APPLICATION OF MULTIAGENT APPROACH IN ELECTRICITY CONTROL SYSTEMS IN THE SCOPE OF AN ACTIVE ENERGY COMPLEX

Abstract

This article presents an analytical review of artificial intelligence technologies used inproblems of technological management of the electric power industry. The relevance of using interdepartmental systems to solve energy problems has been proven. The concept of an intelligent energy system with an active adaptive network is considered. A block diagram of the control system for the electric power system within the framework of the active energy complex is given. It is shown that the developed principles of centralized control are not fully applicable to small distribution networks - microgrids using storage devices and renewable energy sources. The active energy complex of Kazakhstan is described in the article as an analogue of the microgrid concept. The necessary functionality of intelligent controlled communication has been studied, an algorithm for the operation of intelligent controlled communication has been created and a distributed intelligent multi-agent control system for active energy complex that implements these functions has been described. The multi-agent control system software works with MATLAB/PSAT.