使用低成本传感器和监测器测量办公室的空气质量和热舒适性

V. Tasić, Vladan Kamenović, Bojana Radović, N. Mišić, Ivan Zlatković
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摘要

人们对生活环境的主观体验决定了该环境的舒适度。环境舒适的要素是空气质量、热舒适、视觉舒适和声音舒适。人们居住的房间的空气质量会显著影响他们的注意力,即工作和学习的能力。将室内CO 2的浓度作为通风的指标,即作为观察室内空气质量的指标。热舒适定义了对热环境的满意状态。当环境特性确保在舒适范围内释放BAKAR 48(2023) 1铜体热量时,就可以实现热舒适。本文介绍了2020 - 2022年天津矿冶研究院部分办公室的空气质量和热舒适测量结果。根据对测量结果的分析,确定选定办公室的空气质量平均在90%以上的工作时间内是令人满意的,热舒适平均在60%左右的工作时间内。
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Air quality and thermal comfort measurements in the offices using the low-cost sensors and monitors
The subjective experience of the environment where people live defines the comfort of that environment. The elements of environmental comfort are the air quality, thermal comfort, visual comfort, and sound comfort. The air quality in the room where people stay can significantly affect their concentration, i.e., the ability to work and study. The concentration of CO 2 in the room is used as an indicator of ventilation, that is, as an indicator of the air quality in the observed room. The thermal comfort defines a state of satisfaction with the thermal environment. The thermal comfort is achieved when the environment properties are such that they ensure the release of BAKAR 48 (2023) 1 COPPER body heat within the comfortable limits. This paper presents a part of the air quality and thermal comfort measurement results in the selected office in the Mining and Metallurgy Institute Bor from 2020 to 2022. Based on the analysis of measurement results, it was determined that the air quality in the selected office was satisfactory on an average of more than 90% of the working time, and the thermal comfort on an average of about 60% of the working time.
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