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30-Day Money-Back Guarantee

This course includes:

  • 9.5 hours on-demand video
  • 3 articles
  • 1 downloadable resource
  • Full lifetime access
  • Access on mobile and TV
Teaching & Academics Engineering Electrical Engineering

Modelling & Simulation of Switched Reluctance Motor & Drive

Learn simulation of SRM drive like a hands-on MATLAB workshop
Rating: 4.3 out of 54.3 (8 ratings)
54 students
Created by Dr. Jignesh Makwana
Last updated 9/2020
English
English [Auto]
30-Day Money-Back Guarantee

What you'll learn

  • Learn different mathematical modelling techniques
  • How to develop mathematical model for your own SRM
  • Comparison of different mathematical models
  • How to connect simulink SRM model with simpowersystem library
  • Learn detail about SRM model available in MATLAB library
  • Simulation of commutation pulse generator, converters & current limiter for SRM drive
  • Simulation of open-loop SRM Drive
  • Simulation of speed control methods including hysteresis current control, voltage PWM control, and commutation angle control
  • Simulation of various closed-loop speed control drives
  • Simulation of load characteristics & effect of snubber circuit parameters
  • Simulation of electric braking and regenerative braking
  • Assignments & tips for research work
  • Perks: Helpful resources, data & research papers

Requirements

  • Fundamentals of Switched Reluctance Motor
  • Basic use of MATLAB “simulink” and “simpowersystem” library
  • Basic Electrical/Electronic Engineering

Description

Switched reluctance motor (SRM) offers many advantages over other motors mainly for their simple mechanical structure and magnetless operation. After first demonstration in mid 18’s, SRM not only survived but also gaining interest exponentially amongst researchers due to availability of advanced, sophisticated and economical power electronics devices. Global interest of energy efficient transportation system is the main reason for current hike in the research trend of SRM and considered as best suitable energy efficient and cost effective motor to power electric vehicles.

MATLAB Simulation plays a very important role in the research and development of engineering projects, products and system. It helps predicting performance of the system, to validate control strategies and saves the time of product development.

Hello!

I am Dr. Jignesh Makwana, started working on SRM in 2005 and then I have published numbers of research paper and book chapters in reputed IEEE conferences and SCI journals. I completed my Phd on Switched Reluctance Motor from prestigious Indian Institute of Technology Roorkee (IIT Roorkee) in 2013. I provided consultancy to several industries for design and development of SRM drive. I came with this course to help students who wish to work with SRM for their dissertation or project work.

This course includes all the necessary detail required to design and develop simulation model of SRM Drive. It explains and compares different non-linear mathematical modelling techniques to model SRM. MATLAB simulations of SRM & drive have been explained step by step including motor model, commutation pulse generation, current control, voltage pwm control, speed control techniques, closed loop control techniques, load characteristics, electric & regenerative braking and more. All these simulation models have been developed runtime to have learning experience like hands-on MATLAB workshop instead of just power point presentation.

Have a look at the course contents and join the course.

Who this course is for:

  • This course is specially design for those who want to start their research work or project work in the field of switched reluctance motor drive.
  • This course is most suitable to PG/Phd students (research scholar) of electrical, electronic, power system or power electronics engineering.
  • This course is useful for UG students who willing to do their final year project work on Switched Reluctance Motor Drive.

Course content

10 sections • 40 lectures • 9h 36m total length

  • Preview05:49
  • Preview07:53
  • Preview13:51
  • Simulation Model Development
    23:38

  • Look-up table based approach
    14:07
  • Analytical Modeling Technique
    35:23
  • Inductance Based Modelling Technique
    21:05
  • Physical Modelling Technique
    24:52
  • Comparison of modeling technique
    15:27

  • Basic Parameters of SRM Model
    15:42
  • Parameters of Generic Model
    09:06
  • Task: Build 1.1KW and 7.5 KW SRM model
    05:02

  • Let’s Start Playing with SRM model
    26:40
  • Design of Commutation Pulse Generation
    17:53
  • Commutation Pulse Generation with Angle Control
    25:18
  • Commutation Pulse Generator with Discrete Time Integrator
    19:41
  • Design of Asymmetric Converter
    19:12
  • Adding a Current Limiter
    17:27
  • Analysis of SRM Model Variants
    10:08

  • 19. Hysteresis Current Control
    18:38
  • Voltage Control
    12:42
  • Voltage PWM Control
    16:11
  • Commutation Angle Control
    17:53

  • Closed-loop Control of Hysteresis Current Controlled SRM Drive
    14:40
  • Closed-loop Control of Voltage PWM SRM Drive
    29:55
  • Closed loop control of Voltage PWM SRM Drive with Inner Current Loop
    08:09
  • 26. Closed Loop Speed Control with Angle Control Drive
    11:16

  • Setting Load Characteristics for Application
    19:29
  • Effect of Snubber Circuit Parameters
    07:16

  • Implementation of Electric Braking with Commutation Angle Control
    23:33
  • Implementation of Electric Braking with Commutation Pulse Interchange
    12:22
  • Control of Braking Torque
    06:32
  • Regeneration during Electric Braking
    09:21
  • Electric Braking with Soft Switching Strategy
    09:57

  • Assignment - 1: Derive the Speed-Torque Characteristics of SRM
    08:27
  • Assignment-2: Derive Variation in Torque Ripple in SRM with load and speed
    03:11
  • Tips: How to utilize these simulations for research and dissertation work
    18:07

  • Magnetizing Characteristics
    00:06
  • Simulation Model of 7.5KW & 1..1KW SRM
    00:08
  • Research Publications
    00:12

Instructor

Dr. Jignesh Makwana
Associate Professor
Dr. Jignesh Makwana
  • 4.1 Instructor Rating
  • 432 Reviews
  • 8,276 Students
  • 11 Courses

Dr. Jignesh Makwana has started their academic career in 2004. He received Phd degree in Electrical Engineering with the specialization in power electronics & drive from Indian Institute of Technology Roorkee in 2013. His interest and enthusiasm for teaching & learning, research & development and innovations in all fields lead him as good contributors in academic & industrial field.  He has vast academic experience with various reputed universities & institutes.  Dr. Jignesh Makwana has international exposure of visiting several countries and representing expertise in field of power electronics converters, artificial intelligence, renewable energy, etc. He published numbers of research papers in international and national conferences and reputed journals. He guided numbers of UG and PG students for their dissertation and project works. He is former head of the department of Electrical Engineering Department at Marwadi University, Rajkot, Gujarat. He is founder & director of RhyMak Electronics which involves in design and development of electrical vehicles & accessories and electronic products. He provided consultancy service to several industries for design of power electronics and special motors. Hi is also founder and active online instructor at Rhyni - Tech Skills & Fundamentals, hub of online self paced courses, with 3500+ students from 120+ countries.

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