INTEGRATED APPROACH TO EVALUATING THE EFFICIENCY OF COMPLEX ELECTROTECHNICAL EQUIPMENT AT AIC ENTERPRISES
Qualitative studies of complex electrotechnical systems, regardless of what production processes they control, should be of a complex nature, i.e. they should take into account the parameters of both the internal and external environment of these systems. This article assesses the impact of an important element of the external environment in which the electrotechnological system operates such as an energy service company (ESCO), which carries out a number of activities for the maintenance and repair of the electrical equipment used. The aim of the study is to analyze the operation of ESCOs and the power supply system, which ensure high operational reliability of the used electrotechnological equipment (ETE) and solve energy saving problems in the process of implementing the production process. Since all processes occurring both in the internal and external environment of the electrotechnological system are random in nature, the most effective method for studying these processes is the method of probabilistic modeling. The objects of the study are random parameters and events that are characteristic for ensuring the process of operation of ETE and have a significant impact on its efficiency. In the final part of the article, a methodology for a comprehensive study of complex ETE is proposed, which makes it possible to optimize the operating of this equipment and the production process as a whole, which ultimately will lead to an increase in the profit and profitability of the agro-industrial complex.