Indoor Air Quality and Improvement Strategies of Using Mechanical Ventilation in Confined Spaces

Hsin-Chun Lee, Chen-Yu Pan, H. Hsu
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Abstract

The factors of indoor air quality are affected by the density of people, the size and time of opening the door, and the arrangement of the air inlet and outlet of the ventilation equipment. We found that the optimal CO2 of the cross opening was reduced by 109.7 ppm/min through CO2 concentration detection. However, natural ventilation can result in higher indoor temperatures. Therefore, this study increases mechanical ventilation equipment and explores natural and mechanical ventilation to achieve ventilation energy saving.
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密闭空间机械通风的室内空气质量及改善策略
室内空气质量的因素受人的密度、开门的大小和时间、通风设备进出风口的布置等因素的影响。通过CO2浓度检测,我们发现交叉开孔的最佳CO2降低了109.7 ppm/min。然而,自然通风会导致室内温度升高。因此,本研究增加机械通风设备,探索自然通风与机械通风相结合,实现通风节能。
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