Why is my SOLIS Inverter showing an OV-DC error?
The OV-DC error on your SOLIS Inverter indicates that the inverter detects high DC voltage. To troubleshoot, with the DC switch OFF, check the DC voltage at the inverter test points. If the DC voltage is high, check the string configuration. With the DC switch ON, check the LCD reading, as there may be a bad measurement circuit. If the issue persists, replace the inverter.
What causes an OV-G-F (Over Grid Frequency) error on a SOLIS S5 Inverter?
The OV-G-F error on your SOLIS Inverter indicates that the inverter detects the grid frequency as being too high. To troubleshoot, with the DC switch OFF, check the frequency at the inverter test points. If the frequency measures high, adjust the upper limit with permission from the utility. Also, check the LCD reading, as it may be a bad measurement circuit. With the DC switch ON, check the grid standard. If the issue persists, replace the inverter.
What to do if a SOLIS Inverter shows UN-G-V (Under Grid Voltage) error?
If your SOLIS Inverter is showing a UN-G-V error, it means the inverter detects the grid voltage as being too low. To troubleshoot, with the DC switch OFF, check the AC voltage at the inverter test points. If the AC voltage measures low, adjust the lower limit with permission from the utility. Also, check the LCD voltage reading, as it may be a bad measurement circuit. With the DC switch ON, check the grid standard. If the issue persists, replace the inverter.
Why does my SOLIS Inverter display an OV-G-V (Over Grid Voltage) error?
The OV-G-V error on your SOLIS Inverter indicates that the inverter detects the grid voltage as being too high. To resolve this, with the DC switch OFF, check the AC voltage at the inverter. If the AC voltage measures high, adjust the upper limit with permission from the utility company. With the DC Switch ON and at full power, check the AC voltage at the inverter test points and compare it with the LCD reading. If the AC voltage still measures high, the cables between the inverter and the interconnect might be too small. Check the ampacity and voltage drop calculations.
What to do if my SOLIS S5 Inverter shows an ARC-FAULT error?
If your SOLIS Inverter is showing an ARC-FAULT error, inspect the installation. Check the cable with a string tester, physically check the cables, and inspect panel junction boxes and cable connections. You can also try resetting the inverter. If the problem persists, consider replacing the inverter.
What should I check if my SOLIS Inverter has no grid voltage?
If your SOLIS Inverter indicates no grid voltage, first check the connections and the grid switch. Then, check the grid voltage inside the inverter terminal.
What to do if SOLIS S5 is internally damaged?
If the SOLIS Inverter is internally damaged, do not turn off the DC switches, as this will further damage the inverter. Wait for the solar irradiance to reduce and confirm the string current is less than 0.5A with a clip-on ammeter before turning off the DC switches. Note that damages due to wrong operations are not covered under warranty.
How to resolve grid interference with SOLIS Inverter?
If the SOLIS Inverter is experiencing grid interference, try restarting the inverter. If the problem continues, consider changing the power board.
What to do if SOLIS Inverter shows over DC bus voltage?
If the SOLIS Inverter shows over DC bus voltage, check the inverter inductor connection and the driver connection.
What to do if SOLIS S5 Inverter detects arc in DC circuit?
If the SOLIS Inverter detects an arc in the DC circuit, check the inverter connection for any signs of an arc and then restart the inverter.
Describes the function of Solis three-phase inverters.
Details the components and layout of the inverter's front panel.
Explains the meaning of the POWER, OPERATION, and ALARM LEDs.
Lists the included accessories and steps for unpacking the inverter.
Shows the tools needed for installing the inverter.
Provides instructions for proper storage of the inverter before installation.
Defines safety symbols used throughout the manual for risk indication.
Provides essential safety precautions for operating and installing the inverter.
Outlines installation requirements and startup procedures.
Explains AFCI and Anti-Islanding protection features.
Details environmental requirements for inverter location and operating conditions.
Provides instructions for safely handling and moving the inverter.
Describes methods for mounting the inverter to walls or racking.
Step-by-step guide for mounting the inverter on a wall.
Step-by-step guide for mounting the inverter on a rack.
Details the process and specifications for connecting DC and AC power.
Explains the grounding procedure for safety.
Guides on connecting the DC input from PV strings.
Guides on connecting the AC output to the grid.
Describes RS485 communication methods using RJ45 and terminal blocks.
Explains Ethernet communication for monitoring and Modbus TCP.
Explains how to verify and select the correct grid standard for operation.
Provides procedures for changing the inverter's grid standard settings.
Guides on creating a custom grid configuration for specific needs.
Outlines essential checks before commissioning the inverter.
Details checks for DC input voltage, polarity, and string configuration.
Details checks for AC voltage, frequency, and phase rotation.
Step-by-step guide for safely starting up the inverter.
Step-by-step guide for safely shutting down the inverter.
Overview of the inverter's main menu structure.
Accesses operational data and system information.
Contains options for configuring time, date, and inverter address.
Allows adjustment of the inverter's internal clock and date.
Enables setting a unique address for monitoring multiple inverters.
Provides access to detailed system information for qualified technicians.
Offers advanced configuration options for technicians.
Allows selection of grid reference standards or custom configurations.
Function to start or stop the inverter's power generation.
Enables changing passwords for advanced menus.
Allows setting active and reactive power parameters.
Function to revise and synchronize total energy readings.
Configuration for standard operating modes based on grid standards.
Configuration for different working modes based on selected grid standards.
Defines working modes applicable to UL standards.
Defines working modes applicable to Rule21 standards.
Used to scan and analyze the I/V characteristic curves of PV strings.
Details the Arc Fault Circuit Interrupter function for fire prevention.
Integrates module to recover PID effect and protect PV system.
Procedures for cleaning or replacing the inverter's cooling fans.
Information on viewing and managing current alarms.
Guidance on accessing and viewing past alarm records.
Explains how to interpret and clear error messages.
Technical specifications for the S5-GC75K-US model.
Technical specifications for the S5-GC80K-US model.
Technical specifications for the S5-GC90K-US model.
Technical specifications for the S5-GC100K-US model.
Details how ambient temperature affects inverter output power.
Shows how input DC voltage affects inverter output power.
Illustrates how output AC voltage affects inverter output power.
Charts showing reactive power capabilities at various conditions.
Lists default grid protection settings for UL-480-18 standard.
General| Number of MPPTs | 2 |
|---|---|
| Output Voltage | 230 V |
| Frequency | 50/60 Hz |
| Max. AC Output Power | 5000W |
| Operating Temperature Range | -25°C to +60°C |
| Rated AC Output Power | 2.5 kW / 3 kW / 3.6 kW / 4 kW / 5 kW / 6 kW |
| Max. AC Output Current | 21.7A |
| Cooling Method | Natural Convection |
| Humidity | 0~100 % |
| Model | S5 Series |
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