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Fundamentals in computer aided PD processing, PD pattern recognition and automated diagnosis in GIS

机译:GIS中计算机辅助PD处理,PD模式识别和自动诊断的基础知识

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The partial discharge (PD) measurement is a sensitive method for testing and monitoring the insulation condition of HV apparatus. Digital PD measurements have become state of the art. Computer-based PD diagnostic systems nowadays can be used to increase the reliability of modern gas-insulated system (GIS). Also on-line monitoring of HV equipment is becoming increasingly important to enable prevention of a sudden breakdown of PD affected components. On-line monitoring must be done on-site, but an important problem of on-site PD measurement is the superposition of PD data and interference. Furthermore, reliable recognition of the type or nature of the insulation defect is necessary for any risk assessment. Traditionally, this is achieved with reference to expert knowledge. An alternative approach is presented in this paper, which treats the fundamentals of automated computer-based PD diagnosis, taking into account that successful noise suppression is essential for a successful on-site diagnosis.
机译:局部放电(PD)测量是一种用于测试和监视高压设备绝缘状况的灵敏方法。数字PD测量已成为最新技术。如今,基于计算机的PD诊断系统可用于提高现代气体绝缘系统(GIS)的可靠性。而且,对高压设备的在线监控对于防止PD受影响组件的突然故障也变得越来越重要。在线监测必须在现场进行,但是现场局部放电测量的一个重要问题是局部放电数据和干扰的叠加。此外,对于任何风险评估,必须可靠地识别绝缘缺陷的类型或性质。传统上,这是参考专家知识来实现​​的。考虑到成功的噪声抑制对于成功的现场诊断必不可少,本文提出了一种替代方法,该方法探讨了基于计算机的自动PD诊断的基础。

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