기후조건 및 건축물 유형에 따른 국내 제로에너지 건축물 인증기준 개선 방안 연구

다국어 초록 (Multilingual Abstract)

This study analyzed the current zero-energy building certification criteria and success cases, and suggests the improvement plan for the domestic zero-energy building certification criteria according to climatic conditions and building types. In the improvement plan, the types of buildings currently classified into residential and non-residential buildings are subdivided according to the purpose of the building, and the certification criteria for remodeled buildings are proposed. The certification criteria for remodeled buildings was set at 15% less than that of new buildings, which is expected to contribute to encouraging the achievement of zero-energy buildings in existing buildings and to activate zero-energy buildings. Additionally, the proposed improvement criteria presented certification criteria classified according to four domestic regions categorized by building energy saving design criteria.

목차 (Table of Contents)

• Abstract
• 1. 연구배경 및 목적
• 2. 연구방법
• 3. 연구결과
• 4. 결론
• References

참고문헌 (Reference)

1 장성진, "국내 기후조건을 고려한 CLT 목조주택의 건물에너지 요구량 평가" 한국생활환경학회 25 (25): 671-678, 2018

2 Van der Hoeven, M., "Technology Roadmap (Energy efficient building envelopes)"

3 Ministry of Land, Infrastructure and Transport, "Standard of Building Energy Saving"

4 Wu, W., "Selecting HVAC systems to achieve comfortable and cost-effective residential net-zero energy buildings" 212 : 577-591, 2018

5 Corrado, V., "On the refurbishment of the public building stock toward the nearly zero-energy target : two Italian case studies" 101 : 105-112, 2016

6 Rey-Hernández, J. M., "Modelling the long-term effect of climate change on a zero energy and carbon dioxide building through energy efficiency and renewables" 174 : 85-96, 2018

7 Tulevech, S. M., "Life cycle assessment : a multi-scenario case study of a low-energy industrial building in Thailand" 168 : 191-200, 2018

8 Miller, W., "Involving occupants in net-zero-energy solar housing retrofits : An Australian sub-tropical case study" 159 : 390-404, 2018

9 Hans, E., "Heike, Selected examples of Nearly Zero-Energy Buildings" Energy Performance of Building 2014

10 Ministry of Land, Infrastructure and Transport, "Enforcement Decree of the Green Building Support Act"

11 Leal, M. S., "Energy and economic analysis of building retrofit and energy offset scenarios for Net Zero Energy Buildings" 9 (9): 120-139, 2015

12 Fotopoulou, A., "Deep renovation in existing residential buildings through façade additions : A case study in a typical residential building of the 70s" 166 : 258-270, 2018

13 Sun, X., "Cost-effectiveness of active and passive design strategies for existing building retrofits in tropical climate : Case study of a zero energy building" 183 : 35-45, 2018

14 Dabaieha, M., "Building Performance and Post Occupancy Evaluation for an off-grid low carbon and solar PV plus-energy powered building. A case from the Western Desert in Egypt" 18 : 418-428, 2018

15 Gupta, R., "Assessing energy use and overheating risk in net zero energy dwellings in UK" 158 : 897-905, 2018

16 Yi, H., "An ecological understanding of net-zero energy building : Evaluation of sustainability based on emergy theory" 143 : 654-671, 2017

17 Feifer, L., "Active House : Smart Nearly Zero Energy Buildings" SpringerBriefs in Applied Sciences and Technology 2018

18 Xu, W., "APEC 100 Best Practice Analysis of Nearly/Net Zero Energy Building" Asia-Pacific Economic Cooperation 2017