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A platform for research: civil engineering, architecture and urbanism
Energy justice in heat metering:Findings from a Danish experiment of metering and distribution in residential apartment buildings
According to EU regulations on heat metering, households should be metered individually and pay accordingly. However, in apartment blocks, heating is often provided for the whole building, and different ways of distributing costs are used. In Denmark, an investigation has been carried out into new ways of distributing costs, using indoor climate measurements of temperature, CO 2 and humidity. Incorporating these three types of measurements in payment distribution can create an incentive to encourage residents to pursue a healthier indoor climate with lower energy consumption. This paper reports on qualitative interviews with residents as well as housing staff taking part in the experiment, relating empirical findings to questions of justice and ethics raised in the literature. Analysis reveals differing levels of understanding among residents concerning metering systems and rationales, including in relation to cost distribution and questions of justice. The experiment was carried out in social housing blocks where some residents could be categorised as vulnerable in terms of limited income and specific heating needs. Furthermore, issues of global climate and justice from an intergenerational perspective are also considered. This paper therefore draws on wider discussions about energy justice and vulnerability related to types of heat metering, and shows how these issues are interlinked with the socio-material context and the interplay with socio-technical constructions of comfort norms. The relevance of country-specific insights are thus demonstrated at a European level and beyond.
Energy justice in heat metering:Findings from a Danish experiment of metering and distribution in residential apartment buildings
According to EU regulations on heat metering, households should be metered individually and pay accordingly. However, in apartment blocks, heating is often provided for the whole building, and different ways of distributing costs are used. In Denmark, an investigation has been carried out into new ways of distributing costs, using indoor climate measurements of temperature, CO 2 and humidity. Incorporating these three types of measurements in payment distribution can create an incentive to encourage residents to pursue a healthier indoor climate with lower energy consumption. This paper reports on qualitative interviews with residents as well as housing staff taking part in the experiment, relating empirical findings to questions of justice and ethics raised in the literature. Analysis reveals differing levels of understanding among residents concerning metering systems and rationales, including in relation to cost distribution and questions of justice. The experiment was carried out in social housing blocks where some residents could be categorised as vulnerable in terms of limited income and specific heating needs. Furthermore, issues of global climate and justice from an intergenerational perspective are also considered. This paper therefore draws on wider discussions about energy justice and vulnerability related to types of heat metering, and shows how these issues are interlinked with the socio-material context and the interplay with socio-technical constructions of comfort norms. The relevance of country-specific insights are thus demonstrated at a European level and beyond.
Energy justice in heat metering:Findings from a Danish experiment of metering and distribution in residential apartment buildings
Gram-Hanssen, Kirsten (author) / Bonderup, Sirid (author) / Aagaard, Line Kryger (author) / Askholm, Anne Sofie Møller (author)
2023-10-01
Gram-Hanssen , K , Bonderup , S , Aagaard , L K & Askholm , A S M 2023 , ' Energy justice in heat metering : Findings from a Danish experiment of metering and distribution in residential apartment buildings ' , Energy Research and Social Science , vol. 104 , 103250 . https://doi.org/10.1016/j.erss.2023.103250
Article (Journal)
Electronic Resource
English
DDC:
690
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