논문 국내 국내전문학술지(KCI급) 공동주택의 배치형태 및 방위변화와 일사수열량에 따른 주동전면부의 태양접근성 평가 연구
- 학술지 구분 국내전문학술지(KCI급)
- 게재년월 2008-10
- 저자명 박재성,진경일공동(참여),윤종호,신우철
- 학술지명 대한건축학회논문집
- 발행처명 대한건축학회
- 발행국가 국내
- 논문언어 한국어
홈페이지논문 초록 (Abstract)
The aim of this study is to analyze a solar access quantity of roof and facade in apartment buildings to establish a optimal application strategy at renewable energy system such as building integrated photovoltaic or solar thermal system. Each apartment building facade is divided into 164 grids and annual total insolation on each grid is calculated with hourly weather data by considering the shading effect of adjacent buildings. 4 different arrangement types(ㅡ form, alternative ㅡ form, ㄱ form and ㅁ form) and building orientation are investigated to evaluate solar access at each facade. Results show that annual total insolation of roof is 2,987 kWh/㎡.yr and the highest insolation value among the building facade grids is about 1,657kWh/㎡. Various solar distribution pattern images on facade area are presented to evaluate solar access performance comparatively depending on arrangement types and the orientation. The most efficient arrangement type for solar access is ㅡ form followed by alternative ㅡ form, ㄱ form and ㅁ form in order. The aim of this study is to analyze a solar access quantity of roof and facade in apartment buildings to establish a optimal application strategy at renewable energy system such as building integrated photovoltaic or solar thermal system. Each apartment building facade is divided into 164 grids and annual total insolation on each grid is calculated with hourly weather data by considering the shading effect of adjacent buildings. 4 different arrangement types(ㅡ form, alternative ㅡ form, ㄱ form and ㅁ form) and building orientation are investigated to evaluate solar access at each facade. Results show that annual total insolation of roof is 2,987 kWh/㎡.yr and the highest insolation value among the building facade grids is about 1,657kWh/㎡. Various solar distribution pattern images on facade area are presented to evaluate solar access performance comparatively depending on arrangement types and the orientation. The most efficient arrangement type for solar access is ㅡ form followed by alternative ㅡ form, ㄱ form and ㅁ form in order.