Influence of Different Laying Methods on Monitoring Transformer Winding Temperature with Distributed Optical Fibre

Yunpeng Liu, Junyi Yin, Xinye Li, Xiaozhou Fan
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Abstract

In order to apply distributed optical fibre sensing technology to transformer winding temperature monitoring, the temperature detection of transformer windings based on different laying methods was studied. The slotted and pasted transformer winding wire models were designed and fabricated respectively. The electromagnetic wire structure and the winding process had been correspondingly improved. The local temperature rise test was carried out and the temperature distribution was monitored and evaluated. The results show that the distributed optical fibre measurement results of the slotted wire have larger errors, the engineering implementation is more complicated and the original structure of the winding has been changed greatly, whereas the measurement result of the pasted wire is more accurate. The pasted wire is more suitable for transformer winding temperature monitoring.
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不同敷设方式对分布式光纤监测变压器绕组温度的影响
为了将分布式光纤传感技术应用于变压器绕组温度监测,研究了基于不同敷设方式的变压器绕组温度检测。分别设计和制作了开槽式和粘贴式变压器绕组线模型。对电磁线的结构和绕制工艺进行了相应的改进。进行了局部温升试验,并对温度分布进行了监测和评价。结果表明,开槽线的分布式光纤测量结果误差较大,工程实现较为复杂,原有绕组结构发生较大变化,而粘贴线的测量结果更为准确。粘贴线更适合于变压器绕组温度监测。
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