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基于动态负荷特性的轨道交通暂态保护软硬件设计与应用

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基于轨道交通特有的动态负荷特性,进行轨道交通暂态保护软硬件设计.从软、硬件两方面研究高铁动态负荷监测+行波信号测量提取真实样机,实现轨道交通供电线路故障信号全景特征辨识,并构建故障全景信息特征库;开发仿真+实测的轨道交通接触网故障识别及监控系统,并应用于轨道交通供电线路现场.本研究在研发行波信号解调器、应用行波精准定位故障位置、结合小波变换算法自主研发上位机软件等方面取得一定成果,为提高轨道交通供电线路暂态保护的可靠性提供有力支撑.
Based on the special dynamic load characteristics of rail transit,the transient-based protection software and hardware for rail transit are designed.The real prototype is made on the basis of studies of dynamic load monitoring+traveling wave signal measurement in terms of software and hardware,realizing of identification of panoramic feature of fault signal of rail transit line and setting up of panoramic feature database of fault.The identification and monitoring system for fault of OCS of rail transit with function of simulation+real measurement is developed and it has been applied at the site of the rail transit line.The study has achieved certain results in the development of traveling wave signal demodulator,the application of traveling wave to accurately locate fault location and the independent development of upper computer software combined with wavelet transform algorithm,providing strong support for improving the reliability of transient-based protection of rail transit power supply lines.

rail transitdynamic loadvector machine-ant colony algorithmtransient-based protection

张灵芝、吴志勇、罗勇、伍丰、易鸣

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湖南铁路科技职业技术学院

中国铁路广州局集团有限公司长沙供电段

轨道交通 动态负荷 向量机-蚁群算法 暂态保护

2024

电气化铁道
中铁电气化局集团有限公司,中国铁道学会电气化委员会

电气化铁道

影响因子:0.272
ISSN:1007-936X
年,卷(期):2024.35(6)