Research on Transformer Oil-Paper Insulation State Diagnosis and Life Prediction Method Based on Shuffle-SVM

Ji Liu, Dixing Wu, Mingze Zhang, Kunhan Wang, Shouming Wang
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Abstract

To monitor the insulation state of the transformer and predict the remaining life, this paper improves the support vector machine (SVM) algorithm called Shuffle-SVM, and carries out the time-domain dielectric response test (RVM) to obtain the test parameters required by the model. Combined with the environmental variables, the prediction of the remaining life of the transformer is completed through the calculation of the degree of polymerization (DP). The moisture absorption aging test platform and recovery voltage test platform of oil-paper insulation are designed and built; The time-domain dielectric response and physicochemical properties of oil-paper insulation samples with different micro water content, different aging degrees, different test temperatures, and different test voltage were studied.
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基于Shuffle-SVM的变压器油纸绝缘状态诊断与寿命预测方法研究
为了监测变压器的绝缘状态并预测剩余寿命,本文对支持向量机(SVM)算法Shuffle-SVM进行改进,并进行时域介质响应试验(RVM),得到模型所需的试验参数。结合环境变量,通过对聚合度(DP)的计算完成对变压器剩余寿命的预测。设计并搭建了油纸绝缘吸湿老化试验台和恢复电压试验台;研究了不同微含水量、不同老化程度、不同试验温度和不同试验电压条件下油纸绝缘试样的时域介电响应和理化性能。
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