Microgrids are the future of energy management systems. Effective deployment and
integration of microgrids can provide energy independence to many communities. The …

Distributed power grid systems require more intelligent and adaptable control management
and optimization to preserve the best performance. These balance the generated power …

In fast-growing isolated microgrids (IMGs), load frequency control (LFC) ensures optimal
power quality for end users. Stochastic grids, notably with renewable energy resources …

Insertion of intermittent natured renewable energy resources in the microgrid to decline
global warming and due to highly inconsistent propulsion load, frequency control of the …

Owing to the intermittent nature of the renewable energies employed in smart grids, large
frequency fluctuations occur when the load frequency control (LFC) capacity is not enough …

This study presents a model to analyse and simulate tidal power generation for hybrid power
system in the presence of highly infiltrated tidal units. The response of the hybrid system may …

The increased penetration of renewable energy sources (RES) based microgrid (MG) to the
power system can affect the system stability due to the difference in dynamic characteristics …

DC microgrids are desired to provide the electricity for the remote areas which are far from
the main grid. The microgrid creates the open horizontal environment to interconnect the …

Due to the incorporation of hybrid renewable energy sources in a power system, power
quality has been adversely influenced and caused many control issues. Consequently, the …

In the fast developing world nowadays, load frequency control (LFC) is considered to be a
most significant role for providing the power supply with good quality in the power system …