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Forecasting of wind energy technology domains based on the technology life cycle approach

机译:基于技术生命周期方法的风能技术领域预测

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Wind energy technologies are being developed in order to reduce the costs of the generated electricity and increasing technological performance. Therefore, understanding the technological development paths is an important part of the debates among technology developers and policymakers of energy systems. Due to recognize the wind technology orientation, the published patents in wind technology have been analyzed. Five groups of technology have been found, and the result of technological trends and life cycles for each one has been discussed. In order to clarify the main issues in each technology domain, a cluster dendrogram of frequent keywords in each domain through text analysis has been drawn. Text analysis of all published patents illustrated that controlling pitch and larger blade design are the most frequent words in the “blades and rotor” and “control of turbines” domains respectively. Two main domains of technology have been considered a lot in patents, “blades and rotor” and “control of turbines”. In the next step, the technological life cycles of all five domains have been discussed. In spite of the number of published patents in “blades and rotor” and “control of turbines” domains, “nacelle” is in the maturity stage.
机译:为了减少发电成本并提高技术性能,正在开发风能技术。因此,了解技术发展道路是能源系统技术开发人员和政策制定者之间辩论的重要组成部分。由于认识到了风能技术的发展方向,因此对已发布的风能技术专利进行了分析。发现了五组技术,并讨论了每种技术趋势和生命周期的结果。为了阐明每个技术领域中的主要问题,已经通过文本分析绘制了每个领域中频繁使用关键字的聚类树状图。对所有已发布专利的文本分析表明,控制桨距和加大叶片设计分别是“叶片和转子”和“涡轮机控制”领域中最常用的词。专利中考虑了两个主要技术领域,即“叶片和转子”和“涡轮机控制”。在下一步中,将讨论所有五个领域的技术生命周期。尽管在“叶片和转子”和“涡轮机控制”领域已发布了许多专利,“机舱”仍处于成熟阶段。

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