E-raamat: Proceedings of the 1st Conference on Transportation and Energy Integration Technologies: Volume I

Research on Energy-saving Control of Electric Buses Based on
Instantaneous Energy Consumption Prediction.- Parametric design of oil and
gas springs based on mul-timodal knowledge and Creo secondary
development.-Wind-Resistant Control for Proximal Berthing of USV Towards Ship
Wireless Charging Applications.-Railway Intrusion Small Object Detection
Based on Improved YOLOv8.-Research on the Navigation Pricing Strategy for
Hydraulic Hubs Based on a Bilevel Dynamic Game.-Energy Efficiency Analysis
and Design Research of Hydrogen Fuel Cell Powered Ships.-A Survey of an
Energy-Efficient Railway System.-RAMS Assessment for Highway Traffic
Integrated Multi-Microgrid Self-Contained Energy Systems.-EKF-PLL-Based
Harmonic Tracking Algorithm for Rail Transit Power Supply Systems.-From Human
Mobility to Energy Demand: A Data-Driven Approach to Urban EV Charging
Analysis.-Research on the Symbiotic Development of Low-Carbon and Economy in
Port-City Based on Composite System Theory: Evidence from
Lianyungang.-Collaborative Optimization for Economic Operation of Integrated
Photovoltaic-Energy Storage-Charging Battery Swapping Stations of Electric
Mining Truck Fleet.-Design and Computational Simulation of High Efficiency NO
Oxidation Plant for Ship Exhaust Gas Scrubber Tower.-g Cost Optimization for
Electric Bus Fleets Based on Traffic Simulation and Mixed-Integer
Programming.-Electric Mining Truck Fleet Operations and Battery Swapping
Scheduling: A Dynamic Collaborative Optimization Framework Based on
Discrete-Event Simulation.-Research on Truck-Drone Hybrid Delivery with
Real-Time Charging Strategies.-Distribution pattern and spatial structure of
cruise shipping network: a perspectives of operator.-Research on the Fault
Characteristics of Bypass in Marine Photovoltaic Array Strings.-Research on
the Present Situation and Future Development of Onboard Carbon Capture
Technology--Taking MEA method, Ammonia Method and Membrane Separation Method
as Examples.-Synergistic Composite Materials for High-entropy Energy
Harvesting by Thermoelectric Conversion.-Research on Method of Road Domain
Piezoelectric High- Entropy Energy Availability Prediction.-The Availability
Assessment Method of Piezoelectric Power Supply for Intelligent Roadside
Devices.

Limin Jia, Beijing Jiaotong University, No.3 Shangyuancun Haidian District Beijing , China, [email protected] 



Bio of Limin Jia: Limin Jia is a professor at Beijing Jiaotong University, a member of the National Carbon Neutrality Technology Expert Committee, Vice President of the China Electrotechnical Society, and a Supervisor of the China Intelligent Transportation Association. He was awarded the Special Allowance of the State Council of Chinathe Millions of Talent Projects National candidates, the National Outstanding Scientific and Technical Workers.



 



Peng Jia, Dalian Maritime University, Haozhiying Technology Building A 1019, No. 523 Huangpu Road, Dalian, Liaoning Province, China, [email protected]



Bio of Peng Jia: Peng Jia, professor, school of maritime economics & management, dalian maritime university.his research interests include integrated transportation system science and intelligent technology, intelligent technology for multimodal transportation, design and innovation of new services for autonomous driving, analysis and modeling of transportation big data.