Simulation Analysis of Hydraulic Synchronous Upside Down Hoisting Crossing Device for Transmission Line Based on Artificial Intelligence

With economic development and scientific and technological progress, industrial and agricultural production and household power consumption have increased year by year, and power grid construction has also achieved unprecedented development. The continuous improvement of transmission line capacity and voltage level also leads to the gradual increase of new lines crossing existing lines in practical projects. In this paper, based on the hydraulic synchronous inverted hoisting crossing device of transmission line based on artificial intelligence, the basic requirements of hydraulic hoist and joint simulation and transmission line route selection are discussed; During the simulation, the deviation of the hydraulic transmission line is always increased by [- 19.5] in the area of [−46] in the simulation test, according to the variation of the hydraulic transmission line speed in the area of [- 19.5]. In this paper, according to the general situation, the fuzzy universe of E and EC is defined as [- 6,6].