Fast decoupled state estimation (FDSE) is proposed for distribution networks, with fast
convergence and high efficiency. Conventionally, branch current magnitude measurements …

The main objective of this paper is to describe a multilevel framework that facilitates
seamless integration of existing state estimators (SEs) that are designed to function at …

Traditionally, state estimation is applied to transmission networks to improve security and
redundancy of the measurement system. This paper describes the application of state …

This paper presents a novel probabilistic approach to distribution network observability. The
observability analysis is an important part of the state estimation process. Traditionally, it …

The three-phase state estimation algorithms developed for distribution systems (DS) are
based on traditional approaches, requiring components modeling and the complete …

Distribution system state estimation (DSSE) is becoming an essential element of many
distribution management systems (DMS), serving as the basis of numerous smart grid …

State estimation algorithms have become an integral part of transmission energy
management systems. They provide the system state to other advanced power system …

One of the challenging tasks related to the realtime control of Active Distribution Networks
(ADNs) is represented by the development of fast (ie sub-second) state estimation (SE) …

Modern distribution systems are confronted by increasing penetration of distributed energy
resources, making state estimation a critical application for distribution systems. However …

To deal with the increasing complexity of distribution networks that are experiencing
important changes, due to the widespread installation of distributed generation and the …