Ready, set, …rollout? – The role of heterogeneous actors and proximities in the delayed smart meter rollout in Germany

IF 5.3 Q2 ENGINEERING, ENVIRONMENTAL Cleaner Engineering and Technology Pub Date : 2025-03-05 DOI:10.1016/j.clet.2025.100930
Sabrina Paustian , Julia Köhlke , Jannika Mattes , Sebastian Lehnhoff
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Abstract

Current technological developments for the energy transition are becoming increasingly digitalised as they integrate Information and Communication Technologies (ICT). Nonetheless, we know little about how these digitalisation processes occur. This paper aims to understand the role of heterogeneous actors in a specific digitalisation process, namely the rollout of smart meters in Germany. Smart meters are widely considered as a key technology to both the digitalisation of the energy sector and a further acceleration of the energy transition. As the smart meter rollout in Germany did not occur smoothly, we argue that there is more to that than technological and legal aspects. Instead, the involved actors such as producers, public authorities and distribution system operators (DSO) with diverse knowledge and interests are key to understanding the implementation inefficiencies, i.e.in this case: a significant delay. To disentangle these challenges, we draw on Boschma (2005) proximity model. It offers a multi-faceted view of actor heterogeneity by considering five different aspects: cognitive, organisational, institutional, social and geographical proximities. Our case study with expert interviews reveals multiple reasons for the delay, including knowledge boundaries, new business models or working practices. Disentangling these, the paper shows the importance of actor constellations in digitalisation processes in the energy transition and thereby contributes to the debate on the interrelatedness of digitalisation and transitions.
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当前能源转型的技术发展正日益数字化,因为它们整合了信息和通信技术(ICT)。然而,我们对这些数字化过程是如何发生的知之甚少。本文旨在了解异质参与者在特定数字化过程(即德国智能电表的推广)中所扮演的角色。智能电表被广泛认为是能源行业数字化和进一步加快能源转型的关键技术。由于智能电表在德国的推广过程并不顺利,因此我们认为,除了技术和法律方面的原因外,还有其他原因。相反,生产商、公共机构和配电系统运营商(DSO)等具有不同知识和利益的参与者是理解实施效率低下(即在本案例中的严重延迟)的关键。为了破解这些难题,我们借鉴了 Boschma(2005 年)的邻近模型。该模型通过考虑认知、组织、制度、社会和地理接近性五个不同方面,提供了一个多层面的行为者异质性视角。我们通过专家访谈进行的案例研究揭示了延迟的多种原因,包括知识边界、新商业模式或工作实践。通过对这些原因的分析,本文揭示了能源转型过程中数字化进程中参与者组合的重要性,从而为有关数字化与转型之间相互关联性的讨论做出了贡献。
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来源期刊
Cleaner Engineering and Technology
Cleaner Engineering and Technology Engineering-Engineering (miscellaneous)
CiteScore
9.80
自引率
0.00%
发文量
218
审稿时长
21 weeks
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