A Diagnosis Approach for Partial Discharge Faults Based on Multi-detection Technology Fusion

Liangyuan Chen, Changting Yu, Jian Zhao, Dajian Li
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Abstract

For partial discharge (PD) in transformer, every single detection method has its limitation and cannot solve all the problems perfectly. To overcome the limitation of single detection method and improve the reliability of partial discharge detection, this study proposed a diagnosis approach based on multi-detection technology fusion of Dissolved Gas Analysis (DGA), PD ultrasonic location and PD test of long-duration AC withstand voltage test. The effectiveness of the fusion detection method was confirmed by diagnosing of an internal discharge fault in a 110kV power transformer. Finally, preventive measures are presented, which give emphasis on manufacturing process, test results analysis, overhaul and examination, and so on.
基于多检测技术融合的局部放电故障诊断方法
对于变压器局部放电,每一种检测方法都有其局限性,不能很好地解决所有问题。为了克服单一检测方法的局限性,提高局部放电检测的可靠性,本研究提出了一种基于溶解气体分析(DGA)、PD超声定位和长时间交流耐压试验PD试验相融合的多检测技术诊断方法。通过对110kV电力变压器内部放电故障的诊断,验证了融合检测方法的有效性。最后,从制造工艺、试验结果分析、检修和检查等方面提出了预防措施。
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