期刊
ENERGY RESEARCH & SOCIAL SCIENCE
卷 96, 期 -, 页码 -出版社
ELSEVIER
DOI: 10.1016/j.erss.2022.102918
关键词
Energy efficiency; Climate; Energy; Policy; Social sciences
Energy efficiency is a policy strategy in Europe aimed at energy savings and reducing greenhouse gas emissions. This paper focuses on the amendments to the Energy Efficiency Directive from 2016 to 2018 and explores the struggle over the definition and measurement of energy efficiency. Drawing on insights from Science and Technology Studies and indicator politics, it examines how the meaning of energy efficiency was negotiated through its measurement. The political negotiations provide an empirical case to understand the politics of measurement and how it affects the governance of energy efficiency.
Energy efficiency is a policy strategy to make energy savings and reduce greenhouse gas emissions in Europe. This paper investigates the passage of amendments to the Energy Efficiency Directive during 2016-2018 as a case study. It focuses on an incident, in which the rapporteur in charge of the energy efficiency file in the European Parliament proposed to re-think the way energy efficiency is defined and measured thus initiating a struggle over the meaning of energy efficiency itself. Drawing on insights from the field of Science and Technology Studies (STS) and work on indicator politics, this paper explores how the meaning of energy efficiency was negotiated through the way it is measured. These political negotiations are used as a case to empirically explore politics of measurement, i.e. practices and procedures through which the conceptualization and measurement of energy efficiency get entwined, and in which a seemingly technical discussion weaves together scientific and methodological aspects with political, societal and environmental issues. In this way, the work presented here explores how processes of politicization and depoliticization in the formulation of energy efficiency indicators contribute to bringing about the very governance object that is energy efficiency.
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