The difference between power lithium batteries and regular lithium batteries

　　Power lithium batteries and ordinary lithium batteries are two common lithium-ion batteries, which have some differences in structure, use, and performance. This article will compare power lithium batteries and ordinary lithium batteries in detail from aspects such as battery structure, battery type, battery capacity, charging and discharging performance, safety performance, etc.

　　Firstly, from the perspective of battery structure, power lithium batteries and ordinary lithium batteries have similar structures, both composed of positive electrode, negative electrode, electrolyte, and separator. Power lithium batteries usually use high nickel cobalt manganese oxide lithium as the positive electrode material, while ordinary lithium batteries use lithium manganese oxide or lithium iron phosphate as the positive electrode material. Due to the different positive electrode materials, power lithium batteries have higher energy density and discharge performance.

　　Secondly, from the perspective of battery types, power lithium batteries are mainly used in fields such as electric vehicles and electric tools that require high energy density and high discharge performance. Ordinary lithium batteries are mainly used in consumer electronics products such as mobile phones, laptops, and drones.

　　Again, in terms of battery capacity, power lithium batteries have a larger capacity, generally expressed in Ah (ampere hours), which can provide longer working hours. Ordinary lithium batteries have a relatively small capacity, usually measured in mAh (milliampere hour), and are suitable for providing short-term energy supply.

　　Next, in terms of charging and discharging performance, power lithium batteries have better performance. It has a higher discharge rate and can quickly release electrical energy, making it suitable for applications with high power requirements. However, the discharge rate of ordinary lithium batteries is relatively low, making them suitable for scenarios with low power requirements.

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