Policy feedback has been applied as a theoretical concept in exploring the political dynamics of domestic energy transitions. However, theory-oriented work is needed to apply the concept to studies of technological change processes. This article explores two technology feedback effects – technology maturity and socio-technical fit – that add external pressure for policy adaption. These are theorized as enabling a correction mechanism through learning that can partly counter positive policy feedback effects. Thus, the co-evolution process between renewable energy policy instruments and technologies is conceptualized as involving increasing return processes leading to sticky policies, balanced by correction mechanisms that support a more plastic view on policies. This argument is explored through a longitudinal case study of the co-evolution of policy instruments and solar photovoltaics in California.
- Published year: 2020
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Full version:
1-s2.0-S2214629620303285-main.pdf (1.3 MB)
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DOI:
https://doi.org/10.1016/j.erss.2020.101753
- Publisher: Energy Research & Social Science
- Page count: 14
- Language: English