☀Power Electronics and Energy Conversion

• Power electronic devices and components

• Power conversion technologies

• Power electronics for renewable integration

• High-efficiency power conversion

• Power electronic drives and applications

• Grid-connected power converters

• Wide-bandgap power devices

• Power electronics reliability and diagnostics

• Modeling and control of power converters

• Power quality and harmonic mitigation

• Power electronics for transportation systems

• Power electronics for microgrids

• Thermal management in power electronics

• Power conversion for energy storage

• Advanced control of power electronic systems

☀Smart Grid, Microgrid, and Energy Internet

• Energy internet technologies

• Smart grid architecture and technologies

• Microgrid and nanogrid systems

• Distributed energy resources integration

• Energy management systems

• Demand response and load management

• Renewable energy forecasting

• Energy storage systems and applications

• Electric vehicle charging and grid interaction

• IoT applications in smart grids

• Communication technologies for smart grids

• Cybersecurity for smart grids

• Data analytics for smart grid operation

• Intelligent monitoring and sensing

• Grid-edge intelligence and control

☀Power System Analysis, Operation, and Control

• Power system modeling and simulation

• Power system operation and management

• Power system stability and dynamics

• Power system state estimation

• Power system protection and relaying

• Power system fault analysis

• Power system optimization

• Load forecasting and demand analysis

• Power system planning and expansion

• Grid resilience and reliability

• High-voltage transmission technologies

• Flexible AC transmission systems (FACTS)

• Power system monitoring and diagnostics

• Power system automation

• Power system control strategies

☀ Emerging Technologies in Power and Energy Systems

• AI and machine learning for power systems

• Big data analytics in energy systems

• Digital twins for power systems

• Edge and cloud computing in energy applications

• Advanced metering and measurement

• Building energy management systems

• Power system cyber–physical security

• Electrification of transportation

• Low-carbon and sustainable energy systems

• Hybrid AC/DC power systems

• Power system resilience enhancement

• Advanced control in energy systems

• Optimization methods for energy applications

• Intelligent fault detection and diagnosis

• Next-generation power system technologies