What to consider when buying the best backup battery

Because of the power outages that happen all over the United States, it is best to be prepared for when these occur.

If you live in one of the top five states with the most power outages in America, you need a backup battery with enough storage capacity and speed so you can get through a power outage without any stress.

But what makes the best backup battery? Find out in this article!

Top 5 U.S. states for power outages

Power outages can happen at the most inconvenient times, and many people consider purchasing a backup battery as a solution.

However, before doing that, it's important to know which states have the most outages so you can find the backup battery that is right for you.

The top 5 states with the most outages are California, Texas, Florida, Georgia, and North Carolina.

These states have more than 40% of their peak load times during the day with outages.

What to consider when buying the best backup battery

There are a lot of options out there for backup batteries. Some of these options include solar, generators, and other forms of storage. If you're considering buying a backup battery for a power outage, you should take note of the following: size, shape, cost, and how long the charge lasts. Of course, these are all different factors, so you should consider each of them when looking at the best battery for a power outage.

Sine wave inverter: This is the most efficient IGBT type of power supply. It can effectively reduce the voltage drop by as much as 40%, which is almost equivalent to the cost of the inverter.

Output:  No matter what power supply you choose, the output power should be at least 90% of peak power. This is the most important factor, which determines the life of the backup battery. The backup battery needs to have sufficient output power for charging.

Note: It is not good if the output power is less than 20% of peak power.

Safety circuiting: The backup battery should have proper safety circuiting. If the battery is not well protected, it can be short-circuited. Safety circuiting is required to prevent the battery from exploding.

Device compatibility: Most devices are compatible with AC/DC power supplies, but not all of them are. The compatibility is mainly affected by the output power, safety circuiting, and bulk charging current.

Charge rate: If the charging current is too high, it will reduce the battery's life. So, we need to choose a safe charging current.

Our picks of the best backup battery for power outages

BLUETTI AC200MAX POWER STATION+3*PV200 PANEL

The BLUETTI AC200MAX is our pick for one of the best battery bank. It is a portable power station that are capable of running high-demand devices.

It has a 2048 Wh battery, and its inverter can put out 2200W of continuous power and handle a surge of up to 4800W. That high capacity battery can run critical equipment for an extended time.

The AC200MAX is capable to expand its capacity by using optional, hot-swappable expansion batteries.This set offers three benefits to keep as an emergency preparedness kit going, whether a hurricane or a power outage.

It comes with a PV200 solar panel that will charge the power station to 200 Watts - enough to create energy even when there is no sunlight.

Next to it is a compact AC/DC charger that includes three battery backup outlets and 12v DC input cables for cars, boats, RVs and motorcycles.

Also it features two charging ports so you can get charged up while giving your neighbor a little juice too.

EP500&EP500Pro Backup battery

EP500&EP500Pro is another best battery backup for power outage that we have for you.

The EP500&EP500Pro gives you an extra 4 hours of power and is designed to be easily usable with your USB -powered devices.

In addition, you can purchase a portable solar panel to add to this backup battery for even more power and convenience.

This EP500&EP500Pro is a charge-only battery, but it can be used as a power-only device by purchasing the EP500Pro Portable Battery.

This is also a great backup battery that can be charged at home or connected to your laptop.

How to prepare for a power outage

It's important to prepare for the possibility of a power outage.

Prepare your home, office, family members' homes, and pets before the emergency happens.

Ensure you have your go-bag and an emergency kit at hand.

Ensure you have enough canned food on hand for your family or pets that can last up to three days.

Also, make sure to have some emergency backup power generators, batteries, and solar on hand.

You will need to know how to use the power generator properly and safely.

You will also need to know how to operate the generator properly.

Power generators are not toys; they are for emergency use only.

FAQ

1. How can I power my house during a power outage?

One simple solution to power your house during a blackout is a backup battery. This battery has a great amount of power and will keep your lights, computers, and other electrical devices going during a blackout. Another easy alternative is a generator. A generator creates electricity through mechanical means. The most common form of generator is the gas engine powered by natural gas.

2. How can I keep my computer running during a power outage?

To keep your computer running during a power outage, you can use a battery backup or an external hard drive. A battery backup will keep your computer going for about two hours, and an external hard drive can last up to three days.

3. How to charge my portable solar generators?

The best strategy for solar power producers is to charge your portable solar generators in different ways. The most common way is to charge them during the day when they have plenty of sunlight. However, it is also possible to store them with a battery bank and use them at night. This will save you from buying additional batteries that cost a lot.

4. Is backup battery portable?

Yes, the Backup battery is portable. However, some are quite heavy; You want to ensure that your backup battery is as portable as possible. The main factors that should be considered are the size of the battery and how heavy it is.

Conclusion

Batteries are not built to give out their power in use without any external stimulus, which is the cause of their need for constant recharges.

It's important to standardize your power capabilities with the intensity of your use to balance having enough power when you need it with the inevitable need for recharging.

Forgetting this fact can leave you in the unfavorable position of being unable to use your important when when you need it most.

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