The deterministic techniques in use for transmission-grid planning and operation have
resulted in a high reliability, but they have certain limitations that could be removed by …

Recent studies on sequential attack schemes revealed new smart grid vulnerability that can
be exploited by attacks on the network topology. Traditional power systems contingency …

This paper proposes a new method to identify the vulnerable lines in power grids and
predicts the cascading failure path by constructing a cascading failure model of power grids …

This monograph explores mathematical issues related to vulnerability analysis of power
grids, with a focus on optimization methods. The target audience is primarily made up of …

The modern society increasingly relies on electrical service, which also brings risks of
catastrophic consequences, eg, large-scale blackouts. In the current literature, researchers …

It is crucial for maintaining the security of supply that transmission networks continue to
operate even if a single line fails. Modeling N− 1 security in power system capacity …

System operators are required to serve the load in the most cost-effective way while
maintaining the integrity of the system and heeding reliability requirements. In the day …

This paper describes a methodology for the Nk contingency analysis of bulk power systems.
The method encompasses the evaluation of contingencies' effects on the power system over …

Reaching net-zero emissions within the proposed time requires an enormous effort from the
energy sector, and it is even more challenging for the electricity infrastructure. This article …

The N-1-1 contingency reliability criterion considers the consecutive loss of two components
in a power system, with intervening time for system adjustments between the two losses. In …