Battery

In recent years, as the consumer market continues to grow, the heat of the drone continues to climb. From the initial "military weapon" to today's "selfie artifact", "air traffic police", "mapping expert", "mobile wifi",Battery recycling and "mobile police", drones have become the most popular and most widely used in the world. UAVs have been widely used in many fields such as agricultural plant protection, express transportation, and disaster rescue. The continuous expansion of drone application fields and the highlighting of its value are driving the rapid increase of its identity and labeling. However, as we all know, the number of cycles of a drone battery, as an important consumable of a drone, directly affects the endurance of the drone and the cost and revenue of flight operations, etc. So, what is the cycle count of a drone battery? How does it relate to the planting cost of planting drones?

1. What is the cycle count of a drone battery?

The number of cycles of a drone battery refers to the service life of the battery.cylindrical cell assembly machine When the battery is fully charged after using up its power, it is counted as one cycle. The number of times a battery can be used in this way is the number of cycles of a drone battery.

The number of cycles is also known as the battery cycle period. When the battery has discharged the nominal amount of power, the number of cycles is increased by 1. For example, the actual capacity of the Tattu drone smart battery is 14000mAh, and when the smart battery has discharged a total of 14000mAh,battery making machine the number of cycles is increased by 1. If the battery has discharged 8000mAh on the first use, and 7000mAh on the second use, then 8000mAh + 6000mAh = 14000mAh, the cycle number is added 1, and the remaining 1000mAh of power continues to be used as the accumulated value for the next cycle.

It should be noted that the service life of the drone battery is very much related to the user's usage. Generally speaking, frequent use and continuous high-current discharge will lead to a relatively short battery life.

How long a drone battery can last depends largely on the number of times it can be cycled. And this number of times is closely related to the use habits of people. Therefore, how long a drone battery lasts varies from person to person.

For example, if a battery has an average of 250 cycles from official tests or data shared by most users after using it, then that should be the same number if you use it normally. If you use it once a day, it will last 250 days; if you use it twice a day, it will last 125 days. If you don't use it as normal, but use it violently and often, then the battery will definitely have a shorter number of cycles, and you may only be able to use it about 150 times before it is scrapped.

2. What is the relationship between the number of cycles of a planting drone battery and the cost of planting?

The number of cycles of a drone battery is a very important physical quantity for planting drones. It is not only one of the important bases for judging the newness and oldness of the battery, but also an important factor for the cost of flight operations.

As the planting drone market matures, planting service providers have not only established a clear costing model, but also started to consider expanding their profit margins. As a result, there have been more and more topics on how to reduce the cost of plant protection operations recently.

In short, it is believed that smart drone batteries will be continuously optimized and improved in the future. With technological breakthroughs and improvements, the number of cycles of drone batteries will continue to increase. Drone batteries will develop in the direction of greater safety and improved energy efficiency utilization to provide more power and energy as well as safer and more stable protection, becoming a true energy center.


Related Hot Topic

To create one kWh, how many 18650 batteries are needed?

A 1kWh battery requires 136 of these (2Ah*2Ah=7.4Wh) lithium ion 18650 battery cells, for instance. Each of those cells can store 7.4Wh of energy (3.7V*2Ah=7.4Wh). You can get a 1kWh battery with a nominal voltage of 3.7V by connecting 136 in parallel.

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