Brain-X（交叉脑科学）主要聚焦与脑/神经科学有交叉融合的多学科前沿！
Whole system approach for sustainable energy system
Traditionally, electricity, gas, heating, and transportation systems were operated independently to fulfil energy needs. With advancements in technologies, such as hybrid heating systems, hydrogen production through advanced electrolysis, the interactions between these systems are increasing with new interfaces. Concurrently, many countries are making efforts to achieve net-zero targets for addressing climate change challenges. It is imperative to embrace alternative energy sources to power homes, transportation, and businesses reliably while reducing greenhouse gas emissions.
A whole-system perspective encompassing electricity, gas, heating, and transportation is crucial for a sustainable energy transition. It is essential to develop a comprehensive understanding of the entire energy system, taking into account various dimensions, including technological, economic, social, and environmental factors. By adopting a holistic approach, more sustainable energy systems can be created, catering to the present and future energy needs.
This special issue aims to develop whole-system approaches for sustainable energy systems. The guest editorial team invites original research papers focusing on, but not limited to, the following aspects of energy systems:
-
Novel concepts and ideas related to whole-system approaches
-
Integrated assessment and modeling of energy systems
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Energy system resilience and adaptation to climate change
-
Innovative policy incentives and market mechanisms for energy system interaction
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Technical, economic, and environmental whole-system approach and analysis
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Cyber-physical-social modeling and analysis
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Integration of renewable energy sources and energy storage technologies
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Design and planning of multi-energy systems
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Novel operation and control strategies for coupled electricity, gas, heating, and transportation systems
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Case studies demonstrating the implementation of whole-system approaches
Guest editors:
Dr. Lirong Liu
Senior Lecturer
University of Surrey, Guildford, UK
Areas of Expertise: Climate Change Mitigation, Renewable and Sustainable Energy, Whole System Approach
Professor Ming Xu
Professor
Tsinghua University, Beijing, China
Areas of Expertise: Environmental Systems Engineering, Environmental Data Science, Industrial Ecology
Professor Macarena Larrain
Professor
Universidad Tecnica Federico Santa Maria, Santiago Metropolitan Region, Chile
Areas of Expertise: Life cycle assessment, Community Participation, Green Product
Dr. Deborah De Lange
Associate Professor
Toronto Metropolitan University, Toronto, Canada
Areas of Expertise: Sustainable development, climate change mitigation, clean technology, the circular economy
Dr. Tiantian Feng
Associate Professor
China University of Geosciences Beijing
Areas of Expertise: Low carbon energy policy, Carbon trading, Electricity market
Dr. Wei Gan
Research associate
Cardiff University
Areas of Expertise: Energy system planning, peer-to-peer energy trading, electric vehicles integration
Manuscript submission information:
Manuscript should be submitted via journal online submission system at:
https://www2.cloud.editorialmanager.com/apen/default2.aspx
by selecting the Article Type of "
VSI: Whole system approach
". A detailed submission guideline is available as “
https://www.sciencedirect.com/journal/applied-energy/publish/guide-for-authors
”.
Important Dates:
Submission Open Date:
15 Oct 2023
Final Manuscript Submission Deadline:
29 Feb 2024
Keywords:
Whole system approach
Sustainable energy transition
Multi-dimensional analysis
Applied Energy 的CAR指数
2023年3月份科睿唯安官方一次性踢除35本SCI期刊，多数涉及学术诚信问题，让我们意识到学术期刊的“被踢”指数，也很重要。目前，对于期刊的
“被踢”指数
，这里介绍一下：
CAR指数
（关于C
AR的
详
细介绍，请关注：
www.jcarindex.com
）
，这是一种评价期刊学术诚信风险的指数，
指数
越高代表可能的风险越大。从数据看，
Applied Energy
2022年度
的CAR指数
是比较低的
，2023年度实时的CAR指数相对较高。
当然，
CAR指数仅供参考，期刊风险情况，需以科睿唯安或中科院预警等官方为准！
