Quick Buying Guide for Best Power Backup for Home

Quick Buying Guide for Best Power Backup for Home

In an era when people are working from home more and more and with kids taking online classes, it has become more crucial than ever to have a reliable power backup.

Due to rising temperatures and increased fear of moving out, staying at home has become imperative, resulting in increased power consumption at home and more power outages.

In light of this, people are now seeking the best power backup solution for their homes, ensuring they have a reliable and long-lasting power backup.

In this post, we will guide you in selecting the best power backup for your home and how your home can always stay lit.


Why choose an ideal power backup system?

It is imperative to ensure that your power backup system is reliable and that it will not only provide long-lasting power backup, but it will also appropriately support all connected appliances so it does not hinder your daily life in any way.

Therefore, it is ideal to have a Power Back Up system, which consists of an Inverter set according to the load requirements of the property. The Inverter is connected to a battery which provides power in the event of an electrical failure.

Hence choosing the best power backup for your home is of the utmost importance.



How battery backups work?

Backup batteries are powered by electricity and can function both independently and in conjunction with a home solar energy system. Your backup battery system will automatically turn on and provide electricity for several hours, a day or longer, should the lights go out.

As mentioned above, battery backups run on electricity. There are two ways to charge them: using the electricity from your utility or solar energy as part of a solar panel installation.

If you have multiple appliances in use, you can expect your backup battery to provide power for several hours in a day, even if it is not connected to solar power.

In order to get more power, you can connect several batteries together with respect to charging capacity of inverter . But suppose your battery backup is a component of a home solar power system- in that case, you can keep utilizing it as long as your solar panels are producing electricity and delivering it to your battery / Load connected.


How do you select the best power backup for your home?

Knowing your household load requirements is essential for selecting the best inverter battery combination.

  • Two fundamental concepts are required to compute load requirements.
  • The number of appliances you want to use in a power outage
  • Power consumption by each appliance.

Below is a table showing the load requirement. Take a look at the wattage of each appliance on your backup appliance list. For some common values used in calculations, see the list below:

  • 1 Fan – Fans Consume 75-90 Watts. For calculation, let’s take a higher side, i.e. 90 watts.
  • 1 tube light – Assuming 45-50 watts for standard tube lights. 28 watts for T5 tube lights.
  • 1 CFL – 25 watts (default) or the actual consumption  if available.
  • 1 Television – LED TVs to take 30-100 watts depending on size. LCD TVs consume 50-150 watts. CRT takes about 120 watts.
  • Most set-top box consume 8 to 25 watts of electricity. A standard definition set-top box consumes 8 Watts. The HD box consumes about 18 watts, and the HD DVR box consumes about 25 watts.
  • Desktops consume 120-250 watts, depending on the model. About 150 watts are consumed by LCD screens, while 250 watts are consumed by CRT screens.
  • About 50 watts are used by laptops.
  • 5 watts or less are used by Wi-Fi routers, modems, phone chargers, and other devices.
  • Depending on the size and model, gaming stations and home theatre systems use 100 watts or more.
  • Around 250–300 watts would power a room air cooler.
  • A mixer grinder would likewise need about 350 watts, and an induction cooker would use between 1000 and 1500 watts (or 1 and 1.5 kW).


Let’s suppose there is a power outage, and you want 1 fan, 1 tube light, 1 CFL, and 1 CRT television to work on an inverter. Therefore, the total power needed (1*90 + 1*50 + 1*25 + 1*120) according to the preceding table is 285 watts. Here is the overall load at 285 watts.

If you want a six-hour backup, you must store 285 x six (Hour), or 1.71-kilowatt hours (or units), of electricity. This is the storage you require. In that case in general calculation we required one inverter of approx.. 400W and an battery of 12V-200 AH [12×200 = 2400 x80%(Battery Efficiency) =1.920 which is near about equal to 1.71 KW] . Apart from that if we place solar panels and use solar energy we can reduce the grid consumption and save electricity bills also.

Benefits of having battery backup systems

A battery backup system is an excellent addition to any home or business, whether you have solar panels or not. By gaining energy independence, you no longer rely on public power grids, particularly if you live somewhere with frequent power outages.

In addition, battery backups are 100% renewable, so you don’t have to worry about fossil fuels entering your home.

Compared to generators, they are virtually silent to operate and do not emit carbon dioxide into the atmosphere.

For instance, during peak hours, you can use the energy from your battery instead of paying sky-high electricity rates to your energy provider if you have a time-of-use utility plan.


Why choose Massimo Batteries as your power backup for home?

The Massimo Solar batteries produce affordable power streams from the grid, and the battery is based on the load profile, which produces maximum power from solar panels and reduces your monthly electricity bill.  These batteries equipped with solar panel & highest quality solar charge controller which….

Solar technology: Is it safe?

In order to meet all our power needs in the future, it is more economically viable and environmentally friendly to switch to solar technology. As a planet, we are heading towards a climate crisis, and all of us need to do our part in preventing such a catastrophe from occurring. Considering the fact that fuels and electricity can generate more carbon footprints than other forms of energy, we can do a great deal more to minimize that impact.



Salient features of Massimo solar batteries

  • For longer cycle life, high-pressure dye cast thicker tubular positive and pasted negative plates. It has a life of more than 1500 cycles on 80% DOD.
  • In addition to our 99.98% pure active material and finest quality red lead, we are able to achieve an ampere-hour efficiency of more than 95%. This results in huge savings on your electric bill.
  • Massimo batteries are low maintenance, meaning hardly any water is needed to maintain them.
  • All of our solar batteries come with CIA capacity ratings and quick charging abilities, even after deep discharge.

We at Massimo take pride in supporting each customer step of the way so they can have a smooth transition.

By choosing Massimo solar, you are choosing a technology that will last for years to come. Get connected with us for the best power backup solutions for the home.

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Written by – Plavnamee Dave

Affiliated writer by Monkey Ads