Papers are invited on research in the following field, including but not limited to the following topics： Field 1: Status, Trends, and Potential of Transportation-Energy Integration
Main Forms and Modes of Transportation-Energy Integration
Current Status and Trends of Transportation-Energy Integration
Main Forms and Overall Distribution of Renewable Energy
Self-Sufficiency Analysis of Renewable Energy in Transportation Networks
Energy Consumption in Green Transportation
Measurement and Evolution Analysis of Transportation Carbon Footprint
Synergistic Development of Transportation System, Energy System, and Power Grid
Integration of Energy and Transportation Networks
Multi-Energy Complementary Transportation System
AI-Driven Carbon Emission Reduction in Transportation
Application of Blockchain Technology in Optimizing Transportation Energy Utilization and Logistics
Field 2: Solutions for Transportation-Energy Integration
System Architecture and Planning Technologies for Transportation-Energy Integration
Integration Scenarios of Transportation and Renewable Energy
Efficient Capture and Utilization Technologies for Clean Energy in Self-Sustained Transportation Energy Systems
Solutions for Self-Sustained Transportation Energy Systems
Integrated Applications of Renewable Energy
Smart Grid and Microgrid
Green Transportation Ecosystem
Solar Photovoltaic Power Generation
Charging and Swapping for Electric Transportation Equipment
Hybrid Power Systems
Power Supply for Rail Transportation
Energy Storage Systems
Green Low-Altitude Economy
Integration of Transportation and Renewable Energy Systems
Energy Coordination for Port-City-Waterway Systems
Field 3: Integration Modes of Transportation Equipment and Clean Energy
Embodied Energy Systems for Transportation Equipment
Electrified Transportation Systems Driven by Clean Energy
Hydrogen Fuel Cell-Powered Transportation Equipment Integration Mode
Solar Photovoltaic and Transportation System Integration Mode
Hybrid Power System Integration Modes for Transportation Equipment
Intelligent Flying Electric Drone Systems
Synergistic Development of Green-Powered Transportation Equipment and Energy
Integration Modes of Renewable Energy and Power Grid for Transportation Equipment
Predictive Maintenance and Energy Efficiency of Transportation Energy Equipment
Safety Technologies for New Energy Power Systems in Transportation Equipment
Field 4: Integration Modes of Transportation Infrastructure and Clean Energy
High-Entropy Energy Capture and Utilization Technology in Transportation Infrastructure
Electrification and Clean Energy Integration Modes for Rail Transportation
Collaborative Modes for Renewable Energy Integration in Drone Airports
Hydrogen Integration Modes for Low-Altitude Logistics Hubs
Full-Lifecycle Energy Optimization and Utilization for Sustainable Transportation Infrastructure
Smart Microgrids and Energy Management for Transportation Infrastructure
Wind-Solar-Storage Integration Modes for Transportation Infrastructure
Integrated Development of Transportation Infrastructure Networks and Public Energy Networks
Clean Energy Infrastructure Supporting Low-Altitude Economic Systems
Low-Carbon/Zero-Carbon Energy Solutions for Water Transportation Hubs
Renewable Energy-Driven Green Channel Infrastructure
Multi-Energy Coordination Modes for Electricity, Hydrogen, and Heat in Port Areas
Coordinated Interaction of Large-Scale Shore Power and Power Grid
Field 5: Typical Solutions for Infrastructure-Energy Integration
Solar-Powered Streetlights and Intelligent Transportation Systems
Electric Vehicle Charging Station Networks
Integration of Intelligent Traffic Signal Systems and Green Energy
Green Energy-Driven High-Speed Rail Systems
Renewable Energy-Based Traction Power Supply for Rail Transit
Solar-Powered Low-Altitude Aircraft Bases
Hydrogen-Supported Low-Altitude Aircraft Infrastructure
Integration of Smart Grids and Low-Altitude Economy
Energy Self-Sufficiency Systems for Green Ports/Anchorages/Water Service Areas
Coordinated Interaction of Large-Scale Shore Power and Power Grid
Field 6: Typical Cases of Equipment-Energy Integration
Electric Bus Systems
Hydrogen Fuel Cell-Powered Trains
Solar Bus Systems
Hybrid Buses
Green Low-Altitude Aircraft
Hydrogen-Powered Aircraft
Energy Self-Sufficiency Systems for Ships
Field 7: Key Technologies for Transportation-Energy Integration
Synergistic Control and Energy Management Technologies for Transportation-Energy Integration Systems
Coordination Technologies for Transportation Microgrids and Network Clusters
Energy Conversion and Storage Technologies for Self-Sustained Transportation Energy Systems
Interoperability Technologies for Transportation Energy Networks and Public Energy Grids
RAMS Assessment and Design Technologies for Transportation Energy Systems
Safety Assurance and Performance Maintenance Technologies for Transportation Energy Systems
Novel Clean Energy Power Systems for Transportation Facilities and Equipment
Planning and Configuration Technologies for Self-Sustained Transportation Energy Networks
Electrified Transportation System Technologies
Hydrogen-Powered Transportation System Technologies
Sustainable Energy Transportation System Technologies
Field 8: Bottlenecks and Policy Options for Integration Development
Main Bottlenecks in the Development of Transportation-Energy Integration
Standardization of Key Equipment and Technologies for Transportation-Energy Integration Systems
Technology Integration Modes and Benefit Assessment for Transportation-Energy Integration
Technology Innovation Support Policies
Fiscal and Tax Incentives
International Cooperation and Technology Introduction
Strategic Coordination and Government Planning
Integration and Optimization of Multimodal Transportation Systems
Infrastructure Construction and Demonstration Projects
Industry Standards and Regulatory Frameworks
Resource Allocation and Energy Management
