Laboratory setup of a grid-tied PM WECS for experimental investigation

Laboratory setup of a grid-tied PM WECS for experimental investigation

This paper presents a laboratory-based implementation of a variable-speed Permanent Magnet (PM) Wind Energy Conversion System (WECS). The theory behind such a system is presented, after which simulated and experimental results are presented. The behavior of a wind turbine is emulated through the use...

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Hauptverfasser: Sager, S T, Khan, M A, Barendse, P S
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Sprache:eng
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Equations
Generators
Mathematical model
Torque
Voltage measurement
Wind speed
Wind turbines
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Khan, M A
Barendse, P S
description This paper presents a laboratory-based implementation of a variable-speed Permanent Magnet (PM) Wind Energy Conversion System (WECS). The theory behind such a system is presented, after which simulated and experimental results are presented. The behavior of a wind turbine is emulated through the use of a torque-controlled DC-motor coupled to the PMSG. A full back-to-back power converter is employed to rectify and subsequently invert the produced power and supply it to the grid through a LCL-type grid-filter. The control of the PMSG is realized through the appropriate control of the machine-side power converter while the grid-side converter maintains the DC-link voltage while transferring the produced power to the grid.
doi_str_mv 10.1109/ENERGYCON.2010.5771738
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subjects Equations
Generators
Mathematical model
Torque
Voltage measurement
Wind speed
Wind turbines
title Laboratory setup of a grid-tied PM WECS for experimental investigation
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