Mathematical Modeling and Control of Wind Turbine System | MATLAB Simulink | PhD Research

Mathematical Modeling and Control of Wind Turbine System Using MATLAB/Simulink

This PhD research presents the mathematical modeling, dynamic analysis, and control design of a wind turbine system, developed and simulated using MATLAB/Simulink. The model captures aerodynamic, mechanical, and electrical dynamics, enabling comprehensive analysis of power extraction, speed regulation, and system stability under variable wind conditions.

Advanced control strategies such as pitch angle control, torque control, and generator-side control are implemented to maximize energy capture, enhance efficiency, and ensure stable grid integration. The simulation framework supports performance evaluation, controller comparison, and sensitivity analysis, making it suitable for high-impact academic research and IEEE journal publications.

📊 Key Research Highlights:
✔ Aerodynamic and mechanical modeling of wind turbine
✔ Generator and drive-train dynamics
✔ Pitch and torque control strategies
✔ Dynamic response under variable wind speed
✔ MATLAB/Simulink-based PhD research simulation

🎓 Target Audience: PhD | MS | MTech | Wind-Energy Researchers
🌍 Applications: Wind energy conversion systems, renewable integration, smart grids

🔗 More PhD-level renewable-energy research:
🌐 www.phdresearchlabs.com

📩 Contact for MATLAB code, Simulink models & IEEE/SCI journal support

wind turbine mathematical modeling, wind turbine control MATLAB Simulink, wind energy system modeling, pitch control wind turbine MATLAB, torque control wind turbine, wind energy conversion system simulation, renewable energy control research, MATLAB wind turbine PhD research, dynamic modeling of wind turbine

#WindTurbine #WindEnergy #RenewableEnergy #WindEnergySystem #ControlSystems #MATLABSimulink #PowerElectronics #EnergyConversion #SustainableEnergy #CleanEnergy #EngineeringResearch #PhDResearch #IEEEResearch #WindPower #RenewableIntegration #PhDResearchLabs