How Does an Inverter Battery Work and the Factors Affecting Its Functioning

 

 

We depend on electricity for the majority of our daily tasks. This is why spending even an hour without electricity is more than just tough. It’s next to impossible.

This is the major reason why so many different types of power backup solutions are prevalent in the market today. Among the various types of power backups available, an inverter holds its place as the most convenient and reliable. 

However, an inverter is nothing without a battery backing it up, and that’s why choosing the right tubular inverter battery is so important. 

Go through the blog to understand how an inverter battery functions, what its uses are, and the factors that affect its performance. 

How Does an Inverter Battery Work?

An inverter and battery function together. The task of an inverter is to supply Alternating current (AC) to appliances on which they run. The battery stores Direct current (DC) and supplies the inverter with it, which it then converts to AC and supplies to appliances. 

All these functions begin when the grid power is cut off. When the grid poweuse; on and the battery is not in use, the battery cells are charged on a low current through a transformer. Once the grid stops supplying power, the inverter with battery backup starts supplying AC to the electrical appliances immediately with surge protection against voltage fluctuation. 

Different Types of Inverter Batteries

There are mainly three types of inverter batteries available in the market today. They are:

• Tubular Batteries
• Flat Plate Batteries 
• Gel Batteries

Each type of battery has its specific functionalities and significance. For example, tubular batteries are the most popular among the three because of their low maintenance cost and efficiency. They are also extremely safe to keep near you. To top off the advantage list, they are recyclable and have a long life if proper maintenance is done.

The gel battery type comes with zero spillage, is maintenance-free, no water top-up is required, and offers a consistent power supply. Gel batteries are also safe for residential spaces. The only downside is that they come at a slightly higher price. 

Flat plate batteries are suitable for areas with frequent power cuts. They come at a lower price but have a shorter lifespan. They are ideal for places that require fast charging. 

Different Factors That Affect the Functioning of Inverter Batteries

With so many different brands of batteries to choose from, it’s certainly a tricky task to choose the right one. However, you must always choose the best inverter battery for home to secure your appliances and get the finest power backup. Here are some factors that affect the functionality and life of inverter batteries. 

Battery Quality

The cables, terminals, and charge controllers must be of top-notch quality. If not, they might put you and your loved ones in danger if kept near you. 

Battery Compatibility

Buy a battery that can support the load of your home. For that, you need to calculate the load of the place where you intend to use the battery. It’s a good choice to buy a 220Ah tubular inverter battery for places with high loads. 

Temperature

Hot or cold temperatures can impact a battery’s lifespan, operational ability, voltage, and chemical reactions. The effect of temperature on the battery depends on its design and brand. 

Conclusion

Given above is a short sketch of how an inverter battery works and the factors that affect its functioning. The quality of the materials used to build the battery is a great determining factor of how long the battery will last. The lifespan also depends on the type of battery it is. You can go for a tubular inverter battery if you want things to be safe, secure, and long-lasting with you.