A literature review is presented in this paper of the methods for quantifying the solar PV
hosting capacity of low-voltage distribution grids. Three fundamentally different methods are …

The increasing demand for electricity and the need for environmentally friendly
transportation systems has resulted in the proliferation of solar photovoltaic (PV) generators …

Load and generation variations and the random nature of harmonics in non-linear devices
(NLDs) are the source of multiple uncertainties that can be handled in harmonic load flows …

The aim of this paper is to investigate the effect of increased penetration level of Photovoltaic
(PV) generation on the distribution network. Harmonic distortion is the main factor studied in …

With a growing urge to opt for environmentally friendly sources of energy, coupled with
financial incentives that such schemes attract, many residential consumers are installing …

This research presents the modeling and prediction of the harmonic behavior of current in
an electric power supply grid with the integration of photovoltaic power by inverters using …

This article proposes a computationally simple strategy by using a three-sample-based
technique for a grid-connected inverter in a single-phase active distribution system. The …

To achieve carbon neutrality by 2050, electric vehicles (EVs) are promoted and EV fast
chargers are expected to become part of the public infrastructure. To feed power to EV fast …

Renewable electricity sources are now widely used worldwide. Currently, the most common
sources are those that use energy contained in biomass, water, sun, and wind. When …

The connection of small-scale photovoltaic (PV) generation into the grid requires attention to
the changes in load curve profile, the harmonic components in the current waveform, and …