Model Simulation of Rotor Field-Oriented Vector Control System
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This article describes a simulation model for rotor field-oriented vector control systems and provides an in-depth discussion of vector control principles through model analysis. The model demonstrates how various components of the vector control system work collaboratively, including rotor field orientation techniques. The implementation approach involves mathematical formulations that explain the control system's principles and operational mechanisms, where key algorithms include coordinate transformation between stator and rotor reference frames, flux estimation, and current regulation loops. Through PID controller implementation and pulse-width modulation (PWM) techniques, the system achieves precise torque and flux control. Readers will gain comprehensive understanding of rotor field-oriented vector control systems and their practical implementation methodologies in real-world applications.
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