Modelling and Simulation of SRM Drive is a comprehensive course tailored for research scholars and enthusiasts aiming to delve into the intricacies of Switched Reluctance Motors (SRMs). Starting with foundational concepts, this course meticulously covers the entire spectrum of SRM modeling and simulation, ensuring a robust understanding of both theoretical and practical aspects.

Introduction to Modelling and Simulation of SRM:

In the initial sections, the course introduces the key concepts and prerequisites necessary for effective learning. The introductory module, which includes the course promo and an overview, sets the stage for the more advanced topics that follow.

Mathematical Modeling & Simulation Model of SRM:

The core of this course lies in the detailed exploration of the mathematical modeling and simulation model development of SRM. This section covers:

• Mathematical Modeling of SRM: Learn the fundamental mathematical equations governing SRM behavior.
• Simulation Model Development: Understand the step-by-step process to develop accurate simulation models.

Different Modelling Techniques and Comparison:

Understanding various modeling techniques is crucial. This module compares several approaches to SRM modeling:

• Look-up table based approach
• Analytical Modeling Technique
• Inductance Based Modeling
• Physical Modeling Technique

Each technique is analyzed for its strengths and weaknesses, providing a comprehensive comparison to guide learners in selecting the most suitable method for their specific applications.

Get Familiar with SRM Model Available in MATLAB Library:

This section helps you get acquainted with the basic and generic parameters of SRM models available in MATLAB. You will also engage in practical tasks such as building a 1.1KW and 7.5KW SRM model, enhancing your hands-on experience.

Simulation of Switched Reluctance Motor Drive:

Dive into the intricacies of simulating an SRM drive. This module covers:

• Designing commutation pulse generation with various control techniques
• Implementing asymmetric converters and current limiters
• Analyzing different SRM models and their variants

Simulation and Analysis of Speed Control Techniques of Switched Reluctance Motor:

Master the speed control techniques for SRM through detailed simulations:

• Hysteresis Current Control
• Voltage Control
• Voltage PWM Control
• Advanced Angle and Dwell Angle Control

Simulation and Analysis of Closed-loop Speed Control of SRM Drive:

Explore advanced control strategies with closed-loop speed control techniques. Learn how to implement:

• Hysteresis Current Controlled SRM Drive
• Voltage PWM SRM Drive with inner current loops
• Angle Control Drive

Load Characteristics & Snubber Circuit:

Understand the impact of load characteristics and snubber circuit parameters on SRM performance. This knowledge is essential for optimizing SRM for specific applications.

Simulation and Analysis of Electric Braking & Regeneration:

Learn the implementation of electric braking and regeneration in SRMs:

• Commutation Angle Control
• Commutation Pulse Interchange
• Control of Braking Torque
• Regeneration during Electric Braking
• Electric Braking with Soft Switching Strategy

Practice Assignments & Tips:

The course concludes with practical assignments and expert tips on utilizing simulations for research and dissertation work. These assignments focus on deriving speed-torque characteristics and analyzing torque ripple variations, solidifying your understanding and application skills.

Meet Your Instructor:

Hello! I am Dr. Jignesh Makwana, an expert in SRM with extensive research and consultancy experience. With a PhD from IIT Roorkee and numerous publications in reputed IEEE conferences and SCI journals, I bring a wealth of knowledge to this course. I have designed this course to offer a hands-on MATLAB workshop experience, enabling students to effectively design and simulate SRM drives. Join me in this detailed exploration of SRM modeling and simulation, and enhance your research or project work.

Enroll now and master the Modelling and Simulation of SRM Drive!