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Experimental investigation of the daily thermal performance of a mPCM honeycomb wallboard

机译：mPCM蜂窝墙板日常热性能的实验研究

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This study combined building construction practice, aluminum honeycomb panels, and microencapsulated phase change material (mPCM) to construct an mPCM honeycomb wallboard. The daily thermal behaviors of this wallboard are investigated experimentally. The outdoor side of the wallboard is affected by daytime sunshine and nighttime natural convection, whereas the indoor side is subjected to forced convection or natural convective boundaries. The results show that indoor air conditions have a certain influence on the thermal performance of mPCM honeycomb wallboard and that the mPCM inside the wallboard can effectively dissipate heat when the indoor environment is subjected to either a forced or natural convection condition. Therefore, mPCM can always restore itself to its original thermal condition and is ready for heat management use the following day. (C) 2017 Elsevier B.V. All rights reserved.
机译：这项研究结合了建筑施工实践，铝蜂窝板和微囊化相变材料（mPCM）来构建mPCM蜂窝墙板。实验研究了该墙板的日常热行为。墙板的室外侧受白天的阳光和夜间自然对流的影响，而室内侧则受到强制对流或自然对流的限制。结果表明，室内空气条件对mPCM蜂窝壁板的热性能有一定的影响，并且当室内环境受到强制或自然对流条件时，壁板内部的mPCM可以有效地散热。因此，mPCM始终可以将其恢复到原始热状态，并准备在第二天进行热量管理。 （C）2017 Elsevier B.V.保留所有权利。

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