📚︎ Track 1: AI Applications in Energy Systems

Machine Learning in Power Systems

Deep Learning for Load Forecasting

Reinforcement Learning for Energy Scheduling & Optimization

Computer Vision for Energy Facility Inspection

Natural Language Processing for Energy Document Analysis

Explainable AI in Energy Decision-making

Federated Learning in Distributed Energy

Generative AI for Energy Simulation

Graph Neural Networks for Grid Topology Analysis

📚︎ Track 2: Digital Energy & Smart Grid

Smart Grid Architecture & Communication Technologies

Distributed Energy Resources & Microgrid Management

Virtual Power Plants & Demand Response

Energy Internet & Cyber-Physical Systems

Digital Twins in Power Grids

Blockchain in Energy Trading

Advanced Metering Infrastructure & Data Collection

Grid Situational Awareness & Fault Diagnosis

Active Distribution Network Optimization & Control

📚︎ Track 3: Renewable Energy & Smart Energy Management

Solar & Wind Power Forecasting

Intelligent Energy Storage Management & Optimization

Integrated Energy System Planning & Operation

Electric Vehicle & Grid Integration

Multi-energy Complementarity & Cascade Utilization

Carbon Peak & Neutrality with Smart Energy

Energy Efficiency Assessment & Optimization

Hydrogen Energy & Smart Energy Systems

Building Smart Energy Management

Energy Markets & Ancillary Services

📚︎ Track 4: Energy Big Data & Digital Platforms

Energy Big Data Storage & Processing

Energy Data Quality & Governance

Cloud Computing & Edge Computing in Energy

Internet of Things for Energy Monitoring

Energy System Cybersecurity

Smart Energy Platform Architecture & Interoperability

Energy Data Visualization & Decision Support

Energy Digital Assets & Trading Platforms

Energy Simulation & Digital Twin Platforms

AI-driven Energy Metering & Data Analytics