New energy vehicle adopting hybrid kinetic energy

Abstract

A new energy vehicle adopting hybrid kinetic energy comprises a stepless speed regulation engine, a storage battery, an electric motor, a brake arm and a brake master cylinder and is characterized by further comprising a generator, a rectifier, a clutch, an electromagnetic relay, a rotating arm, a driving gear, a driven gear, a clamping piece, booster pumps and brake wheel cylinders. The new energy vehicle has the benefits as follows: as the main shaft of the stepless speed regulation engine is coupled with the input shaft of the electric motor through a clutch mechanism, on one hand the stepless speed regulation output of the engine is enabled to be matched with the stepless speed change of the electric motor; on the other hand, as the main shaft of the engine directly drives the electric motor to rotate through the clutch mechanism, when the electric vehicle accelerates or climbs a slope, the clutch mechanism is controlled to be in a coupling state, and the demand for kinetic energy in the driving state is met by the engine while the working current of the electric motor is not needed to be increased, which is favorable for maintaining the service lives of the electric motor and the storage battery; moreover, the kinetic energy directly acts on the electric motor so as to avoid energy loss.

Description

technical field [0001] The invention belongs to the technical field of vehicles, and in particular relates to a hybrid new energy vehicle. Background technique [0002] In recent years, with the continuous improvement of people's quality of life, automobiles have gradually entered the families of ordinary people and become a means of transportation for the majority of people. At the same time, more and more gas emissions have polluted the environment. Under the background that the environmental protection department advocates green environmental protection, electric vehicles of various purposes emerge as the times require. [0003] Most of the current electric vehicles use the electric energy stored in the battery as the power source. In practical application, the most prominent problem is the short driving range. Tracing it to its main reason is because electric quantity is limited, can't replenish oneself when driving. For electric vehicles, the two processes that consum...

AI Technical Summary

Problems solved by technology

The most important part in this process is the vacuum pump. The vacuum pump needs electric energy to maintain when it is working, and it will consume more electric energy.

As we all know, during a driving process, it is often necessary to brake multiple times instead of one time, which leads to a more prominent problem: the consequence of multiple braking is that more electric energy is consumed and the mileage is reduced.

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