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CIGRE/CIRED/UIE JWG C4.110 - voltage dip immunity of equipment in installations - status April 2008

机译:CIGRE / CIRED / UIE JWG C4.110 - 安装设备的电压DIP免疫力 - 2008年4月状态

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This paper presents the status of the work, by April 2008, in C4.110, a joint working group by CIGRE, CIRED and UIE. The scope of the working group is to gather technical knowledge on the immunity of equipment, installations and processes against voltage dips, and to use this knowledge in the further development of methods and standards. The activities of the working group are divided in seven “chapters”. Chapters 1 and 7 are introduction and conclusions, respectively. Chapter 2 gives a general description of voltage dips as they appear at the terminals of sensitive equipment. Chapter 3 describes the performance of equipment and processes during voltage dips. This chapter also includes recommendations on the design of processes. In Chapter 4 the results from Chapter 2 and Chapter 3 are combined to set requirements for the dip characteristics that should be included in immunity testing. Chapter 5 is the data gathering chapter, covering data on voltage-dip statistics at different locations, but also data on the economics of equipment immunity and testing. Finally, in Chapter 6, recommendations for immunity objectives will be given. Important contributions of the working group are: a check-list of voltage dip characteristics to be used early in the design of equipment; a methodology to assess the performance of a complete installation and to include voltage-dip performance in the design of the installation; recommendations for characterization testing of equipment against voltage dips; recommendations for voltage-dip immunity of equipment.
机译:本文介绍了2008年4月,在C4.110,CIGRE,Cirted和Uie的联合工作组中的工作状态。工作组的范围是收集关于设备,装置和流程的免疫力的技术知识,并在进一步发展方法和标准方面使用这些知识。工作组的活动分为七章“章节”。第1章和第7章分别是介绍和结论。第2章给出了电压芯片的一般描述,因为它们出现在敏感设备的终端。第3章描述了在电压倾斜期间设备和过程的性能。本章还包括关于程序设计的建议。第4章中,第2章和第3章的结果将组合以设置应包括在免疫测试中的DIP特性的要求。第5章是数据收集章节,涵盖了不同位置的电压 - DIP统计数据的数据,还有关于设备免疫和测试经济学的数据。最后,在第6章中,将给出对免疫目标的建议。工作组的重要贡献是:在设备设计中早期使用的电压拨光特性的校验列表;一种评估完整安装性能的方法,并在安装设计中包括电压降低性能;用于电压倾斜设备的表征测试的建议;用于设备的电压浸性免疫的建议。

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