http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
공동주택 발코니 PV시스템 디자인과 에너지 생산량 평가
진경일(Chin Kyung-Il),윤종호(Yoon Jong-Ho),김효중(Kim Hyo-Jung) 한국건축친환경설비학회 2010 한국건축친환경설비학회 학술발표대회 논문집 Vol.2010 No.3
If we could use the balcony and windows space in facade as PV to generating electricity, there could contribute the energy saving. Residents are not always in house especially in day time that is exactly good time for generating electricity by PV. If we can use PV at the facade balcony with window without collusion of resident's displeasure, there have good attraction to using sustainable energy. Hence, this study suggests the design of facade balcony window style PV by considering resident's living pattern in apartment building. As a result, For the purpose of satisfying the resident demand, there designed sliding window style which slide the several door systems to the one side. That would be make balcony absolute open scenery to the residents. Hence, the designed system performance results were as follows. When we compare the small apartment and large apartment, smaller one has good performance than larger one. Because resident's residential time characteristic. And that has more good electronic performance than vertical style that is similar to roof style.
발코니 설치식 가동형 차양겸용 BIPV 디자인과 성능연구
진경일(Chin Kyung-Il),윤종호(Yoon Jong-Ho) 한국태양에너지학회 2010 한국태양에너지학회 논문집 Vol.30 No.5
At the beginning the 21st century, we are interested in renewable energy especially photovoltaic. So, we have been installed PV at the building roofs so that we call it building integrated photovoltaic. But strictly speaking, installing the PV on the roof is not building integrated. There are few BIPV designs especially for balcony. In the apartment building, roof is good installing place for PV, but its area was limited. Now a day, built apartment building’s heights are more and more increased so that the performance of installed PV on the roof cannot be enough to use even the public use. Thereby, we need the new space in the building to install the PV except the building roof. This study suggests the building fa?ade balcony as a new space to install the PV with building integrated PV design. Hence, in this study, we are designed the movable BIPV shading device for apartment building balcony, and verified its performance with computer simulation. Developed device in this study can works as an electronic generation device and an overhang on the side balcony. As a result, the electronic generation performance of device contributes 15~30% to each apartment unit. The more unit width increase, the better contributed device generates.
진경일(Chin, Kyung-Il),임윤택(Leem, Yountaik) 한국생태환경건축학회 2021 한국생태환경건축학회 학술발표대회 논문집 Vol.21 No.2
After a divided Korea, more than 70 years have passed without inter-Korean exchanges. A problem is expected because the academic and cultural differences between the two Koreas are large when reunified. Therefore, it is necessary to find out which fields are interested in North Korea’s architecture field. In addition, the trend of the subject change of the thesis was investigated, and the level of research was identified. North Korea has done a lot of research on thermal energy and heating, especially solar heat. In addition, one of the items with a high frequency of topics appearing in the thesis was the field of ecological architecture.
거주자 주택 점유율을 고려한 공동주택 발코니 PV시스템 디자인
진경일(Chin, Kyung-Il) 한국실내디자인학회 2009 한국실내디자인학회논문집 Vol.18 No.5
In case of general residential house, photovoltaic can be installed at roof, wall, and any other places. But, In case of apartment building, there has not enough roof space to install photovoltaic panels to supply enough electricity. Actually, apartment building roof and facade wall (exclude the balcony window space) is not enough space to produce and supply the electricity to residents by installing PV panel. Generally, the space of facade balcony with windows in facade wall at apartment building occupied about 70∼80% in all facade space. So, if we could use the balcony and windows space in facade as PV to generating electricity, there could contribute the energy saving. But, PV cell is opacity. So if it installed at front window area in apartment building, residents may have displeasure for that opacity character. But the other hand, residents are not always in house especially in day time that is exactly good time for generating electricity by PV. If we can use PV at the facade balcony with window without collusion of resident’s displeasure, there have good attraction to using sustainable energy. Hence, this study suggests the design of facade balcony window style PV by considering resident’s living pattern in apartment building. The methods of this study are as follows. At first, this study surveyed to the residents about residential time in their home and asked user demand by Delphi survey. At second, this study designed balcony open style PV system which oriented to the user demand. At third, this study tests designed result performance by computer simulation that compared design result with old design. As a result, For the purpose of satisfying the resident demand, there designed sliding window style which slide the several door systems to the one side. That would be make balcony absolute open scenery to the residents. Hence, the designed system performance results were as follows. When we compare the small apartment and large apartment, smaller one has good performance than larger one. Because resident’s residential time characteristic. And that has more good electronic performance than vertical style that is similar to roof style.