Electric automobile capable of generating electricity during walking

Abstract

The invention relates to an electric automobile capable of generating electricity during walking; the electric automobile comprises a gasoline engine generator, a direct current generator, a self-energy starting controller, a storage battery and a motor, the gasoline engine generator and the direct current generator are connected together to form an integral structure of the generator, and the self-energy starting controller is connected with the storage battery and then connected with the gasoline engine generator. When the electric quantity of the storage battery is insufficient, the self-energy starting controller automatically starts the gasoline engine generator to generate electricity, the electricity is circularly charged into the storage battery, and then the motor is driven again to drive the wheels to walk, so that the electric vehicle runs out of electricity midway, and the electric vehicle does not need to find places for charging and the generator generates electricity to continue to walk.

Description

[0001] The invention relates to an electric vehicle that generates electricity while walking, including a gasoline generator, a DC motor, a self-starting controller, a battery, and an electric motor. The gasoline engine and the DC generator are connected together to form a generator. Structure, the self-starting controller is connected to the battery and then connected to the gasoline generator. First, the household AC power is charged into the storage battery. The battery is recharged in a cycle and the electric motor is driven to drive the wheels again. With such a technical feature, the electric vehicle runs out of electricity in the middle, and there is no need to find a place to charge, and the generator generates electricity and travels. Background technique [0002] There are various electric vehicles in the market today. The disadvantages of the existing electric vehicles are that they cannot run long distances, climb uphill, and can only walk a certain distance with a ...

AI Technical Summary

Problems solved by technology

[0002] There are various electric vehicles in the market today. The disadvantages of existing electric vehicles are that they cannot run long distances, climb uphill, and can only walk a certain distance with a single charge. Large batteries can only walk about a hundred miles. The battery can only travel tens of miles. If there is no electricity in the middle, you can’t walk. Another disadvantage is that the charging time is long, and it takes eight hours to charge the battery. It is very inconvenient for the user to delay the time.

[0003] There is also a kind of dual-purpose electric vehicle on the market now. This dual-purpose electric vehicle uses oil and electricity separately. When using oil, the gasoline engine is used to drive the wheels alone, and when the electricity is used, the battery is used to drive the wheels alone. The disadvantage of using a gasoline engine is that it cannot achieve the effect of energy saving without using a DC generator to convert it into a DC power supply. Another disadvantage is that it is noisy. This kind of gasoline-electric dual-purpose vehicle is still not ideal for users.

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