Study on Air-Circulation Practices in Car Cabin

Muhammad Khairul Adha M. Zali, S. Sulaiman
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引用次数: 1

Abstract

Extended use of recirculation air mode in a vehicle cabin may result in significant accumulation of carbon dioxide due to human exhalation and no inflow of fresh air, even in electric vehicles. Consequently, this will affect their health and driving ability. On the contrary, allowing outdoor air into the cabin may expose the passengers to roadway contaminants and poor odor in polluted areas. It is a constant affirmation in Malaysia that using recirculation air mode during driving would result in the best thermal comfort. Unfortunately, there has been no report on passengers’ preference for their car air-conditioning operation. This study aims to investigate the present awareness of in-cabin air quality and the practices among passengers pertaining to the ventilation of their car cabins. A set of survey questions was circulated to 211 respondents on various aspects of air-cabin conditions, including how they manage their air-circulation systems. From the survey, it was found that most of the respondents (57%) chose recirculation mode in their everyday driving, 11% for outside air mode, and 20% intermittently switched the two modes. Unfortunately, most respondents were unaware that carbon dioxide levels could be high under prolonged recirculation mode. In addition, most respondents did not know that switching on the recirculation mode for too long could be dangerous for their health.
汽车舱内空气循环实践研究
在车辆舱室中长期使用循环空气模式可能会由于人的呼气而导致二氧化碳的大量积累,并且没有新鲜空气流入,即使在电动汽车中也是如此。因此,这将影响他们的健康和驾驶能力。相反,允许室外空气进入客舱可能会使乘客暴露在道路污染物和污染区域的不良气味中。在马来西亚,人们一直认为在驾驶过程中使用循环空气模式可以获得最佳的热舒适性。不幸的是,目前还没有关于乘客对汽车空调操作偏好的报告。本研究旨在调查目前乘客对车内空气品质的认知,以及他们对车厢通风的做法。我们向211名受访者发放了一套调查问题,内容涉及机舱条件的各个方面,包括他们如何管理空气循环系统。从调查中发现,大多数受访者(57%)在日常驾驶中选择循环模式,11%的人选择室外空气模式,20%的人间歇性地切换两种模式。不幸的是,大多数受访者都没有意识到,在长时间的再循环模式下,二氧化碳水平可能会很高。此外,大多数答复者不知道长时间打开再循环模式可能对他们的健康有害。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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