Modeling And Simulation Of Hybrid Electric Vehicle Of Compressed-air And Electric

Because environment pollution and shortage of the energy, the development of new energy vehicles has taken on an accelerated pace,Hybrid Electric Vehicle of Compressed-air and Electric is just a new energy vehicles,it is drive by air motor and motor. Because Hybrid Electric Vehicle of Compressed-air and Electric’s zero emissions, zero pollution and no consumption of fuel oil and other minerals, so Hybrid Electric Vehicle of Compressed-air and Electric is one of promising new energy vehicles, in order to develop Hybrid Electric Vehicle of Compressed-air and Electric, the prediction that its dynamic performance becomes particularly important.According to the research status on domestic and foreign of the project, theoretical study and computer simulation analysis and experimental study are taken as the research means in this paper. Analyzed the working principle of vane type air motor, the static characteristics model is built, and then refer to the simulation model of the Honda insight build the model of Hybrid Electric Vehicle of Compressed-air and Electric, finally experimental verify the accuracy of the air motor’s model.The main task from this paper include: Firstly, describes Hybrid Electric Vehicle of Compressed-air and Electric’s structural design and analysis of its feasibility. Secondly, using the relevant knowledge of fluid mechanics and mathematical properties related to study the static properties of vane type air motor, and established the mathematical model. Include torque—speed characteristic model, torque—speed characteristic model and efficiency model. Thirdly, modify its control strategy module, the vehicle control module on the base of Honda insight, fully taking into account the characteristics of urban transport vehicles running. Finally, a simulation is done by embedding model in the ADVISOR, and analyzed the simulation results, confirming the feasibility of the designed control strategy. And experimental verify the accuracy of the air motor’s model.The conclusion of this article can be referenced for further research about Hybrid Electric Vehicle of Compressed-air and Electric.