Life has become more dependent on power as technology has advanced. In fact, rather than being a luxury, a steady power source is becoming a need. Even the smallest power outages or blackouts, whether at home or at work, can disrupt the normal flow of life.
It is critical to invest in the best inverter batteries to ensure an uninterrupted power supply throughout. Aside from providing that you won’t be without power for long, an inverter battery should also ensure that your electronic devices stay charged and continue to function even during power outages.
So, are you intending to get an inverter battery for your home but unsure which one is appropriate for your needs? If you answered yes, there are a few things you should think about before purchasing an inverter battery. So, keep reading to find out which inverter battery is perfect for your home.
Using which features to find the Best Inverter for your homes.
1. Identify your power requirements
The first thing to consider when choosing which inverter battery is appropriate for your home is a general estimate of your entire power consumption. Take a usual day, for example, and make a list of the things you need to power on a regular basis. Because inverter batteries are the heart of inverter systems, their lifespan is heavily reliant on battery efficiency.
The capacity of an inverter battery, measured in Ampere hours, influences how long the backup can endure. So, once you’ve evaluated your needs, you may choose the appropriate inverter battery.
2. Determine the VA rating of your inverter battery
To identify the best inverter battery- need to figure out the inverter with a good Volt Ampere rating. The voltage and current supplied by the inverter to the various appliances are referred to as VA.
It is crucial to note that Watt and VA ratings are not interchangeable. While electrical equipment such as lights, refrigerators, bulbs, and so on use power and are hence rated in watts. Power-generating equipment, on the other hand, such as inverters, UPSs, and so on, is rated in VA. As a result, do not be fooled by the makers into thinking that both of these items are the same.
3. So, how will you determine how much VA is required to meet your needs?
To clarify, we’ve attempted to describe it using the equation below.
Volt Ampere= Power Requirements/Power Factor
The power factor is the ratio of the electricity needed by your appliances to the power supplied by your inverter battery. Furthermore, the typical power factor of inverters is between 0.7 and 0.8.
Assume you have a total power requirement of 345.
∵ VA = 345/0.8
VA = about 431.25
In this situation, you should look for an inverter that is closer to this value.
Along with all of the considerations stated above, you should confirm that the inverter battery you purchase is covered by a guarantee period specified by the retailer.
Types of Inverter Batteries:
Let’s dig deeper into the many sorts of inverter batteries on the market so you can get the one that’s best for you:
Flat Plate Inverter Battery:
These lead-acid batteries are preferable in places where power outages occur frequently but for short periods of time.
Tubular inverter batteries:
Tubular batteries are often larger in size than flat plate batteries. They work best in locations with fewer but longer power outages.
Gel Batteries:
Gel batteries contain an internal crisscross structure of gel that holds acid and prevents it from settling. As a result, they can be employed in areas where power outages occur frequently and for extended periods of time.
Every power backup system revolves around the battery’s operation as its fundamental component. So, now that you know a lot about which inverter battery is best for your house.
Our inverter batteries are perfect for extended and frequent power outages.
