Smart operation of power networks requires advanced tools for network modeling and
estimation of the power network operation state. The State Estimation is the basic function …

State Estimator is the basic functionality necessary for the “smart” operation of power
networks, both in transmission and distribution side. Being integrated in a power …

In this paper a new approach to state estimation in distribution networks is proposed. This
approach is more robust against large uncertainties of the state estimation inputs than the …

Many of the past work on distribution state estimation have been focused on the adoption of
a transmission state estimation approach, without necessarily accounting for specific …

This paper presents a bibliographical survey of different methods used for state estimation in
electric power distribution network. Since several decades state estimation techniques have …

The recent increase of distributed generation has forced many distribution network operators
to develop distribution automation and active network management. Many active distribution …

With the penetration of distributed generations into distribution network, more distribution
automation will be required. Therefore, smart grid technologies become more important …

In this paper a new approach for a three-phase Distribution System State Estimator (DSSE)
is presented. It utilizes the most types of analog real time measurements (including voltage …

Electrical distribution systems of the future must be prepared to face envisaged
environmental, technical and even economical constraints: increasing the number of …

The State Estimation represents the basic function in both Energy Management System
(EMS) and Distribution Management System (DMS), since a lot of power applications in both …