Large-scale long-duration energy storage (LDES), like compressed air energy storage
(CAES) and liquid air energy storage (LAES), is promising for high-penetration renewable …

This paper presents a multi‐objective restoration scheme for improving the resilience of
integrated electricity and natural gas distribution systems against extreme weather events …

The equations governing gas flow dynamics are computationally challenging for energy
network optimization. This paper proposes an efficient solution procedure to enable …

Multi‐year generation and transmission expansion planning (MY‐G&TEP) is a critical issue
in power systems. The present paper considers the optimal placement of Fixed Series …

Natural gas is projected to play an important role in the electricity sector despite the growing
adoption of renewable energy technologies. For developing countries endowed with natural …

With the escalating dependence on electricity and natural gas infrastructure, ensuring both
reliability and economic efficiency becomes paramount. It necessitates reliability centric …

With the increasing interactions between natural gas systems (NGS) and power systems,
component failures in one system may propagate to the other one, threatening reliable …

In response to growing reliance on electricity and gas systems, this paper introduces a
stochastic bi‐level model for the optimized integration of these systems. This integration is …

In this research, an innovative two-phase fuel transient flow coefficient measurement system
is proposed to investigate the flow characteristics and coupling effects of two-phase fuel, and …

This paper presents an innovative measurement method for a two-phase fuel transient flow
rate in the same space–time dimension. Based on the jet momentum measurement, a spray …