(Including but not limited to the following topics)
Track 1: Energy Storage Materials
Energy storage devices and systems
Thermal energy storage, mechanical energy storage
Wind energy storage, hydrogen energy storage
Inductive energy storage
Hydroelectric energy storage power generation
Capacitor energy storage system
Solar cells, fuel cells, lithium batteries
Capacitors, supercapacitors
Electrochemical energy storage
Oil and gas resource engineering
Hybrid energy systems
Nanomaterials, new energy materials
Electronic and magnetic materials
Photovoltaic materials, silicon materials
Electrical materials
Track 2: Energy Conversion
Power transmission and distribution
New energy power generation systems and grid connection technologies
Motor system fault diagnosis
Electrical rail transportation
Energy-saving buildings
Motors and drivers
Energy storage technology
Motor system modeling and analysis
Power converters
Smart grid
Control strategies and algorithms
Motor system design and optimization
Power quality
Electrical automation and power engineering
Track 3: Semiconductor Physics
Semiconductor spin physics and topological phenomena
Semiconductor nanotechnology and devices
Wide/narrow bandgap semiconductors
Compound semiconductors
Magnetic semiconductors, organic semiconductors
Optoelectronic and photovoltaic devices
Semiconductor physics
Semiconductor quantum computing
Microwave photonic device physics
Semiconductor materials and device reliability
Semiconductor manufacturing and applications
Statistical physics
Quantum phases, quantum simulation
Nanomagnetism, nanomaterials
Nanophysics and technology