Inverter battery is the soul of Inverter it store electric power in DC form and inverter convert it into AC. hence for the better performance of inverter we must use good quality inverter battery and how much power it have. for this we should calculate the power need of our appliance and choose appropriate battery.

1. Effective Method to Check
Backup Time of Inverter
Battery
4/7/2016
Microtek International Pvt. Ltd
Microtek

2. Power consumption has become excessively high nowadays and as a result we basically
suffer from power cuts frequently. Still, inverter came to us as a light of hope and thus
there is no reason to worry about now. With its excellent performance, Microtek inverter
has proved itself in the market. Even during the longest power cuts, it performs very
well. There is no surprise now that Microtek provides best inverter battery and most
trusted inverters in India.
There are times when the little things make a greater ruckus in our brains. Few of those
little yet vital things are what is the Back-up time of the inverter battery? And to what
extent will the inverter backing if there should be an occurrence of a power outage?
All of the general population who own inverters would have posed this question to their
battery merchants at any rate once over the span of their utilization. In any case, as
dependably the shop owners don't give the data required to ascertain the Back-up time

3. of any inverter battery in India. It is really basic and any individual who knows
fundamental science can comprehend it and begin computing it.
Equation to Calculate the Back-up Time of Inverter Battery:
Inverter Battery’s Backup Time = (Volt of Battery) x (AH rating of Battery)/ (Total watts
on Load)
Let’s think that a Person utilizes 1 Tube Light + 1 ceiling Fan + + 1 (15watts) CFL all the
while with 150 AH 12V battery. For this situation, the inverter battery’s backup time can
be ascertained as:

4. Inverter Battery’s Backup Time = N x 12V x Battery AH x Efficiency of Battery/Load in
Watts Where,
Battery AH denotes = Ampere Hour Capacity of Battery.
N denotes = Number of 12 V Batteries required (For this situation N=1).
Battery’s Efficiency = It is generally 0.8, which is the maximum. So, the Power variable
of home is standard.
This implies the individual gets the whole time of Backup = 150 x 12 x 1 x 0.8/130 =
11.07 Hours (in approximate).
Hope with the help of above formula, you can easily calculate the backup time of your
own inverter battery. Do it yourself and feel free to comment in the mentioned section
below.
Appliances Watts expended
1 Tube Light 40 Watts
1 Ceiling Fan 75 Watts
1 15 Watts CFL 15 Watts
Total Consumption 130 Watts

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