基于SSTDR技术的低压电缆故障点检测方法

Hua Zhao, Cheng Xian, Ying Yu, Faqiang Zhao
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引用次数: 1

摘要

如何快速准确地找到电缆故障点,尽快恢复供电,已成为困扰供电企业的难题。因此,本文设计了一种基于SSTDR的故障检测方法。分析了SSTDR技术的原理。在对信号进行距离测量的基础上,利用余弦信号对PN码进行调制,使测试信号具有均值为0的白噪声特性,抗干扰能力更强。它可以在低信噪比条件下检测低压电缆的故障点。仿真实验中分别检测了低压电缆开路和短路时的故障问题,验证了SSTDR技术的有效性,为低压电缆的安全使用做出了贡献(摘要)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection Method of Low Voltage Cable Fault Point Based on SSTDR Technology
How to find the cable fault point quickly and accurately and restore the power supply as soon as possible has become a difficult problem for power supply enterprises. Therefore, a fault detection method based on SSTDR is designed in this paper. The principle of SSTDR technology is analyzed. Based on the distance measurement of signal, the PN code is modulated by cosine signal, which makes the test signal have the white noise characteristic of mean value 0, and has stronger anti-interference ability. It can detect the fault point of low-voltage cable under the condition of low SNR. In the simulation experiment, the fault problems of the low-voltage cable in open and short circuit are detected respectively, which verifies the effectiveness of the SSTDR technology and makes a contribution to the safe use of the low-voltage cable(Abstract).
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