Which battery and inverter should I buy?
Isn’t it disturbing when you miss your favourite TV show because of a power cut?
Power cuts are a headache if they extend beyond 15 to 30 minutes. In areas where power outages extend beyond hours, your ‘work-from-home’ or study productivity faces a block. The best way to deal with it is to get a suitable inverter and battery combo as your affordability and convenience suggest.
But, it’s not as straightforward a process as it appears. From calculating the number of appliances to gauging their wattage consumption, the challenge is everywhere.
So, what do you do when the spark between you and your electricity/ provider is lost?
Take a look at this step-by-step manual to find the best inverter and battery near you
Step 1: House Load Calculation a.k.a. Know the Electricity Requirement by Calculating the Wattage of Appliances You’ll Connect to Your Inverter Battery
One of the best ways to deal with an electricity crisis is to know which appliances need the vital supply after an outage. By calculating the number of equipments, you’ll get an understanding of the load your inverter and battery can handle.
You can start by adding the basic appliances before enlisting the heavy-wattage devices in your house load calculation list. You can gauge the electricity requirement by assessing the consumption by devices or by room.
Let’s assume that you want to run one fan and two light bulbs once there is a power outage.
One fan will require 80 watts of power. Similarly, one LED bulb will consume 5 watts of electricity. Now, if you have an LED tube light, the power consumption will vary. Each tube light requires approximately 18 watts of electricity to run.
So, your overall consumption requirement is 90 watts.
But if it seems too much for you, here’s another way.
- Check the wattage of each device
- Combine them
That’s how you measure the overall energy your house needs.
Step 2: Volt Ampere Rating analysis or Look for the Volt and Ampere Supply for the Best Inverter with a Battery
Doesn’t voltage ampere calculation make it sound like a revisit to a physics class?
Let’s make it easy!
VA is the key to understanding which is the best inverter for your home with a battery. It is a measure of the voltage and current that your inverter will supply to your equipment.
In an ideal situation, the electricity supply from the inverter to your appliance will be the same. (Ideal is the operative word, okay?)
But, a loss in supply is a common occurrence in electricity transfer. It’s important to see if, after the loss, the inverter will fulfill your requirements.
Remember, the lower the loss in transmission, the higher the inverter’s efficiency or power factor.
Step 3: Ampere Hour Measure, a.k.a. Understand the Type of Battery You Need
If the VA calculation is for electricity supply efficiency, battery power decides how long you can watch TV after power cuts. So, if you’re struggling with the amount of backup each inverter provides, knowing the battery capacity is the solution.
The battery capacity is measured in Ampere Hour or Ah.
Generally, there are three ranges of batteries available in the market. It includes 100Ah, 180 Ah, and 150 Ah. So, in your case, 100 Ah battery capacity should be a part of your best inverter and battery combo.
Sounding a little complicated? Here’s an easy way to pick the right battery!
Opt for our Power Planner to get the best inverter and battery fit according to your home’s needs! It helps you budget your power needs post-electricity cutoff.
3 Tips to Ensure You Purchase Only the Best Inverter with a Battery
Did you think you’ve covered every aspect to get the most suitable power backup solution for your home? But, there are a few tips you can’t afford to ignore before your purchase. After all, your good night’s sleep depends on what your inverter battery jodi can run!
Keep the wiring in mind
Generally, people do not consider the type of wiring structure in the house before getting a backup, like the LivGuard inverter battery.
You might purchase an inverter battery and then think of the wiring plan of the house. But that’s where the trouble begins.
Typically, you will want to install an inverter to take care of the power supply of the entire home at once. In this case, it’s important to purchase a battery and an inverter with a higher capacity such as LivGuard’s high-capacity inverters. In addition, you must keep in mind the wiring is robust enough to re-channel the electricity flow once the power shuts off.
Practically speaking, big appliances need a higher kick-off electricity supply. You don’t want your heater or AC to stop functioning at 3 AM suddenly. So, it’s best to avoid connecting large equipment to your inverter. You can consider the placement of a different LivGuard inverter with a battery dedicated to these appliances.
Consider the warranty duration
Imagine you’re enjoying the backup supply of your inverter battery jodi and suddenly, your home turns dark. You’re baffled but it can happen if you stop keeping a track of the warranty period.
Battery and inverter are the most important backup solution once the electricity shuts down. That’s why it’s vital to know how long your best inverter and battery combo can sustain to deliver the supply you need.
That being said, the longer the warranty you get, the higher the battery price will be. However, the return will ensure your convenience. For instance, LivGuard offers an extensive warranty on its home inverter batteries to support your needs for up to 66 months.
Find the right type of battery
The right battery for your house is the one that stores the DC effectively. But, you must also observe the kind of maintenance you can afford after its purchase. Generally, the maintenance procedure includes regular cleanliness and distil water replenishment. On average, you must refill an inverter battery every 3 months.
However, there are some batteries available in the market that are absolutely maintenance-free.
Final Words
Check appliance wattage, understand the maths behind voltage, and handle the dark hours. All at once!
Buying the right inverter and battery Jodi is a tough call. On top of this, the number of available options in the market does not make the choice any easier. However, once you figure out the consumption pattern in your house and the duration of electricity outages, choosing one becomes easier.
Even then, you’re supposed to go through the output of the inverter and battery to assess if it will fulfil your power needs. The more defined your power planning is, the easier will be your inverter-battery combo shopping.
Keep in mind to see if your preferred products have an option for warranty extension. With a longer warranty, your home will still be a comfy space, no matter the weather or the power supplier’s mood.
FAQs
1. Which inverter and battery jodi is the best for home use?
The best inverter and battery jodi combo for each home depends on the backup requirements of the house. In addition, it also varies based on the other requirements of the power backup setup. For instance, if a family living in a metro city requires extra load-carrying capacity with longevity, LivGuard’s i-verter pro aka super jodi with 3 years warranty is a good choice.
2. What differentiates a 150Ah battery from a 200Ah battery?
The main difference between the 150Ah and 200Ah batteries is the power output. A 150Ah battery with 12V can provide 1800 watts of power. But, a 200Ah battery with 12V voltage carries double the power i.e. 2400 watts. The right battery for your house can be easily decided with efficient power planning and load calculation.
3. How many years will an average inverter battery last?
Typically, a regular inverter battery lasts for 8 years. However, with adequate maintenance, you can elongate the life of your battery. With LivGuard inverter batteries, you don’t have to worry about maintenance. A dedicated team is available for you once you place your request.
4. How can I regulate the charge that my inverter battery needs?
In general, a user can’t manually decide the amount of charge a battery gets. However, with LivGuard’s high technology for inverters, you don’t have to get troubled with over-charging your battery. The AI in the inverter reads the requirements of the battery. Based on the charge percentage, voltage, and backup, the inverter recharges the battery.
5. Should I get a separate inverter for sensitive devices like computers?
The fluctuations in the power supply can damage the intricate system of sensitive devices. That’s why it’s vital to install an inverter-battery jodi that seamlessly provides a power backup without sudden interruptions or voltage variation. You can get LivGuard’s peace of mind jodi to supply electricity to your essential and sensitive devices.
