This session explores the technological backbone of the next-generation electric power system. The focus is on Grid Modernization and Digital Transformation, utilizing smart hardware and advanced communications to build a highly intelligent and observable network. A key area is High-Penetration Renewables Integration, addressing the technical challenges of managing massive, variable clean energy sources. We will delve into innovations in Advanced Transmission Technologies like High Voltage Direct Current (HVDC) and Flexible AC Transmission System (FACTS) to enhance capacity and stability. The program includes presentations on strategies for Cyber Resilience to safeguard critical Operational Technology (OT) and discussions on developing Next-Generation Market Structures that facilitate transactions across a decentralized grid. This session offers critical insights into the architecture of a smarter, more dynamic, and interconnected power system.

• Digital Grid Upgrade (e.g. Smart substations, digital twins)
• Renewables Integration
• DC-grids (i.e. HVDC, MVDC, LVDC)
• Resilience
• Market Innovation (i.e. platforms or markets for decentralized and decarbonized grids)

This session is dedicated to the technologies that ensure reliability, power quality, and operational efficiency in complex power networks. A primary focus is on Grid-Scale Energy Storage Systems (ESS), examining their role in frequency regulation, stability, and load leveling. We will explore the development of Microgrids and Advanced Grid Control using Artificial Intelligence/Machine Learning (AI/ML) to optimize power flow, manage voltage, and ensure quick response to disturbances. Crucial topics feature Smart Load & Demand-Side Management (DSM) for actively shaping consumption patterns, and leveraging high-resolution AMI Data Analytics for loss reduction and system intelligence. This session highlights achieving cost-effective dispatch through Asset Performance Management (APM) and sophisticated operational planning, maintaining continuous, high-quality power delivery.

• Energy Storage System (ESS)
• Microgrid Control
• Demand Optimization (DSM)
• AI Grid Control (AI/ML implementation)
• Asset Performance Management (APM)
• Virtual Power Plant (VPP)
• Fault Diagnosis

This session addresses the transformative technologies required to achieve net-zero emissions within the energy sector. We will examine holistic Decarbonization Pathways and System Modelling to guide the transition process. A significant focus is on Power-to-X (P2X) and Green Hydrogen, exploring the production, storage, and utilization of hydrogen as a clean energy carrier and dispatchable power source. The program welcomes presentations on Carbon Capture, Utilization and Storage (CCUS) for hard-to-abate emissions. Furthermore, the session explores Sector Coupling and Electrification, where the power grid integrates with transportation and industry to drive broader emission reductions. This session showcases the innovative solutions driving the energy transition toward a sustainable, low-carbon future.

• Decarbonization Pathways (Solar, Wind)
• Carbon Capture, Utilization and Storage (CCUS)
• Fuel Diversification in Power Generation (Hydrogen and Ammonia)
• Sustainable Sources (e.g. Bioenergy)
• Sector Coupling
• Smart Power Plants (e.g. IDPP, Intelligent Digital Power Plant)

This session centers on technologies and strategies that enhance the resilience, safety, and environmental responsibility of the energy industry. Am major theme is Extreme Weather and Climate Change Adaptation, focusing on safety of employees at Work (Occupational Health and Safety) by the engineering for “hardening” critical infrastructure against increasing physical threats. We will examine Intelligent Asset Health Management (I-AHM), utilizing AI and sensors for predictive maintenance and enhanced worker safety. Essential for rapid recovery are Disaster Response Automation and Wide Area Monitoring System/Phasor Measurement Unit (WAMS/PMU) Integration, enabling quick fault isolation and operational continuity. Finally, the session covers Environmental Monitoring and Impact Mitigation to ensure regulatory compliance and responsible operations, alongside the critical topic of Integrated Cyber-Physical Security for control systems OT.

• Occupational Health and Safety
• Infrastructure Hardening (i.e. advanced monitoring and sensors)
• Predictive Maintenance
• Disaster Response Automation
• Environmental Compliance
• Cyber Security and Robotics/Drone
• AI enhanced Safety