Advanced Energy Technologies and Carbon-Neutral Engineering

Advanced energy conversion principles and systems
Battery technologies and electrochemical energy storage
Carbon capture, utilization, and storage (CCUS) technologies
Carbon footprint quantification and lifecycle engineering
Carbon-neutral and net-zero energy system design
Co-optimization of renewable and nuclear energy systems
Fuel cell systems and hydrogen applications
High-efficiency power generation technologies
Hydrogen production and storage technologies
Industrial decarbonization technologies
Low-carbon energy infrastructure technologies
Multi-energy complementary systems
Negative emission and carbon reduction technologies

Renewable Energy Integration and Smart Energy Systems

Active distribution networks
Cyber-physical energy systems
Digital power systems
Digital twins for energy systems
Distributed energy resources (DERs)
Energy hubs and integrated energy systems
Energy management systems and optimal dispatch
Energy system modeling, simulation, and optimization
Energy system resilience and security engineering
Intelligent energy systems and AI applications
Large-scale renewable energy integration
Marine energy systems
Microgrids and smart grids
Offshore wind energy systems
Photovoltaic systems and grid integration
Sector coupling technologies (electricity–heat–gas–hydrogen)
Wind power generation, control, and forecasting

Power Systems, Power Electronics, and High-Voltage Engineering

Electric drives and motion control systems
Flexible AC/DC transmission systems
Grid-forming and grid-following converter technologies
High-voltage engineering, HVDC, and FACTS
Power electronics and converter technologies
Power quality analysis and mitigation technologies
Power system stability, protection, and reliability
Predictive maintenance and fault diagnostics
Smart substations
Wide bandgap semiconductor devices and applications