Grid connected three-phase multiple-pole multilevel unity power factor rectifier with reduce components count

This study presents a simple design and cost-effective rectifier topology based on five-level multiple-pole structure. Better efficiency and low grid current total harmonic distortion is achieved with the constant low switching frequency operation. The proposed rectifier topology consists two set of...

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Published in:IET power electronics 2016-06, Vol.9 (7), p.1437-1444
Main Authors: Heo Peng Ooi, Gabriel, Maswood, Ali I, Lim, Ziyou
Format: Article
Language:English
Subjects:
carrier‐based average current control scheme
Constants
cost‐effective rectifier topology
Current carriers
dynamic response
electric current control
electric current measurement
five‐level multiplepole multilevel unity power rectifier
grid connected rectifier
grid current total harmonic distortion
grid voltage observer
harmonic distortion
input current shaping
Multilevel
observers
power grids
proportional control
proportional+resonance controller
Rectifiers
sensor measurements
switching convertors
switching frequency
three‐phase rectifier
Topology
Tracking
Unity
VIENNA rectifiers
Voltage
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cited_by cdi_FETCH-LOGICAL-c4015-b542f56aed4377d002f835511aaed46e8874e8ee1c9b7e189b415bfa2a9008dd3
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container_issue 7
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container_title IET power electronics
container_volume 9
creator Heo Peng Ooi, Gabriel
Maswood, Ali I
Lim, Ziyou
description This study presents a simple design and cost-effective rectifier topology based on five-level multiple-pole structure. Better efficiency and low grid current total harmonic distortion is achieved with the constant low switching frequency operation. The proposed rectifier topology consists two set of VIENNA rectifiers to form a five-level input characteristic which is known as five-level/multiple-pole multilevel unity power rectifier (5L-M2UPFR). Observer techniques are designed for the proposed in-phase quantities carrier-based average current control scheme for the rectifier. Hence, unity power and input current shaping is achieved with the reduced sensor measurements. In addition to that, a proportional+resonance controller is implemented in the grid voltage observer to achieve dynamic response and better tracking under unbalanced grid condition.
doi_str_mv 10.1049/iet-pel.2015.0058
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source Wiley Online Library Open Access
subjects carrier‐based average current control scheme
Constants
cost‐effective rectifier topology
Current carriers
dynamic response
electric current control
electric current measurement
five‐level multiplepole multilevel unity power rectifier
grid connected rectifier
grid current total harmonic distortion
grid voltage observer
harmonic distortion
input current shaping
Multilevel
observers
power grids
proportional control
proportional+resonance controller
Rectifiers
sensor measurements
switching convertors
switching frequency
three‐phase rectifier
Topology
Tracking
Unity
VIENNA rectifiers
Voltage
title Grid connected three-phase multiple-pole multilevel unity power factor rectifier with reduce components count
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