Distributed resources (DR) provide several challenges to distribution system analysis due to
the models and solution techniques that are required for adequate representation and …

Among the innovative contributions to electric distribution systems, one of the most
promising and qualified is the possibility to manage and control distributed generation …

Abstract Distribution System Analysis (DSA) is witnessing a renewed interest in the
presence of distributed energy resources along with the Smart Grid initiatives in the form of …

In this study, a three‐phase power flow solution method using graph theory, injection
current, and sparse matrix techniques for large‐scale unbalanced distribution networks is …

This work presents a new methodology for steady state analysis of multiphase electrical
systems, the N Conductor Current Injection Method–NCIM. It is based on the current …

This paper presents three new contributions to power flow analysis of unbalanced three-
phase distribution systems. First, a complex vector based model in αβ0\; stationary reference …

This paper introduces a novel three-phase power flow approach for unbalanced radial
distribution systems. The proposed approach is developed based on the loop frame of …

When distributed generation (DG) units are connected to a low voltage (LV) single-phase
distribution network the voltage profile will change. The connection of single-phase DG units …

The impact of the increasing connection of distributed generation to medium voltage
feeders, with particular reference to photovoltaic (PV) units, justifies the investigation on …

The paper presents a Mixed Integer Linear Programming (MILP) model for the solution of the
three-phase volt/var optimization (VVO) of medium voltage unbalanced distribution feeders …