A Review on Back-to-Back Converters in Permanent Magnet Synchronous Generator based Wind Energy Conversion System

Senthilnathan, Karthikrajan; Annapoorani, K. Iyswarya

doi:10.11591/ijeecs.v2.i3.pp583-591

Cited by 10 publications

(9 citation statements)

References 28 publications

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“…Focus on detection of flicker source as well as on identification of dominant flicker source is elaborated by Dejamkhooy et al 2016 [21][22][23]. For detection of source flicker power sign is considered.…”

Section: Enhanced Phase Locked Loop Methodsmentioning

confidence: 99%

A Review of Methods Employed to Identify Flicker Producing Sources

Inamdar

Annapoorani

2018

TELKOMNIKA

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Because of increasing requirements of the present consumers and industrial units utilizing sensitive loads, there is need of good power quality in order to retain the power quality standards. Nowadays the study of the voltage flicker is b ecoming essential part of power quality studies. The flicker is typically the effect of a rapidly changing load which is large with respect to the short circuit ab ility of an electrical supply system. The inferior effects of voltage flicker include malfunctioning of power electron ic equipment. Also it causes annoying effects to human. Hence detection of the flicker source is an essential step in the power quality assessment process. This paper delivers a review ab out methods used to identify flicker producing loads in accordance with IEC 61000-4-15. Once the report related to the disturb ance place is known, an investigation and corrective action can b e accordingly carried out. Also a method b ased upon Discrete Wavelet Transform and Artificial Neural Network is proposed to detect initial instance of occurrence of flicker.

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Section: Enhanced Phase Locked Loop Methodsmentioning

confidence: 99%

A Review of Methods Employed to Identify Flicker Producing Sources

Inamdar

Annapoorani

2018

TELKOMNIKA

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“…The PMSG has the advantage of higher efficiency, higher reliability, higher energy density, low torque ripple, lower maintenance cost, and low operational speed. And it overcomes the problems like failures of the gearbox, higher maintenance cost, excessive noise, and vibrations associated with other wind energy models (Badoni and Prakash, 2014; Senthilnathan and Annapoorani, 2016a). Koumba et al (2017) all discussed about the implementation of PMSG based wind energy conversion systems for the isolated electrical network with voltage control based using space vector pulse width modulation for three level converter with internal current control.…”

Section: Introductionmentioning

confidence: 99%

Co-simulation and hardware realization of PMSG–WECS based on current source inverter for grid synchronization

2021

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Buck boost converter and current source inverter based Permanent Magnet Synchronous Generator (PMSG) for the Wind Energy Conversion System (WECS) is proposed in the system. The Synchronous Reference Frame (SRF) theory controller with hysteresis band for the pulse generation is used as the control algorithm to synchronize with the grid. The maximum power conversion is achieved by using the PI based closed loop controller in the buck boost converter. The validation of the proposed system is done in co-simulation of MATLAB and LabVIEW with Simulation Interface Toolkit (SIT) server through transmission control protocol/internet protocol communication network. The proposed system is analyzed with constant wind speed, the step change in wind speed, frequent change in wind speed. The results proved that the system could produce power at all operating conditions and able to deliver constant power to the grid and loads. The hardware realization of the model is performed using FPGA-based controllers.

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“…Back-to-back converters (Nasiri et al, 2015; Senthilnathan and Annapoorani, 2016a) are connected through a common DC link capacitor, which enables the system to manipulate proper power balance and power flow (Zhang et al, 2015). In conventional configuration of back-to-back converters, the front end has single input.…”

Section: Introductionmentioning

confidence: 99%

Co-simulation and hardware implementation of multi-port rectifier for power system and renewable energy applications

Senthilnathan

Annapoorani

2018

Wind Engineering

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In this article, a novel rectifier is designed for two three-phase sources with single-phase inverter and three-phase inverter. The proposed configuration results in back-to-back converter with the dual input source. The main objective is to reduce the semiconductor components in the rectifier. The rectifier design consists of six diodes and three split capacitors. A separate direct current link capacitor is eliminated due to the presence of split capacitors. The simulation model of rectifier and inverter is designed in Multisim, a PSpice-based power electronics simulator, and interfaced with LabVIEW, a graphical programming language for co-simulation. The co-simulation enables the user to utilize two simulation engines for better analysis. The hardware prototype is fabricated and tested for rectifier and inverter. The co-simulation and hardware results proved that proposed design is capable to use in back-to-back converter applications.

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A Review on Back-to-Back Converters in Permanent Magnet Synchronous Generator based Wind Energy Conversion System

Cited by 10 publications

References 28 publications

A Review of Methods Employed to Identify Flicker Producing Sources

A Review of Methods Employed to Identify Flicker Producing Sources

Co-simulation and hardware realization of PMSG–WECS based on current source inverter for grid synchronization

Co-simulation and hardware implementation of multi-port rectifier for power system and renewable energy applications

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