고성능 창호설계를 위한 시스템적 성능평가 연구

다국어 초록 (Multilingual Abstract)

Building skin is a highly complex entity that plays interface role between indoor and outdoor environments. Heat, energy, sound, air, moisture and various physical and chemical agents are exchanged through building skin, therefore, the processes associated with a typical window system or grazing system are intrinsically interrelated in a complicated manner so that they could not be easily understood or analyzed especially for predicting the window system’s energy performance. A significant amount of energy being used in buildings has been lost through the building envelope. Therefore, in order to reduce building energy consumption, systematic approach for breaking up a window system into its components and predicting the energy performances of each component’s design alternatives through simulations is thought to be needed. The analyzed window system components are then systematically synthesized to form diversified sub system design alternatives which also are subject to energy performance simulations. This study focuses on U-Value and SHGC as primary energy performance indicators of selected glazing systems that have glasses, frame, spacer, cavity and blind as its constituting components. This study demonstrates how to systematically design a high-performance glazing system through utilizing parametric sensitivity analysis. As a result, This research identified an energy sensitive window design decision making process along with meaningful window design guidelines for better energy performance.

목차 (Table of Contents)

• Abstract
• 1. 서론
• 2. 연구의 배경
• 3. 창호 시스템 설계대안 평가 시뮬레이션 계획
• 4. 창호 시뮬레이션 연구의 결과분석
• 5. 결론
• 참고문헌

참고문헌 (Reference)

1 김효중, "이중 및 삼중 로이창호의 일사획득에 따른 사무소건물의 냉난방에너지 분석" 2006

2 윤종호, "열관류율 민감도 분석에 따른 고단열 삼중창호 시스템의 단열성능평가 연구" 대한건축학회 23 (23): 159-166, 2007

3 정석환, "로이유리의 저방사 코팅 적용 위치에 따른 실내 온도변화 및 에너지 성능 비교 분석" 대한건축학회 23 (23): 255-262, 2007

4 "http://blog.naver.com/sbsim68"

5 LBNL, "WINDOW6.2 / THERM6.2 Research Version User Manual"

6 송승영, "Low-e 코팅과 단열 스페이서 적용에 따른 알루미늄 및 PVC 프레임 복층 유리 창호시스템의 단열성능 평가" 대한건축학회 22 (22): 285-292, 2006

7 김치훈, "Low-E유리 커튼월 창호의시뮬레이션 평가 및 단열성능 비교 분석" 2009

8 Hatice Sozer, "Improving energy efficiency through the desi gn of the building envelope" 45 : 2010

9 ASHRAE, "ASHRAE Handbook 2001 Fundamentals" ASHRAE 2009