The electrical power system has experienced several changes during the last decade,
raised by continuously increasing load demand, rapid depletion in fossil fuels, and newly …

This study is devoted to event-triggered fuzzy load frequency control (LFC) for wind power
systems (WPSs) with measurement outliers and transmission delays. Due to the integration …

This paper aims at improving calculation accuracy and reducing calculation burden of delay-
dependent stability analysis for large-scale multi-area load frequency control (LFC) schemes …

Load frequency control (LFC) is crucial for the economic operation and safety of power
systems. Therefore this paper addresses the LFC problem for uncertain multi-area power …

To analyze the delay-dependent stability of a load frequency control (LFC) system with
transmission delays, the continuous-time model with delay is usually adopted. However …

This article presents a novel reconstructed model for the delayed load frequency control
(LFC) schemes considering wind power, which aims to improve the computational efficiency …

Cyber–physical power systems (CPPS) utilize wide-area measurement system, where
communication networks employed in the control loop introduce time delays inevitably. The …

This article investigates resilient event-triggered load frequency control (LFC) of multiarea
power systems under nonideal network environments. Under the sample-data framework, a …

This article investigates the problem of delay-dependent stability for the one-area load
frequency control (LFC) system with electric vehicles (EVs). Two closed-loop models of the …

A novel method for designing Load Frequency Controllers (LFC) is proposed in the present
paper. Proportional-Integral-Derivative controllers with and without serial compensator–PID …