| Title |
An Energy Performance Comparison of University Lecture Facilities for Energy Saving Building Design |
| Authors |
Kim, Tae-Hoon ; Seo, Ji-Hyo ; Choo, Seung-Yeon |
| DOI |
https://doi.org/10.5659/JAIK_PD.2018.34.11.105 |
| Keywords |
BIM ; Design Elements ; Insulation ; Energy saving design standard ; Simulation |
| Abstract |
Global environmental problems are growing, and the importance of buildings with high energy consumption has been emphasized. In Korea, the Ministry of Land, Transport and Maritime Affairs has been promoting the mandatory zero energy building since 2020, and guidelines related to the zero energy building have been developed. In addition, based on the "Energy-saving Design Criteria for Buildings" of the 「Green Building Promotion Act」 in Korea, the standards for energy-saving design are specified and the energy saving plan is written. Besides, the 'Energy-saving construction standards for eco-friendly houses' also specify insulation, machinery, equipment, and sunshade. Also, there is little consideration about the cost such as construction cost and material cost which should be considered important in the construction stage. Therefore, this study aims at analysis of building type and energy performance versus materials for energy saving building design considering energy performance in planning aspect of initial design stage. In this study, because the variables can not be neglected in this study, it is selected as the lecture facility of the 'K' university campus building which can consider the remaining factors except the passive design element as the control variable, Energy performance analysis. |