Research on Cable Aging and Joint State Detection Technology Under the Effect of Multi-physical Field Coupling

Fanbin Meng, Gang Zheng, Yu Nan, Jiangtao Li
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Abstract

Operating cables will inevitably undergo insulation aging due to the influence of electric field, magnetic field, heat, light, moisture and other factors, and the insulation performance will be significantly reduced. Statistics show that cable joint failure is one of the important causes of cable failure. The multi-physical field coupling model adopts a variety of physical field interfaces such as electric and acoustic coupling to simulate the discharge waveforms and waveform propagation forms generated by cable joint defects. Firstly, the relationship between voltage and insulation fault is established, and the cable insulation fault is diagnosed by the electric field characteristics. In addition, the electric field characteristics are used to reflect the location of charge agglomeration area, and then the discharge signal at this location is detected to diagnose the deterioration degree of insulation materials.
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多物理场耦合作用下电缆老化及接头状态检测技术研究
作业电缆由于受到电场、磁场、热、光、湿等因素的影响,不可避免地会发生绝缘老化,绝缘性能会明显降低。统计表明,电缆接头失效是电缆失效的重要原因之一。多物理场耦合模型采用电耦合、声耦合等多种物理场界面,模拟电缆接头缺陷产生的放电波形和波形传播形式。首先,建立了电压与绝缘故障之间的关系,利用电场特征对电缆绝缘故障进行诊断。此外,利用电场特性来反映电荷聚集区域的位置,然后检测该位置的放电信号来诊断绝缘材料的劣化程度。
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