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	Dynamic Operation and Energy Gain of a Wind Power Station with Converter Fed Permanent Magnet Synchronous Machine	[View]   [Download]
Author(s)	S. Jensen; F. W. Fuchs
Abstract	Object of this theoretical investigation is the electrical power fed in by a wind power station. How much of that power can be fed into the grid by wind power station depends on aspects of their mechanical and electrical design. By a simple point of view and towards economic interests, the maximum possible power should be fed into the grid. As a result, high transient load to the grid is done. Furthermore, mechanical limitations lead to the solution, that a moderate extraction of the power of the wind should rather be considered. For this reason, the results of a theoretical analysis of the dynamic network related performance of transmitted power with respect to the mechanical conditions and the influence of control parameters to its transient and steady state operation characteristics are presented. The electromechanical conversion system consists of a permanent magnet synchronous machine connected to a voltage source converter. The drive setup has been simulated using maximum power control which permits active engagement to the performance of the actuation.
Download	Filename: Unnamed file Filesize: 156 KB
Type	Members Only
Date	Last modified 2006-11-27 by System