Bridging the gap between power quality and signal processing This innovative new text
brings together two leading experts, one from signal processing and the other from power …

In this paper, the optimal designing of passive power filter (PPF) is formulated as a multi-
objective optimization (MOO) problem under several constraints of system's performance …

Power quality of distribution network is an emerging issue due to rapid increase in usage of
non-linear loads on the one hand and utilization of sensitive devices on the other hand …

With the increasing integration of new technologies, power system operators are facing new
operational and planning challenges. Most of these changes are caused by power …

Load and generation variations and the random nature of harmonics in non-linear devices
(NLDs) are the source of multiple uncertainties that can be handled in harmonic load flows …

In modern electrical grids, the number of nonlinear grid elements and actively controlled
loads is rising. Maintaining the power quality will therefore become a challenging task. This …

In this paper, a comprehensive harmonic domain reference frame model of a voltage source
converter grid interactive photovoltaic (PV) system is presented. The model is useful for …

A time-domain methodology is proposed based on Kalman filter, to determine the harmonic
state estimation in three-phase electrical grids. Time-domain methodologies based on the …

Secondary radial distribution networks (SRDNs) have been increasingly affected by the
uncertainties of harmonic sources associated with photovoltaic (PV) systems. The …

Currently, the deployment of PV technology in local distribution grids is usually done in an
unplanned way without performing the required studies and this may induce power quality …