Explore MATLAB source code curated for "矢量控制" with clean implementations, documentation, and examples.
Application Background: A complete vector control simulation for permanent magnet synchronous motor featuring speed and current control loops, delivering satisfactory and accurate simulation results. Key Technologies: Implementation of Park and inverse Park transformations, Space Vector PWM (SVPWM) algorithm using Simulink's SimPowerSystems library components for power electronics modeling.
MATLAB Implementation of Sensorless Vector Control for Induction Motors. Includes detailed documentation with code explanations, algorithm descriptions, and functional breakdowns. Suitable for academic exchange and research purposes.
MATLAB simulation of vector control speed regulation system for three-phase asynchronous motors, including mathematical modeling, algorithm implementation, and real-time control strategies
Self-developed asynchronous motor vector control model validated through operational testing, with detailed modeling methodology documented in accompanying Word file.
Asynchronous motor vector control integrated with speed-sensorless technology, fully debugged and calibrated for high-precision performance using advanced estimation algorithms
This project implements induction motor vector control in MATLAB using three PI regulators (flux regulator, torque current regulator, and speed regulator). The system features well-structured encapsulation suitable for beginners, with implementation guidance for MATLAB 7.1 version. Key aspects include coordinate transformation algorithms and PWM signal generation techniques.
This document presents MATLAB-based simulation models for asynchronous motor speed control, including Variable Frequency Drive (VFD) speed regulation, vector control, rotor resistance control, and voltage regulation speed control models, with implementation details and algorithm explanations.
This comprehensive wind power generation system model utilizes vector control techniques and represents a complete simulation-ready system. Originally developed as my graduation project, it contains multiple integrated modules and subsystems that can help students and researchers working in this field understand practical implementation approaches.
MATLAB program for permanent magnet synchronous motor vector control with high-frequency injection-based position sensor algorithm implementation
A fundamental asynchronous motor vector control simulation model that has been thoroughly tested and validated for reliable performance, featuring modular code implementation with core components including coordinate transformation, slip frequency calculation, and PID controllers.