Institute of Electronics Electronics

Academic identity

IEEE Transaction on Power Delivery, IEEE Transaction on Smart Grid, IET Generation, Transmission & Distributionand other journal reviewers

Work experience

2002year9month-2004year6Moon, School of Electrical Engineering, Shandong University, Master's degree

2004year9month-2007year12Month, School of Electrical Engineering, Shandong University, Dr.

2005year9month-2005year12month, CanadaAlbertaUniversity, visit scholars

2008year9month-2010year6month, School of Computer, Shandong University, postdoctoral

2013year9month-2014year12month, CanadaAlbertaUniversity, visit scholars

2008year3So far, the School of Electrical Engineering, Shandong University, Teacher

Personal information

Name

Zhu Ke

Gender

Male

BornDate

1977.5

Origin

Shandong Yanzhou

Title

Associate Professor

Job

Teacher

Phone

13589008410

email

zhuke@sdu.edu.cn

Research direction

1.Smart distribution network status monitoring and fault diagnosis

2.Application of Electronic Electronic Technology in the power system

3.Contains distributed clean energy distribution grid relay protection

Academic works

Published with the author of the first or communicationSCI、eiIncluding more than 50 papers, in recent years, books:

1) jiabi liang, Ke zhu*. Distribution Capacitor Health Monitoring Based on The disturbancess of element breakdown faults, IEEE Transaction on Power Delivery.2022,37 (5): 4064-4071.

2) jiabi liang, Ke Zhu*. Transient Characteristics Analysis of Shunt Capacitor Asynchronous Energizing, IEEE Transaction on Power Delivery.2020,35 (5): 2186-2195.

3) Ke zhu, RUNDONG LV. A Three-Phase Adaptive Reclosure Technologly For Distribution Feeders Based on Parameter Identification, IEEE Transaction on Power Delivery.2019,34 (6): 2173-2181.

4) jiabi liang, Ke Zhu*. Coded Switching Scheme for Monitoring The Operation of Distribution Capacitors, IEEE Transaction on Power Delivery. 2018, 33 (6): 3075-3084.

5) Men xiyan, Ke Zhu*. Effectiveness Evaluation of Representative Transient Reactive Power Location Algorithms, 2022 Power System and Green Energy Conference,2022,843-847.

6) zhenyu zhang, Ke Zhu*. Multi-Core Identification of Mixed Power Disturbances, The 16th IEEE Conference on Industrial Electronics and Applications, 2021,402-407.

7) minglong zhang, Ke Zhu*. Fault Distance MEASUREMENT BASED on Active WaveForm Disturbance, 2021 6th Asia Conference on Power and Electrical Engineering, 2021,158-162.

8) zhenyu zhou, KE zhu*. Reducing the Noise in Power Quality Disturban With VMD, IEEE 2nd International Conference On Power, Electronics and Computer Applications, 2021,358-362.

9) shu ding, Ke Zhu*. A Synchronous Distributed Generator Excitation Control Measures Aimed at Automatic RECLOSING, IEEE 2nd International Conference On Power, Electronics and Computer Applications, 2021,122-127.

10) Shan Jiang, KE Zhu*. Disturbance Waveform Detection Technology Based on Probability Density of Remaining Data, 2020 The 5th International Conference On Power and Renewable Energy, 2020, 376-381.

11) Tao Chen, KE Zhu*. Research on Harmonic Overvoltage SUPPRESSION Technology of Single-Core CABLE Shielding Layer, 2020 IEEE IAS Industrial and Commercial Power System Asia Technical Conference, 2020, 437-442.

12) jianwei yao, Ke Zhu*. Research on the Characteristic of WaveForm Disturbance Caused by the back-TO-BACK CAPACIRONCHRONOUS SWITCHING, 2020 IEEE Student Conference on Electric Machines and Systems, 2020,435-439.

13) zhuoqun wang, KE zhu*. Fault Line Selection Based on the Frequency Characteristics of Feeders, 2020 IEEE Student Conference on Electric Machines and Systems, 2020,419-423.

14) LV RUNDONG, zhu Ke*. Quantitative Analysis of Saturation of Measurement CT by DC Bias, 2019 3rd IEEE International Conference on Green Energy and Applications, 2019,1-5.

15）Chen Lifen, zhu Ke*. Power Quality Disturbance Identification Method Based on Multi-Domain Feature Fusion, The 14th IEEE Conference on Industrial Electronics and Applications,2019,37-42.

16) Ke zhu, yixuan Wang. A New Dg Anti-Islanding Protection Technology Based on Harmonic Impedance Measurement, International Transactions on Electrical Energy Systems,2017, 27 (2): 0-11.

17) Zhou Zhenyu, Zhu Ke*，Temporary disturbance detection method based on the differential distribution of residual waveform data，Power system protection and control,2022，50（19):138-145.

18）Zhang Minglong, Zhu Ke*,Mixed -waveform recognition algorithm research based on multi -core support vector machine，Power system protection and control,2022，50（15):43-49.

19) Zhang Minglong, Zhu Ke*, Interim disturbance waveform algorithm based on the decomposition of differential modulus, Power system protection and control,2022，50（8):43-49.

20) Zhang Zhenyu, Zhu Ke*，Research on disturbance recognition method based on multi -domain characteristics，Power system protection and control,2021，49（22):58-64.

21) Xie Yixiu, Sun Guoping, Zhu Ke*，A synchronous distributed power supply output short -circuit current suppression technology，Electricity system automation，2020,44（23）: 135-142.

22) Chen Tao, Zhu Ke*，Single -core cable metal shielding layer Harmonic overvoltage suppression technology research，Electrical Application，2020，39（9):55-63.

23) Ding Yan, Zhu Ke*，Model -based power distribution line permanent fault judgment method，Journal of Electrician Technology，2019,34 (5): 1004-1012.

24) Zhu Ke，Ni Jian，Temporary disturbance detection of electricity -oriented data analysis，Journal of Electrician Technology，2017,32 (3): 35-44.

25) Zhu Ke，Song Yutao，A kind of distribution line has a derived of the technical research of the adaptive and adaptive gates，Grid Technology，2017，41（3):993-999.

26) Zhu Ke，Wang Yixuan，Application of active interference technology in the system fault selection of arc elimination coils，Electricity Automation Equipment，2017，37（10):189-196.

27) Zhu Ke，Li Deqiang，Application of active disturbance technology in the fault detection of power outages and power distribution lines，Electricity Automation Equipment，2017，37（1):191-196.

28) Zhu Ke，Yin Peng，Systems using electronic electronic disturbance technology system to detect ground capacitance detection methods，Electricity system automation，2016，40 (23): 150-156.

29) Zhu Ke，Ni Jian，Resonant grounding system single -phase ground fault ranging method based on active disturbance technology，Grid Technology，2016，40（6):1881-1887.

BrotterScientific research project

Having presided over more than 20 items of the State Grid and Provincial and Ministerial -level key projects，Participate in more than ten items，Host in recent years:

1) Active distribution network fault diagnosis technology based on power electronic signal technology，Fujian Electric Power Company，2023year,50million,(Host)

2) Power distribution switch based on IoT technology one or two deep fusion and lean operation and maintenance key technology research and application sub -topic，National Grid Company，2020year,6010,000, (host)

3) The research of key technology research in the intelligent improvement of complete sets of equipment，Fujian Electric Power Company，2020year,87million,(Host)

4) One or two fusion equipment module production and prototype test，Fujian Electric Power Company，2019year,20million,(Host)

5) Electrical electronic disturbance technology and its application research in the status monitoring of the resonant land system，Provincial key research and development plan，2018year,20million,(Host)

6Data mining method of data mining method for active power distribution network operation status analysis，National Grid Company，2018year,50million,(Host)

7) Smart distribution network three -phase self -adapting technical research，Provincial Natural Science Fund，2017year,9million,(Host)

8) The three -phase self -adaptation of the distribution line and its application research in the fault detection of the electric power distribution network stopped wires，National Grid Company，2017year,75million,(Host)

9) Voltage Source Monitoring Experimental Platform Test，Shandong Electric Power Company，2016year,27million,(Host)

10) Voltage Source Monitoring Positioning System Test，Shandong Electric Power Company，2016year,10million,(Host)

11) Voltage Source Monitoring and Positioning Method Research，Shandong Electric Power Company，2016year,24million,(Host)

12) Development and Research on the Monitoring Device of Lone Island, Shandong Electric Power Company,2015year,45million,(Host)

13）10KVPower distribution systemTSCDevice Development and Application, Shandong Electric Power Company,2015year,72million,(Host)

14) Self -adaptable streaming fault selection scheme，Provincial Youth Reward Fund，2014year,5million,(Host)

15) Self -adaptive stream failure line selection device development and application，Shandong Electric Power Company，2014year,37million,(Host)

Academic Type

Professional type