Various impedance-based fault location algorithms have been presented in the related
studies. The algorithms need some phasor data of the power system provided by phasor …

Integration of distributed energy resources in distribution networks encourages the use of
advanced measurement devices such as micro-phasor measurement units (PMUs) to …

Monitoring, detection, and measurement are vital in the energy system to facilitate better
wide-ranging protection, control, and operation. In this regard, to offer a better operational …

Knowing the exact location of a short-circuit fault in a power distribution system (PDS) is
essential for rapid restoration of service to customers and has a direct impact on the …

In recent years, power grid infrastructure has moved from a centralized power generation
model to a paradigm in which generation capacity is distributed across an increasing …

Due to the dynamic nature of modern distribution systems, the deployment of micro-phasor
measurement units (uPMU) is becoming increasingly common among utilities to improve …

In recent days Passive distribution networks are being transformed to Active Distribution
Networks. The operation of Active Distribution Networks is becoming more complex with …

The voltage and current measurement of the medium-voltage (MV) side are used for the
traditional fault location method, which leads to a high installation cost of the measurement …

This paper presents a reliability evaluation method for distribution network with distributed
generations considering feeder fault recovery and network reconfiguration, and mainly …

Fault detection and location algorithms require grid knowledge to be highly accurate.
Possible deviations of actual line parameters with respect to the expected ones can affect …