Solar power two-way monorail aerial public transit system

Abstract

The invention discloses a solar power two-way monorail aerial public transit system. The system comprises supporting columns, a monorail, electric buses, pulling devices, a solar photovoltaic power station, a cleaning trolley and a platform. The main body of each supporting column is of a structure shaped like a Chinese character 'gan', the two ends of the tops of the supporting columns are provided with to-and-fro double-row monorail channels, and thus two-way running of vehicles is achieved; the foundation is stable; the front and back of the top of each electric bus are each provided with one pulling device, the pulling devices run in the groove-type monorail and are connected with the electric buses through shafts and bearings, the electric buses can rotate freely around the connectingshafts, and a small turning radius is achieved; the electric buses run with a certain distance kept between them, the requirement for the strength of the monorail and the supporting columns is effectively lowered, the building cost is effectively reduced, and the pulling power is also greatly reduced; solar energy which is clean and free of pollution is used as the power source of rail traffic, surplus electric power is transmitted into the national grid, and electric power is supplemented through the national grid on rainy days.

Description

technical field [0001] The invention relates to a rail transit system. Background technique [0002] With the continuous expansion of the scale of modern cities, urban traffic is becoming more and more congested. Wired electric buses drive on the road and become one of the main forces of urban congestion. Connected operation, the weight of the vehicle itself is large, the traction power is high, and the strength requirements for the track and support columns are very high, resulting in high construction costs. Using the national grid for power supply operation consumes a lot of energy and high operating costs, which also affects the safe operation of the grid. greater impact. [0003] The solar power two-way monorail air public transportation system, its main support column adopts a "dry" shape structure, and two-way double-row monorail passages are installed at both ends of the top to realize the two-way driving of vehicles. The foundation is stable, safe and reliable. The...

AI Technical Summary

Problems solved by technology

[0004] In the public transportation system in the above-mentioned prior art, the wired electric bus runs on the road, and the speed is limited. The existing rail transit system has high construction costs, a large turning radius, and a small application range, and uses the national grid for power supply. Certain impact on safe operation

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