The 5th Power Systems and Green Energy Conference 2025 (PSGEC 2025) will be held in Hong Kong from August 20 to 23, 2025. It is jointly hosted by Shanghai Jiao Tong University and City University of Hong Kong, co-organized by IEEE Hong Kong Section and Shanghai University of Electric Power, supported by the Professional Committee on Mathematical Twin of Integrated Energy Systems of the Simulation Society, Sichuan University, South China University of Technology, North China Electric Power University, Chongqing University, Southeast University, Shandong University, the Journal Center of China Electric Power Research Institute, Qingluan Technology (Chengdu) Co., Ltd., and Shanghai Peko Technology Co., Ltd., sponsored by the journal Energy Storage and Applications, and provided with media support by journals and organizations such as Electric power, Proceedings of the CSEE, Automation of Electric Power Systems, Power System Protection and Control, New Power System, Power System Technology, High Voltage Engineering, Electric Power Automation Equipment, Global Energy Interconnection, Journal of Electrical Engineering and Technology, Electric Power Information and Communication Technology, Electric Machines & Control Application, Power Construction, Southern Energy Construction, Inner Mongolia Electric Power, CSEE Journal of Power and Energy Systems (CSEE JPES), Journal of Modern Power Systems and Clean Energy, Protection and Control of Modern Power Systems, High Voltage, Global Energy Interconnection, Cyber-Physical Energy Systems, Energy Conversion and Economics (English Edition), Polaris Power Network, AR Electric Official Account, and Smart Power and Energy Security (English Edition).
We warmly welcome authors in related fields to submit their new research or technical contributions to PSGEC 2025 and share valuable experiences with scientists and students from all over the world.
Special Topic Information
Special Session 1: Strategies for Enhancing the Resilience of Power Systems against Extreme Events
In the face of increasingly unpredictable climates and more frequent extreme weather events, ensuring the resilience of power systems has become a top concern for utilities, governments, and researchers. Power system resilience refers to the ability of the power grid to withstand, adapt to, and rapidly recover from disruptive events, minimizing the impact on power supply and maintaining critical services. This special session covers different comprehensive resilience - enhancing strategies to address the challenges of extreme events.
Themes for Call for Papers
Fault modeling and fault propagation mechanisms under extreme events;
Resilience assessment of new power systems;
Power system planning for extreme events;
Power system operation under extreme events;
Optimal restoration of power systems after extreme events;
Applications of artificial intelligence for improving power system resilience
Special Session 2: Power Markets with High Shares of Clean Energy and Energy Storage
Power markets can optimize the allocation of resources in the power sector at different time scales. Countries have developed their own market structures and mechanisms. However, most power markets are designed for power systems dominated by fossil fuels. With the increase in clean energy (such as hydropower, wind power, solar power) and energy storage (such as pumped - storage hydroelectricity, electrochemical energy storage), the existing market designs may not be able to integrate renewable energy and ensure power load. Therefore, it is necessary to study the topic of power markets with high shares of clean energy and energy storage.
Themes for Call for Papers
Long - term markets for clean energy and energy storage
Day - ahead and real - time markets with high shares of clean energy
Modeling of hydropower, wind power, solar power or energy storage in power markets
Design of ancillary service markets
Pricing of clean energy and energy storage
Market design with a high share of clean energy
Coordination of different markets
Power market simulation
Market behavior analysis
Efficient markets for clean technologies
Special Session 3: Control and Optimization of New Power Systems
Against the backdrop of the global acceleration of energy transition, the theme of this conference focuses on research and practical applications related to new power systems. The conference will conduct in - depth discussions around innovative control technologies that can properly address the power fluctuations caused by the large - scale integration of renewable energy. Despite the intermittent and unstable nature of renewable energy generation, advanced control and optimization strategies can comprehensively ensure the stable and reliable operation of new power systems. This conference will not only lay the foundation for building a cleaner, more efficient and reliable power ecosystem, but also create a vibrant environment for knowledge exchange and innovation.
Themes for Call for Papers
Variable renewable energy forecasting
Economic dispatch optimization
Control strategies for different energy storage technologies
Control and optimization of integrated energy systems
Aggregation and optimization of virtual power plants
Energy management of integrated energy systems and virtual power plants
Co - modeling and optimization of power transmission and carbon emissions
Special Session 4: Smart Energy-Smart Transportation Coupling under the "Dual Carbon" Goal
Driven by the global low - carbon vision, the rapid penetration of electric vehicles/hydrogen - fuel vehicles and the extensive deployment of energy refueling stations will greatly deepen the interdependence between the energy system and the transportation system, promoting the formation of the integrated energy - transportation system (IETS). At the same time, the development of smart transportation systems has brought many emerging concepts, such as vehicle sharing and autonomous driving, which will profoundly reshape the IETS dominated by manual driving. In addition, the development of technologies such as power - to - hydrogen and integrated photovoltaic - energy storage charging stations has also greatly enriched the connotation of the energy field. The above - mentioned changes urgently require the development of advanced modeling and simulation technologies, and also open up new research directions in the field of IETS.
Themes for Call for Papers
Modeling and simulation technologies for IETS
Low - carbon operation and planning of IETS
Mechanism design for flexibility exploration in IETS
Collaborative analysis of smart transportation systems and smart energy systems
Resilience enhancement and vulnerability analysis of IETS
Cyber - physical analysis of IETS
Special Session 5: Intelligent Auxiliary Control for Electrified Transportation Systems
This special topic aims to explore the integrated application of artificial intelligence and advanced control theory in transportation electrification. As the world moves towards sustainable mobility, the complex energy management of transportation electrification requires more effective innovative solutions. This special topic is targeted at fundamental researchers, application engineers, and end - users, discussing how to use artificial intelligence technology to improve the control efficiency and reliability of electric vehicles, charging infrastructure, and integrated transportation networks.
Artificial intelligence can comprehensively empower transportation electrification, including power management and optimal distribution of electric vehicles, predictive control of advanced battery management systems, artificial - intelligence - driven solutions for electric vehicle fleet operations, coordination of intelligent charging infrastructure, and robust control of electric propulsion systems. This special topic welcomes research results covering both theoretical frameworks and practical applications, with particular attention to the theoretical and practical challenges faced during the transition to more electrified transportation systems.
Themes for Call for Papers
Application of deep learning technology in dynamic power distribution and energy management
Application of reinforcement learning in electric vehicle control systems
Artificial - intelligence - based fault detection and predictive maintenance
Intelligent charging strategies and vehicle - to - grid coordinated integration
Neural - network - based control of electric propulsion systems
Application of multi - agent systems in the coordination of electrified transportation networks
Hybrid artificial intelligence methods for improving system reliability and efficiency
Real - time optimization of electric vehicle performance and range
Artificial intelligence solutions for electric public transportation systems
Intelligent control strategies for electric aviation applications
Themes for Submitted Papers
Power System Operation and Planning
Power System Reliability
Power System Control and Protection
Digital Simulation Technology
Resilience Technology of New Power Systems
Power System Economics
High - Voltage Systems
Applications of Artificial Intelligence in Power Systems
Diagnosis and Condition Monitoring
Distributed Generation
Electric Machines and Transformers
Power Markets
Energy Storage, Fuel Cell Technologies and Trends
Vehicle - to - Grid (V2G)
Renewable Energy
Integrated Energy
High - Voltage Direct Current (HVDC) and Flexible AC Transmission Systems (FACTS) Devices
Industrial Automation and Control
Smart Grid and Demand Response Management
Power Electronics and Drives
Power Quality (PQ)
Search for Publications
All accepted and presented papers that meet the scope and quality requirements of IEEE Xplore will be submitted to IEEE Xplore (ISBN: 979-8-3315-3774-6) for review and inclusion. After publication, the publishing house will submit them to institutions such as Engineering Village, Scopus, and Web of Science for review and retrieval.
Outstanding and expanded articles will be recommended to the international journal Energy Storage and Applications (ISSN: 3042-4011). Journal link: https://www.mdpi.com/journal/esa
Submission Information
01 Important Dates
Full-text Submission Deadline: April 20th, 2025
Notification of Acceptance Date: May 20th, 2025
Registration Deadline: June 20th, 2025
02 Submission Method
Submission Link: https://cmt3.research.microsoft.com/PSGEC2025
03 Submission Guidelines
Manuscripts must be written in English.
Both the abstract and the full-text manuscript should be typeset according to the template standards, and the templates can be downloaded from the official website.
Plagiarism, copying, and multiple submissions of the same manuscript are prohibited.
The manuscript should possess certain innovation, scientific research value, and application value.
04 Other Ways to Participate
Presenter: If you only want to attend the conference and give a presentation without publishing a paper, you just need to submit the abstract to the conference organizing committee. After the review, we will inform you of the result. The presentations with successful registration will be included in the conference schedule. Those who are interested please send the abstract to the conference email: psgec@vip.163.com.
Audience: The audience who have successfully registered can attend all the parallel sessions of the conference.
Reviewer: We sincerely welcome relevant experts to participate in the peer review.
