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Feasibility Study for Using Piezoelectric Energy Harvesting Floor in Buildings' Interior Spaces

机译:建筑物内部空间中使用压电能量收获地板的可行性研究

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Piezoelectric floors generate many microwatts up to many watts per step, depending on space pedestrians' frequency and piezoelectric technology. Although there are a number of earnest researches that have focused on harvesting power from piezoelectric floors tiles, the piezoelectric application is still hindered by many factors, which leads to the deprivation of the advantages of this technology. The research addresses how to get the Maximum benefits from piezoelectric energy harvesting floor in Buildings' interior spaces, according to the various weight of every usage factors, and through the integration of different kind of piezoelectric technology capabilities. This Paper seeks to spread piezoelectric energy harvesting floor applications, through Facilitate how to conciliate and harmonize between the challenging requirement of usage factors and the application possibilities using a proposed tool. Feasibility study guide supported by various case studies that has been described as a benchmark for the future applications.
机译:压电地板根据太空行人的频率和压电技术,每一步产生许多瓦特的微大覆盖。虽然有许多认真研究专注于从压电地板瓷砖收集功率,但压电应用仍然受到许多因素的阻碍,这导致剥夺了这种技术的优势。研究解决了如何在建筑物内部空间中获得压电能量收集地板的最大益处,根据每个使用因素的各种重量,并通过不同类型的压电技术能力的整合。本文旨在扩散压电能量收集地板应用,通过促进如何协调和协调使用拟议工具的使用因素和应用可能性的挑战性要求和协调。各种案例研究支持的可行性研究指南已被描述为未来应用的基准。

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