How to store and maintain industrial drone batteries?

Currently, lithium polymer batteries are commonly used in industrial drone batteries. The raw material of lithium polymer batteries is lithium metal, and the chemical properties of lithium metal are very active, which makes the processing, storage and use of lithium metal very demanding on the environment. Lithium polymer battery has high and low temperature adaptability. It can be used in an environment of -20 degrees Celsius to -60 degrees Celsius, and can also be used in a processing environment of -45 degrees Celsius. But this does not mean that the storage temperature is the same. The storage temperature is best maintained between 18 degrees Celsius and 25 degrees Celsius. The maximum value must not exceed 30 degrees Celsius. The chemical characteristics of the battery are most stable at this temperature. If the storage temperature is too high, the electrolyte inside the battery will easily penetrate the diaphragm. If the storage temperature is too low, it must be heated when the battery is taken out and used. Both of these situations are likely to cause increased battery consumption. Dust control When storing industrial drone batteries, the dust in the air must be strictly controlled. There are three reasons. First, covering the exposed plug will affect the maximum effect of battery discharge. Secondly, the dust in the air mixed with the metal impurities on the warehouse shelves will increase the internal resistance of the battery. Third, it will affect the storage capacity of batteries for a long time, and increase the self-consumption capacity of batteries. Storage humidity moisture has a huge impact on industrial drone batteries. Not only in all aspects of production, but also in future battery storage. Water vapor in the air may seep into the outer packaging of the battery. The electrolyte in the battery is a substance that is afraid of water. It is also very easy to absorb and react with water until all the electrolyte materials are fixed. In other words, its drinking capacity will never end until it loses its use value. Other metal parts have limited water absorption, but metal parts are afraid of getting wet. Because the presence of water will cause it to rust or corrode. The moisture in the material is an important source of moisture in the battery. The greater the environmental humidity, the easier it is for the battery material to absorb moisture. The battery will undergo an irreversible chemical reaction, which will shorten the battery life. First, the battery can be protected by controlling the degree of dryness in the warehouse. Secondly, control the moisture of the battery. When storing and handling batteries, warehouse personnel should wear masks and anti-static clothing. This protection is two-way, can protect the battery and protect us from dust. In the bathroom equipped with an automatic hand dryer, wash your hands, blow dry and return to the warehouse. Battery placement According to the battery placement requirements, it is recommended that the gap between the boxes maintain a space of 0.5-0.8 meters. First, this prevents the batteries from harming each other. Secondly, some flexible packaging batteries are self-powered, and the weak current cannot be ignored. Third, in the event of an accident, isolation can also be carried out as soon as possible. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous article: What is the specific method of lithium ion battery detection?