PROS of Lithium Batteries
The liquid lithium-ion battery is the foundation for developing the lithium polymer battery. The anode and cathode materials of a lithium polymer battery are the same as those of a liquid lithium-ion battery; however, a gel electrolyte and an aluminum plastic film serve as the outer package of the lithium polymer battery instead of a liquid electrolyte. As a result, the Atlas 12V 100AH Lithium Battery is thinner, lighter, has a higher energy density, and has more safety features.
There are many positive aspects of lithium polymer batteries:
A thickness of a thin layer
The procedure of designing the shell and then plugging the positive and negative electrode materials is utilized in producing liquid lithium batteries. There is a technological bottleneck when the thickness is less than 3.6 millimeters, but the polymer cell does not experience this difficulty. The thickness can be less than 1 millimeter, keeping with the trend of slimming out applications as a development path.
A low resistance inside the system
The internal resistance of polymer batteries is lower than that of liquid batteries, and the current domestic internal resistance can drop below 35 m. This significantly reduces battery power and effectively increases the time applications can remain in standby mode.
Configurable outline options
Polymer batteries can have their cell thickness increased or decreased in response to a customer’s request. Additionally, new cell models can be developed at a low cost and with a shorter mold opening cycle. Some polymer batteries can even be tailored to the shape of an application, allowing for full utilization of the battery shell space and an increase in the battery’s overall capacity.
Capable of both charging and discharging promptly
The Atlas 12V 100AH Lithium Battery may be ultimately charged with the constant current and voltage charger in one to two hours, depending on the size of the battery. The rated voltage of the charger is 4.2 volts.
Colloidal electrolytes are used in polymer batteries; compared to liquid electrolytes; these electrolytes provide more consistent discharge properties and a more incredible discharge platform.
An excellent record of safety performance
The metal casing of the liquid lithium battery is distinct from the aluminum-plastic exterior of the box, which contains the battery.
As a result of the utilization of flexible packaging technology, any hidden problems with the product’s internal quality may be quickly revealed through the exterior packaging’s deformation and display, and any concealed problems with the product’s safety will not explode but rather merely swell.
Long cycle life
The lithium polymer battery’s capacity for being charged and discharged can reach over 500 times under typical operating circumstances.
No pollution
Batteries made of lithium polymer do not contain any potentially dangerous elements like cadmium, lead, or mercury.
There is no effect on memory.
Memory effect is a term used to describe the phenomena in which the capacity of a nickel-cadmium battery reduces when the battery is cycled through the process of being charged and discharged. Lithium polymer batteries do not cause these side effects.
The lithium polymer battery is steadily increasing its market share due to its benefits, which include being lightweight, having a low mold opening cost, and having a high level of safety. The most common application is in digital items, but it is also finding its way into apps, laptops, power tools, and other areas of market development.
