Exploring public perceptions of renewable energy: Evidence from a word network model in social network services

Given the energy-related accidents and issues in our society, public perceptions of specific energy technologies are a fundamental concern while formulating local and national energy plans. As an approach toward addressing these perceptions, the current study was aimed at collecting user-created con...

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Bibliographic Details
Published inEnergy strategy reviews Vol. 32; p. 100552
Main Authors Kim, Jisu, Jeong, Dahye, Choi, Daejin, Park, Eunil
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 01.11.2020
Elsevier
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Summary:Given the energy-related accidents and issues in our society, public perceptions of specific energy technologies are a fundamental concern while formulating local and national energy plans. As an approach toward addressing these perceptions, the current study was aimed at collecting user-created contents on renewable energy in a topic-based social network service. A word network model in social network services (SNS) was proposed, and a network analysis was conducted for examining the public perceptions of renewable energy resources. The results obtained indicated that the word network model in SNSs and the employed approaches can extract both frequently mentioned and latent issues pertaining to renewable energy. In addition, they are useful for observing public perspectives toward renewable energy. Based on the results, the implications as well as the limitations of the approach are discussed. •Understanding public perceptions of specific energy technologies is essential and important in these days.•This study proposes a word network model for examining public perceptions of renewable energy resources.•Both 2,047,276 edges and 2024 nodes (the number of words) were used to organize the work network model in SNSs.•The results indicate that users' hidden perceptions about renewable energy issues can be extracted by the suggested model.
ISSN:2211-467X
2211-467X
DOI:10.1016/j.esr.2020.100552