CFEEE 2024
凯恩斯
詹姆斯·库克大学
INVITATION
本次会议很荣幸邀请到西安交通大学秦博宇教授组织专题"Low Carbon Operation and Planning of Integrated Energy Systems: Development and Challenges",欢迎各位专家学者踊跃投稿参会!
*投稿至专题论坛(一),请注意勾选"Special Session Ⅰ- Low Carbon Operation and Planning of Integrated Energy Systems: Development and Challenges"。
分会主席
秦博宇教授
西安交通大学
秦博宇,副教授,博导,西安交通大学电力工程系。研究领域:电力系统稳定性分析与控制、输入-状态稳定理论、新能源发电和微电网。
张永熙副教授
长沙理工大学
张永熙,副教授,博士生导师/硕士研究生导师。现任长沙理工大学电气与信息工程学院教师。研究方向:1.电力系统储能运行与控制技术;2.综合能源系统规划与运行。
专题信息
Low Carbon Operation and Planning of Integrated Energy Systems: Development and Challenges
Key Words:
Low-carbon planning
optimal scheduling
multi-energy integration
renewable energy
flexible resources
Summary:
The imperative for transitioning to low-carbon energy systems is propelled by climate change concerns and the rapid expansion of power demands. Integrated energy systems, incorporating various distributed energy resources, renewable energy systems, and energy storage systems, emerge as essential technical pathways to ensure supply-demand alignment and optimize operations within the evolving energy system paradigm.
However, current research on the low carbon operation and planning of integrated energy systems faces numerous technical hurdles. Market-oriented operation and business models need further refinement, hindering the comprehensive exploration and utilization of the potential inherent in multiple flexible resources. Furthermore, the integration of various energy types such as thermal energy, natural gas, and hydrogen holds promise for enhancing flexibility and improving benefits within integrated energy systems.
This special session aims to serve as a platform for researchers and engineers worldwide to share innovative ideas concerning the low carbon operation and planning of integrated energy systems. Additionally, it seeks to highlight the latest research advancements in the development of fundamental models and explore the role of heterogeneous energy in shaping the future of integrated energy systems.
Topics:
Techno-economic analyses for the low carbon transition in integrated energy systems
Heterogeneous energy networks construction and modeling technology
Optimal operation and planning of integrated energy systems
Advanced decarbonization techniques and mechanisms in integrated energy systems
Multi-level market trading technology for integrated energy systems
Demand forecasting of multiple loads for integrated energy systems
Reliability evaluation for integrated energy systems
Advanced machine learning techniques and their innovative applications in integrated energy systems
投稿参会
1. 投稿要求:
(1)语言:大会官方语言为英语,论文必须是英文稿件,且论文应具有学术或实用价值,未在国内外学术期刊或会议发表过,只做报告不发表论文的作者则只需提交摘要。
(2)篇幅:论文全稿页数至少5页,如果论文超过5页,将收取超页费。
(3)文件类型:论文应该以DOC或PDF格式提交。
(4)原创性:只接受原创论文。手稿必须是以前没有发表过或被接受发表过的 。在审查周期内,不得接受任何其他会议或出版物的审查。
2. 格式要求:
提交的论文应以英文书写,包括所有的图、表、参考文献和附录。普通长度为至少5页。
关于详细的论文格式信息:
摘要模板
全文模板
3. 参会方式:
口头报告:论文一经录用即可注册参会,发表口头报告,时间为15分钟,含问答环节。
海报报告:论文一经录用即可注册参会,发表海报报告,海报尺寸为A1。
听众参会:无需提交稿件,直接注册听众参会即可,请联系会议秘书处:email@cfeee.org
关于出版
所有接收且作报告的论文将被提交到CFEEE 2024 conference proceedings (ISBN: 979-8-3315-1737-3)审核。出版后由出版社提交至EI,Scopus,Web of Science等机构审核和检索。
CFEEE 2023 已被EI,Scopus双检索!
James Cook University
詹姆斯·库克大学的前身是汤斯维尔大学院,建于1961年,正式建成詹姆斯-库克大学是在1970年,是昆士兰州第二古老的大学。
詹姆斯·库克大学在澳大利亚和新加坡两国建立了多个直属校区,都为公立性质的大学直属校区。并在伊萨山,麦凯和星期四岛设有学习中心,这些学习中心为生活在农村和偏远地区的学生提供课程和支持。布里斯班校园为国际学生提供本科和研究生课程。大学的主要研究领域包括海洋科学,生物多样性,热带生态系统的可持续管理,遗传学和基因组学,热带医疗保健,旅游和工程。
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