Hybrid power vehicle simulation teaching platform

Abstract

The invention discloses a hybrid power vehicle simulation teaching platform comprising a rack. A motor and a gasoline engine are arranged on the rack. The output gear is enabled to achieve different rotational speed effects through different cooperation modes of the motor and the gasoline engine for simulating different driving modes in the hybrid power system. Meanwhile, the simulator and the brake are arranged to simulate the ground pressure and the driving resistance of the vehicle in the driving process. Furthermore, the students can make real-time analysis and thinking on the data of thefuel consumption, the current consumption, the wheel pressure and the wheel speed of the vehicle through the operation platform so as to strengthen their understanding. The hybrid power vehicle simulation teaching platform effectively makes up for the shortcomings of the existing teaching equipment, such as complex operation, large occupation area, single function, inability to perform real-time demonstration, inability to perform data comparison and the like so as to be applicable to various training institutions or institutions of higher learning for actual simulation teaching of the hybridpower vehicle.

Description

technical field [0001] The invention relates to the field of hybrid power technology, in particular to a hybrid power vehicle simulation teaching platform. Background technique [0002] A hybrid vehicle refers to a vehicle whose drive system is composed of two or more single drive systems that can operate simultaneously. The driving power of the vehicle is provided by the single drive system alone or jointly according to the actual driving state of the vehicle. Due to the different components, layout methods and control strategies, a variety of classification forms have been formed. The energy-saving and low-emission features of hybrid vehicles have aroused great concern in the automotive industry and become a focus of automotive research and development. The hybrid device not only takes advantage of the long continuous working time and good power of the engine, but also takes advantage of the advantages of no pollution and low noise of the motor. It can be improved by mor...

AI Technical Summary

Problems solved by technology

[0003] Although hybrid vehicles have become a trend in the automobile manufacturing industry, there are very few teaching devices for hybrid vehicles. For many colleges and universities or vocational schools in China, the common problem is that the indoor training environment is narrow and the teaching facilities are limited. The cost of equipment is high, and although the specially purchased real cars are practical, they cannot provide sufficient data for theoretical teaching, which is inconvenient for students to carry out practical operations, and cannot meet the teaching purpose. Learn how a hybrid car works

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