Combination of Concave and Convex Paraboloids: Theoretical Model of New-type Daylighting System

Yusuke Tsuji, Hirotaka Suzuki
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Abstract

We investigate the behaviour of a new-type daylighting system composed of concave and convex paraboloidal mirrors. This system realises converting parallel light into highly-dense parallel before passing through the focal point. It means that the system solves one of the significant problems in daylighting sys -tems: heat problems. In this paper, we set up the theoretical model of our new-type daylighting system, check the model using the two-dimensional ray-tracing code, confirm the relation between simulated data and simulation resolutions, introduce convenient contour maps and three type performance indexes and estimate the performance of our system.
凹凸抛物面组合:新型采光系统的理论模型
研究了一种由凹凸抛物面镜组成的新型采光系统的性能。该系统实现了平行光在通过焦点前向高密度平行光的转换。这意味着该系统解决了采光系统的一个重要问题:热问题。本文建立了新型采光系统的理论模型,利用二维光线追踪码对模型进行了验证,确定了仿真数据与仿真分辨率之间的关系,引入了方便的等高线图和三类性能指标,并对系统的性能进行了估计。
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