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Research Of Cable PD Detected Technology Based On Variable Frequency Oscillation Wave

机译:基于变频振荡波的电缆PD检测技术研究

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With the accelerating construction of strong smart grid, and the grid voltage level rising, performance requirements for the electrical insulation of electrical equipment also continue to increase. The (XLPE) cable with good electrical and thermal performance and simple structure, the manufacturing cycle is short, safe and reliable power supply etc, which is widely used in power system; Partial discharge is in the power cable to run a larger security risks is a sign of deterioration of the cable insulation is caused by insulation deterioration of important reasons. In this paper, based on variable frequency resonant damped oscillatory wave voltage XLPE cables and their connectors partial discharge site detection technology, the damped oscillatory wave voltage and power frequency voltage equivalent; the field test requirements, parameter optimization and performance detection impedance, and use advanced digital signal processing methods to analyze the test data processing, to provide a reference for the cables and their joints more accurately determine the insulation condition.
机译:随着强大的智能电网的加速结构,电网电压水平上升,电气设备电绝缘的性能要求也继续增加。 (XLPE)电缆具有良好的电气和热性能和结构简单,制造循环是短,安全可靠的电源等,可广泛用于电力系统;局部放电是在电力电缆中运行更大的安全风险是电缆绝缘劣化的迹象是由绝缘劣化引起的重要原因。本文基于可变频率谐振阻尼振荡波电压XLPE电缆及其连接器部分放电现场检测技术,阻尼振荡波电压和功率频率电压等效;现场测试要求,参数优化和性能检测阻抗,并使用先进的数字信号处理方法来分析测试数据处理,为电缆提供参考,其关节更准确地确定绝缘条件。

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