交通电气化与新能源技术国际会议
International Conference on Transportation Electrification and New Energy Technology
2026年10月24日-25日 | 中国· 武汉
International Conference on Transportation Electrification and New Energy Technology
(ICTE-NET 2026)
October 24-25, 2026 | Wuhan, China
重要日期
Important Dates
终轮截稿
Final Submission Deadline
2026年9月30日 September 30, 2026
审核录用通知
Notification of Acceptance
2026年10月10日
October 10, 2026
会议简介
About ICTE-NET 2026
在“双碳”目标引领与全球交通能源结构系统性转型的背景下，交通系统正经历由传统燃油驱动向电动化、智能化、网联化的深刻变革。新能源汽车、智能交通基础设施、车路协同技术与清洁能源体系的深度融合，正在重塑未来出行与货运体系的形态与效率。
当前，世界各国在推进交通电气化的进程中，仍面临着充电网络建设、电池技术突破、电网协同调度、全生命周期碳足迹管理、政策与标准协同等多维度挑战。如何构建安全、高效、绿色、韧性的交通能源融合系统，成为交通工程、电气工程、能源技术与信息科学等多学科交叉领域的关键议题。
为促进交通电气化与新能源技术领域的国际前沿交流，推动学术研究、技术研发与产业应用的有效对接，本次会议以“交通电气化与新能源技术：融合与创新”为主题，旨在汇聚全球该领域的专家学者、工程师与企业代表，共同探讨电动汽车、智能充放电、车网互动、氢能交通、可持续交通系统等领域的最新进展，搭建跨学科、跨行业的合作与创新平台，共同推动全球交通系统向低碳化、智慧化方向可持续发展。
本次会议由 Elsevier 技术赞助，录用并注册的论文将提交 Elsevier Procedia 数据库，并按 Elsevier 审稿标准进行评审，并有机会被 EI Compendex、Scopus 检索。
Against the backdrop of the dual-carbon goals and the global systematic transformation of transportation energy structures, the transportation system is undergoing a profound shift from traditional fuel-driven modes to electrification, intelligence, and connectivity. The deep integration of new energy vehicles, smart transportation infrastructure, vehicle-road coordination technologies, and clean energy systems is reshaping the form and efficiency of future mobility and freight systems.
Currently, countries worldwide still face multi-dimensional challenges in advancing transportation electrification, including the construction of charging networks, breakthroughs in battery technology, coordinated grid dispatch, lifecycle carbon footprint management, and policy and standards alignment. How to build a safe, efficient, green, and resilient integrated transportation-energy system has become a critical issue intersecting transportation engineering, electrical engineering, energy technology, and information science.
To promote international exchange on the cutting-edge developments in transportation electrification and new energy technologies and to facilitate effective connections between academic research, technological development, and industrial applications, this conference, themed "Transportation Electrification and New Energy Technologies: Integration and Innovation," aims to bring together global experts, scholars, engineers, and industry representatives. Together, we will explore the latest advancements in electric vehicles, smart charging and discharging, vehicle-grid interaction, hydrogen-powered transportation, sustainable transportation systems, and more. The conference seeks to forge an interdisciplinary and cross-industry platform for collaboration and innovation, jointly driving the global transportation system toward a low-carbon and intelligent sustainable future.
This conference is technically sponsored by Elsevier. Accepted and registered papers will be submitted to the Elsevier Procedia database, reviewed according to Elsevier standards, and have the opportunity to be indexed by EI Compendex and Scopus.
组织机构
Organizers
主办单位
Host
技术赞助
Technical Sponsorship
承办单位
Co-Organizer
征稿主题
Call for Papers
交通-能源融合系统协同优化 Integrated Transportation-Energy System Synergistic Optimization
- 多源数据融合Multi-source data fusion
- 车网互动智能策略Vehicle-grid interaction intelligent strategies
- 耦合系统仿真平台Coupled system simulation platform
- 跨域协同控制算法Cross-domain synergistic control algorithms
- 交通流引导与电网调峰联合优化Joint optimization of traffic flow guidance and grid peak shaving
- 系统韧性评估System resilience assessment
新能源汽车能源与热管理系统 New Energy Vehicle Energy and Thermal Management Systems
- 一体化热管理架构设计Integrated thermal management architecture design
- 低温环境电池性能保持Battery performance retention in low-temperature environments
- 电机电控高效冷却Efficient cooling of motors and electronic controls
- 热泵空调技术Heat pump air conditioning technology
- 余热回收利用Waste heat recovery and utilization
- 系统级智能温控策略System-level intelligent temperature control strategies
智能电机与电力电子技术 Intelligent Motors and Power Electronics Technology
- 电机设计与仿真Motor design and simulation
- 先进材料应用Advanced material applications
- 状态监测与性能评估Condition monitoring and performance evaluation
- 功率变换器拓扑优化Power converter topology optimization
- 智能控制算法Intelligent control algorithms
- 热管理与可靠性评估Thermal management and reliability assessment
高功率密度与高可靠性电力电子变换器 High-Power-Density and High-Reliability Power Electronic Converters
- 宽禁带半导体器件应用Application of wide-bandgap semiconductor devices
- 新型拓扑与磁集成技术Novel topologies and magnetic integration techniques
- 电磁兼容设计与优化Electromagnetic compatibility design and optimization
- 高频高效控制策略High-frequency high-efficiency control strategies
- 故障保护与容错运行Fault protection and fault-tolerant operation
- 寿命预测与健康管理Lifetime prediction and health management
能源大数据与仿真技术 Energy Big Data and Simulation Technology
- 数据采集与融合Data acquisition and fusion
- 数字孪生Digital twins
- 预测性维护Predictive maintenance
- 可视化分析Visualization analysis
- 时序数据建模Time-series data modeling
- 分布式数据库Distributed databases
智能化充电基础设施与运营 Intelligent Charging Infrastructure and Operation
- 充电需求时空预测Spatiotemporal forecasting of charging demand
- 设施优化布局Optimized facility siting and layout
- 动态电价响应策略Dynamic electricity pricing response strategies
- 即插即充与无感支付Plug-and-Charge and seamless payment
- 大功率充电技术High-Power Charging technology
- 运营维护与安全监控Operation, maintenance, and safety monitoring
动力电池全生命周期管理与循环利用 Whole-Life-Cycle Management and Recycling of Power Batteries
- 电池状态精准估计Accurate state estimation
- 云端协同电池管理Cloud-coordinated battery management
- 梯次利用场景与评估Cascaded utilization scenarios and evaluation
- 拆解重组与材料回收工艺Disassembly-reassembly and material recovery processes
- 全生命周期碳足迹追踪Whole-life-cycle carbon footprint tracking
支撑交通电气化与灵活互动的先进储能技术及应用 Advanced Energy Storage Technologies and Applications Supporting Transportation Electrification and Flexible Interaction
- 电力系统储能技术Power system energy storage technologies
- 先进储能技术Advanced energy storage technologies
- 车载储能On-board energy storage
- 梯次利用Cascaded utilization
- 固定式储能Stationary energy storage
电气化交通系统数字孪生与仿真测试 Digital Twin and Simulation Testing for Electrified Transportation Systems
- 高保真多物理场建模High-fidelity multiphysics modeling
- 硬件在环（HIL）测试平台Hardware-in-the-loop (HIL) test platforms
- 虚拟标定与验证Virtual calibration and validation
- 实时数据驱动模型更新Real-time data-driven model updating
- 基于数字孪生的预测性维护Digital twin-based predictive maintenance
非道路移动机械电动化与智能化 Electrification and Intelligentization of Non-Road Mobile Machinery
- 电动工程机械动力系统架构Electric construction machinery power system architecture
- 作业工况自适应能量管理Adaptive energy management for operational conditions
- 高转矩密度电驱动桥High-torque-density electric drive axles
- 特种环境热管理与防护Thermal management and protection for special environments
- 场站级智能微电网与快充方案Station-level smart microgrids and fast-charging solutions
新型交通能源融合前沿技术 Emerging Technologies for Transportation-Energy Convergence
- 无线充电与动态供电系统Wireless charging and dynamic power supply systems
- 道路光伏集成与能源收集Road-integrated photovoltaics and energy harvesting
- 超导技术在未来交通系统中的应用Application of superconducting technology in future transportation systems
- 分布式能源与交通节点互联Integration of distributed energy resources with transportation nodes
- 人工智能驱动的系统级能效优化AI-driven system-level energy efficiency optimization
组委会
Committee
投稿与出版
Submission and Publication
所有的投稿都必须经过至少2位组委会专家审稿，经过严格的审稿之后，最终所有录用的论文将以会议论文集的形式提交 Elsevier 出版，出版后将提交 Elsevier Procedia 数据库。
All submissions will undergo a rigorous peer-review process by 2 Technical Program Committee members at least. Accepted papers will be published in the conference proceedings by Elsevier and submitted to Elsevier Procedia.
投稿注意事项
Submission Guidelines
- 所有投稿须为原创、未在其他会议或期刊发表过的研究成果。 (下载论文模板)
- All submissions must be original research results not previously published in other conferences or journals. (Download Template)
- 论文须按照IEEE会议论文模板撰写，英文投稿。
- Papers must be written in English following the IEEE conference paper template.
- 投稿将经过至少两位专家的同行评审，以确保学术质量。
- Submissions will undergo peer review by at least two experts to ensure academic quality.
- 被录用且完成注册的论文将由 Elsevier 出版，并提交 Elsevier Procedia 数据库收录
- Accepted papers with completed registration will be published by Elsevier, submitted to the Elsevier Procedia database for inclusion.
- 被录用的论文需在大会会场完成展示（张贴海报或口头汇报），才能进入出版流程。
- Accepted papers must be presented at the conference venue (poster or oral) in order to proceed to the publication process.
注:投稿后请主动添加会议老师微信，方便及时跟进论文状态及后续出版的相关事宜。
Note: After submission, please add the conference secretary on WeChat to follow up on your paper's status and publication matters.
参会方式
Participation Methods
会议地点
Conference Venue
武汉潮漫凯瑞国际酒店 Wuhan Chaoman Kairui Intl Hotel
交通便利，临近光谷中心城。
Convenient transportation, near Optics Valley Center.
联系我们
Contact Us
陈磊 (Lei Chen)
会务咨询 Conference Inquiries18827092406 (微信同号 / WeChat)
chenlei@mail.inew.cn
5414753