롤스크린의 Fabric과 유리 부착용 필름 설치시 커튼월의 열관류 성능 비교 분석 (Comparative Analysis of Heat Transmission Performance of Curtain Wall When Installing Roll Screen Fabric and Glass Attachment Film)

서지정보

· 발행기관 : 한국생태환경건축학회
· 수록지 정보 : KIEAE Journal / 24권 / 1호 / 71 ~ 76페이지
· 저자명 : 채한식, 이봉희

초록

Purpose: If the shading device installed on the window affects heat transmission performance, additional performance can be secured in daily life in addition to basic performance, and this is expected to have a significant impact on insulation effect and energy efficiency. Therefore, in this study, we attempted to confirm through testing the effect on heat transfusion performance when installing roll screens and glass attachment films on curtain wall windows. Method: The test for this study was conducted based on KS F 2278 'Standard test method for thermal resistance for windows and doors'. The test environment was a constant temperature room (20 ± 1)℃ and a low temperature room (0 ± 1)℃, and the surface temperature was divided into 9 equal parts, 9 positions were selected at the center of each half, and they were attached at the same location in the constant temperature room and the low temperature room. The test was conducted by dividing the test specimen into 8 types. proceeded. Result: The test results of this study showed an overall increase in thermal conduction performance compared to the existing heat conduction performance. In addition, roll screens, films, and devices occupy a large proportion as additional necessary elements for windows, and depending on the installation method and use, it is analyzed that they can increase the thermal transmittance rate and efficiency grade of the window, while conserving energy and increasing efficiency. . This is believed to play a very important role not only in the inflow of solar radiation or in alleviating visual discomfort, but also in heat transmission.

영어초록

Purpose: If the shading device installed on the window affects heat transmission performance, additional performance can be secured in daily life in addition to basic performance, and this is expected to have a significant impact on insulation effect and energy efficiency. Therefore, in this study, we attempted to confirm through testing the effect on heat transfusion performance when installing roll screens and glass attachment films on curtain wall windows. Method: The test for this study was conducted based on KS F 2278 'Standard test method for thermal resistance for windows and doors'. The test environment was a constant temperature room (20 ± 1)℃ and a low temperature room (0 ± 1)℃, and the surface temperature was divided into 9 equal parts, 9 positions were selected at the center of each half, and they were attached at the same location in the constant temperature room and the low temperature room. The test was conducted by dividing the test specimen into 8 types. proceeded. Result: The test results of this study showed an overall increase in thermal conduction performance compared to the existing heat conduction performance. In addition, roll screens, films, and devices occupy a large proportion as additional necessary elements for windows, and depending on the installation method and use, it is analyzed that they can increase the thermal transmittance rate and efficiency grade of the window, while conserving energy and increasing efficiency. . This is believed to play a very important role not only in the inflow of solar radiation or in alleviating visual discomfort, but also in heat transmission.

참고자료

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