In this study a quantitative analysis was performed on the effect on thermal comfort of the stand fan, a personal cooling device that creates local air currents. A total of 20 environmental conditions (indoor temperatures: 22, 24, 26, 28, and 30 °C; fan modes: off, low (L) mode, medium (M) mode, and high (H) mode) were analyzed using questionnaires on male and female subjects in their 20s and a thermal manikin test. The contents of the questionnaire consisted of items on thermal sensation, thermal comfort, thermal acceptability, and demands on changes to the air velocity. This step was accompanied by the thermal manikin test to analyze the convective heat transfer coefficient and cooling effect quantitatively by replicating the stand fan. Given that this study provides data on the cooling effect of the stand fan in quantitative values, it allows for a comparison of energy use with other cooling systems such as the air conditioner, and may be used as a primary data set for analysis of energy conservation rates.
Sustainability, Free Full-Text, press f to pay respect origem
Sustainability, Free Full-Text, The Neuromarketing Concept in Artifici…
Sustainability, Free Full-Text
PDF) Sustainability and Sustainable Development Research around the World
Word sustainable isolated on whote background. Gren grass text design Stock Photo - Alamy
Sustainability, Free Full-Text, press f to pay respect origem
Inner Development Goals – Inner Growth for Outer Change
Sustainability, Free Full-Text, vojvodina
Sustainability Word Cloud Collage. Environmental Sustainability Text Concepts. Stock Photo, Picture and Royalty Free Image. Image 149995297.
Sustainability, Free Full-Text, aware tradução
Sustainability, Free Full-Text
Images
Sustainable Innovation & Technology - Google Sustainability
