蜂群太阳能屋顶系统采用六自由度并联机械手和两轴直线运动

Soham Parlikar, Gauri Karnik
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摘要

太阳能是当今世界一种新兴的电力来源,它在产生最大的能源以满足日常需求方面发挥着重要作用。太阳能完全依赖于太阳的照射和各种太阳路径角度,所以为了达到最大的效率,太阳能电池板需要朝向太阳照射最大的方向。由于太阳能电池板主要放置在建筑物的顶部或露台上,为了保留建筑物的优雅,可以将太阳能电池板排列成特定的动态排列模式,从而可以将波浪效果可视化。本文提出了一种新颖的方法,结合使用6自由度并联机械手附着在线性可移动的XY轴上,实现太阳路径的跟踪,以获得最大的效率,并在建筑功效方面描绘各种视觉运动,如波浪,蜂群运动的太阳能电池板。
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Swarm solar rooftop system using 6 DoF parallel manipulators and two axes linear movement
Solar energy is an emerging source of electricity in today’s world, and It has been playing an eminent role in generating maximum energy to comply with everyday needs. Solar energy totally depends on the sun’s irradiation and the various sun path angles, so to achieve maximum efficiency, the solar panels need to be facing the direction with maximum solar irradiation. As solar panels are mainly placed on the top of buildings or terraces, to retain the elegance of the building, solar panels can be arranged in specific dynamically arranged patterns, which can be used to visualize the waving effect. This paper proposes a novel method to incorporate the use of 6 DoF parallel manipulators attached to linear movable XY axes, to achieve the tracking of sun path for gaining maximum efficiency and to depict various visual motions such as waves, swarm movement of solar panels in terms of architectural efficacy.
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