High-pressure aerodynamic vehicle

Abstract

The invention discloses a high-pressure aerodynamic vehicle. The high-pressure aerodynamic vehicle is a novel power vehicle using high-pressure air, a storage battery and strength as power, can mainly rely on a pneumatic mode supplemented by an electric mode, a strength mode and a generating mode to run. The high-pressure air in an air storage tank is used as a power source in the pneumatic mode, and a pneumatic motor and a chain are driven to transfer power by a pneumatic control system. Finally-discharged gas is still air, no waste gas is discharged, and environment pollution does not occur. The pneumatic mode uses compressed air as a main power source, so that the defect that traditional vehicles cause large-scale environment pollution is overcome.

Description

technical field [0001] The invention relates to a vehicle, in particular to a high-pressure air powered vehicle. Background technique [0002] Transportation is the main artery of the development of the national economy. At present, the means of transportation for ordinary people in cities mainly rely on rail transit, public transport systems and private cars. Bicycles are the most convenient and economical means of transportation for point-to-point use for low- and middle-income wage earners when traveling. With the reform and opening up, the pace of life has accelerated, and bicycles have gradually developed from human-powered riding to power-driven. There are motorcycles and mopeds driven by fuel and gas, and electric vehicles driven by batteries. With the rapid growth of car ownership in the world, non-renewable petroleum resources are facing shortage and depletion: the harmful gases produced by burning petroleum products pollute the environment and have a huge adverse ...

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Problems solved by technology

[0003] Electric drive vehicles are a key research and development project in the industry. We all know that old-fashioned lead-zinc batteries are bulky, heavy, and have a short service life, and there are secondary pollution problems after they are scrapped. This is not the direction of future development; and the most promising The foreground is lithium-ion batteries, and many people have conducted a lot of research on lithium-ion batteries; at present, to further increase the energy storage density of lithium batteries in order to increase the driving range of vehicles, increase the number of charge and discharge cycles (life), reduce costs and The construction of numerous social charging stations is an important prerequisite for its large-scale entry into the market

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