GEITS专刊征稿：交通能源系统管理及智能控制

专刊简介

贾利民 ，北京交通大学教授，轨道交通控制与安全国家重点实验室首席教授。全国优秀科技工作者、中国科协优秀党员科技工作者、部级有突出贡献中青年专家、首批“百千万人才工程”国家级人选、享国务院特殊津贴。获国家科技进步奖二等奖2次，省部级科技奖26次，国内外发明专利金奖9次，茅以升铁道科技奖获得者。出版中英文学术专著26部，Springer LNEE9卷，高等学校教材7部；已获授权发明80余项，国际专利2项。

      Jacob J. Lamb ， 挪威科技大学能源与过程工程研究所可持续能源系统副教授 ， 主要研究领域为数字化方法 。 参与挪威和欧洲学术科研项目，旨 在推进电化学 技术等方面的研究进展。  担任ENERSENSE 研究计划 的联合领导人，担 任高效能源利用和数字化部门负责人 。  

2022-10-31

https://www.editorialmanager.com/geits

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Call for paper

Carbon reduction, urbanization, pollution and energy poverty are threatening today’s transportation system including the vehicle, aircraft, ship etc. are posing crucial challenges for energy systems. Also, as one of the main sources of energy consumption and carbon emissions, the transport energy sector is regarded not only as having a great potential for energy conservation and emission reduction, but also as the most challenging industry to achieve carbon peak and neutrality. Together with providing sustainable solutions that increase the penetration of new energy transport system and electrify the transport system to decarbonize the energy supply, it is also essential to achieve a smart energy management among multi-energy system used in the transportations. Therefore, going “energy-efficient” then becomes a major component of the missions for both the transport energy system management and its intelligent control to stay competitive in today’s market. With the recent advancement of new energy systems, new sensor informatics, the Internet-of-Things (IoT), and artificial intelligence (AI), this mission can be better achieved through modeling, analysis, real-time monitoring and control of the various transport energy systems.

This special issue aims at providing a platform to share the most recent innovations, strengthen interdisciplinary research and share the dynamics and cutting-edge views in the related fields mentioned above.

This issue will publish original research papers, reviews, perspectives, and views & comments including but not limited to the following fields:

▪Optimal energy management and control for the new transport system, such as connected and automated vehicles;

▪Advancements, new topology and new structure of the energy systems used in the transport;

▪Safety requirements, monitoring and control of the transport energy system;

▪Advanced model/tool development of energy systems for transportations;

▪Integration of intelligent transport system and smart energy system, such as electric vehicle and power grid;

▪Energy conservation and emission reduction potential of transport energy systems based on advanced technologies;

▪Environmental potential of smart transport energy systems such as connected autonomous vehicles and green driving pattern/habits;

▪Carbon footprint and its tracking of transport energy system;

▪Participation mechanisms of market and enterprises for carbon neutrality of transport energy system, such as carbon trade for the transportation;

▪ Cyber-physical systems for transport energy system and its energy/power management；

▪  Applications of AI and machine learning to transport energy system.

Prof.  Hongwen He , Beijing Institute of Technology, China, hwhebit@bit.edu.cn

Prof. Limin Jia , Beijing Jiaotong University, China, 

Prof.  Jacob Joseph Lamb , Norwegian University of Science and Technology, Norway jacob.j.lamb@ntnu.no