►AI-Driven Smart Grid Architectures and Digital Twins
►Communication-Based Control and Protection
►Energy Transfer and Interactive Technologies
►Integration of Distributed Energy Resources
►Large Power Grid Safety and Stability Control
►Large-Scale Energy Storage Systems
►National/Global Energy Interconnection
►Smart Grid Implementation and Field Trials
►Smart Grid Load Forecasting and Energy Management
►Smart Grid Security, Resilience, and Reliability Management
►Smart Grid Testing, Assessment, and Standardization
►Edge Computing and IoT in Power Systems
►Blockchain for Energy Transactions and Grid Security
►5G/6G Communication Technologies for Smart Grids

►Hydropower Engineering and Pumped Storage
►Photovoltaic Systems and Solar Energy Engineering
►Wind Energy Engineering and Offshore Wind Farms
►Multi-Energy Complementarity and Hybrid Systems
►Renewable Energy Grid Integration and Stability
►Renewable Energy Forecasting with AI/ML Techniques
►Renewable Energy and Zero-Carbon Buildings
►Renewable Energy Economics, Policy, and Carbon Trading
►Renewable Energy and Carbon Emission Reduction Pathways
►Green Hydrogen Production and Storage
►Ocean/Tidal/Wave and Other Emerging Renewable Sources
►Lifecycle Assessment and Sustainability of Renewables

►Electricity Market Design and Power System Economics
►Energy Use in Industry and Energy Efficiency Technologies
►Power Generation, Transmission, and Distribution Innovations
►Energy Storage and Distributed Energy Resources (DERs)
►AI-Based Fault Monitoring and Predictive Maintenance
►New Materials and Devices for Power Systems
►High Voltage Systems, HVDC, and FACTS Devices
►Intelligent Monitoring and Outage Management
►Power Electronics and Drives
►Electric Vehicles (EVs) and Vehicle-to-Grid (V2G) Technologies
►Virtual Power Plants (VPPs) and Aggregator Business Models
►Demand Response and Flexible Load Management
►AI/ML Applications in Power Market Trading and Pricing
►Carbon Neutrality Pathways and Energy Transition Strategies