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文章摘要
空载变压器励磁电流无功补偿的技术研究
The excitation current of reactive compensation technology research for transformer under the no-load condition
Received:June 01, 2015  Revised:November 21, 2015
DOI:
中文关键词: Matlab仿真,现场数据,空载运行损耗,励磁电流,功率因数
英文关键词: TheMatlab simulation,Field data, No-load running loss, Excitation current, Power factor
基金项目:国家自然科学基金(51377044),河北省科技支撑计划 (14214503D和12212171)
Author NameAffiliationE-mail
ZHANG Hui-juan Hebei University of Technology 17731138686@163.com 
HAN Ye* Hebei University of Technology 17731138686@163.com 
zang chen jing Hebei University of Technology 846825788@qq.com 
黄凯 Hebei University of Technology 17731138686@163.com 
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中文摘要:
      为了提高新装大容量变压器在空载运行时的功率因数,实现变压器的经济运行,本文分析了变压器在空载运行时自身所产生的损耗,找到了导致变压器功率因数降低的原因,并提出了基于励磁电流无功补偿来提高变压器空载状态下功率因数的方法。本文同时进行了空载变压器Matlab仿真建模分析和现场试运行期间的数据分析,功率因数明显改善,达到了供电部门对功率因数的考核要求。本文所述的内容,已应用到变压器的实际运行中,并取得了良好效果。
英文摘要:
      In order to improve the power factor of the new large transformer in no-load operation and realize it economic operation,we have analyzed of transformer in no-load loss generated , fund out the reason of the reducing transformer power factor and Sput forwardSa method which is based on the field current reactive compensation to improve the power factor of transformer under the no-load condition.Through introducing Matlab simulation modeling of transformer under the no-load running and analyzing the field data analysis during commissioning, the power factor obviously improved and reached the appraisal of the power factor requirements. The content of the described in this article has been applied to the actual operation of the transformer, and achieved good results.
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