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文章摘要
一种不受CT饱和影响的非同步故障测距新方法
A Novel Unsynchronized Fault Location Method With Non-affected Saturation of Current Transformers
Received:March 12, 2014  Revised:April 13, 2014
DOI:
中文关键词: CT饱和影响  非同步  故障测距  序分量
英文关键词: CT saturation, unsynchronized, fault location, sequence component
基金项目:
Author NameAffiliationE-mail
HUANG Yan High-tech Development Center of Jiangxi Academy of Sciences 469709051@qq.com 
ZHOU Hao-dong* High-tech Development Center of Jiangxi Academy of Sciences 562625334@qq.com 
LIU Wei High-tech Development Center of Jiangxi Academy of Sciences  
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中文摘要:
      双端量法故障测距中通常会采用双端电压和电流数据,其中电流量容易受CT饱和影响而影响测距的准确性。为了消除该影响,文章提出一种不需要采用电流量计算的故障测距新方法。新方法仅需用电压量计算,在原理上不受CT饱和影响。采用序分量法构造了关于故障距离的方程,在原理上消去了非同步角,不需要双端数据同步。仿真计算表明提出的新方法具有较高的测距精度,不易受非同步角和过渡电阻的影响,具有良好的工程应用价值。
英文摘要:
      Two-End fault location method usually takes Two-End voltage and current data, Which affect the accuracy of fault location by the current is easy affected by CT saturation. In order to eliminate this effect, article proposes a new method for fault location without the use of current. The new method is only used voltage, without affecting by CT saturation. Using sequence component to construct the equation about the fault distance. In principle, eliminate the non-synchronous angle, not need Two-End data synchronization. Simulation result show that the proposed new method has high precision of fault location,Not easily affected by non-synchronous angle and transition resistance, with good engineering value.
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