Scopes
Topic 1: Autonomous Vehicles
Active and passive vehicle safety
Advanced Driver Assistance System
Electric Vehicle High Voltage Battery Management System
Progress in Electric Vehicle Battery Technology
Human factors and human-computer interaction
Advantages and disadvantages of electric vehicles
Image, radar, laser radar signal processing
All solid state battery
The impact on traffic flow
Applied mechanics
Industrial Tribology
Assisted mobility system
Autonomous vehicle
Measurement and control
Autonomous intelligent robot vehicle
Intelligent ground, air, and space vehicles
Battery chargers: car mounted, wireless, fast and ultra fast
Intelligent Automotive Software Infrastructure
Battery design and performance
Combustion engine
Pure electric vehicles and off-road electric vehicles
Lead acid batteries for hybrid electric vehicles and pure electric vehicles
Battery pack design
Electric Vehicle License Regulations
Battery parameters for HEV applications
Comparison of lifecycle energy consumption and carbon dioxide emissions
Battery parameters of hybrid electric vehicles
Limitations and potential future development of lithium-ion batteries and supercapacitors
Batteries, fuel cells, and energy storage systems
Lithium-air battery
Reduce carbon dioxide emissions and consumption through electric vehicles
Lithium ion batteries and supercapacitors for hybrid vehicles
Battery cell balance, battery state estimation
Lithium ion batteries for hybrid electric vehicles and pure electric vehicles
Cell design
Lithium-sulfur battery
Norms, standards, policies, and regulations for traffic electrification
Mechatronics
Avoid collision
MEMS and Nanotechnology
Computational Fluid Dynamics
Model making and simulation experiments
Computer simulation of battery design and life prediction
Process modeling
Networking and autonomous vehicle
Conversion reaction materials
Intelligent and microgrid, electric vehicle interactive smart grid and electrical infrastructure
Energy consumption of electric vehicles
Intelligent Mobile
Energy management
Sodium ion and sodium air batteries
Energy system
Solid mechanics
Environmental and safety issues of nickel hydrogen and nickel zinc batteries
Electric vehicle battery standards and related testing procedures
Remote information processing of structures and materials
Power and Control
Powertrain: Design, Thermal Management, Packaging, and Optimization
Environmentally friendly driving and energy-efficient vehicles
Proton battery
Electric and hybrid technology
Close range perception technology
Motor and actuator
Proximity detection technology
Electromobility
Rapid prototyping, real-time simulation, HIL, and SIL for transportation electrification
Nanotechnology
Cooperative Vehicle Infrastructure System
Innovative interface and display
Design issues of nickel hydrogen and nickel zinc batteries for electric vehicles
Design of High Voltage Battery Pack for Electric Vehicles
System optimization
Different electric propulsion systems
Pedestrian protection
Driver status and intention recognition
Power electronics and motor drive
Multivalent metal: magnesium battery
Topic 2: Batteries and Fuel
Advanced battery system
Lithium Ion Battery
Lithium air batteries, flow batteries, and fuel cells
Lithium Ion Battery
Lithium based electrode materials
Battery aging
Battery modeling
Battery diagnosis
Battery systems and production and recycling of batteries
Energy conversion module
Supercapacitors and hybrid capacitors
Anode and cathode
Nanostructured materials for lithium batteries
Liquid electrolytes and ionic liquids
Polymer, gel and solid electrolyte
Lithium battery recycling
Electrode/electrolyte interface phenomenon
Primary batteries and rechargeable lithium batteries
Battery Technology

Heat storage material

Capacitors (Super, Super, Pulse Power Supply)
Charging technology
Fuel Cell Technology
Fuel Cell Engineering
Fuel Processing in Fuel Cells
Modeling and Control of Membrane Fuel Cell System
Fuel cell electrochemistry
Fuel cell materials
Fuel Cell System and Its Applications
Fuel processing
Fuel cell components
Proton exchange membrane fuel cell
Phosphoric acid fuel cell (PAFC)
High Temperature Fuel Cell

Important Dates | 重要日期
  • Submission Deadline: 2025.8.29
  • Registration Deadline: 2025.9.3
  • Conference Date: 2025.9.18
  • Notification Date: About a week after the submission
Submission Portal | 投稿方式

Mail Address:  ei_sahwm@163.com

If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:

唐老师
  • 17168296597
  • 3264234551
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