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Assessing the thermal performance of phase change material in a photovoltaic/thermal system

机译:评估光伏/热系统中相变材料的热性能

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Photovoltaic/ thermal (PV/T) systems refer to systems which integrate photovoltaic and solar thermal technologies and have the added advantage of producing both electrical and thermal energy. This study has been carried out to experimentally investigate the application of phase change material (PCM) in a thermal system under the climatic conditions of Ireland. In this system, a stainless steel container of PCM was integrated with a PV panel. PCM absorbs heat generated by the PV during daylight hours. Water is piped through the PCM and absorbs heat stored by the PCM. The application of the PCM alone was found to regulate the temperature of the PV panel by approximately 5°C under climatic conditions of Ireland. This paper presents a method to assess the performance of a photovoltaic/thermal system with integrated PCM taking into account the useful heat energy gained by the water, stored by the PCM and the delay in available heat factor.
机译:光伏/热(PV / T)系统是指整合光伏和太阳能热技术的系统,并具有产生电气和热能的额外优势。本研究已经开展了实验研究了爱尔兰气候条件下的热系统中相变材料(PCM)的应用。在该系统中,PCM的不锈钢容器与PV面板集成。 PCM在白天期间通过PV吸收热量。水通过PCM管道,并吸收PCM存储的热量。仅发现单独的PCM施用PV面板的温度约为约5°C,在爱尔兰气候条件下。本文介绍了一种评估光伏/热系统与集成PCM的性能的方法,考虑到水的有用热能,通过PCM存储和可用热因子的延迟。

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