Method and system for electric traction farming

Abstract

The invention discloses an electric drawing type field tillage method and system. Electric energy is adopted as power, an electric winch and steel wire ropes are utilized to draw a tillage machine to complete agricultural production through fixing facilities and control facilities pre-arranged in the field. According to the electric drawing type field tillage method and system, the electric energy is adopted as driving force of the tillage machine and is emission-free and pollution-free and the environmental requirements of low carbon and emission reduction are met; the electric winch is utilized to replace a cumbersome internal combustion machine, so that light-weight trend of the tillage machine is realized, and a large quantity of materials and power can be saved; the tillage width of the tillage machine can be increased, the operation speed of the tillage machine is increased, and the tillage efficiency is improved; pressure of the tillage machine on soil is reduced, the soil structure is improved, and conservation of water and soil is facilitated; row spacing of crops is shortened, rational close planting is realized, the land use efficiency is improved, and crop yield is increased; the automation level of the tillage machine is improved and the tillage efficiency is improved; the energy consumption is low, the cost of electric energy is low, the tillage price is low, and the tillage cost can be greatly reduced.

Description

technical field [0001] The invention relates to an electric traction farmland cultivation method and system, which are used for farmland cultivation, planting, protection, irrigation and drainage and harvesting. Background technique [0002] So far, human farming methods have generally gone through two stages. The first stage is primitive, mainly relying on manpower and animal power for agricultural cultivation; the second stage is after entering the 20th century, agricultural mechanization powered by internal combustion engines has been popularized and used, and an industrial system has gradually formed, greatly improving agricultural labor. Productivity. [0003] However, there are many disadvantages and deficiencies in the agricultural mechanized cultivation based on agricultural tractors that are generally used at present, mainly including: large equipment volume, heavy weight; large material and energy consumption; slow running speed; complicated technology and mainten...

AI Technical Summary

Problems solved by technology

[0003] However, there are many disadvantages and deficiencies in the agricultural mechanized cultivation based on agricultural tractors that are generally used at present, mainly including: large equipment volume, heavy weight; large material and energy consumption; slow running speed; complicated technology and maintenance, etc. is:

[0004] (1) The internal combustion engine uses fuel oil as power, and emits a large amount of exhaust gas during operation, which pollutes the environment and does not meet the requirements of low-carbon environmental protection

[0005] (2) Due to the long-term use of heavy farming machinery such as tractors, the accumulation of deep compaction on the soil will adversely affect the growth of crops

[0006] (3) Using the current farming machinery for farming, the reserved space for the row spacing of crops is too large, which reduces the efficiency of land use and reduces the yield of crops

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