This work presents a new formulation for the power flow problem, with explicit representation
of the neutral conductor and grounding. This methodology has been named the four …

In this paper, the concepts related to loss partitioning among the phase currents in three-
phase distribution systems are revisited in the light of new findings identified by the authors …

This paper presents a new load flow formulation to solve active and passive electric
distribution networks. The fundamental idea discussed here is how to obtain the power flow …

The ambition to decarbonize the source of energy for heat and transport sector through
electricity from renewable energy has led to significant challenge in the way power …

Load flow methods for power distribution systems are quite different in comparison to
transmission systems owing to some special topological features. Over years various load …

Trends support low voltage distribution networks will soon experience significant uptake of
customer-owned low-carbon technology (LCT) devices especially rooftop photovoltaics …

This article presents a new methodology to solve the power flow problem for radial three
phase four wire distribution networks considering neutral grounded, based on a …

In this paper, the multiconductor extension of the previously developed three-phase power
flow algorithm (named PFPD_3P) is presented. This multiconductor formulation has a …

Majority of distribution networks is unbalanced due to unbalanced loads, asymmetry in
transmission lines and two and single phase shunts. These characteristics of distribution …