博文

目前显示的是 十一月, 2021的博文

How Much Power is Stored in the Lithium Battery?

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As a   lithium battery supplier , I'd like to introduce it to you. In fact, lithium batteries are not afraid of charging, but are afraid of running out of electricity. How do you say? Many batteries have so-called "charging management ICS", so that the battery will not explode when it is charging, and it will not cause the battery to be too low to start the charging process because of the lack of electricity. Therefore, if the lithium battery is out of power and left uncharged after a long period of time, it is likely that the voltage will be too low and the battery will be discarded prematurely. If the lithium battery is not used for a long time, it is best to retain 40% of the power. Lithium Battery Several factors are considered to determine the main source of this capacity: 1. Lithium-ion battery self-discharges, if it is not charged, it will cause the battery to be over-discharged, thereby making the lithium-ion chemical activation purity and reducing the recovery ca

What is the LiMnO2 Battery?

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In recent years, the development of electronic products has been extremely rapid, with diversification of their products and wider application areas. LiMnO2 Battery has a high energy density requirement and is a small power supply that can work reliably and safely for a long time. LiMnO2 Battery has excellent characteristics. As a  wholesaler of LiMnO2 Battery , I will introduce LiMnO2 Battery to you.   Godson Technology Co., Ltd. is a globally trusted supplier and manufacturer of  emergency lighting battery ,  emergency lighting products ,  E-bike battery  and  power tool battery , whose batteries range covers  Ni-Cd ,  Ni-MH ,  LiFePO4 , Lead Acid, Lion-polymer and other relevant lithium batteries. Introduction of LiMnO2 Battery LiMnO2 Battery  LiMnO2 Battery uses special process-treated manganese dioxide as the positive electrode active material, and uses high-potential and high-specific energy lithium metal as the negative electrode active material. The electrolyte uses an organic