Hydrogen energy has the advantages of renewable, clean and high energy density, which is
considered as the most potential secondary energy in the 21st century. But transportation is …

The natural gas pipeline network is an important part of the integrated energy system. The
optimal control of the integrated energy system requires accurate transient online simulation …

To perform efficient simulation of the integrated gas and energy system's operation and
explore the interaction between natural gas and electric power, an energy flow analysis tool …

In the context of a global shift towards clean energy, the integration of hydrogen into existing
natural gas pipeline networks is essential for facilitating the energy transition. Specifically …

A coupled dynamic-static decentralized robust state estimation (RSE) methodology is
proposed for integrated electricity-gas systems (IEGSs). Firstly, a discrete time state space …

Multi-heterogeneous energy system aims to exploit the advantages of coupling between
electricity, heat, and gas. However, the common approach utilized to obtain the overall …

In practice, transient gas transport problems frequently have to be solved for large-scale gas
networks. Gas network optimization problems typically belong to the class of Mixed-Integer …

Interactions between power and gas systems, which are both large and complex, have been
gradually intensified during the last decades, predominantly due to the propagation of large …

The resilience of joint natural gas and electric power systems to extreme weather events is
crucial for maintaining the dependable function of essential infrastructure. In today's …

The integrated electricity-gas system (IGES) is an effective way to solve the challenges
brought by high proportion of renewable energy in the context of the global energy crisis …