极端自然灾害的频发给电-气综合能源系统安全运行造成了严重影响, 而在灾害发生前制定合理
的规划策略可以有效提升系统的弹性. 综合考虑扩展与加固规划, 结合鲁棒优化与信息间隙决策 …

Direct catalytic methanation of biogas using hydrogen from electrolysis is a promising
pathway to store the electricity from renewable power plants according to the Power to Gas …

Floods, categorized as high-impact low-probability (HILP) events, pose significant risks to
power distribution systems (PDS) and natural gas systems (NGS). Ensuring mutual support …

Regional integrated energy system (RIES) with the close coupling of multiple energies faces
various cascading failure risks in its operation, and formulating the risk-based optimal …

In this paper, a resilience-oriented dynamic planning framework is developed for optimal
sizing of the community-integrated energy system components, including photovoltaic …

Self-sustained highway transportation energy system (SHTES) means an integrated system
that combines multi-energy planning, conversion, control and operation to achieve self …

To sustain energy supply capability and mitigate vulnerability to operational failures,
enhancing resilience in multi-energy systems (MES) becomes imperative in the face of …

Electrical power systems with their components such as generation, network, control and
transmission equipment, management systems, and electrical loads are the backbone of …

To reduce the loss of the integrated electricity-gas energy system (IEGS) during typhoons,
this paper proposes a two-stage resilience planning method for the IEGS considering …

With the increasing coupling between different systems, the risk of failure propagation in
integrated energy systems (IESs) is consequently increased. At present, the multiple failure …