Comparison between Aggregation Techniques for PMSG Wind Farm
Energy Procedia • 2015
Publication Information
Authors
Mohammed. A. Badr, Ahmed. M. Atallah
Keywords
Wind power; aggregation model; PMSG
Journal
Energy Procedia
Publisher
Not Available
Volume
74
Issue
Not Available
Pages
1162–1173
publication.type
International
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
This paper presents a wind farm composed of different permanent synchronous generator (PMSG) wind turbines (same wind
turbine technology but different rated power or operational conditions) coupled to the same grid connection point. A comparison
between the three techniques of wind farm aggregation for a farm composed of PMSG wind turbines. Our comparison is for the
closeness of the results of normal and transient response of both the complete model and the aggregated models. The chosen
three techniques are, multi full aggregated model using equivalent wind speed (MFAM-EWS), semi aggregated model (SAM)
and mixed semi full aggregated model (MSFAM). Simulation has been carried out for these techniques by
MATLAB/SIMULINK program to compare them with the complete model to prove the effectiveness of each aggregation
technique.
turbine technology but different rated power or operational conditions) coupled to the same grid connection point. A comparison
between the three techniques of wind farm aggregation for a farm composed of PMSG wind turbines. Our comparison is for the
closeness of the results of normal and transient response of both the complete model and the aggregated models. The chosen
three techniques are, multi full aggregated model using equivalent wind speed (MFAM-EWS), semi aggregated model (SAM)
and mixed semi full aggregated model (MSFAM). Simulation has been carried out for these techniques by
MATLAB/SIMULINK program to compare them with the complete model to prove the effectiveness of each aggregation
technique.
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