Special Issue Details
Climate change is one of the most urgent challenges faced by the world today. Since the Industrial Revolution, the extensive extraction and use of fossil fuels have significantly driven economic growth but also caused a sharp increase in greenhouse gas emissions, such as carbon dioxide. This has led to a series of environmental issues, including global warming and more frequent extreme weather events. Consequently, transforming the energy structure is of great importance for addressing climate change, with advancements in energy technology playing a key role in fostering the development of clean and low-carbon energy solutions.
The relationship between climate change and energy technology innovation is both intricate and deeply interconnected. On the one hand, climate change creates new demands and opportunities for advancements in energy technology. For instance, the increase in extreme weather events poses risks and challenges to energy systems, prompting nations to invest in upgrading energy infrastructure and technology to enhance resilience. Additionally, climate policies, such as carbon taxes and carbon trading mechanisms further accelerate innovations in energy conservation and emissions reduction.
On the other hand, innovations in energy technology play a crucial role in addressing climate change and advancing the low-carbon transition of the economy. This includes optimizing fossil fuel extraction and use while also fostering the development of clean, low-carbon energy sources such as solar, wind, and hydropower. These technological advancements help reduce reliance on fossil fuels and fundamentally lower greenhouse gas emissions. Moreover, breakthroughs in energy storage, smart grids, and carbon capture, utilization, and storage (CCUS) technologies also enhance energy efficiency and contribute to significant reductions in carbon emissions.
Economic analysis is crucial for understanding and advancing innovations energy technology in the context of climate change. First, economic models and data analysis are essential for assessing the impact of climate change on energy systems, quantifying the actual impact of energy technology innovation on mitigating climate change, and evaluating their associated economic benefits and costs. Secondly, analyzing the economic implications of these innovations helps address social and economic issues that arise during the energy transition process, such as shifts in employment and changes in industrial structures. Moreover, economic analysis provides valuable insights for crafting effective policies that balance climate action, energy transition, and economic development. By understanding these dynamics, policymakers can better formulate strategies that promote sustainable progress across all these areas.
Therefore, we are launching this special issue on Frontiers in Energy to invite research articles that focus on the economic analysis of climate change and energy technology innovation. We encourage submissions of both structural models and reduced-form models that provide new insights into energy transformation in the context of climate change, with a particular interest in studies related to energy technology innovation, system modeling, policy analysis, and risk management. Qualitative analyses are also welcome. Submissions of research (both Original Research and Review Articles) that explore, but not limited to, the following areas are welcome:
Climate Change and the Resilience of Energy-Economic Systems
Emerging Productive Forces in Energy and Their Role in High-Quality Economic Development
Climate Change and Innovations in Renewable Energy Technology
Clean Transformation of Non-Fossil Energy in a Low-Carbon Context
Climate Crisis and Transformation Upgrade of Energy Infrastructure
Supportive Policies for Energy Technology Innovation in Climate Change Mitigation and Analysis of Policy Impacts
Evaluation of Emission Reduction Effects of Energy Technology Innovations
Systematic Risk Assessment and Management in the Context of Climate, Energy, and Economic Transformation
GUEST EDITORS
客座编辑
Chuanwang Sun
(孙传旺) 教授
厦门大学
Zhuang Miao
(苗壮)教授
西南财经大学
Huwei Wen
(温湖炜) 副教授
南昌大学
Yanhong Zhan
(占妍泓) 讲师
东南大学
Nils Jakob Johannesen 副教授
University of South-Eastern Norway
Mohamed M. F. Darwish
助理教授
Benha University
Submission instructions
The submission website for this journal is located at: https://mc.manuscriptcentral.com/fie. Full manuscripts should be prepared based upon the editorial and formatting guidelines provided in the instructions for authors for Frontiers in Energy, which can be accessed from the website: https://link.springer.com/journal/11708/submission-guidelines. It should be noted that it is important that authors select “Special Issue: Economic Analysis of Climate Change and Energy Technology Innovation” when reaching the “Step 1: Type, Title, & Abstract” in the submission process.
Deadline for full manuscript submission is December 31, 2025
For more information, please contact:
cw_sun@foxmail.com (Chuanwang Sun)
yanhong_zhan@foxmail.com (Yanhong Zhan)
期刊简介
Frontiers in Energy (FIE)是中国工程院院刊能源分刊,高教社Frontiers系列期刊之一。由高等教育出版社、中国工程院和上海交通大学共同主办。致力于发表能源领域具有“前沿性、创新性和交叉性”的原创研究论文、综述、展望、观点、评论、新闻热点等。
FIE已被SCIE、Ei Compendex、Scopus、INSPEC、Google Scholar、CSCD(中国科学引文数据库)、中国科技核心期刊等数据库收录。2023年度影响因子3.1,Scopus学术期刊评价指标CiteScore 5.9,2024年即时影响因子为4.0(数据截至2024.09.23)。
FIE免收版面费,且对于录用的文章提供免费语言润色以保障出版质量。进入外审的稿件(不包括评论、新闻热点等短文),第一轮审稿周期约30天,从审稿到录用平均60天。
http://journal.hep.com.cn/fie(国内免费开放)
https://link.springer.com/journal/11708
联系我们:
FIE@sjtu.edu.cn, (86) 21-62932006
qiaoxy@hep.com.cn, (86) 10-58556482
微信号|FIE能源前沿期刊
Twitter|@FIE_Journal”