Quantitative supply security related significance measures for gas reservoires

TL;DR

This paper introduces a computational framework to quantify the importance of natural gas reservoires in supply security, analyzing their role in restoring network functionality during failures using real data.

Contribution

It develops a novel method to assess the criticality of individual reservoires in gas networks, extending analysis beyond country-level to reservoir-specific importance.

Findings

Framework successfully quantifies reservoir criticality

Enables targeted improvements in gas supply security

Provides insights into reservoir roles during outages

Abstract

Computational models corresponding to supply security in natural gas networks aim to describe flows and consumption values in the case of component failures or unforseen pipeline shutdowns. The role of natural gas reservoires in this process has only been marginally analyzed in such models, and typically only on the level of countries. In this paper we define a computational framework, which is capable of interpreting real flow and reservoir data to assign a quantitative supply security related measure to reservoires, depending on how much the given reservoir is critical in the process of restoring consumption outages in the network.