Understanding and analyzing cascading failures in power grids have been the focus of
many researchers for years. However, the complex interactions among the large number of …

The emergence of new elements as distributed generators in power networks is a challenge
for supplying energy with quality, reliability and continuity. The impacts of distributed power …

Electrical power grids are often susceptible to voltage instability and have been a growing
concern. In this study, the authors propose techniques based on network response structural …

During power system cascading disturbances it becomes crucial to quickly identify the
vulnerable transmission interconnections. Understanding the impact of a triggering outage …

Static voltage stability is essential for complex power networks incorporating a large share of
renewable energy sources (RES). However, its estimation is a challenging task under …

This paper investigates the impact of network structures on small-disturbance voltage
stability of power systems in the long-term. A differential-algebraic model is established in …

In this paper, we study the vulnerability of the minimum cut-set (MCS) in power networks by
assessing the effect of sequential attacks against the MCS and its corresponding effect on …

Reactive power management and voltage control are the two key facets of any electrical
power system due to their support for reliability of the system. While managing reactive …

Reliability analysis of power grids has been the focus of many researchers for years.
However, the complex interactions among the large number of components in these systems …

This study investigates the influence of network structures on long-term voltage stability of
power systems considering loads with recovery dynamics. A power system model with load …