The penetration of distributed energy resources (DERs) in smart grids significantly increases
the number of field devices owned and controlled by consumers, aggregators, third parties …

Due to the fast progress of Microgrid (MG) systems and the development of advanced
computing technologies and communication networks—all of which enhance the efficiency …

This paper investigates the T–S fuzzy control of DC microgrids subject to false data injection
(FDI) attacks, premise mismatching, and network delays using a dynamic event-triggered …

DC microgrids with distributed architectures inevitably encounter the threats of
communication constraints and cyber attacks, and there is little research to address these …

With the high penetration of renewable energy sources in power systems, DC microgrid
clusters are widely installed and employed that can interface several types of renewable …

In this literature, we concentrate on investigating a learning-based resilient predictive control
framework using variable-step event-triggered mechanism, which aims to avoid …

Due to their adaptability and quick response times, doubly fed induction machine (DFIM)
based variable speed hydropower plants are the future of electricity. Cyber-attacks and the …

In this article, a new state estimation (SE) problem is studied for a class of renewable-
electricity-generation-based microgrids with measurement outliers. A state-space system …

Cyber physical microgrids (MGs) are vulnerable to data manipulation attacks which can lead
to significant imbalance in the MG. For instance, data manipulations by cyber adversaries …

Cyberattacks on frequency stability problems pose a significant threat to microgrids.
Furthermore, frequency fluctuations brought on by cyberattacks in any region of the …