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Liu Hongshun from Qingdao, Shandong,1981New Year's Eve.

Academic identity:

Associate Professor，Master's mentor，Senior member of the Chinese Electrical Engineering Society/Deputy Director of High Voltage and Electrician Materials Specialist Committee/IEEE MEMBER

Work experience:

2014/1-So far，Shandong University，engaged in high voltage and insulation technology teaching and scientific research;

2010/7-2013/12，Jinan Military Region，engaged in weapons and equipment electrification and information technology teaching and scientific research;

2009/3-2010/3, BritainStrathclydeUniversity, Department of Electronics and Electrical Engineering, jointly cultivating doctoral students;

2004/9-2010/6, Shandong University, School of Electrical Engineering, Shuo Bo Lian Reading/Doctor of Engineering;

2000/9-2004/6, Shandong University, School of Electrical Engineering, Undergraduate/Bachelor of Engineering.

Research direction:

Diagnosis of electrical equipment and big data analysis、Electromagnetic temporary analysis and suppression、Arc discharge theory and its applications (high -voltage potential arc supply arcs and switch arcs, etc.) and electromagnetic compatibility technology of electrical equipment。

Academic works:

[1] liu hongshun, xue zhitong, Li Simeng, Li Qingquan, He dongxin, sun ying, yang jingjing. The Development Characteristics of Partial Discharge in Paperboard Depression Under Composite AC-DC Voltage [J]. IEEE Transactions on Plasma Science, 2020, 48 (11): 3781-3790. （SCIPublished on the second district)

[2] liu hongshun, xue zhitong, Li Simeng, Li Qingquan, He dongxin, XIA TIAN, Guo Jian. Characteristics of Partial Discharge in Oil-Paper Insulated Needle Place Electrode Model Under Composite Ac-DC Voltage [J]. CSee Journal of Power and Energy Systems, 2020, 6 (4): 848-857. （SCIPublished on the second district)

[3] liu hongshun, Guo Jian, He dongxin, et al. Multi-Variable Dependent Forecast Algorithm for Predicting Secondary Arc [J]. CSee Journal of Power and Energy Systems, 2020, 6 (02): 469-478. （SCIPublished on the second district)

[4]*hongshun liu; runchang li; dongxin he; jianchun wei; qingquan li, & Quot; Experimental Study of Multiple-Reignition Features of Secondary Arcs on EHV/UHV Transmission line,& Quot; In IEEE TRANSACTIONS on Industrial Electronics, VOL.66, No.4, pp. 3247-3255, 2019（SCIPublished in the first district)

[5] hongshun liu; tian xia; *dongxin he; mingming han;  qingquan li; yubing duan, "The Influice of VFTO on SCSR WINDINGINGI m88 live casino gamesWITH m88 sports bettingAn EQUIVALENT PeEC Model,"In International Journal of Electrical Power and Energy Systems, Vol. 110, PP. 283-292, 2019. （SCIPublished on the second district)

[6] liu hongshun; chen Taiyu; *sun qiuqin; han mingming; li qingquan; shew wah. Hoon, "Characteristics of Very Fast Transient Currents in Ultra High-Voltage Power System with Hybrid Reactive Power Compensation" in International " NAL of Electrical Power and Energy Systems, Vol. 103, PP. 587-592, 2018. （SCIPublished on the second district)

[7] Hongshun liu; jingjing yang; *liang ji; zhen Wang; zhenning huang; xiaoshuai yang; jiangtao wang., & Quot; Influice of Hybrid Reactive Power Compensation on the Secondary Arc OF Ultra-High-Voltage Transmission line,& Quot; in IEEEEACCESS, Vol. 6, PP. 38115-38123, 2018. （SCIPublished on the second district)

[8] *liu hongshun; Wang zhen; yang jingjing; li bin; ren ang, "Circuit Breaker Rate-OF-Rise Recovery Voltage in Ultra-High Voltage Lines with Hybrid Reactive Power Compensation,"in Energies, Vol. 11, NO. 1, PP. 100-113, 2018. （SCIPublished in the third district)

[9] Runchang li; *hongshun liu; jie lou; zhen Wang; bin li; liang ji, & Quot; Influore of Ultra-High-Voltage Hybrid Reactive Power Compensation on the International ULTS,& quot; in IET Generation, Transmission & Distribution, Vol. 11, NO. 5, PP. 1258-1264, 2017. （SCIPublished in the third district)

[10] dongxin he; xiaran Wang; *hongshun liu; qingquan li; gilbert teys & egrave;, & Quot; Space Charge Behavior in XLPE Cable Insulation Under AC Stress and ITS Relation to Thermo-Electrical Aging,& Quot; In IEEE TRANSACTIONS on DIELECTRICS and Electrical Insulation, Vol. 25, NO. 2, PP. 541-550, 2018. （SCIPublished in the third district)

[11] ren ang; *liu hongshun; wei jianchun; li Qingquan, "Natural Contamination and Surface Flashover on Silicone Rubber Surface Under Haze-Fog Environment" in Energies, Vol. 10, no. 10, PP. 1580-1593, 2017. （SCIPublished in the third district)

[12] *Liu Hongshun,Lu Tingting,Han Mingming,Li Bin,Crown,Li Qingquan. UHV hybrid mixed power compensation empty -load line gates over voltage frequency characteristics[j]. Grid Technology, 2015, 39 (07): 1970-1976. （eiPosted)

[13] *Liu Hongshun,Lu Tingting,Han Mingming,Zou Liang,Zhang Li,Li Qingquan. The effects of series resonant fault restrictions on the open -load line crossing voltage[j]. High voltage technology,2015,41 (10): 3392-3399.（eiPosted)

[14] Li Runchang, *Liu Hongshun,Lou Jie,Sun Qiuqin,Ma Xin,Li Qingmin. UHV non -compensation line Submarine arc electrical features and arc pillars[j]. High voltage technology,2018,44 (04): 1359-1366. （eiPosted)

[15] Summer,*Liu Hongshun,Li Runchang,Sun Qiuqin,Li Qingmin,Cong Haozhen. Subtracts arc simulation experimental image edge detection and morphological feature analysis[j]. China Electrical Engineering Journal, 2019, 39 (3): 923-932.（eiPosted)

[16] Han Mingming,Li Qingquan, *Liu Hongshun,Li Bin,Lu Tingting,King. UHV hybrid mixed power compensation line ground failure features[j]. Automation of power system,2016,40 (12): 158-164.

[17] Li Qingquan,Li Bin, *Liu Hongshun,Han Mingming,Yang Zhen. ​​UHV hybrid mixed power compensation Router breakfire[j]. High voltage technology,2017,43 (12): 4096-4102. （eiPosted)

[18] Taiyu chen; *hongshun liu; dongyang hu; xinghua liu; tianxi xu; xiaoshuai yang; liang ji, & Quot; Shell Circulating Current and Transient Groupial Rise in 220 KV GIS,& Quot; in the Journal of Engineering, Vol. 2017, no. 13, PP. 2555-2558, 2017. （eiPosted)

[19] wang jun; *liu hongshun; niu kaicheng; wu zemin, "Investigation of the Influence of Direct Current Bias on Transformer Vibration" in International Journal of Electric Power Systems, Vol. 19, NO. 3, 2018. （eiPosted)

[20] Yang Jingjing; *Liu Hongshun; He Dongxin; Liu Xinghua; Yang Chao; Li Qingquan, Effects of UHV hybrid compensation on the characteristics of single -phase ground fault opening characteristics[j]. Journal of Electrical Engineering, 2019, 39 (23): 7083-7092. （eiPosted)

[21] Han Mingming,Li Qingquan,Liu Hongshun,Crown,Zhao Li,Li Bin. UHV hybrid mixed power compensation power station Netet fast temporary volatility frequency[j]. Grid Technology,2015,39 (12): 3353-3359. （eiPosted)

[22] huaishuo xiao; jianchun wei; hongshun liu; qingquan li; yalin shi; tongqiao zhang, & Quot; Identification Method for Power System Low-Frequency OsCillations Based on Improved VMD and Teager,& quot; in IET Generation, Transmission & Distribution, Vol. 11, NO. 16, PP. 4096-4103, 9 11 2017. （SCIPublished in the third district)

[23] Qiuqin Sun; zhibin xiao; Hongshun liu; qingmin li; feng wang, & Quot; A Study on the Transient of Secondary Arc Current of UHV Transmission Lines,& Quot; in IEEEEACCESS, Vol. 6, PP. 38616-38626, 2018. （SCIPublished in the third district)

[24] Han Mingming,Li Qingquan,Liu Hongshun,Yang Luming. Gas Insulation Power Station's parentline structure parameters to temporary overvoltage of the shell affect the analysis[j]. Journal of Electrician Technology, 2015, 30 (22): 239-246. （eiPosted)

[25] Li Simeng, Li Qingquan, Liu Hongshun, Yao Junyan, Zhao Yongzhi, Han Kejun. DC composite voltage of the radar spectrum diagram under the oil paper needle board model bureau release stage recognition[j]. China Electrical Engineering Journal, 2018, 38 (19): 5897-5908.（eiPosted)

[26] Li Simeng, Li Qingquan, Liu Hongshun, Siwen, Schiyalin, Zhang Tongqiao. Positive polar DC voltage Under the oil paper insulation needle board electrode bureau's pulse waveform characteristics and bureau's engine mechanism [j]. China Electrical Engineering Journal, 2018, 38 (20): 6173-6187.（eiPosted)

m88 sports bettingmonograph:

[1] Electric power system economy -type faultstacting technology[m]. Li Qingmin, Lou Jie, Zhang Li, Liu Hongshun, Zou Liang. Beijing: Machinery Industry Press,2011.

[2] Submarine arc physical characteristics and suppression technology[m]. Li Qingmin, Sun Qiuqin, Zhang Li, Liu Hongshun, Cong Haozhen. Beijing: Science Press,2018.

Authorized patent:

[1]Liu Hongshun;Li Qingquan;Han Mingming;Lu Tingting;Zhao Tong;Zou Liang;Li Bin.Hybrid non -contribution compensation for substation in the substation of the fast temporary state vapor frequency characteristic analysis method[p].Chinese invention patent: ZL201510489812.1, 2017/6/16.

[2]Liu Hongshun;Han Mingming;Li Bin;Li Qingquan;Li Qingmin;Lou Jie;Sun Qiuqin. Dive the arc characteristics prediction method for dive the arc characteristics for the multi -variable action of single -phase heavy gates[p].Chinese invention patent: ZL201610322702.0, 2018/7/10.

[3]Liu Hongshun;Xue Zhitong;Li Simeng;Li Qingquan;Wang Xiaolong;He Dongxin.Compound voltage under the needle board oil gap local discharge modeling and analysis method[p]. Chinese invention patent: ZL201810796963.5, 2019/10/11.

[4]Wang Xiaolong;Liu Hongshun;Li Qingquan;Zhang Shiliang;Duan Yubing.Public discharge detection device with accurate positioning[p]. China Practical New Patent: ZL201910074193.8, 2019/09/20.

[5]Li Hang;Sun Baicong;Wang Jiaming;Liu Hongshun;Chen Taiyu.Tail gas purification device and application based on the principle of high -voltage static dust removal principle[p]. China Practical New Patent: ZL201720627207.0, 2017/06/01.

Scientific research project:

Host main scientific research project status:

1. Electric-Hot-Mechanical multi -physical field coupling under the action of changing transformer oil paper insulation and degradation mechanisms，National Natural Science Foundation Smart Grid Union Fund Tobes[U1966209]（2020.1-2023.12）

2. UHV hybrid mixing non -contribution compensation mechanism for the characteristics of single -phase ground failure and potential arc characteristics，National Natural Science Foundation Youth Fund Project[51507095]（2016.1-2018.12）

3. Under high pressure hybrid compensation, low -frequency oscillations on the impact mechanism of low -frequency oscillation on single -phase fault electromagnetic state，Shandong Province Outstanding Middle -aged and Middle -aged Scientists Reward Fund[BS2015NJ011]（2016.1-2017.12）

4. Ultra -high -voltage substation Second system anti -interference key technical theoretical research，Southern Power Grid Company Science and Technology Project Subtotes (2019.9-2021.9）

5. Big data -based analysis220KVDynamic assessment and prediction of the state of the deformation m88 com live casino registerM88 games apkstation equipment，State Grid Shandong Electric Power Company Science and Technology Project (2018.1-2019.12）

6. GISResearch on the Ring of the Shell Ring and the Power Power，State Grid Shandong Electric Power Company Science and Technology Project (2017.1-2018.12）

7. Research on the Overvoltage Insulation Cooperation Plan of the Lightning Factory for Power Plant，Shandong Electric Power Engineering Consulting Institute (2016.1-2017.12）

8. China Post -Doctoral Science Fund on the project[2015m572032]（2016.1-2017.12）

9. Basic Business Fee Project (2014.1-2016.12）

The main scientific research project involved:

1. Maritime Fan Lightning Morning Arc Injection Damage Mechanism and high -frequency raw electromagnetic effect，National Natural Science Foundation on Face[51677110]（2017.1-2020.12）

2. Electric vehicle drive system and battery efficient charging integrated hybrid topology optimization and control，National Natural Science Foundation on Face[51577109]（2016.1-2019.12）

3. Multi -physical field change transformer insulation and deterioration mechanism and status assessment technology research，National Grid Corporation Headquarters Science and Technology Project (2020.1-2021.12）

Contact information:

lHs@sdu.edu.cn