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G-value indoor characterization of semi-transparent photovoltaic elements for building integration: New equipment and methodology

机译:用于建筑物集成的半透明光伏元件的G值室内表征:新设备和方法

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摘要

Whereas the modern architecture trends to an extensive use of glazing elements, buildings are increasingly required to minimize the external energy demand, cutting down the energy needed and covering the residual demand using local energy generation solutions. In this context, the integration of optimized Semi-Transparent Photovoltaic (STPV) elements seems to present a promising energy saving potential, leading to significant reductions of the heating, cooling and lighting loads while the on-site electricity generation is supplied.
机译:尽管现代建筑趋向于大量使用玻璃元件,但越来越需要建筑物以最小化外部能源需求,减少所需能源并使用本地能源产生解决方案来满足剩余需求。在这种情况下,优化的半透明光伏(STPV)元件的集成似乎具有可观的节能潜力,从而在现场供电时显着降低了供暖,制冷和照明负荷。

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