To Next PageTo Next PageWhat to do if my SOLIS Solis-100K-5G has no power?
If your SOLIS Inverter isn't powering on, verify the PV input connections are secure. Then, check the DC input voltage (it should be greater than 120V for single phase or greater than 350V for three phase systems). Finally, ensure that the PV positive and negative connections are not reversed.
Explains Solis Three Phase Inverters' function converting DC to AC power.
Guide for unpacking the inverter and verifying all included components.
Explains the meaning of various safety symbols used throughout the manual.
Provides essential safety guidelines for installation and operation.
Lists requirements for correct inverter installation and application.
Details the inverter's internal protection features and anti-islanding.
Factors to consider when selecting an appropriate installation location for the inverter.
Visual examples illustrating proper and improper installation site choices.
Specifies required environmental conditions for optimal inverter performance.
Instructions for safely handling and moving the inverter unit.
General guidance and considerations for mounting the inverter.
Step-by-step procedure for securely mounting the inverter on a wall.
Step-by-step procedure for mounting the inverter onto a rack.
Details for making DC and AC electrical connections, including cable specs.
Procedures for correctly connecting the inverter's grounding system.
Steps to connect the DC input cables from the PV array to the inverter.
Instructions for connecting the AC output to the electrical grid.
How to set up RS485 or PLC for multi-inverter monitoring.
Connecting the logic interface for external control of the inverter.
Verifying and selecting the correct grid standard for the installation country.
Procedure for changing the inverter's grid standard settings.
Guidelines for configuring a custom grid standard if needed.
Essential checks to perform before finalizing the inverter installation.
Steps to verify the integrity of DC cable connections.
Steps to verify the integrity of AC cable connections.
Verifying DC input voltage and polarity settings.
Detailed steps for safely starting up the inverter.
Detailed steps for safely shutting down the inverter.
Overview of the four main submenus accessible from the inverter's display.
Accessing operational data and system status from the inverter.
Functionality to lock or unlock the inverter's LCD screen.
Access to various configuration settings like time and address.
Procedure for setting the inverter's internal clock and date.
Assigning unique addresses for multi-inverter monitoring systems.
Access to advanced diagnostic information requiring technician privileges.
Displays the inverter's model number and software version.
View energy generation data for a specific day.
View energy generation data for a specific month.
View energy generation data for a specific year.
Logs of settings changes, intended for maintenance personnel.
Displays internal communication data for service technician use.
Lists the most recent warning messages displayed by the inverter.
Access to advanced configuration settings for technicians.
Selects the appropriate grid standard for the inverter's operation.
Controls the start and stop of power generation by the inverter.
Resets the inverter's accumulated energy generation history.
Allows setting or changing passwords for advanced menu access.
Configuration options for active and reactive power output.
Adjusts total energy values to match recorded data.
Advanced settings for maintenance personnel only; affects max power.
Accesses sub-menus for standard operating mode configurations.
Enables the logic interface for external control, like DRM.
Resets specific settings or all settings to their default values.
Updates the firmware for the inverter's Human Machine Interface (HMI).
Configuration for an external External Power Manager (EPM).
Restarts the inverter's Human Machine Interface (HMI).
Displays parameters used for debugging the inverter system.
Performs a diagnostic test on the inverter's cooling fan.
Updates the Digital Signal Processor (DSP) firmware.
Calibrates inverter output energy and voltage readings.
Scans and displays the I/V characteristic curves of PV strings.
Configures the start voltage and interval for I/V curve scanning.
Initiates the scanning process for PV string I/V characteristics.
Recovers PID effect on PV modules, protecting system degradation.
Instructions for cleaning or replacing the inverter's cooling fan.
A guide to selecting the correct grid code for various countries and regions.
General