Call for paper

Papers are invited on research in the following field, including but not limited to the following topics：
Field 1: Potential of Transportation and Energy Integration
Major Forms and Models of Transportation and Energy Integration
Current Status and Trends of Transportation and Energy Integration
Main forms and overall abundance layout of renewable energy
Self-consistency analysis of renewable energy in transportation network domains
Energy Consumption in Green Transport
Measurement and Evolution Analysis of Transportation Carbon Footprint
Collaboration of Transportation Systems, Energy Systems, and Power Grids
Integration of energy and transportation networks
Multi-energy Complementary Transport System
Artificial-intelligence-driven Transport Carbon Reduction
Multi-energy Complementary Transport System

Blockchain technology for optimizing energy use and logistics in transportation

Field 2: Solutions for Transportation and Energy Integration
Scenario Set for the Primary Integration of Transportation and Renewable Energy
Renewable Energy Integration
Smart Grid and Microgrid
Green Transportation Ecosystem
Solar Photovoltaic Power Generation
Electric Vehicle Charging
Hybrid Power System
Rail Transportation Power Supply
Energy Storage System
Low-altitude Economy
Electric Drones

Integrated transport and renewable energy systems

Field 3: Models of Integration between Transportation Equipment and Clean Energy
Electrified Transportation Systems Driven by Clean Energy Integration
Hydrogen Fuel Cell-Powered Transportation Equipment Integration Model
Solar Photovoltaic Integration with Transportation Systems
Hybrid Power Systems in Transportation Equipment Integration
Smart Grid and Transportation Energy Management Fusion Model
Hydrogen Fuel Cell-Driven Air Taxis Fusion Model
Electric Drone Systems with Smart Flight Integration
Green Power Transport Equipment and Energy Collaborative
Integration of Renewable Transport Equipment and Power Grid

Predictive Maintenance of Transport Equipment and Energy Efficiency

Field 4: Models of Integration between Transport Infrastructure and Clean Energy
Electrification and Clean Energy Integration Model for Rail Transportation
Collaborative Models of Renewable Energy Integration in Unmanned Airports
Hydrogen Energy Integration Model for Low-Altitude Logistics Hubs
Lifecycle Energy Optimization Model for Sustainable Transportation Infrastructure
Integrated Smart Grid and Transportation Energy Management Model
Wind Energy Integration Model for Green Transportation Infrastructure
Integration of transportation and energy networks

Clean Energy-Supported Infrastructure for Low-Altitude Economy Systems

Field 5: Typical Solutions for the Integration of Transport Infrastructure and Clean Energy
Solar-powered streetlights and intelligent transportation systems
Electric vehicle charging station network
Intelligent traffic signal systems and green energy
Wind power-based port infrastructure
Green-powered high-speed rail systems
Smart grid and rail transportation integration
Solar-powered low-altitude aircraft bases
Hydrogen-supported low-altitude aircraft infrastructure

Smart grid and low-altitude economy integration

Field 6: Typical Cases of Integration between Transportation Equipment and Clean Energy
Electric Bus System
Hydrogen Fuel Cell Powered Train
Solar-Powered Bus System
Hybrid Powered Bus
Low-altitude Aircraft Project

Hydrogen Fuel Cell Powered Air Taxi

Field 7: Key Technologies for Transportation and Energy Integration
Transportation Microgrid and Network Cluster Coordination Technology
Transportation Energy Conversion and Storage Technology
Interoperability Technology Between Integrated Transportation Energy Networks and Public Power Grids
New Clean Energy Power Systems for Transportation Equipment
Transportation Energy Network Planning and Configuration Technology
Electrified Transportation System Technology
Hydrogen-powered Transportation System Technology

Sustainable Energy Transportation System Technology

Field 8: Optional Policy Directions for Transportation and Energy Integration Development
Major Bottlenecks in the Development of Transportation and Energy Integration
Technology Innovation Support Policies
Fiscal and Tax Incentives
International Cooperation and Technology Import
Strategic Synergy and Government Planning
Integration and Optimization of Multimodal Transport Systems
Infrastructure Construction and Demonstration Projects
Industry Standards and Regulatory Frameworks
Resource Allocation and Energy Management
Curriculum Development in Transport and Energy Sectors
Continuing Education and Skills Training