基于BIM技术的装配式建筑太阳能集成设计与优化
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摘要
我国大力提倡发展装配式建筑及太阳能建筑,但大多数建筑师对这2种建筑都比较陌生。通过分析BIM在装配建筑中的应用方法与优势,提出了装配式建筑太阳能"族"库建立的原则与方法。基于BIM平台对建筑立面太阳能组件安装方式、太阳能组件安装倾角进行对比分析。以天津气象参数为例,对光伏组件不同倾角发电量进行方案设计对比,讨论了BIM技术通过可视化的方式完善太阳能组件在装配建筑中集成应用的流程,为设计师进行装配式建筑太阳能集成设计时提供设计依据。
Although the government is promoting the development of assembly buildings and solar buildings vigorously in China,most architects are unfamiliar to the two buildings. By analyzing the application methods and advantages of BIM in the assembly building,the principles and methods of building solar energy"family"library are improved. Based on the BIM platform,the installation mode of solar modules and the installation angle of solar modules are compared and analyzed. The design schemes of different inclination angles of the PV modules are compared, taking the Tianjin meteorological parameters as example. Besides,the application process of BIM through the visual way for solar module integrating in the assembly building is expounded,providing designers with basis of the solar energy design in assembly building.
Although the government is promoting the development of assembly buildings and solar buildings vigorously in China,most architects are unfamiliar to the two buildings. By analyzing the application methods and advantages of BIM in the assembly building,the principles and methods of building solar energy"family"library are improved. Based on the BIM platform,the installation mode of solar modules and the installation angle of solar modules are compared and analyzed. The design schemes of different inclination angles of the PV modules are compared, taking the Tianjin meteorological parameters as example. Besides,the application process of BIM through the visual way for solar module integrating in the assembly building is expounded,providing designers with basis of the solar energy design in assembly building.
引文
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