Track 1: Power Electronic Devices, Converters, and Systems
- Power electronic devices and components, including SiC and GaN wide-bandgap semiconductors
- Device physics, packaging, thermal management, reliability, testing, and lifetime assessment
- AC/DC, DC/DC, DC/AC, and AC/AC converter topologies
- Inverter, rectifier, and high-frequency power-conversion technologies
- Converter modeling, modulation, and advanced control
- High-efficiency, high-density, and high-power conversion systems
- Power electronic transformers and solid-state transformers
- Wide-bandgap semiconductor optoelectronic devices
- Optical characterization, inspection, and reliability testing of power devices
Track 2: Smart Grid Technologies and Power System Operation
- Smart grid technologies and intelligent power systems
- Power system operation, control, planning, and optimization
- Grid stability, reliability, protection, and power quality
- Distributed energy systems and microgrids
- Grid monitoring, fault diagnosis, and predictive maintenance
- Advanced grid management technologies
- Optical sensing and monitoring for grid infrastructure
- Fiber-optic sensing for equipment condition monitoring
- Optical measurement and diagnostics for power systems
- Renewable-energy technologies and renewable-energy integration
- Photovoltaic, wind-power, hydrogen-energy, and hybrid energy systems
- Energy storage systems, battery technologies, and battery management
- Distributed generation and energy management systems
- Microgrids and future energy networks
- Sustainable and low-carbon energy systems
- Photovoltaic energy-conversion devices and systems
- Photoelectric energy harvesting and energy-storage technologies
- Optical monitoring and diagnostics for renewable-energy systems
- Power system automation and intelligent control technologies
- Artificial intelligence and data-driven methods in power systems
- Digitalization of power grids and the Internet of Energy
- Energy Internet and smart energy applications
- Data-driven energy systems and digital twins
- Intelligent operation and maintenance of electrical equipment
- Optoelectronic intelligent sensing systems
- Vision-based inspection of power equipment and grid infrastructure
- Optical-information-driven fault diagnosis and multi-sensor fusion
Track 5:Optical, Photonic, and Optoelectronic Technologies for Energy Systems
- Photonic integrated devices and photonic integrated circuits
- Optoelectronic detection, optical sensors, and intelligent sensing systems
- Semiconductor optoelectronic devices and wide-bandgap optoelectronics
- Piezo-photoelectric, ferroelectric, and photoelectric energy-conversion devices
- Photovoltaic materials, photovoltaic devices, and photoelectric energy harvesting
- Optical measurement, computational imaging, and intelligent optical inspection
- Self-powered sensors, energy harvesting, and integrated sensing systems
- Optical and photonic technologies for renewable-energy systems and smart grids
- Optoelectronic devices for energy equipment monitoring and fault diagnosis