In recent years, with the widespread use of non-linear loads power electronic devices
associated with the penetration of various renewable energy sources, the distribution system …

This paper presents a novel approach to optimal planning of a resonance-free C-type
harmonic filter to minimize the harmonic overloading level of frequency-dependent …

The design of Passive Power Filters (PPFs) has been widely acknowledged as an
optimization problem. This paper addresses the PPF parameters design problem using the …

The optimization of passive filters in distribution systems has been addressed through
different approaches. In general, these approaches can be classified as single-objective and …

The formulations employed to the optimization of passive filters can be classified as
formulations of a single objective or formulations with multiple objectives. The single …

Single tuned harmonic filters (STFs) are widely used in distribution systems in order to
mitigate the harmonic distortion and to attenuate its undesirable effects in the distribution …

The harmonic problem is as a consequence of nonlinear power electronic devices in
powering industrial distribution systems. A filter is a necessary equipment in the power …

This research paper discover the design of a shunt Passive Power Filter (PPF) in Hybrid
Series Active Power Filter (HSAPF) that employs a novel analytic methodology which is …

This paper proposes an adaptive current control method for Hybrid Active Power Filter
(HAPF). It consists of a fuzzyneural controller, identification and prediction model and cost …

This text discusses sensitivity parametric analysis for the single tuned filter parameters and
presents an optimization-based method for solving the allocation problem of the distributed …