The task of determining the phase connection of customers, known as phase identification,
is crucial to obtain accurate distribution system models. This paper starts with a thorough …

Topology identification (TI) is critical in electric grids, especially in distribution networks, for
detecting unintended changes due to fault events and for some control and optimization …

Abstract Knowledge of customer phase connection in low-voltage distribution networks is
important for Distribution System Operators (DSOs). This paper presents a novel data-driven …

As results of poor communication quality, human error, electricity theft and other reasons, the
obtained power consumption data of consumers from smart meters is incomplete and cannot …

Load balancing is one of the most widely used techniques to reduce losses and improve
service quality in low-voltage networks. Many methods have been proposed, including the …

Introduction The increase in female labor force participation prompted a great deal of
research on the ways in which work demands impact family life. In general these studies …

Due to the access of distributed energy and a new flexible load, the electrical characteristics
of a new distribution network are significantly different from those of a traditional distribution …

Phase identification is the problem of determining what phase (s) that a load is connected to
in a power distribution system. However, real-world sensor measurements used for phase …

Accurate distribution system models are becoming increasingly critical for grid
modernization tasks, and inaccurate phase labels are one type of modeling error that can …

Distribution networks are poorly observable, which is especially evident in different analyses
of low voltage (LV) networks, where observability is decreased by the reduced number of …