This study provides a comprehensive and fresh review of load frequency control (LFC) in
multi-area interconnected power systems (MAIPSs). The central tasks of LFC are to keep …

A major problem in power systems is achieving a match between the load demand and
generation demand, where security, dependability, and quality are critical factors that need …

This research strives to examine the advancements in load frequency control (LFC) and
identify the future trajectory for interconnected multi-area power systems (IMAPSs). The …

Recent developments in electrical power grids have witnessed high utilization levels of
renewable energy sources (RESs) and increased trends that benefit the batteries of electric …

Renewable energy-based hybrid power systems are being increasingly deployed across the
globe to reduce carbon emissions. The system frequency and tie-line power tend to fluctuate …

Electrical load dynamics result in system instability if not met with adequate power
generation. Therefore, monitoring and control plans are necessary to avoid potential …

A stable output voltage of a boost converter is vital for the appropriate functioning of
connected devices and loads in a DC microgrid. Variations in load demands and source …

Reducing the emissions of greenhouse gases has directed energy sectors toward using
renewable energy sources (RESs) and decreasing the dependency on conventional energy …

It is necessary to predict solar photovoltaic (PV) output and load profile to guarantee the
security, stability, and reliability of hybrid solar power systems. Severe frequency fluctuations …

Modern electrical power system design will increase renewable energy sources (RES)
dominance. Rotating masses, the main source of inertia in power systems, have been …