The green transition of industry – An introduction to IndustryPLAN

IF 5.4 Q2 ENERGY & FUELS
Brian Vad Mathiesen , Rasmus Magni Johannsen , Katerina Kermeli , Wina Crijns-Graus , Henrik Lund , Iva Ridjan Skov
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引用次数: 2

Abstract

The green transition of industry has an essential role in meeting the Paris Agreement targets. Transition strategies should integrate a balance between energy efficiency, electrification, and renewable energy. Focus should be on enabling industry to play an active role in the integration of variable renewable energy sources and the sector-coupling needed for the utilisation of excess heat. Industry in the European Commission's net-zero emission scenarios such as EU 1.5 TECH in “A Clean Planet for all” is based on a top-down methodology with the risks of overinvestments, blind investments, non-concrete general pan-industrial investments, and unrealistic implementation rates. This paper introduces seven guiding principles and a freeware tool, IndustryPLAN, to open the “black box” of industry, quantify such strategies and apply them to EU-27 + UK. The tool enables the user to conduct country-specific, sector-specific or aggregated European analyses of climate mitigation measures by implementing best available technologies, innovative measures and technologies, electrification, shift to hydrogen-based processes, and excess heat utilisation. Also, resilience against fluctuating fuel, electricity and technology prices can be analysed to illuminate geopolitical or supply chain issues. The combination of the guiding principles methodology and the IndustryPLAN tool identifies at least 30% short-term feasible final energy demand savings and possible full decarbonisation with a 100% renewable energy supply for industry.

Abstract Image

工业的绿色转型——工业计划简介
工业的绿色转型在实现《巴黎协定》目标方面发挥着至关重要的作用。过渡战略应在能源效率、电气化和可再生能源之间取得平衡。重点应放在使工业在整合可变可再生能源和利用余热所需的部门耦合方面发挥积极作用。欧盟委员会净零排放情景中的行业,如“人人共享的清洁星球”中的欧盟1.5技术,是基于自上而下的方法,存在过度投资、盲目投资、非具体的一般泛工业投资和不切实际的实施率的风险。本文介绍了七项指导原则和一个免费工具IndustryPLAN,以打开行业的“黑匣子”,量化这些策略,并将其应用于欧盟27国+英国。该工具使用户能够通过实施最佳可用技术、创新措施和技术、电气化、向氢工艺的转变以及余热利用,对气候缓解措施进行特定国家、特定行业或欧洲汇总分析。此外,可以分析燃料、电力和技术价格波动的弹性,以阐明地缘政治或供应链问题。指导原则方法和IndustryPLAN工具的结合确定了至少30%的短期可行最终能源需求节约和100%可再生能源供应的工业可能完全脱碳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Smart Energy
Smart Energy Engineering-Mechanical Engineering
CiteScore
9.20
自引率
0.00%
发文量
29
审稿时长
73 days
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