【IEEEWIEBLS2022】女性科学家与电力系统可持续发展论坛嘉宾揭晓

IEEE电气电子工程师学会 2022-09-22 17:11

会议介绍

IEEE WIE北京国际女工程师领导力峰会（ IEEE WIE BLS 2022）将于2022年9月23-24日在北京举办，大会由IEEE WIE北京分会，IEEE中国代表处、北京女科技工作者协会主办，IEEE中国联合会、IEEE PCCC女工程师委员会、CSIG女科技工作者委员会、CCF女计算机工作者委员会联合协办。

本届峰会以“多样、包容、打破边界”为主题，旨在挖掘女性成为领导的行为技巧和内在潜质，打破因性别偏见、缺乏支持、自我认知和自身壁垒等因素的制约，推动女性领导力的发展，增强女性自信心，组织构建有力的联盟和合作关系，助力于女性领导力量的崛起。

此次大会共设有9场主旨报告，6大特色论坛，涵盖了科技创新、元宇芯片设计、电力系统、人工智能、遥感等多领域，汇聚了国内外的专家学者、年轻领袖以及各行各业的精英代表，共同探讨新时代下不同领域中的发展潮流，为大家带来一场精彩的视觉盛宴。

注册参会

会议时间

2022年09月23日--09月24日

会议地点

线上+线下

报名方式

https://evt.miting.net.cn/evt/p/event/110307

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更多会议相关信息，请浏览会议官网

官网链接

https://r10.ieee.org/beijing-wie/ieee-wie-bls-2022/

论坛信息

论坛时间

2022年09月24日上午 11：00-12：30

论坛主题

女性科学家与电力系统可持续发展

参与方式

嘉宾信息

论坛主持人

季天瑶

华南理工大学教授

IEEE PCCC 女工程师委员会会员服务组组长

个人简介：

季天瑶于2003年在西安交通大学获得信息工程专业工学学士学位贺英语专业文学学士学位，于2006年在西安交通大学获得信息与通信工程工学硕士学位，于2009年在英国利物浦大学获得电气工程与电子专业博士学位。2010至2011年在利物浦大学担任副研究员，2012年回国加入华南理工大学大学，担任副教授后晋升为教授。先后主持国家级项目2项、省部级项目4项，是广东省引进创新团队核心成员、IEEE高级会员、《CSEE Journal of Power and Energy Systems》青年编委。共发表和录用SCI收录论文75篇、EI收录论文100余篇。主要研究方向为电力系统信号与信息处理，包括数学形态学、Walsh变换、局部预测、深度学习等。

Tianyao Ji received a B.Eng. degree in Information Engineering in 2003, a B.A. degree in English in 2003, and an M.Sc. degree in Information and Communication Engineering in 2006 from Xi’an Jiaotong University, Xi’an, China. In 2009 she obtained the Ph.D. degree in Electrical Engineering and Electronics from University of Liverpool, Liverpool, U.K., and from 2010 to 2011 she worked as a research associate in University of Liverpool. Since 2012 she has worked at School of Electric Power Engineering, South China University of Technology as an associate professor and then a professor. She is the PI of 2 NSFC projects and 4 provincial level projects, one of the core members of Guangdong Innovative and Entrepreneuring Research Team Program, IEEE senior member, associate editor of CSEE Journal of Power and Energy Systems. She has authored and co-authored 75 SCI-indexed research papers and over 100 EI-indexed papers. Her research interests focus on signal and information processing and its application in power systems, including mathematical morphology, Walsh transform, local prediction, deep learning, etc.

论坛嘉宾

刘崇茹

华北电力大学教授

个人简介

华北电力大学电气与电子工程学院教授，博士生导师，教务处处长。长期从事交直流输电系统仿真与分析工作，成果荣获省部级科研奖励7项，个人荣获“电力行业-正泰科技奖”、北京市科技新星等科技成就奖，入选教育部新世纪优秀人才。荣获北京市青年教学名师奖。担任CIGRE C4委员会（系统特性委员会）国家委员、IEEE高级会员，CSEE Journal of Power and Energy Systems青年编委及副编辑。北京电机工程学会常务理事、科普与教育工作委员会主任委员，中国电工技术学会理事，全国电力系统管理及其信息交换标准化技术委员会委员，中国电机工程学会电力系统自动化专业委员会委员，首都女教授协会理事。

Professor of School of electrical and electronic engineering, North China Electric Power University, director of Academic Affairs Office. Her research interest focus on the simulation and analysis of AC/DC transmission system, and she achievements have won 7 provincial and ministerial scientific research awards. She has won the "power industry - Zhengtai science and Technology Award", Beijing Science and technology new star and other scientific and technological achievement awards, and was selected as the New Century Excellent Talents of the Ministry of education. Won the Beijing young teaching teacher award. She served as a national member of CIGRE C4 Committee (system characteristics Committee), a senior member of IEEE, a young editorial board member and deputy editor of CSEE Journal of power and energy systems. Executive director of Beijing Institute of electrical engineering, chairman of the science popularization and Education Committee, director of China Institute of electrical technology, member of the National Technical Committee for power system management and information exchange standardization, member of the professional committee of power system automation of China Institute of electrical engineering, and director of the capital women professors Association.

报告题目：柔性直流输电系统仿真与控制

Simulation and Control of MMC-HVDC System

报告摘要:

模块化多电平换流器（MMC）输出谐波含量少、扩展性强，已成为柔性直流输电的首选拓扑。由于MMC具有高阶、高频开关特性，使其建模仿真和控制器设计面临巨大挑战。针对以上问题，本团队基于离线电磁暂态仿真平台PSCAD/EMTDC建立了MMC通用仿真元件库，包括MMC多种拓扑结构的阀模型及控制器模型，为工程问题研究提供有效工具。基于此，在实时电磁暂态仿真平台RTDS中建立了MMC桥臂故障仿真模型，能够模拟子模块内部故障和桥臂相间短路故障等故障类型，并基于FPGA自主研发了包括MMC阀模型和MMC控制器在内的MMC全系统电磁暂态实时仿真器，为工程问题研究提供高效手段。本报告介绍了团队在柔性直流输电系统的仿真与控制方面的研究进展，分享了自己在成长过程中的心路历程。

Modular multilevel converter (MMC) has become the preferred topology for flexible DC transmission due to its low output harmonic and high scalability. The high-order and high-frequency switching characteristics of MMC bring its modeling, simulation and controller design great challenges. In view of the above problems, our team has established a general MMC simulation component library based on the off-line electromagnetic transient simulation platform PSCAD/EMTDC, including the valve model with various topologies and controller model, which provides a tool for engineering problem research of MMC-HVDC. Based on this, our team has established the arm fault simulation model of MMC in the real-time electromagnetic transient simulation platform RTDS, which can simulate fault types such as internal faults of sub-module, inter phase short-circuit faults of arms, and so on. In addition, we independently developed the electromagnetic transient real-time simulator of the holonomic system of MMC based on FPGA, including MMC valve model and MMC controller, which provides an effective means for engineering problem research. This speech introduces the research progress of our team in the simulation and control of MMC-HVDC transmission system, and shares our own experience in the growth process.

曾君

华南理工大学教授

个人简介：

曾君，2007年7月毕业于华南理工大学控制理论与控制工程专业，获博士学位。2007年9月进入华南理工大学电力学院新能源研究中心进行博士后工作研究，2010年6月留校任教至今，主要致力于可再生能源发电系统、微电网中先进控制理论与电力电子技术的研究，尤其在分布式能源的能量管理、优化与控制以及电力电子功率变换方面进行了一系列研究工作。近年来先后主持了国家自然科学基金面上项目、国家自然科学基金青年基金、广东省自然科学基金、广东省省部产学研项目、广州市科技攻关计划项目以及中国博士后科学基金特别资助项目等多项国家省部级项目，参与了国家自然科学基金重点项目和国家863计划等多项国家省部级重大项目。近五年，在国内外高水平学术期刊发表论文50余篇，获得授权发明专利12项。目前是中国自动化学会智能分布式能源专业委员会委员、IEEE PES能源发展与发电技术委员会（中国）碳中和与污染物减排技术分委会常务理事和广东省能源研究会理事。

Jun Zeng received her Ph.D. degree in control theory and control engineering from the South China University of Technology, Guangzhou, China in 2007. She is a professor in the Electric Power College of the South China University of Technology, Guangzhou, China. Her current research interests include power electronics applications, energy management and intelligence control in distributed generation and integration of renewable energy to smart grid.

报告题目：我和新能源有个约会

My Engagement with New Energy

报告摘要:

（1）介绍开展新能源相关研究的缘起，怀念我的导师吴捷；（2）介绍团队近期在新能源相关领域所作的科学研究工作；（3）如何在科研工作者、教师、母亲、妻子、女儿多重角色中保持平衡。

(1) Introduce how start the renewable energy research. cherish the memory of My supervisor, Professor Wu Jie. (2) The brief summary of our recent work that has been done in renewable energy. (3) Balance of multiple roles, scientific research workers (teachers), mothers, wives and daughters.

邓韦斯

中国南方电网电力调度控制中心主任

个人简介：

邓韦斯，博士，电气工程专业，从事新能源功率预测，新型储能、虚拟电厂调控技术，电力系统调度运行等业务。国际学术组织CIGRE NGN委员、第七届中国电机工程学会青年托举人才。近年来主持南网新型电力系统挂帅项目1项，参与国家重点研发计划1项，南网“灯塔项目”1项。

Weisi Deng obtained a Ph.D. degree in Electrical Engineering. She is mainly engaged in renewable energy prediction, new energy storage, virtual power plant control, power system dispatching and operation, etc. She is a committee member of CIGRE NGN and one of CSEE Science & Technology Award for Young and Middle-aged Talents. She has undertaken several research projects, including a new power system command project of China Southern Grid, a project of national key research and development program, and a beacon project of China Southern Grid.

报告题目：中国南方电网可再生能源的可观性、可测性和可控性：现状和改进

Observability, Measurability, Controllability of Renewable Energy in CSG：STATUS and IMPROVEMENTS

报告摘要:

围绕南方电网在新型电力系统建设中开展新能源调度运行管理提升工作的实践和探索，基于当前南方电网新能源调度运行的管理现状，提出未来新能源调度运行管理提升的方向及若干建议。

In order to improve the dispatching, operation and management of renewable energy, China Southern Grid has practiced exploration. In this speech, based on the current management status of renewable energy dispatching and operation of China Southern Grid, the direction and some suggestions are proposed for further improving the dispatching, operation and management of renewable energy.

廖惠连

谢菲尔德哈莱姆大学资深讲师

个人简介：

廖惠连博士目前是谢菲尔德哈勒姆大学（SHU）的高级讲师，从事电力/能源相关的创新性研究。她还就项目提供咨询，帮助业内合作伙伴解决当前和未来电网在管理和运营上面临的关键问题。她于2011年在利物浦大学获得博士学位。在华南理工大学电力学院任教一年后，她加入了曼彻斯特大学电能与电力系统组，担任研究助理。廖博士作为研究员在许多具有国际知名度的欧盟和行业资助项目中拥有良好的业绩记录。她为由“创新英国”项目和欧盟项目（MIGRATE、SmartGrid 和 SuSTAINABLE）资助的ICURe项目开展了智能电网的创新研究，所提出的解决方案已被业内合作伙伴成功地用于缓解电网中的关键电能质量问题。她发表了48篇学术论文，被引用超过500次。

Dr. Liao is currently a Senior Lecturer at Sheffield Hallam University (SHU), carrying out innovative power/energy related research. She also consults on projects, helping industrial partners resolve critical grid management and operation issues faced by current and future power networks. She received her PhD degree in 2011 at the University of Liverpool. After one year of lectureship at School of Electric Power, South China University of Technology, she joined the Electrical Energy and Power Systems Group at The University of Manchester as Research Associate. Dr. Liao has a robust track record as a researcher on a number of European and industry funded projects with an international profile. She carried out innovative research on smart grids for ICURe project funded by Innovate UK and European projects (MIGRATE, SmartGrid and SuSTAINABLE). Her proposed solutions were successfully used by industrial partners to mitigate critical power quality issues in the power grids. She has published 48 research articles with over 500 citations.

报告题目：当前和未来电力系统面临的挑战和新机遇——灵活性的最优协调

Challenges and new opportunities in current and future power systems – optimal coordination of flexibilities

报告摘要:

为了实现2050年净零排放的世界气候新目标，电动汽车（EV）、电动热泵等大量电力负荷将被接入电网。同时，传统的化石燃料发电正被更绿色的可再生能源发电所取代。可再生能源发电的间歇性以及负荷曲线的变化给电网带来了巨大压力，导致了各种网络约束问题的出现，包括：电压越限和输电阻塞等。另一方面，上述变化也为电网的发展和演变带来了机遇。可再生能源发电、电动汽车入网、电池和可控负荷等，各种灵活性能源对于电网来说，正变得越来越可用。这些灵活性资源是电力电子接口元件，因此具有较高的可控性。由于其灵活性和丰富性，它们在解决约束管理问题和保障电网运行方面具有很大的潜力。本次讲座将介绍如何利用灵活性来应对当前和未来电网面临的上述挑战。

In accordance with the world's new climate ambition to reach Net Zero emissions by 2050, a significant increase in electricity-based loads including electric vehicles (EV) and electric heat pumps will be integrated in the power networks. At the same time, traditional fossil fuel generation is being replaced with greener renewable energy generation. The intermittent nature of renewable electricity generation combined with the changes to load profiles are putting enormous stress on power grids, resulting in the occurrence of various network constraint issues including: voltage violation and power transfer congestion etc. On the other hand, the aforementioned changes also bring opportunities for power network development and evolution. Many flexibility resources (renewable energy generation, EVs-to-Grids, batteries, and controllable loads) are becoming available to the network. These flexibility resources are power electronic interfaced components and thus have high controllability. Being flexible and abundant, they have great potential to be used for tackling constraint management issues and grid operation. This presentation will introduce how flexibilities can be used to address the aforementioned challenges faced by current and future power networks.

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