Blackouts or cascade failures are costly events which may threaten the integrity of electrical
energy systems. The Intentional Controlled Islanding (ICI) is the last measure to reduce the …

Intentional islanding has been extensively studied recently as the last resort to prevent
blackouts, mostly from the perspective of thermal static constraints satisfaction. However, as …

As both controlled islanding and under frequency load shedding (UFLS) plans, curtail a
predetermined amount of load, they must be coordinated to avoid excessive and …

This paper presents online criteria of frequency stability-based controlled islanding scheme
based on the density-based clustering algorithm and the system electrical distance from …

Controlled segmentation of the power systems is the last resort to prevent large-scale
blackouts. This paper investigates the impact of microgrids on power system islanding. The …

In this study a new index is proposed for power system islanding prediction. The total energy
absorbed by coherent synchronous generators during unplanned islanding conditions is …

Inter-area oscillations and cascading failures are the most serious threats to the security of
the electric power system. Uncontrolled islanding will occur in the event of an unstable inter …

An effective strategy for intentional islanding of a transmission system is proposed in this
paper to boost its resilience under low-probability high-impact events such as man-made …

In this paper, a reintegration-based multi-objective intentional controlled islanding (ICI)
model is proposed to enhance resiliency of electrical power systems under catastrophic …

Nowadays, occurrence of severe contingencies may cause an interconnected power system
to lose stability and lead to the partial or wide‐spread cascading failures. Hence, intentional …