Farm electrification system

Abstract

Provided is a farm electrification system. The farm electrification system comprises a farmland power grid, a servo circuit, at least one suspension machine and an electric power agricultural machine. The farmland power grid is communicated with one end of the servo circuit, the other end of the servo circuit is connected with the electric power agricultural machine, the middle of the servo circuit is connected to the lower end of the suspension machine in a hanging mode, and the suspension machine is communicated with the servo circuit. The suspension machine comprises a right rotation electric blade type lift machine and a left rotation electric blade type lift machine. The right rotation electric blade type lift machine comprises a right rotation protective cover, right rotation blades and a right rotation motor. The right rotation blades are mounted on a rotating shaft of the right rotation motor. The left rotation electric blade type lift machine comprises a left rotation protective cover, left rotation blades and a left rotation motor. The left rotation blades are mounted on a rotating shaft of the left rotation motor. The lower end of the right rotation motor is mounted on the top face of the left rotation protective cover. The rotating direction of the left rotation motor is opposite to the rotating direction of the right rotation motor, and the rotating direction of blades of the left rotation blades is opposite to the rotating direction of blades of the right rotation blades. The right rotation motor and the left rotation motor are connected in parallel and then are communicated with the servo circuit. The farm electrification system is suitable for farmland operations.

Description

technical field [0001] The invention relates to the field of agricultural appliances, in particular to an agricultural electrification system. Background technique [0002] At present, the power of farmland operating machinery mainly relies on fuel engines, but due to the high manufacturing cost and high use cost of fuel engines, large volume and heavy weight, it is difficult to promote them. For a long time, this difficult situation has not been effectively resolved, seriously affecting the development of agriculture. [0003] Compared with agriculture, industrial development has progressed rapidly, from mechanization and electrification to automation, and from automation to intelligence. [0004] The reason why the industrial development progresses so fast is that the industry uses alternating current and alternating current motors, and the development and progress of agriculture must also consider the application of alternating current and alternating current motors. Am...

AI Technical Summary

Problems solved by technology

By using the servo circuit to conduct the power supply of the farmland power grid to the electric agricultural machinery, and using the suspension machine to suspend the servo circuit in the air, it solves the problem that it is very difficult to supply AC power during agricultural production operations. The structure is simple and easy to use. and low cost

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