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　　Compared with previous batteries, they are high in energy, compact and lightweight, which are the physical properties of rechargeable batteries. In appearance, polymer lithium batteries are ultra-thin and can be matched with some necessary products to make the appearance and volume of the battery different. This rechargeable battery is theoretically at least as thin as possible.

　　There are generally three types of rechargeable battery elements: positive, negative, and electrolyte solution. Lithium polymer battery is a rechargeable battery system that uses at least one or more three elements. In lithium polymer battery systems, most fiber materials are used for positive electrolytes and electrolyte solutions. Cathode materials are inorganic compounds used in conductive polymers or ordinary lithium batteries, and lithium metal or lithium carbon dummy batteries are often used in the negative electrode stage. Because there are no unnecessary lithium battery electrolytes in lithium polymer, it is more reliable and stable.

　　1. How to charge new batteries

　　In lithium-ion applications, it should be noted that the rechargeable battery goes to sleep after a period of time, and when the volume is smaller than the standard value, the time usage is also reduced. But lithium-ion batteries are easy to talk about. If you cycle the system through all normal battery charging times 3-5 times, you can charge over the phone and restore capacity. Due to the characteristics of lithium ion, it is essentially memoryless. Therefore, the new lithium ion on the client phone is not used much throughout the entire phone process. Not only in theory, but also from a practical point of view, it is best to choose the inevitable way of charging the battery from the beginning.

　　In order to solve the passion problem of lithium-ion batteries, the battery charging time must be more than 12 hours, three times of charging, and easy to charge. Charging of the first three types of batteries can last up to 12 hours, especially when nickel rechargeable batteries (such as nickel cadmium and nickel metal hydride) continue. So this call started out as a random story, so to speak. The battery charging characteristics of lithium and nickel rechargeable batteries are very different, as can be well told by all the serious and serious technical documents I have seen, they focus on overcharging and overcharging on lithium, especially Liquid lithium batteries cause a lot of damage. Therefore, it is best to charge the battery according to the standard time and standard mode, and there is no need to charge the battery for more than 12 hours. Generally speaking, the battery charging method detailed in the mobile phone specifications applies to the method of charging the mobile phone on the mobile phone.

　　Additionally, lithium-ion phones or rechargeable power supplies completely self-deactivate after charging, and there are no nickel chargers that charge white trickle batteries for more than 10 hours. In other words, if your lithium is full, it will also be white when you put it on the charging head. No one can ensure that the charging and maintenance circuitry of the battery will never change its nature and quality, so there is a risk that your battery will remain recharged for a long time. This is another reason why people refuse to charge long batteries.

　　Except for some mobile phones, if the battery is charged for more than a certain period of time, if the charging head is not removed, the system will not only stop charging, but also start a charging and discharging cycle. Perhaps the producers of this approach have their destination, but it's clear that they are not conducive to rechargeable batteries and mobile/charging heads. In addition, charging long batteries must take a long time and usually must be done at night. In the case of my country's power grid, the operating voltage at night in many areas is very high and fluctuates greatly. As I already said, lithium is subtle,

　　It is much more volatile than nickel at battery charge levels, thus creating additional risks.

　　In addition, the lithium battery layer is not suitable for overcharge and discharge, and the overcharge and discharge of lithium battery is also very poor.

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