为在大规模停电后提供紧急电力支持, 提出一种考虑交通网络不确定性及固定储能系统(SESS)
和移动储能系统(MESS) 空间配合的分布式储能(DES) 防灾应急规划方法. 基于正态分布区间数 …

Enhancing power system resilience to extreme weather requires an effective coordination of
pre-disaster preventive response actions and post-disaster repair and restoration services …

Ensuring reliability and resilience in radial distribution systems (RDS) is essential for
consistent electricity delivery and rapid recovery from disruptions, particularly with the rise of …

Growing electric vehicles (EVs) bring substantial vehicle-to-grid (V2G) potential. However,
V2G sites and their connected grid nodes are stationary, but EV distributions are random …

The increasing number of electric vehicles (EVs) will result in a rise in electric vehicle
charging stations (EVCSs), which will have a significant effect on the electrical grid. One …

Recent experiences with increasing climatic variability highlighted the importance of
enhanced power distribution system resilience. Conventional methods of power distribution …

This paper introduces an innovative strategy to improve the resilience of Distribution
Networks (DN) following natural disasters. The approach involves a multi-stage model for …

To address the problem of fault recovery in distribution networks during extreme weather,
this paper proposes a strategy that actively mitigates loop closing impulse currents and …

In recent years, customers have experienced a significant increase in weather-related power
outages. The power distribution network (PDN), a subset of the power system, in particular is …

This paper proposes a novel approach for the optimal allocation of a depot for electric buses
(EBs) charging in a specific transit service, considering the impact on the power system. The …