Modeling of Management Strategies for Manufacturing Technological Processes in Metro Power Supply Projects

Abstract

At the present, metro power supply units used the production and technological potential not to its full extent. The main reasons for this situation are the lack of strategies for the effective formation and implementation of management actions aimed at ensuring the necessary level of utilization of the power supply. Appropriate strategies for effective formation and implementation of administrative actions aimed at ensuring the necessary level of utilization of production and technological potential of metro power supply units are considered. On the basis of modern control technologies, a computer system for controlling operating modes of electric networks can be implemented, which ensures increased reliability, energy efficiency and traffic safety. The intellectual system of metro power supply organized this way is a breakthrough assembly of interconnected electric traction networks with computer environment and technologies for its management, consumers, generating capacities and means of protection, united on the basis of modern principles of a single information space, self-regulation, self-renewal, the principle of supporting a united model of primary data, the principle of synchronous information exchange. Carrying out a complex of organizational changes and construction of new process models are planned, along with attraction of new solutions in the field of information technologies, finding new ways and means of informatization, as well as intellectualization of the processes of power supply management [1], implementation of control and reliability forecast, increase of operational efficiency, optimization of power consumption and increase of movement safety and innovations in the field of creation of technological processes automated control system, which requires a qualitatively new level of informatization [2]. Increasing the efficiency of modern information technologies is possible only through research of joint properties of mathematical models, methods, algorithms, management problems, features of modern and advanced network technologies along with architectural features of power supply networks and information management of computer systems.