Dynamic Control for Gas Pipeline Systems

Author:

Osiadacz Andrzej J.,Chaczykowski Maciej

Abstract

Abstract An algorithm for optimal control of a gas network with any configuration based upon hierarchical control and decomposition of the network is described. Local problems are solved using a gradient technique. The subsystems are coordinated using „good coordination” method to find the overall optimum. Discrete state equation for the case in which output pressures are treated as elements of the control vector has been formulated. Results of investigations are included.

Publisher

Walter de Gruyter GmbH

Reference7 articles.

1. A Sequential Quadratic Programming Based Algorithm for Optimization of Gas Networks No;Furey;Automatica,1993

2. Methods for optimizing gas transmission networks of;Mallinson;Annals Operations Research,1993

3. Dynamic Simulation of Gas Networks by Decomposition and Coordination No;Osiadacz;Math,1995

4. Steady State Optimisation of Gas Networks No;Osiadacz;Arch Min Sci,2011

5. An SQP algorithm for large - scale constrained optimization on Optimization No;Gill;SIAM Journal,2002

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