Large wind generators design, performance and control: An overview

I. Boldea, A. Moldovan, L. Tutelea
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引用次数: 1

Abstract

Wind energy installed power worldwide reached 350.000 MW in 2015 with strong prospects to grow notably in the next 20 years. The cases of E.U. and of Denmark are illustrated. Electric generators and their power electronics control represent an important part of any wind energy conversion system, besides the turbine, tower and auxiliary electrical equipment. Large wind generator transmission stages designs, tailored to application, of various types with ever better performance up to 10 MW per unit are envisaged for the near future and are presented in this lecture. The same technology is shown to be applicable to other related industries such as pump storage and inertial storage needed to reconcile wind energy production variability with consumers. Typical and new control systems for large wind generators are reviewed also.
大型风力发电机的设计、性能和控制综述
2015年,全球风能装机容量达到35万兆瓦,未来20年的增长前景强劲。以欧盟和丹麦为例。发电机及其电力电子控制是除涡轮机、塔架和辅助电气设备外,任何风能转换系统的重要组成部分。大型风力发电机传动级的设计,量身定制的应用,各种类型的性能越来越好,每台高达10兆瓦的设想在不久的将来,并在本讲座中提出。同样的技术也被证明适用于其他相关行业,如泵储能和惯性储能,这些行业需要调和风能生产与消费者的可变性。对大型风力发电机的典型控制系统和新型控制系统进行了综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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