Power system stability is of paramount importance in the context of energy sustainability.
The reliable and efficient operation of power systems is crucial for supporting modern …

The large integration of renewable energy sources into power systems causes frequency
fluctuation, low-frequency oscillations, and deterioration in power system stability. High …

The operation of power systems requires a set of requirements and studies to ensure the
continuous and safe supply of electricity to consumer centers. In small-signal stability …

Converter-interface-based renewable energy incorporated into modern power systems
causes deterioration in power system stability and it is proving to be a main challenge for …

The sustainable development of an area is highly reliant on a reliable electrical energy
supply. Microgrids are important in integrating distributed energy resources (DERs) using …

This paper proposes an inter-area oscillation damping control strategy by exploiting the
Loewner interpolation method (LIM) and Bellman's principle. The novelty of this …

To minimize total operating costs, emissions, and power losses, the optimum power
generation and scheduling of renewable integrated hydro-thermal systems are one of the …

With the widespread utilization of large-scale power electronics and the integration of wind
power into power grid, the problem of low-frequency oscillations in new power systems …

The article illustrates the wide-synchronization control, a novel wide-area control for general
application to inverter-based resources. The principle is first introduced from a theoretical …

The shift from traditional fossil fuel-based power systems to renewable energy sources
heightens the importance of frequency regulation. The lack of inertia in this new generation …