In the modern world, our daily lives are so dependent on electrical and smart devices that it’s almost impossible to imagine a day devoid of electrical power. Enter the inverter battery, a meticulously designed solution aimed at ensuring a prolonged supply of electricity. These, along with inverters, are reliable power backup systems that play a pivotal role by converting Direct Current (DC) into Alternating Current (AC), thereby powering our electrical appliances.

However, what if the very device meant to provide us with uninterrupted power faces challenges? The uncertainties surrounding inverter batteries can result in several issues, ranging from a lack of lighting to the inability to operate essential appliances like microwaves.

This article aims to delve into common problems associated with a high backup tubular battery and provide practical solutions to empower you with the necessary knowledge. Read on to gain insights into troubleshooting these issues.

Inverter Not Turning On

One of the most prevalent issues with inverters is their refusal to turn on. Causes for this problem can include a tripped inverter, disconnected battery, loose battery terminals, a weakened or depleted battery, or reversible battery terminals. If the power switch is faulty, it’s advisable to take it to a service center for repairs. In case of a tripped inverter, pressing the device’s trip reset button may be necessary to restore functionality.

Charging a long-lasting tubular battery for several hours is recommended if it has weakened, and replacement is advised for outdated batteries. Check for terminal corrosion, tighten loose terminals, and clean them before use.

Inverter Not Working after Power Cut

If your inverter is not working after a power cut, the issue is often caused by low battery voltage or overload protection. Weak battery cells and unstable power restoration can also cause the inverter battery not to work properly. 

Solution  

To fix this issue, you can turn off all connected appliances and restart the inverter to reset the system. Check the battery voltage, inspect the battery terminals for any loose connections or corrosion, and examine the fuse condition. Then allow the battery to charge for at least 30–60 minutes before using the inverter again.

Inverter Battery Not Getting Charged

A situation where the inverter battery is not getting charged may stem from a dead battery, burnt rectifiers, melted fuses, or loose connections. In such cases, seeking professional assistance for checking or replacing these components is advisable.

Shortened Backup Time

Many users encounter the problem of shortened backup time, often due to excessive power consumption or improper charging of the inverter battery. To address this issue, reducing the excessive load is crucial. Additionally, if the battery has lost electrolyte, leading to a shortened backup time, regular topping up with purified water is recommended, keeping the water level between the maximum and minimum limits.

Battery Not Connected

Inverters may malfunction due to loose or no battery connections. Reconnecting the battery to the inverter and switching it on can resolve this problem, ensuring smooth functionality.

Why is my Inverter showing only mains and not charging? 

An inverter showing only mains and no charging light usually indicates a charging fault or a weak battery. This can happen due to a faulty charging circuit, a deeply discharged battery, or a blown charger fuse. In many Nigerian homes and businesses, issues such as unstable voltage, frequent power outages, poor wiring, and excessive heat can also affect inverter charging performance and battery health.

Solution

To troubleshoot the problem, first check whether the charging indicator light is active. Inspect the battery connections to ensure there are no loose terminals or corrosion. Next, examine the charging fuse for damage, and test the battery voltage with a multimeter to confirm it is receiving a charge. Finally, restart or reset the inverter system and allow it time to resume normal charging.

Weak or Faulty Inverter Battery

When inverter batteries exhibit suboptimal performance, the culprit could be faulty or dead batteries. Regularly replacing batteries is crucial to ensure the effective and uninterrupted functioning of your inverter, providing power 24/7.

Now armed with knowledge about these common problems and their solutions, you can confidently address these situations independently. Maintaining your inverter and high backup tubular battery in peak condition, ensuring they are fully charged, will guarantee a seamless power supply to your electrical devices even during unexpected power cuts.

What to Do if Your Inverter Does Not Turn On

If your inverter refuses to turn on, there could be a few reasons behind it, and here’s what you can do to troubleshoot the issue:

Firstly, check the power source. Connect the inverter properly to a power source, whether it’s the main grid or a battery. If connected to the grid, check for power outages or a tripped circuit breaker. If using a battery, make sure it’s sufficiently charged.

Next, verify the power switch on the inverter. Sometimes, it might have been accidentally turned off, so ensure it’s in the “on” position.

Inspect the fuse or circuit breaker. Inverters typically have these safety features. Check if the fuse is intact or if the circuit breaker has tripped.

Examine the battery connections. Ensure they are secure and free from corrosion, as loose or faulty connections can prevent the inverter from turning on. Clean the battery terminals and tighten the connections if necessary.

Lastly, look for fault indicators. Some inverters have LED indicators displaying error codes. Check for any illuminated or blinking indicators, referring to the user manual for guidance on identifying and addressing the issue.

By staying proactive in identifying and resolving inverter battery issues, you can ensure a continuous and stress-free power supply, enhancing the efficiency and longevity of your electrical devices.

Why is your inverter battery not giving backup? 

If your inverter battery is not providing backup power, the battery may be weak, overloaded, or no longer holding a charge properly. In some cases, the battery may also fail to charge fully, and repeated excessive discharge can permanently damage battery life. 

Solution 

Common Nigerian scenarios, such as running a freezer, a fan, and a TV simultaneously, frequent generator switching, and high ambient temperatures, can further reduce overall battery performance and lifespan. 

Why is my inverter not showing a charging light? 

If your inverter is not showing a charging light, the main reasons are a faulty charger board or a disconnected cable. Other causes, such as a rapidly draining battery, damaged battery terminals, and internal inverter faults, can also be recorded. 

Solution 

Tighten all battery terminals properly, check the fuse condition, and remove any corrosion from the connections. Also, verify that the inverter is receiving proper AC input power. If the issue still continues after these checks, contact a qualified technician for further inspection.

Common Signs Your Inverter Battery is Bad 

In many cases, the presence of a faulty inverter battery becomes the primary cause of many inverter problems. Certain warning signs from your inverter battery can actually indicate its issues:

• Drastically reduced backup time
• Frequent low battery alerts
• Slow charging times 
• Bulging and Swelling 
• Corrosion and Leaks 
• Excessive Heat 
• Age Factor, i.e., battery being old 

Stay Worryless with Star Plus Platinum Inverter Battery 

Nigerian heat is dangerous, especially when Harmattan dust settles around battery vents, imposing typical maintenance problems in households. Keeping in mind changing weather patterns and growing power demands, we have introduced Star Plus Platinum, which is integrated with advanced technology. 

As a safer alternative to lithium-ion batteries, Star Plus Platinum Batteries can withstand high temperatures and Nigerian heat. Made specifically to withstand Nigerian weather conditions, Platinum batteries offer nonstop power backup for 7 hours and fast recharge in 6 hours. With a 5-year warranty (the highest in the current Nigerian market), our Platinum inverter batteries reduce the risk of replacement and maintenance costs.

With advanced technology, electrolyte indicators, protected vents, and fume arrestors, Platinum batteries reduce the risk of fire and toxic gas release compared to lithium batteries. If you are tired of maintaining generic inverter batteries, Star Plus Platinum Inverter Batteries are your go-to choice in Nigeria. 

How to maintain your inverter battery in Nigeria? 

Maintaining an inverter battery in Nigeria can help with economic sustainability and personal feasibility over the years, providing a longer-lasting backup. Here  are some of the easy ways to maintain your inverter battery: 

• Keeping battery terminals clean and tightly connected helps maintain efficient power flow and reduces energy loss.
• Installing the battery in a cool, well-ventilated space prevents overheating and extends battery lifespan.
• Limiting connected appliances helps reduce overload and improve backup duration and battery health.
• Ensuring proper, regular charging cycles, even with an unstable power supply, prevents deep-discharge damage.
• Monitoring battery health and maintaining correct water levels (for tubular batteries) helps ensure consistent performance over time.

Conclusion

Star Plus Battery is one of the leading inverter battery manufacturers in Nigeria. Our robust and long-lasting inverter batteries with advanced design can satisfy multiple power needs. Our inverter batteries come with a good warranty span and unmatched results and helps users to receive uninterrupted power supply. Even the best inverter battery might need replacement after a considerable number of years. Connect with us today for a quick inspection of your battery and guidance for proper replacement.

Common Inverter Battery Problems and Solutions FAQs