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首页> 外文会议>PALENC Conference on Building Low Energy Cooling and Advanced Ventilation Technologies in the 21st Century >Design aspects and perspectives for solar control of buildings with aesthetic and efficient solar thermal collectors and photovoltaics
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Design aspects and perspectives for solar control of buildings with aesthetic and efficient solar thermal collectors and photovoltaics

机译：具有审美高效太阳能热收集器和光伏的建筑物太阳能控制的设计方面和视角

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New solar energy systems with efficient energy output and advanced aesthetics have been developed at the University of Patras last 20 years. Among them some collector types are effective in aesthetics and energy output, as the solar collectors with colored absorbers and the stationary CPC type collectors. The building integration of air cooled photovoltaics aiming to contribute to building ventilation and of hybrid photovoltaic/thermal (PV/T) systems, to provide heat and electricity, are solar devices of particular practical value. In addition, Fresnel lenses with linear absorbers are also interesting devices to control the temperature and light of interior spaces. Aspects and perspectives for these systems give a figure of their advantages for cooling and other building energy demand. Laboratory scale studies give an idea about the application of these new solar systems.
机译：帕特兰大学持续20年来开发了具有高效能源输出和先进美观的新的太阳能系统。其中一些收集器类型在美学和能量输出方面都是有效的，作为具有彩色吸收剂和固定式CPC型收集器的太阳能收集器。旨在为建筑通风和混合光伏/热（PV / T）系统提供有助于建筑通风和混合光伏/热（PV / T）系统的建筑集成，以提供热电性，是特定实用价值的太阳能器件。此外，具有线性吸收剂的菲涅耳透镜也是控制内部空间的温度和光的有趣器件。这些系统的各个方面和观点给出了它们的冷却和其他建筑能源需求的优点。实验室规模研究了解这些新太阳系的应用。

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