Ch. 1: Introduction:
1.1: Course Introduction
1.2: Forward to The Past with SRM
Ch 2: Fundamentals of SRM
2.1: Fundamentals of Operation
2.2: SRM Geometry & Types
2.3: Important Angular parameters of SRM
2.4: Equivalent Circuit & Torque Equation
2.5: Torque Speed Characteristics
Ch 3: Converter & Control of SRM
3.1: Speed Control of SRM
3.2: Closed Loop Speed Control of SRM Drive
3.3: Converters Topologies
3.4: Electric Braking & Regeneration
3.5: Position Sensing Arrangement
Ch 4: Latest Research Trends & Applications of SRM
4.1: Attractions Application & Issues
4.2: Torque Ripple and Acoustic Noise
4.3: Latest Research Trend
Why this course?
Switched Reluctance Motor is one of the oldest electric motors that is competing for 180 years. Availability of sophisticated and economical power electronics technology gave rebirth to the most efficient and robust motor -SRM. Due to higher efficiency, magnet-less operation, and simple mechanical structure, SRM becomes the most preferable electric motor for the latest electric vehicle applications. Recently advanced versions of SR technology have been used to power Tesla Model 3 electric car and claimed a significant increase in range (efficiency) compared to that of the induction motor-based Model S.
SRM offers many benefits like higher efficiency, less weight, low cost, reduced manufacturing process time, wide constant power region, fault-tolerant operation, and superior performance even at a comparatively higher temperature.
This course explains every fundamental detail about switched reluctance motor and drive. Starting from the fundamental operation of SRM, it covers detail about each parameter and terms related to motor, converter as well as a controller. It includes SRM geometries, magnetic characteristics, inductance profile, angular parameters, torque equation, torque-speed characteristics, converter topologies, speed control, closed-loop control, braking, regeneration, and more.
I am Dr. Jignesh Makwana. I am working of SRM since 2005 and my first research paper on SRM converter was published in 2008. Then after I have published numbers of research articles on SRM in various journals, conferences and books. Other than theory and publications, I have worked intensively on SRM hardware as well as simulations. I have also provided consultancy service to the industry for designing and manufacturing SRM, converter and controller.
This fundamental course is a compilation of all the important aspects of switched reluctance motor drive in a very well-organized manner and easy to understand with visual animations. It will give you the initial boost by clearing all your doubts about switched reluctance motor and drive. Even if you know few basic things about SRM, I assured you that you will learn so many more important things from this course.
Dr. Jignesh Makwana received Phd degree in Electrical Engineering from Indian Institute of Technology Roorkee, in 2013. He is teaching power electronics, electric drives, control system & other subject in engineering colleges since last 15 years. He served as a associate professor and Head of Department, Electrical Engineering, faculty of technology at Marwadi University, Rajkot from 2013 to 2017. Currently He is providing consultancy service to many industries for product design and development related to electric drives and power electronics.
Ph.d, IIT Roorkee
Who this course is for:
This course is suitable to those who want to start their research career in the area of switched reluctance motor drive.
And for those who want to understand every detail about switched reluctance motor drive.
This course is recommended to UG and PG students of Electrical Engineering and power electronics engineering.
This course is also recommended to those who are interested or working with electric vehicle system.
What you'll learn
Understand how switched reluctance motor works
How to select optimum turn-on and turn-off angle for particular application
How to select best motor geometry and numbers of phase for particular application
Understand how power electronics converter of SRM works
Derive equivalent circuit, & torque speed characteristics
Understand how to control speed of SRM by various techniques
Understand what is magnetic characteristics and inductance profile
Understand complexity of selecting optimum angles control due to magnetic non-linearity
Learn different position sensing arrangement
Understand torque ripple and acoustic noise
Basics of power and energy forms related to electrical as well as mechanical system
Basics of electric & magnetic circuit
See what others have to say.....
"Very nice explanation and cover all basics of Switched Reluctance motor. Good for who want learn about SRM"
- Sandeep Bhisade
"Excellent explanation and demonstration with MATLAB"
- Pranita chavan
- Raed Alnafra
- Arko Banerjee
- Geethamahalakshmi G