With the increasing penetration of wind power, probabilistic transient stability assessment
becomes critical to deal with the uncertainties and correlations of wind power, thus …

Owning to the extensive enhancement of renewable energy resources in the distribution
grids, the employment of such sources has also introduced various issues, such as the …

The conventional distribution network is undergoing structural changes and becoming an
active grid due to the advent of smart grid technologies encompassing distributed energy …

In this paper, the problem of transient stability assessment is formulated as a pattern
recognition problem. The transient stability boundary (TSB) separates the region between …

Herein, a novel method for the assessment of steady state probabilistic voltage stability
margins (PVSMs) in power systems considering generation and load demand uncertainty is …

The conventional distribution network is becoming an active grid due to widespread
integration of distributed energy resources (DERs). This integration raises great concerns …

With the increasing trend in the integration and deployment of distributed energy resources,
the real‐time assessment of power system transient stability is becoming more and more …

Due to the high penetration of renewable energy resources leading to the enhancement of
uncertainty, the probabilistic assessment of the transient stability has become more …

While renewable energy resources have provided more flexibility in operation of power
system, it may threaten the security of the power system during transient phenomena …

Proliferation of renewable energy sources (RESs) has increased the reliability and flexibility
in the operation of the power networks. Nevertheless, different technologies of RESs with …