A new approach to analyse the stability of the LFC system with controllable loads and communication delay is proposed by transforming the transcendental characteristic equation to a nonlinear equation in the complex frequency domain, using the marginal frequencies to determine the DM.
In recent years, fractional calculus operators have proven to be highly beneficial in electrical engineering applications, such as control theory, signal processing, image processing, electrical circuits theory, transmission lines, photovoltaic curves formulation, and automatic voltage regulator (AVR). Moreover, fracti...
Youssef M. Abdelhalim, Othman A. M. Omar, Mahmoud A. Attia et al.· Scientific Reports· 0 citations
The increasing penetration of inverter-based renewable energy resources has substantially reduced the inherent rotational inertia of modern power systems, posing significant challenges to frequency stability and reliable electromagnetic energy transmission. To address the limitations of traditional synchronous generato...
To improve the frequency stability of low inertia power systems with high penetrations of renewable energy, this paper suggests a decentralized control approach to Battery Energy Storage Systems (BESS). The growing adoption of inverter-based generation has decreased the system inertia, causing faster frequency deviatio...
S.Gurusinghe, M. H. Dasanayake, N. M. S. Hettigedara et al.· Moratuwa Engineering Researc...· 0 citations
This paper introduces a rigorous dynamic modeling and control platform of the electromechanical energy conversion systems of single-shaft, heavy-duty gas turbines. As contemporary power grids become increasingly volatile with the integration of intermittent renewable power sources, traditional fixed-gain Proportional-I...
