Everything You Need to Know About Single Battery Inverter

The best way to define an inverter is by stating that it is a device that converts electrical power into alternating current, which helps the electrical appliances run. Double-battery or single battery inverter kick in whenever there are power failures and supply alternating current to appliances like fans and lights, which allows them to function. 

The inverter battery duo has made lives easy across residential and commercial places by powering the must-need appliances at any point while keeping them safe and cost-effective.

As we talk more about single battery inverter, let’s also learn about the three types of inverters:

  1. Pure sine-wave inverters: This works on the power demand concept and kicks in instantly during a power outage. It can adjust voltage settings based on the need at any point. This is the most preferred kind when discussing double-battery or single battery inverters.
  2. Modified sine-wave inverters: They are lesser efficient when compared to pure sine-wave inverters. These take some time before supplying power to the appliances. It doesn’t provide a smooth transition of power.
  3. Square wave: These are the least efficient of the three. It is used to power essential appliances that are a necessity. You cannot power appliances using more power with this inverter type.

With the basics covered, let’s focus on single battery inverters.

What is a Single battery Inverter?

It’s a battery-powered device usually designed with a 12V system. Each of its six cells carries 2V, giving an output of 12V in totality. On the other hand, a double-battery inverter gives an output of 24V, each battery designed with a 12V system.

How Long Does its Battery Last?

If the battery and inverter are from a credible brand, a fully charged battery may last for around 5 to 10 hours. Note it will also depend on your power usage. The fewer appliances you run on, the better the battery’s performance.

How to Choose a Single battery Inverter? 

Whenever you choose an inverter, make sure you assess the potential on the following parameters:

  1. Measure your power requirement: Prepare a list of all the appliances you need during power cuts. Start with the basic ones and then move to the additional ones. Once this is done, roughly calculate the power consumed by those appliances. Add all the numbers, and you will get the power you need to operate those appliances.
  2. Understand your inverter’s capacity: Inverters that we usually use at home have a power limit between 750-1000W. The single battery inverter’s capacity means the electricity demand it can provide.

The capacity of inverters varies, so choose the one per your requirement.

  1. Make a decision on the battery size: The batteries power the inverter. It determines the functions and power supplied to electrical appliances. Multiply the power required to support devices by the period you want them to run and divide the figure by 12. By doing so, you will arrive at the battery capacity denoted by Ah.
  2. Costs and size: Currently, a wide range of cost-effective and space-saving inverter battery duos are available. You can choose the one that suits your budget and requirement the best. 
  3. Choose a reputed brand: For better safety and efficiency, you must choose a single battery inverter produced by a renowned brand such as Luminous. It’s also excellent for the longevity of the inverter and battery. 

To conclude, this is all you must know about single battery inverters. However, we advise you to do your research and invest money in a brand that is credible and worth the money.

You can also consider the inverter’s design that adds to your house’s overall modern outlook or commercial space.

You may also check Luminous’ website for the huge line-up of inverter and battery duos they offer.