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INTEGRATED SOLAR SYSTEMS FOR NOOSPHERIC BUILDINGS

机译:用于非球面建筑的集成太阳能系统

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These works are dedicated to the development of solar power installations integrated into the outer bearing construction, into the dome structure of a noospheric building and the central part of building that can supply electric power, heating and lighting. Noospheric buildings are as a perspective design concept for well-balanced and comfortable life in terms of energy efficiency, environmental safety, economics, bioenergetics and ergonomics. Noospheric building shape (that of dome or paraboloid) is the optimal in terms of solar system (energy supply system of building) output minimization regarding the form of buildings as the optimization parameter. The Specific design features of such buildings provide large opportunities for implementing solar energy based power systems that make it possible to integrate solar power installations into the building structure providing an extensive variety of solar energy usage options. With this approach a high level of solar systems efficiency can be achieved.
机译:这些工作致力于开发与外部轴承结构,非球形建筑物的圆顶结构以及建筑物的中央部分(可提供电力,供暖和照明)集成的太阳能设备。从能源效率,环境安全,经济性,生物能学和人体工程学的角度来看,非球形建筑是平衡设计和舒适生活的一种透视设计概念。以建筑物的形式为最优化参数,就太阳系(建筑物的能量供应系统)的输出最小化而言,非球形建筑物的形状(圆顶或抛物面的形状)是最佳的。这样的建筑物的特定设计特征为实施基于太阳能的电力系统提供了巨大的机会,这使得将太阳能装置集成到建筑物结构中成为可能,从而提供了各种各样的太阳能使用选项。通过这种方法,可以实现高水平的太阳能系统效率。

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