18650 battery 3.7v 1800mah

　　Why 18650 battery 3.7v 1800mah packs must be balanced

　　18650 battery 3.7v 1800mah pack is a product of lithium batteries connected in series or in series, which is very common in our daily life. The so-called balance is to keep the entire battery pack within normal limits to ensure overall safety.

　　Why must 18650 battery 3.7v 1800mah packs be balanced? 18650 battery 3.7v 1800mah packs are generally composed of one or several 18650 battery 3.7v 1800mah packs connected in series, and each 18650 battery 3.7v 1800mah pack is composed of three to four connected in series. The integration of operating voltages, power supplies and medical devices can meet the requirements of industrial applications. The battery pack balancing intelligent management system can effectively detect, maintain, balance energy and alert the battery pack, improving the efficiency and service life of the entire battery pack. 18650 battery 3.7v 1800mah pack balancing technology can solve this problem, thereby improving the performance of the 18650 battery 3.7v 1800mah pack. Through the basic adjustment of battery balancing, the problem of battery mismatch can be solved. Only in the battery charging process and the actual object must be balanced, the battery mismatch must be balanced during the battery charging process.

　　To avoid the problem of short battery cycle times. The use of 18650 battery 3.7v 1800mah packs is beneficial to the safety of lithium batteries. Otherwise, some single lithium batteries may become abnormal or cannot be used in time, causing malfunctions, fires, explosions, etc.

　　The current common 18650 battery 3.7v 1800mah balancing technology mainly includes passive energy consumption, battery charging balancing and migration active balancing. From the perspective of development difficulty, cost, balancing efficiency and power utilization, passive balancing is the most important. It is easy to develop, the cost is minimal, the balancing current is not large, generally in the 100ma range, the balancing efficiency is low, the power utilization is zero, the balancing current can reach the ampere level, the balancing efficiency is high, and the migration active balancing complexity is high , the cost increases, and a larger balanced current can achieve ampere, balanced efficiency and maximum output power utilization.

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