紧凑型金属包覆15kv耐电弧开关设备。模拟和试验结果

P. Milovac, A. Kulkarni
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引用次数: 0

摘要

市场对中压(5 kV - 15 kV)、耐电弧、紧凑型金属外壳开关柜的需求尚未填补,适用于各种应用,如数据中心、船舶和关键医疗保健设施等。然而,要满足ANSI/IEEE/UL的设计挑战,设计出这种紧凑的、可前置的开关设备,迄今为止是非常困难的。本文讨论了ANSI/IEEE标准,并探讨了寻找多维优化问题解决方案的设计挑战。阐述了寻找最优设计解的分析和仿真方法。详细介绍了开关柜内部电弧的建模方法。以IEM VESTA-AR™金属铠装开关设备为例说明测试结果。对一次内部电弧事件的模拟结果和试验结果进行了比较。解释了使用内弧模拟作为一种强大的设计工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Compact metal-clad 15 kV arc-resistant switchgear: Simulation and test results
There is an unfilled market need for a medium-voltage (5 kV–15 kV), arc-resistant, compact metal-clad switchgear for a variety of applications such as data center, marine and critical health care facilities, etc. However, meeting ANSI/IEEE/UL design challenges to come up with such compact, front-accessible switchgear has been very difficult so far. This paper discusses the ANSI/IEEE Standards and explores the design challenges to finding a solution to this multidimensional optimization problem. Analysis and simulation methods of finding an optimal design solution are explained. Modeling of an internal arc inside the switchgear compartments is explained in detail. An example of IEM VESTA-AR™ metal-clad switchgear is used to illustrate the test results. Simulated and test results of an internal arcing event are compared. The use of internal arc simulation as a powerful design tool is explained.
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