| Title |
Synthetic Envelope Thermal Performance for Satisfying the Building Energy Efficiency Grade(1++) of a Small-scale Building |
| Authors |
박선효(Park, Sun-Hyo) ; 정용호(Jung, Yong-Ho) ; 안병욱(Ahn, Byung-Wook) |
| DOI |
https://doi.org/10.5659/JAIK.2021.37.7.143 |
| Keywords |
Small-scale building; Optimizing energy consumption; Design condition; building energy efficiency grade(1++) |
| Abstract |
The purpose of this study was to propose a synthetic envelope thermal performance for small-scale buildings to satisfy the building energy
efficiency grade 1++, which is the standard for zero-energy building certification. It was found that the correlation between the average heat
transmission rate by wall area and the heating energy demand was very low. And the correlation between the average heat transmission rate
by floor area and the heating energy demand was very high. Therefore, it would be desirable to apply the average heat transmission rate by
floor area as the synthetic envelope thermal performance. Design conditions for the primary energy consumption to be less than 140kWh/m²
should satisfy the average heat transmission rate by floor area of 0.45W/m²K or less, and install renewable energy when it exceeds
0.45W/m²K in the Jungbu 2 area |