7 Inverters Everyday Problems & Their Solutions
Inverters might be one of the most significant additions to your home. They help you generate energy, are cost-efficient, and become self-sufficient regarding power needs. However, with great ease comes multiple challenges.
So, keep on reading. The forthcoming content will elaborate on the top 7 inverters' everyday problems and their solutions to help you increase durability and maximum benefit.
Exploring 7 Inverters Everyday Problems & Their Solutions
Problem1: Inverter not charging
Inverter not charging is one of the most frequently suffered problems. There can be a long list of reasons why your inverter is not getting changed.
Some common reasons include a lack of power supply, a sudden power cut, bad input voltage frequency, wrong connection, and no output.
In addition, the problem may also be not actually with the inverter but with the fuse or socket you are using to charge it.
Solution
You can implement multiple approaches to tackle the problem. First, check if the fuse is okay by plugging in any other device in the same socket. If it still doesn't work, the problem is with the fuse, not the inverter.
In addition, the capable continuity and voltage must be checked. If the voltage frequency is too high compared to the preset value, power fluctuations might occur, causing the inverter to not charge. Determine the correct voltage frequency and try again.
Problem2: Inverter not turning on
Multiple factors can cause the inverter to not turn on. For instance, it might have been charged incorrectly.
First, check if the device has been adequately charged. If it is, your inverter might have developed faults, such as the battery terminals having loosened up or having a battery.
Solution
Charge it at different spots to ensure the battery is not at fault. If it is not charging at any place, try pressing the device's reset button for multiple seconds to reset the whole system.
If it still doesn't work, there are chances that the power button has gone wrong. In such a case, you can not repair the inverter by yourself. So, consider taking it to the service center, and they will help you replace it or troubleshoot any other potential problem.
Problem3: The inverter overload
Inverter overload is a situation under which the power consumption of the inverter exceeds its recommended consumption limit. In such cases, the battery can heathen up, and its performance can significantly deteriorate in the long run.
Inverter overload can occur for an extensive range of reasons. For instance, you might have loaded or charged the inverter above its rated capacity, a short circuit in an area has occurred, the inverter has developed a fault, or it has a low-volt battery.
Solution
Most of the domestically used inverters are designed for lighter loads. They are meant to run the daily usage of lights, electronics, fans, and appliances.
Inverter overload might occur when the owners try to use identical inverters for heavy-load equipment such as machinery, air conditioners, and heating appliances.
So, the simplest solution to tackle the problem is to stop using it for heavy power appliances. According to researchers, the inverters should be at most 80 to 85 percent of their rated capacity to ensure optimum performance for a longer span.
Problem4: Shortened backup time
Multiple users have complained about the inverter's short backup time. This often happens due to excessive power or improper charging patterns.
Solution
To solve the problem, you need to reduce the excessive load on the inverter. This way, you prevent the battery from losing its electrolyte, which can result in shortened backup timings and a decline in performance.
Problem5: Battery not connected
Inverters can malfunction if their batteries are not connected properly. Even if you have set up the wires tightly, they can loosen over time.
Solution
Go to the setup and inspect it thoroughly from start to finish. Check each and every cable to see if it has loosened up.
If you find any wire or cable that is not tight enough, fix it right away. At this point, your inverter must start working.
Problem6: Wrong circuit and wiring
The inverter needs to be correctly set up. However, if inexperienced and unprofessional people do this, many problems, such as wrong circuits and wiring, can occur, leading to further issues.
Solution
You must take care of the wiring system while installing the inverter. Color codes and the wire's current carrying capacity must be considered carefully.
The wrong cable size can cause multiple disasters, such as power breakages and short circuits. So, make sure to install the setup under expert supervision.
Problem7: Frequent tripping
Last but not least, frequent tripping is another common problem users experience. In this situation, the inverter can shut down on its own, even when the loads are within the recommended limit.
Solution
You can take a couple of measures to solve the issue. First, inspect the load to ensure it has no faulty appliances.
In addition, convert the power rating and match it with the total load. Upgrade your inverter if the need arises. If you need to learn how to inspect, consider getting professional help.
How do we ignore all the problems associated with the inverter?
While the inverter has multiple potential issues, there is only one way to ignore them: purchase your inverter from a renowned and well-trusted brand such as Innotinum.
With four years of hands-on experience in providing high-quality products to the customer, the company has multiple inverters to offer, including the following
1.IPS-H0（EU): Comes with the capacity of 3.6k Wh- 15k Wh
2.IPS-L01（EU): Comes with the capacity 3.6k Wh- 10k Wh
3.IPS-L0（US): Comes with the capacity of 6k Wh - 10k Wh
Conclusion
The battery inverters can develop multiple issues, troubling the household. That is why we have developed this guide, which discusses the top 7 Inverters Everyday Problems and their solutions along with all the essential information. So, read from start to finish to ensure your inverter's long and durable life.