Intentional Controlled Islanding (ICI) has been proposed as a corrective measure of last
resort to split the power system into several sustainable islands and prevent cascading …

Power systems are prone to cascading outages leading to large-scale blackouts. Intentional
controlled islanding (ICI) is an effective corrective control action that limits the consequences …

An Intentional Controlled Islanding (ICI) algorithm based on an exact Mixed Integer
Programming Formulation (MILP) was previously proposed and tested using IEEE test …

Power networks are susceptible to various types of disturbances, such as faults or sudden
changes in load. These disturbances can initiate oscillations between different groups of …

Nowadays, power systems complexity requires of innovative methods to monitor and
provide an adequate online assessment. Coherency identification (based on data-driven …

Identification of coherent generators groups in multi-machine power systems is an important
step for both operation and control needs. This paper presents a new identification method …

A dynamic neural network (NN) based multi-class classifier is proposed for improving online
prediction of coherent generator groups (CGGs), following the occurrences of various …

Dynamic equivalent (DE) is an important process of multi-area interconnected power
systems. It allows to perform stability assessment of a specific area (area of interest) at …

Despite major advances in technology, modern power systems still experience cascading
outages leading to large-scale blackouts. Intentional controlled islanding (ICI), also called …

Inter-area oscillations have become one of the major challenges that modern power systems
have to confront, since their appearance is increasing due to the vast changes and constant …