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PCM choosing and classification according to their characteristics for their application for thermal energy storage systems

机译:PCM根据其特征选择和分类,以适用于热能储存系统的应用

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Thermal energy storage has been linked to Architecture since ancient times, in large massive buildings through sensible heat. Latent heat storage —through phase change materials (PCMs) is another way of thermal storage, which has aroused great interest in recent decades.These materials, maintain constant temperature during the phase change while the material stores or releases energy. Their energy density storage is higher than any other. Its use is linked to renewable energy to adjust the supply periods to demand.In this paper we study the different phase change materials, classifying them and analyzing their physical, chemical, mechanical, thermal properties; availability, pricing, durability, and their compatibility with other materials. Their uses and most interesting applications are discussed.
机译:热能储存自古次以来与架构相连,通过明智的热量在大型大型建筑中。潜热储存 - 采用相变材料(PCM)是另一种热存储方法,它近几十年来引起了极大的兴趣。这些材料,在相变期间保持恒定温度,而材料存储或释放能量。它们的能量密度存储高于任何其他存储。其使用与可再生能源相关联,以调整供应期。本文研究了不同相变材料,对其进行分析并分析其物理,化学,机械,热性能;可用性,定价,耐用性及其与其他材料的兼容性。讨论了它们的用途和最有趣的应用程序。

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