http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
주택지붕용 2kWp BIPV시스템의 성능 실험 및 전기 부하 감당에 관한 연구
이강록,오명택,박경은,김진희,김준태,Lee, Kang-Rock,Oh, Myung-Tack,Park, Kyung-Eun,Kim, Jin-Hee,Kim, Jun-Tae 한국태양에너지학회 2006 한국태양에너지학회 논문집 Vol.26 No.1
The efficiency of building-integrated photovoltaic(BIPV) system is mainly determined by solar radiation and the temperature of PV modules. The performance of BIPV systems is reported to be different from that of conventional PV systems installed in the open-air. This paper presents the relationship of solar radiation and electricity generation from a 2kWp roof-integrated PV system that is applied as building elements on an experimental house, and the energy saving effect of the BIPV system for a typical house. For the performance evaluation of the BIPV system, it produced a regression equation with measured data for winter days. The regression equation showed that a comparison of the measured electricity generation and the predicted electricity generation of the BIPV system were meaningful. It showed that an annual electricity generation of the system appeared to cover around 52% of an annual electricity consumption of a typical domestic house with the floor area of $96m^2$.
주택지붕용 2㎾p BIPV시스템의 성능 실험 및 전기 부하 감당에 관한 연구
이강록(Lee Kang-Rock),오명택(Oh Myung-Tack),박경은(Park Kyung-Eun),김진희(Kim Jin-Hee),김준태(Kim Jun-Tae) 한국태양에너지학회 2006 한국태양에너지학회 논문집 Vol.26 No.1
The efficiency of building-integrated photovoltaic(BIPV) system is mainly determined by solar radiation and the temperature of PV modules. The performance of BIPV systems is reported to be different from that of conventional PV systems installed in the open-air. This paper presents the relationship of solar radiation and electricity generation from a 2㎾p roof-integrated PV system that is applied as building elements on an experimental house, and the energy saving effect of the BIPV system for a typical house. For the performance evaluation of the BIPV system, it produced a regression equation with measured data for winter days. The regression equation showed that a comparison of the measured electricity generation and the predicted electricity generation of the BIPV system were meaningful. It showed that an annual electricity generation of the system appeared to cover around 52% of an annual electricity consumption of a typical domestic house with the floor area of 96㎡.
건물통합형 PV Solar Roof의 통풍효과 실험분석
김진희(Kim Jin-Hee),이강록(Lee Kang-Rock),김준태(Kim Jun-Tae) 한국태양에너지학회 2006 한국태양에너지학회 논문집 Vol.26 No.1
The integration of PV modules into building facades or roof could raise PV module temperature that results in the reduction of electrical power generation. Lowering operating temperature of PV module is important in this respect, and PV module temperature should be considered more accurately, for building-integrated PV(BIPV) systems in predicting their performance. This paper describes a BIPV solar roof design and verifies its performance through experiment in relation to the effect of ventilation in space between PV module and roof surface. The results showed that the ventilation in the space had a positive effect in lowering the module temperature of the BIPV solar roof that enhanced the performance of its electricity generation.
김진희(Kim Jin-Hee),이강록(Lee Kang-Rock),김준태(Kim Jun-Tae) 한국태양에너지학회 2006 한국태양에너지학회 학술대회논문집 Vol.- No.-
The integration of PV modules into building facades or roof could raise PV module temperature that results in the reduction of PV system's power generation. Hot air can be collected from the space between PV modules and building envelope, and used for heating of buildings. The extraction of hot air from the space will enhance the performance of the BIPV systems. This paper describes the performance of a roof-integrated PV system in relation to natural ventilation of the space between the PV modules and the roof envelope, and analyses the performance of 2㎾p roof-integrated PV/thermal system using TRNSYS, an energy system modelling program. The simulation results show that the roof system would produce 4㎿h of heat energy and 2.3㎿h of electricity for a year.
PV Thermal 복합시스템의 국내외 연구 개발 동향
김진희(Kim, Jin-Hee),이강록(Lee, Kang-Rock),양연원(Yang, Youn-Wan),김준태(Kim, Jun-Tae) 한국신재생에너지학회 2006 한국신재생에너지학회 학술대회논문집 Vol.2006 No.06
PV Thermal combined system produces the electricity and thermal energy which are needed for buildings. The system removes heat from PV module through air or liquid, so that its efficiency will be improved. The heat as the forms of hot air or hot water can be utilized for building use, like space heating and hot water. This paper describes the concept of PV Thermal combined system and its research and development trend at local and international levels. This materials can be used as a fundamental study source about PV Thermal combined system to apply fur building space heating.