Urban cable car transportation systems powered by solar, wind and gravitational potential energy

Abstract

The urban cable car transportation system driven by solar energy, wind energy and gravity potential energy comprises a carriage, a bearing cable, a carrying cable, a support steel frame, an electric winch, a control room, a solar photovoltaic array, a wind generator, a supercapacitor battery and a platform. Making use of the height advantage of the high-rise building and the ground station to formmutual connection through the ropeway, it can greatly improve the efficiency of personnel transportation and circulation, but also avoid the congestion caused by the conflict between vehicles and pedestrians on the ground, greatly improve the city carrying capacity, can greatly improve people 's travel mode. Ultracapacitor batteries store the electrical energy generated when the cableway is not in operation for use when gravitational potential energy does not adequately power the cabin and weather conditions are unfavourable. If the weather condition is not good for a long time, and the gravitational potential energy cannot provide sufficient power for the carriage, and the power in the super capacitor battery is exhausted, the electrical equipment in the cableway system can directly obtain power from the building to ensure the normal operation of the system.

Description

technical field [0001] The invention relates to a cableway, in particular to an urban cable car carrying system driven by solar energy, wind energy and gravitational potential energy. Background technique [0002] With the development of cities, urban roads are becoming more and more congested, and taking public transportation has become a way of travel advocated by people. However, there are more and more high-rise buildings in the city. However, due to considerations such as traffic, safety and personnel evacuation, many high-rise buildings are far away from the transportation nodes such as subway entrances and bus stations, especially the old buildings in many cities. In the urban area, the roads are congested, travel is inconvenient, and the problem of the last mile is very serious. The solutions such as shared bicycles proposed in the existing technology can only solve the personnel flow in the plane, and cannot directly connect the traffic nodes and high-rise or super-...

AI Technical Summary

Problems solved by technology

However, there are more and more high-rise buildings in the city. However, due to considerations such as traffic, safety and personnel evacuation, many high-rise buildings are far away from the transportation nodes such as subway entrances and bus stations, especially the old buildings in many cities. In the urban area, the roads are congested, travel is inconvenient, and the problem of the last mile is very serious. The solutions such as shared bicycles proposed in the existing technology can only solve the personnel flow in the plane, and cannot directly connect the traffic nodes and high-rise or super-high-rise. People diversion, existing solutions either fail to solve the space problem or create other problems that affect traffic

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