생태건축 0번지의 자연에너지 효과에 관한 연구

A Study on the Natural Energy Effect about the Address No.0 of Eco-friendly Architecture

  • 이시웅 (한밭대학교건축공학과) ;
  • 강병호 (한밭대학교 대학원 건축공학과) ;
  • 임상훈 (한국에너지기술연구원) ;
  • 최승희 (우석대학교 건축공학과)
  • 발행 : 2003.09.30

초록

The Address No.0 of Eco-friendly Architecture offers unique experience for those who visit the place to envisage the future architecture where nature, human and building exist in harmony. It is open to the general public including the students of elementary and secondary schools. This house has been built to provide opportunities for the general public to experience eco-friendly architecture. It's floor area is 42 pyung($140m^2$) and the overall site has the area of 180 pyung($600m^2$). The following illustrates some of its prominent features : ${\bullet}$ Remodeling of a traditional Korean residence ${\bullet}$ Application of passive solar systems ${\bullet}$ Use of clerestory windows and daylighting systems(washroom and machine room) ${\bullet}$ Operation of solar water heaters with flat plate collectors ${\bullet}$ Construction of Biotop(small ecological world) ${\bullet}$ Water circulation for Biotop by photovoltaic(150W) and wind power(400W) generation ${\bullet}$ Outdoor hot water supplied by all-glass evacuated solar tubes. Through this Address No.0 of Eco-friendly Architeture conclusions are as followings. 1. The array of tubes in collector has the best nice in that the number of tube is nine and the tilt angle is the latitude $+20^{\circ}$. 2. The thermal performance of the all-glass solar vacuum collector was excellent than of the flate-plate solar collector. 3. The adaption of new small wind power systems to buildings were proved to produce a profit if it is considered the expense of environment improvement and the wind speed increasing according to rise of building hight.

키워드

참고문헌

  1. 임상훈, 이시웅 이점우 생태건축 고원출판사 2001년
  2. 임상훈, 이시웅, 박철민 자연친화건축 고원출판사 2002년
  3. 임상훈, 이시웅, 김정태, 생태건축론, 고원출판사 2003년
  4. 박진철, 경남호, 공동주택에서의 소형풍력발전 시스템 적용에 관한 연구, 태양에너지학회 논문집, 23권 2호, 2003.6. p.p.21-34
  5. 모종근외 3인, 평판형 태양열 집열판의 집열관 온도분포 특성 태양에너지학회 논문집 19권 3호, 1999.9. p.p.85-92
  6. 백남춘외 4인, 설비형 태양열 주택 실증시험 및 시뮬레이션 연구, 태양에너지학회 논문집 21권 1호, 2001.3. p.p.93-101
  7. 부준홍외 1인 학관 응축부를 갖는 진공관형 태양열 집열기용 히트파이프 성능 비교 연구, 태양에너지 학회 논문집, 22권 4호, 2002.12. p.p.18-25
  8. 현준호, 천원기, 진공관식 태양열 집열튜브의 열성능 비교 분석, 태양에너지학회 논문집 23권 3호, 2003.9. p.p.15-25
  9. 소정훈회 2인, 시뮬레이션에 의한 PV 시스템 설치방식의 최적설계에 관한 연구, 태양에너지학회 논문집 23권3호, 2003.9 p.p.1-6
  10. 地球環境住居硏究會 環境共生住宅 計劃 , 建築編 ケイブン出版(株) 1994年
  11. 都巿綠化技術開發機具, NEO - GREEN SPACE DESIGN 東京 : 誠文堂新光社 1995.11
  12. Judy Corbett, Micheal Corbett, 'Designing sustainable communities learning from village homes', Island Press
  13. Timothy Beatley, 'Green urbanism - Learning from European cities', Island Press
  14. Laura C, Zeiber, 'The Ecology of Architecture', whitney Library of Design, 1996
  15. Beyond The Petroleum Age-Designing The Solar Economy, World Watch Report, 1991
  16. Crosibie, Michael. Green Architecture : A Guide to Sustainable Design. Washington, DC : AIA Press, 1994
  17. Dodge, Sue E. 'Green by Design,' National Parks Magazine. September/ October 1994