SYNTHESIS OF THE STRUCTURE OF AN AUTOMATED POWER MANAGEMENT SYSTEM IN AN INDUSTRIAL ENTERPRISE

Abstract

Currently, the design of complex systems is carried out by developing one of the possible options, which largely depends on the individual abilities and experience of developers. The implementation of this option in the future will be determined by the persistence and organizational abilities of the project authors, often regardless of the quality of the chosen option. The theory of building complex information systems, which include automated control systems, and the features of choosing the structure of such systems have not been sufficiently developed to date. At the same time, there is an opinion that if the author has not considered at least three alternative variants of structural schemes then the possibility of choosing the most preferred solution is very small, and the less the more complex the system is. A brief analysis of the advantages and disadvantages of various methods of constructing a generalized quality indicator has shown that the resulting objective quality function, constructed taking into account the physical connections of the automated control system with other systems, united by common functioning and joint placement as part of a technical complex, is characterized by the smallest elements of subjectivity and conditionality.