This paper addresses the power quality improvement of a single-phase utility grid using a
thirteen-level dual-boost inverter (TLDBI)-shunt active filter (SAF). The TLDBI uses a single …

Harmonic distortion in power networks has greatly reduced power quality and this affects
system stability. In order to mitigate this power quality issue, the shunt active power filter …

This paper presents the effectiveness of 5/5 Fuzzy rule implementation in Fuzzy Logic
Controller conjunction with indirect control technique to enhance the power quality in single …

A comparative study between a conventional DC-link voltage control algorithm (CDVCA)
and a self-charging DC-link voltage control algorithm (SDVCA) is presented. It focuses on …

Harmonics pose a significant issue in electric power systems due to their adverse effects,
making their elimination highly desirable. The use of nonlinear loads and conventional …

The development of power electronic devices in modern applications has caused a decline
in power quality in distribution networks due to an increase in nonlinear loads on the …

Power factor (PF) improvement, compensation of reactive power and reducing system
losses is hastily growing and is controlled by the necessity of energy efficiency from different …

Doğrusal olmayan yükleri besleyen şebekelerden istenmeyen harmonikli akımlar
çekilmektedir ve bu da enerji kalitesini düşürmektedir. Şebekeden çekilen bu harmoniklerin …

Performance Improvement of Shunt active Power filter using different control techniques is
an important research area in the recent age. This paper explores the effectiveness of …

Superconducting controllable reactor (SCR) is a promising device for reactive power
compensation to improve the voltage stability and reliability of power system. Given the …