This paper presents a probabilistic methodology to assess the power quality impact
(harmonics and voltage unbalance levels) in low voltage residential networks with increased …

This paper introduces a methodology to forecast voltage total harmonic distortion (THD) at
low voltage busbars of residential distribution feeders based on the data provided by a …

With the rapid development of power electronics technology and the enhancement of users'
energy conservation awareness, the proportion of modern household appliances with power …

The development of household appliances creates power quality issues in residential
networks. Harmonic-related problems are increased during excessive usage of power …

The generalized adoption of power-electronic-based loads in residential networks is leading
to increasing concern about harmonic distortion levels. At the same time, residential …

This paper presents the role of the medium-voltage network and low-voltage loads in
harmonic voltages with low-voltage customers and harmonic propagation. A general model …

The ability of the distribution network to host electric vehicle (EV) charging might be limited
by the harmonic voltages due to their harmonic emission. Network harmonic impedance …

The use of modern loads in residential distribution networks has given rise to increasing
concern and to the need for techniques that improve the understanding of their collective …

In recent years, harmonic current levels have increased in residential distribution networks
due to the growing penetration of nonlinear loads at customer premises. To properly model …

The energy transition poses a challenge for the electricity distribution network design as new
energy technologies cause increasing and uncertain network loads. Traditional static load …