Table of Contents
Introduction
The Li Polymer (Lithium Polymer) and Lithium-Ion battery is the choice frequently encountered in the field of portable electronics. Both have individual advantages but Li Polymer is favored recently because of their lightweight and the ability to be designed according to customers’ needs. In this article, we’re going to take a closer look at seven powerful arguments in favor of Li Polymer batteries so that you choose the right battery technology for your project.
1. Fiber Optic Systems are typically designed to be as light and flexible as possible
The Li Polymer (Lithium Polymer) and Lithium-Ion battery is the choice frequently encountered in the field of portable electronics. Both have individual advantages but Lithium Polymer is favored recently because of their lightweight and the ability to be designed according to customers’ needs. In this article, we’re going to take a closer look at seven powerful arguments in favor of Lithium Polymer batteries so that you choose the right battery technology for your project.
2. Safety Enhancements
Li po and Li Ion batteries are normally safer than the Li ion batteries. They employ a dry or gel like electrolyte which gives less likelihood of leakage and therefore a reduced likelihood of exposure to dangerous chemicals. Furthermore, Lithium Polymer batteries are much less flammable and result in less likelihood of explosions when overheated. If safety is the issue, especially in those products which are usually in contact with our skin or those which are parts of clothing, Lithium Polymer has a strong point.
3. Enhanced Capability for Operational Demands
Li Polymer batteries are the best for those gadgets that need a lot of power once in a while. They are built to sustain high power applications and at the same time have a low internal impedance hence do not drop off voltage like Lithium Ion batteries. This feature is imperative especially in the electronics such as drones, electric cars, and all gadgets with required stable output power.
4. Extended Lifespan
Li Polymer batteries are often longer lasting than Li Ion batteries of the same type to a very large extent. Although all rechargeable batteries tend to fade out with time,li on li po batteries typically last fewer charge cycles than other batteries before their capacity starts to drop. This means better value and performance for the long run hence improving on the efficiency of costly devices that would have needed replacement.
5. Higher Power Density
The last benefit of Li Polymer is higher power density than other solutions, meaning more capacity on a smaller piece of equipment. The Li Polymer batteries produce devices that can run for extended hours before going for recharging again. This benefit is well enhanced in consumer electronics, especially where battery longevity is a valuable consideration.
6. Low temperature performance superiority
Li Polymer batteries will be generally more useful if you take your electronic devices into cold environment or operate with them. In contrast to Lithium-Ion batteries, the Li Polymer batteries do not decrease their efficiency and can be effectively employed in outdoor equipment or equipment operating in low temperatures.
7. External and Internal Cost Factors
From the environmental point of view, Li Polymer batteries employ different and more stable chemical combinations every time and so cause lesser pollution at the time of discharge. Also, the cost of production of Li Polymer is gradually coming down, which puts these batteries within the reach of the normal user. In row with the growing demand, Li Polymer may produce the battery cheaper and more efficiently than Lithium-Ion production.
Conclusion
Comparing Li Polymer with Lithium-Ion battery, it is found that Li Polymer has certain advantages like flexibility, safety, power density and environmental issues. However, the choice is very limited by the requirements of your device. Knowing the advantages and disadvantages of every type of battery, you can choose the most appropriate power supply system.
