Advantages Of Wall Mounted Lithium Batteries

The wall mounted lithium battery has several advantages, making it the best choice for industrial applications. For example, they are light in weight and have a long cycle life. In addition, they do not require proactive maintenance. This makes them the best choice for remote outpost monitoring equipment.

Low weight
Lithium batteries have higher energy density than lead-acid batteries, enabling them to hold more storage capacity in a smaller space. If you want to use lead-acid batteries to power the same system, you must install 8 lead-acid batteries. However, lithium batteries weigh only half as much as lead-acid batteries, making them easier to install in a more compact space.

Long cycle life

Lithium ion battery

has high specific energy and long cycle life under low voltage. At 4.20V/battery, they can provide 300-500 cycles. But if they are overcharged, they will lose capacity and life. This can happen if the battery voltage is too high or exposed to high temperatures. The best way to maximize the battery cycle life is to periodically charge it to 4.20V/maximum battery charging voltage.
Lithium battery shall be charged at least 40% of its capacity before storage, and shall be kept in a dry and cool environment. If the battery is under charged, it will self discharge and shorten its cycle life. The storage temperature of lithium battery is closely related to the time that the battery keeps charging.

No active maintenance
The wall mounted lithium battery has many advantages. Unlike lead-acid or nickel based batteries, they do not require active maintenance and do not release harmful gases. They are also safe to use in enclosed areas because they do not release hydrogen or oxygen. In addition, they do not require regular ventilation or cooling, which means they can be safely stored anywhere.
However, lithium batteries are more expensive than lead-acid batteries. However, if you plan to use the emergency backup power system on a regular basis, it is better to consider using FLA batteries. They do not require active maintenance and can be used for many years. They are also lighter and easier to operate. Although the initial cost of lithium battery is higher, the cost-effectiveness of lithium battery is much higher in the long run.

Low energy loss
The low energy loss of wall mounted lithium battery is achieved by increasing the battery temperature. The increase of temperature reduces the amount of lithium ions diffused into the lithium oxide lattice, which will lead to lower capacity loss. The study shows that the capacity loss of the electrode at 45 ℃ can be reduced by 8.4 mAh/g, and the coulomb efficiency is 96.4%.
Lithium batteries experience energy loss during charging and discharging. The smaller these losses, the higher the efficiency of the battery. The average loss is between 10% and 3%.

Durability
The life of lithium battery depends on its use mode and charging and discharging frequency. Under normal operating environment, lithium battery will have 60% capacity in 10 years. However, overcharging lithium batteries can lead to thermal runaway and capacity loss. Similarly, extreme cold can cause the internal electrolyte to lose fluidity, resulting in reduced power output and low charging efficiency.

Unlike many other energy storage devices, wall mounted lithium batteries can be easily recharged and discharged multiple times. Some wall mounted lithium batteries have higher capacity than other batteries, so they are ideal for various home applications. They also have a long shelf life and can be used for many years.
PKEnergy provides 48V 100Ah/200Ah 5Kwh/10Kwh wall mounted

LiFePO4 batteries

and A-class batteries. If you have any questions or requirements, please contact us via email: sales@pknergy.com.