Application and practice of building integrated photovoltaic technology in smart low-carbon buildings
Through the exploration and analysis of Chengdu SADI smart building photovoltaic building integration transformation,the application of building integrated photovoltaic(BIPV)was applied in smart low-carbon building.A comprehensive examination of BIPV at both the technological application and architectural design levels was conducted.On the application front,the basic principles of photovoltaic technology and fundamental properties of photovoltaic cells were introduced,laying the groundwork for discussing the basic design considerations and application methods of photovoltaic systems in buildings.At the architectural design level,the relationship between BIPV and building design was discussed from multiple perspectives,including design approaches,material selection,and spatial configuration.Electrically,the average daily peak sunshine hours of monocrystalline silicon,cadmium telluride(black),copper indium gallium selenide(black),and cadmium telluride(orange)components in November decrease in sequence.The average daily peak sunshine hours of monocrystallime silicon,copper indium gallium selenide(black),cadmium telluride(black),and cadmium telluride(orange)components in December decrease in sequence.
building integrated photovoltaic(BIPV)photovoltaic modulephotovoltaic system applicationsmart buildingpeak sunshine hour
万方数据
维普
