Empowering the Future Grid: Innovation, Quality, and Talent in New-Type Power Systems
Empowering the Future Grid: Innovation, Quality, and Talent in New-Type Power Systems
Time: 14:00 - 18:00, April 25th, 2207 Teaching Building, Xinglongshan Campus, Shandong University
The Jinan Chapter of IEEE PES will host the PES Day 2025 Academic Forum in Jinan, Shandong on April 25, 2025. During the forum, a special forum of the IEEE PCCC WIP Women in Power Committee will be held, with the theme "Empowering the Future Grid: Innovation, Quality, and Talent in New-Type Power Systems".
This special forum is guided by the PES China Chapters Council (PCCC) of IEEE PES, jointly hosted by the Women in Power China (WIP China) of IEEE PCCC, the Hangzhou Chapter of IEEE PES, and the Jinan Chapter of IEEE PES, and organized by Shandong University. The forum aims to provide an open and diverse platform for female engineers, researchers, young scholars, and students, especially women aspiring to engage in the power and energy fields, to communicate and cooperate. The event will be held offline, and we sincerely invite all guests to participate. Please refer to the poster for the specific agenda.
Guidance：IEEE PCCC
Sponsor: IEEE PCCC WIP
IEEE PES Jinan Chapter
IEEE PES Hangzhou Chapter
Organizer：Shandong University
Date and Time
Location
Hosts
Registration
- Date: 25 Apr 2025
- Time: 12:00 AM UTC to 04:00 AM UTC
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- Xinglongshan Campus, Shandong University
- Room Number:Room 2207,
- JINAN, Shandong
- China 250002
- Building: Teaching Building
- Contact Event Host
- Co-sponsored by IEEE PCCC Women in Power (WIP)；Shandong University
- Starts 24 April 2025 02:41 AM UTC
- Ends 24 April 2025 04:02 PM UTC
- No Admission Charge
Speakers
Professorate Senior Engineer PHD Supervisor Shanshan Wang of China Electric Power Research Institute Co.
Flexible DC Transmission and Networking Technologies
Flexible DC power transmission and networking, core for energy transition and grid development, face challenges in evolving to complex DC grids.
This report covers key aspects like principles, equipment, modeling, control, and applications. It focuses on using innovation to boost system stability, flexibility, and resilience for a future - proof power system.
Biography:
Shanshan Wang has focused on the research of key technology of new type power system for a long time. As a core member, she has participated in the planning, design and operation of Asia's first VSC-HVDC project, the world's first VSC-based grid project, and the Hybrid Cascaded UHV DC project, as well as serving as a member of the working group of IEC TC115/TC122 and AESIEAP (Association of the Electricity Supply Industry of East Asia and Western Pacific). She has been responsible for over 20 scientific and engineering research projects of VSC-HVDC, authorized near 60 invention patents, written 7 international/national standards, co-published 2 books, and published more than 50 academic papers.
Address:China Electric Power Research Institute Co., , BEIJING, Beijing, China, 100192
Yan Zhang of Shandong Electric Power Research Institute
Exploration and Practice of Power Quality Management in the New-Type Power Systems
Under the context of the new power system, power quality management faces numerous challenges. The report introduces the new characteristics of power quality issues in recent years and their impact on high-quality power supply and consumption, and analyzes the complexity of addressing power quality issues within “Cyber-Physical-Social-System”. Combined with production practice, the report introduces the exploration and practices of power quality management with systematic thinking
Biography:
Zhang Yan, a Senior Engineer and the director of the power quality technology department of Shandong Electric Power Research Institute. His main work is technical research, application and standard formulation in the field of power quality analysis and control. In recent years, he has undertaken 8 provincial and ministerial level scientific and technological projects, formulated 13 industry, group, and enterprise standards, authorized more than 10 invention patents, published more than 20 SCI/EI indexed papers, and received more than 10 provincial, ministerial, and municipal level scientific and technological achievement awards.
Email:
Address:Shandong Electric Power Research Institute, , JINAN, Shandong, China, 200063
Guoteng Wang of Zhejiang University
Dynamic Energy Balance Mechanism of Power Systems Dominated by Power Electronic Devices
With the widespread integration of renewable energy, energy storage, and HVDC systems into power grids, the traditional dynamic energy balance mechanism, primarily reliant on synchronous machines, is undergoing profound changes. In the future, the large-scale deployment of power electronic devices will enable them to independently handle energy imbalances caused by system disturbances. This shift will drive the transition of dynamic energy balancing from being dominated by primary frequency regulation of synchronous generators to a new mechanism centered on the fast power response of power electronic devices. Against this backdrop, this report conducts an in-depth analysis of the impact of different power response strategies of power electronic devices on system frequency characteristics. A novel power balancing control strategy is proposed, in which power electronic devices act as the main agents of dynamic energy balancing. By fully leveraging their rapid power response capabilities, the method enables efficient and stable dynamic energy balancing within the response timescale of power electronic devices.
Biography:
Guoteng Wang, ZJU100 Young Professor, College of Electrical Engineering, Zhejiang University. His research focuses on the HVDC technologies and stability analysis of AC/DC power systems. In recent years, he has led projects funded by the NSFC, and participated in key NSFC joint fund programs and sub-projects of national science and technology major projects. He has been selected for the China Association for Science and Technology (CAST) Young Talents Support Project and the National Postdoctoral Fellowship Program. As the first author, he has published over ten SCI-indexed papers in prestigious journals such as IEEE Transactions. He serves as a youth editorial board member of the international journals Clean Energy Science and Technology (CEST) and Energy Conversion and Economics (ECE), and as a guest editor for Electronics. He has received the Third Prize of the China Electric Power Science and Technology Progress Award.
Email:
Address:Zhejiang University, , HANGZHOU, Zhejiang, China, 310058
Division Director Li Wang of State Grid of China Technology College Branch
Twenty Years From the School of Electrical Engineering of Shandong University to the State Grid—Experience Sharing for Y
Reflecting on my experiences, the power grid industry represents a crucial integration of technology and responsibility. Personal growth stems from accumulated experience combined with seizing opportunities, and the foundational electrical engineering education from Shandong University provided us with a lifelong sense of confidence. In line with this, perspectives on the current talent needs within the power sector will also shared. Six core areas required by the work in the State Grid Technical College Branch : new employee training, technical and skills development for personnel, research, demonstration, and promotion of technological innovations, vocational education, skill level evaluations, and the operation of the State Grid Academy. Thinking about academic and career planning, the structured and targeted curriculum of the Electrical Engineering program at Shandong University instilled in us not only knowledge but also the enduring spirit of "lifelong learning and striving for excellence," which continues to guide our paths.
Biography:
Wang Li, division director, the core member of the national university Huang Danian teacher team, a national famous teacher of ideological and political teaching, top ten teaching experts, scientific and technological backbones, outstanding Communist Party members, outstanding teachers, and silver lecturers of Shandong Electric Power College, and led the office to win the "Advanced Collective of Central Enterprises" in 2024. As the head coach, the team has won the second prize of the 2020 National Vocational College Teaching Ability Competition and the first prize of the Shandong Provincial Teaching Ability Competition. As the main person in charge, she organized the declaration of the course “Electric Power Cable”, which was awarded as the National Course Civics Demonstration Course. She participated in the construction of a national teaching resource library: the professional teaching resource library of power system automation technology. As the main creator, she participated in 2 provincial education reform projects and 3 party building projects. Among them, as the main participant, she won 1 special prize for teaching achievements of the Electric Power Industry Steering Committee and 1 second prize of Shandong Provincial Teaching Achievement Award (vocational education).
Email:
Address:State Grid of China Technology College Branch, , JINAN, Shandong, China, 250002
Yanhua Liu of Shandong University
Research on Advanced Control and Fault Diagnosis Methods for Offshore Energy Systems
With the rapid development of offshore wind and wave energy technologies, marine energy systems face dual challenges of dynamic stability and operational safety. This report focuses on core problems such as the load amplification on the main structure of floating wind turbines (FWTs) caused by random oscillations, and the conflict between resonant efficiency and motion safety in wave energy converters (WECs). To address these issues, a "mechanism-data hybrid-driven" intelligent control framework is proposed. This framework employs advanced hybrid modeling techniques, overcoming the limitations of traditional models to accurately capture nonlinear dynamics and quantify key uncertainties. It develops prediction-free, robust, and adaptive intelligent control strategies to effectively balance multiple objectives and constraints, including efficiency, loads, and safety. Furthermore, it integrates uncertainty quantification, robustness verification, and fault-tolerant mechanisms to ensure reliable operation under extreme or fault conditions. The research outcomes provide a systematic solution for the synergistic optimal control problem of renewable energy equipment in complex marine environments, achieving the goal of "precise modeling - intelligent optimization - robust control - safety assurance".
Biography:
Yanhua Liu, assistant researcher, master's supervisor, supported by the Shandong University Future Young Scholars Program. Her research focuses on the high-reliability optimization and intelligent operation & maintenance of offshore energy systems (including floating wind turbines and wave energy). In recent years, she has led 1 National Youth Fund project, 1 Guangdong General Program, and 1 Ministry of Education Industry-University Collaboration Project, while serving as a key participant in 1 National Key R&D Program and 1 National General Program. Her academic contributions include over 20 SCI/EI-indexed publications and 5 patents. She was awarded the First Prize in Shandong University Young Faculty Teaching Competition, among other honors.
Email:
Address:Shandong University, , JINAN, Shandong, China, 250014
Qingyan Wang of State Grid Shandong Electric Extrahigh Voltage Company
Contributing to Power Grid Development While Embracing Individual Growth in the New Era
With the continuous expansion of the power grid and the increasing number of talents in the power industry, how to choose their careers as future college students of the country is particularly crucial. This report will interpret the work of power grid from the perspective of a college graduate, so that students can understand the work of UHV power grid and provide some guidance for their future career planning.
Biography:
Wang Qingyan, graduated from Shandong University with a master's degree in 2021, and now is working in State Grid Shandong Electric Extrahigh Voltage Company, engaged in power transmission related work. Proficient in live-line transmission line operation technology and familiar with transmission line inspection technology using unmanned aerial vehicles, the first 95s generation in the province to enter and exit ultra-high voltage electric fields for operations.
Email:
Address:State Grid Shandong Electric Extrahigh Voltage Company, , JINAN, Shandong, China, 250001
Shanmeng Qin of Shandong Liaocheng Power Supply Company
Work Experience Sharing of Municipal Power Supply Companies
The State Grid Corporation of China is a popular employment direction for electrical engineering students. This report shares the organizational structure of SGCC, real work experience, work content of different positions, and career development paths of municipal power supply companies. It provides a reference for students who have not yet been exposed to the work of the SGCC. It can provide the direction of job selection and skill preparation, and break the vague perception of SGCC.
Biography:
Shanmeng Qin, engineer, master's degree. She graduated from Shandong University in 2021 and is now working in Shandong Liaocheng Power Supply Company. From August 2021 to August 2022, she has been engaged in substation operation and maintenance. From August 2022 to August 2024, she has been engaged in substation monitoring, and since August 2024, she has been engaged in power engineering management related work in Liaocheng Huachang Industrial Co., Ltd.
Email:
Address:Shandong Liaocheng Power Supply Company, , LIAOCHENG, Shandong, China, 252000
Yahui Li of Shandong University
Key Technologies for Harmonic Evaluation and Suppression Aiming at the High-quality Power Supply Requirements of New Dis
With the construction of new-type distribution systems and the continuous development of power electronics technology, a large number of power electronic converters such as new energy sources and flexible loads are connected to the grid. This has led to the strong coupling characteristics of harmonics in the power distribution and utilization systems, and the related problems have become increasingly prominent. Clarifying the influence of multi-frequency coupled harmonics and formulating targeted suppression measures are of great significance for ensuring high-quality power supply in new-type distribution systems. This report will introduce the coupling harmonic modeling, impact assessment, and active suppression methods of heterogeneous converters in view of the multi-frequency coupling characteristics of power electronic devices. It will also provide an outlook on future research, offering theoretical support for promoting the high-quality development of new-type distribution systems.
Biography:
Li Yahui, a postdoctoral with special funding at Shandong University, IEEE Member. His research interests include harmonic modeling and analysis of new power system. In recent years, he has published more than 20 papers indexed by SCI/EI and authorized 17 invention patents. He has presided 2 provincial and ministerial-level projects, and won second prize in scientific and technological progress in Shandong Province.
Email:
Address:Shandong University, , JINAN, Shandong, China, 250014
Agenda
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Agenda |
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14:00-14:05 |
Welcome Address by the Chair of IEEE PCCC WIP |
Ying Huang Zhejiang University |
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14:05-14:15 |
Report by the Secretary of IEEE PCCC WIP |
Yuanyuan Sun Shandong University |
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14:15-14:35 |
Flexible DC Transmission and Networking Technologies |
Shanshan Wang China Electric Power Research Institute Co. |
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14:35-14:55 |
Exploration and Practice of Power Quality Management in the New-Type Power Systems |
Yan Zhang Shandong Electric Power Research Institute |
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14:55-15:15 |
Dynamic Energy Balance Mechanism of Power Systems Dominated by Power Electronic Devices |
Guoteng Wang Zhejiang University |
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15:15-15:35
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Twenty Years From the School of Electrical Engineering of Shandong University to the State Grid—Experience Sharing for Young Professionals |
Li Wang State Grid of China Technology College Branch |
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Break & Photo (15 Min) |
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15:50-16:10 |
Research on Advanced Control and Fault Diagnosis Methods for Offshore Energy Systems |
Yanhua Liu Shandong University |
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16:10-16:35 |
Contributing to Power Grid Development While Embracing Individual Growth in the New Era |
Qingyan Wang State Grid Shandong Electric Extrahigh Voltage Company |
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16:35-16:55 |
Work Experience Sharing of Municipal Power Supply Companies |
Shanmeng Qin Shandong Liaocheng Power Supply Company |
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16:55-17:15 |
Key Technologies for Harmonic Evaluation and Suppression Aiming at the High-quality Power Supply Requirements of New Distribution System |
Yahui Li Shandong University |
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17:15-18:00 |
Q&A |
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