Development of GIS fault location system using pressure wavesensors

Sakakibara T.; Nakajima T.; Maruyama S.; Wakabayashi S.; Nagaoka S.

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Development of GIS fault location system using pressure wavesensors

机译：利用压力波传感器开发GIS故障定位系统

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This paper describes a series of development tests carried outnwhen developing a GIS (gas insulated substation) fault location systemnusing pressure wave sensors for a GIS with a main bus in which each gasnsection per bay is connected by gas piping. This paper also refers tonthe basic construction of the software of the fault location systemnactually applied to a GIS with a rated voltage of less than 168 kV

机译：本文介绍了在使用带有主总线的GIS压力波传感器开发GIS（气体绝缘变电站）故障定位系统时进行的一系列开发测试，其中每个机架的每个煤气段均通过燃气管道连接。本文还介绍了实际应用到额定电压小于168 kV的GIS的故障定位系统软件的基本结构。

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《IEEE Transactions on Power Delivery》 |1999年第2期|p.371-377|共7页
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Sakakibara T.; Nakajima T.; Maruyama S.; Wakabayashi S.; Nagaoka S.;
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正文语种 eng
中图分类输配电技术;
关键词
fault location; gas insulated substations; power engineering computing; pressure measurement; pressure transducers; fault location software; fault location system; gas insulated substation; gas piping; pressure wave sensors;

机译：故障定位;气体绝缘变电站;电力工程计算;压力测量;压力传感器;故障定位软件;故障定位系统;气体绝缘变电站;气体管道;压力波传感器;

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1. Development of GIS fault location system using pressure wave sensors [J] . Sakakibara T., Nakajima T. IEEE Transactions on Power Delivery . 1999,第2期

机译：利用压力波传感器开发GIS故障定位系统
2. Network impulse response based-on fault location method for fault location in power distribution systems [J] . Marta Abad, Miguel García-Gracia, Nabil El Halabi, Generation, Transmission & Distribution, IET . 2016,第15期

机译：基于故障定位的网络冲激响应的配电系统故障定位方法
3. Location of faults generating short-duration voltage variations in distribution systems regions from records captured at one point and decomposed into damped sinusoids [J] . Lovisolo L., Moor Neto J.A., Figueiredo K., Generation, Transmission & Distribution, IET . 2012,第12期

机译：根据在一点捕获的记录并分解为阻尼正弦曲线的故障，在配电系统区域中产生短期电压变化的故障位置
4. Fault Current Correction Strategies for Effective Fault Location in Inverter-Based Systems [C] . Ronald C. Matthews, Shamina Hossain-McKenzie, Matthew J. Reno IEEE Photovoltaic Specialists Conference . 2019

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5. Detection and Location of Faults in Wide Area Systems based on Error-Dependent Communication Strategy [D] . Vallapu, Preethi Priya 2015

机译：基于误差相关通信策略的广域网故障检测与定位
6. Design of a TDOA location engine and development of a location system based on chirp spread spectrum [O] . Rui-Rong Wang, Xiao-Qing Yu, Shu-Wang Zheng, -1

机译：TDOA定位引擎的设计和基于线性调频扩频的定位系统的开发
7. Development of Fault Location System for GIS Using Fluorescent Plastic Optical Fiber [O] . Hirofumi Suzuki, Yasuhisa Yamada, Kozo Matsuo, 1999

机译：荧光塑料光纤GIS故障定位系统的开发

Development of GIS fault location system using pressure wavesensors

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