In this paper, we review the emerging challenges and research opportunities for voltage
control in smart grids. For transmission grids, the voltage control for accommodating wind …

As a result of increasing variability of network impedance, interest in impedance estimation
techniques is growing. This review contextualises local impedance estimation techniques by …

Smart grid, as one of the most critical infrastructures, is vulnerable to a wide variety of cyber
and/or physical attacks. Recently, a new category of threats to smart grid, named …

Phasor measurement units (PMUs) are rapidly being deployed in electric power networks
across the globe. Wide-area measurement system (WAMS), which builds upon PMUs and …

Provides students with an understanding of the modeling and practice in power system
stability analysis and control design, as well as the computational tools used by commercial …

This article presents a machine learning approach to predict the long-term voltage stability
margin as represented by the Loadability Margin (LM). LM is an intuitive and easily …

This paper presents a new method for online determination of the Thèvenin equivalent
parameters of a power system at a given node using the local PMU measurements at that …

Distribution systems are evolving at a high pace largely due to the proliferation of DER, the
growing utilization of DA, AMI, DMS, and the expected propagation of PEVs. This evolution …

As a critical infrastructure, the traditional power system has transformed into a cyber-physical
integrated smart grid. However, the vulnerabilities exposed in either the cyber or physical …

A simplified voltage stability analysis method is to use a static Thévenin equivalent to
represent the electrical connection to a load center. Assuming fixed values of the Thévenin …