A multi-energy system can effectively improve energy utilization efficiency by coupling and
coordinating multiple energy carriers and energy sources. However, the secure operation of …

This paper presents a comprehensive review of power system resilience through the lens of
power consumers. As consumers play a pivotal role within the power system by being end …

As the frequency of extreme weather events continues to rise, there is an urgent need to
strengthen the safe and stable operation of active distribution networks (ADNs), and it is of …

Integrating hydrogen into integrated energy systems is expected to compensate for the
shortage of seasonal energy storage resources and enhance the system's resilience to …

The use of renewable energy sources has energized the process of carbon neutrality, and in
particular wind and hydrogen are being considered. However, each of them has its relative …

Electricity, gas and heating networks are increasingly coupled to form an integrated energy
system (IES), which is beneficial in improving the operational performance of the system …

Load fluctuation in the gas system typically causes the change of node pressures and
pipeline flow rates, which may further lead to energy shortages or even security incidents. In …

Earthquakes along plate boundary zones can cause extensive damage to energy
infrastructure and lead to significant economic losses. Inview ofthe high-impact low …

The heat-electric-integrated energy system (HE-IES) represents a prominent approach to
achieving low-carbon energy supply, garnering considerable attention from both theoretical …

To address security challenges in Heat-Electrical Integrated Energy Systems (HE-IES), this
paper introduces a simulation-based contingency analysis method aimed at identifying …