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首页> 外文期刊>International journal of green energy >CONSTRUCTAL DISTRIBUTION OF SOLAR CHIMNEY POWER PLANTS: FEW LARGE AND MANY SMALL
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CONSTRUCTAL DISTRIBUTION OF SOLAR CHIMNEY POWER PLANTS: FEW LARGE AND MANY SMALL

机译：太阳能烟囱电厂的结构性分布：大型，小型

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摘要

In this paper, we show how to use constructal design to distribute solar chimney power production on available land area most efficiently. The solar chimney design is used as an example of solar-driven power plant. We found that the power generated per unit of land area is proportional to the length scale of the power plant, as well as to the chimney height, roof radius, and chimney radius. It was also found that the chimney height, roof radius, and chimney radius cannot increase independently and indefinitely. Because of the flow resistances associated with distributing the power over a territory, the land area for each power plant must be finite and allocated optimally. Several patterns of the multi-scale plants on a square area are explored. The global performance of such patterns is greater when more land area is allocated to the largest plant. This performance depends comparatively less on the total land area covered by all power plants.
机译：在本文中，我们展示了如何使用结构设计来最有效地在可用土地上分配太阳能烟囱发电。以太阳能烟囱设计为例，以太阳能为动力的发电厂。我们发现，每单位土地面积产生的功率与发电厂的长度规模以及烟囱高度，屋顶半径和烟囱半径成正比。还发现烟囱高度，屋顶半径和烟囱半径不能独立且无限地增加。由于与在区域内分配电力相关的流动阻力，每个电厂的土地面积必须是有限的，并且必须进行最佳分配。探索了正方形区域上多尺度植物的几种模式。当将更多的土地面积分配给最大的工厂时，这种模式的全球绩效会更高。相对而言，该性能取决于所有电厂覆盖的总土地面积。

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