Some requirements and precautions of drones for lithium-ion high-voltage charging fast  lithium battery polymers

Some requirements and precautions of drones for lithium-ion high-voltage charging fast  lithium battery polymers

What are the precautions for using lithium-ion high-voltage charging fast  lithium battery polymers SSers for drones? The technicians of Dongguan Chengsipin Technology Co., Ltd. will share with you!

1. Do not force the flight if the temperature is too high or too low. To preheat and keep warm, this principle is ignored by many flying friends. In addition, the high-rate lithium battery polymer must be insulated. Before taking off, the high-rate lithium battery polymer must be stored in a warm environment, such as in the house, car, and incubator. To quickly install the high-rate lithium battery polymer when taking off, and perform the flight mission. When flying at low temperatures, try to shorten the time to half of the normal temperature to ensure safe flight

2. After the drone's lithium-ion high-voltage charging fast  lithium battery polymers is discharged, the high-rate lithium battery polymer takes effective heat preservation measures (such as using a thermos cup, incubator storage, etc.) to ensure that the temperature of the polymer body of the high-rate lithium battery remains at 5 ℃ above, 20℃ is the best; After the high-rate lithium battery polymer is loaded into the aircraft, check the remaining power of the high-rate lithium battery polymer and whether the voltage information is abnormal from the APP; the high-rate lithium battery polymer temperature does not reach 20℃ When it is above or above, it is not suitable for large maneuvering flight; Compared with flying at room temperature (about 20℃), the battery life of high-rate lithium battery polymer in low temperature environment will be significantly shortened. After a low battery alarm occurs, you should return home immediately.

3. Don't overdraft the lithium-ion high-voltage charging fast  lithium battery polymers power of the drone. The discharge curve of the high-rate lithium battery polymer shows that the voltage drops relatively fast when the discharge starts, but the voltage drops not fast when the discharge reaches between 3.9V and 3.7V. But once it drops to 3.7V, the voltage drop speed will increase, poor control will lead to over-discharge, at the slightest damage the high-rate lithium battery polymer, at worst, the voltage is too low and cause the bomber.

CSIP science & Technology is a high-tech enterprise integrating development, production and sales of lithium high-rate lithium battery polymer production equipment. Products are widely used in various production processes of lithium ion, polymer, power high-rate lithium battery polymer, etc.; the company has strong technical force and has many years of technology development and research experience. It is used in lithium high-rate lithium battery polymer and non-standard equipment manufacturing The company has deep attainments to ensure the advancement and practicability of technology; the company also has strong technical development, manufacturing, quality inspection and management talents, continues to improve manufacturing capabilities, and continuously develops core technologies and processes, and strives to become a leading domestic lithium An expert in high-rate lithium battery polymer production equipment.