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文章摘要
电子式电流互感器温度循环试验方法研究
Research on Temperature Cycle Test of Electronic Current Transformer
Received:July 28, 2014  Revised:July 28, 2014
DOI:
中文关键词: 智能电网、电子式电流互感器、温度特性、试验方法、试验要求
英文关键词: Smart Gird  Electronic Current Transformer (ECT)  Temperature Characteristic  Test Method  Test Requirements
基金项目:
Author NameAffiliationE-mail
huang hua China Electric Power Research Institute huanghua@epri.sgcc.com.cn 
hubei* China Electric Power Research Institute hubei2@epri.sgcc.com.cn 
feng xiangxiang China Electric Power Research Institute  
tang peng China Electric Power Research Institute  
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中文摘要:
      电子式电流互感器是智能电网的关键设备之一,但由于其工作原理所决定,采用了大量的光电器件,易受到温度变化的影响。目前IEC标准、国家标准以及国网公司性能检测方案等提出的电子式互感器温度循环的试验方法和要求,但相对比较简单,不能完全满足电子式互感器在变电站现场复杂环境的使用要求。本文针对其试验方法和要求进行了分析研究,提出了在全温度范围内实时测量电子式互感器温度特性的试验方法和要求。对选取的电子式互感器样机进行了试验验证与结果分析,表明本文提出的电子式互感器试验方法和要求更能考核电子式互感器的温度特性。
英文摘要:
      Electronic Current Transformer (ECT) is one of the key equipments of the Smart Gird, but because of its operating principle, many optical devices and electron devices are used, and it is easily influenced by temperature variation. Now, the test methods and requirements of the ECT’ temperature cycle test that proposed by the IEC-standards, the Chinese Government standards and the Performance Test Schemes of State Gird are so simple that they cannot meet the demands of complex environment in the transformer substations. We have done some analysis to improve the test methods and requirements, and we put forward the test methods and requirements to measure the ECT’s temperature characteristic in real-time in the whole temperature range. We conduct some verification tests on the selected sample machine of the ET, and this paper suggests that it is more useful to evaluate the ECT’ temperature characteristic.
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