Amidst the growing integration of renewable energy sources (RES), the efficient
administration of load-frequency control (LFC) in microgrids (MG) continues to be a …

This paper presents the design of a robust decentralized controller for the frequency and
active power control of a single stand-alone (off-grid) mechanically-coupled generator …

The variability of renewable energies and their integration into the grid via power electronics
demands the design of robust control algorithms. This work incorporates two techniques to …

This paper presents a methodology for frequency regulation in a microgrid involving
renewable energy sources (RES) using a dynamic controller, which is an output feedback …

It is highly critical that renewable energy-based power generation units provide continuous
and high-quality electricity. This requirement is even more pronounced in standalone wind …

This article presents a decentralized optimal controller design technique for the frequency
and power control of a coupled wind turbine and diesel generator. The decentralized …

Nowadays, the transition from fossil fuels to renewables and solving renewable energy
challenges such as their oscillating nature has become necessary. Here, the building …

░ ABSTRACT-One of the most important strategies for running and controlling an electric
power system is the load frequency controller. LFC can be used to solve a variety of issues …

The control and energy management problems of microgrids (MGs) are challenging due to
the high level of uncertainties and disturbances such as changes in demands, mechanical …

In this paper, a virtual inertia (VI) control-based virtual synchronous generator mechanism is
proposed to improve the frequency dynamics of a microgrid by considering the renewable …