Grounds for Searching the Best Solution for Controlling the Pressurized Water Reactor in Dynamic Modes when Changing the Controlled Parameters

Abstract

The article focused on the development of information technology for the optimization of control over complex dynamic systems at the stage of their design that should realize possibilities of modeling of linear and nonlinear dynamic systems, the analysis and synthesis of such systems, their optimization on various quality criteria. The purpose of this article is to develop the structure and elements of information technology to optimize the control of complex dynamic systems, including automated control systems. The general structure and functional model of information technology of the analysis and synthesis of control systems includes modeling of dynamic systems in the form of systems of differential equations and transfer functions, integration of systems of differential equations, calculation of system quality criteria, methods for solving various optimization tasks on solutions of optimization problems of dynamic systems is offered.

A method for searching the best static program for nuclear power unit control in the event of perturbations of different nature

“…At this stage of solving the problem, the weighting coefficients of each of the criteria are equal to one. In the future, the simulation results will show whether it is necessary to change the value of these coefficients or not [6].…”

“…In target programming, this possibility is provided, and a 2023; Vol. 6 new type of variables is introduced to display it, showing the degree of deviation of the achieved level of objectives from the required one.…”