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首页> 外文期刊>Canadian Journal of Civil Engineering >Indoor climate loads for dwellings in different cold climates to assess hygrothermal performance of building envelopes1
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Indoor climate loads for dwellings in different cold climates to assess hygrothermal performance of building envelopes1

机译:适用于不同寒冷气候的住宅的室内气候负荷,以评估建筑包络的湿热性能 1

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摘要

This study tests the performance of an EN ISO 13788 occupancy modified model for indoor temperature and humidity in dwellings by comparing the model with the measured indoor temperature and relative humidity in Canada. The performance of EN ISO 13788 occupancy modified model is tested in 13 outdoor climates and compared with the simplified approach given in the ASHRAE 160 standard. It was found that the Estonian model’s proposed indoor temperature profile works reasonably well in accordance with the measured indoor temperatures in Vancouver, Canada, which are dependent on the outdoor climate; on the other hand, the ASHRAE 160 indoor temperature profile might not be the best for cold climates. Drawbacks were noted concerning the humidity loads given as a simplified approach in the ASHRAE 160 with the suggestions for the possible future renewal. A new approach for selecting the indoor humidity load for dwellings in cold climates is proposed.
机译:本研究通过将模型与加拿大测量的室内温度和相对湿度进行比较,测试en ISO 13788占用模型的临时温度和湿度的占用修改模型的性能。 EN ISO 13788占用修改模型的性能在13个室外气候中进行了测试,并与Ashrae 160标准中给出的简化方法进行了比较。 有人发现,爱沙尼亚模型的建议室内温度曲线根据加拿大温哥华的测量室内温度合理地运作,这取决于户外气候; 另一方面,Ashrae 160室内温度曲线可能不是最适合寒冷的气候。 关于ASHRAE 160中作为简化方法给出的湿度载荷的缺点,具有可能的未来更新的建议。 提出了一种选择冷气候住宅室内湿度负荷的新方法。

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