A SYSTEMATIC APPROACH TO OPERATIONAL DISPATCH MANAGEMENT OF THE ENERGY SYSTEM OF THE RUSSIAN FEDERATION IN THE CONDITIONS OF DIGITALIZATION OF THE ECONOMY

Тhe article considers an approach to operational dispatch management of the power system of the Russian Federation in the conditions of digitalization of the economy within the framework of a non-cost assessment of the efficiency of the domestic power system, based on the postulates of a systematic approach, based on the analysis of information flows of production activities, quantified in terms of conditional entropy and parametric complexity of the power system. The purpose of the work is to analyze the information flows in the operational dispatch management of the power system of the Russian Federation, to consider the possibility of applying and analyzing the dynamics of information parameters for modeling business processes and making management decisions to coordinate the activities of the power system. The subject of the study is the structure and information flows and functional connections of structural units of the system operator of the unified energy system (SO UES). To achieve this goal, the following tasks were performed: the information flows functioning within the framework of the coordination of the activities of the SO UES were analyzed; quantitative components and sources of their formation for calculating the information parameters of the energy system were determined; a mechanism for forming a positive trajectory of the development of the energy system and prerequisites for the formation of a mechanism for intelligent management of the country’s energy system were developed. Within the framework of the results of this study, the information flows between the structural units of the SO UES, the criteria for evaluating individual information flows within the control action for calculating information parameters are determined. The obtained research results can be used in practical activities on operational dispatch management based on the creation of a system of intelligent management of the country’s energy system by managing information flows for modeling business processes and making informed management decisions within the framework of a non-cost approach.

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