Power system transient stability prediction (TSP) is particularly important as power systems
change and evolve, including the rapid growth of renewable energy, the proliferation of …

Effective stability analysis is essential for the secure operation of modern power systems. As
smart grids evolve with increased interconnection, renewable energy integration, and …

Existing probabilistic transient stability assessment (PTSA) methods mainly provide an
overall estimation of the probabilistic transient stability index (TSI) but ignore the temporal …

Security-constrained optimal power flow (SCOPF) aims to achieve an economical operation
while considering the security issues during contingencies. Data-driven security assessment …

The transient responses of distributed energy resources (DERs) in a microgrid are
dynamically correlated in spatial and temporal dimensions. Hence, the transient stability …

To improve the stability of the inverter‐based microgrid (MG), this paper employs a novel
data‐driven based method to coordinately adjust control parameters of inverters in a fast …

Islanded microgrids are typical continuous system that integrate various distributed sources
(DERs) which are threatened by short-term voltage instability risk during sever faults …

With the rise of microgrids integrated with virtual power plants (VPPs), the importance of
coordinated dispatch among microgrid clusters in managing distributed energy resources …

High-voltage direct current (HVDC) sending systems have been the main means of
renewable power cross-regional sharing and consumption. However, the transient …

This paper presents a comprehensive study on the impacts of false data injection attacks on
microgrid operation, and introduces a hybrid approach to ensure stability and reliability for …