Monographs and textbooks [1] Zhang Hengxu, Shi Fang, Jin Zongshuai. Distribution network synchronous measurement technology and application[M]. Beijing: Science Press, 2022. ISBN: 9787030685100. [2] Zhang Hengxu, Shi Fang, Shi Xiaohan. Power system automation(No.2version)[M]. Beijing: Mechanical Industry Press, 2024. [3] Active intervention arc suppression device technology. Beijing: China Electric Power Press. 2024.
Representative journal articles [1] Wei M, Shi F*, Zhang H*, Chen W. Wideband Synchronous Measurement-Based Detection and Location of High Impedance Fault for Resonant Distribution Systems with Integration of DERs [J]. IEEE Transactions on Smart Grid, 2023, 14(2): 1117-34. [2] Wang X, Zhang H, Shi F*, etc. Location of Single Phase to Ground Faults in Distribution Networks Based on Synchronous Transients Energy Analysis[J]. IEEE Transactions on Smart Grid, 2020, 11(1): 774-785. [3] Wei M, Liu W, Shi F*, etc. Distortion-Controllable Arc Modeling for High Impedance Arc Fault at the Distribution Network[J]. IEEE Transactions on Power Delivery, 2021, 36(1): 52-63. [4] Shi F, Zhang L, Zhang H, etc. Diagnosis of the single phase-to-ground fault in distribution network based on feature extraction and transformation from the waveforms[J]. IET Generation, Transmission & Distribution, 2020, 14(25): 6079-6086. [5] Wei Mingjie, Shi Fang*, Zhang Hengxu, etc. High-resistance fault line selection and section positioning method of resonant grounding system based on synchronous zero-sequence current harmonic group phase comparison[J]. Chinese Journal of Electrical Engineering,2021, 41(24): 8358-72. [6] Xing Xiaodong, Shi Fang*, Zhang Hengxu, etc. Adaptive fault section positioning method of active distribution network based on synchronized phasor[J]. Journal of Electrical Engineering, 2020, 35(23): 4920-4930. [7] Shi F, Zhang H, Cao Y, etc. Enhancing Event-Driven Load Shedding by Corrective Switching With Transient Security and Overload Constraints[J]. IEEE Access, 2019, 7101355-101365. [8] Shi Fang, Zhang Linlin, Hu Xiongwei, etc.. Extraction method of power grid transient stability rules based on multi-attribute decision tree[J]. Journal of Electrical Engineering, 2019, 34(11): 2364-2374. [9] Wei Mingjie, Zhang Hengxu, Shi Fang*, etc.. Distribution network arc ground fault identification based on harmonic energy and waveform distortion[J]. Power system automation, 2019, 43(16): 148-154. [10] Wang Xuewen, Shi Fang*, Zhang Hengxu, etc.. Single-phase ground fault section positioning method in small current grounding system based on transient energy[J]. Power Grid Technology, 2019, 43(03): 818-825. [11] Wei M, Shi F, Zhang H, etc. High Impedance Arc Fault Detection based on the Harmonic Randomness and Waveform Distortion in the Distribution System[J]. IEEE Transactions on Power Delivery, 2020, 35(2): 837-850. [12] Shi F, Zhang H, Xue G. Instability prediction of the inter-connected power grids based on rotor angle measurement[J]. International Journal of Electrical Power and Energy Systems, 2017, 88(1): 21-32. [13] Wei M, Shi F, Zhang H, Yang F, Chen W. A High-Efficiency Method to Determine Parameters of High Impedance Arc Fault Models [J]. IEEE Transactions on Power Delivery, 2022, 37(2): 1203-14. [14] Zhang Linlin, Hu Xiongwei, Li Peng, Shi Fang*, Yu Zhihong. Power system transient stability assessment method based on extreme learning machine[J]. Journal of Shanghai Jiao Tong University, 2019, 53(06): 749-756. [15] Jin Zongshuai, Zhang Hengxu, Shi Fang, etc.. Broadband signal decomposition method containing deterministic components and random noise components [J]. Power system automation, 2019, 43(04): 70-78.
Representative invention patent [1] Shi Fang, Zhang Hengxu, Han Zhaoru, Jin Zongshuai. Method and system for identifying high-resistance faults and switching disturbances based on Lissajous curve[P]. CN116500383B, 2023-09-05. [2]. Shi Fang, Zhang Hengxu, Han Zhaoru, Jin Zongshuai, Wang Xiaobin. A high-resistance fault location method and system based on synchronous Lissajous curve characteristics[P]. CN116500382B, 2023-09-19. [3] Shi Fang, Zhang Linlin, Zhang Hengxu, etc. Distribution network fault diagnosis method based on synchronized phasor measurement and random matrix theory[P]. CN110673060B, 2021-07-06. [4] Shi Fang, Zhang Hengxu, Zhang Linlin, etc. A method and system for locating single-phase ground fault sections in distribution network[P]. CN110596533B, 2020-07-31. [5] Shi Fang, Zhang Hengxu, Han Xingchen, etc. A band-pass filtering method、System、Storage media and terminal equipment[P]. CN109831184B, 2020-08-28. [6] Shi Fang, Yu Zhihong, Huang Yanhao, etc. Stability assessment method based on the correlation between power grid operation and transient stability margin index[P]. CN106504116B, 2020-05-22. [7] Shi Fang, Wang Xiangnu, Zhang Hengxu, etc. Distribution network fault diagnosis method based on synchronized phasor measurement and covariance matrix theory[P]. CN109507526B, 2020-01-07. [8] Shi Fang, Hu Xiongwei, Yu Zhihong, etc. Multi-attribute decision tree power grid stability margin evaluation method based on linear discriminant analysis[P]. CN107274105B, 2020-10-13.
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[1] National Ministry of Science and Technology, National Key R&D Plan Project Sub-topic, 2021YFB2400803, Hybrid intelligent enhanced analysis technology to improve the reliability of response-driven stability judgment, 2021-12To2024-11, under research, Host. [2] National Ministry of Science and Technology, National Key R&D Plan Project Sub-topic, 2017YFB0902802, Micro basedPMU's distribution network fault diagnosis and precise positioning technology, 2017-07To2020-12, End of question, Host. [3] Shandong Provincial Natural Science Foundation of China, Front Project, ZR201808210126, Based onPMUResearch on power system stability trend prediction and coordinated control using synchronous data, 2019-07To2022-06, End of question, Host. [4] National Natural Science Foundation of China, Sub-topic of National Major Scientific Research Instrument Development Project, 51627811, Development and application of source-grid-load panoramic synchronous measurement system for power electronic power system, 2017-01To2021-12, End of question, Participate(2/6). [5] State Grid Corporation Headquarters Science and Technology Project Topic, Research and application of weak distribution network fault emergency management and control technology for large-scale access to distributed resources, 2023-12To2025-12, under research, Host. [6] State Grid Corporation Headquarters Science and Technology Project Topic, Research on broadband oscillation risk assessment and suppression measures for high-proportion new energy power systems, 2021-12To2024-12, under research, Host. [7] Global Energy Internet Group Co., Ltd. Technology Project, Research on the co-evolution optimization model and path of clean power and traditional power, 2020-09To2022-12, End of question, Host. [8] State Grid Beijing Electric Power Company Science and Technology Project, Research and application of fault section positioning method in active distribution network based on multi-dimensional synchronization information, 2022-109To2023-12, End of question, Host. [9] State Grid Shandong Electric Power Company Science and Technology Project, Research on key technologies for the operation of beautiful rural energy Internet based on micro-synchronous measurement devices, 2021-07To2023-12, End of question, Host. [10] State Grid Shanghai Electric Power Company Science and Technology Project, Distribution NetworkPMUResearch on International Standardization of Devices and Technology Applications, 2020-08To2022-12, End of question, Host.
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