| 논문명 |
염료감응형 태양전지(DSSC)의 BIPV 활용수준 사례분석 / A Case Study on BIPV Utilization Level of Dye-Sensitized Solar Cells (DSSC) / 구두발표 D : 태양광에너지 |
| 수록사항 |
한국태양에너지학회 추계학술발표회 논문집 (2017-10) |
| 주제어 |
염료감응형 태양전지 ; 사례분석 ; 적용색상 ; 건물통합형 태양광발전 ; 적용 장소 ; Dye sensitized solar cell_DSSC ; Case analysis ; Applied color ; Building integrated PV_BIPV ; Place of application |
| 요약2 |
The purpose of this paper is to analyze the application of BIPV by DSSC and to find out the improvement level and level of architectural use of DSSC. Therefore, the case study of DSSC BIPV in Korea and abroad is being investigated to identify the current situation, limitations, possibilities, and suggestions for improvement. However, the focus of this paper should be limited to the architectural aspects. Among the advantages of the DSSC, the greatest effects on the building sector are the various color implementations, transparency and modular flexibility. Therefore, an important factor is how this part is implemented in a practical application. In this thesis, a total of 8 cases were analyzed and the characteristics as follows. First, according to the current level of technology, colors are limited to reddish brown yellow and green, and the most common application is reddish brown. Second, the transparency of DSSC is 20 ∼ 30%, which is superior to that of crystalline cell. Third, the application of color and transparency was attempted at the place of application in the building, such as windows, railing, and awnings. Fourth, most of the cases in foreign countries are applied to the outside of the building as an awningsystem, which is excellent in the application of exterior display and nighttime display design. The limitation of the DSSC by this analysis is that the application of red window glass window can reduce the comfort of the occupant because the red light is transmitted through the room. In addition, since it is a glass substrate module, flexibility is difficult to implement. Nevertheless, architectural applicability due to various colors and transparency is that all parts of the building envelope can be targeted. The problem of reddish brown glass windows is needed to differentiate the application of buildings and rooms according to the purpose of application and to specify the application of relatively less irritating green or blue color. |
