The agricultural plant protection drone industry is booming, and agricultural plant protection drones cannot always circumvent the three major issues of safety, privacy and life. Put aside the security and privacy issues, talk about the battery life of agricultural plant protection drones today, starting with the advantages and disadvantages of the electric agricultural plant protection drones and the oil-based agricultural plant protection drones.
According to the source of the UAV power system, it is mainly divided into electric agricultural plant protection drones and oil-driven agricultural plant protection drones. Electric drones mainly use lithium batteries, and oil-powered drones mainly use gasoline. In the circle of drone enthusiasts, they often find that they use multiple batteries as backup batteries in the process of using drones to solve the problem of insufficient endurance of drones.
So, what are the performance advantages of electric agricultural plant protection drones and oil-based agricultural plant protection drones?
Advantages of electric agricultural plant protection drones:
1. The system has strong stability, high reliability, simple daily maintenance, easy to master, and low requirements for the pilot's operation level.
2. The site has strong adaptability, rapid deployment, light and flexible; superior plateau performance, motor output power is not affected by oxygen content;
3, the battery can be recharged and reused, the use cost is low, and the environment is low carbon; the electric drone has small vibration, low cost and good quality.
Disadvantages of electric agricultural plant protection drones:
1. Resistance to wind (weak resistance to 5 winds), endurance (based on the energy density of existing batteries, the electric endurance of electric drones is weak).
Advantages of the oil-mobilized agricultural plant protection drone:
1. The oil-powered drone has better wind resistance, and the oil-powered drone has a long battery life and strong endurance.
Disadvantages of oil-mobilized agricultural plant protection drones:
1. The oil-mobilized agricultural plant protection drone is complicated to use, difficult to master, and has high requirements on the pilot's operation level; the stability is poor (the existing civil drones mostly use aeromodelling engines, the engine stability is poor, and the working conditions are complicated).
2, the environmental site adaptability is poor, the plateau performance is insufficient, the vibration is large (the engine vibration is large, affecting the image quality, and it is easy to cause damage to the sensor).
3, the danger is large (the oil-mobilized agricultural plant protection drone system is heavier, the flight speed is fast, the damage is great).
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