The presence of an inverter at home ensures that you do not face issues such as power cuts throughout the year. But like all other electrical appliances, inverters also experience malfunctions from time to time.
During the sweltering heat of the summer, if your inverter becomes inoperable and there is a power cut, then you will be faced with a major problem. Here are some of the major symptoms that clearly indicate that your inverter needs to be repaired urgently:
Overheating—This is the major reason why inverters fail during the summer. When the mercury goes up during the day, and the temperature is above 40°C, the inverter also gets hotter while getting charged and discharged time and again. Its internal components can be damaged by excess heat.
The common signs of overheating include the sudden shutting down of the inverter; it stops charging, making a buzzing sound. It is too hot to touch, also. Make sure that the inverter is placed in a cool, shaded place, away from direct sunlight, with adequate circulation.
Keep it away from walls and other heat sources. Use a fan, if required. If you haven’t handled this problem in the past, then to fix the problem on the spot, hire a reliable technician who offers inverter repair Noida services.
High power load– During the summer, people tend to use more electronic items. This puts extra pressure on the inverter. In case you run too many devices at the same time, your inverter will get overloaded. This may cause failure or reduce its durability.
Some common mistakes that people usually make in this regard include connecting their AC to the inverter. They often lack knowledge about the power capacity of their inverter and operate many appliances simultaneously.
To counter the above-mentioned problems, you first need to have clarity about the capacity (VA rating) of your inverter. You also need to take into consideration the wattages of the devices and plug in only the necessary appliances when there is a power cut.
Battery water dries up—During the summer, battery water evaporates very quickly. Once the water level becomes much lower, the battery won’t charge well and won’t charge properly. This is the major reason for backup failure. You may also encounter problems such as low backup time, unusual sounds coming from the battery, the battery getting hot, and the charging stopping midway.
To avoid these problems, check the water level within a duration of every 30-45 days. Use only distilled water to charge the battery. Never use filtered water or tap water. Ensure that the battery is not overcharged.
Loose or rusty battery terminals—Battery terminals become rusty over time. This occurs usually under hot, humid conditions. Erosion breaks the existing link between the inverter and battery, causing sudden shutdowns or poor charging.
Check whether there is white or green powder near the terminals and loose battery wires, and whether the inverter beeps randomly or not. To avoid this problem, clean the terminals using a soft brush and a baking soda mix. Tighten all connections properly and apply petroleum jelly to prevent rusting.
Poor ventilation – Inverters and their batteries release heat when they work. But if you keep them in a tight space or closed cabinet, the heat will get trapped. This will lead to overheating and early failure. Often, people keep their inverters within a wooden cabinet or under the stairs. These cover the air vents and put objects above the battery or inverter.
In order to prevent such issues, make sure that the inverter and battery are placed in a well-ventilated area. Don’t cover the vents or put anything above them. Make sure that the area is clean and free from dust.
Communication errors—Inverters rely on different communication protocols for interacting with other components, such as energy management systems and monitoring software. Communication errors may happen due to software faults or interference from other electronic equipment.
To fix these communication errors, start by ensuring that the firmware of your inverter is updated to the latest version, if it is necessary. Ensure that the connections and cables are properly tightened and safe from any damage. If the problem persists, you will need the assistance of a technician who offers inverter repair services in Noida.
DC input voltages—An inverter is supposed to run under certain voltage levels from the solar panel. But, in case the voltage from the solar panel falls below or above the specified levels, it may lead to shutdown of the appliance or coding errors.
In order to solve the problem of the input voltage of DC, it is important to establish whether there are any problems, such as dirt on the panel or shading of the modules. Once it becomes clear that the panels work fine, then the problem may lie in the inverter. In some cases, replacement of defective parts or adjustment of the input voltage of the inverter may be needed.
Inverter failure—An inverter may fail due to various reasons, even if it was installed and maintained with care, such as defects in the manufacturing process, strikes by lightning, or the fact that its lifespan has ended.
If an inverter fails, you will have to purchase a new inverter. There is no other alternative. While selecting a new inverter, take into consideration factors such as efficiency and warranty. Taking the opinion of an experienced technician will help you choose a suitable inverter.
Conclusion
Inverters are vital electrical components that you can rely on for a constant electric supply. However, issues like voltage fluctuation, overheating, and failure of batteries can affect the functioning of your inverter. With proper maintenance and knowledge of the warning signs, you can avoid the breakdown of your device.
For quickly resolving the issue, you can opt for professional inverter repair at home in Noida. Regular inspection and proper servicing will help to improve the durability of your inverter.
