Dissertation > Excellent graduate degree dissertation topics show

Research on Switched Reluctance Motor Drives Performance

Author: WangLei
Tutor: ChaiZuo
School: Xi'an University of Science and Technology
Course: Detection Technology and Automation
Keywords: SRM Power converter CCC APC Fuzzy-adaptive PID
CLC: TM352
Type: Master's thesis
Year: 2011
Downloads: 106
Quote: 0
Read: Download Dissertation

Abstract


The switched reluctance motor drive system (SRD for short),as a new drive system with high performances, has attracted more and more peoples’ concern,and become a hot research subject. This paper uses an 0.75KW four-phrase 8/6 pole SRM as the research object , completes the research and design of the drive system.The paper firstly introduces SRD researches at home and abroad,then describes the basic structure of the system,working principles and its characteristics. Based on the SRM’s ideal linear model,the motor’s flux,current,torque and other parameters has been analysed.At the same time,the impact factors of each parameter has been summed up.finally,a method of control for this drive system has been made.The drive system’s power conversion chooses splitting DC power converter structure,the main switching device selects MOSFET, the driving device selects IR2110,the controller chip selects TI’s TMS320F2812 DSP.After the relevant parameters analysis and calculation,the peripheral hardware detection, protection and control circuits has been designed.This system takes full advantages of the controller TMS320F2812’s resources to make the system compact and high reliability.The system control software is designed in the Keil C development environment and using C language to complete every work function compiling and debugging.The system control algorithm selects traditional PID.At the same time,the paper has studied the fuzzy self-tuning PID algorithm.Under the Matlab/Simulink environment,the simulation results indicate that the effect of fuzzy self-tuning PID algorithm is indeed superior to the traditional PID algorithm.The result shows that this system is reliable and stable,the control strategy and control algorithm is correct, the drive system finally reaches the target requirements.

Related Dissertations

  1. Research on Hybrid Algorithm for Sensorless Srm Operation Control Strategy,TM352
  2. FiberHome SRM system implementation study,F626
  3. The Basic Research of Switched Reluctance Double-Rotor Applied to Transmission System,TM352
  4. The Design of PLC Control System for PROTOS70/80 Cigarette Maker,TP273
  5. 7.5KW Switched Reluctance Drive System Design,TM352
  6. The Research of Low Power Tri-phase SRD,TM352
  7. The Design of Production Material Supplier Management System for XX Company,F426.471
  8. Research on Full-scale Grid-connected Power Conversion Technology for Direct-driven Wind Generation System Based on Back-to-Back PWM Converter,TM614
  9. SRM Digital Drive System for Electric Vehicles,TM352
  10. Condensed-Phase Particles Effects on the Ignition Transient of SRM,V435
  11. The Requirement Study of SaaS-based SRM System on Multi-tenancy Model,F274
  12. Study on the SRM Drive System for the Electric Vehicles,TM352
  13. The Analyses of Nuclear Equipment Procument for China Nuclear Power Project Engineering Corporation,F426.61;F426.23
  14. Research on New Switched Reluctance Motor Drives,TM352
  15. Study on Automatic Detection System for Insulating Layer Debonded-flaws of SRM,V435
  16. Session and Resource Manager Based on DSM-CC in a VOD System for the Broadcast Television Network,TN948.64
  17. Study of SRM Sensorless Control Based on the Improved Simplified Flux Method,TM352
  18. VGVC switched reluctance drive wind power system current waveform control,TM315
  19. The main parameters based on MODIS snow Inversion and Its Application,P426.635
  20. The Temperature Control System Research of Cold Tower Based on Feed-forward Fuzzy PID,TP273
  21. Study of Dynamic Hedging Based on the Laplace Distribution Multivariate GARCH Model,F224

CLC: > Industrial Technology > Electrotechnical > Motor > A special motor > Reluctance motor
© 2012 www.DissertationTopic.Net  Mobile