Vector Control of Induction Motor Using Space Vector Pulse Width Modulation
Simulink Simulation Model: Induction Motor Control with SVPWM Vector Control Strategy - Implementation and Algorithm Analysis
Simulation of an Asynchronous Motor
Developed in the MATLAB/Simulink environment, this asynchronous motor simulation provides comprehensive results and serves as the foundational component for direct torque control (DTC) implementation, incorporating parameter tuning and performance analysis capabilities.
Simulink Simulation Diagram for Direct Torque Control of Induction Motors
This Simulink simulation diagram for direct torque control of induction motors effectively demonstrates the control principles and speed regulation performance, with model implementation highlighting switching table logic and flux/torque hysteresis controllers.
Simulation Model of Induction Motor
Induction Motor Simulation Model developed using MATLAB/Simulink environment with comprehensive implementation framework
Fuzzy PID Control for Asynchronous Motors
Implementation of fuzzy control algorithm demonstrates excellent performance outcomes.
Precise Control and Speed Identification of Asynchronous Motors in AC Drive Systems
Precise control and speed identification of asynchronous motors represent critical challenges in AC drive systems. In this simulation system, motor speed estimation employs a Model Reference Adaptive System (MRAS) identification algorithm that utilizes easily measurable stator voltage and current signals. To address error accumulation and drift issues caused by pure integration components in the voltage model of the speed identification algorithm, an improved integral-type rotor flux estimation model has been implemented. The implementation involves mathematical modeling of motor dynamics and adaptive observer design using MATLAB/Simulink blocks for real-time parameter adjustment.
Precise Control and Speed Identification of Asynchronous Motors
Precise control and speed identification of asynchronous motors are critical challenges in AC drive systems. This simulation model builds a sensorless vector control system for asynchronous motors using the MRAS (Model Reference Adaptive System) method, implemented through MATLAB/Simulink's SimPowerSystems module. The implementation incorporates mathematical modeling of asynchronous motors, vector control principles, and advanced speed identification algorithms to achieve accurate motor control without physical speed sensors.
Asynchronous Motor Vector Control Simulation Model
Simulation model for asynchronous motor vector control utilizing indirect vector control and SVPWM modulation algorithm. The SVPWM algorithm is fully implemented using MATLAB m-language programming, providing valuable reference for relevant designers.
Digital Controller Design for Decoupled Vector Control System of Induction Motors
This project presents the design of a digital controller for decoupled vector control system of induction motors. The implementation involves deriving decoupled vector control equations, discretizing them using appropriate sampling methods, and designing digital controllers based on z-domain analysis. The package includes comprehensive Simulink simulation models with detailed subsystem implementations and Word documentation explaining control algorithms and parameter tuning procedures.
Simulink Simulation Study of V/f Control Strategy for Asynchronous Motors
Simulink simulation study of V/f control strategy for asynchronous motors with effective performance results and customizable parameter adjustment capabilities