General problems of power engineering systems management. Management automation. Types and equipping management centres. Roltage regulation and er engineering systems management. Management automation. Types and equipting oegulation of Voltage and Reactive Power. Voltage regulation by transformer with the change of relationship of transformation under load (description, modelling and application). Systems for regulation of synchronous machine actuation (types of systems, element modelling, actuation regulators, standardization of mathematical models of actuation systems). Static devices for regulation of voltage and reactive power (types, description, application and modelling). Regulation of frequency and active powers. Types, descriptions and ways of modelling of turbine regulators. Tachometric, acceleration and tachometric and regulators with linear control characteristic. Modelling of production plants (models of steam turbines and hydro power plants). Modelling of power plants in isolated operation. Modelling of mixed and related PES. Automated secondary regulation of frequencies and active powers. Part of the course is based on the independent study and research work in the field of regulation of electric power industry in the free market economy. Study and research work is based on the primary scientific sources, organization and conduction of experiments as well as statistical analysis of data, numerical simulations, and writing a paper on the narrow scientific area in which doctoral dissertation is based.