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Courses: Formation of knowledge and skills of students in applying methods for organizing and developing control systems for general industrial and special electric drives. The study and analysis of the features of the electromechanical system as an object of optimal control and the study of the characteristics of static and dynamic processes. Mastering the skills of performing calculations, modeling and analysis of parameters that determine the operation of electric drive systems in various operating modes. - The reliability of electrical power supply systems;
The purpose of the study of this discipline is to develop in students a clear understanding of the reliability problems in the design, construction and operation of electrical power systems components. The study of methods for calculating and predicting the value of reliability, studying ways to improve the reliability of electrical equipment. - Control systems of power converters;
Forming students knowledge about the basic principles of building and optimizing control systems for power converters of electrical energy. The discipline studies the practical skills of the development and the organization of the optimal control of power converters. A detailed study of the basic methods of organizing protective functions for power converters. - Vector control in an AC electric drive;
In this course, students learn the basic principles of vector control method applied to an AC electric machines. The organization of a multi-circuit vector control system of an electric drive based on the principle of subordinate control in different coordinate systems is considered. In addition, attention is paid to the issues of optimal adjustment of controllers and methods for indirect calculation of variables that are not available for direct measurement.This discipline introduces students to modern AC drive systems. Study of the basic principles of control and regulation of coordinates in electric drives based on electric machines of alternating current. The composition of the hardware base of the power and information channels of the electric drive of an alternating current is studied, the skills of constructing and designing automated AC electric drives are considered.
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Расписание
