MATLAB Code Implementation for Simulation Model with Space Vector Control

This graduation project involves simulation modeling using MATLAB and designing a space vector control model. The project provides comprehensive learning opportunities for MATLAB-based simulation modeling and control system design/implementation. From the control theory perspective, you will gain in-depth understanding of space vector control algorithms (implemented through coordinate transformation and PWM modulation techniques), attitude control systems utilizing PID controllers and state-space representations, and other advanced control methodologies. The implementation includes MATLAB scripts and Simulink models that demonstrate: - Clarke and Park transformations for three-phase system conversion - Inverse Park transformations for control signal generation - SVPWM (Space Vector Pulse Width Modulation) algorithm implementation - Closed-loop control system design with feedback mechanisms Additionally, the project covers satellite operational principles, including satellite structural design parameters and orbital mechanics simulations. Through this graduation project, you will acquire substantial experience and professional expertise in control system design and satellite engineering domains, with practical MATLAB coding skills for real-world engineering applications.