(Including but not limited to the following topics)
Track 1: Energy Engineering
Renewable Energy
Solar energy, biomass energy, wind energy, wave and tidal energy
Geothermal energy, nuclear energy, bioenergy
Hydrogen and fuel cells
Energy materials, energy management systems, energy development and utilization
Nuclear energy engineering
Biodiesel fuel
Photovoltaic systems and solar engineering
Wind power generation, solar cell technology
Building energy efficiency, distributed power generation
Coal pollution control
Sustainable utilization of bioenergy, carbon neutral technology, etc.
Track 2: Photovoltaic Materials
Perovskite solar cell materials and devices
Organic semiconductors and flexible optoelectronic devices
Photo detectors and image sensor technology
Amorphous, nanocrystalline and quantum dot photovoltaic materials
Light-emitting diodes (LED/OLED/Micro-LED) materials
Synthesis and application of photocatalytic materials
Nonlinear optical materials and photonic crystals
Photovoltaic functional films and surface coating technology
Photovoltaic properties of two-dimensional materials (graphene, transition metal sulfides, etc.)
New infrared and terahertz photovoltaic materials
Track 3: Energy Storage Technology
Key materials and technologies for lithium/nickel/kalium ion batteries
Solid electrolytes and high-safety solid batteries
New generation supercapacitors and their composite materials
Flow batteries and large-capacity energy storage systems
Hydrogen and fuel cell technology (catalysts, proton exchange membranes)
Thermal storage materials and thermochemical energy storage technology
Battery management systems and state monitoring
Waste battery recycling and secondary utilization technology
Topology structure and control of hybrid energy storage systems
Economic evaluation for grid-level energy storage ......