太阳能投影仪

Kenta Yamamoto, Kotaro Omomo, Kazuki Takazawa, Yoichi Ochiai
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引用次数: 0

摘要

太阳是地球上最普遍、最强大、最熟悉的能量。每一种生物和植物都经过多年的进化,以适应太阳带来的能量。人类也不例外。自从爱迪生发明灯泡以来,我们已经发明了许多人造灯。近年来,led是最具代表性的例子之一。使用led的显示器和投影仪仍在积极开发中。然而,像阳光一样具有高亮度和宽波长的理想光很难再现。此外,考虑到制造过程中的低能源可持续性和环境污染,人造光不能超过阳光。在这种背景下,利用阳光的项目在世界范围内得到了积极的开展。聚光太阳能发电(CSP)利用太阳光的热量来驱动涡轮机发电[mller - steinhagen and Trieb 2004]。[小泉2017]是一个以太阳为光源的航拍影像呈现系统。数字日晷利用阳光的阴影来显示数字时间[Scharstein等人,1996]。这些项目试图使用直射阳光而不进行任何转换,并尽量减少能量损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solar projector
The sun is the most universal, powerful and familiar energy available on the planet. Every organism and plant has evolved over the years, corresponding to the energy brought by the sun. Humanity is no exception. We have invented many artificial lights since Edison invented light bulbs. In recent years, LEDs are one of the most representative examples. Displays and projectors using LEDs are still being actively developed. However, it is difficult to reproduce ideal light with high brightness and wide wavelength like sunlight. Furthermore, considering low energy sustainability and environmental contamination in the manufacturing process, artificial light can not surpass the sunlight. Against this backdrop, projects that utilize sunlight have been actively carried out in the world. Concentrating Solar Power (CSP) generate electricity using the heat of sunlight to turn turbines [Müller-Steinhagen and Trieb 2004]. [Koizumi 2017] is an aerial image presentation system using the sun as a light source. Digital sundials use the shadow of sunlight to inform digital time [Scharstein et al. 1996]. These projects attempt to use the direct sunlight without any conversion and minimize the energy loss.
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