The growing use of renewable energy sources in the production of electric power has
certain adverse effects on power quality. A compensation system includes some additional …

The current paper presents an original approach into the microgrid control framework by
incorporating LSTM-based optimization with specific emphasis on refining the gain …

Improving and maintaining the stability of a power system is a major focus of modern
technology and research. However, due to financial issues, environmental concerns, and …

The greenhouse gas emissions resulting from the excessive use of Diesel Generators (DGs)
in mining locations pose a threat to the environment and the macroeconomic sustainability …

The expanding level of renewable energy sources in hybrid industrial microgrids present a
challenge. These sources are environmentally friendly, but grid frequency fluctuations from …

Frequency stability is challenged by the growing incorporation of renewable energy sources
in hybrid industrial microgrids, which lowers overall rotational inertia. The purpose of this …

This research explores the improvement of large-scale power system performance by
implementing a Power System Stabilizer (PSS) and a Unified Power Flow Controller (UPFC) …

This article attempted coordinated control of Type-2 fuzzy PSS with type-2 fuzzy lead lag
(T2FLL) based SSSC controller for enhancement of transient stability of the power system …

This article presents the design of unified power flow controller (UPFC) damping controllers
based on Propo rtion al-De rivat ive (PD)-type lead-lag (PD type LL) controllers for …

The purpose of this study is to demonstrate the advantages of battery and supercapacitor
devices over alternative storage technologies in terms of power and density, energy density …