Ivanov A. Automated monitoring and control of the ship’s power management system

The aim of the research is to increase the efficiency of control processes for the automated ship power system of a ship with a monitoring system through the use of a quasi-optimal regulator and a buffer energy source in order to implement the optimal mode of its operation with significant dynamic overloads under conditions of external influences of waves and wind. Object of study. Automated systems for monitoring and control of electric power systems of ships from electric propulsion. Subject of research: models and methods for increasing the efficiency of control processes for automated ship electric power systems of a ship. The research is based on: methods of system analysis for the analysis of the dynamic system "ship-environment" and 21 determination of the functions of the goal for each level of the hierarchy of the control system. In the construction of models of ship power system management processes, operations with large-order matrices and methods of increasing the productivity of data field processing procedures were used, simulation methods and means of simulation modeling and computer mathematics systems were used for modeling. Practical recommendations have been developed that can be used in the development of quasi-optimal controllers with a variable structure that provide control close to optimal.