Storing batteries incorrectly can have serious consequences：

Did you know that there are over 30 billion household batteries in the world? That's five billion more than the world's population.Which battery is suitable for energy storage systems? Batteries are a common household item, and even children know what they are. However, some people don't know how to store them properly. Trying to save money by putting batteries in a drawer may not work. If not organized properly, you could make things worse. Because if the batteries touch metal or each other, they can short-circuit. In severe cases, it can cause fires, burns and even explosions.

Kept around room temperature (50-70F):

That's right, batteries can explode. Most likely due to heat or overcharging. It's very important to never store batteries anywhere near a heater or the oven. Also, never leave them in a car where they will overheat in the sun and cause the battery cells to expand and break open. Avoid any devices which hold the batteries internally as they are more likely to get overheated.most batteries need to be kept around room temperature (50-70F).

Keep Batteries Cool：

It is important to store lithium batteries at cool temperatures for long periods of time. Storing a battery in a hot area of your home shortens the battery's life, which in turn shortens its running time. However, there are steps you can take to ensure that the battery stays cold and continues to power your device for a long time to come. These tips will help your battery last longer and save you the cost of replacing it too soon.

 Don’t Drain Rechargeables to 0%：

It is common practice to reduce the charge of rechargeable batteries to 0%. Many even do it deliberately, thinking it might somehow extend battery life. I know it seems logical - when a rechargeable battery reaches 0% charge, you put it on the charger, and then its full capacity is flushed back into the battery. But that's not the case. Overcharging can cause lasting damage to a battery, causing it to lose power faster than usual.

Keep Battery Contacts Clean and Free of Corrosion：

Keeping your battery contacts clean and free of corrosion will help your car run like new. The problem is that cleaning them can be a pain because you have to remove the battery from the vehicle, which usually requires a special wrench, before you can even get started. That's why I'm going to show you how to keep those battery contacts clean and corrosion-free without having to go through that hassle.

Energy storage systems by category：

Store primary (non-rechargeable) and secondary (rechargeable) batteries separately. Li-Ion and NiCd cells must not touch or they can be dangerous. These include 18650 Lithium cells used in flashlights and laptop battery packs. Keep them in their original packaging or use plastic cases to help prevent battery contact. For AA, AAA and 9V cells, do not store your batteries with keys or other metal objects. Keeping batteries together with other metal objects such as coins, necklaces and hair pins can cause short circuiting which can lead the batteries to overheat, split or release explosive vapors.

In addition to properly storing batteries, it is also important to choose the right batteries for the energy storage systems. Which battery is suitable for energy storage systems? Next, you will be introduced to the usage guidelines of energy storage batteries.

LITHIUM BATTERY

Lithium battery can last for about 2-3 years past their manufacture date:

Chemistry is the most important factor in choosing a battery for your energy storage system. Lithium battery has low self-discharge rates and are expensive, but they offer very high power densities and relatively long service lives. It can be used for about 2-3 years after the production date. This makes them fit even if you buy them up to 10 years after manufacture. They also have a longer shelf life than other rechargeable batteries.

They have about 500 to 1,000 charging cycles：

Lithium battery such as lithium polymer and lithium ion are best for applications that need high efficiency, lightweight and long-life batteries. They have about 500-1,000 charge cycles.  A charge cycle is when you drain the battery completely and then charge it fully. The most common application of these batteries is smart phones and tablets.

The ideal temperature range is 32 to 77 degrees F：

The ideal temperature range for your battery is between 32–77 degrees F. If the temperature of your battery falls below 32 or above 77 degrees F, performance may be reduced. You should monitor the ambient temperature surrounding your battery and consider installing it in an area where it is moved away from direct sunlight to protect against heat damage.

Do not fully charge the Lithium battery：

For energy storage systems , we recommend using a lithium ion battery in the 10Ah to 60Ah range, which will store and discharge power effectively. If you plan on storing it, do not charge the battery fully. You should instead store them with a 40% charge to avoid over-discharge.

Store Lithium battery in the battery manager：

Store your lithium-ion batteries in a plastic case or battery organizer to prevent short circuits if they come into contact with metal objects. This will also make it easier for you to see the battery level indicators on each one and make it much simpler to charge them all at the same time

BUTTON BATTERY

It can retain 85% of their charge after 15 years：

Button Battery has high energy density and is safe and reliable. It is available in more than eight different sizes and can be recycled. After 15 years, the battery retains 85 percent of its charge. Its high power density makes it ideal for use in grid-connected storage systems, while the high cycle life means you only need to replace batteries more frequently than other types of batteries.

Self-discharge rate of 1-2% in Button Battery：

Lead-acid batteries are well suited for energy storage systems. They have a self-discharge rate of 1-2% per year and can be stored for long periods of time without affecting performance. It is possible to get two years life out of a fully charged battery if it is not discharged below 20% of capacity.

Button Battery keep it at 60F or below：

If you’re thinking of using a lithium battery for your energy storage system, it‘s important to understand that they are not the right choice for all cold areas. While these batteries can handle extreme temperatures well, high temperatures will still cause them to self-discharge faster.  Ideally, you should keep them at 60F or below so that they last as long as possible.

Button Batteries have advantages over lead-acid batteries：

Button batteries offer many advantages over lead acid batteries when it comes to long-term storage. They’re more compact and lighter weight, making them a great choice for emergency supplies or emergency evacuation kits.

conclusion:

Which battery is suitable for energy storage systems? Do you want to know more? Are you looking for a good price and quality storage battery? If yes, please click here to enter our official website. I'm sure you won't be disappointed.