照明工程学报
照明工程學報
조명공정학보
CHINA ILLUMINATING ENGINEERING JOURNAL
2015年
1期
23-28
,共6页
光伏玻璃%DA%UDI%最佳光伏电池覆盖面积比
光伏玻璃%DA%UDI%最佳光伏電池覆蓋麵積比
광복파리%DA%UDI%최가광복전지복개면적비
photovoltaic glass%DA%UDI%optimal battery coverage area ratio
在全球能源与环境危机的大背景下，如何使建筑在节能的同时从耗能转化为产能，光伏建筑一体化BIPV （ Building Integrated Photovoltaic）系统提供了一种有效的解决方式。光伏玻璃在发电的同时改变了室内的天然光环境质量。利用动态天然光模拟软件Daysim，对不同电池覆盖面积比的光伏玻璃应用于不同朝向办公空间的全天然采光时间百分比（ DA）、有效照度（ UDI）进行对比分析，得出在不同朝向办公空间应用光伏玻璃时满足天然光环境质量要求的最佳电池覆盖面积比。
在全毬能源與環境危機的大揹景下，如何使建築在節能的同時從耗能轉化為產能，光伏建築一體化BIPV （ Building Integrated Photovoltaic）繫統提供瞭一種有效的解決方式。光伏玻璃在髮電的同時改變瞭室內的天然光環境質量。利用動態天然光模擬軟件Daysim，對不同電池覆蓋麵積比的光伏玻璃應用于不同朝嚮辦公空間的全天然採光時間百分比（ DA）、有效照度（ UDI）進行對比分析，得齣在不同朝嚮辦公空間應用光伏玻璃時滿足天然光環境質量要求的最佳電池覆蓋麵積比。
재전구능원여배경위궤적대배경하，여하사건축재절능적동시종모능전화위산능，광복건축일체화BIPV （ Building Integrated Photovoltaic）계통제공료일충유효적해결방식。광복파리재발전적동시개변료실내적천연광배경질량。이용동태천연광모의연건Daysim，대불동전지복개면적비적광복파리응용우불동조향판공공간적전천연채광시간백분비（ DA）、유효조도（ UDI）진행대비분석，득출재불동조향판공공간응용광복파리시만족천연광배경질량요구적최가전지복개면적비。
Against the backdrop of the global energy and environmental crisis, how to make the building from energy consumption to energy making, BIPV ( Building Integrated Photovoltaic) system provides an effective solution.Compared with the traditional opaque photovoltaic modules, photovoltaic glass at the same time generates electricity, and changed the natural light indoor environmental quality.In this paper, a dynamic simulation software Daysim was used to analyze the natural light when using different cell coverage area ratio of photovoltaic glass in different directions of office space.DA and UDI were compared and analyzed in different applications toward the ideal daylighting environment in office space and the optimal battery coverage area ratio of the photovoltaic glass were found.
