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Full Description
This book presents advances in control technologies for efficient operation of permeant magnet synchronous machines (PMSMs) and linear induction machines (LIMs) based on sliding mode control (SMC). It covers the design of the speed controller based on SMC and the composited speed controller based on different disturbance observers for the PMSM under the FOC method including the numerical analysis of second-order systems. Several case studies with simulation in MATLAB® and real-time experimental analysis have been offered to verify the effectiveness of the proposed methods.
Key features-
-Summarizes several theoretical control algorithms for permanent magnet synchronous motors and linear induction motors
-Provides simulation and experimental results to show the effectiveness of the theoretical algorithms
-Considers control scenarios from the typical problems in industrial applications pertaining to permanent magnet synchronous motors and linear induction motors
-Proposes field-oriented control (FOC), direct thrust control (DTC) method, and model predictive control (MPC) methods
-Includes numerical analysis of the second-order systems to understand the process of the SMC design and its parameters.
This book is aimed at researchers, professionals and graduate students in control and electrical engineering.
Contents
1. Introduction 2. Robust Speed Control of the PMSM Based on the Continuous Fast Terminal Sliding Mode Control 3. Composite Speed Control Based on Extended State Observer with Sliding Mode Control of Permanent Magnet Synchronous Motor 4. Novel Speed Control of PMSM Drive System Based on Adaptive Sliding-Mode Reaching Law 5. Improved Reaching Law Based Sliding Mode Control with Extended State Observer of PMSM Drive System 6. Sliding Mode Speed Regulation of LIMs Based on DTC-SVM Strategy 7. Improved Drive Performance of LIM Based on Double Power Sliding Mode Reaching Law 8. Cascaded Sliding Mode Control under DTC-SVM for LIM Drive Systems Based on Linear Metro