한국녹색인증원 - 녹색건축인증

노원에코센터(제로에너지건물) 연간 에너지모니터링 결과 분석 연구 Analysis of Annual Energy Monitoring Results in Nowon Eco Center (Zero Energy Building) ​ 저자 임인혁, 이응신, 이명주 소속 명지대학교 대학원, 명지대학교 제로에너지디자인센터, 명지대학교 학술지정보 ​ ​ 대한건축학회논문집(계획계) 발행정보 대한건축학회 2014년 자료제공처 NRF 주제분야 공학 > 건축공학 ​ <초록> Among world’s effort to take action to the effect of climate change, a district in Korea with a progressive mind took its first step in realizing a net-zero energy ecological center. The concept of net-zero energy building design can only be stated as a fact if the simulated energy demand and the actual monitored usage can be reflected upon its variances. Hence, in this research, the quantitative data sets of simulated and monitored usages were analyzed by comparison and to determine its specific occurrence of variances. From the simulation report, energy demand and the consumption were compared and analyzed based on the data collected from March 2012 to February 2013, through the monitoring s

BIM 에너지 시뮬레이션 인터페이스 개발과 검증 Development of interface for BIM based building energy simulation ​ 저자 안기언, 김영진, 박철수, 김인한 소속 성균관대학교, 성균관대학교, 성균관대학교, 경희대학교 학술지정보 대한건축학회논문집(계획계) 발행정보 대한건축학회 2012년 피인용횟수 4 자료제공처 국회도서관 국립중앙도서관 NRF 주제분야 공학 > 건축공학 ​ #BIM , #IFC , #에너지플러스 , #인터페이스 , #민감도분석 , #건물에너지 , #에너지시뮬레이션 , #녹색건축인증연구소 ​ <초록> BIM(Building Information Model) enables information sharing and reuse for interoperability between prevalent software tools in the AEC(Architecture, Engineering, and Construction) industry. Although a BIM based energy simulation tool can reduce costs and time required for the simulation work, no practical interface between CAD softwares and dynamic energy analysis tools has been developed so far. With this in mind, this paper suggests two approaches (Full Automated Interface and Semi Automated Interface) enabling information transition from CAD tools (e.g., IFC) to EnergyPlus input file, IDF. FAI, if ideally developed, can co

BIM 에너지 시뮬레이션 인터페이스 개발과 검증 Development of interface for BIM based building energy simulation ​ 저자 안기언, 김영진, 박철수, 김인한 소속 성균관대학교, 성균관대학교, 성균관대학교, 경희대학교 학술지정보 대한건축학회논문집(계획계) 발행정보 대한건축학회 2012년 피인용횟수 4 자료제공처 국회도서관 국립중앙도서관 NRF 주제분야 공학 > 건축공학 ​ #BIM , #IFC , #에너지플러스 , #인터페이스 , #민감도분석 , #건물에너지 , #에너지시뮬레이션 , #녹색건축인증연구소 ​ <초록> BIM(Building Information Model) enables information sharing and reuse for interoperability between prevalent software tools in the AEC(Architecture, Engineering, and Construction) industry. Although a BIM based energy simulation tool can reduce costs and time required for the simulation work, no practical interface between CAD softwares and dynamic energy analysis tools has been developed so far. With this in mind, this paper suggests two approaches (Full Automated Interface and Semi Automated Interface) enabling information transition from CAD tools (e.g., IFC) to EnergyPlus input file, IDF. FAI, if ide

성능진단 데이터로 보정된 모델을 이용한 기존건축물의 에너지시뮬레이션 기법 Existing Building Energy Simulation Method Using Calibrated Model by Energy Audit Data 저자 공동석, 김두환, 장용성, 허정호 소속 서울시립대학교, 서울시립대학교 건축공학과, GS건설기술연구소 학술지정보 설비공학논문집 KCI 발행정보 대한설비공학회 2014년 자료제공처 국회도서관 KISTI 건축도시연구정보센터 한국연구재단 주제분야 공학 >  기타공학 ​ <초록> This paper represents a method of existing building energy simulation using energy audit data. Energy audit must be carried out for reasonable analysis, because characteristics of existing buildings such as efficiency of fan, pump, flow rate, pressure, COP and operating schedule could be changed during the building operation. These building characteristics should be measured to estimate actual energy consumption of the existing building. In this study, we conducted energy audit and calculated energy savings for a 7-stories building as a case-study. The energy audit data were used to calibrate the building model of EnergyPlus simulation. Baseline model validated according to M&am

LED 조명의 분광 분포에 따른 건물에너지 소비 Energy consumption by Spectral Power Distribution Of LED lighting 저자 정호연, 김효인, 김곤, 윤근영 학술지정보 생태환경건축  발행정보 한국생태환경건축학회 2012년  피인용횟수 0 자료제공처 국회도서관 KISTI  주제분야 자연과학 > 생태학, 공학 > 건축공학 <초록> Lighting energy accounts for approximately 20% of the electrical energy used worldwide. Thus, High efficiency Light emitting diode(LED)lighting is getting more popular as the next generation lighting replaced to traditional lighting fixtures. Also, LED lighting not only has a long lifetime but also can realize a variety visual environments through the wavelengh control. The lighting energy varies depending on the Spectral Power Distribution(SPD) even though the Illuminance level is same. Therefore, This study indicates that the difference of indoor energy consumption under the same illuminance level when Spectral Power Distribution(SPD) is different. As a result, Lighting energy consumption under red-color emphasizing SPD is about 10%