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Sunspace Augmented Positive Input Ventilation of Buildings

机译:SUNSPACE增强了建筑物的正输入通风

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A total of 16 positive input ventilation (PIV) units were installed in a new build housing development in west Scotland utilising a glazed sunspace on the south elevation of each dwelling to augment the energy saving potential of the installation. Data logging equipment was installed in each dwelling to enable assessment of the energy benefit to the property derived from the delivered air temperature, outside air temperature, delivery flowrate and occupant control setting. Additionally, an attempt was made to evaluate the system benefits relative to occupant comfort utilising monitoring equipment in the occupied zone of the dwellings with a questionnaire survey undertaken in support of this. Data collected over a 16 month period showed that using the sunspace in this configuration can save up to 15% of the domestic heating requirements when compared with traditional infiltration ventilation, and more than doubled the energy benefit of that obtained by positive input only ventilation.
机译:在西苏格兰的新建筑房地产开发中,共有16个阳性输入通风(PIV)单位利用每个住宅的南部海拔地区的玻璃外观,以增加安装的节能潜力。数据测井设备安装在每个住宅中,以使能源益处的评估能够从输送的空气温度,外部空气温度,输送流量和乘员控制环境中的源自。此外,尝试评估利用住宅占用区中的监测设备的乘员舒适性评估系统益处,并通过支持该问卷调查。在16个月内收集的数据显示,与传统渗透通风相比,使用这种配置中的SUNSPACE可以节省高达15%的国内供热要求的数据,并且通过阳性输入仅限于透气而获得的能量益处增加了一倍多。

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