Simulation Process of DC Wind Turbine Power Generation (Using PID-Controlled Three-Phase Rectifier)

We will provide a detailed explanation of the power generation simulation process for DC wind turbines, which incorporates PID control and three-phase controlled rectification technology. The discussion begins with an overview of PID control principles and their role in system stability. Next, we elaborate on the working mechanism and advantages of three-phase controlled rectification, including implementation approaches using switching algorithms and gate drive signals. The simulation procedure is then broken down step by step, covering parameter configuration (such as PI gain tuning and rectifier timing parameters), input signal control (including wind speed profiles and reference voltage settings), and output analysis techniques (such as THD calculation and power efficiency metrics). Code implementation details will highlight key functions like error computation, PWM generation, and harmonic analysis routines. Through this article, you will gain deeper insights into the technical nuances and critical aspects of DC wind turbine power generation simulation.