📚︎Track 1: Integration of Smart Grid and New Energy

Renewable Energy (PV/Wind) Friendly Access Technology for Smart Grids; Computational Intelligence-Driven Dynamic Optimal Scheduling of Smart Grids; Cooperative Control Strategy for Microgrids and Main Grids; Renewable Energy Power Prediction and Fluctuation Suppression in Smart Grids; Intelligent Control and Energy Management of DC Microgrids; Cluster Control of Distributed Generation in Smart Grids; Stability Analysis of Smart Grids with High Renewable Energy Penetration; Application of Computational Intelligence in Grid Fault Diagnosis and Restoration; Flexible Load Interactive Response Technology for Smart Grids; Cross-Regional Renewable Energy Complementary Scheduling in Smart Grids;

📚︎Track 2: Low-Carbon Energy System Planning and Operation

Life-Cycle Planning Method for Low-Carbon Energy Systems; Computational Intelligence-Optimized Low-Carbon Operation Strategy of Energy Systems; Collaborative Planning of Renewable Energy Bases and Load Centers; Low-Carbon-Oriented Capacity Configuration of Integrated Energy Systems; Carbon Flow Tracking and Low-Carbon Optimization of Energy Systems; Robust Operation of Low-Carbon Energy Systems Under Uncertainty; Urban-Rural Integrated Low-Carbon Energy Network Planning; Application of Computational Intelligence in Carbon Emission Prediction of Energy Systems; Grid Operation Optimization Oriented to Renewable Energy Accommodation; Multi-Objective Optimization Design of Low-Carbon Energy Systems;

📚︎Track 3: Computational Intelligence and Energy System Control

Machine Learning-Driven Adaptive Control of Energy Systems; Application of Reinforcement Learning in Microgrid Energy Management; Fuzzy Logic Control-Optimized Renewable Energy Generation Systems; Application of Neural Networks in Power Electronic Device Control; Computational Intelligence-Driven Charging and Discharging Control of Energy Storage Systems; Multi-Agent Collaborative Distributed Control of Energy Systems; Application of Deep Learning in Energy System Condition Monitoring; Energy System Control Parameter Tuning Optimized by Evolutionary Algorithms; Application of Computational Intelligence in Robust Control of Energy Systems; Intelligent Fault-Tolerant Control Technology for Renewable Energy Generation Systems;

📚︎Track 4: Energy Storage Technology and Low-Carbon Synergy

Low-Carbon Scheduling Technology for Synergy Between Energy Storage and Renewable Energy; Computational Intelligence-Optimized Configuration and O&M of Energy Storage Systems; Application of Long-Duration Energy Storage Technology in Renewable Energy Accommodation; Intelligent Control Strategy for Energy Storage Participating in Grid Frequency and Peak Regulation; Collaborative Optimal Operation of Distributed Energy Storage and Distribution Networks;

📚︎Track 5: Energy Trading and Market Mechanisms

Trading Modes and Mechanism Design of Smart Energy Markets; Blockchain-Enabled Peer-to-Peer Trading Technology for Renewable Energy; Application of Computational Intelligence in Energy Market Price Prediction; Smart Energy Trading Optimization with Demand Response Participation; Cross-Regional Renewable Energy Trading Collaborative Mechanism;

📚︎Track 6: Integration of Smart Cities and Intelligent Energy

Construction of Integrated Energy Service Platform for Smart Cities; Renewable Energy Integration and Intelligent Management of Urban Building Complexes; Smart City Transportation-Energy Collaborative Optimization; Computational Intelligence-Driven Energy Demand Prediction for Smart Cities; Shared Economy Model of Distributed Energy in Smart Cities;

📚︎Track 7: Innovation in Sustainable Energy Technology

Innovation and Application of High-Efficiency PV/Wind Power Generation Technology; Application Technology of Hydrogen in Low-Carbon Energy Systems; High-Efficiency Conversion and Utilization Technology of Biomass Energy; Optimization of Marine Energy (Tidal/Wave) Power Generation Systems; Energy Efficiency Improvement Technology of Renewable Energy Generation Systems;

📚︎Track 8: Energy System Management and Standard

Digital Management Platform for Smart Energy Systems; Intelligent O&M Technology for Low-Carbon Energy Systems; Construction and Application of Standard System for Smart Energy Systems; Information Security Protection Technology for Energy Systems; Evaluation and Certification Standards for Low-Carbon Energy Projects;