Solis RHI-3P3K Hybrid Inverter Instruction Manual
- June 1, 2024
- solis
Table of Contents
RHI-3P3K Hybrid Inverter
Specifications
-
Manufacturer: Ginlong Technologies Co., Ltd.
-
Model: Solis RHI Series Hybrid Inverter
(RHI-3P(3-10)K-HVES-5G) -
Designed for: Residential hybrid systems
-
Operational Modes: Off-grid and On-grid
-
Models in Series: RHI-3P3K-HVES-5G, RHI-3P4K-HVES-5G,
RHI-3P5K-HVES-5G, RHI-3P6K-HVES-5G, RHI-3P8K-HVES-5G,
RHI-3P10K-HVES-5G
Product Description
The Solis RHI series is designed for residential hybrid systems,
enabling optimization of self-consumption by working with
batteries. It can function in both off-grid and on-grid modes.
Packaging
Items included in the packaging:
- Inverter x1
- Back plate x1
- Fastening screw x2
- AC grid terminal x1
- AC backup terminal x1
- DC connector x4
- Battery connector x1
- Dust cover x2
- DC Switch
- Meter RS485 cable x1
- Acrel Meter x1 (For Europe)
- Eastron Meter x1 (For Italy)
- RJ45 connector x1 (UK and AUS are x2)
- Wifi antenna x1
- User manual x1
- CT x3
Safety & Warning
Safety Instructions
The safety instructions in this manual are classified as
follows:
-
DANGER: Indicates a hazardous situation that
could result in death or serious injury. -
WARNING: Indicates a hazardous situation that
could result in death or serious injury if not avoided. -
CAUTION: Indicates a hazardous situation that
could result in minor or moderate injury if not avoided. -
NOTE: Provides valuable tips for optimal
product operation.
General Safety Instructions
WARNING: Only devices compliant with SELV (EN
69050) should be connected to the RS485 and USB interfaces.
WARNING: Do not connect PV array positive (+)
or negative (-) to ground to prevent serious damage to the
inverter.
Product Usage Instructions
Installation
Follow these steps for installing the Solis RHI Series Hybrid
Inverter:
- Select a suitable location for the inverter.
- Mount the inverter securely.
- Assemble the PV input terminals.
- Connect the battery terminals.
- Install the AC connector.
- Install the meter.
- Assemble the communication cables.
- Create an external ground connection.
- Connect to the logic interface.
- Understand LED indicators for monitoring.
- Establish inverter monitoring connections.
Operation
The operation of the Solis RHI Series involves navigating
through various menus and settings:
- Main Menu: Access main functions and settings.
- Information: View system information.
- Settings: Configure operating settings.
- Advanced Information: Access advanced system details.
- Advanced Settings: Configure advanced system settings.
- AFCI Function: Learn about the AFCI functionality.
Commissioning
To commission the inverter:
- Prepare for commissioning.
- Follow the commissioning procedure outlined in the manual.
Troubleshooting
If you encounter issues with the inverter, refer to the
troubleshooting section of the manual for guidance on resolving
common problems.
Maintenance
Regular maintenance of the inverter is essential for optimal
performance. Follow maintenance instructions provided in the
manual.
Appendix
The appendix section contains additional information that may be
useful for operating and troubleshooting the inverter.
Frequently Asked Questions (FAQ)
Q: What should I do if I encounter a problem with the
inverter?
A: If you encounter any issues, locate the inverter S/N and
contact our support team for assistance. We aim to respond to your
queries promptly.
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.
Solis RHI Series Hybrid Inverter
(RHI-3P(3-10)K-HVES-5G) Instruction Manual
Ver 1.7
Ginlong Technologies Co., Ltd.
Contents
1. Introduction
2
1.1 Product Description
2
1.2 Packaging
3
2. Safety & Warning
4
2.1 Safety
4
4 2.2 General Safety Instructions
6 2.3 Notice For Use
3. Overview
7
3.1 Screen
7
3.2 Keypad
7
3.3 Terminal Connection
7
4. Installation 8
8 4.1 Select a Location for the Inverter
10 4.2 Mounting the Inverter
4.3 PV Input Terminal Assembly
1 1
12 4.4 Battery Terminal Components
13 4.5 Assembling the AC Connector
4.6 Meter Installation
1 5
16 4.7 Communication Cable Assembly 17 4.8 External Ground Connection
17 4.9 Logic Interface Connection
18 4.10 LED Indicates 19 4.11 Inverter Monitoring Connection 5. Operation 20
20 5.1 Main Menu
21 5.2 Information
25 5.3 Settings
26 5.4 Advanced Information
29 5.5 Advanced Settings
5.6 AFCI function
3 6
6. Commissioning
3 7
6.1 Preparation of Commissioning
3 8
6.2 Commissioning Procedure
3 8
7. Troubleshooting
3 9
8. Maintenance
4 4
9. Appendix 53
1. Introduction
1.1 Product Description
The Solis RHI series is designed for residential hybrid systems, which can
work with batteries to optimize self-consumption. The unit can operate in both
off- and on-grid modes. The Solis RHI series has 6 different models: RHI-3P3K-
HVES-5G, RHI-3P4K-HVES-5G, RHI-3P5K-HVES-5G, RHI-3P6K-HVES-5G, RHI-3P8K-HVES-
5G, RHI-3P10K-HVES-5G
Keys
LED Indicators Display
1. Introduction
1.2 Packaging
Please ensure that the following items are included in the packaging with your
machine:
Inverter x1
Back plate x1
Fastening screw x2
AC grid terminal x1
AC backup terminal x1
DC connector x4
Battery connector x1
Dust cover x2
DC Switch
Figure 1.1 Front side view
Figure 1.2 Bottom side view .2.
Meter RS485 cable x1
Acrel Meter x1(For the Europe)
Eastron Meter x1(Only for the Italy)
Manual
RJ45 connector x1 ( UK and AUS are x2)
Wifi antenna x1
User manual x1
If anything is missing, please contact your local Solis distributor.
CT x3
.3.
2. Safety & Warning
2.1 Safety
The following types of safety instructions and general information appear in
this document as describedbelow:
DANGER: “Danger” indicates a hazardous situation which if not avoided, will
result in death or serious injury. WARNING: “Warning” indicates a hazardous
situation which if not avoided, could result in death or serious injury.
CAUTION: “Caution” indicates a hazardous situation which if not avoided, could
result in minor or moderate injury.
NOTE: “Note” provides tips that are valuable for the optimal operation of your
product.
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.
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.
.4.
2. Safety & Warning
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 isolators that comply with the NEC Article 690, Part II.
All Solis single phase inverters feature an integrated DC switch. CAUTION:
Risk of electric shock, do not remove cover. There is no user serviceable
parts inside, refer servicing to qualified and accredited service technicians.
CAUTION: The PV array supplies a DC voltage when they are exposed to sunlight.
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 authorization . CAUTION: The surface temperature of the
inverter can reach up to 75 (167 F). To avoid risk of burns, do not touch the
surface of the inverter while it’s operating. Inverter must be installed out
of the reach of children.
NOTE: PV module used with inverter must have an IEC 61730 Class A rating.
WARNING: Operations below must be accomplished by licensed technician or Solis
authorized person.
WARNING: Operator must put on the technicians’ gloves during the whole process
in case of any electrical hazards.
WARNING: AC-BACKUP of RHI series is forbidden to connect to the grid.
.5.
2. Safety & Warning
WARNING: The RHI series does not support parallel (three- and single-phase)
operation on the AC-BACKUP port. Parallel operation of the unit will void the
warranty.
×
×
3 Phase LOAD
WARNING: Please refer to the specification of the battery before
configuration.
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: 1. Permanent installation is required. 2. The
electrical installation must meet all the applicable regulations and
standards. 3. The inverter must be installed according to the instructions
stated in this manual. 4. The inverter must be installed according to the
correct technical specifications. 5. The content of substance hazardous of the
inverter meets the requirements of the
RoHS directive (2011/65/EU). 6. Inverter has no DC protection system against
electric arcs.
.6.
3. Overview
3.1 Screen
Solis RHI series adopts LCD screen, it displays the status, operating
information and settings of the inverter.
3.2 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 and
modify the settings (the ESC and ENTER keys).
Figure 3.2 Keypad
3.3 Terminal Connection
Solis RHI series inverter is different from normal on-grid inverter, please
refer to the instructions below before start connection.
DRM Connection (Only for UK) WiFi Connection
COM Port
Figure 3.3 Front Panel Display
WARNING: Please refer to the specification of the battery before
configuration.
.7.
4. Installation
4.1 Select a Location for the Inverter
To select a location for the inverter, the following criteria should be
considered: Exposure to direct sunlight may cause output power derating. It is
recommended to avoid installing the inverter in direct sunlight. It is
recommended that the inverter is installed in a cooler ambient which doesn’t
exceed 104F/40C.
Figure 4.1 Recommended Installation locations 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.
.8.
4. Installation
Install on a wall or strong structure capable of bearing the weight of the
machine (24kg). Install vertically with a maximum incline of +/- 5 degrees,
exceeding this may cause output power derating. To avoid overheating, always
make sure the flow of air around the inverter is not blocked. A minimum
clearance of 500mm should be kept between inverters or objects and 500mm
clearance between the bottom of the machine and the ground.
500mm
500mm
1000mm
500mm
500mm
Figure 4.2 Inverter Mounting clearance Visibility of the LEDs and LCD should
be considered. Adequate ventilation must be provided.
NOTE: Nothing should be stored on or placed against the inverter.
.9.
4. Installation
4.2 Mounting the Inverter
Dimensions of mounting bracket:
4. Installation
2.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)
Figure 4.3 Inverter wall mounting Once a suitable location has be found
accordingly to 4.1 using figure 4.3 and figure 4.4 mount the wall bracket to
the wall. The inverter shall be mounted vertically. The steps to mount the
inverter are listed below: 1. 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 Fix bracket on the wall
WARNING: The inverter must be mounted vertically.
.10.
Figure 4.5 Wall Mount Bracket
4.3 PV Input Terminal Assembly
Please ensure the following before connecting the inverter: Make sure the
voltage of the PV string will not exceed the max DC input voltage (1000Vdc).
Violating this condition will void the warranty.
Make sure the polarity of the PV connectors are correct. Make sure the DC-
switch, battery, AC-BACKUP, and AC-Grid are all in their off-states. Make sure
the PV resistance to ground is higher than 20K ohms. The Solis RHI series
inverter uses the MC4 connectors. Please follow the picture below to assemble
the MC4 connectors. PV wire cross-sectional area requirements:2.5~4mm².
positive terminal
negative terminal
Figure 4.6
Inverter terminal Use appropriate crimping tools for crimping
.11.
4. Installation
4.4 Battery Terminal Components
Quick connector is used for battery connection. The connector is suitable for
tin-plated cables with a conductor cross section of 2.5-6mm2 (AWG14-10).
Battery cable outside diameter range: 5.5mm – 8.0mm.
NOTE: A bladed screwdriver with a 3-mm wide blade is required to perform the
connection.
Step 1. Strip 15mm off the conductor using a suitable stripping tool for this.
Step 2. Open the spring using a screwdriver as below. (see figure 4.7) Step 3.
Insert the stripped wire with twisted litz wires all the way in.
The wire ends have to be visible in the spring. And then close the spring.
(see figure 4.8) Step 4. Push the insert into the sleeve and tighten the cable
gland with 2N.m torque. (see figure 4.9) Step 5. Fit the connectors to the
battery ports at the bottom of the inverter with correct polarity
and a “click” sound. (see figure 4.10)
4. Installation
4.5 Assembling the AC Connector
There are two AC terminals and the assembly steps for both are the same. Take
out the AC connector parts from the packaging.
1. Make sure you use a cable within the correct specifications as shown in
the image below.
Describe Wire diameter Traverse cross sectional area Exposure Length
Table 4.1
Numerical value 13~25mm
6~13mm² (10-6AWG) 13mm
Internal of AC connector signs “L1″,”L2″,”L3″,”N” and “PE ” five connection ports (see Figure 4.13). Three live wires are connected the “L1”, “L2″and “L3” terminals respectively; ground wire connects “PE “; neutral wire connects “N” terminal:
Figure 4.7 Figure 4.9 .12.
Figure 4.8 Figure 4.10
A
B
C
D
E
F
Figure 4.11 AC connector
Outside-diameters 13~25mm
70mm
Cross-section 6~13mm²
68mm
PE
L1
L2
L3
x
N
x=13mm
Figure 4.12 Stripped and bared wire
L2
L3
L1
N PE
Figure 4.13 Internal structure of AC connector
.13.
4. Installation
A) Stripped the insulation sleeve of cable for 70mm, so that bared copper-
cored connector reaches for 13mm. Cable through nut and sleeve of socket
element, insert corresponding terminals and tighten with allen wrench (see
figure 4.14). Torque is 1.5-2.5Nm.
4. Installation
4.6 Meter Installation
Solis RHI-(3-10)K-HVES-5G series inverter integrated export power control
function, this function need connect a 3-Phase power meter for export power
controlling.
4.6.1 Three Phase Meter Installation
Please follow below picture to install the 3-phase power meter and CT.
Figure 4.14 Connected cable Tighten cable with 3 mm allen wrench( focus in
dotted box, see figure 4.14). Allen screw is easy to drop off, don’t screw out
completely. B) Clip plastic fixture (Auxiliary tighten) in socket element ,
tighten adapter in socket element, then tighten swivel nut with 2.5-4Nm torque
(see figure 4.15).
Figure 4.15 Assembly AC terminal C) Connect AC connector with inverter, then
tighten AC connector for clockwise, until hearing a slight clicking sound
indicates connection succeed.(see figure 4.16)
Note: If the CT is installed in the wrong direction, the Hybrid Inverter can’t
work normally.
Figure 4.17 Acrel Meter
Figure 4.16 AC connector to inverter .14.
Note: If the CT is installed in the wrong direction, the Hybrid Inverter can’t
work normally.
Figure 4.18 Eastron Meter .15.
4. Installation
4.7 Communication Cable Assembly
The RHI series inverter uses RS485 cable to communicate with the Meter and CAN
to communicate with the battery’s BMS. The image below shows the assembly of
the RS485/CAN communication cables.
CAN
Figure 4.19
NOTE: The CAN cable enables the communication between the inverter and the Li- ion battery, please check for latest model compatibility before installation.
Procedure for connecting the CAN cable:
1. Take out the CAN cable (terminal marks `CAN’ on one end and ‘to Meter’ on
the other end). 2. Unscrew the swivel nut from CAN port. 3. Insert the RJ45
terminal with CAN label into the CAN port, then fasten the swivel nut. 4.
Connect the other end to the battery.
NOTE:
Before connecting CAN cable with the battery, please check whether the
communication pin sequence of the inverter and the battery match;
If it does not match, you need to cut off the RJ45 connector at one end of the
CAN cable and adjust the pin sequence according to the pin definitions of
both inverter and battery.
RJ45terminal
Pin definition of the inverter CAN Port is following EIA/TIA 568B.
12345678
CAN-H on Pin 4: Blue CAN-L on Pin 5: Blue/White
CAN-L CAN-H
.16.
4. Installation
Procedure for connecting the RS485 cable:
1. Take out the RS485 cable (terminal marks `RS485′ on one end and ‘to
Battery’ on the other end). 2. Unscrew the swivel nut from RS485 port. 3.
Insert the Two-pin terminal with RS485 label into the RS485 port, then fasten
the swivel nut. 4. Connect the other end to the Meter.
4.8 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 4.20 Connect the external grounding conductor
4.9 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 4.21 RJ45 communication connection terminals .17.
4. Installation
2.Use the network wire stripper to strip the insulation layer of the communication cable. According to the standard line sequence of figure 4.22 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
12345678
and the stitches of plug, Pin5 and Pin6 of RJ45 terminal is used for the logic
interface, other Pins are reserved.
12345678
Pin 1: Reserved; Pin 2: Reserved
Switch_input1 Switch_input2 Pin 3: Reserved; Pin 4: Reserved
DRM(logic interface)
Pin 5: Switch_input1; Pin 6: Switch_input2 Pin 7: Reserved; Pin 8: Reserved
Figure 4.22 Strip the insulation layer and connect to RJ45 plug 3.Connect RJ45 to DRM (logic interface) .
NOTE: To use this function, please contact the manufacturer.
4.10 LED Indicates
There are three LED indicators on the RHI inverter (Red, Green, and Orange)
which indicate the working status of the inverter.
Light POWER OPERATION
ALARM .18.
Status
Description
ON
The inverter can detect DC power.
OFF
No DC power.
ON
The inverter is fully operational.
OFF
The inverter has stopped operating.
FLASHING
The inverter is initializing.
ON
Fault condition is detected.
OFF
No fault condition detected.
FLASHING
Either the grid or solar cannot be detected.
Table 4.2 Status Indicator Lights
4. Installation
4.11 Inverter Monitoring Connection
The inverter can be monitored via Wi-Fi or GPRS. All Solis communication
devices are optional. For connection instructions, please refer to the Solis
Monitoring Device installation manuals.
Smart phone monitoring
GPRS monitoring
Wi-Fi monitoring
Router
Internet
Web server
Wi-Fi monitoring
Wi-Fi box
PC monitoring
Figure 4.23 Wi-Fi or GPRS communication function
.19.
5. Operation
Pressing the ESC key calls back
the previous menu
Monthly Energy
ESC ESC
Main interface
Pressing the ENTER key to switch
to the submenu
ENTER
main menu Information UP/DOWN
Settings UP/DOWN Advanced Info. UP/DOWN Advanced Settings
Figure 5.1 Operation Overview
5.1 Main Menu
There are four submenu in the Main Menu (see Figure 5.1): 1. Information 2.
Settings 3. Advanced Info. 4. Advanced Settings
.20.
5. Operation
5.2 Information
In the information section, operating data and information data can be viewed.
Sub-sections include: 1.General Info 2.System Info 3.Energy Records 4.PVEnergy
Records 5.BMS Info 6.Meter Info The example displays are shown in the
following figures. Values are for reference only.
Display
Inverter SN: FFFFFFFFFFFFFFF
Device: Waiting
Battery: Waiting
Backup: Waiting
Grid: Waiting
DRMNO. :
08
Model. :
00
SoftVer. :
000000
Duration
Description
10 sec Shows the inverter serial number.
10 sec Shows the status of the device.
10 sec Shows the status of the battery.
10 sec Shows the status of the backup circuit.
10 sec 10 sec 10 sec
Shows the status of the AC grid.
Shows the DRM operating mode (Effective for UK/AUS).
Shows the model number of the device.
10 sec Shows the firmware version of the device. Figure 5.2 General Information
.21.
5. Operation
Display
V_DC1: I_DC1:
000.0V 000.0A
V_DC2: I_DC2:
000.0V 000.0A
V_A: I_A:
000.0V 000.0A
V_B: I_B:
000.0V 000.0A
V_C: I_C:
000.0V 000.0A
Grid Frequency 00.00Hz
Battery V: Battery I:
000.0V 000.0A
Backup V: Backup P:
000.0V 00.0kW
Charge P:
00.0kW
DisCharge P: 00.0kW
Duration 10 sec
Description
V_DC1: Shows input 01 voltage value. I_DC1: Shows input 01 current value.
10 sec 10 sec 10 sec 10 sec
V_DC2: Shows input 02 voltage value. I_DC2: Shows input 02 current value.
V_A: Shows the grid’s voltage value. I_A: Shows the grid’s current value.
V_B: Shows the grid’s voltage value. I_B: Shows the grid’s current value.
V_C: Shows the grid’s voltage value. I_C: Shows the grid’s current value.
10 sec Shows the grid’s frequency value.
10 sec 10 sec 10 sec
Battery V: Shows the battery voltage. Battery I: Shows the battery current.
Backup V: Shows the voltage of the backup port Backup P: Shows the power of
the backup port.
Charge P: Shows the battery charging power. Discharge P: Shows the battery
discharging power.
Figure 5.3 System Information
5. Operation
Display
BattChgE Total: 0000000kWh
BattChgE Today: 000.0kWh
BattChgE Lastday: 000.0kWh
Duration
Description
10 sec
Shows the total battery charged energy.
10 sec
Shows today’s battery charged energy.
10 sec
Shows yesterday’s battery charged energy.
Figure 5.4 Energy Records
Display
PV E Total: 0000000kWh
PV E Today: 000.0kWh
PV E Lastday: 000.0kWh
PV E ThisMonth: 0000000kWh
PV E LastMonth: 0000000kWh
PV E Thisyear: 0000000kWh
PV E Lastyear: 0000000kWh
Duration 10 sec
Description Shows the total PV generation.
10 sec
Shows today’s PV generation.
10 sec
Shows yesterday’s PV generation.
10 sec
Shows PV generation of this month.
10 sec
Shows PV generation of last month.
10 sec
Shows PV generation of this year.
10 sec
Shows PV generation of last year.
Figure 5.5 PVEnergy Records
.22.
.23.
5. Operation
Display
Battery V: Battery I:
000.0V +00.0A
ChargeILmt: 000.0A DischargeILmt: 000.0A
Duration 10 sec 10 sec
Description
Battery V: Shows battery voltage(From BMS). Battery I: Shows battery
current(From BMS).
ChargeILmt: Shows battery charge current limit(From BMS). DischargeILmt: Shows
battery discharge current limit(From BMS).
ChargeVLmt: 000.0V DischargeVLmt:000.0V
SOC Value: SOH Value:
000.0% 000.0%
10 sec 10 sec
ChargeVLmt: Shows battery charge voltage limit(From BMS) DischargeVLmt: Shows
battery discharge voltage limit(From BMS).
SOC value: Shows battery state of charge. SOH value: Shows battery state of
health..
BMS Status: CAN Fail
10 sec Shows that Battery BMS communication status.
Figure 5.6 BMS Information
Display
PhaseA Power: +000000W
PhaseB Power: +000000W
PhaseC Power: +000000W
Meter Energy: 0000000.00kWh
Output Energy: 0000000.00kWh
Input Energy: 0000000.00kWh
Meter Status: RS485 Fail
Duration
Description
10 sec Shows phase A power on the meter.
10 sec Shows phase B power on the meter.
10 sec Shows phase C power on the meter.
10 sec Shows the energy record on the meter.
10 sec Shows the export energy record on the meter.
10 sec
Shows the import energy record on the meter.
10 sec Shows meter communication status. Figure 5.7 Meter Information
.24.
5. Operation
5.3 Settings
The following submenus are displayed when the Settings menu is selected: 1.Set
Time/Date 2.Set Address
5.3.1 Set Time/Date
This function allows time and date setting. When this function is selected,
the LCD will display a screen as shown in Figure 5.8.
NEXT=
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.
5.3.2 Set Address
This function is used to set the address when muti inverters are connected to
three monitor. The address number can be assigned from “01”to “99”. The
default address is “01”.
YES=
Figure 5.9 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.
.25.
5. Operation
5.4 Advanced Information
NOTE: To access to this area is for fully qualified and accredited technicians
only. Enter menu “Advanced Info.”(Password “0010”).
Select “Advanced Info.” from the Main Menu. The screen will require the
password as below:
Input Password X X X X
Figure 5.10 Enter password 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.Warning Message 3. Running Status 4.Communication Data 5. Yield
Profile The screen can be scrolled manually by pressing the UP/DOWN keys.
Pressing the ENTER key gives access to a submenu. Press the ESC key to return
to the Main Menu.
5.4.1 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.
Alm000: MET_Comm-FAIL T: 00-00 00:00 D:0000
Figure 5.11 Alarm Message
.26.
5. Operation
5.4.2 Warning Message
The display shows the 100 latest warn messages. 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 5.12 Warning Message
5.4.3 Running Status
This function is for maintenance person to get running message such as
internal temperature, Standard NO. etc.(Values are for reference only).
General Status Advanced Status
Figure 5.13 Running Status
Display
DC Bus Voltage: 000.0V
Power Factor: +00.0
Power Limit%: 000%
Inverter Temp: +000.0degC
Grid Standard:
Flash State: 00000000
Duration 10 sec
Description Shows DC bus voltage.
10 sec 10 sec 10 sec
Shows power factor of the inverter.
Shows the power output percentage of the inverter.
Shows internal IGBT temperature of the inverter.
10 sec
Shows current effective grid standard.
10 sec
Reserved for Solis Technicians
Figure 5.14 General Status
NOTE: The advanced status is reserved for Solis technicians.
.27.
5. Operation
5.4.4 Communication Data
The screen shows the internal data of the Inverter, which is for service
technicians only. 01-05: 00 00 00 00 00 06-10: 00 00 00 00 00
Figure 5.15 Communication Data
5.4.5 Yield Profile
The yield profile includes: Energy Battery, Energy Grid and Energy Backup. All
the historical energy generation records can be easily viewed in this section.
Energy Battery Energy Grid Figure 5.16 Communication Data
.28.
5.5 Advanced Settings
5. Operation
NOTE: To access to this area is for fully qualified and accredited technicians
only. Enter menu “Advanced settings” (Password “0010”).
Select “Advanced Settings.” from the Main Menu. The screen will require the
password as below:
Input Password X X X X
Figure 5.17 Enter password
Select Advanced Settings from the Main Menu to access the following options:
- Select Standard 2. Grid Switches 3. Battery Control 4. Backup Control 5.
Storage Energy Set 6. STD. Mode Settings 7. Software Update 8. Export Power
Set 9.Reset Password 10. Restart HMI 11. Self Test CEI 0-21 12. Compensation
Set
5.5.1 Selecting Standard
This function is used to select the grid’s reference standard.
YES=
Figure 5.18
Press the UP/DOWN keys to select the standard (G98, G99, VDE4015, EN50549L,
CEI021, AS4777-15, NRS097, User-Def, etc). Press the ENTER key to confirm the
setting. Press the ESC key to cancel changes and returns to previous menu.
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.
.29.
5. Operation
5.5.2 Grid Switches
This function is used to start or stop the generation of the inverter.
Grid ON Grid OFF
Figure 5.19 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.
5.5.3 Battery Control
This section is used to select the corresponding battery and set the battery
wakeup function.
Battery Select
Figure 5.20 Battery Control
5.5.3.1 Battery Select
This product is compatible with the following battery modules:
Brand
Model
Setting
Pylontech
H48074(CEI 0-21)/H48050(CEI 0-21)/
Select “Pylon”
Force H1(CEI 0-21)/Force H2(CEI 0-21)
AOBOET Soluna
Uhome-LFP 2400/ 5000 Battery Soluna 10K Pack HV/Soluna 15K Pack HV
Select “AoBo” Select “Soluna”
If hybrid inverter is not connected to a battery, then select “No Battery” to
avoid alarms. For above compatible battery modules, Only two parameters need
to be defined: * OverDischg SOC (10%~40%, default 20%) –Inverter will not
discharge the battery when the OverDischg SOC is reached.
Battery self-discharge is unavoidable,SOC may go lower than the limit if the
battery can’t get charged for a long period of time.
Battery Select: PYLON
Figure 5.21 Battery Select
.30.
5. Operation
Overdischg SOC: 020%
Figure 5.22 Overdischg SOC
5.5.4 Backup Control
This section is used to set the configuration of the backup port.
Backup ON/OFF Backup Settings Figure 5.23 Backup Control
5.5.4.1 Backup ON/OFF
This switch can enable/disable the electrical connection of the backup port.
Set Backup: OFF
Figure 5.24 Backup ON/OFF
5.5.4.2 Backup Settings
This section shows the parameter of the backup port.
Backup Voltage: 230.0V
Figure 5.25 Backup Settings
5.5.5 Storage Energy Set
There are two settings available in this section: Meter select and Storage
Mode Select.
Meter Select Stg Mode Select Figure 5.26 Storage Energy Set
.31.
5. Operation
5.5.5.1 Meter Select
The setting is used to select the meter type based on the actual
configuration.
Meter Type: 3Ph Meter
Figure 5.27 Meter Type
5.5.5.2 Storage Mode Select
There are 4 working modes available. 1. Self Use Mode 2. Feed in Priority Mode
3. Backup Mode 4. Off Grid Mode Path: Advanced Settings->Storage Energy
Set->Stg Mode Select
Staroge Energy Set STD. Mode Settings
Meter Set Stg Mode Select
Figure 5.28 Storage Mode Select
Mode 1: Self-Use Mode Logic(Maximize the usage of PV) PV Power Using Priority:
Load>Battery>Grid Load Support Priority: PV>Battery>Grid Battery Charging
Power comes from PV. (If “Charging From Grid” is allowed, it can also come
from Grid) If “Time of Use” is “Run”, the logic will follow the
charging/discharging settings and time settings as defined in “Time of Use”.
For those undefined period of time, it will still follow the Self-Use logic.
Time of use for Self use Path: Advanced Settings->Storage Energy Set->Stg Mode
Select-> Self use->ON->Time-of-Use
Charging from gird self use Path: Advanced Settings->Storage Energy Set->Stg
Mode Select-> Self-Use Mode->ON->Charging from gird for Self use
Mode: Self use
Time-of-Use Charging from grid
Figure 5.29 Self Use Mode
.32.
5. Operation
Mode 2: Feed In Priority Mode Logic(Feed the excess PV to Grid in order to
gain subsidies) PV Power Using Priority: Load>Grid>Battery Load Support
Priority: PV>Battery>Grid Battery Charging Power comes from PV. (If “Charging
From Grid” is allowed, it can also come from Grid) If “Time of Use” is “Run”,
the logic will follow the charging/discharging settings and time settings as
defined in “Time of Use”. For those undefined period of time, it will still
follow the Feed in Priority logic.
Time of use for Feed for priority Path: Advanced Settings->Storage Energy
Set->Stg Mode Select-> Feed in Priority->ON->Time-of-Use
Charging from gird for Feed for priority Path: Advanced Settings->Storage
Energy Set->Stg Mode Select-> Feed in priority->ON->Charging from gird for
Feed for priority
Mode: Feed in priority
Time-of-Use Charging from grid
Figure 5.30 Feed in priority Mode
Mode 3: Backup Mode Logic(Keep the Battery at a certain SOC and only use it
during power outage) Backup Mode Logic: Keep the Battery at a certain SOC and
only use it during power outage. Backup SOC Setting Range: From Battery
“Overdischarge SOC” to 100% PV Power Using Priority: Battery>Load>Grid Load
Support Priority: PV>Grid>Battery Battery Charging Power comes from PV. (If
“Charging From Grid” is allowed, it can also come from Grid) * The “Backup
Mode” is not applicable for Lead-acid batteries.
Charging from gird for Backup mode Path: Advanced Settings->Storage Energy
Set->Stg Mode Select->
Backup->ON->Battery Backup Soc->Charging from gird
Mode: Backup
Battery Backup Soc: 080%
Figure 5.31 Backup Mode
Charging from grid: Allow
.33.
5. Operation
Mode 4: Off Grid Mode Logic(For Off-grid use and AC-Grid Port Disconnected)
OverDischg SOC for Off-Grid Setting Range: From Battery “Forcecharge SOC” to
100% PV Power Using Priority: Load>Battery Load Support Priority: PV>Battery
Battery Charging Power comes from PV.
Off Grid Mode Path: Advanced Settings->Storage Energy Set->Stg Mode Select->
Off grid->ON->Off Grid Soc
Mode: Off grid
Off Grid Soc: 020%
Figure 5.32 Off Grid Mode
5.5.6 STD.Mode Settings
These settings are reserved for maintenance personnel and technicians. Do not
change anything without instructions. Selecting “STD Mode. Settings” displays
the sub-menu shown below:
1. Working Mode Set 2. Power Rate Limit 3. Freq. Derate Set 4. 10mins Voltage
Set 5. 3Tau Settings 6. Initial Settings
Working Mode Set Power Rate Limit Figure 5.33 STD.Mode Settings
5.5.7 Software Update
The software update includes the HMI and DSP. Corresponding firmware version
can be checked in this setting. Press “ENT” to enter the upgrading mode.
HMI Update DSP Update
Figure 5.34 Software Update
.34.
5. Operation
5.5.8 Export power Set
This function is to set the export power control. 1.EPM ON/OFF 2. Backflow
Power 3.Failsafe ON/OFF Setting 2 and 3 are only valid when Setting 1 is set
to “ON”.
5.5.8.1 EPM ON/OFF
Enable/Disable the function.
EPM ON/OFF OFF
Figure 5.35 EPM ON/OFF
5.5.8.2 Backflow Power
Determine the allowed backfeed power. (System export to the grid)
Backflow Power +0000W
Figure 5.36 Backflow Power
5.5.8.3 FailSafe ON/OFF
When this Failsafe function is ON, the inverter will shutdown once it loses
communication with the meter in case of any backflow power exceeds the limit.
FailSafe ON/OFF ON
Figure 5.37 FailSafe ON/OFF
5.5.9 Reset Password
Reset Password: In this menu, user can reset the inverter password, but the
admin password is always valid.
Input New Password X X X X
Figure 5.38 Reset Password
.35.
5. Operation
5.5.10 Restart HMI
This function is to reboot the LCD screen.
5.5.11 Self Test CEI 0-21
This function is only available when Italian standard CEI021 is selected.
5.5.12 Compensation Set
This function is used to calibrate inverter output energy and voltage. Two
sections are included: Power Parameter and Voltage Parameter.
Power Parameter Voltage Parameter Figure 5.39 Compensation Set
YES=
Vg-A-Zero:+0.0 Vg-B-Zero:+0.0 Figure 5.41 Voltage Parameter
.36.
5. Operation
5.6 AFCI function
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.
5.6.1 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 5.42 Enable AFCI function
NOTE: If you find your inverters’s user interface is different from what’s in
the fast installation guide, please contact after-sales engineer or technical
support.
WARNING: The “AFCI Level” is reserved for technicians ONLY. Do not change the
sensitivity otherwise it will lead to frequent false alarms or malfunctions.
Manufacturer is not responsible for any further damages caused by unauthorized
modifications.
WARNING: The setting corresponds to the current status as well which can be
used to inspect the ON/OFF state of the AFCI function.
5.6.2 AFCI function
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 5.43 Arc Fault
Installer needs to thoroughly inspect the DC circuit to ensure all the cables
arecorrectly 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.
.37.
6. Commissioning
6.1 Preparation of Commissioning
Ensure all the devices are accessible for operation, maintenance and service.
Check and confirm that the inverter is firmly installed. Space for ventilation
is sufficient for one inverter or multiple inverters. Nothing is left on the
top of the inverter or battery module. Inverter and accessories are correctly
connected. Cables are routed in safe place or protected against mechanical
damage. Warning signs and labels are suitably affixed and durable.
6.2 Commissioning Procedure
If all the items mentioned above meet the requirements, proceed as follows to
start up the inverter for the first time. 1. Turn on inverter DC switch 2.
Turn on battery breaker or battery switch button on the battery. 3. Select the
grid standard code. 4. Configure the parameters. 5. Switch on AC backup and AC
grid. 6. Verify inverter initializing.
6.3 Shutdown procedure
1. Turn off the AC isolator at the grid connection point. 2. Turn off the DC
switch of the inverter. 3. Turn off the DC switch between inverter and
battery. 4. Waiting for the LCD of inverter to turn off and the system
shutdown is completed.
7. Troubleshooting
Solis RHI Series inverter does not require any regular maintenance. However,
cleaning the heatsink will help inverter dissipating heat and increase the
lifetime of inverter. The dirt on the inverter can be cleaned with a soft
brush.
CAUTION: Do not touch the surface when the inverter is operating. Some parts
may be hot and cause burns. Turn OFF the inverter (refer to Section 6.2) and
let it cool down before you do any maintenance or cleaning of inverter.
The LCD and the LED status indicator lights can be cleaned with cloth if they
are too dirty to be read.
Note: Never use any solvents, abrasives or corrosive materials to clean the
inverter.
The inverter has been designed in accordance with international grid tied
standards for safety, and electromagnetic compatibility requirements. Before
delivering to the customer the inverter has been subjected to several test to
ensure its optimal operation and reliability. In case of a failure the LCD
screen will display an alarm message. In this case the inverter may stop
feeding energy into the grid. The alarm descriptions and their corresponding
alarm messages are listed in Table 7.1:
.38.
.39.
7. Troubleshooting
When faults occur, the “Fault” state will be shown on the main screen. Follow
the steps below to check what fault occurs. Steps: Enter Down Advanced
Information Enter Alarm Message.
Step1: Press ENTER. Step2: Press DOWN to select Advanced Information, then
press ENTER.
Step3: Enter password.
Advanced Info. Advanced Settings
Figure 7.1
Input Password X X X X Figure 7.2
Step3: Press DOWN to select Alarm Message, then press ENTER.
Alm000: MET_Comm-FAIL T: 00-00 00:00 D:0000 Figure 7.3
.40.
7. Troubleshooting
Alarm Message ARC-FAULT AFCI Check FAULT DCinj-FAULT D S P – B – FA U LT
DC-INTF
Failure description ARC detected in DC circuit AFCI module self check fault
Solution
1. Check if there’s arc in PV connection and restart inverter.
1. Restart inverter or contact installer.
High DC injection current Comm. failure between main and slave DSP
DC input overcurrent
1. Restart inverter or contact installer.
1. Restart inverter or contact installer.
1. Restart inverter. 2. Identify and remove the string to the fault MPPT. 3.
Change power board.
G-IMP
High grid impedance
1. Use user define function to adjust the protection limit if it’s allowed by electrical company.
GRID-INTF01/02
IGBT-OV-I
IGFOL-F
IG-AD ILeak-PRO 01/02/03/04 I N I – FA U LT
Grid interference Over IGBT current Grid current tracking fail Grid current sampling fail leakage current protection Initialization system fault
LCD show initializing all the time
Can not start-up
NO-Battery
Unconnected battery
No power
NO-GRID OV-BUS
Inverter no power on LCD
No grid voltage
Over DC bus voltage
1. Restart inverter. 2. Change power board.
1. Restart inverter or contact installer.
1. Check AC and DC connection. 2. Check inverter inside cable connection.
1. Restart inverter or contact installer.
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. Check the wire of battery power is connected correctly or not.
2. Check the output voltage of battery is correctly or not.
1. Check PV input connections. 2. Check DC input voltage
(single phase >120V, three phase >350V). 3. Check if PV+/- is reversed. 1.
Check connections and grid switch. 2. Check the grid voltage inside inverter
terminal. 1. Check inverter inductor connection. 2. Check driver connection.
.41.
7. Troubleshooting
Alarm Message OV-DC01/02/03/04
Failure description Over DC voltage
OV-DCA-I
DC input overcurrent
OV-G-V01/02/03/04 Over grid voltage
OV-G-I OV-G-F01/02
Over grid current Over grid frequency
Solution
1. Reduce the module number in series.
1. Restart inverter. 2. Identify and remove the string to the fault MPPT. 3.
Change power board.
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. Restart inverter. 2. Change power board.
1. Use user define function to adjust the protection limit if it’s allowed by
electrical company.
OV-IgTr
AC side transient overcurrent
OV-ILLC OV-VBackup
LLC hardware overcurrent Bypass overvoltage fault
1. Restart inverter. 2. Return-factory repair.
OV-TEM OV-Vbatt1 OV-Vbatt-H Over-Load
Over Temperature
The detection of battery overvoltage
Battery overvoltage hardware fault
Bypass overload fault
PV ISO-PRO01/02 PV isolation protection
RelayChk-FAIL
Relay check fail
1. Check inverter surrounding ventilation. 2. Check if there’s sunshine
direct on
inverter in hot weather.
1. Check the protect point for over voltage sets correctly or not.
2. Restart inverter.
1. Check the circle whether the circuit for battery power jumps.
2. Restart inverter.
1. Check the load of Backup port is over rating output power or not.
2. Reduce the load of Backup port, then restart inverter.
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.
1. Restart inverter or contact installer.
.42.
7. Troubleshooting
Alarm Message UN-BUS01/02 UN-G-F01/02 UN-G-V01/02 1 2 P o w e r – FA U LT
Failure description Under DC bus voltage Under grid frequency Under grid voltage
Solution
1. Check inverter inductor connection. 2. Check driver connection.
1. Use user define function to adjust the protection limit if it’s allowed by
electrical company.
12V power supply fault
1. Restart inverter or contact installer.
Table 7.1 Fault message and description
NOTE: If the inverter displays any alarm message as listed in Table 7.1; please turn off the inverter and wait for 5 minutes before restarting it . 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.
.43.
8. Specifications
Technical Data Input DC (PV side) Recommended max. PV power Max. input voltage Rated voltage Start-up voltage MPPT voltage range Full load MPPT voltage range Max. input current Max. short circuit current MPPT number/Max input strings number Battery Battery Type Communication Battery Voltage range Maximum charging Power Maximum Charge/discharge current Output AC(Grid-side) Rated output power Max. apparent output power Operation phase Rated grid voltage The grid voltage range Rating grid frequency AC grid frequency range Rating grid output current Max. output current Power factor THDi
RHI-3P3K-HVES-5G*
RHI-3P4K-HVES-5G*
4800W 200-850V
1000V 600V 160V 200-850V
13A/13A 16.5A/16.5A
2/2
6400W 200-850V
3kW
Li-ion CAN/RS485 160 – 600Vdc
25A
4kW
3kW 3.3kVA
4kW 4.4kVA
3/N/PE
380V/400V
320-480V
50 Hz/60 Hz
45-55 Hz/ 55-65Hz
4.5A/4.3A 5.1A/4.8A
6.1A/5.8A 6.8A/6.4A
0.99 ( 0.8 leading to 0.8 lagging) 2%
.44.
Technical Data Output AC(Back-up) Rated output power Peak apparent output power Back-up switch time Rated output voltage Rated frequency Rated output current THDv(@linear load) Efficiency Max.efficiency of Solar Inverting EU efficiency of Solar Inverting MPPT efficiency Battery charge/discharge efficiency Protection Anti-islanding protection Insulation Resistor detection Residual current monitoring unit Output over current protection Output short protection Output over voltage protection DC switch DC reverse polarity protection PV overvoltage protection Battery reverse protection
8. Specifications
RHI-3P3K-HVES-5G*
RHI-3P4K-HVES-5G*
3kW
4kW
10000VA, 60 sec
10000VA, 60 sec
< 40ms
3/N/PE, 380V/400V
50 Hz/60 Hz
4.5A/4.3A
6.1A/5.8A
<2%
98.4% 97.7% 99.9% 97.5%
Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes
.45.
8. Specifications
Technical Data General data Dimensions(W/H/D) Weight Topology Self consumption (Night) Operation temperature range Relative humidity Ingress protection Noise emission Cooling concept Max.operation altitude
RHI-3P3K-HVES-5G*
RHI-3P4K-HVES-5G*
535455181mm 25.1kg
Transformerless <7 W
-25+60 0-100% IP65
<30 dB (A) Natural convection
4000m
Grid connection standard
G98 or G99, VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C
15/VFR:2019, 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
Safty/EMC standard Features DC connection AC connection Display Communication Warranty
IEC 62109-1/-2 ,EN 61000-6-1/-3
MC4 connector Quick Connection plug
LCD2X20 Z RS485, Optional:Wi-Fi, GPRS
5 years (extand to 20 years)
*RHI-3P3K-HVES-5G and RHI-3P4K-HVES-5G are not available in Belgium.
8. Specifications
Technical Data Input DC (PV side) Recommended max. PV power Max. input voltage Rated voltage Start-up voltage MPPT voltage range Full load MPPT voltage range Max. input current Max. short circuit current MPPT number/Max input strings number Battery Battery Type Communication Battery Voltage range Maximum charging Power Maximum Charge/discharge current Output AC(Grid-side) Rated output power Max. apparent output power Operation phase Rated grid voltage The grid voltage range Rating grid frequency AC grid frequency range Rating grid output current Max. output current Power factor THDi
RHI-3P5K-HVES-5G
RHI-3P6K-HVES-5G
8000W 200-850V
1000V 600V 160V 200-850V
13A/13A 16.5A/16.5A
2/2
9600W 240-850V
5kW
Li-ion CAN/RS485 160 – 600Vdc
25A
6kW
5kW 5.5kVA (5kVA for Belgium)
6kW 6.6kVA (6kVA for Belgium)
3/N/PE
380V/400V
320-480V
50 Hz/60 Hz
45-55 Hz/ 55-65Hz
7.6A/7.2A 8.4A/8.0A
9.1A/8.7A 10.0A/9.6A
0.99 ( 0.8 leading to 0.8 lagging) 2%
.46.
.47.
8. Specifications
Technical Data Output AC(Back-up) Rated output power Peak apparent output power Back-up switch time Rated output voltage Rated frequency Rated output current THDv(@linear load) Efficiency Max.efficiency of Solar Inverting EU efficiency of Solar Inverting MPPT efficiency Battery charge/discharge efficiency Protection Anti-islanding protection Insulation Resistor detection Residual current monitoring unit Output over current protection Output short protection Output over voltage protection DC switch DC reverse polarity protection PV overvoltage protection Battery reverse protection
RHI-3P5K-HVES-5G
RHI-3P6K-HVES-5G
5kW
6kW
10000VA, 60 sec
12000VA, 60 sec
< 40ms
3/N/PE, 380V/400V
50 Hz/60 Hz
7.6A/7.2A
9.1A/8.7A
<2%
98.4% 97.7% 99.9% 97.5%
Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes
Technical Data General data Dimensions(W/H/D) Weight Topology Self consumption
(Night) Operation temperature range Relative humidity Ingress protection Noise
emission Cooling concept Max.operation altitude
Grid connection standard
Safty/EMC standard Features DC connection AC connection Display Communication
Warranty
8. Specifications
RHI-3P5K-HVES-5G
RHI-3P6K-HVES-5G
535455181mm 25.1kg
Transformerless <7 W
-25+60 0-100% IP65
<30 dB (A) Natural convection
4000m
G98 or G99, VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C
15/VFR:2019, 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 62109-1/-2 ,EN 61000-6-1/-3
MC4 connector Quick Connection plug
LCD2X20 Z RS485, Optional:Wi-Fi, GPRS
5 years (extand to 20 years)
.48.
.49.
8. Specifications
Technical Data Input DC (PV side) Recommended max. PV power Max. input voltage Rated voltage Start-up voltage MPPT voltage range Full load MPPT voltage range Max. input current Max. short circuit current MPPT number/Max input strings number Battery Battery Type Communication Battery Voltage range Maximum charging Power Maximum Charge/discharge current Output AC(Grid-side) Rated output power Max. apparent output power Operation phase Rated grid voltage The grid voltage range Rating grid frequency AC grid frequency range Rating grid output current Max. output current Power factor THDi
RHI-3P8K-HVES-5G
RHI-3P10K-HVES-5G
12800W
210-850V 26A/13A 32.5A/16.5A
2/3
1000V 600V 160V 200-850V
16000W
200-850V 26A/26A 32.5A/32.5A
2/4
8kW
Li-ion CAN/RS485 160 – 600Vdc
25A
10kW
8kW 8.8kVA (8kVA for Belgium)
10kW 10kVA
3/N/PE
380V/400V
320-480V
50 Hz/60 Hz
45-55 Hz/ 55-65Hz
12.2A/11.5A 13.4A/12.8A
15.2A/14.4A 15.2A/14.4A
0.99 ( 0.8 leading to 0.8 lagging) 2%
.50.
Technical Data Output AC(Back-up) Rated output power Peak apparent output power Back-up switch time Rated output voltage Rated frequency Rated output current THDv(@linear load) Efficiency Max.efficiency of Solar Inverting EU efficiency of Solar Inverting MPPT efficiency Battery charge/discharge efficiency Protection Anti-islanding protection Insulation Resistor detection Residual current monitoring unit Output over current protection Output short protection Output over voltage protection DC switch DC reverse polarity protection PV overvoltage protection Battery reverse protection
8. Specifications
RHI-3P8K-HVES-5G
RHI-3P10K-HVES-5G
8kW
10kW
16000VA, 60 sec
< 40ms
3/N/PE, 380V/400V
50 Hz/60 Hz
12.2A/11.5A
15.2A/14.4A
<2%
98.4% 97.7% 99.9% 97.5%
Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes
.51.
8. Specifications
Technical Data General data Dimensions(W/H/D) Weight Topology Self consumption
(Night) Operation temperature range Relative humidity Ingress protection Noise
emission Cooling concept Max.operation altitude
Grid connection standard
Safty/EMC standard Features DC connection AC connection Display Communication
Warranty
RHI-3P8K-HVES-5G
RHI-3P10K-HVES-5G
535455181mm 25.1kg
Transformerless <7 W
-25+60 0-100% IP65
<30 dB (A) Natural convection
4000m
G98 or G99, VDE-AR-N 4105 / VDE V 0124, EN 50549-1, VDE 0126 / UTE C
15/VFR:2019, 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 62109-1/-2 ,EN 61000-6-1/-3
MC4 connector Quick Connection plug
LCD2X20 Z RS485, Optional:Wi-Fi, GPRS
5 years (extand to 20 years)
.52.
9.1 Grid standard selection guide
9. Appendix
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
C 1 0 / 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
.53.
9. 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 L
–
General EN50549 Requirement. Possible to be used in Cyprus, Finland,
Czech Republic, Slovenia,Jamaica
.54.