Over the last years, gas-fired power capacity investments in electricity networks have
increased in many countries due to its low-rate of greenhouse gas emissions and the …

The natural gas production system is a very complex system, involving pipelines,
compressors and valves with different structures and calculation parameters. It can be …

Natural gas pipeline network modeling and simulation is the basis of dispatch and design.
Modeling methods based on the mechanistic model have for a long time been facing the …

The utilization of power to gas technologies to store renewable electricity surpluses in the
form of hydrogen enables the integration of the gas and electricity sectors allowing the …

Electricity and gas infrastructure coupling has the twofold effect of solving production-
consumption mismatches and decarbonizing the natural gas system through power-to-gas …

A systematic framework is developed to assess the vulnerability of natural gas pipeline
networks. To measure the impact of accidents on gas supply service, a consequence model …

Original scientific paper Abstract: The optimization of gas pipeline networks is critical for
efficient and cost-effective transportation of natural gas. This study develops a mathematical …

The fluctuation characteristics of the gas demand and the effect of the user importance are
usually ignored in previous gas supply reliability research. With the intent of overcoming …

The integration of renewable energy sources into existing electric power systems is
connected with an increased interdependence between natural gas and electricity …

Reliable gas supply for minimum risk of supply shortage and minimum power demand for
low energy cost are two fundamental objectives of natural gas pipeline networks. In this …