What benefits can unmanned agriculture bring to farmers?

The country is advocating modern agriculture, the traditional agricultural production mode has been unable to adapt to the development trend of modern society. We need to make good use of modern tools, especially smartphones, the Internet and big data. Master "unmanned", the future of agriculture does not rely on people. The application of digital, automation and intelligent technology in the field of agriculture has accelerated, the concept of unmanned agriculture has basically formed, the planting, management and harvesting of crops have realized "unmanned" operations, and intelligent and advanced agricultural machinery such as agricultural drones has become a "good helper" for farmers.

What benefits can unmanned agriculture bring to farmers?

1. Improve production efficiency

The application of unmanned technology to the agricultural field has greatly improved the production efficiency. Take mountainous and hilly areas, the orchard area is large, the plot is irregular and the slope is steep and high, the manual spraying is inconvenient, the spraying is difficult and the efficiency is low, it is really a physical work. Hundreds of acres of orchards, agricultural drone operations are completed in one hour, and no leakage, no heavy spraying. Drones that farmers can control at the touch of their fingers are too easy to administer.

The increase in productivity gives farmers more time to do other work and thus more income.

2. Economic benefits

Through the science and technology of smart agriculture, all aspects of crop growth are accurately regulated, the quality of crops is improved, and natural and economic benefits will come up.

3. Social benefits

The social benefits generated by smart agriculture are multifaceted. First, scientific planting increases the quantity and material of farming; second, high-quality crops guarantee the food safety of consumers and improve the quality of life; Third, the transportation sales management process is more scientific, reducing labor errors and waste of resources.

4, save labor

The so-called intelligent greenhouse not only includes the construction of greenhouse greenhouses, but on the basis of existing greenhouses, real-time monitoring of various parameters in the greenhouse through various sensors, and then intelligent fertilization and irrigation with integrated irrigation system of water and fertilizer. Monitoring and control can be carried out remotely through mobile phones and computers without the presence of staff.

By adding intelligent control equipment to the greenhouse and installing sensors, the mobile phone can realize remote and automatic control of the greenhouse quilt, tuyere, drip irrigation, sprinkler irrigation and other equipment.

It not only solves the problem of manual labor, but also releases people's hands and time to a large extent. At the same time, constant temperature control and automatic ventilation also ensure crop yield and quality, and solve the traditional planting model of relying on the day to harvest and relying on manual experience.

5, achieve agricultural precision management

Using big data analysis, remote control can be achieved through Internet transmission, crop health can be monitored, robots can automatically pick fruits, and the ideal model of unmanned operation in the whole scene of agriculture is being realized.

Unmanned technology has opened the door to smart agriculture, which is behind the data and equipment in play. Facing the future, unmanned agriculture will free people, and the dirtiest and most tiring farm work can be handed over to machines.