Dissertation > Excellent graduate degree dissertation topics show

Study on the Modern Development Process for the Hybrid Control Unit

Author: ZhuQingLin
Tutor: WangQingNian
School: Jilin University
Course: Vehicle Engineering
Keywords: Modern development methods Multi-energy powertrain controller Rapid Control Prototyping Hybrid cars Code is automatically generated Hardware in the loop simulation
CLC: U467.7
Type: Master's thesis
Year: 2005
Downloads: 484
Quote: 2
Read: Download Dissertation

Abstract


Currently, the automotive electronic control technology has become one of the key technologies of the modern car is the best solution to solve many of the technical problems faced by car. However, car-related regulations are becoming more stringent and continuously improve car performance requirements are becoming more and more automotive electronic control system has the function, the electronic control unit software is getting more complicated. In the fierce competition of the global auto market, the automotive electronics industry, the computer-aided design technology as the core of the modern development of the electronic control unit. Using state-of-the-art modern development methods for the relative backwardness of China's national automobile industry, the development of automotive electronics products with independent intellectual property rights, it is very necessary to catch up with the mainstream of the world automotive development. Shared by the project team and OEMs in the National 863 hybrid urban bus developed projects independently bear the \This paper is a preliminary study modern development methods of the research and development of multi-energy powertrain controller. In this paper, on the basis of the main content and features of the study of modern electronic control unit development methodology, and select the appropriate development tools to create a model-based integration of automotive electronic control unit development platform. This paper established automotive electronic control unit development platform electronic control unit modern development methods in the development of hybrid electric vehicle power train controller. Compared with traditional development methods elaborated the electronic control units of modern development methods with fast, convenient and high reliability advantages. HCU after the completion of the hardware in the loop simulation test, install hybrid city bus and vehicle test. Analysis and to control the effect of simplified urban cycle conditions vehicle test data on HCU HCU using modern development methods developed to fully meet the requirements of multi-energy powertrain controller of hybrid vehicles. Finally, a real-time simulation test platform, created by the hybrid vehicle functional model and real-time hardware system electromagnetic compatible (EMC) of the HCU, vibration, temperature and humidity, and other special tests. The content of this paper is the national 863 project specific commitment to research and development of automotive electronic control system provides important means of development, which is the significance of this study lies.

Related Dissertations

  1. Study and Development on Electrice Power SteeringSt Based on Rapid Control Prototype,U463.444
  2. Study on Control Strategy of Hybrid Electric Vehicle and Anti-lock Braking System,U469.72
  3. Design and Study on Assembly Control System for Hybrid Electric Vehicle Based on Embedded System,U469.72
  4. Design of Hardware-in-the-loop Simulation for Small-scale Unmanned Helicopter,V242
  5. A Study on Energy Distribution Control Strategy of a Serial Plug-in Hybrid Electric Vehicle,U469.72
  6. Hybrid Electric Vehicle Regenerative Braking Control Strategy,U469.72
  7. Pure electric car vehicle control strategy,U469.72
  8. Research of Power System of HEV Based on 42V Power Supply,U469.72
  9. Development and Application of Forward Simulation Model for HEV,U469.72
  10. Electronic Differential Controlling System of Electric Vehicle Driven by Dual Motors,U469.72
  11. Research on Control Technology of Unmanned Gyroplane,V249.1
  12. Simulation Study of the Auxiliary Power Unit and Its Control System in Series HEV,U469.7
  13. A Research on Control Strategy of Parallel Hybrid Electric Vehicle,U469.72
  14. Research on Battery Management System for HEV Based on XC164CS,U469.722
  15. Study on Assembly Parameter Matching and Simulation of Hybrid Electric Bus,U469.72
  16. The Development and Control Strategy Study of 4WD Hybrid Electric Vehicle,U469.722
  17. Industrialization of emerging technologies on System Dynamics,F276.44
  18. Research&Simulation of the Regenerative Braking System of the CVT Hybrid Electric Vehicle,U469.72
  19. Study of the Controller for Hybrid Electric Vehicle Motor Based on DSP2812,U469.72
  20. Research on HEV Electrodynamic System Controller Based on SM-VSC,U469.72
  21. Simulation of Hybrid Energy Vehicle with Fuzzy-logical Strategy Based on CAN Bus,U469.72

CLC: > Transportation > Road transport > Automotive Engineering > Vehicle test
© 2012 www.DissertationTopic.Net  Mobile