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在认真分析总结国内外太阳房研究和建设经验的基础上,我们采用现代“计算机辅助建筑设计(CAAD)”技术,对我国进行高效节能型农村民用太阳能供暖建筑设计,开展了研究,并提出了一种新型农村能源综合性立体利用模式。 为实现被动式太阳房的设计和能源的综合利用,在CAAD系统中采用了三级优化设计: 第一级优化是利用多年来的成果,特别是有良好的热工性能的典型建筑,按照不同纬度、气候特点建立优化建筑构、配件计算机图形库。使太阳房建筑设计按实际地理位置,处于一个优化的结构环境之中。
On the basis of careful analysis and summary of the research and construction experience of sun room at home and abroad, we adopt the modern “CAAD” technology to research the building design of rural residential solar heating system with high efficiency and energy saving in our country, A new rural energy comprehensive three-dimensional utilization model. In order to realize the passive solar house design and the comprehensive utilization of energy, three-level optimization design has been adopted in the CAAD system. The first optimization is to take advantage of years of achievements, especially the typical buildings with good thermal performance. According to different latitudes Climatic features to establish an optimized building structure, parts computer graphics library. The solar house architectural design according to the actual geographical location, in an optimized structure of the environment.