大流行期间和大流行后的学校自然通风性能

Dyah Hendrawati
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引用次数: 1

摘要

印度尼西亚的大多数教育建筑都采用自然通风。自然通风是实现居民身体舒适和节约能源的策略之一。在大流行期间,需要自然通风,因为它有望使房间内的空气流通。良好的空气流通的存在将使病毒的传播得以避免。良好和健康的空气流通空间成功的一个指标是根据标准实现每小时换气(ACH)值。该研究的目的是找出并确定自然通风的性能是决定新冠病毒传播的室内空气流通、室内舒适气流速度和用户容量的因素。本研究采用模拟方法确定ACH值和空气流速。这项研究的主要目标是研究尽可能安全和迅速地重新开放学校的可能性。结果表明:以ACH等级>8级、室内空气流速0.2 ~ 0.8 m/s为标志,所研究的学校建筑可用于疫情流行和疫情后时期。该建筑的开放面积约为30%,开放类型可容纳45%的风流量。通过仿真得到,在一定的风速条件下,在50%的用户条件下,最小开口面积为20%,有45%的孔径型和90%的孔径型,以达到健康和舒适标准。关键词:ACH自然通风性能窗型
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Natural Ventilation Performance for Schools During a Pandemic and the Post-Pandemic COVID 19
Natural ventilation is applied to most educational buildings in Indonesia. Natural ventilation is one of the strategies to achieve the physical comfort of residents and an effort to save energy. During a pandemic, natural ventilation requires because it is expected to make the air circulation in the room. The presence of good air circulation will make the spread of the virus can be avoided. One indicator of the success of space for good and healthy air circulation is the achievement of Air Change per Hours (ACH) values according to standards. The study aims to find out and identify the performance of natural ventilation as an element that determines indoor air circulation against the spread of the COVID-19 viruses, comfortable air velocity in a room and user capacity. The study used simulation methods to determine the value of ACH and air velocity. The research main goal was to look at the possibility of reopening schools as safely and quickly as possible. The results showed that the school buildings studied could be used for Pandemic and postpandemic times, indicated by ACH grades >8 and air velocity in room 0.2-0.8 m/s. The building has an opening area of approximately 30% with an opening type that is able 45% wind flow. With the simulation obtained, to achieve health and comfort standards with 50% users, with certain air velocity conditions, the minimum opening area is 20% with 45% aperture type and 90% type. Keywords: ACH;natural ventilation;performance;window types
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