IEEE 18th International Symposium on Power Electronics for Distributed Generation Systems (PEDG 2027)

The IEEE 18th International Symposium on Power Electronics for Distributed Generation Systems (PEDG 2027) explores advancements in power electronics for distributed generation, covering energy storage, sustainable power conversion, emerging renewable technologies, and integration with transmission and distribution systems.

Key Topics

• Energy Storage Systems
  • Power electronics for charging and operation of electric, hybrid electric, and plugin hybrid electric vehicles
  • Power electronics for battery, supercapacitor, and hybrid energy storage systems
  • Energy management, planning and sizing of energy storage, and power converter systems for various cases including peak shaving, intermittency mitigation etc
• Power Electronics for Sustainable Sources
  • High-efficiency and high reliable power conversion for sustainable sources using new topologies, WBG devices and magnetic materials
  • Power converters/controls for wind, solar, wave, and hydrogen
  • Monitoring, protection and standards of DG systems
  • Solid State Transformers, and medium/high voltage DC distribution/transmission
• Emerging Topics on Renewables
  • Cybersecurity issues, artificial intelligence and big data used in renewable energy systems
  • Power semiconductors and its monitoring/characterizations for distributed generation power electronics
  • Real-Time simulation, Hardware-In-the-Loop validation, Mission profile emulation for renewable energy components/systems
  • Energy policy and public policy issues relating to power electronics based distributed and sustainable generation systems
• Distributed Generation Interacting with Power Transmission and Distribution Systems
  • Distributed generation power electronics and electric power quality - voltage, frequency, harmonics impacts and mitigation
  • Microgrids and nanogrids - grid interconnected and islanded operation
  • Power electronics as power stations: grid forming, demand response, high penetration of distributed generation in the grid, and renewables generation forecasting