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Changing the view of wind power development: More than 'bricolage'

机译:改变风电发展的观点:不仅仅是“风吹草动”

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Understanding innovation depends at root on good qualitative descriptions. This paper re-assesses the role of "bricolage", and the extent of science-based R&D and experience-based learning, in the development of the Danish wind turbine system. It argues that the competition between these two opposed frames of reference was never conclusively settled, but involved a reassertion of science-based R&D, which was ultimately decisive for long-term success. This adds a dimension to the received account by showing the persistence of contested collective frames of reference as a driving force across the technology life cycle. At the same time, a more nuanced account of these two learning processes enhances theorisation of the innovation process by showing a learning sequence and interplay of modes that is diametrically at odds with the conventional stylised model of the experience curve.
机译:了解创新从根本上取决于良好的定性描述。本文在丹麦风力涡轮机系统的发展中,重新评估了“颠覆性”的作用,以及基于科学的研发和基于经验的学习的程度。它认为,这两个相对的参考框架之间的竞争从未得到最终解决,而是涉及到基于科学的研发的断言,这最终决定了长期的成功。通过显示有争议的集体参考框架的持久性作为整个技术生命周期的驱动力,这为接收到的帐户增加了一个维度。同时,对这两个学习过程的更细致入微的说明通过显示学习顺序和模式的相互作用来增强创新过程的理论化,这些过程与经验曲线的传统风格化模型截然不同。

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