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Numerical simulation of thermal mass enhanced envelopes for office buildings in subtropical climate zones

机译:亚热带气候区写字楼热质量增强围护结构的数值模拟

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摘要

The morning power overloading for office cooling is often the aftereffect of not using air conditioning on hot summer nights. Integration of phase change material (PCM) into the office building envelope can be a solution, but, prior to usage, the PCM layer has to be optimized to, deal with a number of alternating boundary conditions. The diurnal alternation of the heat load level facing the building envelope is very critical in predicting PCM behavior and cooling energy consumption in a real PCM integrated office building in Hong Kong.
机译:在炎热的夏季夜晚,早晨不使用空调的后果通常是办公室过载。将相变材料(PCM)集成到办公楼围护结构中可以是一种解决方案,但是在使用之前,必须对PCM层进行优化以处理许多交替的边界条件。面对建筑物围护结构的热负荷水平的昼夜变化对于预测香港一间真正的PCM集成办公楼的PCM行为和冷却能耗非常关键。

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