Electric vehicle endurance prolonging device based on wind energy conversion system

Abstract

The invention discloses an electric vehicle endurance prolonging device based on a wind energy conversion system, and belongs to the field of electric vehicles. According to the scheme, a traditional three-dimensional mode of an automobile is changed into the mode that the top end of the automobile inclines backwards by 100 cm so that air on the cross section can be pushed upwards when the automobile runs, and then when the automobile runs, the resistance generated by the front face of the automobile and the atmosphere can prolong the endurance of the automobile. Strong airflow collected by the wind energy collecting mechanism enters the pushing wind turbine to operate and push the automobile to move, and meanwhile electric energy generated when the generator works enters the storage battery array set through a power transmission line groove and a rectifier of an automobile chassis, so that it is guaranteed that the automobile arrives at a destination. A large number of collected orange leaves, orange peels or other plant leaves which are strong in smell are processed, pulped, filtered and diluted into ice blocks, the ice blocks are put into the ice block dissolving box when the car is taken out, and when the car is driven, airflow with plant fragrance above each seat can blow the ice block fragrance into the car, so that the carsickness phenomenon of passengers is avoided.

Description

technical field [0001] The invention relates to the field of electric vehicles, and more specifically relates to a battery life extension device for electric vehicles based on a wind energy conversion system. Background technique [0002] According to the number of tires and structure type, electric vehicles can be divided into: electric bicycles, electric motorcycles, electric unicycles, electric four-wheel vehicles, electric tricycles, electric scooters; according to the source of power: pure electric vehicles, extended-range electric vehicles, Hybrid electric vehicles and fuel cell vehicles can be divided into two categories according to the way of power supply. One is to connect to an external power source to obtain power, and the other is to use fuel cells and energy storage devices (such as energy storage batteries, super capacitors) as power. , Classified by driving mode: pure electric vehicles, hybrid electric vehicles (series, parallel, hybrid), fuel cell electric v...

AI Technical Summary

Problems solved by technology

[0003] At present, long-distance passenger vehicles use diesel, gasoline, and natural gas as fuel to drive vehicles, which generate exhaust emissions that pollute air, generate noise, and consume energy. Existing urban buses must travel on time or according to mileage, and recharging wastes time. and commercial electricity use, increasing transportation costs, it is difficult to achieve the best economic and social benefits with existing technologies

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