Energy-Saving Control for Asynchronous Motor Motion System Based on Direct Torque Regulator

Abstract

Energy saving issues occupy a leading position in all control systems. This article provides a detailed analysis of control systems and is conducted by considering the complexity of implementation and response to the control action. The implementation of energy-saving control systems is directly related to the selected control system and the proposed energy-efficient algorithm. A system with direct torque control is proposed, which provides energy savings in the mechanisms for moving goods. A detailed analysis of the implementation of systems with direct torque control is carried out. New methods to save energy in the control system by minimizing the stator current have been proposed.

Fuzzy Modeling of DC Motors using the stimulus-response method

“…In the existing bibliography, to analyze and design control loops in industrial processes or control projects, mathematical modeling of motors is performed based on time constants and motor torque (Valtchev, Meshcheryakov, Gracheva, Sinyukov, & Sinyukova, 2023). Practical implementation of a control system involves knowledge of these values, having as objectives, position, or speed control.…”

Topological optimization of the design of a permanent magnet synchronous motor using a genetic algorithm

“…This idea is not new, and it has been used in construction and strength calculations for a long time, and effectively. But for optimization of electric machine design, topology change is a relatively fresh area of research, and only in the last 5-10 years it has been actively developed [1][2][3][4].…”