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Authors are invited to submit abstracts covering, but not limited to, the following areas:


Track1: Physical energy storage
● Mobile energy storage
● Energy storage materials and manufacturing
● Building thermal engineering, energy saving
● pumped storage power station
●Energy conservation and emission reduction, clean and efficient utilization of coal and solid waste treatment
● Renewable energy uses energy storage
● Heat and mass transfer in an aeroengine
● Thermal Energy Storage, Energy Saving
● Energy conversion cycle, renewable energy, hydrogen energy storage system, adsorption energy system
● Efficient heat storage, thermal mechanical energy storage technology
● Photothermal power generation, fuel conversion, energy storage porous media, micro-nano structure heat and mass transfer
● Integrated energy system, heat Storage technology, thermal economy analysis
●Micro energy recovery, energy storage flexible thermoelectric, phase change heat storage materials
● Thermal energy storage formulation, chemical engineering
●Clean Energy, Smart Energy, Energy Storage, Renewable Energy, Hydrogen Energy, Solar Energy
● Energy storage, wood science
● CCS, Thermal Energy storage, CSP
●Indoor Air Quality 、Computational Fluid Dynamics、- Two-way Fluid Structure Analysis
● Cooling and heating system, thermoacoustic technology
● Energy Storage、Phase Change Material
●Micro/Nanoscale Heat Transfer,  Sustainable Building Materials, Building Energy Saving
● PCM thermal storage system, thermal design and optimization, PCHE
● High temperature energy storage and energy saving
● Intelligent flow control and thermal management technology

Track2: Chemical energy storage and others
● Thermal chemistry and phase change energy storage, solar synthetic fuels
● Multiphase flow, heat and mass transfer in multiphase reactor in chemical engineering
● Solar thermal，PVT，Thermal energy storage，Biomass conversion
● Phase change heat storage materials, thermochemistry heat storage materials, nanofluids and their corrosion behavior
● Novel electrochemical energy storage
● High power density, high torque density, high energy efficiency motor system, electromagnetic transmission device
● nanopore single molecule detection technology, nano thermal functional device
● Solar thermally functional materials and devices, microscale thermal management
● Heat and mass transfer and multi-field coupling in hydrogen production and fuel cells
● Multi-scale coupling modeling, hydrogen and oxygen storage, fuel cell hydrate technology
● Photovoltaic,  cold energy storage, refrigeration and new energy
● Thermochemical energy storage, anticorrosion heat storage system
● Heat and mass transfer, enhanced heat transfer in particle bed
● Thermal energy storage technology and related key materials
● Composite energetic material, high performance solid propellant
● Thermochemical energy storage, radiation refrigeration, solar energy in building integration
● Advanced micro/nano manufacturing new electrochemical energy storage
● Synthesis of various kinds of nanoparticles; Preparation of hybrid nanofluids; Heat transfer analysis; Finite Element Method; Computational Fluid Dynamics; Non-Conventional Energy Sources; Solar Energy; Hybrid nanofluids applicable to Solar Energy.
● Electrochemical energy storage and conversion; Heat and mass transfer; Advanced materials
● Application of ferroelectric, pyroelectric, and piezoelectric  devices  for  energy harvesting  and sensorsnanomaterials in
● Energy-efficient smart windows and wearable supercapacitors
● Renewable energy, energy management, environment analysis
● Energy conversion, thermal engineering, heat exchangers

Track3: Energy storage and saving systems
● Advanced Urban Energy
● Business Management
● Heat conduction of phonons in solids, Nanointerfacial heat transfer
● Low carbon energy system dynamic modeling, intelligent optimization
novel electrochemical interfacial thermodynamics theory
● Macroeconomic modeling, energy storage, new power system
● Energy environment economy and management
● Heat transfer, compact heat exchanger design, heat storage system
●Thermoelectric energy conversion，Renewable and sustainable management technologies for underground mining
● Industry energy conservation and emission reduction
● Biocompatible flexible electronic fiber materials
●Multi-scale Modeling  and Global Optimization for Large-scale Complex Systems
● Sustainable Energy Conservation, Low-carbon Fuel, Combustion CFD
● Synthesis of biodiesel
●A storage device, FACTS devices, Renewable power sources, Modeling, Estimation
● Energy devices,Nanomanufacturing,Thermalenvironmental barrier coatings
● Path integral,General Theory of Particles and Fields
● Smart Energy
● Net zero architecture, Zero-energy building, Air conditioning, Air flow simulation, Architectural design
● Design and optimization of new energy equipment, plasma nanofluids in solar photothermal conversion,MEMS
● Multi-phase flows, heat transfer and cooling
● Solid-state batteries, Denary oxide nanoparticles
● Heat pump integration, heating process  electrification, techno-economic analysis, exergy analysis


Track4: Energy saving and thermal management
● Thermal management
● Thermal management in aerospace propulsion system
● Thermal Energy Storage, Experimental Heat Transfer, CFD, Bioheat Transfer
● Phase change heat transfer, thermal management in energy utilization and storage systems ● Zero-GWP, fully recoverable, high-efficient caloric
● Enhanced geothermal systems, CO2 Utilization and storage
● Heat transfer enhancement and energy saving technology,Thermal design and management of electronic packaging ● Thermal insulation material ● Renewable energy development in metallurgy application ● Phase change energy storage and heat transfer ● Thermal management in gas turbine ● Renewable energy and efficient utilization of waste heat ● Micro/nano heat and mass transfer, radiation refrigeration, solar energy ● Heat transfer enhancement, solar and waste heat power generation ● Thermal Radiation、photo-thermal utilization of solar energy ● Heat and mass transfer measurement ● Solar energy utilization, heat and mass transfer, interface phenomenon and material, gas turbine thermal management ● High-performance hybrid solar technologies for heating, cooling, power and desalination
● Heat Transfer and Fluid Mechanics
● Heat pump technology and mixtures 、Heat transfer enhancement and micro heat pipe technology 、Solar thermal energy ● Analytical and numerical modeling of  fluid flow and chemical species in porous mediatransport  ● Sodium-Ion Batteries, liquid cell ● Microbubble boiling, heat transfer with phase change ●Thermochemical adsorption refrigeration and heat pump
● Nuclear Energy
● Nuclear Reactor Thermal-Hydraulics
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