Synchrophasor devices guarantee situation awareness for real-time monitoring and
operational visibility of smart grid. With their widespread implementation, significant …

An efficient, timely, and accurate state estimation is a prerequisite for most energy
management system (EMS) applications in power system control centers. The emerging …

This paper provides a methodology to extract the dynamic real time model of an electric
power system using phasor measurement unit (PMU) data (GPS-synchronized) and other …

To date, synchronized phasor measurements have been used mainly for power system
model validation, postevent analysis, real-time display, and other similar activities. However …

This paper discusses a model-based substation automation application for advanced data
availability. The SuperCalibrator concept provides a basic technology to filter all substation …

Closely related to the safety and stability of power grids, stability analysis has long been a
core topic in the electric industry. Conventional approaches employ computational …

This paper presents a distributed dynamic state estimation algorithm that operates on the
substation level. The algorithm uses local GPS-synchronized and conventional non …

This paper presents a novel real-time autonomous dynamic modeling, validation and tuning
of a synchronous generator using Real Time Digital Simulator (RTDS)(synchronous …

Abstract The Smart Grid represents a transition of the power and energy industry into a new
era of improved efficiency, reliability, availability, and security, while contributing to …

This paper presents a methodology for analyzing volumes of time varying data from wide
area power systems and intelligently extracting information. The contributions are two-fold …