Multienergy systems (MESs) are able to unlock the energy system flexibility using the
coupling across multiple energy sectors. Such coupling contributes to improving the overall …

This paper proposes a cascading failure simulation (CFS) method and a hybrid machine
learning method for vulnerability analysis of integrated power-gas systems (IPGSs). The …

Energy flow calculation is a fundamental problem of the integrated power and gas system
(IPGS) operation and planning. However, the nonlinear gas flow model introduces major …

We extend the canonical problems of simulation and optimization of steady-state gas flows
in pipeline networks with compressors to the transport of mixtures of highly heterogeneous …

As extreme weather disasters become more frequent and violent, there is grown emphasis
on the resilience of electricity-gas systems, especially in preventing the extreme-weather …

Natural gas has become one of the major fuel sources for power systems in many parts of
the world due to the increasing deployment of gas-fired generators. However, under the …

The reliability and precision of dynamic database are vital for the optimal operating and
global control of integrated energy systems. One of the effective ways to obtain the accurate …

The development of energy conversion techniques enhances the coupling between the gas
network and power system. However, challenges remain in the joint optimal dispatch of …

This paper studies the development of the Austrian gas grid by 2040 under different
decarbonization scenarios, ranging from electrifying most energy services to importing large …

The vast infrastructure development, gas flow (GF) dynamics, and complex interdependence
of gas with electric power networks call for advanced computational tools. Solving the …