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Pumping up building decarbonisation: the role of policy awareness in heat pump adoption among Canadian homeowners

Heat pumps are a key technology for decarbonising residential buildings, yet their current market share in Canada remains very low at approximately 5%. To promote heat pump adoption, governments in Canada have introduced supportive policies such as purchase subsidies, and it is often assumed that increasing consumer awareness of such policies increases heat pump adoption. Using a survey of Canadian homeowners who do not own heat pumps (n=3,138), this study assesses: (1) levels of willingness to adopt air source and ground source heat pumps across Canada; (2) the effect of information provision on willingness to adopt heat pumps, (3) levels of heat pump policy awareness across Canada; (4) whether perceived technical characteristics of heat pumps can be categorized as functional or symbolic, and as private or societal, and (5) the role of policy awareness and other drivers in explaining willingness to adopt heat pumps. The study finds that a third of Canadian homeowners are willing to adopt heat pumps. These homeowners are found predominantly within the Atlantic region and show higher levels of adoption willingness for air source rather than ground source heat pumps. Awareness of existing heat pump supportive policy is low, with only 5% of respondents able to name any policies from memory. Awareness tends to be higher in British Columbia, and for heat pump subsidies and carbon taxes. Policy awareness without cues is a predictor of willingness to adopt air source heat pumps only. When provided with a list of policies to aid reporting, policy awareness is not associated with heat pump adoption. Other significant predictors include perceptions of heat pumps’ functionality and their environmental benefits, having a technology-oriented lifestyle, being a younger homeowner, and the financial and inconvenience costs during installation. Based on findings, insights into targeted policy designs to accelerate residential building decarbonisation are provided. / Graduate

Identiferoai:union.ndltd.org:uvic.ca/oai:dspace.library.uvic.ca:1828/13810
Date30 March 2022
CreatorsCorbett, Meghan
ContributorsRhodes, Katya
Source SetsUniversity of Victoria
LanguageEnglish, English
Detected LanguageEnglish
TypeThesis
Formatapplication/pdf
RightsAvailable to the World Wide Web

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