The interconnection of transmission, distribution, and generation lines has established a
structure for the power system that is intricate. Uncertainties in the active power flow are …

The increasing usage of electricity in modern times has led to a rise in power system loads
and a rapid increase in pollution caused by petrol and diesel vehicles. As a result, many …

In this study, an artificial neural network observer based sliding mode control strategy is
proposed for load frequency regulation problem in multi-area power system. In this study …

This paper analyzes optimal tuning of power system stabilizers (PSSs) as the main resource
for small-signal stability enhancement in power systems. The procedure is based on …

Load frequency control (LFC) plays a prominent role in electrical power grids. Its importance
is evident in controlling the frequency as well as the tie-line power exchange. Recently …

The ever-increasing size and complexity of the present-day power systems puts a higher
demand on the power system stabilizer for low-frequency oscillation damping. Alternate …

Low-frequency oscillations should be dealt with extreme care for secure electric networks.
This paper tunes the critical parameters of power system stabilizers in three different electric …

In this paper, theoretical formulation and implementation results of an intelligent approach to
develop a power system stabilizer are proposed. In this approach, a novel methodology that …

This study introduces a resilient frequency controller for nonlinear interconnected power
systems to counteract endogenous/exogenous system disturbances. A neural network …

The paper develops a new design procedure for online control coordination which leads to
adaptive power system stabilisers (PSSs) and/or supplementary damping controllers of …