Surprised! Glory Tianzhu plant protection drone battery 300 cycles can also be used

Surprised! Glory Tianzhu plant protection drone battery 300 cycles can also be used

The cost of the battery can be saved by half, which means that the cost of plant maintenance for drones can be reduced by 1/10. The UAV battery that is generally used for plant protection in the market can use 150-200 cycles, which means that the price of running 300 cycles is still the same. Does it mean that the UAV plant protection model is mature and the profit space is being expanded?

Recently, I know more about how to reduce the cost of plant protection operations. A small farmer who made flying anti-plant protection said that two 16000mah glory days of drone lithium battery, bought in October last year, used About 300 cycles are still in use, dry fly protection for 3 years, and it has not been used for so long, asking if battery technology is innovative. Under the circumstance, we can find that it is nothing new to use drones to spread drugs and fertilize to improve work efficiency. After several years of polishing, UAV plant protection service providers not only have clear cost accounting models, but also I am considering expanding the profit margin.

Usually the cost of the plot is 8 yuan / mu, the cost of the battery accounts for 1/10. The post counted, if the price of two 16000mAh batteries is calculated according to 1800 yuan, equipped with a plant protection machine with a load of 10L, 10 acres of ground operation, 200 cycles of batteries, the entire life cycle cost is 1800/2000 = 0.9 yuan / mu 300 cycles calculated to be 0.6 yuan / mu. If the battery can be used for 350 cycles like Tianzhu plant protection battery, the cost of the battery will drop to 0.51 yuan/mu, and it can earn 0.39 yuan/mu more! It is clear that everyone knows that an unmanned aircraft has an average of 20,000 mu per year. The amount of work, the battery cycle has been increased to 350, and it is easy to earn 7800 yuan of plant protection profits for one machine per year. It is not surprising to look at the development of drone batteries for plant protection operations.

According to professional analysis, the main reason for this battery cycle is the result of custom development of the plant maintenance drone. Different from the rising temperature of the battery in the market, when the battery is changed to the battery in the summer to work, the battery of this antenna is not hot. In the production process of lithium battery, too much water will react with the positive and negative active materials, destroying its structure and affecting the cycle. Therefore, this plant protection drone lithium battery of Tianzhu uses a fully enclosed dry circulation wind coating process. It can be free from external humidity interference, improve the consistency of the electrode and the firmness of the electrode. When the tensile force is greater than 0.7kgf, the cycle performance and safety performance can be improved. When the content of the positive electrode water is less than 100 ppm and the moisture content of the negative electrode is less than 10 ppm, the cycle performance and low temperature performance of the battery can be improved. Through material selection and production process control, the battery operating temperature rise is suppressed, so that the cycle life of the plant protection drone lithium battery is greatly improved.

In addition, the performance of the diaphragm also affects the interface structure and internal resistance of the battery; affects battery capacity, cycle times and safety performance; affects the overall performance of the battery. It is beneficial to separate the positive and negative electrodes of the battery, prevent short circuit, and make the electrolyte ions pass back and forth during charging and discharging. Scorpio's plant protection drone battery uses imported thickened diaphragm in the use of diaphragm raw materials; the use of thickened diaphragm makes the battery less prone to internal short circuit; reduces electrolyte consumption, ensures high electrolyte retention, and is beneficial to battery The cycle life is increased. Imported thickened diaphragm, lithium ion penetration speed, small internal resistance, reduce battery work temperature, can also improve cycle life.

During the charging process, the lithium inside the battery is detached from the positive electrode in the form of ions, and the electrolyte is transported through the separator and embedded in the negative electrode; the external electrons of the battery migrate from the external circuit to the negative electrode. During the discharge process, lithium ions inside the battery are taken out from the negative electrode and inserted into the positive electrode through the separator; the external electrons of the battery are transferred from the external circuit to the positive electrode. Therefore, the separator is an important component of the lithium ion battery, and is an important construction for supporting the lithium ion battery to complete the electrochemical process of charge and discharge.

There may be a lot of related technology research and development. Seeing the way lithium battery is gradually improving quality to reduce costs, rather than reducing the cost of raw materials, people can see the dawn of drones in the plant protection industry. The battery yield rate rises, the cycle life increases, and the natural operation cost will decrease. This phenomenon is more reliable than the previous years to find cheap materials! It seems that the trend and phenomenon of drones in the field of plant protection is very worth looking forward to.