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Beyond Technology Push vs. Demand Pull: The Evolution of Solar Policy in the U.S., Germany and China

机译:超越技术推动与需求拉动:美国,德国和中国太阳能政策的演变

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To explain and promote the adoption of new technologies, researchers have debated the relative importance of technology push and demand pull factors . Here we examine a crucial problem of contemporary innovation policy -- promoting the adoption of renewable energy to reduce anthropogenic global warming -- that challenges prior models for large scale innovation adoption. From the recommendations of Mowery, Nelson and Martin (2010) [1], we develop a typology of technology push and demand pull policy design principles for renewable energy adoption. We use these principles to analyze a sample of 79 solar energy policies from 1974 to 2011 in the U.S., Germany and China. From this, we suggest additions to the model of technology push and demand pull -- by differing between direct and indirect push and pull -- to explain the success of renewable energy policies.
机译:为了解释和促进采用新技术,研究人员争论了技术推动和需求拉动因素的相对重要性。在这里,我们研究了当代创新政策的关键问题 - 促进了可再生能源的采用,减少人为全球变暖 - 这挑战了大规模创新采用的现有模型。从摩尔邦,尼尔森和马丁(2010)的建议[1],我们开发了技术推动和需求拉动政策设计原则的类型学,可再生能源采用。我们利用这些原则分析了1974年至2011年在美国,德国和中国的79个太阳能政策的样本。由此,我们建议使用技术推动和需求的模型 - 通过直接和间接推拉之间的不同之处 - 解释可再生能源政策的成功。

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