A COMPREHENSIVE REVIEW OF LOSS MINIMIZATION TECHNIQUES OF INDUCTION MOTOR

This research examines and compares the various methods for reducing induction motor power loss. It distinguishes a subset of loss minimization approaches. Convergence rates, parameter dependence, and convergence errors varies amongst techniques. Offline techniques are discussed, as well as real-time techniques. Model-based, physics-based, and hybrid real-time loss minimization strategies are the three types. It is discussed the sensitivity of real-time loss minimization approaches to motor settings. Strategies can be chosen based on application-specific needs, and hybrid loss reduction techniques balance partial parameter independence and quick convergence for the greatest overall performance.