Studying of fundamental principles and methodology of forming of PES models for the purpose of PES stability analysis and other transition processes in PES, as well as modern tools for solving practical problems in this field.

Knowledge of the basic PES models. Analytical approaches and programme tools for testing transition processes in PES.

PES stability, angle and voltage stability of PES, transient PES stability, PES stability in case of small disturbances. Modelling of synchronous machines, model of idealized synchronous machine, model of a synchronous machine in Blondel’s domain reduced models of synchronous machine, linearized model of synchronised machine, parameters and equivalent schemes of synchronous machines. Modelling of turbines and turbine regulators, modelling of primary, secondary and tertiary PES regulation. Modelling of actuation system of synchronous machines, power systems stabilizers. Modelling of asynchronous machines, model of an idealized asynchronous machine, model of asynchronous machine in Blondel’s domain, reduced models of asynchronous machine. Modelling of distributed generator. Models of entire PESs.

Lectures. Auditory practical classes. Consultation.