Optimal Installation Scheme of Surge Arrester on Distribution Network

Ao An Li; Feng Yue; Man Cheng Xi; Zhi Yi Jia; Jun Kang Ni; Chong Xin Liu

doi:10.4028/www.scientific.net/AMR.1092-1093.304

Paper Titles

Micro-Grid System Integrated with GSHP
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Multi-Physics Modeling and Simulation of Electro-Optical Sensing
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No-Load Voltage Waveform Computation of the Different Design Schemes of Stator Slots Skewing Degree of Tubular Hydro-Generator
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OCT Signal Processing Method Based on Sequential Kalman Filtering
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Optimal Installation Scheme of Surge Arrester on Distribution Network
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Research and Design on On-Line Contact of High Voltage Switch Circuit Breaker Temperature Rise Monitoring Device
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Research on Active Disturbance Rejection Control Strategy of Static Reactive Power Generator
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Research on Automatic Controlling Method of TSC+TCR Typed Dynamic Reactive Power Compensation
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Research on Characteristics of Stator and Rotor Fault Current of DFIG
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1092-1093Optimal Installation Scheme of Surge Arrester on...

Optimal Installation Scheme of Surge Arrester on Distribution Network

Abstract:

Surge arrester is an effective measure to protect distribution lines from lightning strikes. But high costs will be spent on the maintenance of a great many surge arresters in 10kV distribution line. Taking the relationship between reliability and economical efficiency into consideration, aiming at installation density of surge arrester, this paper established the effective simulation models of direct lightning stroke overvoltage and induced overvoltage by ATP-EMTP. Finally, this paper presented the optimal installation scheme of surge arrester on the basis of the simulation and analysis of the lightning withstand level. The simulation results provide references for the optimal installation scheme of surge arrester on the distribution network.