Due to the expensive deployment cost, finding the minimum Phasor Measurement Unit
(PMU) to meet the observability requirement has been attractive since the invention of PMU …

The state estimation (SE) problem is one of the key functions in real-time control and
management of modern electrical distribution networks. However, due to the complex …

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 …

Deregulation has allowed for more effective power generation, technical advancements, and
eventually reduced retail pricing, which has caused the electric power business to go …

Micro phasor measurement units (μ PMUs) play a major role in the evolution of distribution
networks toward the smart grids by providing precise and synchronized measurements. In …

Observability ensured for one distribution topology by a set of μPMUs may overlooks state
variables for another one. This article proposes optimal micro-phasor measurement unit …

This paper presents a data-driven dynamic voltage regulation approach that coordinates
medium-voltage distributed energy resources (DERs) and distribution static synchronous …

This paper studies optimal micro-PMU (µPMU) placement problem in active distribution
networks (ADNs) for complete observability. Minimum procurement cost of μPMUs in …

Effective fault detection allows distribution system operators (DSOs) to provide reliable
power to customers in active distribution networks (ADNs). Advantages include faster …

Real-time analysis of multiple class events is necessary for enhanced situational awareness
and safe operation of the power distribution networks. The deep-learning-based data-driven …