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Personal Information:

Zhang Yibin, from Jinan, Shandong.

Academic identity:

Professor，Doctoral supervisor，Dr. Munich Workers in Germany、Her after Bo、Guest professor，"High -level Overseas Talents"，Shandong University "Outstanding Middle -aged Scholars"，Jinan Innovation Leader Talent;IET FELLOW，IEEE Senior Member，Associate Editor of ieee Trans. Ind. Electron. (18-21)，Associate Editor of IEEE Trans. Power Electron.，Power Association Inverter Power Supply and Power Transmission Special Committee、Youth Working Committee、Traffic Electrification Special Committee、Electrician theory and new technology、Youth Working Committee of the Power Society (Executive) Member，IEEE Electric Electronics and Electric Transmission System Model Forecast Control Conference Program Committee Chairman（2019）、Chairman of the Conference (2021)。

Work experience：

2016-2017：University of Munich, Germany,Research Fellow、Group Leader

2017-Today: Shandong University, professor, overseas contact professor

2018-Today: Munich University of Technology, guest professor

Research direction:

Forecast of control and data drivers in the application of new energy variables clusters and high -power power drive systems:

①New Energy (Ocean Wind Power、Wave energy、Smart Micro Network) and large -scale energy storage (battery and hydrogen energyPCS），

②high -power electric drive and sea industry equipment,

③Smart operation and maintenance of new energy and electric drive.

Representative academic publication:

[1] z. Zhang, h. XU, m. Xue, z. Chen, t. Sun, r. Kennel, C. Hackl, & Quot; Predictive Control with Novel Virtual-Flux Estimation for Back-Back Power Converters & Quot;, IEEE Transactions on Industrial Electronics, 2015.

[2] z. Zhang, f. WANG, t. Sun, j. Rodr & IACute; Guez and R. Kennel, & Quot; FPGA-BASED Experimental Investigation of a Quasi-Centralized Model Predrol for Back-Back Converters & Quot;, IEEE Transactions on Power Electronics, 2016

[3] z. Zhang, C. Hackl, r. Kennel, "Computationally Efficient DMPC for Three-Level NPC Back-Back Converters in Wind Turbine Systems with PMSG", IEEE Transactions on Power Electronics, 2016.

[4] Z. zhang, h. Fang, f. Gao, j. Rodriguez, r. Kennel, "Multiple Vector Model Predictive Power Control for Grid-Tied Wind Turbine System with Enhanced Steady Strol Performances",IEEE Transactions M88 Online Live Casinoon Industrial Electronics, 2017.

[5] z. Zhang, f. WANG, j. Wang, j. Rodriguez, r. Kennel, "Nonlinear Direct Control for Three-Level NPC Back-Back Converter PMSG Wind Turbine Systems: Experimental Assessment with FPGA", IEEE Transactions on Industrial Informatics, 2017.

[6] z. Zhang, z li, m. Kazmierkowski, j. Rodriguez, r. Kennel, "Robust Predictive Control of Three-Level NPC BACK-TO-BACK POWER Converter PMSG WIND TURBINE SYSTEMS WITH Revatures", IEEE Transactions on Power Electronics, 2018.

[7] z. Zhang, o. Babayomi, t. DragiceVic, R. Heydari, c. Garcia, j. Rodriguez, r. Kennel, "Advances and Opportunities in the Model Predictive Control of Microgrids: Part I— Primary Layer",International Journal of Electrical Power & Energy Systems, 2021.

[8] Y. Li, z. Zhang, t. Dragičević, j. Rodriguez, "A Unified Distributed Coopetive Control of DC Microgrids USINGRIDSUSUSUS Protocol", IEEE TRANSACTIONS on Smart Grid, 2021.

[9] o. babayomi, z. Zhang, t. DragiceVic, R. Heydari, c. Garcia, j. Rodriguez, r. Kennel, "Advances and Opportunities in the Model Predictive Control of Microgrids: Part II — Secondary and Tertial Layers",International Journal of Electrical Power & Energy Systems, 2021.

[10] c. ma, h. Li, x. Yao, z. Zhang, f. De belie, "An Improved Model-Free Predictive Current Control with Advanced Gradient Updating Mechanisism",IEEE Transactions on Industrial Electronics, 2021.

[11] y. Li, z. Zhang, c. HU, m. Abdelrahem, r. Kennel, j. Rodriguez, "A Full State-Variable Direct Predictive Control for Islanded Microgrids with Parallel Converters", IEEE JOURNAL of Emerging and Selected Topics in Power Electronics, 2021.

Scientific research project:

[1] Prediction control of high -power new energy variables and electric drive systems，The "High -level Overseas Talent" project for the Central Organization Department，19-23Host.

[2] High -power wind power variable stream -level connecting high -efficiency model prediction control，National Natural Science Foundation on Face，20-23Host.

[3] Shandong University "Qilu Young Scholars" construction project，School Talent Plan，17-22Host.

[4] high powerMaritime Drives permanent magnet synchronous wind power variables and control key technologies，Shandong Province Major Science and Technology Innovation Project，19-21，Host。

[5] Permanent Magnet Synchronous Wind Power Power Power Flash Power Contest and its prediction control strategy research，Shandong Natural Science Fund，19-21, host.

[6] Permanent Magnet Synchronous Motor Four Elephant Drive System High -reliable model prediction control，Jiangsu Province Natural Science Foundation，19-21Host.

[7] New Energy grid -connected variable cluster and intelligent control key theory and technology，Shenzhen Basic Research Noodles Project，21-23Host.

[8] "Smart Energy and m88 sports bettinghigh -power energy transformation" M88 Online Live Casinojoint center，Shanda International Cooperation Fund，20-24，Host.

[9] High -pressure grid -grid SVG and energy storage PCS performance improvement key technology development，Enterprise commission，21-24，Host.

[10] Petroleum mining long -distance frequency conversion drive technology research，Enterprise commission，20-21，Main research.

Contact information:

zbz@sdu.edu.cn；zhenbin.zhang@tum.de；0531-8839 2002