Matlab Simulink Assignments Projects

Stability Analysis of Grid-Integrated Farming Energy Converter Using Virtual Synchronous Generators (VSGs) and Droop Control – MATLAB Simulink Simulation

This project presents the stability analysis of a grid-integrated farming energy converter using Virtual Synchronous Generator (VSG) technology combined with Droop Control in MATLAB Simulink. The simulation focuses on improving grid stability, frequency support, voltage regulation, and power-sharing performance when integrating renewable energy sources into agricultural power systems.

The model demonstrates inverter-based generation, virtual inertia implementation, active and reactive power control, droop characteristics, transient stability analysis, and dynamic response under varying load and renewable generation conditions.

🌍 Website: https://www.matlabsourcecode.com/
WhatsApp/Call : +91 83000 15425

Synchronous Reluctance Motor (SynRM) Vector Control Using MATLAB Simulink | PhD Research Simulation

Explore the complete Vector Control (FOC) implementation of a Synchronous Reluctance Motor (SynRM) in MATLAB Simulink. This PhD-level research project demonstrates advanced motor control techniques for high-efficiency electric drives, industrial automation, renewable energy systems, and electric vehicle applications. The simulation includes d-q axis modeling, speed control, torque control, inverter integration, and performance analysis under varying operating conditions.

✅ Synchronous Reluctance Motor Modeling
✅ Field-Oriented Control (FOC)
✅ MATLAB Simulink Implementation
✅ Speed and Torque Control
✅ Electric Drive Systems
✅ Industrial Motor Control Applications
✅ Research-Oriented Simulation

📩 Contact for Project Files, MATLAB Code, Simulink Model, Documentation, and Research Support.

Synchronous Reluctance Motor, SynRM, Vector Control, Field Oriented Control, FOC, MATLAB Simulink, Motor Drive Simulation, Electric Drive System, Speed Control, Torque Control, Electrical Engineering Project, Power Electronics, Industrial Automation, Renewable Energy Drives, EV Motor Control, MATLAB Project, Simulink Model, Research Simulation, PhD Research, Advanced Motor Control