친환경 교육시설을 위한 태양광 추적형 BIPV시스템의 성능평가에 관한 연구
A Study on the Performance Evaluation of the Solar Light-Tracking BIPV System for the Zero Energy building in Educational Facility
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초록
The efficiency a solar cell system us mainly affected by the solar incident angle on the photovoltaicpanels. The purpose of this thesis is to investigate a solar light-tracking BIPV system as the applicability on theeducational facilities. Two typical types of BIPV system by operating system; fix PV panel type and rotating PVpanel type, are analyzed in the performance of electric power generation and compared with solar light-trackingBIPV system. The simulation of solar irradiance is performed using ECOTECT, which has various advantage suchas easy user interface and simple simulation processes. In order to evaluate the electric power generationefficiency, the electric power generation rate and global irradiation were measured on the spring/autumnequinox and the summer/winter solstice. As a result, the generation of solar power by solar light-tracking BIPVsystem shows 6.7% higher than fix-PV panel system. Meanwhile the generation of solar power by rotating PVsystem shows 1% higher than fix-PV panel system. Therefore, the solar light-tracking BIPV system will be aneffective solution to develop for the zero energy building in educational facility.
Abstract
The efficiency a solar cell system us mainly affected by the solar incident angle on the photovoltaicpanels. The purpose of this thesis is to investigate a solar light-tracking BIPV system as the applicability on theeducational facilities. Two typical types of BIPV system by operating system; fix PV panel type and rotating PVpanel type, are analyzed in the performance of electric power generation and compared with solar light-trackingBIPV system. The simulation of solar irradiance is performed using ECOTECT, which has various advantage suchas easy user interface and simple simulation processes. In order to evaluate the electric power generationefficiency, the electric power generation rate and global irradiation were measured on the spring/autumnequinox and the summer/winter solstice. As a result, the generation of solar power by solar light-tracking BIPVsystem shows 6.7% higher than fix-PV panel system. Meanwhile the generation of solar power by rotating PVsystem shows 1% higher than fix-PV panel system. Therefore, the solar light-tracking BIPV system will be aneffective solution to develop for the zero energy building in educational facility.
참고문헌 (11)
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