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Analysis of a Commercial Wind Farm in Taiwan Part II: Different Current-Limit Reactors and Load Tap Changers on System Performance

descriptionPublicationkeyboard_double_arrow_right Article , Conference object , Journal 01 May 2009 Denmark Publisher:Institute of Electrical and Electronics Engineers (IEEE)Journal:IEEE Transactions on Industry Applications, volume 47, pages 954-964 (issn: 0093-9994,

Authors: Wang, Li; Yeh, Tai-Her; Lee, Wei-Jen; Chen, Zhe;

doi: 10.1109/tia.2010.2091373 , 10.1109/icps.2009.5463967

Analysis of a Commercial Wind Farm in Taiwan Part II: Different Current-Limit Reactors and Load Tap Changers on System Performance

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Abstract

This paper presents the effects of installing variable current-limit reactors (CLRs) and adjusting load tap changers (LTCs) on the performance of a commercial wind farm in Taiwan using computer simulations. The companion paper (Part I) demonstrates the field-measured results, simulation model, and simulation results of the studied Jang-Bin wind farm with 23 2-MW doubly fed induction generator-type wind turbine generators connected to the utility system through a 23/161-kV 60-MVA step-up main transformer (MT) from six feeders. Six CLRs, which were originally designed to limit short-circuit currents under faulted conditions, are connected in series with the six feeders. The LTCs of the MT are used to adjust/regulate the secondary-side voltage at the 23-kV bus. Some simulated steady-state and transient results of the studied wind farm with variable values of the proposed CLRs and LTCs are analyzed and compared.

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Denmark

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Keywords

Wind farm (WF), Wind turbine generator (WTG), Load tap changer (LTC), Current-limit reactor (CLR), Doubly fed induction generator (DFIG)

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