2026 International Conference on Materials Chemistry, Energy Science, and Low Carbon Development

Material Chemistry: Electrochemical materials Microstructure material design new energy materials Chemical Physics Optical Materials Bionic intelligent materials Processing, Manufacturing, and Application Energy Science: Renewable energy technologies (wind, solar, biomass, geothermal/tidal, etc.) Solar photovoltaic and thermal technologies Wind Power Generation Technology and Systems energy storage technology Hydrogen production and storage technologies from renewable energy Integrated technologies for wind, solar, and energy storage Hybrid Energy Systems and Multi-Energy Complementarity New Energy Power Generation Technology Nuclear Power Technology and Utilization Hydropower and Ocean Energy Advanced Thermal Energy Engineering and Energy-saving Technologies Low-carbon development: Carbon Energy System Full Life Cycle Planning Method Low-carbon operation strategies for energy systems optimized by computational intelligence Coordinated Planning of New Energy Bases and Load Centers Capacity Configuration of Integrated Energy Systems with Low-Carbon Orientation Carbon Flow Tracking and Low-Carbon Optimization in Energy Systems Robust Operation of Low-Carbon Energy Systems Under Uncertainty Planning for a Low-Carbon Energy Network in Urban-Rural Integration