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Cooling characteristics of composite panel with photovoltaic - thermo modules

机译:光伏-热电组件复合板的冷却特性

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Composite panel wit photovoltaic - thermo modules is radiant of cooling and heating panel which driven by solar energy as clean energy. The radiation panel for heating and cooling is a new air conditioning system. This panel directly exchanges thermal energy between the panel and human bodies by electromagnetic wave. In this study, the prototyped has been designed and tested for cooling mode of operation in summer season. And, we have developed the simulation program for radiation panel for cooling which is driven by e output power of photovoltaic module. As a result, when two photovoltaic modules in parallel of 12W are connected, the average of temperature difference between air and the cooling panel was 8.1℃ during June to September in Tokyo. It is found that this panel is useful panel as radiant of cooling and heating one.
机译:光伏复合板-热模块是由太阳能作为清洁能源驱动的冷却和加热板的辐射。用于加热和冷却的辐射板是一种新的空调系统。该面板通过电磁波直接在面板和人体之间交换热能。在本研究中,已针对夏季的制冷运行模式设计并测试了原型。并且,我们开发了用于冷却的辐射板的仿真程序,该程序由光伏模块的e输出功率驱动。结果,当连接两个并联的12W光伏模块时,东京在6月至9月的空气和冷却板之间的平均温差为8.1℃。发现该面板是有用的面板,作为散热和加热的辐射。

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