Everything You Need to Know About Inverter Batteries

The battery is the backbone of an inverter system. To make sure that your inverter delivers a longer lifespan and optimum performance, you must make sure that it is equipped with certain features and specifications.
The best inverter battery for the home should have a high life cycle and it should be dependable enough to provide a reliable power backup. It should also have a high-efficiency rate and have a greater amount of backup duration as well to offer sufficient electricity during long power cuts.
It makes sense to purchase an inverter battery from a reputed brand to get the most out of your purchase. You should also emphasize the charging speed of the battery as it directly impacts the supply of current and helps the inverter generate a higher amount of electricity in relatively less time.
Additionally, to make your purchase even more satisfactory, make sure your preferred inverter battery also has a long warranty period. This will allow you to get your battery repaired or serviced free of cost and extend its life even more.
It should also perform optimally at higher temperatures and long durations to ensure that the operation is safe. Low-quality batteries tend to break down at high temperatures, which makes it more apparent to choose a safe battery instead.

Batteries generally work by producing electric current through a chemical substance known as an electrolyte. With that said, they’re available in two major variants – wet cell and dry cell. The main difference between the two is that wet cells gain power from the liquid electrolyte, while dry cells generate power through a slightly moist paste.
In a wet cell battery, the power is generated from a liquid electrolyte solution and a pair of electrodes. It also comprises lead palates submerged in a solution of sulfuric acid, which is why they are also known as lead-acid batteries. They’re in operation for over 100 years in commercial settings.
On the other hand, a dry cell utilizes paste electrolyte that contains moisture sufficient enough to allow the flow of current. Nowadays, majority of the automobiles and home batteries use dry cells as they are friendly for the environment.
Moreover, dry cell batteries are often termed maintenance-free batteries as you don’t have to maintain or check the electrolyte level in them. They are also lighter in terms of weight but also cost slightly higher than wet cell batteries.
Regardless of the type of battery you choose, a little bit of care is still required. While dry cell batteries don’t require maintenance of electrolyte level, you still have to take care of its charging system. Therefore, you must decide which one seems better for you on your own.

It’s a no-brainer that your inverter battery would likely need a replacement at some point in its lifecycle. While you may feel skeptical about purchasing it online at first, it is beneficial in several regards as you will read later.
The battery is essentially a powerhouse for your inverter, which makes it crucial to purchase the right one. When you purchase a battery online, you don’t have to go through the daunting process of visiting shops in the market and comparing prices.
You can compare several brands online in a matter of seconds. Whether you need a specific feature or a battery under a certain budget, finding one online is relatively easier and convenient at the same time. Moreover, you can also gain an extended warranty that offers you further peace of mind.
Talking about where to find it, you can find any of the reputed suppliers online. You can even avail of EMI options to prevent paying the whole price upfront using some selective payment methods. Moreover, you can also read testimonials and reviews to facilitate your decision.
Purchasing a home inverter battery online also provides you access to a range of payment methods that you can choose at your convenience. Therefore, if your home inverter battery needs a replacement, make sure you purchase the new one online.

A battery is useful because of its portability. It can be used to store electricity, which can be used to power various devices while also allowing them to be mobile. There are many different kinds of batteries, including wet cell batteries and dry cell batteries.
While wet cell batteries are still used today, they are less common than dry cell batteries. Dry cell batteries are used for nearly everything now, from smartphones and other electronic devices to regular household items such as flashlights and clocks.
The biggest difference between wet and dry cell batteries is the electrolyte. A wet cell battery requires a liquid electrolyte, which means it can only be used in one orientation. Dry cells don’t have this limitation and can typically be upright, sideways, or in any other direction.
Since wet cell batteries are used in items that require more power, they are naturally larger. Dry cell batteries are used in smaller devices that need less power, making them much smaller. If you’re looking for a battery to power a large device such as an automobile, aviation, electric utilities, cell phone towers, and for energy storage, you would be given a wet cell battery.

Dry cell batteries, though relatively new to the market, are now giving traditional wet-cell lead-acid batteries a run for their money. Dry cell batteries, which are also known as Absorbed Glass Mat batteries, or gel cells, feature several advantages over traditional wet-cell lead-acid batteries.
They are more expensive than conventional wet cells but can last up to five times longer. Dry cell batteries are safer and better in several ways. They require less maintenance, and they last longer. They don’t vent hydrogen gas (which is flammable and explosive), and they can be installed in many different ways.
These dry cell batteries are available in two major forms – primary and secondary. Primary cell batteries are the type of dry cell batteries that you usually see in flashlights, toys, and other small devices. These dry cell batteries can only be used once before they’re thrown away or recycled.
A secondary cell battery, on the other hand, you can charge again and again. Primary batteries are cheaper upfront, but you need to replace them often. Secondary batteries are more expensive upfront since you have to buy the battery charger as well, but they last longer.

Auto batteries are designed to deliver a large amount of current for a short period, usually just for a few seconds to crank the engine. They are then replaced by alternators that replenish them with charge and maintain their state until they regain their full potential.
On the other hand, batteries designed for inverters are designed to provide a small amount of current consistently for longer durations. All backup power solutions—inverters and uninterruptible power supplies— function by converting the DC current into AC current.
To sustain this, the UPS and Inverter battery are discharged over a much longer time to lower electrical potential that is as compared to the Auto battery. This type of battery is also known as a deep cycle battery.
The plates of deep-cycle batteries are resistant to damage from being discharged deeply, but the plates of automobile batteries are not, which is why it is not recommended to use a vehicle battery as a battery for your inverter.
One thing that impacts how long your backup batteries last is the electrolyte volume. This is because it determines the number of chemical reactions that take place, which in turn produces current. That’s why if you’re looking to buy a new type of battery for your home appliances, make sure you’re buying the right type. Using the wrong battery can reduce its lifespan considerably.

In simplest terms, A tubular plate battery is ideal for areas that experience long power cuts, whereas a flat plate battery is recommended for areas with frequent but short power cuts, such as rural areas and suburbs in city outskirts.
Lead-acid batteries are the most commonly used type of flat battery by Indians. These typically contain a lead electrode and a lead dioxide positive electrode. The negative electrode is typically sulfuric acid.
These batteries are light, as such they do not provide as much as some other batteries on the market, but they require less maintenance than those other products. You will need to keep checking on the distilled water in these batteries.
If you don’t, you risk damaging the battery. These flat-plate batteries are the most short-lived, which is why it’s important to periodically check them. On the other hand, Tubular batteries are flat plate batteries that have been improved so they require less maintenance.
As a result, tubular batteries last longer than ordinary flat plate batteries − up to five years. The difference between these two types of batteries is that it’s an alkaline battery except the positive electrode is replaced with a tube and a cloth covering for protection.
It also enhances the battery’s efficiency levels. This may have made it apparent which battery is better and fits the bill for you. However, keep in mind that it also depends on your area and the frequency of power cuts.

Inverter batteries are rechargeable, but unlike primary batteries, they can be recharged hundreds of times. Their ability to convert chemical energy into electrical energy makes them a good fit for storing power for later use.
The lead-acid batteries are made using the lead-acid. In the lead-acid battery, there are two electrodes dipped in an electrolyte solution of sulfuric acid. These electrodes are made from lead and lead dioxide, while the electrolyte is a sulfuric acid solution.
As it is made up of two different electrodes dipped in sulfuric acid, the chemical reactions that take place between them generate electricity. These chemical reactions can be reversed to recharge the battery, which makes them very practical and common.
If you want to check the state of charge of your lead-acid batteries, then be sure that they are fully charged. Check the electrolyte level by observing the battery’s indicators. The electrolyte level should be equal in each cell for the proper working of batteries.

The most important information that an inverter owner should be aware of is that an inverter needs water. Certain inverters have a built-in water level monitor, so you will know when to add water, and how much water is needed.
Inverters rely on the conversion of DC to AC current and this current is used to power a variety of devices. However, a drop in the rate that occurs due to a lack of water inside the battery chamber creates an imbalance between acid and water.
The acid inside the battery chamber gets more concentrated over time. A lack of water means it’s harder to create an optimal balance between acid and water. This decreases the inverter’s efficiency, which in turn decreases its output.
To ensure that the sulphuric acid doesn’t become too diluted, you should keep enough water in your battery. However, not just any water will do – only distilled water is advised for this purpose. An indicator for inverter battery water filler level is present on every battery.
If the indicator is at the “Green” mark, you have adequate water in the inverter and it is completely topped off. However, in case it is at the “red” mark, the water is below the advised level and a top-up is required at this point.

The electrolyte solution in a flooded deep cycle battery is a mixture of acid and water. The use of distilled water for inverter batteries is recommended because it removes any additional minerals, including those found in normal tap water which can significantly decrease battery life.
Distilled water should be the only substance you ever put into your deep cycle batteries. You should never add another acid or electrolyte solution because doing so will diminish the battery’s lifespan. Distilled water is water that has been purified to the highest standards, meaning it has zero impurities.
Because of its lack of impurities, distilled water can be used for many purposes including refreshing car batteries and replenishing your home’s inverter system. Now, you may ask what’s the problem with the water we drink. Well, due to some ions in the water we drink, some of these ions get into the electrodes that allow the current to flow in the battery.
Over time, a layer is formed that hinders this current and prohibits any electron transfer. If tap water is used, it will not only deposit certain ions but will also deposit dust particles and other organic material, which will further hinder the chemical reaction taking place inside it.