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Title Heating System’s Thermal-Comfort Algorithm Development for Change Environment Confrontation
Authors 금종수(Jong-Soo Kum) ; 김형철(Hyung-Chol Kim) ; 김종렬(Jong-Ryeol Kim)
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(Cover Date)
v.13 n.3(2006-09)
Keywords Thermal comfort ; TSV(thermal sensation vote) ; CSV(comfort sensation vote) ; Emotion & sensibility imag
Abstract People of modern society spend 60~70% of their time of a day staying indoors. As the importance of indoorlife increases, needs for thermal-comfort has also been raised. So far, many researches on thermal comfort by controllingthermal environmental factors have been done, and studies on sound, fragrance, color, and air quality have been activelycarried out by adopting emotional methods. With these research results, methods of climate control have facilitated emo-tional controls, that is the adoption of emotional methods to thermal environmental factors. In this study, human bodies’thermal comfort and emotions in winter heating system are evaluated. Average heating degree range is from 18℃ to20℃, but many places actually keep their indoors heated at 24~26℃. This study aimed to demonstrate the effect of savingenergy by changes of images, which are a major influence for people to heat their indoors at 24~26℃.