Solar Battery Bank Calculator: Calculating, Storage, and Advantages

We all have heard of nickel batteries or Li-ion batteries. But have you ever heard of solar battery? If you’ve never heard for one, maybe it’s time for you to know what it is and its primary functions. Who knows, you’ll need a solar battery in the future! In this article, we will talk about the solar battery bank calculator and the facts about it (the price, how to store it, and its benefits).

How is the solar battery bank calculated?

Before we calculate about solar battery bank, let’s talk about what solar battery is first.

What is solar battery storage?

As its name states, a solar battery bank is an object that is used to store energy. Unlike other batteries where you connect them to electricity, you gain power for solar cell through a connected solar system. The heat is usually used after sunset or in the evening, where people need the energy to do their activities.

There are many benefits to solar batteries. First, it can store extra energy even when you don’t need it. When we rely on the solar grid only, our power will depend on the brightness of the sun. But if we have a solar battery, we don’t need to worry about energy since it’s already stored during peak hours. Of course, this means that you don’t need to rely on the solar grid all the time. Less usage of the solar grid means less coal and fuel, which is good for the environment!

To make it even better, you don’t need to worry about blackout whatsoever. After all, you have your energy already. So when the local electricity goes out, you can use your solar battery as a “generator” that will keep your house’s power on at all times. All these things at a little cost! Sure, the battery might be pricey, but it’s only a one-time purchase. What’s better, a one-time purchase or a life saving on electricity bills?

Solar battery bank calculator

Calculating a solar battery’s capacity is not as hard as it sounds.

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First, you need to know the volt and the amp hours of the battery. Let’s say the volts are 12 (push), while the amp hours are 105 (they’re also called storage capacity). To get the result you need, you need to find out the battery’s watt-hours. To find out the watt-hours, you have to multiply the volt wth the amp-hours, and then divide it by 100. So the formula will look like this:

(volt x amp hours)/100 = watt-hours

(12 volts x 105 amp hours)/100 = 12.6 watt-hours

The result is 12.6 watt-hours. This means that you can power up 100-watt objects for around 12.6 hours if the solar battery is fully charged.

Keep in mind that the calculation is for one solar battery storage only. Since most houses run on more than what is being used as an example right now, you will need more than one battery.

How much battery storage do you need for solar?

As it was previously stated, one solar battery storage is not enough. Usually, a house would run at least 30 kilowatt-hours of electricity every day so that you would need at least three solar battery storage for your home. This is, of course, assuming that you have a house the size of middle-income households. The number of batteries you need would vary, depending on the size of your home.

It should be noted that everything here is based on theory. In reality, solar battery storage will never run at 100%. So for example, if your battery has 10 kWh, it would run for 9 kWh at most in real life. This scenario also keeps the solar panel in mind, as it assumes that the solar panel will keep the household awake for around 6 - 7 hours. There will be times when the weather would become cloudy, so it’s best to stock on some energy for some backup.

Though everything sounds a bit like a hassle, the effort is worth the cost and the savings you will get. After all, solar battery storage lasts for 5 to 15 years. If you replace it once, it will double the lifespan of the battery. Where else would you get such benefits except solar cells?

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What are the advantages to use a solar battery bank calculator?

Some people might wonder why we must calculate the power for solar battery storage. After all, there will be some people who will help the installers to estimate the number of batteries necessary for the household.

Sure, there will be people who can help us estimate the power needed. Still, nobody understands the house better than us—only you alone who can understand the scenario of the house. You are also the only one who can predict what would be used during specific situations. For this reason, we need to calculate the power by ourselves using a solar battery bank calculator.

If you are still unsure of your calculation, you can try to make a list. List the most common scenarios in your house and give it to the people who will install the batteries. The file will help them in predicting the number of cells and power you will need. At least, the prediction will be more accurate than how it is without the list.

As you can see, solar battery storage is no mere storage. Sure, it will take some time to install and adjust to them. However, the adjustment is worth the benefits you will reap for the next 5 to 10 years. Moreover, storing solar energy helps at preserving the greeneries of Mother Nature. The start will not be easy nor cheap, but everything that follows will give you benefits no other batteries can provide you. By the end of the day, you will realize that purchasing a solar battery is the best “mistake” you’ve ever made. So, are you ready to buy your first set of solar battery storage?