Design of building integrated photovoltaic based on Ecotect analysis
Xiaofeng Cai, Tieying Tang, Xiaodong Huang
Abstract
Xiaofeng Cai, Tieying Tang, Xiaodong Huang
Abstract
Considering the rapid increasing of building integrated photovoltaic, a design method based on Ecotect Analysis is proposed in this article. Modeling analysis of the building's sunshine condition is processed to get the annual total solar radiation and sunshine hours per unit area of the building facade and roof. According to the analysis result, the setting position of the photovoltaic system can be determined and the annual generation capacity of the photovoltaic system can be estimated, and all of these can provide references for the design of building integrated photovoltaic. In addition, several high voltage grid connected schemes are given analyzing the Hangzhou south railway station case.
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Considering the rapid increasing of building integrated photovoltaic, a design method based on Ecotect Analysis is proposed in this article. Modeling analysis of the building's sunshine condition is processed to get the annual total solar radiation and sunshine hours per unit area of the building facade and roof. According to the analysis result, the setting position of the photovoltaic system can be determined and the annual generation capacity of the photovoltaic system can be estimated, and all of these can provide references for the design of building integrated photovoltaic. In addition, several high voltage grid connected schemes are given analyzing the Hangzhou south railway station case.
Key concepts: Photovoltaic system, Facade, Building-integrated photovoltaics, Roof, Rooftop photovoltaic power station, Architectural engineering, Grid, Photovoltaic mounting system