This paper presents a novel approach for detection and identification of energy theft in
distribution systems considering advanced metering infrastructure. For the energy theft …

This paper presents a novel static harmonic state estimation methodology for power
distribution networks based on optimization models, assuming a limited number of …

This paper presents a novel approach for bad data correction in state estimation (SE) for
three-phase distribution systems. Based on an optimization model, a SE technique is …

Interval arithmetic has been widely used for power systems analysis considering
uncertainties associated with load and generation data. However, little work can be found …

This paper reviews phasor measurement units (PMUs) based applications at a distribution
level. Distribution-level PMU (DPMU) based applications are summarized and compared …

State estimation represents a cost-effective solution for power distribution networks
monitoring. Generally, current methodologies consider only three-phase models …

Although synchrophasor measurement technology (SMT) has become a somewhat mature
and operational tool used in transmission-level power networks, its use in active distribution …

In this paper, a decentralized framework for optimal scheduling of a reconfigurable Active
Distribution Network (ADN) is proposed that preserves the autonomy and information …

A novel state estimation methodology is proposed in this paper for microgrids monitoring
using synchronized and non-synchronized measurements. A Kalman filter model is …

With growing complexity and uncertainty from distributed generations and active customers,
distribution networks are facing more unexpected events and topology changes; while very …