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Beyond Technology-push And Demand-pull: Lessons From California's Solar Policy

机译:超越技术推动和需求拉动:加利福尼亚州太阳能政策的教训

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The scale of the technological transformation required to reduce greenhouse gas emissions to "safe" levels while minimizing economic impacts necessitates an emphasis on designing climate policy to foster, or at least not impede, environmental innovation. There is only a weak empirical base for policy-makers to stand on regarding the comparative innovation effects of various climate policy options, however. Empirical scholarship in environmental innovation is hindered by the complexity of both the innovation process and the interactions between the dual market failures of pollution and innovation that are in play, and it appears that the field would benefit from the structure provided by a common lexicon. This paper focuses on the issues related to policy categorization in this field; these issues have received little attention in the literature despite their importance to making insights gained from empirical studies generalizable. The paper reviews the origins, strengths, and weaknesses of the dominant policy typology of technology-push versus demand-pull instruments. Its primary contribution, however, is to assemble a comprehensive chronology of solar policy in California and its impacts on innovation, where known, and then use this as a basis for building a new policy categorization that takes advantage of the intuitive resonance of the dominant typology, while encompassing the broader range of policy instruments that are employed in practice in order to stimulate environmental innovation. The most noteworthy aspect of the new categorization is that it introduces a third category of environmental innovation policy instrument that focuses on improving the interface between technology suppliers and users. This reflects developments in the economics of innovation literature as well as considerable evidence in the domain of distributed solar energy technologies that opportunism by some of the actors that work at this interface can be a barrier to innovation.
机译:为了将温室气体排放量降至“安全”水平,同时将经济影响降至最低,技术改造的规模要求着重设计气候政策,以促进或至少不阻碍环境创新。但是,决策者在各种气候政策选择的比较创新效果方面,只能依靠薄弱的经验基础。由于创新过程的复杂性以及正在发生的污染与创新双重市场失灵之间的相互作用,阻碍了环境创新的经验研究,看来该领域将受益于通用词典提供的结构。本文重点研究与该领域中的政策分类有关的问题;尽管这些问题对于使从实证研究中获得的见解具有普遍性很重要,但在文献中却很少受到关注。本文回顾了技术推动和需求拉动工具的主导政策类型的起源,优缺点。但是,它的主要贡献是在加利福尼亚州建立了一个完整的太阳能政策年表及其对创新的影响(如果已知),然后以此为基础,利用优势类型的直观共鸣来建立新的政策分类。 ,同时涵盖了实践中为刺激环境创新而采用的更广泛的政策工具。新分类最值得注意的方面是,它引入了第三类环境创新政策工具,其重点是改善技术供应商与用户之间的接口。这反映了创新文献经济学的发展以及分布式太阳能技术领域的大量证据,在此界面上工作的一些参与者的投机主义可能成为创新的障碍。

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