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Using operations research to optimise operation of the Norwegian natural gas system

机译:利用运筹学来优化挪威天然气系统的运维

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Decisions regarding natural gas production, processing and transportation depend on each other, and knowledge about how partial changes in a gas transmission network influence the network capacity and flexibility is crucial in ensuring efficient system operation. SINTEF has developed a decision support tool, GassOpt, which is based on mixed-integer optimisation. The model objective is to maximise the flow throughput or profit for a given technical state of a natural gas network. The objective of this work has been to develop extensions to the GassOpt model mainly related to modelling of gas processing and energy consumption related to compression, and to analyse their impact on network operation. The extended GassOpt model represents and analyses a gas transport network in more detail, in particular in discovering bottlenecks, related to gas quality, contaminants and energy efficiency, which have obtained increased focus in recent time. GassOpt is a general tool for gas network optimisation, but applied on the Norwegian gas transport network specifically. The GassOpt tool is used to evaluate the current network as well as possible network extensions. Our approach ensures optimal operation of the network by considering the complete system and provides valuable insights in the dependencies between the different parts of the system. Tests show that the model represents actual network operation in a very good way.
机译:有关天然气生产,加工和运输的决策相互依赖,并且有关天然气传输网络的部分变化如何影响网络容量和灵活性的知识对于确保有效的系统运行至关重要。 SINTEF开发了基于混合整数优化的决策支持工具GassOpt。该模型的目标是在给定的天然气网络技术状态下最大化流量或利润。这项工作的目的是开发对GassOpt模型的扩展,该模型主要与气体处理和压缩相关的能耗建模有关,并分析其对网络运行的影响。扩展的GassOpt模型更详细地表示和分析了一个气体传输网络,尤其是在发现与气体质量,污染物和能源效率有关的瓶颈方面,这一点在最近越来越受到关注。 GassOpt是优化天然气网络的通用工具,但专门应用于挪威的天然气运输网络。 GassOpt工具用于评估当前网络以及可能的网络扩展。我们的方法通过考虑整个系统来确保网络的最佳运行,并提供有关系统不同部分之间依赖性的宝贵见解。测试表明,该模型以很好的方式表示了实际的网络运行。

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