What to do if my Growatt SPF 4000T DVM-MPV Inverter has no response after power on?
The Growatt Inverter might not respond after powering on if the battery voltage is far too low (less than 1.4V/Cell) or if the battery polarity is reversed. To resolve this, check if the batteries and the wiring are connected well. You may also need to re-charge or replace the battery.
How to fix a Growatt SPF 4000T DVM-MPV Inverter that shuts down automatically during startup?
If your Growatt Inverter shuts down automatically during the startup process, it might be because the battery voltage is too low (less than 1.91V/Cell). In this case, re-charge the battery. If that doesn't work, consider replacing the battery.
Why does my Growatt SPF 4000T DVM-MPV beep continuously with a red LED on?
If the Growatt Inverter buzzer beeps continuously and the red LED is on, it could be due to several reasons. First, check if the air flow of the unit is blocked or if the ambient temperature is too high, as the internal temperature of the component might be over 90°C. You should also reduce the connected load by switching off some equipment if the inverter is overloaded. Also check the BMS communication wire to see if it’s well connected. Another reason could be an output short circuit, so check if the wiring is connected well and remove any abnormal load. In case of an output abnormality (Inverter voltage below 180Vac or higher than 290Vac), reduce the connected load. If the issue persists after restarting the unit due to over current or surge, it is recommended to return it to a repair c...
Provides critical safety and operating instructions for the inverter.
Lists the key features of the off-grid solar inverter.
Provides guidelines and diagrams for safely mounting the inverter.
Specifies cable gauge and torque for battery connections based on model.
Explains how to connect and configure lithium batteries with the inverter.
Options for setting battery type, including AGM, Flood, User-Defined, and Lithium.
Recommends cable gauge and torque for AC input connections by model.
Guidelines for selecting PV modules based on voltage and battery requirements.
Details the inverter's active PFC multistage battery charger and its 3 charging stages.
Provides a table of max AC charging current for different inverter models.
Instructions on how to turn the inverter unit on and off using the power switch.
Overview of the inverter's front panel, including indicators, display, and function buttons.
Configures priority for load power source: Solar, Utility, or SBU.
Sets the total charging current for solar and utility chargers.
Defines acceptable AC input voltage ranges for appliances and UPS.
Options for setting battery type, including AGM, Flood, User-Defined, and Lithium.
Sets the maximum charging current from the utility.
Provides critical safety and operating instructions for the inverter.
Lists the key features of the off-grid solar inverter.
Provides guidelines and diagrams for safely mounting the inverter.
Specifies cable gauge and torque for battery connections based on model.
Explains how to connect and configure lithium batteries with the inverter.
Options for setting battery type, including AGM, Flood, User-Defined, and Lithium.
Recommends cable gauge and torque for AC input connections by model.
Guidelines for selecting PV modules based on voltage and battery requirements.
Details the inverter's active PFC multistage battery charger and its 3 charging stages.
Provides a table of max AC charging current for different inverter models.
Instructions on how to turn the inverter unit on and off using the power switch.
Overview of the inverter's front panel, including indicators, display, and function buttons.
Configures priority for load power source: Solar, Utility, or SBU.
Sets the total charging current for solar and utility chargers.
Defines acceptable AC input voltage ranges for appliances and UPS.
Options for setting battery type, including AGM, Flood, User-Defined, and Lithium.
Sets the maximum charging current from the utility.
To Next Page
General