通过与主要投资者的政策共同设计加速向区域供热系统脱碳过渡:机遇与挑战

IF 3.6 Q2 ENVIRONMENTAL STUDIES
Karoliina Auvinen, Teemu Meriläinen, Laura Saikku, Sampsa Hyysalo, Jouni K. Juntunen
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引用次数: 0

摘要

摘要欧洲、中国和俄罗斯城市的区域供热仍然主要使用化石燃料。能源系统的重新配置对于实现全面脱碳至关重要,这就需要更深入地了解如何让主要投资者参与市场转型,以及如何制定有效的政策组合。本文报告了如何在芬兰的区域供热系统中加速脱碳,以利益相关者为导向,特别是主要投资者,包括专注于区域供热、数据中心管理、房地产开发和污水处理的公司。技术上的重点是余热系统和环境热系统。通过调查、访谈和研讨会,我们确定了投资障碍,并收集了克服这些障碍的政策和战略建议。结果表明,要克服与盈利能力、政治不确定性、合作和利润分享模式不发达相关的障碍,需要多样化和加强政策和战略组合。与主要投资者共同设计政策有可能提高政策的有效性和可接受性,但也有一定的局限性,因为制度参与者倾向于反对实现能源系统完全脱碳所需的不稳定类型。因此,需要进一步发展有效的政策共同设计过程,因为合作是实现减缓气候变化目标的一个成功因素,但同时,在加速能源系统转型时,也无法避免紧张和冲突。我们感谢欧盟资助CANEMURE项目(EU LIFE17 IPC/FI/000002 Life-IP CANEMURE- Finland)和芬兰科学院资助“能源转型中的数字介导的低碳社区”项目(348197)。我们还要感谢所有参与本研究的研讨会、访谈、讨论和调查的利益相关者的宝贵贡献和合作。披露声明作者未报告潜在的利益冲突。数据可用性声明研究数据,如调查报告,环境和余热案例和公司名单,以及研讨会摘要(芬兰语),可在芬兰环境研究所Syke网站(https://www.hiilineutraalisuomi.fi/fi-FI/Ilmastotyo/Energia/Hukka_ja_ymparistolammon_kasvun_esteet_j(59173)).Additional information本工作得到欧盟委员会的支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Accelerating transition toward district heating-system decarbonization by policy co-design with key investors: opportunities and challenges
AbstractDistrict heating in European, Chinese, and Russian cities is still mainly produced with fossil fuels. Energy-system reconfiguration is essential to achieve full decarbonization, which calls for a greater understanding of how to engage key investors in market transformation and how to formulate effective policy mixes. This article reports on how decarbonization could be accelerated in district-heating systems in Finland with stakeholder orientation especially on key investors consisting of companies focused on district-heating, data-center management, real estate development, and sewage operations. The technological attention is on the excess and ambient heat systems. Drawing from surveys, interviews, and workshops we identified investment barriers and collected policy and strategy proposals to overcome them. The results demonstrate that diversifying and strengthening the policy and strategy mix is needed to overcome barriers related to profitability, political uncertainties, and underdeveloped cooperation and profit-sharing models. Policy co-design with key investors holds potential to improve the effectiveness and acceptability of policies, but with certain limitations as regime actors tend to oppose the types of destabilization needed to achieve full decarbonization of energy systems. Thus, effective policy co-design processes need further development as collaboration is a success factor to achieve climate change-mitigation targets, but simultaneously tensions and conflicts cannot be avoided when accelerating energy-system transformation.Keywords: District heatingenergy transitiondecarbonizationheat pumpspolicy mixco-designFinland AcknowledgementsWe gratefully acknowledge the European Union for funding the CANEMURE project (EU LIFE17 IPC/FI/000002 Life-IP CANEMURE-FINLAND) and the Academy of Finland for funding the “Digitally Mediated Decarbon Communities in Energy Transition” project (348197). We also would like to thank all of the stakeholders who participated in the workshops, interviews, discussions, and surveys of this research for their valuable contributions and cooperation.Disclosure statementNo potential conflict of interest was reported by the authors.Data availability statementResearch data such as survey reports, ambient and excess heat case and company lists, and summary of the workshops (in Finnish) are publicly available at the Finnish Environmental Institute Syke website (https://www.hiilineutraalisuomi.fi/fi-FI/Ilmastotyo/Energia/Hukka_ja_ymparistolammon_kasvun_esteet_j(59173)).Additional informationFundingThis work was supported by the European Commission.
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来源期刊
Sustainability: Science, Practice, and Policy
Sustainability: Science, Practice, and Policy Social Sciences-Geography, Planning and Development
CiteScore
12.00
自引率
0.00%
发文量
54
审稿时长
27 weeks
期刊介绍: Sustainability: Science, Practice and Policy is a refereed, open-access journal which recognizes that climate change and other socio-environmental challenges require significant transformation of existing systems of consumption and production. Complex and diverse arrays of societal factors and institutions will in coming decades need to reconfigure agro-food systems, implement renewable energy sources, and reinvent housing, modes of mobility, and lifestyles for the current century and beyond. These innovations will need to be formulated in ways that enhance global equity, reduce unequal access to resources, and enable all people on the planet to lead flourishing lives within biophysical constraints. The journal seeks to advance scientific and political perspectives and to cultivate transdisciplinary discussions involving researchers, policy makers, civic entrepreneurs, and others. The ultimate objective is to encourage the design and deployment of both local experiments and system innovations that contribute to a more sustainable future by empowering individuals and organizations and facilitating processes of social learning.
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