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Liang Jun
发布时间:2018年11月05日 16:19    编辑:    点击:[]



Institute of Power System


State Council Special Allowance Expert

Young and Middle-aged Experts with Outstanding Contributions in   Shandong Province

Personal message


Liang Jun



Date   of Birth



Longkou,   Shandong

Professional   Title

Professor,   PHD supervisor







2006-present:   Professor and PHD supervisor of School of Electrical Engineering of Shandong   University

1998–2006:   Professor of Shandong Polytechnic University and Shandong University

1991-1998:Associate   professor of Shandong Polytechnic University

1988-1991:   Lecturer of Shandong Polytechnic University

1985-1988:   Master of Engineering in Shandong Polytechnic University

1978-1982:   Bachelor of Engineering in Shandong Polytechnic University

Research Direction

Power   system operation and control, Automation of power systems


[1] WangChengfu,   Liang Jun, Zhang Li, HanXueshan. Reactive Power and Voltage Control Strategy for   Wind Farm Based on STATCOM[J]. Proceedings of the CSEE. 2010.30(25): 23-28


[2] Zhang   Feng, Liang Jun, Che Renfei, A Novel Singularity Point Detection Method for   Weak Traveling Wave Signals


[3]Wang   Chengfu, Liang Jun, Che Renfei, Yun Zhihao, Han Xueshan. Classified Treatment   of Wind Power Predictive Power Based on Chance Constrained Programming[J]. Automation   of Electric Power Systems. 2011.35(17):14-19.


[4]Wang   Chengfu, Liang Jun, Feng Jiangxia, Yang Fu. Coordinated v ar-v oltage control   during fault of wind power system[J]. Electric Power Automation Equipment.   2011. 31(9): 15-21


[5]Dong   Xiaoming, Liang Jun. Analysis and Improvement on Parameter Selection Strategy   andStep Size Controlling in Continuation Power Flow[J]. Automation of   Electric Power Systems. 2011,35 (13):49-53


[6]Li   Naiyong, Liang Jun. Research on Dynamic Modeling and Stability of   Grid-connected Photovoltaic Power Station[J]. Proceedings of the CSEE.2011,31   (10):12-18


[7]Li   Naiyong, Liang Jun. Protection Schemes for Distribution Network Considering   the Randomness of Distributed Generations[J]. Automation of Electric Power   Systems.2011, 31(19):33-38


[8]Zhang   Xueqing, Liang Jun. Chaotic characteristics analysis and prediction model   study on wind power time series[J]. Acta PhysicaSinica. 201261(19)190703


[9]Zhang   Xueqing, Liang Jun, Dong Xiaoming. An Assessment for Voltage Stability   Performance of Power Grid Based on Cumulating Index. Proceedings of the CSEE.201227(7)235-241


[10]Zhang   Feng, Liang Jun, Che Renfei, Du Tao. Advanced algor ithm of fault location   system based on tr aveling wave theory[J]. Automation of Electric Power   Systems.201232(8)54-59


[11]Dong   Xiaoming, Liang Jun, Han Xueshan, Yin Hongtao, Wang Mengxia, Zhang Xueqing. Model   and calculation of continuation power flow considering change of transmission   line temperature[J]. Power System Protection and Control. 201240(23)36-41


[12]Wang   Chengfu, Liang Jun, Zhang Li, Feng Jiangxia, Han Xueshan. Optimization Decision   Method of Wind Farm Reactive Power Compensation Capacity Considering Wind   Power Distribution[J]. Automation of Electric Power Systems.201236(14)119-124


[13]Zhang   Feng, Liang Jun, Li Jianchao, Gao Hongmei.Single Ended Fault Location   Algorithm Based on Detection of Initial Reverse Polarity Traveling Wave[J]. Automation of Electric Power Systems.2013.   37(4): 108-113.


[14]Zhang   Feng, Liang Jun, Cong Zhipeng, Yang Shenquan. An Identification Method for   Initial Reverse Polarity Traveling Wave Considering Module Traveling Wave   Coupling[J]. Automation of Electric Power Systems.2013. 37(10): 108-112.


[15]Feng   Jiangxia, Liang Jun, Zhang Feng, Wang Chengfu, Sun Bohao. An Optimization   Calculation Method of Wind Farm Energy Storage Capacity[J].Automation of   Electric Power Systems.2013. 37(1): 90-95.


[16]Zhang   Xueqing, Liang Jun. Chaotic time series prediction model of wind power based   on ensemble empirical mode decomposition-approximate entropy and reservoir. Acta   PhysicaSinica.201362(5)050505


[17]Zhang   Xueqing, Liang Jun, Zhang Li, Yu Dayang, Han Xueshan, Zhang Feng, Zhang Xi. Approach   for Plug-in Electric Vehicles Charging Scheduling Considering Wind and   Photovoltaic Power in Chinese RegionalPower Grids[J]. Proceedings of the   CSEE. 2013282):28-35


[18]Li   Jiansheng, Liang Jun, Yun Zhihao. Probability Analysis of Progressive Changes   of Equipment State Based on Electrical Information[J]. Proceedings of the   CSEE. 2013, 28(10):355-363.


[19]Li   Xiaoming, Liang Jun, Wang Kui. Magnetic-control-type fault current limiter[J].   Electric Power Automation Equipment.2013, 33(6):42-46.


[20]Wang   Chengfu, Liang Jun, Sun Hongbin. Hybrid reactive power compensation system   and its control strategy for wind farm[J]. Electric Machines and Control. 2013,   17(5):38-44.


[21]Zhang   Xueqing, Liang Jun, Zhang Xi. Combined Model for Ultra Short-term Wind Power   Prediction Based on Sample Entropy and Extreme Learning Machine[J].   Proceedings of the CSEE.2013, 33(25:33-40.


[22]Zhang   Feng, Liang Jun, Zhang Li, etc. Energy Storage Capacity Optimization for Wind   Farms Considering Optimal Expected Output and SOC[J]. Automation of Electric   Power Systems. 2014, 38(24): 12-19.


[23]Li   Jiansheng, Liang Jun, Zhang Li, etc. Detection of Change in Equipment State   by Port Model[J]. High Voltage Engineering, 2014, 402):540-547


[24]Lu   Xiaolu, Liang Jun, Yun Zhihao, etc. Longitudinal instant probability   distribution of wind farm output power[J]. Electric Power Automation   Equipment.2014, 34(5): 40-45.


[25]Zhang   Feng, Zhang Xu, Liang Jun, etc. An Optimal Control Strategy for Energy   Storage Systems Based on Variable Progressive Steps and Expected Outputs[J]. Automation   of Electric Power Systems.2014,38(15): 30-36.


[26]Li   Naiyong, Liang Jun, Li Lei, etc. Fault Diagnosis System Based on Wide-area Fault   Wave Recording Information at Dispatching Centre[J]. Automation of Electric   Power Systems.2014,38(16): 100-104.


[27]Zhang   Xu, Liang Jun, Yun Zhihao, etc. Generalized Load Modeling and Its Application   Considering Uncertainty of Wind Power Integration[J]. Automation of Electric   Power Systems. 2014,38(20): 61-67.


[28]Dong Xiaoming, Wang ChengfuLiang Jun. Calculation of Power Transfer Limit Considering   Electro-Thermal Coupling of Overhead Transmission Line. IEEE Transactions on Power Systems.2014,29(4):   1503-1511. (SCI)


[29]J.Wang, J.Liang, F.Gao, L.Zhang, and Z.Wang, A   method to improve the dynamic performance of moving average filter based PLL. IEEE Trans. Power   Electron. 2015,30(10)5978-5990(SCI)


[30]Wang   Mingda, Liang Jun, Wang Guangzhu, etc. Control Strategy of Novel STATCOM   Based on Modular Multilevel Converter with Single-star Configuration[J]. Automation   of Electric Power Systems. 2015, 39(18): 108 -113


[31]Niu   Rui, Liang Jun, Yun Zhihao, etc. A Fault Distance Interval Based Single   Terminal Traveling Wave Fault Location Method for Hybrid Transmission Lines[J].   Power System Technology. 2015,39(1):156-163.


[32]Li   Zhengmao, Zhang Feng, Liang Jun. Optimization on Microgrid With Combined Heat   and Power System[J]. Proceedings of the CSEE.2015, 3514: 3571-3576


[33]Z. Liang, J. Liang, L. Zhang, C. Wang, Z. Yun   and X. Zhang, “Analysis of multi-scale   chaotic characteristics of wind power based on Hilbert–Huang transform and Hurst analysis,” Appl.   Energy, vol. 159, pp 51-61, 2015.


[34]Zhang   Ying, Liang Jun, Yun Zhihao, etc. Distributed Parameter Based Based   Single-line Fault Location Algorithm for Series-compensated Double-circuit   Transmission Lines[J]. Automation of Electric Power Systems.2017,41(01):134-139.


[35]Zhang   Xu, Liang Jun, Yun Zhihao, etc. The Longitudinal-horizontal Clustering   Strategy Study in the Generalized Load Modeling[J].Proceedings of the CSEE.2015,35(23):6028-6038.


[36]Wang J,   Liang J, Gao F, et al. A Closed-Loop Time-Domain Analysis Method for Modular   Multilevel Converter[J]. IEEE Transactions on Power Electronics, 2017,   32(10):7494-7508.


[37]Wang J,   Liang J, Wang C, et al. Circulating current suppression for MMC-HVDC under   unbalanced grid conditions[C]// Industry Applications Society Meeting. IEEE,   2016:1-9.


[38]Liang   Z, Liang J, Wang C, et al. Short-term wind power combined forecasting based   on error forecast correction[J]. Energy Conversion & Management, 2016,   119:215-226.


[39]Ying Z,   Liang J, Yun Z, et al. A New Fault-Location Algorithm for Series-Compensated   Double-Circuit Transmission Lines Based on the Distributed Parameter   Model[J]. IEEE Transactions on Power Delivery, 2016, PP(99):1-1.




[1]   National Natural Science Foundation of China, Theoretical study on Power System   Regulation of Grid Aggregation with Progressive Learning, Project Manager,   2012-2015


[2]   Shandong Provincial Natural Science Foundation, China, Theoretical Study on   Coordinated Control between Intermittent Power Supply and Regional Power   Grid, Project Manager, 2011-2013


[3] Shandong   Provincial Natural Science Foundation, China, Research on Fault Detection and   Precise Location of Transmission Lines based on Wide-area Synchronous   Measurement, Project Manager, 2008-2010


[4] Research   on Power Network Planning and Evaluation Technology Based on Probability   Characteristics of Wind Power,Science and Technology Projects of Shandong Electric   Power Corporation, 2013-2017


[5] On-line   Monitoring and Intelligent Analysis of 500-kV substations, Science and Technology   Projects of Shandong Electric Power Corporation, 2013-2017


[6] UHV-DC   Online Monitoring System, Science and Technology Project of the State Grid   Corporation of China


[7]   Stability Analysis of Shandong Power Grid under AC/DC Interconnection, Science   and Technology Projects of Shandong Electric Power Corporation


[8]   Research on Coordinated Dispatching System of Electric Vehicle Charging and   Discharging and Photovoltaic Generation,Science and Technology Projects of   Shandong Electric Power Corporation


[9]   Research on Fault Line Selection and Positioning System of Transmission and   Distribution Lines based on Generalized Measurement, Science and Technology   Projects of Shandong Electric Power Corporation, 2017-2019


[10]   Technical Research on the Interaction of Global Energy Internet Energy Flow   and Information Flow, State Grid Corporation Headquarters Project, Project   Manager, 2016-2018


Preside   over more than 20 Science and Technology Projects of the State Grid   Corporation and Shandong Electric Power Corporation.



[1]Microcomputer Power Fault Recording Detection   Device, Shandong Province Science and Technology   Progress First Prize, 2006, Liang Jun(first order)


[2] Power System Dynamic Data   Acquisition and Processing System, Shandong   Province Science and Technology Progress Second Prize, 2003, Liang Jun(first   order)


[3]Distributed Power Quality Integrated Inspection   Management System, Shandong Province Science and Technology   Progress Second Prize , 2004, Liang Jun(first order)


[4]Portable Microcomputer Power Recording Detection   Device, Shandong Province Science and Technology   Progress Third Prize, 2007, Liang Jun(first order)


Academic types

Teaching   and Research


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