Multi-energy electric automobile

Abstract

The invention discloses a multi-energy electric automobile, which comprises an automobile main body. An automobile underframe of the automobile main body is provided with a back drive axle; a differential mechanism of the back drive axle is provided with a universal drive shaft which extends forwards; the inside of a driving cabin is provided with an automobile control device and a brake pedal; the automobile underframe is provided with a storage battery which can be charged by a power supply; the automobile underframe is provided with a brake generator which is in power connection with the front end of a universal transmission shaft through a clutch device which is controlled by a brake pedal; the brake generator is electrically connected with the storage battery through a brake charging circuit; the automobile underframe is provided with a travel motor which is in power connection with the front end of the universal transmission shaft; and the travel motor is electrically connected with the storage battery through a motor controller and is controlled by the automobile control device. Because the storage battery of the multi-energy electric automobile can be charged by the automobile, the multi-energy electric automobile has the characteristics of strong endurance ability, energy conservation, environment protection and low driving cost, and is suitable to be used in an automobile and a micro automobile which drive on an urban highway.

Description

technical field [0001] The invention relates to an electric vehicle, in particular to an electric vehicle which can make full use of light energy, wind force and vehicle braking as energy sources. Background technique [0002] Cars have become more and more popular as a means of transportation, but traditional internal combustion engine vehicles pollute the environment, prompting people to develop clean cars, and electric vehicles came into being. The existing electric vehicles mainly use the battery as the power source. The battery is charged through the mains power grid, and the battery supplies power to the walking motor to drive the vehicle. Due to the constraints of the capacity and volume of the battery, the endurance of the electric vehicle is limited. , so that the use and development of electric vehicles are affected. Another type of electric vehicle uses a battery as a power source, supplemented by an internal combustion engine to charge the battery to increase th...

AI Technical Summary

Problems solved by technology

The existing electric vehicles mainly use the battery as the power source. The battery is charged through the mains power grid, and the battery supplies power to the walking motor to drive the vehicle. Due to the constraints of the capacity and volume of the battery, the endurance of the electric vehicle is limited. , so that the use and development of electric vehicles are affected

Another type of electric vehicle uses a battery as a power source, supplemented by an internal combustion engine to charge the battery to increase the endurance of the electric vehicle, but this electric vehicle also has the problem of polluting the environment, and the energy loss is large, and the service life of the battery is reduced

There is also a kind of electric vehicle, which mainly uses the battery as the power source, supplemented by solar energy compensation to provide auxiliary power supply for vehicle audio, lighting, etc., because the solar energy of this kind of electric vehicle does not auxiliary charge the battery, it is also difficult to improve the battery life of the electric vehicle

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