| 논문명 |
DSSC BIPV 복층창과 일반 복층창의 중공층 및 절점별 온도 변화에 관한 실험적 연구 / Comparative Experimental Study between DSSC BIPV Window and Blue Clear Window on temperature variation of air cavity and layers / 구두발표 - 99.기타 |
| 저자명 |
윤종호(Jong Ho Yoon)v이효문(Hyo Mun Lee) ; 최민주(Min Joo Choi) |
| 수록사항 |
대한설비공학회 2017년도 하계학술발표대회 (2017-06) |
| 주제어 |
건물일체형태양광발전 ; 염료감응형 태양전지 ; 온도 변화 ; 실험적 연구 ; Building Integrated Photovoltaic ; Dye-Sensitized Solar Cell ; Temperature Fluctuation ; Experimental Study |
| 요약2 |
Transparent solar cell can be applied to windows in a building for the purpose of power generation and shading. To do so, PV windows should have sufficient thermal performance by comprising double or triple glazing systems and then can be used as building integrated photovoltaic (BIPV) systems. Transparent solar cells applied to multi-layer or triple-layer window systems will have different temperature profiles than ordinary solar cells and this is directly related to the power generation performance. The purpose of this study is to investigate the temperature profile of each layer of the BIPV insulated glazing and the effect of power performance on the temperature profile using full-scale mock-up test cell. As a result of the temperature analysis of each double layers window, the maximum temperature of DSSC BIPV Window was recorded on the DLT(Vertical:51.8℃/Slope:90.4℃). And Maximum Temperature of Blue Clear Window on the ASOT(Vertical:46.8℃/Slope:66.8℃). The minimum temperature of DSSC BIPV Window was recorded on the OST(Vertical:19.8℃/Slope:8.2℃) and minimum Temperature of Blue Clear Window on the ASOT(Vertical:11.4℃/Slope:8. 2℃). As a result of correlation between IST and each layer surface temperature, the DLT increased by 1.78℃ and ASOT(DSSC Rear Surface Temp), AST(Air Space Temp) increased by 1.70℃ and 1.64℃ when the IST increased by 1.00℃. The temperature coefficient of DSSC for IST and DLT, ASOT was -0.789% /℃ and -0.451% /℃, -0.452% /℃ respectively. |
