I believe that many people do not have a special understanding of the performance of plant protection drones. For example, the working power of plant protection drones? How many people understand the working power of plant protection drones? Today, our editor of MANHOPE mainly Let me introduce to you the relevant knowledge of the working power of the plant protection drone. The specific content is as follows:
Picture: 10L Plant Protection Drone
The power sources of plant protection drones are divided into electric power and oil power. electric power: electric plant protection drones use batteries or rechargeable lithium batteries as power sources. This power system has the advantages of low noise, zero emissions and low operating costs. Electric crop protection drones are usually suitable for small and medium-sized tasks, such as crop protection of small-scale farmland or vegetated areas. Oil-powered: Oil-powered plant protection drones use an internal combustion engine as a power source, and the fuel is usually gasoline or diesel. The oil power system has a longer battery life and a higher carrying capacity, and is suitable for plant protection operations in large-scale farmland or vegetation areas. This powertrain can provide greater range and payload capacity, but at the cost of noise and emissions.
The actual load of most electric unmanned agricultural machines is less than 10 kg, and each sortie cannot spray 20 acres. As far as the current situation is concerned, it is difficult to increase the load capacity of electric unmanned agricultural machines; oil-powered plant protection drones It is relatively simple to increase the load, but a high control level must be ensured to ensure that 30 to 50 acres are sprayed per sortie. The price of domestic plant protection drones is generally between 200,000 and 300,000 yuan. Even if three people are required to cooperate to operate, the actual daily control area is about 200 mu. It can bring many benefits such as low price, high efficiency and safety to farmers.
Obviously, the spraying of pesticides by plant protection drones has a price advantage that the other three methods cannot match. Although the spraying efficiency cannot be compared with manned helicopters, agricultural plant protection drones do not require airports or take-off and landing points, and have lower requirements for operating weather. They have greater flexibility and a larger operating window than manned helicopters.
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