Article ID Journal Published Year Pages File Type
6463987 Energy Research & Social Science 2017 18 Pages PDF
Abstract

•We test a theoretically integrative model to examine interest in residential solar panels.•Variables were drawn from three theories (DOI, TPB, and VBN).•The integrated model helps explain who considers solar and why.•Innovative consumers and those with stronger proenvironmental norms are more interested.•Trusting installers, perceiving personal benefits and social support increase interest.

Increased household adoption of solar photovoltaic systems has the potential to reduce greenhouse gas emissions associated with providing electricity. Although residential solar has recently become more affordable, market penetration in the U.S. remains relatively low. This study proposes a theoretical framework for investigating the psychological and social determinants of interest in residential solar drawn from three theories that may explain the decision to pursue it: diffusion of innovations theory, theory of planned behavior, and value-belief-norm theory. We test this framework using survey data from 904 non- adopter homeowners, with the aim of identifying potential levers for intervention. Overall, we find that consumers see solar electricity in multiple ways: as an environmental benefit, a consumer good, and an innovative technology. Notably, individuals who trust installers and believe solar will be personally beneficial are more likely to consider contacting an installer, as are individuals drawn to novel products. Proenvironmental personal norms indirectly increase interest through perceived personal benefits, suggesting that marketing efforts aimed at environmentally-concerned individuals may need to emphasize non-environmental benefits. The results also support leveraging trusted social networks to convey the benefits of solar. We conclude by discussing the value of the integrated framework along with implications for policymakers and marketers.

Related Topics
Physical Sciences and Engineering Energy Energy (General)
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