THE APPLICATION OF DISTRIBUTED COMPUTATIONS FOR IDENTIFICATION OF CRITICAL FACILITIES IN THE GAS TRANSPORT NETWORK OF RUSSIA

Alexey V. Edelev, Sergey M. Senderov, Ivan A. Sidorov

Melentiev Energy Systems Institute of Siberian Branch of the Russian Academy of Sciences

The article is devoted to solving the problems of formation of the list of critical facilities gas pipeline network in Russia to meet the requirements of energy security. The approach highlights critical energy systems based on their impact on the overall performance of the system. This is done by analyzing the level of negative consequences for consumers of the termination or violation of a particular object. The analysis is carried out using a distributed computational environment-you, which is formed by means of software and computing complex "Oil and Gas in Russia" and tools DISCOMP, intended for organizationof multivariate numerical experiments in heterogeneous distributed computationalenforcement environments.

energy security, software, energy system, distributed computing environment

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