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Simulation Study on Thermal Performance of a Ventilated PV Facade Coupled with PCM

机译:用PCM耦合通风PV立面热性能的仿真研究

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This paper presents a dynamic thermal model based on DesignBuilder simulation software platform, for a simple office building model with an integrated ventilated PV facade/solar air collector system in climatic conditions of Bratislava, Slovakia. Thermodynamic simulation has been applied in order to express thermal performance of a ventilated PV facade coupled with phase change material through the whole reference year. Attention is focused on simplified approaches which capture the important elements of the problem. The results of simulation show that natural ventilation of PV facade with added phase change material have ability decrease temperatures of PV panel during extreme days more than 20°C and shift time of peak temperature even more than 5 hours.
机译:本文介绍了一种基于DesignBuilder仿真软件平台的动态热模型,用于简单的办公建筑模型,具有集成通风的PV门面/太阳能空气收集系统,在斯洛伐克的气候条件下。已经应用了热力学模拟,以表达通过整个参考年份与相变材料连接的通风PV外观的热性能。注意力集中在简化的方法上,捕获问题的重要元素。仿真结果表明,具有相变材料的PV外观的自然通风具有在极端几于20°C的极端几于20°C期间降低PV面板的温度,甚至超过5小时的峰值温度的变化时间。

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