The aim of this research is to define the placement of distributed generations (DGs) in radial
distribution networks (RDNs) using a meta-heuristic method called the Enhanced Search …

Large-scale distributed generation (DG) access to the distribution network brings many
uncertainties to the distribution network, considering the impact of different types of …

Recently, hydrogen-based distributed generators (DG) have gained significant attention for
modern energy generation systems. These modem DGs are typically outfitted with power …

Distributed generating units can greatly improve system performance when integrated into
radial distribution networks, but in order to reduce hazards, their ideal placement must be …

This research proposes a strategy to minimize the active power loss in the standard IEEE 85-
node radial distribution power grid by optimizing the placement of wind turbines in the grid …

Hyperspectral remote sensing (HSRS) or imaging spectroscopy is a novel method for
obtaining a spectrum in every place of a massive array of spatial locations towards many …

This study optimized the locations and sizes of wind-based distributed generators (WDGs)
and solar photovoltaic-based distributed generators (PVDGs) to reduce the overall active …

For the past few years, to reduce system power losses and maintain operating constraints,
such as voltage stability, network reconfiguration has been crucial in determining the radial …

The integration of photovoltaic systems (PVS) at high penetration levels poses significant
challenges to the electricity grid that warrant careful consideration. Issues such as reverse …