| 논문명 |
계층분석법을 이용한 건물 에너지관리시스템의 에너지절감성능 평가지표 제안 / Proposal for Assessment Indices for Energy Saving Performance of Building Energy Management System using AHP Analysis |
| 저자명 |
곽노열 (Kwak, Ro-Yeul) ; 임동순(Yim, Dong-Soon) ; 윤현진(Yoon, Hyun-Jin) ; 정연쾌(Jeong, Youn-Kwae) ; 이일우(Lee, Il-Woo) |
| 수록사항 |
대한건축학회논문집 계획계, v.28 n.03 (2012-03) |
| 주제어 |
건물에너지관리 ; 에너지절감성능 ; 평가지표 ; 계층분석법 ; Building Energy Management ; Energy Saving Performance ; Assessment Indices ; AHP Analysis |
| 요약2 |
As annual energy consumption rates in the Korean built environment are significantly increasing every year, deployment of building energy management system (BEMS) needs to be more encouraged and be thoroughly implemented in order to fundamentally reduce building energy consumption rate. However, its successful deployment and thorough implementation require understanding of the status and trends of BEMS in the domestic and overseas building sector. Clear understanding of the role of BEMS and its performance assessment items and assessment indices can significantly improve the performance level of BEMS. This study aims at suggesting assessment indices for evaluating energy saving performance using AHP analysis in operating energy saving control as a base of impact of energy saving control on energy usage in building through analysis of building composition element and saving control element. To this end, weighting ratio of composition element are suggested using AHP method over energy management specialists and the items composing assessment indices are verified through the consensus among the domain experts. In addition, the assessment indices were applied to four real-world BEMS operated buildings in order to evaluate their energy saving performance and to demonstrate the feasibility of the proposed assessment method. As a result of verification of assessment indices suggested in this study, it is necessary to further integrate various kind of saving control schemes into the current energy saving control items if items of assessment indices is to reach the goal of energy saving. Also, it is necessary to consider adoption ratio of energy saving control item and degree of level of application item, additionally, in order to make up for degree of energy saving control. |
