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Program-At-A-Glance

The 2026 IEEE Power & Energy Society International Meeting: Global Power and Energy Systems Resilience: Leveraging Collaborative Expertise (PESIM 2026) will be held on 18-21 January 2026 in Hong Kong, jointly organized by IEEE PES and the Research Centre for Grid Modernization at the Hong Kong Polytechnic University. The PESIM 2026 will be the premier annual power and energy engineering event outside North America. It will bring together leading PES members, executives, power and energy engineers, key academics, and engineering students worldwide. The PESIM 2026 will showcase cutting-edge research and practical solutions for power and electrical professionals.

Numerous parallel sessions will be conducted for various experts to share their opinions across five key areas: resilient grid infrastructure, modern power system operations, decarbonization strategies, digital transformation, and energy market policies. Keynote speakers are invited to address the critical issues facing the power and energy sectors worldwide and share their insights.

View Advance Program

SATURDAY, 17 JANUARY (Pre-Conference Activities)

WIP Session: REpower 2 – Revolutionize Sustainable Energy Future
5:30 PM – 7:00 PM | Hotel ICON

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SUNDAY, 18 JANUARY

CONCURRENT SESSIONS

Chair: Hong Chen (PJM Interconnection)

Panelists:

  • Babu Chalamala (University of Texas at Dallas)
    Talk Title: Emerging Energy Storage Technologies
  • Juan Corrado (Darcy Partners)
    Talk Title: Overview of Mechanical Energy Storage
  • John Prousalidis (National Technical University of Athens)
    Talk Title: Port Distribution Networks in Support of Alternate Generation and Storage Systems
  • Weitao Hao (Tsinghua University)
    Talk Title: Small Modular Nuclear Heating Reactor and Its Industrial Application
  • Minghui Li (RePower)
    Talk Title: The EV Battery Second Life: Powering Mobile Storage Vehicles
  • Ye Li (Southern University of Science and Technology)
    Talk Title: Prospective of Introducing Wave Energy into Offshore Wind
  • Zheyi Pei (State Grid Corporation of China)
    Talk Title: Power System Transition and Energy Storage
  • Changchun Liu (Institute of Engineering Thermophysicas, Chinese Academy of Sciences)
    Talk Title: Compressed Air Energy Storage in China

Abstract: This session will have speakers to talk about SMR, ocean energy, advanced energy storage technologies, etc. Speakers will be from industry, academia, different IEEE societies, as well as Satellite Technical Committees from China.

Tutorial Session 1: A Comprehensive Review of Consensus Algorithms in DC microgrids | PolyU, HJ303

Presenters:

  • Nirmal KC NAIR (The University of Auckland)
  • Tek Tjing LIE (Auckland University of Technology)
  • Zaid Al-Tameemi (Auckland University of Technology)

Abstract:

This tutorial comprehensively reviews recent studies on event-triggered and time-triggered control schemes for DC microgrids. Different types of event-triggered consensus algorithms (ETCs) are thoroughly discussed, including static, dynamic, edge-based, self triggered and hybrid algorithms. Considering the strengths and weaknesses of these algorithms, it is found that although ETCs can decrease communication burden in the system, they are also. susceptible to communication delays, Zeno behaviour, sensitivity to control parameters changes of triggering conditions, and inability to adapt to the fluctuating nature of renewable energy sources. Furthermore, implementation challenges, such as data packet loss, quantisation effects, actuator fault, and lack of cybersecurity measures, are investigated in this tutorial to give the participants a clear vision of the future trends in this field. Based on the main findings from the literature, this tutorial proposes some areas for future research, highlighting the need for event-triggered control schemes that work in discrete time, can handle delays, and adapt to varying operating conditions. Some other concepts, including adaptive triggering conditions of ETCs based on machine learning mechanisms, adoption of cybersecurity measures, and data-aware transmission approaches that consider both the frequency of communication and the total amount of data, are discussed.

Tutorial Session 2: AI-Driven Flexibility for Power System Decarbonization | PolyU, HJ304

Presenters:

Abstract:

The ongoing decarbonization of power systems is fundamentally reshaping system planning and operation due to increased penetration of renewable energy sources (RESs), alongside anticipated growth in electrification of transportation and heating sectors. To meet carbon budgets, the pace of deep decarbonization within deregulated power markets must significantly accelerate. However, this rapid transition introduces critical techno-economic challenges. Enhanced flexibility is required to effectively manage the intermittent and less controllable nature of RESs, which has led to widespread deployment of distributed energy resources (DERs). While beneficial, managing numerous small-scale DERs distributed throughout the power system also presents operational challenges. Additionally, privacy concerns arise from the extensive data exchanges inherent in decentralized power systems. In this context, this tutorial first provides an overview of various decarbonization strategies for power systems. Subsequently, it will delve deeper into three specific decarbonization approaches – peer-to-peer energy trading, electric vehicles, and microgrids – and discuss how advanced artificial intelligence (AI) techniques, particularly deep reinforcement learning, can effectively address these emerging challenges.

Tutorial Session 3: Frequency and Voltage Control with Grid-Forming Inverters and Coordinated Control Aspects | PolyU, HJ303

Presenters:

Abstract:

Power system frequency and voltage control are vital for maintaining power grid stability. With the large-scale integration of power electronic converter-interfaced sources into power grids (e.g., wind farms, solar-PV systems and battery energy storage systems), the conventional frequency and voltage control strategies are rapidly becoming inadequate due to reduced system inertia and strength. Therefore, new strategies should be deployed to maintain frequency and voltage within acceptable levels stipulated in grid codes/ rules, such as by employing grid-forming and grid-supporting inverters. This tutorial will cover the power system frequency and voltage control aspects in converter-interfaced renewable-rich power grids, including the modelling and controlling of grid-forming and grid-supporting inverters. Moreover, the tutorial will also shed light on coordinated control aspects of the grid-forming converters.

Tutorial Session 4: Evolving Tools for Stability and Protection in Multi-IBR Systems: Bridging Challenges and Modern Solutions | PolyU, HJ304

Presenters:

  • Ilhan Kocar (Polytechnique Montréal, Université de Montréal)

Abstract:

This 2-hour tutorial will address the stability and protection challenges of modern power systems with high penetration of inverter-based resources (IBRs) and increasingly complex loads. Using DIgSILENT PowerFactory, participants will explore key topics such as critical clearing time (CCT), relay coordination, power swing analysis, and out-of-step (OOS) protection, while identifying the limitations of traditional tools and protection elements, including distance relays, directional overcurrent relays, and power swing blocking (PSB) functions in IBR-dominated systems.

The session will focus on bridging the gap between stability and protection, where the two areas increasingly overlap due to the unique dynamics of IBRs, such as limited fault current contributions, fast control actions, and non-linear behavior. Participants will gain an understanding of new transient stability approaches, including impedance-based stability analysis (IBSA), and learn the differences between EMT-based frequency scans (time-domain simulations) and frequency sweeps (frequency-domain analysis) for stability studies.

Additionally, the tutorial will introduce next generation short-circuit analysis tools capable of addressing the nonlinear characteristics of IBRs and dynamic load behaviors, providing insights into how modern tools can solve these emerging challenges.

By the end of the session, participants will have an initiation to the modernization of simulation tools and gain a clear understanding of current trends in stability and protection studies, enabling them to analyze their systems more effectively and make better-informed decisions to ensure reliable and stable grid operation.

Tutorial Session 5: HVDC technology and HVDC systems | PolyU, HJ303

Presenters:

Abstract:

High Voltage Direct Current (HVDC) technology has seen a revival in the last decades, and is an increasingly chosen for the transmission of electric power. The revival has been driven by new technological developments with respect to power electronics (IGBT) realizing Voltage Source Converter (VSC) HVDC. The revival was equally driven by the changing system needs after liberalization, the massive deployment of renewable energy sources and new long distance bulk power requirements. The tutorial will present the VSC HVDC technology, its main operations and relevant applications including flexible HVDC transmission, large scale offshore deployment with HVDC links and DC grid for the backbone of future power systems

 

Tutorial Session 6: Fundamentals of Power System Resilience | PolyU, HJ304

Presenters:

  • Nikos Hatziargyriou (National Technical University of Athens)
  • Goran Strbac (Imperial College London)
  • Pierluigi Mancarella (University of Melbourne)
  • Rodrigo Moreno (University of Chile)
  • Mathaios Panteli (University of Cyprus)

Abstract:
The increasing frequency of high-impact, low-probability (HILP) events, such as extreme weather and natural disasters, has exposed the limitations of traditional reliability-centered planning and operation of power systems. In this context, this tutorial introduces the paradigm shift from reliability to resilience, emphasizing the need for modern grids to withstand, adapt to, and recover rapidly from disruptive events. We will first clarify the conceptual differences between reliability and resilience and present widely used resilience frameworks, including the resilience triangle and trapezoid. Practical quantification approaches will be illustrated through resilience metrics, cascading risk models, and risk-aware tools. The tutorial will then highlight operational strategies, such as preventive unit commitment, defensive islanding, and microgrid deployment, and planning strategies that balance asset hardening, distributed energy resources, and flexibility solutions. Finally, we will discuss regulatory, economic, and policy perspectives, offering participants a holistic toolkit to design, evaluate, and enhance power system resilience.

Tutorial Session 7: Digital transformation of protection and control systems based on IEC 61850 | PolyU, HJ303

Presenters:

Abstract:

This tutorial provides a comprehensive overview of the digital transformation of the electric power grid, explaining what it is, why it is needed, and how it is being implemented through modern standards and technologies. It begins with the fundamentals of IEC 61850, including its data modeling concepts and communication services that enable interoperability and automation. The session explores GOOSE messages and sampled values, their structures, and real-world protection, control, and monitoring applications. The evolution of digital substations is presented—from conventional hardwired systems to fully virtualized and software-defined architectures. Functional testing methods for IEC 61850-based devices and systems are discussed, emphasizing conformance, interoperability, and cybersecurity. The tutorial concludes with an open discussion, encouraging participants to share practical experiences, challenges, and perspectives on accelerating the digital transformation journey within protection, automation, and control systems of the modern electric power grid.

Tutorial Session 8: Introduction to Electromagnetic Transient (EMT) Simulation for Systems with a High Penetration of Power Electronics | PolyU, HJ304

Presenters:

  • Hui Ding (Technical Director Simulation & Modelling, RTDS Technologies Inc.)
  • Yi Qi, (R&D Manager Power Electronics Modelling, RTDS Technologies Inc.)

Abstract:

The ever-increasing penetration of power electronic based schemes in our grids like HVDC, FACTS and IBRs is driving the need for increased use of EMT simulation for both offline studies and real-time Hardware In the Loop (HIL) testing. The tutorial will provide a brief introduction to EMT simulation algorithms, key techniques for real-time simulation and HIL testing, and typical applications in the modern power system. The focus will be to educate the audience on EMT basics as well as presenting advanced techniques and concepts necessary support today’s and emerging power grids, such as power electronics modelling, black box control model integration, and frequency scanning and stability analysis.

Welcome Reception
5:00 PM – 8:00 PM | Grand Ballroom, Kowloon Shangri-La

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MONDAY, 19 JANUARY

Registration
8:30 AM – 5:00 PM | Jockey Club Auditorium, PolyU & Pre-Function Foyer, Kowloon Shangri-La

Opening Ceremony for IEEE PES International Meeting
9:00 AM – 10:00 AM | Jockey Club Auditorium, PolyU

Opening Ceremony for Hong Kong Green Energy Week
10:00 AM – 10:30 AM | Jockey Club Auditorium, PolyU

Session Chair: Professor Saifur Rahman (2023 IEEE President and CEO)

Panelists:

  • Mr. Zehong Liu, Executive Vice Chairman of the Global Energy Interconnection Development and Cooperation Organization (GEIDCO)
  • Mr. Naveen Srivastava, Director (Operations), Power Grid Corporation of India Limited
  • Dr. Darmawan Prasodjo, President Director, PT PLN, Indonesia
  • Mr. Eric Cheung, Chief Operating Officer, CLP Power Hong Kong Ltd.
  • Mr. Jim Spencer, Chief Executive Officer of Exus Renewables NA

Session Chair: Ir Prof. Alfred SIT

Panelists:

  • Prof. Xiaoxin Zhou, Academician, Chinese Academy of Sciences, Honorary President, China Electric Power Research Institute
  • Prof. Yusheng Xue, Academician, Chinese Academy of Engineering, Honorary President, State Grid Electric Power Research Institute
  • Prof. Xiaohong Guan, Academician, Chinese Academy of Sciences, Professor, Xi’an Jiaotong University
  • Prof. Guangfu Tang, Academician, Chinese Academy of Engineering, Director of Huairou Laboratory
  • Prof. Yilu Liu, Academician, U.S. National Academy of Engineering, UT-ORNL Governor’s Chair Professor, University of Tennessee

Senior Executive Forum
11:45 AM – 12:30 PM | Chiang Chen Studio Theatre, PolyU

Hong Kong Green Energy Week
1:00 PM – 5:35 PM | Hyatt Regency Hong Kong, Tsim Sha Tsui

CONCURRENT SESSIONS

IEEE Transactions Editorial Workshop
2:00 PM – 3:00 PM | Jockey Club Auditorium, PolyU

Session Chair:Amin Khodaei (Co-founder & CEO, Gridient)

Panelists:

Abstract: 

The electric grid is becoming a distributed network powered by rooftop solar, EVs, smart homes, microgrids, and increasingly, energy-intensive data centers. These sites bring complex load profiles but also flexible grid opportunities. Grid edge technologies—like advanced DER controls, intelligent EV chargers, and modern data center management systems—produce high-fidelity, real-time operational data crucial for managing demand at every node, from homes to hyperscale data centers.

Artificial intelligence unlocks this potential. Machine learning enables real-time optimization of energy use across diverse assets, supporting smarter home energy management, demand response, and sophisticated data center load management—including predictive cooling, dynamic resource allocation, and sustainability efforts.

This panel convenes utilities, technology developers, and academia to explore how AI-powered grid edge solutions drive customer value, resiliency, and new market opportunities for all participants.

Session Chair: Dan Sabin, (Schneider Electric),

Panelists:

Abstract:

This panel session will present an overview of the strategic direction and future work of technical committees and standards committees under the IEEE Power & Energy Society and IEEE Standards Association. It will detail how task forces and pre-standards incubation groups are actively identifying gaps in the current portfolio of IEEE standards and developing roadmaps to address them. The session highlights the collaborative activities of multiple standards committees under IEEE PES and IEEE SA that are developing the standards that will shape the global energy infrastructure. Each panelist will explain specific opportunities for engagement, enabling attendees to find out how to contribute directly to defining the standards of the new energy landscape.

Session Chair: Khandoker Wahidul Islam (EnergyTron Australia)

Panelists:

  • Benjamin Zeeb (EnergyTron Australia)
  • Katarzyna Ewa Szczerbik (EnergyTron Australia)
  • Khandoker Islam (EnergyTron Australia)

Abstract:

A pioneering research program is underway in Australia, jointly sponsored by the world’s largest mining company and Curtin University, to investigate adaptive protection relays for high-voltage (HV) mining networks. This study explores relays capable of dynamically adjusting their protection settings in response to real-time changes in the network crucially including variable renewable generation such as solar and wind integrated at mine sites. The project aims to enable seamless two-way interoperability between Intelligent Electronic Devices (IEDs) from multiple vendors and centralized protection systems, ensuring adaptability across diverse equipment. Moving beyond simulations, the research is being conducted under real network conditions typical of Australian mines, which face frequent topology changes and fluctuating loads. The ultimate objective is to demonstrate the practical feasibility of adaptive protection to improve safety, reliability, and operational flexibility while supporting the mining sector’s transition toward cleaner, renewable-powered electrical networks without requiring full replacement of existing hardware.

Session Chairs:

Panelists:

  • Xiaosheng Peng (Huazhong University of Science and Technology)
  • Hang Shuai (Huazhong University of Science and Technology)
  • Hongyu Zhou (North China Electric Power University)
  • Shanyang Wei (Huazhong University of Science and Technology)
  • Yongxin Xiong (Hong Kong Polytechnic University)

Abstract:

The rapid growth of renewable energy integration presents significant challenges to the stability and security of modern power grids due to increased variability and complexity. To address these emerging risks, next-generation solutions in real-time monitoring, fault management, and stability assessment are critical to ensuring reliable and resilient grid operation under high renewable penetration. This panel will explore cutting-edge methodologies to enhance grid security amid high-penetration renewable integration, focusing on three pivotal areas: 1) real-time monitoring of the spatiotemporal grid dynamics; 2) power-electronics-based fault management; 3) AI-driven grid stability assessment. Experts will synthesize innovations in online frequency/inertia estimation, fault ride-through technology for offshore wind-MMC-HVDC systems, hybrid deep learning frameworks for system stability assessment, and efficient neural network architecture for grid dynamic modeling, fostering a unified discussion on adaptive solutions. These interdisciplinary advances in data analytics, AI techniques, dynamic modeling, and power-electronic control will address critical challenges in ensuring grid security.

Session Chair: Jun Wang (Shanghai Jiao Tong University)

Panelists:

  • Xiaodong Zheng (Shanghai Jiao Tong University)
  • Yu Liu (ShanghaiTech University)
  • Pengfeng Lin (Shanghai Jiao Tong University)
  • Jun Wang (Shanghai Jiao Tong University)

Abstract:

The global maritime transportation system is under increasing pressure to reduce its carbon footprint, in this context, the development of green seaports has emerged as a pivotal strategy to enhance the environmental sustainability of marine logistics. Green seaports distinguish themselves from conventional ports by integrating electrified infrastructures powered by renewable energy sources (RESs). These ports typically comprise two core systems: an emission-free energy system, which includes RESs and energy storage systems (ESSs), and an electrified logistics system designed to minimize carbon emissions while providing essential seaport services. Thus, the impact of seaport electrification on seaport energy-logistic systems (ELS) cannot be negligible, especially for security issues. The panel will give four presentations to improve the security in ELS, including the stability, system resilience and protection strategies.

Session Chair:

  • Gareth Taylor (Brunel University of London)
  • Yibo Wang (Institute of Electrical Engineering Chinese Academy of Sciences (IEECAS), China)

Panelists (To be Confirmed):

  • Yibo Wang (Institute of Electrical Engineering Chinese Academy of Sciences (IEECAS), China)
  • Gareth Taylor (Brunel University of London)

Abstract:

This panel presents the Green Powered Future Mission (GPFM) that aims to demonstrate that by 2030 power systems in different geographies and climates, are able to effectively integrate up to 100% intermittent renewable energy sources, like wind and solar, in their generation mix and maintain a cost-efficient, secure and resilient system. The GPFM represents a 10-year endeavor that is accelerating innovation in clean energy by demonstrating innovative solutions to transform present systems. The GPFM is organized around three Research & Innovation pillars that cover the whole spectrum of power system innovation requirements as follows:

Pillar 1 – Affordable and reliable Variable Renewable Energies (VRE)
Pillar 2 – System flexibility and market design
Pillar 3 – Data and digitalisation for system integration

Session Chairs:

Panelists:

  • Hongjun Gao (Sichuan University)
  • Yaping Li (China Electric Power Research Institute)
  • Zhao Liu (Beijing Jiaotong University)

Abstract:

Due to vast time-varying uncertain factors and nonlinearity in the new-type power system, the complexity of power grid optimization dispatch has dramatically increased. By fully utilizing the complementary characteristics of physical models, data-driven or knowledge experience, it is expected to achieve an improvement in the efficiency and flexibility of power grid optimization dispatch decisions. New developments related to uncertainty dispatch, data-driven dispatch, and knowledge experience will be summarized in this panel session. Secondly, the connotation of three methodologies’ combination will be analyzed, and the relevant research work will be introduced respectively. Finally, the existing problems in Model-data-knowledge combined methodology are analyzed, and future research directions are put forward and discussed.

Session Chairs:

Panelists (To be confirmed):

Abstract:

Four panelists will be asked to briefly (conceptually) answer the question: “If you would have to build a new electrical power system by using technologies available today, how would you do it?” It is expected that energy transition & decarbonization will require manifold increase of the electrical power system capacity over the next 30 years. These new electrical networks will be transporting energy from the continuously varying new renewable energy sources to new electronic consumers of electricity, such as electrified transportation, data centers, newly electrified light- and heavy-industry, heat-pumps, etc., in the almost complete absence of directly-connected rotating electrical machines! The goal of the panel is to discuss possible new network technologies and architectures for electrical energy transport that could be alternative to the century old technologies of the constant-frequency, 50/60 Hz, synchronous AC electromechanical grid.

Session Chair:

  • Tong Wang (North China Electric Power University)
  • Xiaodong Zheng (Shanghai Jiao Tong University)
  • Qianggang Wang (Chongqing University)

Panelists:

  • Jiawei He (Tianjin University)
  • Zhe Lv (North China Electric Power University)
  • Chenhao Zhang (Xi‘an Jiao Tong University)
  • Yu Liu (ShanghaiTech University)
  • Qianggang Wang (Chongqing University)
  • Tong Wang (North China Electric Power University)

Abstract:

This proposal addresses the critical challenges in relay protection for power systems with high penetration of power electronic devices, where system faults exhibit nonlinear and highly controlled characteristics. These challenges lead to reduced sensitivity, compromised selectivity, and diminished reliability in traditional protection schemes. And protection failures or maloperations can trigger cascading failures, resulting in large-scale renewable generation disconnections and DC blockings, severely threatening grid stability. The research focuses on three pillars: 1. Spatiotemporal Grid Fault Analysis: Developing theories to model faults in high-power-electronics environments, accounting for complex dynamics like fault-current limiting and phase-controlled responses. 2. Localized Reliable Protection: Designing fast, adaptive primary protection (e.g., for transformers, lines) resilient to weak-feed conditions, harmonic distortions, and control-strategy variations. 3.System-Level Protection: Mitigating risks from local protection failures via grid-wide coordination, preventing cascading events like renewable tripping or DC shutdowns. These advancements will underpin resilient power grid infrastructure, ensuring stability amid evolving energy transitions.

Session Chair: Bo Li (Tsinghua University)

Panelists:

  • Chengcheng Shao (Xi’an Jiaotong University)
  • Yanyan Xu (Shanghai Jiao Tong University)
  • Junjie Hu (North China Electric Power University)
  • Xiaodong Hai (China Union Co.)
  • Cheng Zheng (PAIR CITY Co. Ltd.)

Abstract:

The widespread integration of distributed energy resources (DERs) and electric vehicles (EVs) presents new challenges to the secure and economic operation of urban distribution grids. EV charging loads predominantly occur at night, increasing peak grid demand. Implementing tariffs or incentive mechanisms to encourage off-peak charging could significantly alleviate operational and planning pressures on the grid. Furthermore, vehicle-to-grid (V2G) technology offers various ancillary services to the grid, such as peak shaving and frequency regulation.

Additionally, EV charging loads exhibit distinct spatiotemporal distribution characteristics, as users can choose charging stations at different locations. Charging decisions are influenced by multiple factors, including electricity prices, user travel patterns, and road traffic conditions.

Accurately predicting the spatiotemporal distribution of large-scale EV charging loads, simulating the coordinated operation of EVs and the grid, and exploring the application of artificial intelligence in integrated transportation and power systems are crucial for enhancing distribution grid security and economic efficiency.

However, significant challenges exist. Data scarcity arises from privacy concerns surrounding EV travel data, charging load data, and user mobility patterns. Furthermore, the topological data of both transportation networks and power grids often lack real-time updates. Acquiring this data and employing data-driven approaches to forecast EV charging loads remains a highly challenging task.”

Therefore, this panel plan to invite scholars from universities, entrepreneurs in the smart transportation field, and China Unicom to jointly explore the application of transportation big data in smart power and transportation systems.

Session Chair: Yujian Ye (Southeast University & Shenzhen Loop Area Institute)

Panelists:

  • Weiqi Hua (University of Birmingham)
  • Bo Jie, (University of Tokyo)
  • Xu Zhou (Imperial College London)
  • Zhengyang Hu (The Hong Kong Polytechnic University)
  • Yizhi Wu (Southeast University)

Abstract:

Enhancing power systems resilience increasingly relies on reliable closed-loop operation—sensing, assessment, decision-making, and control—especially when disturbances degrade observability, communications, and component availability. This session focuses on data- and physics-informed situational awareness and trustworthy control supporting power systems resilience enhancement. Topics include multi-source measurement fusion and state estimation under limited observability, event detection and localization, uncertainty quantification and risk-aware assessment, robust and constraint satisfying control and dispatch, interpretable decision support for operators, and cyber-physical resilience against adversarial or faulty data. Contributions that integrate physical constraints, scalable optimization, and learning-based components—validated through stress-tested case studies, digital twins, and reproducible benchmarks—are particularly encouraged to bridge methodological advances with deployment-oriented resilience improvements.

Poster Session 1
2:00 PM – 2:50 PM | Fanling Room, Kowloon Shangri-La

  • Introduction of the new CSG journal — Power Grid Engineering Science (PGES)

Poster Session 2
3:20 PM – 4:10 PM | Fanling Room, Kowloon Shangri-La

CONCURRENT SESSIONS

Session Chair:

  • Kamal Garg (Project Manager, PES Workforce)

Panelists (To be Confirmed):

  • CY Chung (PES President), Kamal Garg (Project Manager, PES Workforce)
  • Naveen Srivastava (Powergrid India)
  • Bikash C. Pal (Imperial College London)
  • Mythili Chaganti (PES governing board)
  • Industry leaders from China

Abstract:

The Power industry is undergoing a remarkable transformation driven mainly by decarbonization and the resulting intensified electrification and grid modernization. The need for a qualified workforce for tackling these challenges has been pointed out as top priority by major power industry professionals.

IEEE PES Started workforce special initiative program in 2023 and workforce leaders collecting information via focused WF panel sessions, executive interviews and other discussion and reports. Workforce is planning to publish summary of the findings and recommendations in 2025. This panel is comprised of workforce and industry leaders will discuss the findings of workforce leaders and recommendations. Each person will give a 10–15-minute presentation, and this will be followed by audience Q&A and discussion. All findings will be documented and made part of the formal report that will be issued by the PES Workforce Initiative Committee.

Session Chair:

  • Dan Sabin (Schneider Electric): IEEE PES Localized Technical Activities Committee (LTAC) and the IEEE PES Satellite Technical Committees (STCs)

Panelists (To be Confirmed):

  • Rick Xuzhu Dong (Wuhan University): IEEE PES China STC – Transmission & Distribution
  • Liangzhong Yao (Wuhan University): IEEE PES China STC – Renewable Systems Integration
  • Jizhong Zhu (South China University of Technology): IEEE PES China STC – Smart Buildings, Loads & Customer Systems
  • Xisheng Tang (Chinese Academy of Sciences): IEEE PES China STC – Energy Storage & Station Battery

Best Paper Forum (PS 2.3)
3:30 PM – 5:00 PM | Kowloon Room I, Kowloon Shangri-La

Best Paper Forum (PS 2.4)
3:30 PM – 5:00 PM | Kowloon Room II, Kowloon Shangri-La

Best Paper Forum (PS 2.5)
3:30 PM – 5:00 PM | Harbour Room I, Kowloon Shangri-La

Best Paper Forum (PS 2.6)
3:30 PM – 5:00 PM | Harbour Room II, Kowloon Shangri-La

Best Paper Forum (PS 2.7)
3:30 PM – 5:00 PM | Harbour Room III, Kowloon Shangri-La

Session Chair:

Panelists:

  • Barry Hayes (University College Cork) Title: AI and Digital Technologies in Power Systems: A European Perspective
  • Yuxiong Huang (Xi’an Jiaotong University) Title: AI for Resilient Power Systems: Risk Assessment and Decision-Making
  • Wei Lin (Chongqing University) Title: Trustworthy AI for Power System Analysis and Computation
  • Song Ke (The Hong Kong Polytechnic University) Title: Electric Vehicle Charging Station Control Technology with Non-Intrusive
    Surrogate Model for Enhancing Resilience of Microgrids
  • Nirmal Nair (University of Auckland) Title: AI for Energy and Energy for AI Infrastructure: IEEE PES Committees, Guides & Standards

Session Chair:

Panelists:

  • Jim Spenser (Exus Renewables NA) “Strategic Development and Engineering Design of Advanced Energy Solutions for Hyperscale AI Data Centers”.
  • Yinguo Yang and Kaiyue Zeng (China Southern Power Grid) “Coordinated Source-Grid-Load-Storage Intelligent Dispatch and Control Technology in New Power Systems: Application and Practice”.
  • Florent XAVIER (Rte-France) “AI Usage at RTE, the French TSO: Building Trustworthy, Open, and Human-Centered Decision Support Tools”
  • Howard Gugel (North America Electric Reliability Corporation) “Artificial Intelligence and Machine Learning in Real-Time System Operations”.
  • Deo Nath Jha (POWERGRID, India) “AI-Enabled Lifecycle Management of Power Transmission Assets: Current Practices and Future Directions”.
  • Xin Wang (Amazon) “How is Agentic AI transforming grid planning and operations”.

Speaker 1: Chengxi Liu (Wuhan University)
Title: Towards Coordinated Development of Hydropower, Wind, and Solar under the Carbon-Neutrality Vision

Speaker 2: Sijie Chen (Shanghai Jiaotong University)
Title: Co-governance optimization of multiple balancing areas of interconnected power systems

Speaker 3:  Qingxin Shi (North China Electric Power University‌)
Title: Frequency-constrained unit commitment in low-inertia power systems

Speaker 4: Mahesh Kumar (Mehran University of Engineering & Technology Jamshoro) ([email protected])
Title: Optimal Planning of a Multi-Energy Distribution System for Electric Vehicle Charging Stations Using Metaheuristic Optimization

Panelists:

Speaker 1: Zhaohao Ding (North China Electric Power University)
Title: Power Capping Enabled Data Center Flexible Energy Management: A Practical Approach Under Partial Observability Scenarios

Speaker 2: Meng Huang (Wuhan University)
Title: Transient Synchronization Stability of Power Electronics Grid–connected Converters

Speaker 3: Wangkun Xu/Fei Teng (Imperial College London)
Title: Learning Augmented Power System Operations: A Unified Optimization View

Speaker 4: Cheng Wang (North China Electric Power University)
Title: Chance–Constrained Primary Frequency Reserve Optimization Considering Stochastic Disturbances and Contingencies

Session Moderator: Ms. Yuhan Zheng, Chair, IEEE Young Professional
Climate and Sustainability Subcommittee

Panelists:

  • Dr. John Chan, Director of East & West Region, China Light Power
    Hong Kong limited
  • Mr. YEUNG Kwong Tung, Tony, General Manager (Transmission &
    Distribution), Hong Kong Electric
  • Rajil Srivastava, Executive Director, Asset Management Department,
    POWERGRID INDIA
  • Peiran Jing, Chief Strategy Officer, Executive Director, Jinpan
    Technology
  • Emma Fletcher, Low Carbon Housing Director, Octopus Energy
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TUESDAY, 20 JANUARY

Registration
8:00 AM – 5:00 PM | Pre-Function Foyer, Kowloon Shangri-La

Location: The Hong Kong Polytechnic University, Chiang Chen Studio Theatre (Core A)

Michael OppenheimerSpeaker: Michael Oppenheimer is a long-time participant in the Intergovernmental Panel on Climate Change (IPCC) that won the Nobel Peace Prize in 2007, most recently serving as a Coordinating Lead Author on IPCC’s Special Report on Oceans and Cryosphere in a Changing Climate (2019) and as a Review Editor on the upcoming Sixth Assessment Report. Oppenheimer served previously as a member of several panels of the National Academy of Sciences as well as the National Academies’ Board on Energy and Environmental Studies and the New York City Panel on Climate Change, providing technical advice to the City. He is also a winner of the 2010 Heinz Award and a Fellow of the American Association for the Advancement of Science. Oppenheimer is co-editor-in-chief of interdisciplinary scientific journal, Climatic Change.

CONCURRENT SESSIONS

Session Chairs:

Panelists:

Abstract:

The installed capacity of wind and solar power in desert-Gobi-barren land renewable power generation clusters exceeds 10 GW, accounting for over 70% of total capacity. Located far from main power grids, these clusters connect point-to-point with transmitting-end grids via AC tie lines and transmit electricity to receiving-end grids through UHVDC links. This has become a significant model for large-scale renewable energy utilization in China. With nearly 20,000 power sources, their electrical characteristics are collectively shaped by heterogeneous components—including wind, solar, thermal, storage, and DC transmission—across multiple control boundaries spanning from individual units to stations, clusters/bases, and outgoing DC systems. Under the dual stochastic time-varying influences of renewable resource volatility and operating conditions at transmitting/receiving ends, ensuring secure operation and control of these clusters proves extremely challenging. This panel will invite experts in the field to jointly discuss key technologies for the operation and control of desert-Gobi-barren land renewable power generation clusters.

Panel Session 3 (PS 3.2): STC Representative Meeting
8:30 AM – 10:00 AM | Shek-O Room, Kowloon Shangri-La

Session Chairs:

  • Yue Xiang (Sichuan University)
  • Shuangqi Li (Hong Kong Polytechnic University)

Panelists:

  • Gareth Taylor (Brunel University of London)
  • Qian Zhang (Chongqing University)
  • Hongcai Zhang (University of Macau)
  • Wei Sun (University of Edinburgh)
  • Yijie Zhang (Hong Kong Polytechnic University)

Abstract:

The rapid development of electric mobility, where electric vehicles (EVs) are evolving from passive loads to active grid participants, is reshaping the landscape of modern power systems. The transformation of EV roles from consumer to prosumer presents both opportunities and challenges for grid planning, management, and operation. This panel session will focus on the latest research and developments in vehicle-grid integration. Topics include accurate forecasting of EV charging demand, which is essential for reliable grid planning; strategies for vehicle-to-grid (V2G) interaction to support services such as frequency regulation and peak shaving; and analysis of the impacts of V2G on battery aging and lifecycle cost. The session will also explore market-based transaction and pricing mechanisms that incorporate both renewable energy integration and the flexibility of EVs. Experts from academia and industry will share cutting-edge findings and practical experiences, aiming to encourage interdisciplinary collaboration and provide insights into how e-mobility can contribute to a more flexible, resilient, and low-carbon power system.

Speaker 1: Yingying Sun (Dongfang Electronics CO., Ltd)
Title: Research on Multi-level Response Optimization and Control Technology of Virtual Power Plants Based on Spot Trading

Speaker 2: Fang Yang (Global Energy Interconnection Group Co., Ltd.)
Title: Planning Methods and Application for Enhancing the Climate Resilience of Power Systems

Speaker 3: Shiqi Ji (Tsinghua University)
Title: Power Devices and Power Conversion Systems for Distribution Grids

Session Chair:

  • Ying Huang (Zhejiang University)
  • Chong Gao (Electric Power Research Institute)

Panelists (To be Confirmed):

Abstract:

With the rapid development of renewable energy, large-scale integration of wind and solar power has created new challenges for long-distance and high-capacity power transmission. HVDC transmission technology, especially advanced multi-terminal and flexible HVDC grids, is becoming a key enabler for efficient and reliable renewable energy delivery. However, significant technical bottlenecks remain, including weak-grid adaptability, dynamic stability, and the seamless interaction between DC systems and diverse AC grids. This panel session brings together leading experts and practitioners to discuss the latest innovations in new energy HVDC transmission technologies, strategies for improving grid adaptability, and practical experiences from demonstration projects. Key topics include advanced converter topologies, coordinated control schemes, fault ride-through capabilities, and future trends in HVDC grid architecture. Attendees will gain insights into both the theoretical and engineering aspects of building robust and adaptable DC transmission networks to support the clean energy transition.

Session Chairs:

Panelists:

Abstract:
High-voltage direct current (HVDC) transmission has been considered as the back-bone for future power grids rich in renewables. As these converter-based systems widely interact with diverse grid assets and reshape the grid’s dynamic characteristics, increased complexity has been presented for stability analysis, control design and interoperability of modern power systems. Despite of many advances in modelling and simulation techniques, existing tools usually remain fragmented and proprietary, which creates barriers for an effective and efficient HVDC system design facing evolving grid conditions and needs. Open tools, including open-access software, open models and open platforms, have the potential to address these limits——enabling more flexible and scalable frameworks for system studies and harmonize knowledge transfer among various stakeholders in HVDC system research and development. This panel will bring experts from academia and electric power industry to discuss about current gaps, emerging initiatives and future pathways of open tools development on power systems stability analysis and control to accelerate HVDC integration.

Session Chair: Haoyong Chen (South China University of Technology)

Panelists:

  • Haoyong Chen (South China University of Technology)
  • Haiwang Zhong (Tsinghua University)
  • Yiping Chen (China Southern Power Grid)
  • Qin Wang (Hong Kong Polytechnic University)

Abstract:
The increasing penetration of renewable energy sources has significantly altered the operational landscape of modern power systems, leading to heightened variability, reduced system inertia, and complex spatiotemporal coordination challenges. Enhancing grid resilience under such conditions requires not only flexible resources but also innovative system-level architectures. Large-scale energy storage (LSES) has emerged as a novel paradigm capable of providing multi-timescale flexibility, improving system robustness, and facilitating renewable integration. This panel will bring together researchers and technical experts to examine the role of LSES in supporting grid resilience in high-renewable contexts. Topics include modeling approaches for storage coordination and dispatch under uncertainty, Storage enabled resilience enhancement strategies, and market engagement strategies for LSES. By synthesizing recent theoretical advancements and real-world experiences, the panel aims to outline strategic approaches and implementation pathways for leveraging LSES in the development of next- generation resilient power systems.

Session Chairs:

Panelists:

Abstract:

Power systems are undergoing a global transformation driven by decarbonization targets, increasing renewable penetration, and the rise of inverter-based resources (IBRs). These shifts introduce major challenges in frequency stability, dynamic security, planning, and market integration. This panel brings together experts from China, Korea, the UK, and Italy to present recent advances in planning and operational strategies for resilient, renewable-rich power systems. Topics will include AI-integrated control, data-driven forecasting, and standards-compliant long-term planning. Grounded in real-world projects and system needs, the session will highlight diverse technical perspectives and lessons from leading academic and industry initiatives. Panelists will discuss practical and scalable approaches to achieving secure and sustainable energy systems through international collaboration. This panel aims to foster dialogue on how to align cutting-edge research with utility practices and regulatory frameworks to support the global energy transition.

Moderator:

  • ⁠Liangzhong Yao (Wuhan University)

Guest Speakers：

  • Xiaoxin Zhou (China Electric Power Research Institute)
  • Mei Chen (Chinese Society of Electrical Engineering)

Panelists:

  • Jun Liang (Cardiff University)
  • ⁠Lei Han (China Electric Power Research Institute)
  • Pei Zhang (Tianjin University)

Abstract:
The global energy transition calls for high-quality power and energy journals to advance the global dissemination of academic breakthroughs
and deepen the international cooperation in the field. Toward the goal of building a world-class journal, this panel invites global editorial board
members, scholars, and experts of CSEE JPES to convene the 2026 CSEE JPES Editorial Board Expanded Meeting and Symposium: Building Resilient and Inclusive Power Systems of the Future -Global Experiences and Collective Wisdom. The panel will focus on cutting-edge academic advances, hold in-depth discussions, and gather insights to guide the journal’s topic selection and enhance its global visibility and influence in the field of power and energy.

Session Chairs:

  • Yilu Liu (University of Tennessee and ORNL)
  • Lin Zhu (Electric Power Research Institute (USA))

Panelists:

Abstract:

With the increase of inverter connected generation, load, and storage, and the retirement of coal and oil plants, system inertia could reduce significantly. Some of the IBR could provide fast frequency response if required. It becomes necessary to know how much inertia is in the system at a given time to ensure sufficient mechanisms in the system to recover the frequency in case of power imbalance caused by generation drops or large load rejection. This panel will feature experts worldwide to share their experience in performing inertia or fast frequency response estimation in actual power grids in US, UK, and island grids. The panel will also feature recent exploration of scheduling of virtual inertia to incorporate dynamic frequency response in high-penetration IBR systems.

Session Chair: Yanli Liu (Tianjin University)

Panelists:

Abstract:

Learned a lot from the Spain blackout, we are pleased to welcome you to this panel session, which focuses on building a high penetration distributed renewable energy (DRE) aggregation and cooperative control system. As DRE integration expands, challenges such as reverse flows, and user-side over voltage grow more significant. The session explores coordinated control strategies to address these issues and ensure stable operation, focusing on four key enabling technologies:

  • Mechanisms of High-Penetration Distributed Renewable Energy’s Impact on Grid Stability and Quantitative Assessment Technologies
  • Grid Scenario Simulation and Operation Mode Optimization Technologies for High-Penetration Distributed Renewable Energy
  • Collaborative Support Technologies of Distributed Renewable Energy to Enhance Grid Stability
  • Hierarchical and Zonal Aggregation Control Technologies for High-Penetration Distributed Renewable Energy

By building DRE aggregation technologies with coordinated control, the session enables spatio-temporal response and addresses multi- objective challenges, improving grid stability and renewable integration. Join us to explore these topics with leaders driving the future of power systems.

Super Session 0: CSG Journal Session — Power Grid Engineering Science Journal Forum
10:15 AM – 12:15 AM | Tai Po Room, Kowloon Shangri-La

Poster Session 3
10:20 AM – 11:10 AM | Fanling Room, Kowloon Shangri-La

Poster Session 4
11:40 AM – 12:30 PM | Fanling Room, Kowloon Shangri-La

CONCURRENT SESSIONS

Panel Session 4 (PS 4.1): CPES Journal Session
10:30 AM – 12:00 PM | Shek-O Room, Kowloon Shangri-La

Session Chairs:

Panelists:

Abstract:

In the pursuit of global power and energy systems resilience with smarter, more efficient, and resilient cyber-physical infrastructure, digitalisation has emerged as a critical frontier. However, the integration of diverse components, including renewable energy resources, energy storage systems, and intelligent loads, along with the inherent dynamic variability of power flows, poses complex challenges for this transition. These challenges span ensuring stable operation, achieving optimized control, and implementing robust protection against both cyber and physical resilience of power system operation. This panel session focuses on the modelling, protection, and estimation of cyber-physical power system resilience, aiming to convene experts and scholars to delve into advanced methodologies that accurately characterise intricate interactions, accommodate dynamic fluctuations, and protect against cyber-physical threats. By facilitating the exchange of research findings and technical insights, the session seeks to enhance the resilience and intelligence of digital power systems, promoting their integration into the broader energy ecosystem and supporting their sustainable deployment.

Session Chair: Mengshuo Jia (Shanghai Jiao Tong University)

Panelists:

Abstract:

The rapid advancements in generative artificial intelligence (AI) are opening new frontiers across industries, including the power and energy sector. This panel session will explore the transformative potential of generative AI applications in power systems, with a focus on how these technologies can enhance grid planning, operations, reliability, and resilience. Panelists will discuss cutting-edge use cases such as AI-driven power system simulation and analysis, intelligent outage detection, synthetic data generation for rare events, and AI-augmented decision support for system operators and planners. The session will also address the challenges of adopting generative AI in safety-critical environments, including model interpretability, trustworthiness, and regulatory considerations. By bringing together experts from academia, industry, and utilities, this panel aims to spark dialogue on the future role of generative AI in accelerating the transition to a smarter, more reliable, and sustainable electric grid.

Session Chair:

  • Qinan Li (C-EPRI Electric Power Engineering Co., Ltd.)

Panelists:

  • Qinan Li (C-EPRI Electric Power Engineering Co., Ltd.)
  • Xu Yang (Electrical Engineering School, Xi’an Jiaotong University)
  • Jun Yang (China Electric Power Research Institute (CEPRI))
  • Wei Li (Shandong Taikai DC Technology Co., Ltd.)

Abstract:

As the deployment of large-scale renewable energy bases accelerates, the efficient integration, transmission, and consumption of wind and solar power present new technical and operational challenges for modern power systems. This panel session will focus on the latest advancements in key technologies for AC/DC hybrid grids that enable the effective aggregation and delivery of renewable energy from centralized bases to load centers. Topics include innovative solutions for multi-terminal DC and AC/DC hybrid networks, coordinated control strategies for stable power flow, flexible interconnection technologies, and approaches to enhance grid hosting capacity and renewable energy consumption. Leading experts from academia and industry will share their experiences from major demonstration projects, discuss the technical bottlenecks, and explore pathways to address grid security, stability, and market integration. Attendees will gain a comprehensive understanding of state-of-the-art methodologies and practical strategies to support the large-scale deployment and utilization of renewable energy.

Session Chairs:

Panelists:

  • Junhua Zhao (the Chinese University of Hong Kong, Shenzhen)
  • Ziqing Zhu (Hong Kong Polytechnic University)
  • Yihong Zhou (University of Oxford)
  • Xu Zhou (Imperial College London)

Abstract:

The transition to carbon-neutral power systems is driving a fundamental shift in electricity markets, marked by high penetration of variable renewable energy sources, and the emergence of diverse new market participants. Artificial intelligence (AI) has emerged as a transformative tool to address the increasing complexity, uncertainty, and interactivity of future electricity markets. This panel will explore how AI technologies can support market forecasting, simulation, participant strategy optimization, and regulation. Key topics include:

  1. Leveraging AI models for improved probabilistic forecasting of renewable output and market prices.
  2. Using Multi-Agent Reinforcement Learning to simulate strategic interactions among heterogeneous participants and evaluate market mechanisms.
  3. Applying AI to model and optimize the market behavior of flexible resources.
  4. Deploying data-driven techniques to detect market manipulation, assess operational risks, and enhance regulatory oversight.
  5. Addressing the challenges of interpretability, transparency, and robustness of AI-driven tools in the above applications.
    The panel will feature experts from academia and industry to discuss the state-of-the-art in AI applications for electricity markets and identify research and deployment priorities that can bridge theoretical advances with real-world market operations.

Session Chairs:

Panelists:

  • Shunbo Lei (Chinese University of Hong Kong, Shenzhen)
  • Liang Liang (Harbin Institute of Technology, Shenzhen)
  • Yue Song (Tongji University)
  • Jiazuo Hou (Tongji University)
  • Jun Zhou (Shenzhen Power Supply Planning Design Institute Co.,Ltd.)

Abstract:

Future power grids confront critical challenges from rising renewable integration and escalating climate impacts. Though demand and generation flexibility have been extensively explored, network-side flexibility, particularly in network topology switching, remains largely untapped, despite its great potential. This panel aims to delve into the crucial role of network topology switching in addressing these challenges. This panel will explore the latest progress in leveraging network topology flexibility to boost cyber-physical resilience of power systems. For physical resilience, this panel will cover chance-constrained optimal power flow that incorporates network flexibility. Moreover, the identification of backbone topology and resilience enhancement methods for distribution networks will be addressed. In terms of cyber resilience, the quantification of topology-aware load attack regions to strengthen cyber resilience will be examined, offering strategies to counter cyber threats, along with insights into cyber immunity across multi-area power networks. Experts around the world will be invited to share their research findings in this area.

Session Chairs:

Panelists:

  • Jun Liang (Cardiff University)
  • Wang Xiang (Huazhong University of Science and Technology)
  • Xiangyang Xia (Changsha University of Science and Technology)
  • Chuanyue Li (South China University of Technology)

Abstract:

To ensure future voltage strength and inertia in power systems, a significant number of grid-forming (GFM) inverters are deemed necessary. While, the increasingly varied definitions of grid-forming inverters have blurred the boundary between grid-following (GFL) and grid-forming controls. Different GFM control modes exhibit complex dynamics that will have distinct impacts on power systems, even though their external GFM functionality may appear similar. For reliable system operation, it is crucial to clearly understand the foundation and definition of the GFM capability. Moreover, power electronics-based grid-forming capability can enhance system stability in both transient and small-disturbance scenarios, performing even better than GFL inverters in weak grid conditions. While, it also introduces different instability risks and limitations. Recognizing these drawbacks is critical for making informed decisions about GFM applications. This panel session will facilitate a broad discussion on the essence of GFM capabilities and how it differs from traditional GFL capabilities. Case studies on transient stability risks and control interactions will be presented to encourage deeper analysis and diverse perspectives.

Session Chairs:

Panelists:

Abstract:

The global power sector is undergoing an unprecedented transformation driven by the rapid deployment of inverter-based resources (IBRs). Australian renewable energy transition aims to shift from coal-fired generation to 100% renewables by 2040. The Australian power grid faces challenges on the operation and control of the power electronic-dominated systems, such as converter-driven oscillations, low system strength, and frequency stabilities. Therefore, Australia has made several initiatives to support high IBR integration. For example, Australia is the first country to establish system strength and inertia regulations to address the challenges arising from the high penetration of IBRs. In this Session, state-of-the-art assessment methods and practical solutions are being developed to better understand and address the complex, emerging challenges faced by power systems during the renewable energy transition.

Session Chair:

  • Fei Teng (Imperial College London)
  • Ning Zhang (Tsinghua University)

Panelists:

  • Fei Teng (Imperial College London) Panel Introduction
  • Pierluigi Mancarella (University of Melbourne) Title: Physics, engineering and economics of new essential system services
  • Mark O’Malley (Imperial College London) Title: Redefining Services for IBR-dominated Power Systems
  • Gyu–Sub Lee (Seoul National University) Title: Strength-Constrained Unit Commitment for IBR-Dominated Transmission Networks: An
    Actual Case Study in South Korea
  • Ning Zhang (Tsinghua University) Title: Synchronous Condenser Placement for System Strength Enhancement in IBR-dominated
    Power Systems
  • Fei Teng (Imperial College London) Title: The Economics of Grid Forming Converters

Abstract:

The global decarbonization agenda is accelerating the transition of power systems from fossil fuel–based synchronous generation to renewable-powered, asynchronously connected Inverter-Based Resources (IBRs). While this transformation is essential for sustainability, it introduces unprecedented challenges in power system modelling, planning, operation, and control. This panel will provide a holistic perspective on these challenges and highlight emerging research directions for future IBR-dominated grids. Discussions will focus on four critical areas: (1) stability-constrained optimization for secure operation; (2) data-driven methods for extracting and validating stability rules; (3) the role of advanced services and market mechanisms in enabling reliable IBR integration; and (4) hybrid dynamics and resilience strategies for extreme conditions. By bringing together diverse expertise, the panel will offer a comprehensive outlook on how to ensure security, flexibility, and resilience in future IBR-dominated power systems.

Session Chair:

Panelists:

  • Keyan Liu (China Electric Power Research Institute)
  • Weixin Li (Dalian University of Technology)
  • Liangzhong Yao and Yunxin Liu (Wuhan University)
  • Jiabin Hu (Huazhong University of Science and Technology)
  • Pei Zhang (Tianjin University)
  • Xiaomin Zha and Meng Huang (Wuhan University)

Abstract:

Increasing the penetration of renewable energy sources in the power grid has resulted in many challenges and opportunities in integrating renewable energy sources with the grid, enhancing grid operation security and performance, etc. This panel will discuss and share the emerging solutions and practical experiences from various aspects for integration and control of the power grid with large renewable energy sources.

CONCURRENT SESSIONS

Super Session 1 (SS 1.3): CLP Power and HK Electric Session
1:00 PM – 3:00 PM | Kowloon Room I, Kowloon Shangri-La

Speaker 1: Devaprasad Paul (Power Grid Corporation of India Limited)
Title: From Data to Decisions: Strengthening Grid Resilience Through Digital Transformation at POWERGRID

Speaker 2: Rajil Srivastava (Executive Director, Quality Assurance Inspection & Field Quality Plan, Power Grid Corporation of India Limited)
Title: To be confirmed

Speaker 3: Jamshid Aghaei (CQ University Australia)
Title: Driving Resilience: Harnessing Mobile Energy Hubs for Electrical Distribution Network Resilience.

Speaker 4: Anamika Dubey (Washington State University)
Title: Grid resilience and outage risk modeling using real–world data.

Speaker 5: Yuzhong Gong (Zhejiang University)
Title: Enhancing Power Grid Resilience to Climate–Driven Windstorms: A Proactive Scheduling and Adaptive Restoration Approach

Speaker 6: Qingchun Hou (Zhejiang University)
Title: AI–driven decision making and its applications on power and transportation systems

Speaker 1: Bikash Pal (Imperial College London)
Title: Stability Modelling and Analysis of Converter-Driven Power System.

Speaker 2: Kalyan K. Sen (Sen Engineering Solutions, Inc.)
Title: Opportunities and Challenges in Power Flow Control in a Modern Grid

Speaker 3: Oriol Gomis–Bellmunt (Universitat Politècnica de Catalunya)
Title: Analysis of power systems dominated by power electronics

Speaker 4: Xiao–Ping Zhang (Birmingham Energy Institute)
Title: Transforming Power Grids: The Role of HVDC and FACTS

Speaker 5: Mani V. Venkatasubramanian (Washington State University)
Title: SCADA–based algorithms for oscillation analysis

Speaker 6: Daniel Donaldson (University of Birmingham)
Title: Power System Resilience in Regions with Emergent Wildfire Risk.

Speaker 1: Wenhu Tang (South China University of Technology)
Title: Technological Framework of Distributed Smart Grid for Flexible Interconnection and Interaction in Advanced Power Distribution Systems

Speaker 2: Yu Wang (Chongqing University)
Title: Cyber-physical security of inverter-based microgrids

Speaker 3: Xin Zhang , (University of Sheffield)
Title: Cyber–Physical Power Systems: Digital Simulation and Security Analysis

Speaker 4: Lasantha Meegahapola (RMIT University)
Title: The Role of Grid Forming Services in 100% Converter–based Grids

Speaker 5: Jiefeng Hu (Federation University Australia)
Title: Model Predictive Control for Microgrids: From power electronic converters to energy management

Speaker 1: Ram Adapa (Electric Power Research Institute)
Title: The Role of HVDC and Power Electronics in Shaping the Future Electric Grid with Renewables.

Speaker 2: KOCAR Ilhan (Polytechnique Montréal)
Title: To be confirmed

Speaker 3: Yong Li (Hunan University)
Title: Power quality control for grid integration of decentralized renewable generations

Speaker 4: Sarasij Das (Indian Institute of Science)
Title: Power Plant Controllers for Large-Scale Renewable Energy Power Plants

Speaker 5: Michael Schwung (E.ON Group Innovation GmbH)
Title: Grid islanding as a concept to enhance resilience during failures and disasters

Speaker 1: Pierluigi Mancarella (University of Melbourne)
Title: Integrated transmission and distribution system planning

Speaker 2: Jian Xu (Wuhan University)
Title: Integrated Flexible Complementation and Intelligent Dispatching of Hydropower, Wind Power and Photovoltaic Power.

Speaker 3: Zhifang Yang (Chongqing University)
Title: Problem–Oriented Acceleration of Unit Commitment Problem

Speaker 4: Andrea Bonfiglio (University of Genoa)
Title: The impact of Vehicle to X services for the diffusion of Electric Mobility and its integration in the Electric Power System.

Speaker 5: Darya Stanskova (Cost Engineer and Project Manager)
Title: Automated Planning and Cost Estimation for Industrial and Urban Infrastructure: AI–Driven Maintenance and Repair Optimizatio

Speaker 1: Fangxing (Fran) Li (University of Tennessee)
Title: To be confirmed

Speaker 2: Nengling Tai (Shanghai Jiao Tong University)
Title: Data–Driven Operation of Seaport Energy–Logistic System

Speaker 3: Zhong Chen (Southeast University)
Title: Exploring Digital Modeling and Engineering Application of Electrical Secondary Systems With Image Recognition and Artificial Intelligence

Speaker 4: Qianwen Xu (KTH Royal Institute of Technology)
Title: AI–driven modeling & control of future power converter–dominated grids.

Speaker 5: Junbo Zhao (Dartmouth College, USA)
Title: Physics–Informed Analytics for Power System Operation and Control

Speaker 6: Qiushi Cui (Chongqing University)
Title: From Sensing to Decision–Making: How Multimodal Large Models Reshape Predictive Maintenance and Fault Diagnosis of Power Equipment

Super Session 1 (SS 1.10): Students and Young Professionals Session
1:00 PM – 3:00 PM | Magnolia Room, Kowloon Shangri-La

Panel Session 5 (PS 5.0): MPCE Journal Session
1:30PM – 3:00PM | Tai Po Room, Kowloon Shangri-La

Speaker 1: Nirmal Nair (University of Auckland)
Title: Emergent Digital Substations: Principles, Applications and Standards.

Speaker 2: Dean Sharafi, (Australian Energy Market Operator)
Title: Energy Transition, Global Challenges and Opportunities.

Speaker 3: Sinan Kufeoglu (University of Vaasa)
Title: Energy System Cost and Flexibility.

Speaker 4: Barry Hayes (University College Cork)
Title: Autonomous open energy communities: The AUTONOMY project

Speaker 5: Jimmy Peng (National University of Singapore)
Title: Behaviour of Residential Electricity Consumption under Negative Pricing

Speaker 6: Xiongfeng Pan, (Dalian University of Technology)
Title: The Influence Mechanism of Population Aging and Sub replacement Fertility on Carbon Efficiency.

CONCURRENT SESSIONS

Panel Session 5 (PS 5.0.1): MPCE Journal Session
1:30 PM – 3:00 PM | Tai Po Room, Kowloon Shangri-La

Session Chair:

  • Weisheng Wang (China Electric Power Research Institute)
  • Yunhe Hou (University of Hong Kong)

Panelists:

  • Mark O’Malley (Imperial College London)
  • Haoyong Chen (South China University of Technology)
  • Shunbo Lei (Chinese University of Hong Kong, Shenzhen)
  • Yuehui Huang (China Electric Power Research Institute)

To be confirmed

Abstract:

Under the context of energy transition, the generation, transmission, distribution, consumption, and dispatch segments of power systems are becoming increasingly reliant on meteorological conditions. Power meteorology, as an interdisciplinary field bridging the discipline of power system and the discipline of atmospheric sciences, supports the planning and operation of new type of power systems by providing specialized meteorological services with specific timing, location, and quantitative data. Currently, the power meteorology discipline faces several challenges, including insufficient meteorological monitoring data, low forecasting accuracy for some important elements such as precipitation, wind speed, ice accretion of power transmission lines etc., and limited application depth in power system. There is an urgent need for in-depth research of the field of power meteorology, such as the disciplinary development, integration with AI technologies, and power system applications etc.. The improvement of the interdisciplinary field of power meteorology will provide strong support of the resilience of power systems.

CONCURRENT SESSIONS

Session Chairs:

Panelists:

Abstract:

The global push towards decarbonization, driven by massive integration of renewables and flexible loads, introduces unprecedented complexity and security risks to power systems. Coordinated dispatch across transmission, distribution, and microgrid (T-D-M) levels is emerging as a fundamental solution. This panel session will explore the future of coordinated T-D-M dispatch as a cornerstone for secure, low-carbon, and economical grids. Panelists will discuss the critical challenges, including weak observability, inaccurate modeling, and low coordination efficiency. The discussion will delve into breakthrough solutions, such as multi-level electricity-carbon information perception, hybrid mechanism-data-driven modeling, and low-carbon power grid security analysis. The session aims to forge a path toward a holistic low carbon dispatch framework, envisioning the transmission grid as a dispatch hub, distribution networks as coordination links, and microgrids as autonomous units, all supported by digital systems guided by carbon, energy, and information flows.

Session Chair: Nicolaos A. Cutululis (Danmarks Tekniske Universitet)

Panelists:

Abstract:

Rapid evolutions in power electronics have made the use of DC technology not only possible, but also the most appropriate technology to integrate renewables. The integration of multiple DC-based networks is a key enabler to complete the transition to a sustainable, resilient and cost-effective power system. The future power system will become a fully integrated hybrid AC/DC grid, with HVDC technology interconnecting different countries and regions, and operating as a grid-of-grids. This panel session aims to present the latest advancements in design, operation, control and protection of hybrid AC/DC grids. It will introduce the concept of grid-of-grids and operational aspects like role assignment for grid-following/-forming for converters in such grids. The panel will also introduce the latest developments in the protection of HVDC grids and the status of developing offshore energy hubs in Northern Europe and Korea.

Session Chairs:

Panelists:

Abstract:

The digital transformation of modern power systems has generated vast volumes of operational and condition monitoring data, creating new opportunities to enhance grid reliability and efficiency through data-driven approaches. As power systems face increasing complexity from renewable energy integration, distributed resources, and evolving load patterns, machine learning emerges as a principled approach for intelligent grid operations capable of managing inherent uncertainties. This panel session brings together leading experts to discuss promising machine learning methodologies that address fundamental challenges in power system operations under uncertainty. The session will explore three areas: (i) advanced forecasting techniques leveraging generative models for power and energy applications, addressing the stochastic nature of renewable generation and demand patterns, (ii) new neural network architectures for solving optimal power flow problems with computational efficiency and solution quality guarantees, and (iii) reinforcement learning-based frequency/voltage control strategies for enhancing grid stability and resilience in dynamic operating environments. The panel will provide valuable insights into the theoretical foundations, practical implementations, and real-world deployment considerations of these emerging technologies, fostering dialogue between academia and industry on the future of AI-powered power systems.

Speaker 1: Hoay Beng Gooi (Nanyang Technological University)
Title: Empowering the Prosumer: AI Driven Digital Twins and Market Design for Scalable VPP Integration

Speaker 2: Saikat Chakrabarti (Indian Institute of Technology Kanpur)
Title: Big data sources in power systems

Speaker 3: Can Wan (Zhejiang University)
Title: Value-oriented Probabilistic Forecasting: On bridging the gap between prediction and decision in renewable power systems

Speaker 4: Johan Driesen (KU Leuven)
Title: The role of LVDC and MVDC in the Energy Transition

Panel Session 5 (PS 5.5): Reserve
3:30 PM – 5:00 PM | Harbour Room I, Kowloon Shangri-La

Speaker 1: Innocent Kamwa (Université Laval)
Title: IEEE Std 1110 2019 Revision: Toward Unified EMT–RMS Synchronous Machine Models for Coherent Stability Analysis in Modern Power Electronics Rich Systems

Speaker 2: Djalma M. Falcão (COPPE/UFRJ)
Title: Offshore Wind Farms Connections to the Brazilian Power System

Speaker 3: Hua Geng (Tsinghua University)
Title: Intelligent Control of Renewable Energy System: Towards Next-Generation Power Systems

Speaker 4: Kai Sun (Tsinghua University)
Title: Power Electronics Technologies for User-side Flexible Resources in Power Systems

Panel Session 5 (PS 5.7): Reserve
3:30 PM – 5:00 PM | Harbour Room III, Kowloon Shangri-La

Session Chair:

Panelists:

  • Yijun Xu (Southeast University)
  • Tianyang Zhao (Xi’an Jiaotong University)
  • Wenchuan Wu (Tsinghua University)
  • Qi Wang (The Hong Kong Polytechnic University)

Abstract:
With the widespread integration of distributed energy resources (DERs), the traditional distribution network is evolving into an active distribution network (ADN), posing significant challenges to energy management and operational control. Firstly, the increasing penetration of DERs not only increases the complexity of system operation, but also introduces considerable uncertainty and operational risks, necessitating the exploitation of their active support capabilities. Secondly, the scale and volatility of DERs make timely maintenance difficult and result in reduced modeling accuracy, posing substantial barriers for deploying model-based optimization and control methods in practical engineering implementation. To cope with the rising complexity of active distribution networks, there is an urgent need to develop machine learning-based energy management and operational control approaches, aiming to support operational decision-making with minimal or no reliance on accurate network models. To foster in-depth discussion and interdisciplinary collaboration, we plan to invite 4 leading researchers and practitioners in the field of ADN to share their latest insights and developments. The session will include presentations and a panel discussion to promote exchange between academia and industry.

Session Chair: Marc Cheah–Mane (Universitat Politècnica de Catalunya)

Panelists:

  • Marc Cheah–Mane (Universitat Politècnica de Catalunya)
  • Jun Liang (Cardiff University)
  • Mehdi Ghazavi Dozein (Monash University)
  • Yang Wang (Sichuan University)

Abstract:

Modern power systems face the dual challenge of decarbonization and reliability, increasingly relying on power-electronic converters for renewables, HVDC links, flexible loads, and electrified demand. While converters offer flexibility and controllability, they also introduce new oscillatory instability risks due to their control interactions with the grid. High-penetration of power electronics also leads to low inertia and weak grids, which are scenarios that are more prone to such oscillatory instabilities. Unlike traditional electromechanical instabilities from synchronous machines, modern systems exhibit complex dynamic interactions across a broad frequency spectrum from low-frequency electromechanical and converter-driven oscillations (0.1–6 Hz) to subsynchronous oscillations (6–50 Hz) and high-frequency harmonic interactions (more than 50 Hz). Real-world events illustrate the critical need for advanced analysis and regulations to mitigate these phenomena and ensure stable integration of converter-based resources. This panel session will present insights on oscillatory phenomena and analysis and control methods to address them in modern power system.

Panel Session 5 (PS 5.10): Students and Young Professionals Session
3:30 PM – 5:00 PM | Magnolia Room, Kowloon Shangri-La

Session Chairs:

  • Yan Xu (Nanyang Technological University)
  • Junhua Zhao (Chinese University of Hong Kong-Shenzhen)

Panelists (To be confirmed):

  • Yan Xu (Nanyang Technological University)
  • Junhua Zhao (Chinese University of Hong Kong-Shenzhen)

Abstract:
The information and communication technology continue shifting the modern power system into the “Energy Internet” paradigm. Various resources are controlled by edge-cloud computational resources with information exchange among them via communication system. The architectures, functions, algorithms, and validation tools towards this future vision need to be further investigated. This panel session will call for state-of-the-art works on the topic of advanced Artificial Intelligence for real-time control, operation, and analysis of modern power and energy systems in the paradigm of “Energy Internet”.

Gala Dinner
7:00 PM – 10:00 PM | Grand Ballroom, Kowloon Shangri-La

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WEDNESDAY, 21 JANUARY

Registration
8:00 AM – 12:00 PM | Pre-Function Foyer, Kowloon Shangri-La

CONCURRENT SESSIONS

Panel Session 6 (PS 6.1): iEnergy Journal Session (Part 1)
8:30 AM – 10:00 AM | Harbour Room I, Kowloon Shangri-La

Session Chairs:

Panelists:

Abstract:

The transition to a more resilient power grid is imperative as we face increasing challenges from climate change, aging infrastructure, and growing energy demands. Grid modernization involves the integration of advanced technologies, such as smart grids, energy storage solutions, and digital twin simulations, which enhance the grid’s ability to withstand disruptions. By leveraging these innovations, we can create a more flexible and responsive energy system that not only improves reliability but also promotes sustainability and efficiency. Advancing resilient power grid infrastructure requires a collaborative approach among stakeholders, including government agencies, utility companies, and research institutions. Investment in research and development, coupled with policy frameworks that encourage innovation, is essential for fostering a robust energy ecosystem. By prioritizing resilience in grid modernization efforts, we can ensure that our energy systems are capable of adapting to future challenges while meeting the needs of communities and industries alike. A holistic approach is essential to emphasize critical areas such as power system resilience with cyber-physical system security enhancement, advanced optimization for diverse energy system operations against extreme climates, resilient power grid infrastructure for energy sustainability, vehicle-to-grid scheduling for electric vehicles, and ship-to-grid scheduling for electric ships. Together, these elements will shape the future of the grid modernization ecosystem.

Session Chair:

  • Xinwei Shen (Tsinghua University) E-mail:
  • Qi Wang (Hong Kong Polytechnic University)
  • Zhe Lv (North China Electric Power University)

Panelists:

Abstract:

As the global energy transition accelerates under the carbon neutrality agenda, offshore renewable energy systems are evolving toward higher complexity, tighter coupling, and increased flexibility. Wind power and green hydrogen have emerged as two critical pillars for achieving deep decarbonization in marine regions. However, their integration presents significant challenges due to spatio-temporal intermittency, multi-energy interactions, and the need for robust operational coordination. In particular, wind-hydrogen systems must be jointly managed to address power fluctuations, hydrogen production dynamics, and grid support requirements. This panel addresses the emerging paradigm of “marine new-quality productivity” highlighting the importance of coordinated operation and intelligent control of wind-hydrogen-dominated integrated energy systems. Topics will include multi-energy system modeling, control co-design, resilient scheduling, and data-driven optimization for offshore energy infrastructures. By exploring novel planning and operational strategies, this session aims to identify technological pathways for unlocking the full potential of marine renewable resources while enhancing system-level economic efficiency, operational flexibility, and resilience. To foster focused discussion and interdisciplinary exchange, we plan to invite four leading researchers and practitioners in wind–hydrogen integrated energy systems to share recent advances. The session will feature presentations and a panel discussion to bridge insights from academia and industry.

CONCURRENT SESSIONS

Panel Session 7 (PS 7.1): iEnergy Journal Session (Part 2)
10:30 AM – 12:00 PM | Harbour Room I, Kowloon Shangri-La

Speaker 1: Yun Liu (South China University of Technology)
Title: Quantification and coordination of system strength supply and demand in an IBR–dominated power system

Speaker 2: Linbin Huang (Zhejiang University)
Title: Power system strength and how grid–forming converters improve it

Speaker 3: Xinran Zhang (Beihang University)
Title: Dynamic modeling of power system demand side and its application in power system stability studies

Speaker 4: Lei Chen (Peking University)

Title: Research Progress and Prospects on the AC–DC Conversion and Blocking of Wide–band Oscillations in MMC–HVDC Transmission Systems

Session Chairs:

Panelists:

  • Chengxi Liu (Wuhan University)
  • Yijun Xu (Southeast University)
  • Bendong Tan (Hong Kong Polytechnic University)
  • Tao Xue (the Hong Kong Polytechnic University)

Abstract:

The rapid integration of inverter-based resources (IBRs) such as wind and solar has introduced unprecedented uncertainty and variability into modern power systems. Traditional deterministic security assessment methods are no longer sufficient to capture the stochastic and complex characteristics introduced by IBRs. As a result, there is a growing need for stochastic security assessment that accounts for these uncertainties. This panel will focus on recent advances in stochastic security assessment, including modeling and quantification of uncertainty, stability and resilience under high penetration of IBRs, risk-aware system operation, etc. The speakers will present the latest developments in theory, algorithms, such as artificial intelligence-driven approaches, surrogate modeling techniques, and advanced computational frameworks. The panel will also highlight existing challenges and outline future research directions, with the goal of establishing a foundation for reliable and resilient operation of power systems with high penetration of stochastic IBRs.

CONCURRENT SESSIONS

Speaker 1: Haiwang Zhong (Tsinghua University)
Title: AI–driven Power System Operations and Electricity Market

Speaker 2: Juan Yan (Anhui University)
Title: Probabilistic Scheduling of Energy Storage Considering Source and Load Uncertainties

Speaker 1: Yi Wang (University of Hong Kong)
Title: Closed–loop Learning for Flexible Operation of Thermostatically Controlled Loads

Speaker 2: Jinxing Zheng (Hefei Institutes of Physical Science, Chinese Academy of Sciences)
Title: Research on Large Superconducting Magnets for Fusion Devices: Irradiation, AC Loss, and Stability

Session Chairs:

  • Yuanyuan Sun (Shandong University)
  • Yue Chen (Chinese University of Hong Kong)
  • Rui Xie (Chinese University of Hong Kong)

Panelists:

  • Ying Huang (Zhejiang University)
  • Ningyi Dai (University of Macau)
  • Meng Song (Southeast University)
  • Yue Chen (Chinese University of Hong Kong)

Abstract:
Decarbonizing electric power grids is a critical global initiative to combat climate change, driving the rapid integration of distributed energy resources (DERs) such as solar panels and electric vehicles. However, the inherent uncertainties, nonlinear dynamics, and complex interactions of these DERs present significant challenges for reliable and efficient power system operation. Artificial intelligence (AI) has emerged as a transformative technology, enabling smarter grid management through advanced forecasting, optimization, and autonomous control. This panel brings together four female researchers who will share their latest breakthroughs in applying AI to power systems. Through their innovative work, they demonstrate how AI can unlock new potentials for integrating renewables, improving grid stability, and accelerating the transition to a cleaner energy future. By highlighting these cutting-edge ideas and practical implementations, the session aims to inspire wider adoption of AI in smart grids and emphasize the critical role of female researchers in advancing the global energy transition.

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SUNDAY, 18 JANUARY

Tutorial Sessions
8:00AM – 12:00PM

Welcome Reception 
5:00PM – 8:00PM

We are excited to share that 14 tutorials will be offered at the upcoming 2025 IEEE PES General Meeting.  All courses will be taught by leading professionals from the power and electric industry.  See below for information about the tutorials being offered, including date/time, instructors, and course description.  Educational credits – Professional Development Hours (PDHs) or Continuing Education Units (CEUs) can be earned for your attendance to these classes.

  • Full or one-day event registration plus an additional course fee is required to attend any of these tutorial courses.
  • Registration for these classes will be available via the event registration site, once it opens in February 2025.
  • Tickets to courses may be purchased on-site at the Registration desk if seats are available.

After The Tutorial

  • A promo code will be emailed to attendees to access the PDH/CEU credit in the IEEE PES Resource Center. Education credits will be available 7 days after the completion of the course.

For any questions about these courses, please email LaToya Gourdine, IEEE PES Education Senior Administrator, or call her at +1-732-981-2876.  Thank you.

Instructors: Yifei Guo, Shantha Gamini Jayasinghe, Taulant Kërçi & Lasantha Meegahapola

Power system frequency and voltage control are vital for maintaining power grid stability. With the large-scale integration of power electronic converter-interfaced sources into power grids (e.g., wind farms, solar-PV systems, and battery energy storage systems), the conventional frequency and voltage control strategies are rapidly becoming inadequate due to reduced system inertia and strength. Therefore, new strategies should be deployed to maintain frequency and voltage within acceptable levels stipulated in grid codes/ rules, such as by employing grid forming and grid-supporting inverters. This tutorial will cover the power system frequency and voltage control aspects in converter-interfaced renewable-rich power grids, including the modeling and controlling of grid-forming and grid-supporting inverters. Moreover, the tutorial will also shed light on emerging system support services in frequency and voltage control domains. 

Instructors: Septimus Boshoff, Martin Cameron, Andrew Isaacs, Mikael Halonen, David Langner, & Joe Warner

Due to changing utility infrastructure with regards to increased penetration of inverter-based generation and retirement of conventional generation, dynamic shunt compensation solutions are becoming ever more vital for transmission system operation and reliability. The emergence of Voltage Source Converter (VSC) STATCOMs with and without energy storage has increased potential grid support applications through grid-forming control strategies. This tutorial presents study methodologies covering functional network and performance requirements during different stages of a grid-forming STATCOM project, including Planning, Specification, Design, Manufacturing, and Commissioning. Validation of the performance using hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing will be discussed. Case studies and examples will be presented. 

Instructors: Ricardo Alvarez, Christopher Ray Burge, Hanyue Li, Parag Mitra, & Eknath Vittal

This tutorial will inform attendees of emerging challenges and opportunities in transmission planning and introduce them to methods to address these challenges and take advantage of these opportunities throughout the transmission planning process, with a focus on the execution of quantitative studies. The following challenges and opportunities will be addressed: (a) Extreme weather and natural disasters (challenge). (b) Large-scale loads and other phenomena on the load side (challenge). (c) Decarbonization policies (challenge). (d) New technologies (FACTS, GETs, etc.) (opportunity). First, each of the challenges and opportunities will be addressed separately, covering: (1) Description of the challenge or opportunity. (2) Incorporation into the transmission planning process: (2.1) Modeling and decision-making in quantitative studies. (2.2) Stakeholder consultation and other process requirements. The trainers will then explore how to consider interactions between these challenges and opportunities to ensure transmission planning contributes to supply reliability, affordability, and sustainability. 

Instructors: Jean Mahseredjianl & Hossein Ashourian

The need for modeling and simulation of large grids with IBRs is constantly increasing. This tutorial is about various methods, tools, and techniques on this challenging topic. Practical cases will be presented and analyzed.

Instructor: Manish Patel

This tutorial will consist of basic knowledge of voltage ride-through capability and performance (including fault current injection) of Inverter-Based Resources. The grid-following and grid-forming technologies will be discussed. The tutorial will discuss the latest on short-circuit modeling of IBRs as well as protection considerations based on the experience of various utilities and relay manufacturers for IBR-dominated power grids. 

Instructor: Surekha Deshmukh

The tutorial will cover the role of “Digital interventions” largely in terms of smart metering infrastructure, IOT, sensors, etc., effectively providing real-time operational information, enabling a better understanding of the system, network, assets, etc This rich data will be leveraged for “what-if” scenario modeling in exploring possible ways of decarbonization, innovative breakthroughs, and agile operational models to empower Electricity utility to achieve all sustainability KPIs. The tutorial would provide deep details on how we can use life cycle assessment to compute environmental impact and emission footprint leveraging data of electrical power systems, assets, supply-chain, maintenance activity as well as own operations of Generation, Transmission, and  Distribution Utility industry. The objective is also to share customer-centric opportunities of decarbonization, with active participation of customers in energy transition, demand response, etc. With examples and case studies, the step-wise approach of using LCA will be demonstrated for computing carbon footprint associated with assets such as transformers, GWP value as an impact of transportation associated with supply- chain as well as civil construction work. LCA is a data-driven tool. LCA provides clear visibility of the presence of carbon-intense assets, supply chain, and opportunity for decarbonization via green technology and green new energies. LCA provides hotspots and advisory insights on the life of assets (Transformer), possible effective extending of use of assets like transformers, and the techno-economic impact, with opportunities for reusing, repurposing, and refurbishing a few parts, etc We will also cover the global initiatives of electricity regulatory commissions/organizations towards open data etc and Sustainability reporting and disclosure frameworks /standards including Global Reporting Initiative (GRI), SBTi, Sustainability Accounting Standards Board (SASB, Taskforce on Climate-related Financial Disclosures (TCFD), Taskforce on Nature Related Financial disclosures (TNFD) The takeaway of the tutorial is mainly to provide a comprehensive view on today’s trend of sustainability influenced transformation in Electrical power system along with digitalization and technology embodiment to achieve net zero targets.

Instructor: Doug Houseman

This course is based on work with over 20 utilities during the last decade in creating, updating, and improving the interconnection process for the distribution of connected renewables, storage, electric vehicles, and other interconnections. The course assumes you have a basic understanding of interconnections and why the interconnection process exists. It will cover: how not to do interconnections, how to avoid regulatory complaints, separation of information within the utility to comply with state and federal regulations, what studies need to be done and when to do those studies, recent changes in regulations, and the impact on the process, avoiding bad applications, dealing with bad installers and developers, best practices in timing and payments, reserving rights for future needs, parallel operating agreements, material changes, inspections, the likely impacts of FERC 2222, 901A, 2023A, 841/2/5, and more. The course will be highly interactive, so please bring your questions! 

Instructors: Michael Lewis & Pablo Daniel Paz Salazar

As the State with the largest production of electricity and the largest commercial hydrogen infrastructure, the Texas industry is actively exploring effective synergies. The tutorial will begin with an introduction to hydrogen to provide a common understanding for the remainder of the presentations. The talks and panel discussions will describe how the production, use, and storage of hydrogen have the potential to improve and decarbonize power system operations. Technical, cost, and regulatory realities will be highlighted to provide a perspective on what are short-term opportunities and what are likely many longer-term possibilities.

Instructors: Robert Kerestes & Davis Montenegro

This tutorial introduces the audience to the mathematical background and the implementation of distribution systems dynamic models within open-source power system simulators in the frequency domain. The mathematical content of this tutorial is reviewed for the audience’s awareness of the existing models for representing traditional equipment, such as synchronous machines, and non-traditional devices, such as Inverter Resources (IBR). This introduction will reveal the constraints and requisites for their implementation in computational simulation tools. The implementation of both traditional and non-traditional equipment will be examined using EPRI’s open-source distribution system simulator, OpenDSS, describing the sequence of events for obtaining a successful dynamic simulation, which later is verified with a practical example.

Instructors: Eugenio Carvalheira, Jack Chang, David Dolezilek, Johnnie McCord, & Craig Wester

As utilities around the world begin to explore the potential of IEC 61850 through pilot projects, this standard is emerging as a key enabler for modernizing substation protection, automation, and control. IEC 61850 offers unparalleled interoperability, flexibility, and scalability, transforming how utilities design, manage, and upgrade their systems. This tutorial will provide a comprehensive introduction to the fundamentals of IEC 61850, explaining its core principles, including object modeling, the communication stack, and key communication services. Attendees will learn about the benefits of interoperability that IEC 61850 brings to digital substations, such as reduced engineering efforts, increased system reliability, and seamless multi-vendor integration. Additionally, we will explore the practical challenges of implementing IEC 61850. The tutorial will offer actionable insights on how attendees can apply these concepts to their systems, helping to modernize operations while ensuring future-proof scalability, performance, and reliability. 

Instructor: Manish Patel

The IEEE Std 2800 was published in April of 2022 which specified technical minimum capability and performance requirements for Inverter-Based Resources. This tutorial will provide insights into the origination, details, interpretation, and application of some of the included requirements in the standard. Some lessons are learned as the industry adopts this standard and the corresponding recommended practice for test and verification procedures are being developed in IEEE P2800.2. This tutorial will also highlight these lessons learned which may inform the next revision of the standard. This may include example requirements that may need further clarity and requirements that may need to be fully revised. An informed audience may help in the faster adoption and timely revision of this standard.

Instructors: Djordje Atanackovic, Sarma NDR Nuthalapati, Veera Raju Vinnakota, Michael Ziwen Yao, & Qing Zhu

State Estimator technology has been in use in Control Centers for over 3 decades. It is still a challenge to support the State Estimator (SE) 24 x 7 due to its critical role in ensuring Grid reliability and in supporting operational decision-making tools in real-time, more so due to the extensive penetration of renewables. Due to its scope and complexity, it is still perplexing to many who are involved in supporting the tool. The tutorial provides several key aspects including the criticality of SE, the extent of network model choice of detail, solution quality, tuning, and 24 x 7 support system all of them in a nutshell. This tutorial provides a basic understanding of State Estimator as used in the industry, its criticality in control centers in operating the grid reliably and provides insights into industry practices to support 24 x 7 and provides the challenges due to renewable penetration. This tutorial is taught by industry practitioners beginning as frontline engineers and managing the technology over years of experience. The tutorial is suitable for students, engineers, managers, and researchers to provide support and practical solutions.

Instructors: Fabio D’ Agostino, Alex Papalexopoulos & John Prousalidis

Global concerns for sustainable decarbonization encompass all sectors including the maritime one which comprises inter alias ships and their hosting places, ports. Thus, the decarbonization of inland power grids needs to comply with the maritime one and serve one another in a mutually beneficial way. Within this context, electrification is proven to be the ultimate means, esp. in the case of “shore-to-ship” electrical interconnection (often met as “cold ironing”) which means that the ships while at berth in ports, shutdown their engines and are supplied from the inland Grid, the energy of which is based on environmental friendly Renewable Energy Sources (RES). Major challenges consist of the huge amounts of power a ship needs (varying from 200 kW up to 15 MW) as well as voltage transformation, frequency conversion, and earthing compatibilities. Anyhow, the existing or under-development-related technology is proven to, from the maturity point of view, be readily available. This maturity is enriched and supported via the set of IEEE standards for ships (IEEE 45.1-.8 series developed within IEEE/PES/MSCC), while for ports with ship interconnections (IEC/ISO/IEEE 80005-1/2/3). Moreover, IEEE/EPPC has just launched a new policy document on “smart and sustainable ports” providing the roadmap towards the successful implementation and operation of the decarbonization of ports, while the ICA-22-13 keeps identifying gaps and missing links. Hence, the tutorial aims at presenting the partial objectives of the electrification of ports in terms of planning from the TSO and DSO point of view, designing the high-power networks needed and integrating them into the existing infrastructure of the ports as well as connecting them to the main Grid, operating them via well-trained personnel and using appropriate business models with viable pricing policy of electricity while complying with the free market frameworks. Within this context, the specificities of the emerging challenge of port electric distribution networks in combination with modern ship electric networks will be analyzed and discussed. In all cases, the parallel developments of power grids (smart grids, microgrids, smart metering, flexibility, demand side response, and resilience) will be commended.

Instructors: Ray Byrne, Babu Chalamala, Richard Fioravanti, Tu Nguyen, Chris Searles, & Charlie Vartanian

There is a consensus in the industry that deep decarbonization in the electric power system will not be achieved without a combination of storage technologies, with durations ranging from short-term to emerging, advanced long-term technologies. This decarbonizing the power system will likely require high penetration of variable renewable technologies such as wind in solar. The intermittent nature of these technologies, at high penetration levels, has the potential to create gaps in power delivery. These gaps can be from short-term fluctuations with over/under supply, or long-term issues related to weather patterns. Energy storage can fill these gaps with technologies that can align with each of the power gaps that may arise when efforts to decarbonize the power sector lead to renewable penetration levels in the range of 70-100%. Hence, this tutorial will focus on energy storage technologies and help participants understand storage technologies and how best to apply short-term and long-term technologies to the challenges created by high penetration of renewables. The tutorial will help attendees understand all aspects of short and long-duration storage in a session that covers (1) technologies – short and long duration, (2) challenges created by high penetration of renewables, (3) applications for energy storage and markets that can support those technologies in a deeply decarbonized power system, (4) latest updates on standards for deploying storage, and (5) a review of safety issues with the technologies.

MONDAY, 19 JANUARY

Registration
8:30AM – 5:00PM

Opening Ceremony for “Green Energy Week”
9:00AM – 9:40AM

Academician Forum and Industry Forum
9:40AM – 11:00AM

PES Members Meeting
11:20AM – 11:50AM

Panel Sessions / Committee Meetings
11:50AM – 5:00PM

Poster Sessions
11:50AM – 5:00PM

TUESDAY, 20 JANUARY

Registration
8:00AM – 5:00PM 

Panel Sessions and Committee Meetings
8:30AM – 5:00PM

Awards Dinner
7:00PM – 10:00PM

Instructor: Brent Olsen
Brent has 16 years of experience working at Electric Utilities Arizona Public Service (APS), Salt River Project (SRP), and Portland General Electric (PGE).  He has degrees in Electrical Engineering, Energy Policy and Management, Spanish, MBA & PMP.  He has been a Distribution Engineer, Transmission Engineer, and Generation engineer and is currently a Project Manager for Dispatchable Standby Generation.  He teaches basics of electricity courses at Portland General Electric, Clackamas Community College, and a variety of other groups.  Brent lives in Portland with his wife and 3 energetic boys.

Course Description:
The focus of this course is to provide a fundamental foundation in electric power systems, from basic formulas to the planning, operations, and equipment involved in generating, transmitting, and distributing electric power. Basic electrical terminology will be explained in simple-to-understand language about the design, construction, operation, and maintenance of power plants, substations, and transmission and distribution lines. Anyone who is involved in some way with the electric utility industry can benefit from attendance at this course. 

Topics covered in the course include an introduction to the fundamentals and basic formulas of electricity as well as the equipment involved in the electric power system. An overview of generation, substations, transmission, distribution, and utilization is provided. Protection, reliable operation, and safety are among the topics covered.

WEDNESDAY, 21 JANUARY

Registration
8:00AM – 12:00PM

Panel Sessions and Committee Meetings
8:00AM – 5:00PM 

Technical Visit
8:00AM – 5:00PM