DEVELOPMENT OF A METHOD FOR MODELING A SET OF STATES OF AN ELECTRICAL SYSTEM OF AN INDUSTRIAL ENTERPRISE

The article considers the calculation methodology of multiple modes of the electrical system of an industrial enterprise (ESPI) in order to optimize the control of reactive power and voltage. ESPI has some features, due to which the manual dispatch control system is not effective enough for them. In this regard, to control such systems, it is necessary to develop new, more advanced systems of automated control of mode parameters. The paper presents an innovative mathematical and algorithmic method based on the iterative method of forward and reverse motion. The developed methodology is implemented using modern computer technologies and intelligent algorithms in the Microsoft Excel Visual Basic for Applications software package for controlling power and voltage modes. The implemented program, in turn, will automate the control of ESPI mode parameters and conduct experiments and observations without the risk of damaging real equipment. The obtained research results are of practical importance. In the future, the methodology presented in this work can be used to create intelligent control systems and a situational control system that will facilitate the further development of technologies in the electric power industry and improve the efficiency of the power system.