저탄소 기술 계획 요소를 활용한 탄소 중립 단지 조성에 대한 연구

다국어 초록 (Multilingual Abstract)

As towns have a significant impact on Global Warming and Climate Change, we need to reduce carbon footprint of commercial and residential buildings. This can be done by creating "Low & Zero Carbon Energy Town". Low & Zero Carbon Energy Town means that, net carbon emissions from energy use in the building would be zero. This cannot be achieved by good low-energy design alone. Building energy demand has also to be met renewable energy supply. Therefore, this study aims to provide the foundational data for design for "Low & Zero Carbon Energy Town". For the propose, Planning Technical Factors of Low & Zero Carbon Energy Town was analyzed through the case study.
In order to use the low carbon city/complex and design planning, the analysis of way to deduce and applicate the low carbon design elements from planning model city are followings.
1) The ways to applicate the eco-friendly land uses are the arrangement of the facilities by considering circulations, improve the accessibility by high density reclamation the position region, and aim to develop nature adapt by protect the existing topographic.
2) The transportation system of carbon low city is green transportation system by walking and using bicycles, revitalization and using public transportation and green transportation, and planning eco-friendly parking space by afforest the public parking space.
3) In energy reduction buildings, induction of passive house, green buildings, using nature energy such as nature lighting, and using building management system such as Smart Grid can minimize the energy consume.
4) Induction of new-renewable energy is using lights of sun and solar power generation, apply the cogeneration and geothermal power generation by using bundle system design to residence complex.
5) Nature circulation system is high ecology dimensions, using ratio of green nature ground, secure a source of energy by recycling energy, making water-friendly environment and biotope by rains, and establish a soil function restoration and water resource circulation system by water permeability.

목차 (Table of Contents)

• Abstract
• 1. 서론
• 2. 제반여건 분석
• 3. 에너지 및 단지/건축설계기술 도출을 위한 사례분석
• 4. 에너지 절감형 시범단지 개발 방향
• 5. 탄소저감 도시 실현화 방안
• 6. 결론
• 참고문헌

참고문헌 (Reference)

1 임은모, "탄소제로도시 마스다르의 도전" 이담북스 2009

2 고재우, "지구온난화 방지를 위한 도시개발사례 연구" 2008

3 녹생성장위원회, "중점녹색기술개발전략"

4 박순철, "제로에너지 타운 조성 운영사업 보고서" 한국에너지기술연구원 2005

5 조동우, "제로에너지 건축 실현을 위한 그린홈 개발"

6 김세용, "저탄소 신도시/시범단지 조성방안"

7 BIR, "저탄소 녹색성장을 위한 스마트그리드시장"

8 김유정, "영국기후변화 대응체계와 적용 사례연구" 2009

9 안명호, "에너지저감 열원설비 최적조합설계"

10 "에너지관리공단 신·재생에너지센터 홈페이지"

11 에너지관리공단, "신재생에너지가이드"

12 이근대, "신·재생에너지 전력시장 활성화 방안"

13 "베드제드(BedZED) 홈페이지"

14 부기덕, "배출권거래와 탄소금융"

15 "마스다르(Masdar)홈페이지"

16 반영운, "기후변화에 대응한 국토 및 도시개발전략" 318 : 2008

17 강수연, "Zero Emission Building의 요소기술에 관한 연구" 27 (27): 2007

18 삼성경제연구소, "SERI 경영노트"

19 한국LEED연구소, "LEED 미래의 건축"

20 Ministerium fuer Verkehr, "Energie und Landesplanung des Landes Nordrhein-Westfalen"

21 Chris Twinn, "A Road Map to Zero Carbon ; The UK Perspective" 2010