What are the advantages of the high-voltage plant protection drone battery?
1. High discharge platform
Mainly reflected: A, high-voltage version of the UAV battery, the median voltage of 1C discharge is 3.8V. That is, the monolithic voltage when half of the capacity is put.
The median voltage of the Pu Neng battery is 3.7V. The ternary is lower, only 3.6V. At present, most of the low-priced drone batteries on the market are assembled with ternary materials or degraded batteries such as A3 and B products.
B. Under the same alarm voltage, the discharge capacity of the battery of the high-voltage plant protection machine is more. Take the test as an example, 10KG pesticide drone, the alarm voltage is 44.4V. The discharge capacity of the high-voltage plant protection battery 45.6V 25C 16000mah is 9300mah. The 44.4V 25C 16000MAH only releases a capacity of 7200mah.
C. Taking the 160A connection as an example, the voltage of the high-voltage battery cell instantly drops from 4.35V to 4.02V. The ordinary battery instantly dropped from 4.2V to 3.75V.
2. High energy density
The energy density of high-voltage UAV batteries is higher. Take 6S 16000mah as an example:
Energy density of high voltage battery: 3.8V*6S*16AH/2KG=182.4WH/KG
Energy density of ordinary battery: 3.7V*6S*16AH/2KG=177.6WH/KG
3. Longer flight time
Under the same alarm voltage, the plant protection time of the high-voltage drone battery is 20%-25% longer than that of an ordinary battery.
4. Longer cycle life
Under the same conditions, the high-voltage drone battery is about 20% more than the ordinary battery.
5. More power
Under the same load, the battery power of the high-voltage plant protection machine is significantly stronger, compared with ordinary batteries. Especially when fully loaded with pesticides just take off, it can be clearly felt, and the high-voltage battery power is more sufficient.