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EXPERIMENTAL ASSESSMENT OF PCMS INTEGRATED IN LIGHT-WEIGHT STRUCTURES

机译:轻量级结构集成的PCM的实验评估

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Research and development at Brno University of Technology, Faculty of Civil Engineering is focused on the experimental assessment of PCMs in building structures. For assessment of influence of PCMs on indoor environment is used comparative method. This method is based on the measurement of indoor environment parameters in two test rooms. Test rooms have same geometry and light-weight composition of envelope. Test rooms are situated under the roof structure. Different possibilities of PCMs integration in building structures were tested during 4 years. The main goals of our work were to assess influence of PCMs on indoor environment and to find proper system of PCMs regeneration at night in summer season. The possibility of charging and discharging of energy stored in PCMs play important role in functionality of passive cooling system. Paper will show possibilities of PCMs integration in building structures and results from pilot experiments in test rooms.
机译:布尔诺技术大学的研究与开发,土木工程学院专注于对建筑结构PCM的实验评估。用于评估PCMS对室内环境的影响。该方法基于两个测试室中室内环境参数的测量。测试室具有相同的几何形状和轻量级的包络组成。测试室位于屋顶结构下方。在4年内测试了建筑物结构中PCMS集成的不同可能性。我们作品的主要目标是评估PCM对室内环境的影响,并在夏季晚上在晚上找到PCMS再生系统。存储在PCM中的能量充电和放电的可能性在被动冷却系统的功能中起着重要作用。纸张将显示在测试室中的建筑物结构和试验实验中的PCMS集成的可能性。

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