📚︎Track 1: Renewable Energy Generation Technologies

· Photovoltaic systems and technologies

· Wind energy conversion and wind power systems

· Hydropower and ocean energy

· Biomass and bioenergy

· Geothermal energy

· Hydrogen energy and fuel cell technologies

· Hybrid renewable energy systems

· Ambient energy harvesting technologies

· Distributed generation systems

· Off‑grid and remote area power supply

📚︎Track 2: Power Systems and Grid Integration Technologies

· Power system planning, operation and control

· Renewable energy grid integration and interconnection

· Smart grids and advanced metering technologies

· Microgrids and virtual power plants

· Power system stability and reliability

· Power quality and harmonic suppression

· Transmission and distribution systems

· High‑voltage engineering and insulation technology

· Flexible AC/DC transmission systems

· Fault diagnosis and protection systems

📚︎Track 3: Energy Storage and Conversion Technologies

· Battery energy storage systems

· Supercapacitors and hybrid energy storage

· Pumped hydro storage and compressed air energy storage

· Thermal energy storage

· Energy storage systems and hydrogen storage technologies

· Power electronics for energy conversion

· Electric machines and drives

· Power converters and inverters

· High‑efficiency power conversion and regulation

· Wireless power transfer technologies

📚︎Track 4: Smart Energy Systems and Digital Technologies

· Artificial intelligence in power system optimization and control

· Digital twin and simulation technologies for energy systems

· IoT sensing and big data analytics for smart grids

· Energy blockchain and trading technologies

· Advanced sensing and signal extraction technologies

· Condition assessment and predictive maintenance of electrical equipment

· Cyber‑physical system security and protection

· Optimization algorithms for energy systems

· Demand response and load regulation

· Cloud‑edge collaborative computing and energy simulation

📚︎Track 5: Electrical Materials, Devices and Emerging Technologies

· Wide‑bandgap semiconductor devices (SiC, GaN)

· Advanced power electronic devices and packaging

· Superconducting materials and their applications

· Nanomaterials for energy applications

· High‑frequency magnetic components and transformers

· MEMS and electrical sensors

· Flexible and printed electronics

· Dielectric and insulating materials

· Electromagnetic compatibility and electromagnetic interference

· Emerging materials for next‑generation energy devices

📚︎Track 6: Energy Sustainability and Interdisciplinary Fields

· Low‑carbon energy transition and techno‑economic analysis

· Energy techno‑economics and electricity markets

· Carbon capture, utilization and storage technologies

· Life‑cycle assessment of energy systems

· Energy efficiency improvement technologies

· Green buildings and urban energy systems

· Electric vehicles and vehicle‑to‑grid (V2G) technologies

· Integrated energy systems and multi‑energy complementarity

· Energy system resilience and reliability

· Carbon emission accounting and carbon footprint analysis