The topics of interest for submission include, but are not limited to:
◕ Other Tracks:
Topic 1: AI-driven Renewable Energy Prediction and Load Modeling
- AI-Driven Joint Prediction of PV/Wind Power and Grid Load
- Machine Learning-Enabled Uncertainty Quantification of Renewable Energy Output
- Multimodal Data Fusion for Short-Term/Long-Term Grid Load Forecasting
- Generative AI for Renewable Energy Generation Prediction Under Extreme Weather
Topic 2: HESS Capacity Configuration and Charge/Discharge Optimization
- Reinforcement Learning for Real-Time Charging-Discharging Scheduling of HESS in Smart Substations
- AI-Driven Multi-Objective Capacity Configuration of HESS (Cost-Stability-Lifespan)
- Deep Learning-Enabled Dynamic Optimization of HESS Charging-Discharging Strategies
- AI-Optimized HESS Grid Auxiliary Services Across Multi-Time Scales
Topic 3: HESS Life Cycle Cost and Grid Stability Enhancement
- AI Pathways for Lifecycle Cost-Efficiency Optimization of HESS
- AI-Driven Dynamic Optimization Mechanism for Grid Costs
- AI-Based Frequency/Voltage Stability Control of HESS-Coordinated Power Grids
- AI Scheme for Grid Fluctuation Suppression by HESS Under High Renewable Energy Penetration
Topic 4: Digital Twin and Intelligent Operation & Maintenance of HESS
- Digital Twin-Enabled HESS Health Monitoring and Predictive Maintenance
- AI-Driven Fault Diagnosis and Fault-Tolerant Control of HESS
- Cross-Domain Digital Twins for HESS-Grid Collaborative Optimization
Topic 5: Policy Awareness and Market Mechanism Innovation
- Policy-Aware Economic Models for Smart Grids Under Carbon Constraints
- Blockchain-Enabled Distributed HESS Energy Trading Mechanisms
- AI-Optimized Trading Strategies for HESS Participating in Auxiliary Service Markets
Topic 6: Trustworthy AI and HESS-Grid Security Integration
- Trustworthy AI for Safety-Critical HESS-Grid Integration
- Robustness Enhancement of AI Models and HESS-Grid Security Protection
- Scalable AI Solutions for Large-Scale HESS Cluster Collaboration