Staff Members - Benha University
Comparison between Wind Farm Aggregation Techniques to Analyze Power System Dynamics
MEPCON • 2014
Publication Information
Authors
Mona A. Bayoumi and Ahmed M. Atallah
Keywords
Wind farm aggregation, dynamic wind farm model, wind
speed variance and doubly fed induction generators.
Journal
MEPCON
Publisher
Not Available
Volume
Not Available
Issue
Not Available
Pages
Not Available
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
With increasing amount of wind power penetration, wind
farms begin to influence the power systems. When a power
system with many wind turbines is to be simulated, Wind
farm aggregation techniques are required to reduce the model
order while maintaining its accuracy. Different wind farm
techniques have been proposed to simulate and analysis wind
farm dynamics. In this paper a comparison between three
famous techniques: 1- full aggregated model using equivalent
wind speed; 2- full aggregated model using average wind
speed; and 3- semi aggregated model. Simulation have been
carried out for these techniques and compare them using
different effects such as wind farm power, reactive power and
system dynamics, besides the effect of varying variance on
these techniques.
farms begin to influence the power systems. When a power
system with many wind turbines is to be simulated, Wind
farm aggregation techniques are required to reduce the model
order while maintaining its accuracy. Different wind farm
techniques have been proposed to simulate and analysis wind
farm dynamics. In this paper a comparison between three
famous techniques: 1- full aggregated model using equivalent
wind speed; 2- full aggregated model using average wind
speed; and 3- semi aggregated model. Simulation have been
carried out for these techniques and compare them using
different effects such as wind farm power, reactive power and
system dynamics, besides the effect of varying variance on
these techniques.