False Applications of Reliable Relaying Principles revisited

R. Hedding
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引用次数: 1

Abstract

This paper re-examined certain nuances of fundamental principles which are directly or indirectly related to protective relaying that were in the original paper. We've found that in most every case the previous conclusion reached was correct. In those instances filtering in microprocessor relaying was able to eliminate that harmonics that were applied to electromechanical relays. Current transformers still obey the laws of Physics. Fortescue's rules of Symmetrical Components still apply. Power line carrier modal analysis still applies, and Kirchoff's law still applies to transformer differential relays.
重新审视可靠继电原理的错误应用
本文重新考察了原论文中与保护继电器直接或间接相关的基本原理的某些细微差别。我们发现,在大多数情况下,先前得出的结论都是正确的。在这些情况下,微处理器继电器中的滤波能够消除应用于机电继电器的谐波。电流互感器仍然遵循物理定律。Fortescue的对称分量规则仍然适用。电力线载波模态分析仍然适用,基尔霍夫定律仍然适用于变压器差动继电器。
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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