How to Check the Health of an Inverter Battery

 

Inverters and inverter batteries are used in various applications to keep the power running when there are power issues like an outage. When the inverter battery stops performing the way it should, it drains the device’s power. It may also unnecessarily harm your device. So, knowing that your inverter battery is performing correctly is paramount. That way, you can determine if there is a fault in it and take the necessary steps to correct it. 

Thus, periodically checking the health of the battery is essential, and here is how to do it. There are different types of inverter battery, but the method for checking their health primarily consists of these eight steps. 

1. Charge the Battery Fully

First, charge the inverter battery fully to ensure that it doesn’t discharge during the check. This forms the first step to checking the health of your inverter battery. Use a charger to deliver a full charging current for 24 hours. This will make sure any fluctuations due to short circuit is resolved entirely.

2. Unplug the Battery

After the battery has been fully charged, disconnect it from the inverter and check for irregularities. Make sure the battery is free from any load connected to it. Also, it’s crucial to ensure that both positive and negative loads are disconnected to avoid accidental reverse polarities arising. 

3. Check if the Terminals are Clean

Check if the battery terminals are clean. Check for any dirt or grime on the battery terminals. If you find any, clean them with a clean and dry cloth. Clean terminals are important to make sure there is proper contact with the meter, which will lead to proper reading. A secure connection is vital to avoid discrepancies in the preliminary test. 

There are different types of inverter battery, but the terminals must be kept clean at all times. 

4. Check Acid Levels

A battery with good health has an optimum acid level in it. For a sealed lead acid battery, you can use a special meter to check the acid levels in different cells. This will help you determine any leaks or damage to the electrolyte solution inside these batteries. It also helps determine how much charge is left in the batteries for future use. 

5. Assess the Acid Color

Once you have checked the acid levels, you now have to check the acid color. You can use special test strips available in different colors showing different pH levels. The acid color and density should also be visually checked. The denser and darker the color, the higher the acid content. A battery with good health has a colorless acid. 

6. Check Voltage and Specific Gravity 

Inverter batteries are charged using a charger. A loss in capacity can be determined by verifying the voltage and specific gravity of the battery. Charge your 220Ah tubular battery fully and use an electronic meter to check the voltage and see if the voltage fluctuations are consistent. Too many changes in voltage can cause problems with the battery. The fluctuations in the specific gravity should also show consistent readings. It should not vary too much. 

7. Check for Faulty Connections

Sometimes, the terminal connections of a battery can become loose or disconnected and cause issues. To check, apply a low load current to the battery. If your 12v 220Ah tubular battery remains functional after this test, it is likely a connection is loose. 

It can happen that some components have been exposed to water or direct sunlight, causing corrosion at the terminals. Any component coming in contact with it also gets corroded, and in such cases where the connections are weak, they will not be able to carry as much current as they usually do. 

The excessive heat produced during charging and discharging may even damage the battery, leading to subsequent failure. 

8. Check the Surface for any Dust 

Check the surface of the battery for any cracks or damaged areas. Any impact or shock to the battery may damage the internal components and make it useless. 

Conclusion

It is important to make sure that your inverter battery functions optimally so that your inverter and appliances continue to function properly. That’s why checking your battery is important. Follow the above steps to check your battery health and ensure it’s running the way it should. 

 

 

 

12v 220ah Tubular Battery: The Ultimate Power Solution

In a country like Nigeria, where frequent power outages are regular issues, people mostly depend on inverter systems for uninterrupted power supply. One such solution that has gained significant popularity is the 12V 220Ah tubular battery. With its robust design and exceptional performance, this battery has become the ultimate power solution for various applications, llike home backup systems, and official use.

In this blog post, we will explore the features, advantages, and applications of the 12V 220Ah tubular battery, highlighting why it is considered the ultimate power solution.

Key Features of 12V 220Ah Tubular Battery:

The 12V 220Ah Tubular Battery is one of the most efficient tubular batteries known for its durability, deep discharge capability, and extended service life. 

Unlike conventional flat plate batteries, these tubular batteries feature a unique design that enhances their performance and makes them suitable for demanding applications.

The construction of 12V 220Ah tubular batteries involves the use of tubular-positive plates, which are made of lead alloy. This design increases the battery's active material density, resulting in enhanced energy storage capacity, improved charge acceptance, and excellent cycle life.

High Capacity: 

The 12V 220Ah tubular battery offers a substantial storage capacity, allowing it to power a wide range of devices and equipment for extended periods. The high capacity makes it ideal for applications that require a reliable backup power source.

Deep Discharge Capability: 

Tubular batteries are designed to withstand deep discharges without compromising their performance or longevity. The 12V 220Ah tubular batteries can discharge up to 80% of their capacity while still maintaining their efficiency, making them suitable for applications that require frequent deep cycling.

Long Service Life: 

One of the most significant advantages of tubular inverter batteries is their extended service life. With proper maintenance and care, a 12V 220Ah tubular inverter battery can last for several years, providing reliable power backup over an extended period.

Low Self-Discharge Rate: 

The 12V 220Ah Tubular batteries pose a low self-discharge rate, which means they can retain their charge for a more extended period compared to other battery types. This feature is particularly useful in situations where the battery is not in use for an extended duration.

Advantages of 12V 220Ah Tubular Battery:

Reliable Power Backup: 

The 12V 220Ah tubular battery provides a reliable source of backup power, ensuring uninterrupted electricity supply during power outages. This makes it an ideal choice for homes, offices, and businesses that cannot afford to be without electricity.

Solar Power Applications: 

Tubular batteries are widely used in solar power systems to store energy generated by solar panels. The 12V 220Ah tubular battery's deep discharge capability and long service life make it a preferred choice for off-grid and hybrid solar installations.

Industrial Applications: 

The robust design and high capacity of the 12V 220Ah tubular battery make it suitable for industrial use. It can power heavy machinery, backup emergency systems, and support continuous operations in manufacturing plants and other industrial settings.

Maintenance Tips for 12V 220Ah Tubular Battery:

To ensure the optimal performance and longevity of your 12V 220Ah tubular battery, follow these maintenance tips:

Regular Inspections: 

Periodically check the battery for any signs of damage, leakage, or corrosion. Clean the terminals and ensure they are tightly connected.

Proper Charging: 

Charge the battery using a compatible charger designed for tubular batteries. Avoid overcharging or undercharging, as it can affect the battery's performance.

Water Level Maintenance: 

Tubular batteries require distilled water to replenish the electrolyte levels. Check the water levels regularly and top up as needed, but avoid overfilling.

Temperature Control: 

Ensure the battery is kept in a cool and well-ventilated area. High temperatures can accelerate the battery's self-discharge and shorten its service life.

Professional Servicing: 

If you encounter any issues with the battery's performance, seek professional assistance. Qualified technicians can diagnose and resolve any battery-related problems effectively.

Wrapping it up 

The 12V 220Ah tubular battery is a reliable and high-performance energy storage solution suitable for a wide range of applications. Its robust construction, extended service life, and deep discharge capability make it an ideal choice for backup power systems, solar installations, and industrial use. By investing in a 12V 220Ah tubular battery, you can ensure an uninterrupted power supply, protect critical equipment, and harness the benefits of renewable energy.