EPE Association: WECS & T&D 2012 - 03 - DS - T5: Reliability of the Electrical Parts of Wind Energy Systems

WECS & T&D 2012 - 03 - DS - T5: Reliability of the Electrical Parts of Wind Energy Systems
You are here: EPE Documents > 03 - EPE Seminar Papers > 006 - EPE Joint Wind Energy and T&D Chapters Seminar (2012) > WECS & T&D 2012 - 03 - DS - T5: Reliability of the Electrical Parts of Wind Energy Systems

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   Modeling Lifetime of High Power Press-pack IGBTs used in Wind Turbines
By C. Busca; R. Teodorescu; F. Blaabjerg; S. Munk-Nielsen; L. Helle; T. Abeyasekera [View]
[Download]

Abstract: The poster of "Modeling Lifetime of High Power Press-pack IGBTs used in Wind Turbines"

   Reliability Evaluation considering Structures of a Large Scale Wind Farm
By Je-Seok Shin; Seung-Tae Cha; Qiuwei Wu; Jin-o Kim [View]
[Download]

Abstract: The poster of "Reliability Evaluation considering Structures of a Large Scale Wind Farm"

   Reliability Evaluation considering Structures of a Large Scale Wind Farm - Paper
By Je-Seok Shin; Jin-O Kim; Seung Tae Cha; Qiuwei Wu [View]
[Download]

Abstract: Wind energy is one of the most widely used renewable energy resources. Wind power has been connected to the grid as large scale wind farm which is made up of dozens of wind turbines, and the scale of wind farm is more increased recently. Due to intermittent and variable wind source, reliability evaluation on wind farm is necessarily required. Also, because large scale offshore wind farm has a long repair time and a high repair cost as well as a high investment cost, it is essential to take into account the economic aspect. One of methods to efficiently build and to operate wind farm is to construct wind farm which is able to enhance a capability of delivering a power instead of controlling an uncontrollable output of wind power. Therefore, this paper introduces a method to evaluate the reliability depending upon structures of wind farm and to reflect the result to the planning stage of wind farm.

WECS & T&D 2012 - 03 - DS - T5: Reliability of the Electrical Parts of Wind Energy Systems
You are here: EPE Documents > 03 - EPE Seminar Papers > 006 - EPE Joint Wind Energy and T&D Chapters Seminar (2012) > WECS & T&D 2012 - 03 - DS - T5: Reliability of the Electrical Parts of Wind Energy Systems
	[return to parent folder]

	Modeling Lifetime of High Power Press-pack IGBTs used in Wind Turbines By C. Busca; R. Teodorescu; F. Blaabjerg; S. Munk-Nielsen; L. Helle; T. Abeyasekera	[View] [Download]
Abstract: The poster of "Modeling Lifetime of High Power Press-pack IGBTs used in Wind Turbines"

	Reliability Evaluation considering Structures of a Large Scale Wind Farm By Je-Seok Shin; Seung-Tae Cha; Qiuwei Wu; Jin-o Kim	[View] [Download]
Abstract: The poster of "Reliability Evaluation considering Structures of a Large Scale Wind Farm"

	Reliability Evaluation considering Structures of a Large Scale Wind Farm - Paper By Je-Seok Shin; Jin-O Kim; Seung Tae Cha; Qiuwei Wu	[View] [Download]
Abstract: Wind energy is one of the most widely used renewable energy resources. Wind power has been connected to the grid as large scale wind farm which is made up of dozens of wind turbines, and the scale of wind farm is more increased recently. Due to intermittent and variable wind source, reliability evaluation on wind farm is necessarily required. Also, because large scale offshore wind farm has a long repair time and a high repair cost as well as a high investment cost, it is essential to take into account the economic aspect. One of methods to efficiently build and to operate wind farm is to construct wind farm which is able to enhance a capability of delivering a power instead of controlling an uncontrollable output of wind power. Therefore, this paper introduces a method to evaluate the reliability depending upon structures of wind farm and to reflect the result to the planning stage of wind farm.