4.7 Article

climateBOX: A low-cost and open-source monitoring device for personal thermal comfort evaluation

Journal

ENERGY AND BUILDINGS
Volume 283, Issue -, Pages -

Publisher

ELSEVIER SCIENCE SA
DOI: 10.1016/j.enbuild.2023.112830

Keywords

Thermal comfort; Indoor environmental monitoring; Low-cost sensors; IoT

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In the era of indoor environmental monitoring, low-cost sensors are valuable for thermal comfort research due to their cost-effectiveness and reasonable accuracy. However, the complexity of calibration methods and insufficient documentation hinder the widespread use of these sensors. Through an iterative design process, the climateBOX was developed as an open-source thermal comfort monitoring unit for less than 50 US$. Its simplistic design, streamlined calibration method, and comprehensive documentation make it suitable for inexperienced users and facilitate widespread access to low-cost comfort monitoring technology.
In a new era of indoor environmental monitoring, the combination of cost-effectiveness and reasonable accuracy makes low-cost sensors a valuable tool for thermal comfort research. Unfortunately, steep learning curves, the complexity of calibration methods and insufficient documentation on existing devices prevent most of the research community from benefiting from these exciting technological advancements. While previous work has focused on substantiating the effectiveness and accuracy of low-cost units, little has been done to actively share the knowledge and enable more widespread use of low-cost sensors.Through an iterative design process, we developed the climateBOX, an open-source thermal comfort monitoring unit for less than 50 US$. The simplistic design, a streamlined calibration method and com-prehensive documentation, including step-by-step instructions hosted by an open-access platform, make the climateBOX especially suitable for inexperienced users seeking an entry point to the field of low-cost monitoring technology. Comprehensive testing of sensor-to-sensor error, accuracy and long-term use of 15 units in the field, revealed the devices' high accuracy and reliability. Furthermore, based on the results from our analysis, we developed a simplified, single-point calibration method that removes an often-considerable barrier to the pervasive implementation of such units in the field. This allows to build and use the unit without the need for expensive reference equipment. The climateBOX and the associated open-source platform will enable the pervasive collection of ther-mal comfort data in greater quantity and variety and will significantly facilitate widespread access to low-cost comfort monitoring technology throughout the whole research community.CO 2023 Elsevier B.V. All rights reserved.

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