The penetration of renewable energy resources (RES) generation and the interconnection of
regional power grids in wide area and large scale have led the modern power system to …

Electrical power systems are continuously upgrading into networks with a higher degree of
automation capable of identifying and reacting to different events that may trigger …

With the deployment of phasor measurement units (PMU) and wide area measurement
system (WAMS), it is feasible to have an insight into the events occurred in power systems …

While many promising data-driven power system transient stability assessment (TSA)
studies have been recently reported, very few of them further propose efficient data-driven …

This paper assesses the coherency in power systems employing the affinity propagation
(AP) algorithm with different distance metrics and quality measurements. This assessment …

With steadily increasing interest in enhancing large power systems' transient stability,
generator coherency identification has become critical for the dynamic equivalents …

In an electric power system, slow coherency can be applied to identify groups of the
generating units, the rotors of which are swinging together against each other at …

The conventional power grid is modernizing into a cyber-physical smart grid. In this system,
there are several applications, an important being the synchrophasor measurement system …

With the large-scale integration of distributed renewable generation (DRG) and increasing
proportion of power electronic equipment, the traditional power distribution network (DN) is …

Out-of-step oscillation is a very destructive physical phenomenon in power system, which
could directly cause big blackout accompanied by serious sociology-economic impacts. Out …