Distribution systems in traditional power systems (PS) constituted of passive elements and
the distribution issues were then limited to voltage and thermal constraints, harmonics …

Smart Grids and Industry 4.0 (I4. 0) are neither a dream nor a near-future thing anymore,
rather it is happening now. The integration of more and more embedded systems and IoT …

Most distributed renewable energy generation (DREG) planning studies are performed
using a constant load model and a dispatchable generation unit. However, the renewable …

Abstract In recent decades, Distributed Generation (DG) has emerged as the most effective
solution for Radial Distribution Systems (RDS) to reduce power losses, primarily due to the …

Intermittent renewable sources such as photovoltaic system (PV) affect the performance of
the power grid system causing several problems which includes Voltage violation …

Power system (PS) were traditionally constituted of central points of generation, mainly
making use of coal and/or nuclear sources. Current networks integrate renewable energy …

Distribution systems have become more complex with the increased penetration of
renewable energy sources. In standard operational scenarios, the increased proliferation of …

The non-dispatchability, the stochastic and the intermittent natures of solar irradiation and
wind, are some of the fundamental barriers to their large-scale and faster deployment …

Integrating photovoltaic (PV) systems into power grids is essential for mitigating power
losses and improving grid stability, especially under conditions of significant time-varying …

The paradigm change for electrical power generation is inevitable due to more and more
integration of renewable energy sources (RESs) into the utility grid. The consequence of …