Review, analysis, and performance evaluation of the most common four active methods for islanding detection in grid-connected photovoltaic systems
This paper systematically analyzes the islanding performance under different case studies
and scenarios of the most well-known active islanding detection methods (IDMs) for single …
and scenarios of the most well-known active islanding detection methods (IDMs) for single …
Linear Kalman filter-based grid synchronization technique: An alternative implementation
Grid synchronization techniques play a significant role in integrating renewable energy
sources to the electric power grid. In this context, estimating the phase and frequency of the …
sources to the electric power grid. In this context, estimating the phase and frequency of the …
Enhanced frequency adaptive demodulation technique for grid-connected converters
This article presents an enhanced frequency adaptive demodulation technique for grid-
synchronization of grid-connected converters in variable frequency condition. Demodulation …
synchronization of grid-connected converters in variable frequency condition. Demodulation …
A frequency independent technique to estimate harmonics and interharmonics in shipboard microgrids
Modern maritime microgrid systems are witnessing a revolutionary advancement by
integrating more renewable energy sources and energy storage systems. The integration of …
integrating more renewable energy sources and energy storage systems. The integration of …
Harmonic analysis of an arc furnace load based on the IEEE 519-2014 standard
OH Abdalla, S Elmasry, MI El Korfolly… - 2022 23rd International …, 2022 - ieeexplore.ieee.org
This paper presents detailed calculations of voltage and current harmonic distortions emitted
from an electric arc furnace load in a modified 14-bus Cigre benchmark distribution network …
from an electric arc furnace load in a modified 14-bus Cigre benchmark distribution network …
Design, control and comparative analysis of an LCLC coupling hybrid active power filter
This study provides the design, control and comparative analysis of the proposed LCLC
coupling hybrid active power filter (LCLC‐HAPF). Compared with the conventional L filter …
coupling hybrid active power filter (LCLC‐HAPF). Compared with the conventional L filter …
Enhanced single-phase phase locked loop based on complex-coefficient filter
Complex coefficient filters (CCFs) are widely used for phase-locked loop (PLL) in three-
phase power systems, while its usage is largely sparse in the single-phase domain. Single …
phase power systems, while its usage is largely sparse in the single-phase domain. Single …
Fuzzy-MPPT controller based solar shunt active power filter
This study focuses on a two-stage grid-interfaced solar system that operates as a Parrallel
Active Power Filter (SAPF) to inhance power efficacity and provide the grid with injected PV …
Active Power Filter (SAPF) to inhance power efficacity and provide the grid with injected PV …
Frequency adaptive parameter estimation of unbalanced and distorted power grid
Grid synchronization plays an important role in the grid integration of renewable energy
sources. To achieve grid synchronization, accurate information of the grid voltage signal …
sources. To achieve grid synchronization, accurate information of the grid voltage signal …
Design and analysis of Quadratic Bernstein Functional Blending Neural Network for shunt compensation and phase locked loop
This paper proposes a Quadratic Bernstein Functional Blending Neural Network designed
for shunt compensation as well as Phase Locked Loop controller in synchronizing the power …
for shunt compensation as well as Phase Locked Loop controller in synchronizing the power …