Intelligent Prediction Method of Hot Spot Temperature in Transformer by Using CNN-LSTM&GRU Network

Yuxi Dong, Zhenxin Zhong, Yun Zhang, Ruifeng Zhu, Huiling Wen, Rongzhen Han
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Abstract

In this paper, an intelligent prediction method of hot spot temperature in transformer abnormal thermal diffusion by using CNN-LSTM&GRU network is proposed. With the continuous development of power grid, as an important equipment in transmission line, the stable operation of transformer is very important. However, the increase of power load demand leads to frequent transformer accidents in recent years, among which, hot spot temperature is the key factor causing transformer thermal aging and even fire. Due to the anisotropy of transformer materials, the thermal diffusion of transformer is an abnormal diffusion process, making the traditional method difficult to predict the hotspot temperature efficiently and accurately. Therefore, this paper studies a deep learning algorithm based on CNN-LSTM&GRU network to predict transformer hot spot temperature. We conduct experiments, and the final results indicated the performance of our model is better than that of the traditional approach in transformer hot spot temperature prediction tasks.
基于CNN-LSTM&GRU网络的变压器热点温度智能预测方法
提出了一种基于CNN-LSTM&GRU网络的变压器异常热扩散热点温度智能预测方法。随着电网的不断发展,变压器作为输电线路中的重要设备,其稳定运行显得尤为重要。然而,近年来电力负荷需求的增加导致变压器事故频发,其中热点温度是引起变压器热老化甚至火灾的关键因素。由于变压器材料的各向异性,变压器的热扩散是一个异常扩散过程,使得传统方法难以高效准确地预测热点温度。因此,本文研究了一种基于CNN-LSTM&GRU网络的深度学习算法来预测变压器热点温度。实验结果表明,该模型在变压器热点温度预测任务中的性能优于传统方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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