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

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

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