Modelling, simulation and analysis of security of supply scenarios in integrated gas and electricity transmission networks
KA Pambour - 2018 - research.rug.nl
2018•research.rug.nl
The integration of variable renewable energy sources into existing energy supply systems
has increased the coupling between different critical energy infrastructures. The operation of
natural gas and electricity transmission networks, for instance, is increasingly
interdependent, due to a growing use of gas fired generators in the electricity system and the
use of electric driven compressors in the gas system. In addition, new evolving technologies
such as Power-to-Gas are expected to further increase the coupling between the two energy …
has increased the coupling between different critical energy infrastructures. The operation of
natural gas and electricity transmission networks, for instance, is increasingly
interdependent, due to a growing use of gas fired generators in the electricity system and the
use of electric driven compressors in the gas system. In addition, new evolving technologies
such as Power-to-Gas are expected to further increase the coupling between the two energy …
Abstract
The integration of variable renewable energy sources into existing energy supply systems has increased the coupling between different critical energy infrastructures. The operation of natural gas and electricity transmission networks, for instance, is increasingly interdependent, due to a growing use of gas fired generators in the electricity system and the use of electric driven compressors in the gas system. In addition, new evolving technologies such as Power-to-Gas are expected to further increase the coupling between the two energy vectors.
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