내측 블라인드의 하절기 일사열 차폐 성능 비교
Comparing Solar Heat Shading Performances of Internal Blinds in the Summer
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초록
Heat loss through windows and doors occupies 20 to 45% of the total heat loss in building. It accounts for a large proportion of the total heat loss in building. In order to suppress the amount of heat flow through the windows and doors were considered actions such as reinforcement of insulation performance of window, adoption of low-e glass, and installation of solar heat shading device. The Purpose of this study is to compare solar heat shading performances of 3 types of internal blinds in the summer. In order to verify the solar heat shading performances of the blinds, a roll blind, blind A(Venetian blind) and blind B(Daylight guiding venetian blind)were installed in the four rooms with the same environmental conditions. As a result of the experiment, the blind B, blind A, roll blind showed an excellent performance in that order. Its because the blind B is made of aluminum materials coated with special paints on surface. It doesn't converted to long wave by short wave light. and it is reflected to short wave to outside.
Abstract
Heat loss through windows and doors occupies 20 to 45% of the total heat loss in building. It accounts for a large proportion of the total heat loss in building. In order to suppress the amount of heat flow through the windows and doors were considered actions such as reinforcement of insulation performance of window, adoption of low-e glass, and installation of solar heat shading device. The Purpose of this study is to compare solar heat shading performances of 3 types of internal blinds in the summer. In order to verify the solar heat shading performances of the blinds, a roll blind, blind A(Venetian blind) and blind B(Daylight guiding venetian blind)were installed in the four rooms with the same environmental conditions. As a result of the experiment, the blind B, blind A, roll blind showed an excellent performance in that order. Its because the blind B is made of aluminum materials coated with special paints on surface. It doesn't converted to long wave by short wave light. and it is reflected to short wave to outside.
참고문헌 (9)
- Development of heat energy controllable multi-functional window systems, "Jang, S. H.", Ministry of Construction Transportation, ~ (2010)
- 황덕수, "블라인드 설치 위치에 따른 실내열환경 변화에 관한 연구", 한국태양에너지학회 논문집, 31(5), pp.113~118 (2011), 한국태양에너지학회
- 윤갑천, "사무공간에서 하절기 블라인드 설치 위치에 따른 에너지성능 평가에 대한 연구", 대한건축학회논문집 계획계, 28(01), pp.285~292 (2012), 대한건축학회
- Yoon, Y. B., "An Experimental Study on the Indoor Environment Assessment under the Automated Exterior Blind Operation", Proceeding of Spring Annual Conference of the Architectural Institute of Korea, 33(1), pp.223~224 (2013)
- Lee, H. J., "An Experimental Study of Performance Evaluation on an Automated Venetian Blind", Proceeding of Annual Conference of the Architectural Institute of Korea, 28(1), pp.619~622 (2008)
- 윤여범, "내․외부 블라인드 운영방법과 창호성능에 따른 건물에너지 성능 평가 연구", 대한건축학회논문집 계획계, 29(07), pp.309~316 (2013), 대한건축학회
- Chung, J. W., "Study on Energy Saving Effects of Glass Coating Materials to Reduce Solar Radiation", Proceeding of Summer Annual Conference of Air-conditioning and Refrigeration, pp.825~830 (2011)
- 김동균, "이중외피에서 창문 개폐 및 블라인드 설치에 따른 하절기 실내 열환경 특성 변화 실험 연구", 한국태양에너지학회 논문집, 31(1), pp.59~67 (2011), 한국태양에너지학회
- Park, M. S., "A Study on the Window Blind Application for the Reduction of Cooling Load in Buildings", Proceeding of Spring Annual Conference of the Architectural Institute of Korea, 33(1), pp.303~304 (2013)