| 논문명 |
A Study of Zero Energy Building Verification with Measuring and Model-based Simulation in Exhibition Building |
| 저자명 |
하주완(Ju-wan Ha) ; 박경순(Kyung-soon Park) ; 김환용(Hwan-yong Kim) ; 송영학(Young-hak Song) |
| 수록사항 |
ARCHITECTURAL RESEARCH(대한건축학회 논문집), Vol.20 No.3 (2018-09) |
| 주제어 |
; Zero Energy Building ; Data Measuring ; Simulation ; Renewable Energy ; Energy Independence Rate |
| 요약2 |
With the change in Earth's ecosystems due to climate change, a number of studies on zero energy buildings have been conducted globally, due to the depletion of energy and resources. However, most studies have concentrated on residential and office buildings and the performance predictions were made only in the design phase. This study verifies the zero-energy performance in the operational phase by acquiring and analyzing data after the completion of an exhibition building. This building was a retention building, in which a renewable energy system using a passive house building envelope, solar photovoltaic power generation panels, as well as fuel cells were adopted to minimize the maintenance cost for future energy-zero operations. In addition, the energy performance of the building was predicted through prior simulations, and this was compared with actual measured values to evaluate the energy performance of the actual operational records quantitatively. The energy independence rate during the measurement period of the target building was 123% and the carbon reduction due to the energy production on the site was 408.07 tons. The carbon reduction exceeded the carbon emission (331.5 tons), which verified the carbon zero and zero-energy performances. |
