Unlock the ultimate MATLAB Simulation Resource Bundle tailored exclusively for Research Scholars working on Switched Reluctance Motor (SRM) Drives! This package is part of the comprehensive “SRM Research Package,” a collection of foundational to advanced courses on SRM Drives led by Dr. Jignesh Makwana.

Unlike traditional video courses, this bundle provides a high-value collection of MATLAB simulation files, specifically designed to help you understand, analyze, and validate SRM Drive models quickly and efficiently. With models ranging from 500W to 60kW, this resource covers a wide variety of applications, from household appliances to electric vehicles. By leveraging the pre-built simulations with diverse sensing, communication, converter topologies, and control algorithms (including advanced sensor-less, fuzzy logic, and neural network-based controls), you can accelerate your research and save countless hours.

Whether you’re delving into basic SRM simulations or exploring complex control schemes, this bundle will support your work without any requirement for prior knowledge of building simulations. While each chapter provides brief instructions on usage, detailed explanations are available through the SRM Research Package courses.

Key Features:

• Comprehensive Simulation Collection: Access ready-to-run MATLAB simulation files for SRM models from 500W to 60kW for a wide range of applications.
• All Tested Ok: All simulation files are tested for performance on latest version of MATLAB 
• Advanced Control Schemes: Experiment with cutting-edge control techniques like Sensor-less Control, Fuzzy Logic, and Artificial Neural Network-based control.
• Diverse Topologies and Control Algorithms: Simulations include various converter topologies, open-loop, and closed-loop control setups.
• Electric Vehicle Models: Specially designed SRM-driven electric vehicle simulation models for EV-focused research.
• Efficient Resource for Research: Save valuable time and resources by using pre-built, tested simulations—ideal for research scholars aiming to fast-track their analysis and results.
• Guided Usage: Each chapter provides basic guidance on using simulations effectively within your research work.

Use Case of REady to Run SRM Simulation Models:

• Analyze and Validate SRM Drives Efficiently: Gain immediate insights into SRM performance without the need to build simulations from scratch.
• Understand Advanced Control Schemes: Dive into ready-to-run advanced control schemes, enhancing your understanding of sensor-less, fuzzy logic, and neural network-based control applications.
• Explore a Range of SRM Applications: Select and use SRM models suited to diverse applications, from appliances to electric vehicles, and experiment with different simulation setups.
• Apply SRM Technology in Electric Vehicle Models: Learn from simulation models of SR motor-driven electric vehicles, designed to support EV research projects.

Who This Course is For:

• Research Scholars and PhD Students working on SRM Drive and related fields who need efficient simulation resources for deep analysis and validation.
• Electrical and Power Electronics Engineers interested in exploring advanced SRM control schemes and MATLAB simulations.
• Electric Vehicle Researchers and Designers seeking SRM-based simulation models optimized for EV applications.
• Academic Professionals and Institutions seeking a robust resource bundle to support student research in SRM technology.