近年來，我們專注於agv的發現和agv重要部件的安全性。 鋰電池的安全性首先取決於電池本身。 鋰電池由正極數據、負極數據、電解液、隔膜和數百個電池組成，組合成一個鋰電池組，俗稱電池組。

1. 手機層面的安全

能量密度越高，AGV鋰電池越不穩定。 鋰電池的危險是熱失控和火災爆炸。

2. 包訪問安全

如果AGV鋰電池屬於電池本身的特性，包裝層非常重視電池與環境的連接，包括加熱、揉捏、針刺、浸水、振動等，因此非常重要通過國際標准保證PACK層的安全。

4. Battery positive and negative data

Positive electrode data: The thermal stability of the positive electrode data can be improved by doping, coating the positive electrode data or replacing the positive electrode data with metal atoms. Anode data: The anode data is coated with electrolyte additives or to improve the stability of the SEI film. And select new anodes, such as lithium titanate anodes, alloy anodes and other data to improve the safety performance of the anode.

For lithium battery customization, the quality of the required information also guarantees the battery’s performance, safety, service life and other characteristics. Today, lithium batteries are everywhere in our lives. They are useful in various industries, such as mobile phones, electric cars, drones and other power tools.

鋰電池定制是電池和外殼的重要組成部分，包括正極、負極、間隙和電解液。

The positive electrode is an active material, generally composed of lithium iron phosphate, ternary lithium and other materials. It is the most important part of the entire lithium battery, and its cost accounts for about 1/3 of the total cost. Most lithium batteries are also named after the negative data.

負極也是一種活性物質，通常由石墨或類石墨碳製成。 還有單獨的鈦酸鋰電池，以鈦酸鋰為負極。

鋰離子屏障是一種特殊形成的聚合物膜，在鋰電池中充當鋰離子傳輸的支撐結構，例如體內的骨骼和血管。

Electrolyte is a special solution, such as blood in the body, which can transfer energy.

外殼通常由硬包鋼和金屬製成，軟包鋁和塑料薄膜保護電池表面。