暑期不停学！东南大学电气工程学院第一届线上国际暑期学校暨“卓越引智”系列学术论坛火热启动！

发布者：王文佳发布时间：2020-07-09浏览次数：2512

东南大学电气工程学院第一届国际暑期学校项目

暨“卓越引智”系列学术论坛介绍

Introduction of SEU EE International Summer School Program

& “EE Excellences and Talents” Seminars

项目主题

Theme

电力系统智能装备与先进控制

Intelligent equipment and advanced control of power system

项目概述

Overview

本项目是由东南大学电气工程学院组织，面向全球大学生提供丰富的暑期线上课程，结合电气工程知名专家系列讲座切实推动电气专业本科/研究生教育改革与发展，营造大学生创新氛围，使学生能更好地了解本学科国际前沿的学术方向和研究动态，开阔学术视野，拓宽科研思路，提高学术素养，强化学生创新意识与创业精神，全面提高电气工程专业大学生的创新能力和培养质量。

课程内容由学术讲座、理论授课两大板块组成；国内外专家与东大电气学院教师将会为学员提供指导。本项目理论授课共计40学时，可替代专业培养计划中的实习实践类课程。本校学生参加讲座将获得相应的SRTP学分。

This program is organized by School of Electrical Engineering, Southeast University. It is designed for international students all over the world to provide plentiful summer online courses. Combined with the lectures given by the well-known experts in electrical engineering, the International Summer School aims to promote education reform and development for undergraduate or graduate students, which can create an innovative atmosphere for college students. In this way, the graduate students can better understand the field of international cutting-edge academic and research advances, broaden academic horizons, broaden scientific research ideas, improve academic literacy, strengthen the awareness of innovation and entrepreneurship, as well as improve the innovation ability and training quality of students.
The course content is composed of three parts: 1) theory teaching; 2) extracurricular research lectures; 3) experiment practice. Foreign experts and teachers of the School of Electrical Engineering, Southeast University will provide professional guidance for the students; the implementation duration of this project is 4 weeks, with a total of 40 class hours. It is suggested that it can replace the practical courses in the professional training plan. Moreover, extra SRTP credits can be earned for participating in the above mentioned lectures.

日程安排

Schedule

1）学术报告

Academic Seminar

A.“卓越引智”第1期青年云沙龙（召集人：胡秦然）

沙龙日程安排（7月8日星期三）

主题	讲座嘉宾	报告题目
现代能源系统新技术之我见	史文博 (哈佛大学)	实时电网碳智能
	崔翰韬 (田纳西大学)	基于符号数学和数值计算的电力系统动态建模与仿真
	陈新宇（华中科技大学）	高比例可再生能源转型：路径、挑战与机遇
	张璇（清华大学）	基于数据驱动快速集群的第二生命锂离子电池研究
	李知艺（浙江大学）	弯管分解在智能配电系统优化运行中的作用
	陈胜（河海大学）	低碳综合能源系统的市场化运营
	张洪财（澳门大学）	数据驱动的规模化分布式灵活资源利用
	王睿驰（南京师范大学）	电力电子变流器的功率/数据双重调制技术

Topic	Presenters	Title
Recent developments of modern energy systems	Wenbo Shi (Harvard University)	Real-time Grid Carbon Intelligence
	Hantao Cui (University of Tennessee)	Dynamic modeling and simulation of power system based on symbolic mathematics and numerical calculation
	Xinyu Chen （Huazhong University of Science and Technology）	High Proportion renewable energy transformation: path, challenge and opportunity
	Xuan Zhang （Tsing Hua University）	Data-driven Fast Clustering of Second-life Lithium-ion Batteries
	Zhiyi Li （Zhejiang University）	Role of Benders Decomposition in Optimal Operation of Smart Distribution Systems
	Sheng Chen （Hohai University）	Market-based operation of low-carbon integrated energy systems
	Hongcai Zhang （Macao University）	Data-driven large-scale distributed flexible resource utilization
	Ruichi Wang （Nanjing Normal University）	Dual power/data modulation technique for power electronic converters

B.“卓越引智”第2期青年云沙龙（召集人：仲林林）

沙龙日程安排（7月12日星期日）

主题	讲座嘉宾	报告题目
计算高电压与计算等离子体	张权治（大连理工大学）	大气压流注放电的二维 PIC/MCC模拟
	刘岳（德国勃兰登堡工业大学与鲁尔波鸿大学）	大气压氦氧混合射流的混合模型模拟
	朱益飞（空军工程大学）	面向流动与燃烧控制的低温等离子体数值计算
	肖淞（武汉大学）	C4F7N混合环保绝缘气体特性、检测与维护仿真实验研究
	孙昊（西安交通大学）	开关电弧的数值模拟
	李科杰（合肥工业大学）	避雷针尖端雷电感应场下表面最大场强的半解析估计方法

Topic	Presenters	Title
Computational High Voltage Engineering and Computational Plasma Engineering	Quanzhi Zhang （Dalian University of Technology）	Two-dimensional PIC/MCC simulation of atmospheric pressure streamer discharge
	Yue Liu （Brandenburg University of Technology and Ruerbochum University）	Mixing model simulation of helium-oxygen mixed jet under atmospheric pressure
	Yifei Zhu （Air Force Engineering University）	Numerical calculation of low temperature plasma for flow and combustion control
	Song Xiao （Wuhan University）	Simulation and Experimentation on the characteristics, detection and maintenance of C4F7N mixed environmental insulation gas
	Hao Sun （Xi’an Jiaotong University）	Numerical simulation of switching arc
	Kejie Li （Hefei University of Technology）	Semi-analytical method for estimating the maximum field intensity on the lower surface of lightning induction field at the tip of lightning rod

C.“卓越引智”第3期青年云沙龙（召集人：邹志翔）

沙龙日程安排（7月19日星期日）

主题	讲座嘉宾	报告题目
先进电力电子技术在电网中的应用	杨永恒（奥尔堡大学）	电力电子及其在电网友好型光伏系统中的作用
	顾春阳（宁波诺丁汉大学）	基于固态变压器的多电飞机多端口电源转换系统
	Giovanni De Carne （卡尔斯鲁厄理工学院）	卡尔斯鲁厄理工学院的大功率在环测试系统简介及经验
	Chandan Kumar （印度理工学院）	基于智能变压器的环形及混合型配电网
	陈俊儒（都柏林大学学院）	智能变压器对电网电压频率支持

Topic	Presenters	Title
Advanced power electronics technologies and their grid applications	Prof. Yongheng Yang （Aalborg University）	Power Electronics and Its Role in Grid-Friendly Photovoltaic Systems
	Prof. Chunyang Gu （University of Nottingham Ningbo China）	A Multi-port Power Conversion System (MPCS) for the More Electric Aircraft (MEA) based on Solid State Transformer (SST)
	Dr. Giovanni De Carne （Karlsruhe Institute of Technology）	Power Hardware In the Loop infrastructure and experience at the Karlsruhe Institute of Technology
	Prof. Chandan Kumar （Indian Institute of Technology）	Smart Transformer Enabled Meshed and Hybrid Distribution Grid
	Dr. Junru Chen （University College Dublin）	Smart Transformer on The Provision of Voltage and Frequency Support

2）理论授课

Theory Lectures

课程安排

时间：2020.8.31-2020.9.27

Time: 2020.8.31-2020.9.27

课程	校内联系老师	校外老师	职称	单位	学时
MATLAB应用与实践(研讨)	徐炜/蔡海维	Joyce Lee / Dakai Hu	高级工程师	Mathworks	8
电机实习	徐炜	Wenbo Liu	高级工程师	Ford	4
	雷家兴	P. Wheeler	教授	英国诺丁汉大学	6
	彭飞	Jianning Dong	助理教授	荷兰代尔夫特理工大学	6
电力系统综合课程设计(研讨)	王逸飞	Zuyi Li	教授	伊利诺伊理工学院	4
	王逸飞	Lei Wu	副教授	斯蒂文斯理工学院	4
	王逸飞	Junbo Zhao	副教授	密西西比州立大学	4
	雷家兴	Chunyang Gu	助理教授	英国诺丁汉大学(宁波)	4

Courses	Contact	Lecturers	Title	Affiliations	Class hours
Application and Practice of MATLAB (Seminar)	Wei Xu /Haiwei Cai	Joyce Lee / Dakai Hu	Senior Engineer	Mathworks	8
Electrical Machine: Practice and Applications	Wei Xu	Wenbo Liu	Senior Engineer	Ford	4
	Jiaxing Lei	P. Wheeler	Professor（IET Fellow）	University of Nottingham	6
	Fei Peng	Jianning Dong	Assistant Professor	Delft University of Technology	6
Curriculum Design of Power System (Seminar)	Yifei Wang	Zuyi Li	Professor	Illinois Institute of Technology	4
	Yifei Wang	Lei Wu	Associate Professor	Stevens Institute of Technology	4
	Yifei Wang	Junbo Zhao	Associate Professor	Mississippi State University	4
	Jiaxing Lei	Chunyang Gu	Assistant Professor	University of Nottingham (Ningbo)	4

课程信息

Lecturers and Course Information：

MATLAB应用与实践 (研讨)

Application and Practice of MATLAB (Seminar)

MathWorks Webinar @ Southeast University

（美国MathWorks公司特邀在线课程）

Courses	Agenda
Introduction to MathWorks Tools	Dakai Hu, Sep. 2nd 9:00 – 10:00 am
MATLAB Live Editor – A Brand New Way of Coding in MATLAB	Dakai Hu, Sep. 4th 9:00 – 10:00 am
Developing and Implementing Digital Motor Control Using MATLAB/Simulink	Shang-Chuan Lee, Sep 10th，8:00 – 9:00 pm
Introduction to Motor Control Blockset	Dakai Hu, Sep 15th, 9:00 – 10:00 am
Power electronics and motor control prototyping with Simulink Real-Time	Shang-Chuan Lee, Sep 22nd,8:00 – 9:00 pm

Dakai Hu

Dakai Hu joined MathWorks as a senior application engineer in 2015. He supports automotive engineers in North America with focus mainly on electric drive systems and model-based design. Before joining MathWorks, Dr. Hu earned his Ph.D in electrical engineering from The Ohio State University, in 2014. Dr. Hu also worked as a senior control algorithm design engineer at Emerson Network Power from 2014-2015 prior to MathWorks.

Shang-Chuan Lee

Shang-Chuan Lee is a senior application engineer working at MathWorks. She received her PhD in mechanical engineering from the University of Wisconsin-Madison (WEMPEC). Her specialty is control of power electronics and motor drives in industrial automation applications. Prior to joining MathWorks, her graduate study focus was on real-time simulation and testing of motor control applications using Simulink Real-Time and Speedgoat target hardware.

电机实习（时间待定）

Electrical Machine: Practice and Applications

Courses	Presenters
Overview of electric machine, and power electronics for traction applications	Dr. Wenbo Liu (Ford)
Transportation Electrification	Prof. Pat Wheeler (the University of Nottingham)
Renewable Energy from Wind and Ocean	Dr. Jianning Dong (Delft University of Technology)


Dr. Wenbo Liu	Wenbo Liu (S’ 14) received the B.S. in Electrical and Electronics Engineering from Xi’an Jiaotong University in 2012, and the Ph.D. degree in Electrical Engineering from University of Wisconsin-Madison in 2019. He is now a research engineer with Ford Research and Advance Engineering. Dr. Liu's research interests including electrical machine design and control for high power density applications.

Prof. Pat Wheeler	Prof Pat Wheeler received his BEng [Hons] degree in 1990 from the University of Bristol, UK. He received his PhD degree in Electrical Engineering for his work on Matrix Converters from the University of Bristol, UK in 1994. In 1993 he moved to the University of Nottingham and worked as a research assistant in the Department of Electrical and Electronic Engineering. In 1996 he became a Lecturer in the Power Electronics, Machines and Control Group at the University of Nottingham, UK. Since January 2008 he has been a Full Professor in the same research group. He is currently the Global Director of the Institute of Aerospace Technology for the University of Nottingham and the Li Dak Sum Chair Professor of Electrical and Aerospace Engineering at the University of Nottingham, China. He is a member of the IEEE PELS Executive and AdCom as well as the Constitution and Bylaws Chair. He has published over 500 academic publications in leading international conferences and journals.

Dr. Jianning Dong	Jianning Dong (Member, IEEE) received the B.S. and Ph.D. degrees in electrical engineering from Southeast University, Nanjing, China, in 2010 and 2015, respectively. Since 2016, he has been an Assistant Professor with the Delft University of Technology (TU Delft), Delft, The Netherlands. Before joining TU Delft, he was a Postdoctoral Researcher with McMaster Automotive Resource Centre, McMaster University, Hamilton, ON, Canada. His main research interests are design, modeling and control of electromechanical systems.

电力系统综合课程设计(研讨) （时间待定）

Curriculum Design of Power System (Seminar)

Courses	Presenters
The Art of Visualization, Flexibility, and Uncertainty	Prof. Zuyi Li (Illinois Institute of Technology)
Electricity-Gas Interdependency for Enhancing Energy Sustainability and Security	Dr. Lei Wu (Stevens Institute of Technology)
Cyber-Physical Power System Dynamic State Estimation using Synchrophasor Measurements: Motivations, Tools, and Applications	Dr. Junbo Zhao (Mississippi State University)
A brief discussion about renewable energy systems (source, conversion and storage)	Dr. Chunyang Gu (the University of Nottingham Ningbo China)


Prof. Zuyi Li	Abstract: Load data are the heartbeat of electric power systems and the important basis for power system planning and operation. This talk discusses three load-related research works, including load visualization, customer directrix load, and uncertainty management. First, we present a new load visualization method “Load Photo” to visualize loads in power systems. A load photo is a 2-D pixel graphical representation of load. The idea of load photo is just like taking a photo for the load that clearly demonstrates the load’s behavior. Furthermore, a load photo could serve as an input to deep learning models for more advanced applications. Then, we present the concept of customer directrix load (CDL) and a novel CDL-based demand response (DR) scheme. CDL is the desired load profile for customers from the view of the entire demand response program. CDL is proposed to address the deficiencies of the current customer baseline load (CBL)-based DR schemes. Large-scale CDL-based DR can be a critical enabler to integrate significant renewable energy sources into power systems. The third topic is about a fundamental market-based mechanism for managing uncertainties caused by loads as well as high levels of RES. The key concept of the mechanism is to charge uncertainty sources and credit flexible resources based on Uncertainty Marginal Price (UMP), which represents the marginal cost of immunizing the next increment of uncertainty at a specific location. UMP provides important price signals for both the market operation and investment related to uncertainty and flexibility.
	Biography: Dr. Zuyi Li is currently a Professor in the Electrical and Computer Engineering Department at the Illinois Institute of Technology (IIT), and the Associate Director of the Robert W. Galvin Center for Electricity Innovation at IIT. His research interests include Electricity Markets, Secure and Economic Operation of Electric Power Systems, Design and Development of Microgrids, Smart Grid Cybersecurity, Electricity Internet of Things. He is the co-recipient of an innovation award for establishing the Illinois Institute of Technology as a global leader in microgrids, smart grid technology, and sustainable energy. He received the B.S. degree from Shanghai Jiao Tong University, Shanghai, China, in 1995, the M.S. degree from Tsinghua University, China in 1998, and the Ph.D. degree from Illinois Institute of Technology, Chicago, in 2002, all in electrical engineering.

Dr. Lei Wu	Abstract: Electricity grid and natural gas network are two essential infrastructure systems in the U.S. energy sector, which have been traditionally operated and controlled rather independently. In emerging power systems, smart grid technology has been playing an increasingly important role for enhancing energy reliability, sustainability, resiliency, and economics. Specifically, because of significant advantages over traditional coal-fired units, such as faster ramping capability to support a deeper penetration of renewable generation resources, combined-cycle gas turbines (CCGT) have been increasingly installed in recent decades and are becoming the major generation technology in today’s power system operations. Given the critical role of CCGTs as well as their tight dependence on the gas network, this talk will discuss several issues related to the interdependency of gas and electricity infrastructures for enhancing energy efficiency and security: (i) a hybrid CCGT model for day-ahead market clearing of system operators, which can accurately reflect their physical operation features and enhance their operation flexibilities in practice; (ii) a method to accurately identify and rank vulnerable components of interdependent natural gas-electricity systems by simultaneously considering topological and functional vulnerabilities; (iii) a co-optimization scheduling model of interdependent natural gas-electricity systems while considering heterogeneous uncertainties of the natural gas and electricity systems (e.g., power/gas loads, renewable energy, and random outages of assets) as well as physical limitations of electricity and gas networks. Additional and emerging technologies, such as dual-fuel generating units, power-to-gas (PtG), and integrated gas-electricity demand response, are also considered to enhance the secure and economic operation of interdependent natural gas-electricity systems and facilitate a deeper penetration of volatile renewable energy.
	Lei Wu is an Associate Professor at Stevens Institute of Technology, and before that was a Professor at Clarkson University. His current research involves optimization and statistical analysis applied to electric power system operations and electricity markets, the public policy and technical issues associated with electricity transmission and distribution under market restructuring, the economic implications of integration of renewables, and the co-optimization of critical interdependent infrastructures. He is the receipt of the NSF CAREER Award in 2013, the IBM Smarter Planet Faculty Innovation Award in 2011, and the 2020 Jess H. Davis Memorial Award for Research Excellence at Stevens. He has a demonstrated track record in completing research and development projects funded by agencies such as the DOE and NSF, including over $5M funds from DOE, NSF, New York State Energy Research and Development Authority (NYSERDA) focusing on the design and development of community microgrids and distributed renewable resource integration and over $2M funds from DOE focusing on augmenting operational flexibility of hydro resources.

Dr. Junbo Zhao	Junbo Zhao (M’18) received the Ph.D. degree from the Bradley Department of Electrical and Computer Engineering, Virginia Tech, Blacksburg, VA, USA, in 2018. He has been an Assistant Professor (Research) with Virginia Tech since 2018.He did the summer internship at Pacific Northwest National Laboratory from May to August, 2017. He is currently the Chair of IEEE Task Force on Power System Dynamic State and Parameter Estimation, the Secretary of the IEEE Working Group on State Estimation Algorithms and the IEEE Task Force on Synchrophasor Applications in Power System Operation and Control. He has written two book chapters, published more than 60 peer-reviewed journal and conference papers. He serves as the Associate Editor of International Journal of Electrical Power & Energy Systems and the subject editor of IET Generation, Transmission & Distribution. His research interests are power system real-time monitoring, operations and cyber security that include state estimation, dynamics and stability, cyber attacks and countermeasures, big data analytics and robust statistics with applications in the smart grid.

Dr. Chunyang Gu	Dr. Chunyang Gu, Assistant Professor in Power Electronics, Machines and Drives, Power Electronics, Machines and Control (PEMC) Research Group, the University of Nottingham Ningbo China. She received BSc degree from Harbin Institute of Technology, Harbin, China, in 2010, and PhD degree from Tsinghua University, Beijing, China, in 2015, both in electrical engineering. In 2015, she went to the University of Nottingham, UK, where she was a postdoc research fellow in Power Electronics, Machines and Control (PEMC) Research Group. Since 2017, she has been an Assistant Professor in Department of Electrical and Electronic Engineering and PEMC Research Group, University of Nottingham Ningbo China. Her research interests include power electronics for transportation electrification, renewable energy and grid applications, e.g. solid-state transformer, solid-state circuit breaker, multi-level converter topologies and control, application of wide-band-gap semiconductor devices, power electronics in EV, railway, marine and MEA. Her role of teaching and supervision includes undergraduate modules, and supervision of PhD & MSc students. She has more than 40 publications on journals and conference proceedings e.g. TIE and TPEL.