unit exceeds 104°F/40°C.
Figure 4.1 Recommended Installation locations
.9.
4. Installation
Install on a wall or strong structure capable of bearing the weight.
Install vertically with a maximum incline of +/- 5°.If the mounted inverter is
tilted to an angle greater than the maximum noted, heat dissipation can be
inhibited, and may result in less than expected output power. When 1 or more
inverters are installed in one location, a minimum 12inchs clearance should be
kept between each inverter or other object. The bottom of the inverter should
be 20inchs clearance to the ground.
300mm
300mm
300mm
300mm
300mm
500mm
500mm
Figure 4.2 Inverter Mounting clearance
Visibility of the LED status indicator lights and the LCD located at the front
panel of the inverter should be considered. Adequate ventilation must be
provided if the inverter is to be installed in a confined space.
NOTE: Nothing should be stored on or placed against the inverter.
.10.
4.2 Mounting the Inverter
Dimensions of mounting bracket:
4. Installation
Figure 4.3 Inverter wall mounting Please see Figure 4.4 and Figure 4.5 for
instruction on mounting the inverter.. The inverter shall be mounted
vertically. The steps to mount the inverter are listed below.
1. According to the figure 4.2, select the mounting height of the bracket and
mark the mounting holes. For brick walls, the position of the holes should be
suitable for the expansion bolts.
Bracket
Suitable fixing screws Figure 4.4 Inverter wall mounting 2. Make sure the
bracket is horizontal. And the mounting holes (in Figure 4.4) are marked
correctly. Drill the holes into wall at your marks. 3. Use the suitable
expansion screws to fix the bracket on the wall.
.11.
4. Installation
WARNING: The inverter must be mounted vertically. 4. Lift up the inverter (be
careful to avoid body strain), and align the back bracket on the inverter with
the convex section of the mounting bracket. Hang the inverter on the mounting
bracket and make sure the inverter is secure (see Figure 4.5). Locking screws
Figure 4.5 Wall Mount Bracket 5. Use M4*9 screws in accessory to lock the
inverter to the mount bracket.
.12.
4. Installation
4.3 Electrical Connections
Inverter designs quick-connect terminal, so top cover needn’t open during
electrical connection. The sign meaning located the bottom of inverter, as
shown below in table 4.1. All electrical connections are suit for the local or
national standard.
+ DC 1 DC 2 DC SWITCH COM GRID
Positive DC input terminal Negative DC input terminal DC input terminal DC
input terminal Switch of DC input terminals RJ45 and terminal block for RS485
communication port Connecting terminal of the Grid
Table 4.1 Electrical connection symbols
4.3.1 Connect PV side of inverter
The electrical connection of the inverter must follow the steps listed below:
- Switch the Grid Supply Main Switch (AC) OFF. 2. Switch the DC Isolator OFF.
- Assemble PV input connector to the Inverter.
Before connecting inverter, please make sure the PV array open circuit voltage is within the limit of the inverter.
Maximum 600Vdc for S6-GR1P0.6K-M, S6-GR1P0.7K-M, S6-GR1P1K-M, S6-GR1P1.5K-M,
S6-GR1P2K-M, S6-GR1P2.5K-M, S6-GR1P3K-M, S6-GR1P3.6K-M
NOTE: Before connection, please make sure the polarity of the output voltage of PV array matches the”DC+”and”DC-“symbols.
WARNING: Please don’t connect PV array positive or negative pole to the
ground, it could cause serious damages to the inverter.
.13.
4. Installation
4. Installation
Figure 4.6 DC+ Connector
Figure 4.7 DC- Connector
Please use approved DC cable for PV system.
Cable type
Industry generic PV cable model:PV1-F
Cross sectionmm²
Range
Recommended value
4.0~6.0 12~10AWG
4.012AWG
The steps to assemble the DC connectors are listed as follows: 1. Strip off
the DC wire for about 7mm, Disassemble the connector cap nut. (see Figure 4.8)
2. Insert the wire into the connector cap nut and contact pin. (see Figure
4.9) 3. Crimp the contact pin to the wire using a proper wire crimper. (see
Figure 4.10) 4. Insert the contact pin to the top part of the connector and
screw up the cap nut to the top part of the connector .(see figure 4.11). 5.
Then connect the DC connectors to the inverter. Small click will confirm
connection. (see figure 4.12)
Figure 4.8 Disassemble the Connector Cap nut
.14.
Figure 4.9 Insert the Wire into the Connector Cap nut and contact pin
Crimping plier
Figure 4.10 Crimp the contact pin to the wire
Figure 4.11 Connector with Cap nut Screwed on
Figure 4.12 Connect the DC Connectors to the Inverter
CAUTION: If DC inputs are accidently reversely connected or inverter is faulty
or not working properly, it is NOT allowed to turn off the DC switch.
Otherwise it may cause DC arc and damage the inverter or even lead to a fire
disaster. The correct actions are: Use a clip-on ammeter to measure the DC
string current. If it is above 0.5A, please wait for the solar irradiance
reduces until the current decreases to below 0.5A. Only after the current is
below 0.5A, you are allowed to turn off the DC switches and disconnect the PV
strings. In order to completely eliminate the possibility of failure, please
disconnect the PV strings after turning off the DC switch to aviod secondary
failures due to continuous PV energy on the next day. Please note that any
damages due to wrong operations are not covered in the device warranty.
.15.
4. Installation
4.3.2 Connect grid side of inverter
For all AC connections, 2.5- 6mm2 105 cable is required to be used. Please
make sure the resistance of cable is lower than 1 ohm. If the wire is longer
than 20m, it’s recommended to use 6mm2 cable.
There are”L”,”N”,”PE”symbols marked inside the connector, the Line wire of
grid must be connected to”L”terminal, the Neutral wire of grid must be
connected to “N” terminal and Earth wire must be connected to “PE”.
Cable type
Industry generic PV cable
Cross sectionmm²
Range
Recommended value
2.5~6.0
6.0
Table 4.2 Grid cable size
Figure 4.13 AC Grid Terminal Connector Inside
Each Solis S6 Mini Single Phase Inverter is supplied with an AC grid terminal connector.
Body
Claw Seal body
Nut
Code end terminal
Figure 4.14 AC Grid Terminal Connector .16.
4. Installation
The steps to assemble the AC grid terminal connectors are listed as follows:
- Disassemble the AC connector. Strip the AC wires about 7mm.
Figure 4.15 Stripped AC Wires
2. Fix the wires into the correct postion. Torque 0.8N.m Please try to pull
out the wire to make sure the it’s well connected.
Locker
Housing
Figure 4.16 Connect Wires to the Terminal 3. Insert Seal and Clamp Finger into body ,then tighten the nut, torque 2.5+/-0.5N·m.
Figure 4.17 Tighten up the Cap on the Terminal
.17.
4. Installation
4. Mating plug and socket: Push the locker onto the socket housing
completely, then rotate the locker according to the direction instructed by
the marks on the locker.(Warning:hold the body)
Figure 4.18 Connect the AC Connector to the Inverter NOTE: Connection for
Split phase grid. When connect to 208/220/240V split phase, please connect L1
to “L” terminal, L2 to “N” terminal. Also connect earth to ground terminal.
4.3.3 External ground connection
An external ground connection is provided at the right side of inverter.
Prepare OT terminals: M4. Use proper tooling to crimp the lug to the terminal.
Connect the OT terminal with ground cable to the right side of inverter. The
torque is 2N.m.
Figure 4.19 Connect the external grounding conductor .18.
4. Installation
4.3.4 Max. over current protection device (OCPD)
To protect the inverter’s AC grid connection conductors, Solis recommends
installing breakers that will protect against overcurrent. The following table
defines OCPD ratings for the Solis S6 Mini Single Phase Inverters.
Inverter
Rated output Rated output Current for protection
voltage(V)
current (A)
device (A)
S6-GR1P0.7K-M
220/230
3.2/3.0
10
S6-GR1P1K-M
220/230
4.5/4.3
10
S6-GR1P1.5K-M
220/230
6.8/6.5
10
S6-GR1P2K-M
220/230
9.1/8.7
15
S6-GR1P2.5K-M
220/230
11.4/10.9
15
S6-GR1P3K-M
220/230
13.6/13.0
20
S6-GR1P3.6K-M
220/230
16.0
20
S6-GR1P0.6K-M (For Germany)
230
2.6
10
Table 4.3 Rating of grid OCPD
4.3.5 Inverter monitoring connection
The inverter can be monitored via Wi-Fi or GPRS. All Solis communication
devices are optional (Figure 4.20). For connection instructions, please refer
to the Solis Monitoring Device installation manuals.
GPRS monitoring Router
Wi-Fi monitoring
Smart phone monitoring
Internet
Web server
Wi-Fi monitoring
Wi-Fi box
PC monitoring
Figure 4.20 Communication function
.19.
4. Installation
4.3.6 Electrical connection diagram
Refer to figure 4.21, which is a simple guidance for installing a solar system
with PV inverter. A DC isolator is required to be installed in the system
between PV panels with inverter.
Main
switch
Consumers mains
1
(to grid)
MAIN SWITCHBOARD 2
Solar supply main switch
1
Isolation device
Inverter with integral grid Protection device
Solar (PV) array
Isolation switch
Circuits not Circuits Protected
protected by
by RCDs
RCDs
Figure 4.21 Guidance for a Simple Installation of an Inverter Solar Energy System
1. The RCD should be in parallel connection between the consumers mains and
the solar supply. 2. More than one RCD may be used. Each RCD can protect one
or more circuits.
4.3.7 Meter Connection(optional)
The inverter can work with a single phase smart meter to achieve Export Power
Management function and/or 24hour consumption monitoring function.
NOTE: Inverters are classified as “Meter Model” and “CT Model” due to hardware difference. Meter Model can only connect a smart meter. CT Model can only connect a smart sensor. Please consult Solis Sales Rep before placing the order.
NOTE: To achieve Export Power Management function, the smart meter can be
installed on either grid side or load side. To achieve 24hour consumption
monitoring function, the smart meter can only be installed on grid side.
Two types of meters are supported: Direct Insert Type Meter – Max input
current 60A (Model:DDSD1352-C) External CT Type Meter – 120A/40mA CT is
supplied (Model: ACR10RD16TE) Customer can place the order for a suitable
meter from Solis Sales Reps. Below are the connection diagrams of different
meters connecting to different locations. Detailed settings please refer to
Section 6.5.12.
.20.
4. Installation
Pre-made Cable in Meter Package
AB 5 67 8
2-Pin Connector
Load L N PE
INV L INV N INV PE
L L’ N N’
Grid L Grid N Grid PE
Figure 4.22 Direct Insert Type Meter – “Meter in Grid”
2-Pin Connector
INV L INV N INV PE
Pre-made Cable in Meter Package
AB 56 78
Grid L Grid N Grid PE
L L’ N N’
Load L N PE
Figure 4.23 Direct Insert Type Meter – “Meter in Load”
.21.
4. Installation
1 2 3 4 13 12
Pre-made Cable in Meter Package RJ45 Connector
5 6 7 8 9 10 21 22 23
2-Pin Connector
Load L N PE
INV L INV N INV PE
White +
Black –
CT Arrow
Grid Grid L Grid N Grid PE
Figure 4.24 External CT Type Meter – “Meter in Grid”
INV L INV N INV PE
2-Pin Connector Pre-made Cable in Meter Package
1 2 3 4 13 12
Grid L Grid N Grid PE
CT Arrow Grid
RJ45 Connector 5 6 7 8 9 10 21 22 23
White Black
–
Load L N PE
Figure 4.25 External CT Type Meter – “Meter in Load”
.22.
4. Installation
4.3.8 CT connections(optional)
The inverter can work with a smart sensor to achieve Export Power Management
function.
NOTE: Inverters are classified as “Meter Model” and “CT Model” due to hardware
difference. Meter Model can only connect a smart meter. CT Model can only
connect a smart sensor. Please consult Solis Sales Rep before placing the
order.
NOTE: To achieve Export Power Management function, the smart sensor must be
installed on the grid side.
Below is the connection diagram of the smart sensor. Detailed settings please
refer to Section 6.5.12.
Pre-made Cable in CT Package
2-Pin Connector
INV L INV N INV PE
CT Arrow Grid
Grid L Grid N Grid PE
Load L N PE
Figure 4.26 Smart Sensor
.23.
4. Installation
4.3.9 Logic interface connection
Logic interface is required by some local regulations that can be operated by
a simple switch or contactor(Not available in South Africa). When the switch
is closed the inverter can operated normally. When the switch is opened, the
inverter will reduce it’s output power to zero within 5s. Pin5 and Pin6 of
RJ45 terminal is used for the logic interface connection.
Please follow below steps to assemble RJ45 connector. 1.Insert the network
cable into the communication connection terminal of RJ45.
Figure 4.27 RJ45 communication connection terminals
2.Use the network wire stripper to strip the insulation layer of the
communication cable. According to the standard line sequence of figure 4.28
connect the wire to the plug of RJ45, and then use a network cable crimping
tool to make it tight.
Rj45 plug
1–8
Rj45terminal
Correspondence between the cables and the stitches of plug, Pin5 and Pin6
12345678
of RJ45 terminal is used for the logic interface, other Pins are reserved.
Pin 1: Reserved; Pin 2: Reserved
12345678
Pin 3: Reserved; Pin 4: Reserved
Switch_input1 Switch_input2 Pin 5: Switch_input1; Pin 6: Switch_input2
DRM(logic interface)
Pin 7: Reserved; Pin 8: Reserved
Figure 4.28 Strip the insulation layer and connect to RJ45 plug
3.Connect RJ45 to DRM (logic interface) . After wire connection, please refer
chapter 6.5.9.1 to enable the logic interface function.
5. Start & Stop
5.1 Start the Inverter
To start up the Inverter, it is important that the following steps are
strictly followed: 1. Switch the grid supply main Switch (AC) ON first. 2.
Switch the DC switch ON. If the voltage of PV arrays are higher than start up
voltage, the inverter will turn on. The red LED power will light. 3. When both
the DC and the AC sides supply to the inverter, it will be ready to generate
power. Initially, the inverter will check both its internal parameters and the
parameters of the AC grid, to ensure that they are within the acceptable
limits. At the same time, the green LED will flash and the LCD displays the
information of INITIALIZING. 4. After 30-300 seconds (depending on local
requirement), the inverter will start to generate power. The green LED will be
on continually and the LCD displays GENERATING.
WARNING: Do not touch the surface when the inverter is operating. It may be
hot and cause burns.
5.2 Stop the Inverter
To stop the inverter, it is mandatory that the steps below are followed in the
exact order outlined. 1. Select “Grid Off” in the Advanced Setting of Inverter
LCD. 2. Turn off the AC Switch between Solis inverter and Grid. 3. Wait
approximately 30 seconds (during this time, the AC side capacitors are
dissipating energy). If the inverter has DC voltage above the start-up
threshold, the red POWER LED will be lit. Switch the DC switch OFF. 4. Confirm
all LED’s switch OFF (~one (1) minute).
CAUTION Although the inverter DC disconnect switch is in the OFF position and
all the LED’s are OFF, operators must wait five (5) minutes after the DC power
source has been disconnected before opening the inverter cabinet. DC side
capacitors can take up to five (5) minutes to dissipate all stored energy.
.24.
.25.
6. Operation
During normal operation, the display alternately shows the power and the operation status with each screen lasting for 10 seconds (see Figure 6.1). Screens can also be scrolled manually by pressing the UP and DOWN keys. Press the ENTER key to access to the Main Menu.
Pressing the ESC key
calls back the previous menu.
Power
3424W
01-01-2020 00:00
5 sec Start
UP/DOWN or auto-scroll (10 sec)
Status: Generating 01-01-2020 00:00
Main Menu Information UP/DOWN
Settings UP/DOWN Advanced Info. UP/DOWN
Pressing the ENTER key gives access to the main menu.
Advanced settings
Figure 6.1 Operation Overview
6.1 Main Menu
There are four submenus in the Main Menu (see Figure 6.1): 1. Information 2.
Settings 3. Advanced Info. 4. Advanced Settings
6.2 Information
The Solis S6 Mini Single Phase Inverter main menu provides access to
operational data and information. The information is displayed by selecting
“Information” from the menu and then by scrolling up or down.
.26.
6. Operation
Display
V_DC1 350.8V I_DC1 5.1A
V_DC2 350.8V I_DC2 5.1A
V_Grid 230.4V I_Grid 8.1A
Status: Generating Power: 1488W
Grid Frequency F_Grid 60.06Hz
Duration 10 sec 10 sec 10 sec 10 sec
Description
V_DC1: Shows input 01 voltage value. I_DC1: Shows input 01 current value.
V_DC2: Shows input 02 voltage value. I_DC2: Shows input 02 current value.
V_Grid: Shows the grid’s voltage value I_Grid: Shows the grid’s current value.
Status: Shows instant status of the Inverter. Power: Shows instant output
power value.
10 sec F_Grid: Shows the grid’s frequency value.
Total Energy 0258458 kwh
This Month: 0123kwh Last Month: 0123kwh
Today: 15.1kwh Yesterday: 13.5kwh
Inverter SN 00000000000000
Export_P: +0000W
Export_I:
00.0A
Work Mode: NULL DRM Number: 08
Meter EnergyP 0000000.00kWh
10 sec
Total generated energy value.
10 sec 10 sec
This Month: Total energy generated this month. Last Month: Total energy
generated last month.
Today: Total energy generated today. Yesterday: Total energy generated
yesterday.
10 sec
Display series number of the inverter.
10 sec 10 sec
Power of ERM. Current of EPM.
Work Mode:The work mode of inverter. DRM Number:Show the number 01-08.
10 sec
Meter EnergyP:The active power.
Table 6.1 Information list
.27.
6. Operation
6.2.1 Lock screen
Pressing the ESC key returns to the Main Menu. Pressing the ENTER key locks
(Figure 6.2(a)) or unlocks (Figure 6.2 (b)) the screen.
5.2 Stop the Inverter
(a)
(b)
Figure 6.2 Locks and Unlocks the Screen of LCD
6.3 Settings
The following submenus are displayed when the Settings menu is selected: 1.Set
Time 2.Set Address
6.3.1 Set Time
This function allows time and date setting. When this function is selected,
the LCD will display a screen as shown in Figure 6.3.
NEXT=
Figure 6.3 Set Time
Press the UP/DOWN keys to set time and data. Press the ENTER key to move from
one digit to the next (from left to right). Press the ESC key to save the
settings and return to the previous menu.
6.3.2 Set Address
This function is used to set the address when muti inverters are connected to
single monitor. The address number can be assigned from “01”to “99”. The
default address number of Solis S6 Mini Single Phase Inverter is “01”.
YES=
Figure 6.4 Set Address
Press the UP/DOWN keys to set the address. Press the ENTER key to save the
settings. Press the ESC key to cancel the change and return to the previous
menu.
.28.
6. Operation
6.4 Advanced Info – Technicians Only
NOTE: To access to this area is for fully qualified and accredited technicians
only. Enter menu “Advanced Info.” and “Advanced settings” (need password).
Select “Advanced Info.” from the Main Menu. The screen will require the
password as below:
YES=
Figure 6.5 Enter password
The default password is “0010”. Please press “down” to move the cursor, press
“up” to select the number. After enter the correct password the Main Menu will
display a screen and be able to access to the following information. 1.Alarm
Message 2. Running message 3.Version 4. Daily Energy 5. Monthly Energy 6.
Yearly Energy 7. Daily Record 8.Communication Data 9.Warning Message
6.4.1 Alarm Message
The display shows the 100 latest alarm messages. Screens can be scrolled
manually by pressing the UP/ DOWN keys. Press the ESC key to return to the
previous menu.
Alarm001: OV-G-V Time: 00-00 Data: 7171
Figure 6.6 Alarm Message
6.4.2 Running Message
This function is for maintaince person to get running message such as internal
temperature, Standard No.etc. Screens can be scrolled manually by pressing the
UP/DOWN keys.
.29.
6. Operation
6.4.3 Version
The screen shows the model version and the software version of the Inverter
Model: 08 Software Version: D20001
Figure 6.7 Model Version and Software Version
6.4.4 Daily Energy
The function is for checking the energy generation for selected day.
YES=
Figure 6.8 Select date for daily energy
Press DOWN key to move the cursor to day, month and year, press UP key to
change the digit. Press Enter after the date is fixed.
2020-01-01: 051.3kWh 2020-01-01: 061.5kWh
Figure 6.9 Daily energy Press UP/DOWN key to move one date from another.
6.4.5 Monthly Energy
The function is for checking the energy generation for selected month.
YES=
Figure 6.10 Select month for monthly energy
Press DOWN key to move the cursor to day and month, press UP key to change the
digit. Press Enter after the date is fixed.
2020-02: 0510kWh 2020-01: 0610kWh
Figure 6.11 Month energy
Press UP/DOWN key to move one date from another. .30.
6. Operation
6.4.6 Yearly Energy
The function is for checking the energy generation for selected year.
YES=
Figure 6.12 Select year for yearly energy
Press DOWN key to move the cursor to day and year, press UP key to change the
digit. Press Enter after the date is fixed.
2020: 0017513kWh 2019: 0165879kWh
Figure 6.13 Yearly energy Press UP/DOWN key to move one date from another.
6.4.7 Daily record
The screen shows history of changing settings. Only for maintance personel.
6.4.8 Communication Data
The screen shows the internal data of the Inverter (see Figure 6.14), which is
for service technicians only.
01-05: 01 25 E4 9D AA 06-10: C2 B5 E4 9D 55 Figure 6.14 Communication Data
6.4.9 Warning Message
The display shows the 100 latest warn messages (see Figure 6.15). Screens can
be scrolled manually by pressing the UP/ DOWN keys. Press the ESC key to
return to the previous menu.
Msg000: T: 00-00 00:00 D:0000 Figure 6.15 Warning Message
.31.
6. Operation
6.5 Advanced Settings – Technicians Only
NOTE: To access to this area is for fully qualified and accredited technicians
only. Please follow 6.4 to enter password to access this menu.
Select Advanced Settings from the Main Menu to access the following options:
- Select Standard 2. Grid ON/OFF 3. 24H Switch 4. Clear Energy 5. Reset
Password 6. Power Control 7. Calibrate Energy 8. Special Settings 9. STD. Mode
Settings 10. Restore Settings 11. HMI Update 12. Internal EPM Set 13. External
EPM Set 14. Restart HMI 15. Debug Parameter 16. DSP Update 17. Power Parameter
6.5.1 Selecting Standard
This function is used to select the grid’s reference standard (see Figure 6.16).
YES=NO= Standard:AS4777-02
Figure 6.16
Press the UP/DOWN keys to select the standard (AS4777-02,AS4777-15, VDE4105, VDE0126, UL-240V-A, UL-208V-A, UL-240V, UL-208V, MEX-CFE, G83/2 (for 1-3.6kW models), G59/3 (for 4-5kW models), C10/11, EN50438 DK, EN50438 IE, EN50438 NL and “User-Def” function).
NOTE: This function is for technicians use only.
.32.
6. Operation
NOTE: For different countries, the grid standard needs to be set as different
according to local requirements. If there is any doubt, please consult Solis
service technicians for details.
Selecting the “User-Def” menu will access to the following submenu (see Figure
6.17),
OV-G-V1: 260V OV-G-V1-T: 1S
Figure 6.17
NOTE: The ” User-Def” function can be only used by the service engineer and must be allowed by the local energy supplier.
Below is the setting range for “User-Def”. Using this function, the limits can be changed manually.
OV-G-V1: 176—290V OV-G-V1-T: 0.01—600S OV-G-V2: 176—290V OV-G-V2-T: 0.01—600S UN-G-V1: 110—220V UN-G-V1-T: 0.01—600S UN-G-V2: 110—220V UN-G-V2-T: 0.01—600S Startup-T: 10-600S
OV-G-F1: 50.1-65Hz OV-G-F1-T: 0.01—600S OV-G-F2: 50.1-65Hz OV-G-F2-T: 0.01—600S UN-G-F1: 45-59.9Hz UN-G-F1-T: 0.01—600S UN-G-F2: 45-59.9Hz UN-G-F2-T: 0.01—600S Restore-T: 10-600S
Table 6.2 Setting ranges for User-Def (L-N)
6.5.2 Grid ON/OFF
This function is used to start up or stop the power generation of Solis Single
Phase Inverter.
Grid ON Grid OFF
Figure 6.18 Set Grid ON/OFF
Screens can be scrolled manually by pressing the UP/DOWN keys. Press the ENTER
key to save the setting. Press the ESC key to return to the previous menu.
.33.
6. Operation
6.5.3 24H Switch
This function controls the 24H hours consumption function enable or disable.
Enable Disable
Figure 6.19 Set 24H ON/OFF
NOTE: When this is enabled, the inverter LCD will still be alive at night with
the power LED light on. If the grid is in malfunction at night, the system
can’t recover even after the grid is back to normal but the consumption data
will still be recorded in the meter. Until the sunrise, the system will start
to work again while the meter data can be uploaded to the Solis monitoring
system to calibrate the load consumption data.
6.5.4 Clear Energy
Clear Energy can reset the history yield of inverter.
These two functions are applicable by maintenance personnel only, wrong
operation will prevent the inverter from working properly.
6.5.5 Reset Password
This function is used to set the new password for menu “Advanced info.” and
“Advanced information” (see Figure 6.20).
YES=
Figure 6.20 Set new password
Enter the right password before set new password. Press the DOWN key to move
the cursor, Press the UP key to revise the value. Press the ENTER key to
execute the setting. Press the ESC key to return to the previous menu.
6. Operation
6.5.6 Power control
Active and reactive power can be set through power setting button. There are 5
item for this sub menu: 1. Set output power 2. Set Reactive Power 3. Out_P
With Restore 4. Rea_P With Restore 5. Select PF Curve
This function is applicable by maintenance personnel only, wrong operation
will prevent the inverter from reaching maximum power.
6.5.7 Calibrate Energy
Maintenance or replacement could clear or cause a different value of total
energy. Use this function could allow user to revise the value of total energy
to the same value as before. If the monitoring website is used the data will
be synchronous with this setting automatically.
YES=
Figure 6.21 Calibrate energy
Press the DOWN key to move the cursor, Press the UP key to revise the value.
Press the ENTER key to execute the setting. Press the ESC key to return to the
previous menu.
6.5.8 Special Settings
This function is applicable by maintenance personnel only, wrong operation
will prevent the inverter from working properly.
.34.
.35.
6. Operation
6.5.9 STD Mode settings
There are 5 setting under STD. Mode settings. 1. Working mode 2. Power Rate
limit 3. Freq. Derate set 4. 10mins OV-G-V set. 5. Initial Settings
This function is applicable by maintenance personnel only, wrong operation
will prevent the inverter from reaching maximum power.
Please follow below settings to enable the DRM. DRM default setting is “OFF” ,
if DRM set “ON”, but the logic interface un-connected to the switch or the
switch is open, the inverter HMI will display “Limit by DRM” and the inverter
output power will be limited to zero. 1. Select Initial Settings 2. Select DRM
and set it “ON”
6.5.10 Restore Settings
Restore setting could set all item in 6.5.8 special setting to default.
Thescreenshowsasbelow:
Are you sure? YES=
PresstheEnterkeytosavethesettingaftersettinggridoff.
PresstheESCkeytoreturnthepreviousmean.
6.5.11 HMI Update
This function is used for updating the LCD program.
This function is applicable by maintenance personnel only, wrong operation
will prevent the inverter from reaching maximum power.
.36.
6.5.12 Internal EPM Set
6. Operation
NOTE: This section includes two functions related to the smart meter or smart
sensor. Please refer to section 4.3.7 or 4.3.8 for detailed connection
diagrams.
Function 1: Internal Export Power Management Function Inverters can work with
a smart meter OR a smart sensor to dynamically limit the export power of the
system. Zero injection can be achieved. Smart meter can be installed either on
the grid side OR the load side. Smart sensor can only be installed on the grid
side.
Function 2: 24 Hour Consumption Monitoring Function Only applicable if Solis
monitoring system is used. Inverters can work with a smart meter to monitor
the load consumption data for the whole day and the data will be displayed on
the Solis monitoring system. Smart meter can only be installed on the grid
side.
NOTE:
Please refer to below instructions for different user scenarios. Scenario 1.
Only Function 1 is required Using a Smart Meter: Step 1: Refer to Section
4.3.7 to connect the smart meter on the grid side or
load side. Step 2: Select the corresponding meter model in Section 6.5.12.4
Step 3: Select the Section 6.5.12.1 Mode Select as Option 2(Meter in Load)
or Option 3 (Meter in Grid) accordingly. Step 4: Configure the Section
6.5.12.2 to set the allowed backflow power. Step 5: Configure the Section
6.5.12.3 to enable the failsafe function (If necessary).
Using a Smart Sensor: Step 1: Refer to Section 4.3.8 to connect the smart
sensor on the grid side. Step 2: Select the Section 6.5.12.1 Mode Select as
Option 5(Current Sensor). Step 3: Configure the “CT Sampling Ratio” and “CT
Link Test” if necessary. Step 4: Configure the Section 6.5.12.2 to set the
allowed backflow power. Step 5: Configure the Section 6.5.12.3 to enable the
failsafe function (If necessary).
.37.
6. Operation
Scenario 2. Both Function 1 and 2 are required Using a Smart Meter: Step 1:
Refer to Section 4.3.7 to connect the smart meter on the grid side. Step 2:
Select the corresponding meter model in Section 6.5.12.4 Step 3: Select the
Section 6.5.11.1 Mode Select as Option 3(Meter in Grid). Step 4: Select the
Section 6.5.3 24H Switch as “Enable”. Step 5: Configure the Section 6.5.11.2
to set the allowed backflow power. Step 6: Configure the Section 6.5.11.3 to
enable the failsafe function (If necessary). Step 7: Configure the Solis
monitoring system (Please refer to the manual of
monitoring device) If customer does not want to enable the export power
control function, please change the “backflow power” to the max output power
of the inverter in Step 5 OR simply select the mode as “consumption monitor”
in Step 3 and skip Step 5-6.
Select EPM Settings from the Main Menu to access the following options: 1.
Mode Select 2. Set Backflow Power 3. Fail safe ON/OFF 4. Meter Select
6.5.12.1 Mode Select
There are 5 settings in this menu as below: 1. EPM OFF 2. Meter in Load 3.
Meter in Grid 4.Consumption Monitor 5. Current sensor EPM OFF: Functions are
disabled Meter in Load: Solis Smart Meter is connected in the load branch
circuit. Meter in Grid: Solis Smart Meter is connected in the grid connection
point (The backflow power is default as 0W). Consumption Monitor: Solis Smart
Meter is connected in the grid connection point (The backflow power setting is
not applicable). Current sensor: Solis Smart Sensor is connected in the grid
connection poin.
.38.
6. Operation
NOTE: For option 5 (Current sensor), there are several sub-settings available
when “Current sensor” is selected.
·CT Sampling Ratio This setting is used to define the CT sampling ratio if customer didn’t use the default CT supplied by Solis. The default CT is 100A:33.33mA (Default ratio is 3000:1)
-> CT Sampling Ratio
YES=
·CT Link Test This setting is used to check the direction of the CT (Not complusory) The result is only valid if the following conditions are met. 1. Load power is over 500W. 2. Inverter is set as “Grid OFF” in the LCD. 3. CT is connected to the inverter CT port and the CT is placed at the grid side.
CT Link State Correct
NOTE: There are 3 states in the CT Link Test “Error” means the CT is installed in the wrong direction, please change it. “Can not judge” means the load power is too small and the result is not credible. “Correct” means the CT is installed correctly.
Inverter CT Input L N
× CT × CT
L N Load
CT
L N Grid
.39.
6. Operation
6.5.12.2 Backflow Power
The setting is used to define the allowed export power into the grid.
->Set Backflow Power
YES=
Figure 6.23 Set the backflow power
NOTE: Positive values indicate the amount of power is allowed to export to the grid. Negative values indicate a more strict control to limit the export power in advance thus ensuring exact no power is feeding into the grid.
6.5.12.3 Fail safe ON/OFF
This setting is used to give out an alarm (stop inverter generation as well)
when the CT/Meter connection is lost during operation. It can prevent
potential backflow power into the grid when the system loses control.
YES=
Figure 6.24 Set the Fail Safe ON/OFF
It is only mandatory to turn on this function when the inverter is installed
in UK due to the G100 regulation. For other regions,customers can enable or
disable the function as they desire.
NOTE: When the failsafe function is ON and CT/Meter is disconnected somehow,
the inverter will stop generation and give “Failsafe” alarm on the LCD. When
the failsafe function is OFF and CT/Meter is disconnected somehow, the
inverter will keep the output power as the last moment when the CT/Meter is
still connected. After a restart, the inverter will output at full power
without limit.
.40.
6. Operation
6.5.12.4 Meter Select
The setting is used to define the correct meter that is connected to the
inverter.
->1PH Meter 3PH Meter
->DDSD1352-C ACR10RD16TE
Figure 6.25 Meter Select
For Solis single phase inverters, please select “1PH Meter” and then select
the corresponding meter model.
6.5.13 External EPM Set
This setting should only be turned on when Solis external EPM device is used.
Two options are available5G-EPM and Others-EPM.
->5G-EPM Others-EPM
Figure 6.26
5G-EPM Failsafe Option should be turned ON when 5G series EPM device is used
Others-EPM Failsafe Option should be turned ON when 2G series EPM device is
used Only one option can be activated each time.
6.5.14 Restart HMI
ThefunctionisusedforrestarttheHMI.
This function is applicable by maintenance personnel only, wrong operation will prevent the inverter from reaching maximum power.
6.5.15 Debug Parameter
This function is used for manufacturer maintenance personnel only.
6.5.16 DSP Update
The function is used for update the DSP.
This function is applicable by maintenance personnel only, wrong operation will prevent the inverter from reaching maximum power.
.41.
6. Operation
6.5.17 Power Parameter
This function is used for calibrate inverter output energy. It will not impact
the energy count for inverter with RGM. The screen shows:
YES=
Figure 6.27 Power Rate Limit
Press the Down key to move the cursor. Press the Up key to change the digit.
Please press the Enter to save the setting and press the ESC key to return to
the previous menu.
This setting is used for grid operator, don’t change setting under this
manual.
6.6 AFCI function
Solis inverters have the built-in AFCI function which can detect the arc fault
on the DC circuit and shut down the inverter to prevent a fire disaster.
6.6.1 Enable the AFCI function
The AFCI function can be enabled in the following. Path: Advanced Setting ->
Password: 0010 ->Special Settings -> AFCI Set -> AFCI ON/OFF -> ON
AFCI ON/OFF AFCI Level
ON OFF
Figure 6.28 Set AFCI
6. Operation
Warning: The “AFCI Level” is reserved for Solis technicians ONLY. Do not
change the sensitivity otherwise it will lead to frequent false alarms or
malfunctions. Solis is not responsible for any further damages caused by
unauthorized modifications.
NOTE: The setting corresponds to the current status as well which can be used
to inspect the ON/OFF state of the AFCI function.
6.6.2 Arc Fault
During the normal operation, if an DC arc is detected, the inverter will shut
down and give out the following alarm:
ARC-FAULT Restart Press ESC 3s
Figure 6.29 Arc Fault
Installer needs to thoroughly inspect the DC circuit to ensure all the cables
are correctly fastened. Once the DC circuit issue has been fixed or it is
confirmed to be OK, press “ESC” for 3s and wait for the inverter to restart.
.42.
.43.
7. Maintenance
Solis S6 Mini Single Phase Inverter does not require any regular maintenance.
However, cleaning the dust on heat-sink will help the inverter to dissipate
the heat and increase its life time. The dust can be removed with a soft
brush.
CAUTION: Do not touch the inverter’s surface when it is operating. Some parts
of the inverter may be hot and cause burns. Turn off the inverter (refer to
Section 5.2) and wait for a cool-down period before any maintenance or
cleaning operation.
The LCD and the LED status indicator lights can be cleaned with a damp cloth
if they are too dirty to be read.
NOTE: Never use any solvents, abrasives or corrosive materials to clean the
inverter.
8. Troubleshooting
The inverter is designed in accordance with the most important international
grid-tied standards and safety and electromagnetic compatibility requirements.
Before delivering to the customer, the inverter has been subjected to several
tests to ensure its optimal operation and reliability. In case of failure, the
LCD screen will display an alarm message. In this case, the inverter may stop
feeding into the grid. The failure descriptions and their corresponding alarm
messages are listed in Table 8.1:
.44.
8. Troubleshooting
Alarm Message No power
Failure description
Inverter no power on LCD
LCD show initializing all the time
can not start-up
OV-G-V01/02/03/04 Over grid voltage
UN-G-V01/02 OV-G-F01/02 UN-G-F01/02 Reverse-GRID Reverse-DC
Under grid voltage Over grid frequency Under grid frequency Wrong AC polarity Reverse DC polarity
NO-GRID
No grid voltage
OV-DC01/02/03/04 OV-BUS UN-BUS01/02 GRID-INTF01/02 OV-G-I IGBT-OV-I
DC-INTF OV-DCA-I
IGFOL-F
IG-AD
Over DC voltage Over DC bus voltage Under DC bus voltage Grid interference
Over grid current Over IGBT current
DC input overcurrent
Grid current tracking fail Grid current sampling fail
OV-TEM
Over Temperature
INI-FAULT DSP-B-FAULT 12Power-FAULT
Initialization system fault
Comm. failure between main and slave DSP
12V power supply fault
PV ISO-PRO 01/02
PV isolation protection
Solution 1.Check PV input connections 2.Check DC input voltage
(single phase >120V, three phase >350V) 3.Check if PV+/- is reversed
1.Check if the connector on main board or power board are fixed.
2.Check if the DSP connector to power board are fixed.
1.Resistant of AC cable is too high. Change bigger size grid cable
2.Adjust the protection limit if it’s allowed by electrical company.
1.Use user define function to adjust the protection limit if it’s allowed by
electrical company.
1. Check the polarity of AC connector. 1. Check the polarity of DC connector.
1.Check connections and grid switch. 2.Check the grid voltage inside inverter
terminal. 1.Reduce the module number in series
1.Check inverter inductor connection 2.Check driver connection
1.Restart inverter 2.Change power board
1.Restart inverter 2.Identify and remove the string to the fault MPPT 2.Change
power board
1.Restart inverter or contact installer.
1.Check inverter surrounding ventilation. 2.Check if there’s sunshine direct
on
inverter in hot weather.
1.Restart inverter or contact installer.
1.Remove all DC input, reconnect and restart inverter one by one.
2.Identify which string cause the fault and check the isolation of the string.
.45.
8. Troubleshooting
Alarm Message ILeak-PRO 01/02/03/04 RelayChk-FAIL DCinj-FAULT
Screen OFF with DC applied
Failure description Leakage current protection Relay check fail High DC
injection current
Inverter internally damaged
Solution
1.Check AC and DC connection 2.Check inverter inside cable connection.
1.Restart inverter or contact installer.
1.Restart inverter or contact installer.
1.Do not turn off the DC switches as it will damage the inverter.
2.Please wait for the solar irradiance reduces and confirm the string current
is less than 0.5A with a clip-on ammeter and then turn off the DC switches.
3.Please note that any damages due to wrong operations are not covered in the
device warranty.
AFCI self-detection (model with AFCI module)
Arcing protection (model with AFCI module)
AFCI module self-detect fault 1.Restart inverter or connect technician.
Detect arc in DC circuit
1. Check inverter connection whether arc exists and restart inverter.
Table 8.1 Fault message and description
NOTE: If the inverter displays any alarm message as listed in Table 8.1;
please turn off the inverter (refer to Section 5.2 to stop your inverter) and
wait for 5 minutes before restarting it (refer to Section 5.1 to start your
inverter). If the failure persists, please contact your local distributor or
the service center. Please keep ready with you the following information
before contacting us.
1. Serial number of Solis Single Phase Inverter; 2. The distributor/dealer of
Solis Single Phase Inverter (if available); 3. Installation date. 4. The
description of problem (i.e. the alarm message displayed on the LCD and the
status
of the LED status indicator lights. Other readings obtained from the
Information submenu (refer to Section 6.2) will also be helpful.); 5. The PV
array configuration (e.g. number of panels, capacity of panels, number of
strings , etc.); 6. Your contact details.
.46.
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
S6-GR1P0.7K-M 600 200 60
50…500 14 22 1/1 700 770 770
1/N/PE, 220/230 3.2/3.0 4.4
0.99 (0.8 leading – 0.8 lagging) <3% 50/60
45…55 or 55…65 96.6% 95.3%
310W373H160D (mm) 7.4kg
Transformerless 1 W
– 2 5. . . + 6 0 0~100% IP66 <20 dBA
Natural convection 4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC 60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
.47.
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
.48.
S6-GR1P1K-M 600 200 60
50…500 14 22 1/1
1000 1100 1100 1/N/PE, 220/230 4.5/4.3 5.2 >0.99 (0.8 leading – 0.8 lagging)
<3% 50/60 45…55 or 55…65 96.6% 95.3% 310W373H160D (mm) 7.4kg
Transformerless 1 W
– 2 5. . . + 6 0 0~100% IP66 <20 dBA
Natural convection 4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or
G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC
60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
S6-GR1P1.5K-M 600 200 60
50…500 14 22 1/1
1500 1650 1650 1/N/PE, 220/230 6.8/6.5
8.1 >0.99 (0.8 leading – 0.8 lagging)
<3% 50/60 45…55 or 55…65 96.6% 95.4% 310W373H160D (mm)
7.4kg Transformerless
1 W – 2 5. . . + 6 0
0~100% IP66
<20 dBA Natural convection
4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or
G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC
60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
.49.
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
.50.
S6-GR1P2K-M 600 330 90
80…500 14 22 1/1
2000 2200 2200 1/N/PE, 220/230 9.1/8.7 10.5 >0.99 (0.8 leading – 0.8 lagging)
<3% 50/60 45…55 or 55…65 97.1% 96.6% 310W373H160D (mm) 7.4kg
Transformerless 1 W
– 2 5. . . + 6 0 0~100% IP66 <20 dBA
Natural convection 4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or
G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC
60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
S6-GR1P2.5K-M 600 330 90
80…500 14 22 1/1
2500 2750 2750 1/N/PE, 220/230 11.4/10.9 13.3 >0.99 (0.8 leading – 0.8
lagging) <3% 50/60 45…55 or 55…65 97.1% 96.7% 310W373H160D (mm) 7.7kg
Transformerless 1 W – 2 5. . . + 6 0 0~100% IP66 <20 dBA Natural convection
4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or
G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC
60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
.51.
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
.52.
S6-GR1P3K-M 600 330 90
80…500 14 22 1/1
3000 3300 3300 1/N/PE, 220/230 13.6/13.0 15.7 >0.99 (0.8 leading – 0.8
lagging)
<3% 50/60 45…55 or 55…65 97.1% 96.7% 310W373H160D (mm) 7.7kg
Transformerless 1 W
– 2 5. . . + 6 0 0~100% IP66 <20 dBA
Natural convection 4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or
G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC
60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms Optional USB* :only for the brazilian market
S6-GR1P3.6K-M 600 330 90
80…500 19 24 1/2
3600 3600 3600 1/N/PE, 220/230 16.0 16.0 >0.99 (0.8 leading – 0.8 lagging) <3%
50/60 45…55 or 55…65 97.3% 96.8% 310W373H160D (mm) 7.7kg Transformerless 1 W
– 2 5. . . + 6 0 0~100% IP66 <20 dBA Natural convection 4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or
G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC
60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS, USB* 5 Years (Extend to 20 Years)
.53.
9. Specifications
Model Max. DC input voltage (Volts) Rated DC voltage (Volts) Startup voltage
(Volts) MPPT voltage range (Volts) Max. input current (Amps) Max short circuit
input current (Amps) MPPT number/Max input strings number Rated output power
(Watts) Max. output power (Watts) Max. apparent output power (VA) Rated grid
voltage (Volts) Rated output current (Amps) Max. output current (Amps) Power
Factor (at rated output power) THDi (at rated output power) Rated grid
frequency (Hertz) Operating frequency range (Hertz) Max.efficiency EU
efficiency Dimensions Weight Topology Self consumption (night) Operating
ambient temperature range Relative humidity Ingress protection Noise emission
(typical) Cooling concept Max.operation altitude
Grid connection standard
Safety/EMC standard DC connection AC connection Display Communication
connections Warranty Terms
S6-GR1P0.6K-M(For Germany) 600 200 60
50…500 14 22 1/1 600 600 600
1/N/PE, 230 2.6 2.6
0.99 (0.8 leading – 0.8 lagging)
<3% 50/60 45…55 or 55…65 96.6% 95.3% 310W373H160D (mm) 7.4kg
Transformerless 1 W
– 2 5. . . + 6 0 0~100% IP66 <20 dBA
Natural convection 4000m
VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C 15 / VFR:2019, G98 or G99, RD 1699 / RD 244 / UNE 206006 / UNE 206007-1,
CEI 0-21, C10/11, NRS 097-2-1, TOR, EIFS 2018.2, IEC 62116, IEC 61727, IEC 60068,
IEC 61683, EN 50530, MEA, PEA
IEC/EN 62109-1/-2, IEC/EN 61000-6-1/-2/-3/-4 MC4 connector
Quick connection plug LCD, 2×20 Z.
RS485, Optional: Wi-Fi, GPRS 5 Years (Extend to 20 Years)
.54.
10. Appendix
10.1 Grid standard selection guide
NOTE: Please check if the grid code setting comply with local requirement.
For different countries and regions, corresponding grid code needs to be
selected in the inverter LCD to meet the requirements of local network
provider. This instruction indicates how to change the grid code and what code
should be selected in different places.
This following list illustrates the grid standard options in the inverter
which are subject to change. It is for your reference only. If customer has
any doubts or uncertainty, please consult Solis service department for
confirmation.
To set the correct grid code, please enter the following path: Advanced
Settings -> Password:0010 -> Select Standard
Detailed protection limits can be viewed when choosing the code. Please select
“Save&Send” to enforce the code.
NO. Code in LCD Country/Region
1
VDE4015
Germany
2 EN50549 PO
Poland
3 EN50549 NL
Netherland
Comments For German Low Voltage Grid.
For Polish Low Voltage Grid For Dutch Low Voltage Grid
4
EN50438 L
General EN50438 Requirement.
–
Possible to be used in Austria, Cyprus, Finland,
Czech Republic, Slovenia, etc.
5
EIFS- SW
6
France
7
C10/11
8
NRS097
9
CEI0-21
10
EN50549L (EN50549-1)
11
G98
12
G99
Sweden France Belgium South Africa
Italy
–
UK UK
For Swedish Low Voltage Grid For French Low Voltage Grid For Belgian Low
Voltage Grid For South African Low Voltage Grid For Italian Low Voltage Grid
General EN50549-1 requirement which meets local requirements of most European
countries
For UK Low Voltage Grid <16A For UK Low Voltage Grid >16A
.55.
10. Appendix
NO. Code in LCD Country/Region
Comments
13
G98 NI
North Ireland
For North Ireland Low Voltage Grid <16A
14
G99 NI
North Ireland
For North Ireland Low Voltage Grid >16A
15 User-define
–
Customized Protection Limits
16
Gen50
–
Generator Connected, Frequency-Derating, 50Hz
17
Gen 60
–
Generator Connected, Frequency-Derating, 60Hz
18
DK1
East Denmark
For East Danish low voltage grid
19
DK2
West Denmark
For West Danish low voltage grid
20
50438IE
Ireland
For Irish low voltage grid
21
RD1699
Spain
For Spanish low voltage grid
22
EN50549
–
General EN50549 Requirement. Possible to be used in Cyprus, Finland,
Czech Republic, Slovenia,Jamaica
.56.
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