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Liang Jun，Original Shandong Longkou，Date of Birth 1956。

Academic identity:

Experts from special allowances of the State Council

Middle -aged and young experts with outstanding contributions in Shandong Province

Work experience:

2006So far, professor and doctoral supervisor of the School of Electrical Engineering, Shandong University

1998-2006 Professor of Shandong University of Technology, Shandong University

1991-1998 Associate Professor of Shandong University of Technology

1988-1991 Lecturer of Shandong University of Technology

1985-1988 Master of Engineering of Shandong University of Technology

1978-1982 Bachelor of Engineering of Shandong Institute of Technology

Research direction:

Electric power system operation and control, power system automation

Academic works(Masterpiece in the past five years)：

[1]  Wang Chengfu, Liang Jun, Zhang Li,  Han Xueshan. Wind power field -free voltage control strategy based on static synchronizers[j].Journal of China Electrical Engineering. 2010.30 (25): 23 -28

[2]  Zhang Feng, Liang Jun, Che Renfei.  The strange point detection method of the weakened wave signal[j]. Electricity System Automation, 2010, 34 (8): 92-96.

[3]Wang Chengfu, Liang Jun, Zhang Li, Ji Zhihao, Han Xueshan. Wind power field predicted power grading processing based on opportunities  [j]. Electricity System Automation. 2011.35 (17): 14-19.  

[4]Wang Chengfu, Liang Jun, Feng Jiangxia, Yang Fu. Failing time Wind power system non -force voltage coordination control strategy research[j].Electric automation equipment. 2011. 31(9)：15-21.

[5]Dong Xiaoming, Liang Jun.  Analysis and improvement of continuous trend parameter selection and step -long control. Electricity System Automation.2011,35 (13): 49-53    

[6]Li Naiyong, Liang Jun.  Dynamic modeling and stability research of parallel network photovoltaic power stationsJournal of China Electrical Engineering.  2011,31 (10): 12-18  

[7]Li Naiyong, Liang Jun.  Consider the random power distribution network protection solution for distributed power supplyElectricity System Automation.2011, 31 (19): 33-38

[8]Zhang Xueqing,Liang Jun. Wind power power time sequence chaos characteristics analysis and predictive model research[j]. Journal of Physics,2012，61(19)：190703.

[9]Zhang Xueqing, Liang Jun,Dong Xiaoming. Evaluation of grid voltage stability performance based on cumulative index[j]. Journal of Electrician Technology,2012，27(7)：235-241.

[10]Zhang Feng, Liang Jun,Che Renfei，Du Tao. Advanced fault ranging system implementation algorithm based on line wave theory[j]. Automation of Electric Power Systems,2012，32(8)：54-59.

[11]Dong Xiaoming, Liang Jun,Han Xueshan，Yin Hongtao，Wang Mengxia，Zhang Xueqing. The continuous trend model and calculation of the temperature changes of the transmission line temperature[j]. Power system protection and control,2012，40(23)：36-41.

[12]Wang Chengfu, Liang Jun,Zhang Li，Feng Jiangxia，Han Xueshan. Considering the wind farm without work compensation capacity optimization decision -making decision -making[j]. Automation of Electric Power Systems,2012，36(14)：119-124.

[13]  Zhang Feng,Liang Jun,Li Jianchao,Gao Hongmei.  Single -end fault metering algorithm based on initial reflection wave detection[j]. Electricity System Automation. 2013.37 (4): 108-113.

[14]  Zhang Feng,Liang Jun,Cong Zhipeng,Yang Shenquan.  Considering the identification method of the initial reflection wave of the transmission modulus[j]. Electricity System Automation. 2013.37 (10): 108-112 ..

[15]  Feng Jiangxia, Liang Jun, Zhang Feng, Wang Chengfu, Sun Shihao. Consider the optimization calculation of the energy field energy storage capacity of the scheduling plan and the economy running economy. Electricity System Automation. 2013.37 (1): 90-95.

[16]Zhang Xueqing, Liang Jun. based onEEMD-The wind power power chaos time sequence predictive model of approximation entropy and reserve pool. Journal of Physics，2013，62(5)：050505.(SCIIncluding:1.027)  

[17]Zhang Xueqing, Liang Jun,Zhang Li，Yu Ocean，Han Xueshan，Zhang Feng，Zhang Xi. The method of charging scheduling in a regional power grid electric vehicle in the area and the landscape power supply.，2013，28（2):28-35

[18]  Li Jiansheng, Liang Jun, 贠 Zhihao.  Probability analysis method based on the progressive change of electrical information evaluation equipment[j].Journal of Electrician Technology,  2013, 28 (10): 355-363.

[19]  Li Xiaoming, Liang Jun, Wang Kui.  New Magnetic Control Character Flow Limited[j]. Electric automation equipment, 2013, 33 (6): 42-46.

[20]  Wang Chengfu, Liang Jun, Sun Hongbin.  Wind power field hybrid powerless power compensation system and its control strategy research. Journal of Motor and Control, 2013, 17 (5): 38-44.

[21]  Zhang Xueqing, Liang Jun, Zhang Xi.  Super short -term wind power combination prediction model based on sample entropy and extreme learning machine[j]. Journal of China Electrical Engineering. 2013, 33(25）: 33-40.

[22]  Zhang Feng, Liang Jun, Zhang Li, etc..  Considering the optimization method of energy storage capacity optimization method of wind farm capacity in the state of the best output and loading state[j]. Electricity System Automation, 2014, 38 (24): 12-19.

[23]Li Jiansheng,  Liang Jun, Zhang Li, etc.. Electrical device status change detection based on port model[j]. High voltage technology,  2014, 40（2):540-547

[24]  Lu Xiaolu, Liang Jun, 贠 Zhihao, etc..  The probability distribution characteristics of the vertical time of the wind field forces[j]. Electric automation equipment, 2014, 34 (5): 40-45.

[25]  Zhang Feng, Zhang Xu, Liang Jun, etc..  Optimization control strategy of energy storage system based on variable transmission progress and expected energy storage system[j]. Electricity System Automation, 2014,38 (15): 30-36.

[27]  Li Naiyong, Liang Jun, Li Lei, etc..  Schedule of the grid fault diagnosis system based on the discharge of the wide area fault recording wave information[j]. Electricity System Automation,2014,38 (16): 100-104.

[28]  Zhang Xu, Liang Jun, 贠 Zhihao, etc..  Considering the broad load modeling and application of wind power access[j]. Electricity System Automation, 2014,38 (20): 61-67.

[29] dong  xiaoming, wang Chengfu，liang 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)

[30] 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)

[31]Wang Mingda,  Liang Jun, Wang Guangzhu, etc..  Based on a single starMMCNew typeStatcomand its control strategy[j].  Electricity System Automation. 2015, 39 (18): 108 -113

[32]  Niu Rui, Liang Jun, 贠 Zhihao, etc..  Mixed -connected line -based single -end rolling distance based on the fault distance interval[j]. Grid Technology,  2015,39 (1): 156-163.

[33]  Li Zhengmao, Zhang Feng, Liang Jun.  Micro grid operation optimization of the electric heating combined system[j]. Journal of China Electrical Engineering, 2015, 35（14）:  3571-3576

[34] 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  Transform and Hurst Analysis,"Appl. Energy, Vol. 159, PP 51-61, 2015.

undertaking scientific research projects and obtaining rewards:

undertaking project：

[1] National Natural Science Foundation，The theoretical research of the power system regulation of the grid aggregation of the grid of the grid，Project leader，2012-2015.

[2] Shandong Natural Science Foundation,The theoretical research of coordinated control between intermittent power and regional power grids,Project leader,  2011-2013.

[3] Shandong Natural Science Foundation,Study on the failure detection and precise positioning of transmission lines based on the wide area synchronous measurement，Project leader，2008-2010.

[4]Study on grid planning and evaluation technology based on wind power probability characteristics，Shandong Electric Power Group Corporation Technology Project，2013-2017

[5] 500KVOnline monitoring and intelligent analysis，Shandong Electric Power Group Corporation Technology Project，2013-2017

[6]UHV DC online monitoring system，State Grid Corporation of Science and Technology Project，

[7]Stable analysis of Shandong Power Grid under the DC Interconnection Method，Shandong Electric Power Group Corporation Technology Project，

[8]Coordinated System Study on Electric Vehicle Charging and Playing and Power Power Generation，Shandong Electric Power Group Corporation Technology Project，

Hosted other national power grid companies、More than 20 items of scientific m88 live casino gamesm88 sports bettingand technological projects of the provincial power grid company。

Get award：

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

[2]"Electric Power System Dynamic Data Collection and Treatment System" Shandong Province Science and Technology Progress Second Prize，2003, Liang Jun (first place)

[3]"Distributed Electric Energy Quality in Comprehensive Testing and Management System" Shandong Province Science and Technology Progress Second Prize，2004, Liang Jun (first place)

[4]"Portable microcomputer power recording wave detection device" in Shandong Province science and technology progress third prize，2007, Liang Jun (first place)

Contact information:

liangjun@sdu.edu.cn