4 Common Problem of Inverter How to Solve Them

Inverters play a vital role in our solar energy system, this more important during power outages. These devices convert direct current (DC) into alternating current (AC), enabling us to operate electronic appliances when the grid power is unavailable.

However, like any electronic device, inverters can encounter issues that may disrupt their functionality. Here are four common inverter problems and practical solutions to address them:

1. Overheating:

Problem:

Overheating can occur due to continuous operation or insufficient ventilation.

Solution:

When an EPC company sets up the inverter, it ensures that the inverter is placed in a proper ventilated area, away from heat-producing appliances. As a user, it would be your responsibility for it to remain that way. Inverters normally have a safety backup that will shut it off automatically when it reaches certain temperatures. However, if the inverter becomes too hot and it does not shut down, turn it off and contact the team that installed it immediately.

2. Inverter Noise:

Problem:

Unusual noises from the inverter can be bothersome and indicative of underlying issues.

Solution:

Inverters often have internal cooling fans and heat sinkers. If the noise is due to the fan, it is commonly because of the dust accumulation. The best method would be to contact your installers and let them take it over from there.

3. Blaring Alarms and Beeps and Light Indicators:

Problem:

Alarms and light indicators from the inverter typically indicate faults or issues.

Solution:

These sounds normally indicate either low battery voltage or issues with the power input from the grid as a common cause of alarms. Monitor the battery voltage, and inspect the wiring for any damages, loose connections, or short circuits. Correcting wiring issues can resolve alarms. Let the company know if there are circuitry issues and remember to take a picture of the damage. Keeping a record of things would make it easier for the team to resolve the issue immediately. ?

4. Reduced Backup Time:

Problem:

This is common for hybrid systems, the inverter’s backup time is not meeting expectations, causing devices to lose power sooner than anticipated.

Solution:

Evaluate the condition of the batteries. Aging or faulty batteries can significantly reduce backup time. Replace batteries that no longer hold a charge effectively. Ensure that the total load connected to the inverter is within its capacity, as overloading can lead to quicker depletion of backup power. Normally, when a system is installed, the team adjusts the inverter’s charging parameters based on the battery type, as improper charging settings can affect battery life and backup performance. Ask your installer the details of the backup.

For more information, you can visit us at: https://cosmosenergies.com/

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