Journal of the Architectural Institute of Korea Planning & Design (대한건축학회논문집:계획계)

Architectural Institute of Korea (대한건축학회)
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Comparative Analysis on the Architectural Design Vocabulary in the Early Design Stage of Passive Houses

패시브주택 초기설계단계에서의 건축설계요소 분석연구

  • 추소연 ((주)제드엠제이건축사사무소) ;
  • 차지원 ((주)제드엠제이건축사사무소) ;
  • 이명주 (명지대학교 건축대학)
  • Published : 2013.06.25
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Abstract

Though the importance of energy efficient building is being progressively recognized, the absence of the design strategy in early stages of design increases the cost and hinders their proliferation. In order to help novice designers to comprehend a certain level of cost-efficient and energy efficient design integration in an intuitive manner, this research examines architectural design components of the passive house, which could be considered in early phase of design. In this study, plans of 35 PHI certified passive houses in Germany were analyzed, mainly focusing on the "architectural" design vocabulary, rather than building energy performance. The early design stage and its design components are defined in accordance with German and Korean ordinance on architects' performance and fees. As a result, there was no indispensable requirement for passive house design, even including building orientation and compactness, although every project tends to maximize solar energy use and minimize heat loss through the building envelope. Futhermore, in addition to south facing windows, the open floor plan was also important in circulating warm air for overall indoor thermal comfort. The paper affirms the importance of integrated planning in passive house design, showing that its architectural design vocabulary has already included technical consideration from early phase, such as ventilation, plumbing, technical layout etc.

Keywords

References

  1. 국토해양부, 교육과학기술부, 행정안전부, 지식경제부, 환경부, 산림청, 녹색도시.건축물 활성화방안 - 녹색성장 위원회 제 6차 보고대회자료, 녹색성장위원회, 2009.
  2. 권영준 외, A/V값과 창호면적이 건물에너지성능에 미치는 영향에 관한 연구, 한국생태환경건축학회 학술발표대회 논문집, 통권 22호, 2012
  3. 김진욱, 건축설계사무소의 초기설계단계의 활용정보에 관한 연구, 목원대학교 논문집, 제 41호, 2002
  4. 김진욱, 건축설계 초기단계의 설계보조 시스템의 개념 설정연구, 건축도시환경연구 제 8호, 2000
  5. 문현준 외, 초고층 건축물의 초기설계단계에서 건물형상에 따른 BIM기반 에너지성능평가, 대한건축학회 학술발표대회 논문집 초고층복합빌딩사업단 특별세션 제30권 제1호, 2010
  6. 신재원 외, 설계협업과정에서의 효과적인 설계관리를 위한 정보중심의 설계 업무프로세스 모델링기업 제안, 대한건축학회논문집, Vol22, No.8, 2006
  7. 우세진, 시간변수를 가진 건물에너지 절약 설 계요소의 디자인 결정을 위한 확률분포 결정모델, 한국콘텐츠학회논문지, Vol.10, 2009
  8. 우세진, 건축설계 통합지원프로그램 개발의 방향설정을 위한 기본계획단계에서의 설계요소들에 대한 체계화에 관한 연구, 대한건축학회 논문집 20권 8호, 2004
  9. 이명주 외, 건축물에너지절약요소기술 적용에 따른 단독주택 에너지 요구량 절감률 변화에 관한 연구, 대한건축학회논문집 계획계, Vol.28 No.5, 2012
  10. 조진성 외, 지속가능한 건축을 위한 초기 설계 단계에서의 Green BIM 적용 방안에 관한 연구 - 에너지성능 분석을 중심으로 - 대한건축학회논문집 계획계 제27권 제4호, 2011
  11. Brundsgaard, C., Architectural Qualities in Passive Houses, papers presented at the conference passivehusnorden 2012, Trondheim, 2012
  12. Brunner, R., et al., Das Klima als Entwurfsfaktor: Climateas a Design Factor, Quart Verlag, Luzern, 2009
  13. Claus, S. et al., Konzeption + Durchfuhrung: M.4 Technische Grundlagen der Architektur und Gebaudekunde, Skript Typologie des technische Ausbau, TU Berlin, GtE 2008
  14. Deutsches Gesellschaft fur Nachhaltiges Bauen, Ausgezeichnet : nachhaltig Bauen mit System. Z. ed., Brochure, Stuttgart, Germany, 2010
  15. Feist, W., et al., "Passivhaus Projektierungs Paket 2007 - Anforderungen an qualitatsgeprufte Passivhauser", Passivhaus Institut, Darmstadt, 2007
  16. Friedemann, T., Energieeffizienz - Wettbewerbsfahigkeit durch energieeffiziente Immobilien steigern? - Anspruch & Wirklichkeit. presented at Enreso-Workshop, 2008
  17. Gantenbein, K., Immobilienrentabilisierung und Wertsteigerung, in: Schalcher, Hans Rudolf(Eds.): Immobilienmanagement - Finanzierung und Bewirtschaftung von Geschaftslie genschaften, Wirtschafts-Medien-AG, Zurich 2003
  18. Giesa, I., Prozessmodell fur die fruhen Bauprojektphasen, Dr. -Ing. Dissertation, Darmstadt, 2010
  19. Herzog, K., Lebenszykluskosten von Baukonstruktionen - Entwcilung eines Modells und einer Softwarekomponente zur okonomischen Analyse und Nachhaltigkeitsbeurteilung von Gebauden, Dr. -Ing. Dissertation, Darmstadt, 2005
  20. Kim, S., et al., Design Process visualizing and review system with architectural concept design ontology, International conference on engineering design, ICED'07, 2007
  21. Maas, A., Der Luftwechsel bei Fensterluftung: Messergebnisse und Berechnung, Arbeitskreis kostengunstige Passivhauser - Phase III, Protokollband Nr. 22, Luftungsstrategien fur den Sommer, Passivhaus-Institut, Darmstadt, 2003
  22. Obreste Baubehorde im Bayerischen Staatsministerium des Innern, Energie und Ortsplanung, Arbeitsblatter fur die Bauleitplanung Nr. 17, 2010
  23. Paoletti, G., et al,, Designing low energy buildings: application of a parametric tool and case studies, PLEA 2011- 27 th International Conference on Passve and Low Energy Architecture - Louvai La Neuve, Belgium, 2011
  24. Pistohl, W., Handbuch der Gebaudetechnik - Band 2 (Heizung/Luftung/Beleuchtung/Energiesparen), 7. Auflage, Werner Verlag, Koln, 2009
  25. Schoberl & Poll OEG, Endbericht: Kellervarianten an einem Referenz-Einfamilien-Passivhaus, Fachverband Stein und Keramik Berufsgruppe Beton und Fertigteilindustrie, Verband osterreichischer Beton- und Fertigteilwerke und Zement + Beton Handels- und Werbeges.m.b.H., 2008
  26. Stadloder, P., Implementierung des Facility Management inder Planungsphase, in: Kippes, Stephan/Sailer, Erwin: Immobilienmanagement, Stuttgart, Boorberg, 2005
  27. Stadt Essen, Leitfaden fur eine energetisch optimierte Stadtplanung, 2009
  28. http://www.passivhausplaner.eu
  29. http://www.ig-passivhaus.de