首页> 外文会议>IEEE Petroleum and Chemical Industry Technical Conference >Comprehensive Overview and Comparison of ANSI vs. IEC Short Circuit Calculations: Using IEC Short Circuit Results in IEEE 1584 ARC Flash Calculations: Copyright Material IEEE, Paper No. PCIC-2018-23
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Comprehensive Overview and Comparison of ANSI vs. IEC Short Circuit Calculations: Using IEC Short Circuit Results in IEEE 1584 ARC Flash Calculations: Copyright Material IEEE, Paper No. PCIC-2018-23

机译:ANSI与IEC短路计算的全面概述和比较:使用IEC短路的IEEE 1584 ARC闪存计算:版权所有材料IEEE,纸质号PCIC-2018-23

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摘要

In this paper, we review both ANSI/IEEE and IEC short circuit calculation methods. We discuss and compare terminology, definitions, and calculation approaches. We present the advantages and disadvantages of both standards with numerical examples. We analyze identical systems using both methods to make a side-by-side comparison of the results. After both methods are introduced in detail and understood, arc flash calculation examples will be provided using IEC short circuit calculations. Currently, all arc flash calculation methods (including IEEE 1584) focus on three-phase fault currents without being limited to any specific short circuit standard. In our approach, the IEC method can be effectively used for arc calculations. This approach can be utilized in regions of the world where IEC standards are used for short circuit calculations.
机译:在本文中,我们审查了ANSI / IEEE和IEC短路计算方法。我们讨论并比较术语,定义和计算方法。我们介绍了两个标准的优缺点,具有数值例子。我们使用两种方法分析相同的系统来进行结果的并排比较。在详细介绍并理解两种方法后,将使用IEC短路计算提供电弧闪光计算实施例。目前,所有ARC闪存计算方法(包括IEEE 1584)专注于三相故障电流,而不限于任何特定的短路标准。在我们的方法中,IEC方法可以有效地用于电弧计算。这种方法可用于IEC标准用于短路计算的世界地区。

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