Author:
Mahmud A. S.,Zachary D. S.
Abstract
AbstractThe present paper develops a matrix framework to determine the sustainability of multiple activities simultaneously. We define an activity as an action or process involving multiple resources; each activity depends upon other activities at a higher level. First, the problem of sustainability is framed in the context of an input–output model. Later, an infinite layer approach is adopted to represent different sectors of the economy and both renewable and non-renewable resources. Using the infinite layer approach, the concentration of renewable energy usage is calculated for each activity. The conversion to productive use varies from one resource to another. The current endeavor also focuses on enhancing energy efficiency to reduce non-renewable resource dependency.
Publisher
Springer Science and Business Media LLC
Reference16 articles.
1. Zachary, D. S. On the sustainability of an activity. Sci. Rep. 4, 5215 (2014).
2. Lui, W. Is renewable energy effective in promoting local economic development? The case of China. J. Renew. Sustain. Energy 8, 025903 (2016).
3. de Groot, K. & le Pair, C. The fuel costs of wind energy: a well-kept secret, Original title: “De brandstofkosten van windenergie; een goed bewaard geheim”, SPIL 263–264 (2009) p.15 ff.
4. Chen, W.-C., Chen, W.-K., Chen, C.-W. & Lo, C.-C. An empirical study of willingness to renewable energy installation using importance-performance analysis: The case of Taiwan. J. Ind. Prod. Eng. 36(7), 451–460 (2019).
5. Martilla, J. A. & James, J. C. Importance performance analysis. J. Mark. 41(1), 77–79 (1977).
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