Paper Publications
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- Pengnan,徐丽华,liangrui,周广洋,张鹏,金沫含,侯萌,李键,潘艺航.Fault Detection of the Medium-Voltage DC Cable by Using the Featured Modal Signals,2024
- Pengnan,李英恺,liangrui,蒋成瑞,徐皓远,Jin Wei,王业琴,管岩槿,杨睿.Fault Section Identification of Hybrid Transmission Lines by the Transients in Modal Domain Free From the Refractions and Reflections at Cross-Bonded Nodes,2023,38卷4期2864-2878页
- Pengnan,张鹏,liangrui,张政一,刘心瑜,王昊,赵阳,任孝峰,王秀茹.Fault Section Identification of the Power Cables in Urban Distribution Networks by Amplitude Differences Between the Zero-Sequence Currents and Those Flowing in Cable Sheaths and Armors,2023,14卷4期2593-2606页
- Pengnan,张政一,liangrui,蒋成瑞,张鹏,任孝峰,王秀茹.Fault Sensing of the Distribution Cable Feeders by Time-Domain Measurements,2023,19卷7期8170-8182页
- Nan Peng, Yingkai Li, Rui Liang, et al. Fault Section Identification of Hybrid Transmission Lines by the Transients in Modal Domain Free from the Refractions and Reflections at Cross-bonded Nodes[J].IEEE Transactions on Power Delivery,2023
- 梁睿, 彭楠*, 张政一, 李晶昊, 孔令昌, 王全金. 基于暂态特征模量时频分析的电缆型配电网单相接地故障区段定位[J].中国电机工程学报,2023,录用
- Nan Peng; Peng Zhang; Rui Liang*; Zhengyi Zhang; Xinyu Liu; Hao Wang; Yang Zhao; Xiaofeng Ren; Xiuru Wang. Fault Section Identification of the Power Cables in Urban Distribution Networks by Amplitude Differences Between the Zero-sequence Currents and Those Flowing in Cable Sheaths and Armors[J].IEEE Transactions on Smart Grid(Early Access),2022
- Nan Peng, Zhengyi Zhang, Rui Liang, Chengrui Jiang, Peng Zhang, Xiaofeng Ren, and Xiuru Wang.Fault Sensing of the Distribution Cable Feeders by Time-domain Measurements[J].IEEE Transactions on Industrial informatics,2022
- Pengnan,刘心瑜,liangrui,唐泽华,任孝峰,胡义华,liguoxin.Edge Computing Based Fault Sensing of the Distribution Cables Based on Time-Domain Analysis of Grounding Line Current Signals,2022,37卷5期4404-4417页
- Peng Zhang;Lingchang Kong;Rui Liang*;Bingyin Xu;Nan Peng. Fault Location Method for Three-Core Cable Using Amplitude Ratio of Shield-Grounding Wire Currents[J].IEEE Transactions on Industrial Informatics (Early Access),2022