Synthesis of Optimal Control of Dynamic Processes in GTS

Abstract

The problem of the synthesis of gas transmission system control as a complex open dynamic system with distributed parameters in limited spatio-temporal domains is presented. To solve this problem algorithms and software for modeling the effect of changing the initial boundary conditions on the flow distribution parameters, under conditions of external controlled and uncontrolled dynamic perturbations, have been developed. The tasks of finding parameters of control of gasdynamic processes by active facilities are stated for ensuring optimal flow distribution in the system by the energy criterion. The results of approbation of the developed algorithms and software are shown. The analysis of numerical experiments on the developed software using real data is presented, which confirmed the correctness of the chosen research direction.