This study addresses the problem of ensuring accurate online transient stability prediction in
modern power systems that are increasingly dependent on smart grid technology and are …

Cascading effects in the power grid involve an uncontrolled, successive failure of elements.
The root cause of such failures is the combined occurrence of multiple, statistically rare …

Precise electric load forecasting at different time horizons is an essential aspect for electricity
producers and consumers who participate in energy markets in order to maximize their …

In this article an active defense mechanism for detecting cyber-attacks on a grid-tied PV
system is discussed. The proposed defense mechanism introduces a unique random signal …

The smart grid is built on an integrated and high-speed communication network, which
renders it more vulnerable to cyber-attacks. False data injection attacks (FDIAs) and sudden …

The smart grid, which is critical for developing smart cities, has a tool called state estimation
(SE), which enables operators to monitor the system's stability. While the SE result is …

In this paper, a method to detect a man-in-the-middle attack (MiTM) on a grid following PV
inverter is discussed. The control objective of the grid following inverter is to utilize the …

The incorporation of electric vehicles (EVs) into the power grid presents significant
challenges, particularly in meeting the electricity requirements of EVs through effective …

Enhancement in demand of electrical energy from industrial or residential consumers has
resulted in encouraging policy makers to utilize of new generation of power network named …

Cyber security for power systems is becoming a concern for many researchers. However,
the impact of cyberattacks on actual power systems is unclear. This paper discusses …