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A Novel Approach for Fault Location of Overhead Transmission Line with Non-Contact Magnetic Field Measurement

机译：一种新的非接触磁场测量架空输电线路故障定位方法

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Zhen W; Pong PWT; Huang Q;
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年度 2012
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正文语种 eng
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专利

1. Fault location in overhead transmission line: A novel non-contact measurement approach for traveling wave-based scheme [J] . Anane Paul Oswald Kwasi, Huang Qi, Bamisile Olusola, International journal of electrical power and energy systems . 2021,第Deca期

机译：顶置传输线中的故障位置：基于波的行进方案的新型非接触式测量方法
2. A Novel Approach for Fault Location of Overhead Transmission Line With Noncontact Magnetic-Field Measurement [J] . Huang Q. Power Delivery, IEEE Transactions on . 2012,第3期

机译：非接触磁场测量架空输电线路故障的新方法
3. Non-Contact Capacitive-Coupling-Based and Magnetic-Field-Sensing-Assisted Technique for Monitoring Voltage of Overhead Power Transmission Lines [J] . Ke Zhu, Wing Kin Lee, Philip W. T. Pong Sensors Journal, IEEE . 2017,第4期

机译：基于非接触电容耦合和磁场感应辅助技术的架空输电线路电压监测
4. Design and implementation of a non-contact magnetic field measurement based fault location system for overhead transmission line [C] . Huang Qi, Yao Ruoting, Li Fuchao, IEEE International Conference on Smart Instrumentation, Measurement and Applications . 2013

机译：基于非接触磁场测量的架空输电线路故障定位系统的设计与实现
5. Fault location and parameter estimation on overhead transmission lines using synchronized sampling. [D] . Gopalakrishnan, Ashok. 2000

机译：使用同步采样在架空传输线上进行故障定位和参数估计。
6. Exposure Modelling of Extremely Low-Frequency Magnetic Fields from Overhead Power Lines and Its Validation by Measurements [O] . Alfred Bürgi, Sanjay Sagar, Benjamin Struchen, 2017

机译：架空电力线极低频磁场的暴露模型及其测量验证
7. Fault Location in Overhead Transmission Lines Based on Magnetic Signatures and on the Extended Kalman Filter [O] . Jesus Anicio De Oliveira Neto, Carlos Antonio Franca Sartori, Giovanni Manassero Junior 2021

机译：基于磁签发和扩展卡尔曼滤波器的架空传输线路故障位置
8. A Comparison of Measurement Techniques to Determine Electric Fields and Magnetic Flux Under EHV Overhead Power Transmission Lines, [R] . lambdin,donald l. 1979

机译：超高压架空输电线路测量电场和磁通量的测量技术比较，

A Novel Approach for Fault Location of Overhead Transmission Line with Non-Contact Magnetic Field Measurement

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