The modern power system is evolving towards a new generation of smart grid, with
significant benefits from the latest computer-based communication network technologies …

Load frequency control (LFC) of modern power systems tends to employ open
communication networks to transmit measurement/control signals. Under a limited network …

Till date, various load frequency control (LFC) schemes have been reported and every
scheme has its own way of disturbance rejection capability. Utilizing some of them together …

Load frequency control (LFC) is a very important method to keep the power systems stable
and secure. However, due to the introduction of communication networks in multi-area …

In frequency regulation of power grids, conveying observations to controllers and obtaining
control outputs depend greatly on communication and computation resources. Particularly …

The increasing share of volatile and inverter-based energy sources render electric power
grids increasingly susceptible to disturbances. Established Load Frequency Controls (LFC) …

In this article, we consider the load frequency control problem for a class of power systems
based on the dynamic event-triggered control (ETC) approach. The transmission networks …

Nowadays the interest in smart load technologies for primary frequency regulation is spurred
due to the increasing penetration of renewable energy resources. In this paper, an improved …

This article presents an event-triggered data-driven load frequency control (LFC) method for
multiarea interconnected power systems via model-free adaptive control, where the dynamic …

In this study, a new method is put forward for the stability and stabilisation analysis of the
event‐triggered load frequency control (LFC) with interval time‐varying delays, considering …