Fundamentals of Switched Reluctance Motor & Drive

_Course Title:_ Fundamentals of Switched Reluctance Motor & Drive

🔥 Course Headline: Unlock the Secrets of Electric Vehicles: Master the Switched Reluctance Motor (SRM)!

🎓 Course Description:

Welcome to the comprehensive world of Switched Reluctance Motors (SRM), a pioneering technology that has been revolutionizing the electric vehicle (EV) industry for over 180 years. With the advent of advanced power electronics, SRMs have seen a renaissance, emerging as one of the most efficient and robust motor options available today.

Why SRM? 🚀

• Efficiency & Range: Modern SRMs are at the heart of Tesla Model 3's extended range capabilities, offering a significant improvement over traditional induction motors like those found in the Tesla Model S.
• Simplicity & Reliability: Their magnet-less design and simple mechanical structure contribute to their reliability and ease of maintenance.
• Cost-Effectiveness: SRMs offer lower production costs and faster manufacturing times, making them a cost-effective solution for EV manufacturers.
• Versatility: They operate efficiently over a wide range of speeds and temperatures, adapting to various applications and conditions.
• Fault Tolerance: SRMs can handle faults better than many other motor types, maintaining performance under challenging circumstances.

📚 Course Outline:

• Fundamental Operation: Delve into the core principles of how SRMs function.
• Parameters & Terms: Get an in-depth understanding of the key parameters and terminologies associated with SRM, motor, converter, and controller.
• Geometries & Magnetic Characteristics: Explore various SRM geometries and their magnetic characteristics.
• Inductance Profiling: Learn about the importance of inductance profiles in SRM design.
• Angular Parameters & Torque Equations: Understand the angular parameters that influence motor performance and how to calculate torque.
• Torque-Speed Characteristics: Analyze the relationship between torque and speed in SRMs.
• Converter Topologies: Examine different converter topologies and their impact on SRM efficiency and operation.
• Speed Control & Closed-Loop Systems: Master techniques for controlling motor speed, including closed-loop control strategies.
• Braking & Regeneration: Learn how to implement braking and regenerative braking in SRM systems.
• Torque Ripple & Acoustic Noise: Address the challenges of torque ripple and acoustic noise in SRM designs.

🎥 Visual Learning Aids: Engage with high-quality animations and visualizations that simplify complex concepts, making your learning journey both enjoyable and effective.

Instructor Expertise: Dr. Jignesh Makwana, your course instructor, has been at the forefront of SRM research since 2005. With a research paper on SRM converters published as early as 2008 and numerous other contributions to the field, Dr. Makwana brings a wealth of knowledge and expertise to this course. His extensive experience in both theory and practical application, including hardware development, simulations, and industry consultancy, ensures that you receive comprehensive and authoritative instruction on SRM technology.

🔍 What You'll Learn: This course is meticulously structured to provide a thorough understanding of SRMs and their drives. Whether you're new to the field or looking to deepen your knowledge, this course will illuminate all aspects of SRM technology, from basic principles to advanced topics. With Dr. Makwana's guidance, you'll gain insights that will clear up any doubts you may have and expand your expertise in the world of switched reluctance motors.

Join us on this electrifying journey into the heart of electric vehicle propulsion. Enroll now and unlock the full potential of Switched Reluctance Motors & Drives! 🌟