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基于大数据分析的变压器油溶乙炔气体浓度自动化检测技术研究

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为了有效掌握当前变压器故障状态,该文研究基于大数据分析的变压器油溶乙炔气体浓度自动化检测技术.利用奇异谱分析方法对油溶乙炔时间序列分解和重构,将上述时间序列划分成训练集和测试集,并将这2个数据集作为输入,使用大数据分析算法中的卷积神经网络建立变压器油溶乙炔气体浓度自动化检测模型,将训练集和测试集映射、特征提取,使用模型的输出层输出气体浓度自动化检测结果.实验表明,该方法具备较强的变压器油溶乙炔时间序列奇异谱分析能力,同时可在不同测试环境下实现变压器油溶乙炔气体浓度自动化检测结果,应用性较好.
Research on Automatic Detection Technology of Acetylene Gas Concentration in Transformer Oil Based on Big Data Analysis
In order to effectively grasp the current fault state of transformer,the automatic detection technology of transformer oil-soluble acetylene gas concentration based on big data analysis was studied.The time series of oil-sol-uble acetylene is decomposed and reconstructed by using the singular spectrum analysis method,the above time se-ries is divided into a training set and a test set,and the two datasets are taken as inputs,and the convolutional neu-ral network in the big data analysis algorithm is used to establish an automatic detection model of transformer oil-soluble acetylene gas concentration,the training set and the test set are mapped and feature extracted,and the output layer of the model is used to output the automatic detection results of gas concentration.Experiments show that this method has a strong ability to analyze the singular spectrum of transformer oil-soluble acetylene time series,and can realize the automatic detection results of transformer oil-soluble acetylene gas concentration in different test environ-ments,and has good applicability.

big data analysistransformeroil soluble acetylenegas concentrationautomated detection technologysin-gular spectrum analysis

盛吉、高明、钱雨峰、李兴

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国网江苏省电力有限公司扬州供电分公司,扬州 225000

大数据分析 变压器 油溶乙炔 气体浓度 自动化检测技术 奇异谱分析

国网江苏省电力科技有限公司科技项目

J2023157

2024

自动化与仪表
天津市工业自动化仪表研究所 天津市自动化学会

自动化与仪表

CSTPCD
影响因子:0.548
ISSN:1001-9944
年,卷(期):2024.39(7)
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