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Comparative Analysis of Solar Panel Output Power: Matrix Vs Tree Form

机译:太阳能电池板输出功率的比较分析:矩阵与树形

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Solar energy is most important form of renewable energy. It is cheap and easily available but it required a lot of area for production of solar power to install them in a particular space. This paper proposes a comparison of solar panel in matrix form and a solar power tree in a particular area. A solar power tree requires very less place to produce efficient energy. Solar Tree is made of metal structure , it has a number of solar panels which are used to give the shape of a tree and arranged in a tall tower. Spiralling phyllataxy is technique used to improve the efficiency of the plant as it prevent the lower panel shadowing. Solar photovoltaic modules are arranged in series form like fibonacci series in place of leaves in solar tree. By using this technique the amount of energy produced by solar tree is more than the energy produce by an array of solar cells. Solar trees are produces about 50% more electricity .The increasing energy demand, economy of land, the solar tree concept is very successful one and should be implemented to provide electricity. Solar tree is much better than the traditional solar PV system in area point of view and also more efficient.
机译:太阳能是可再生能源的最重要形式。它便宜且容易获得,但需要大量的太阳能生产区域才能将它们安装在特定的空间中。本文提出了矩阵形式的太阳能电池板与特定区域的太阳能发电树的比较。太阳能树需要很少的空间来产生有效的能量。太阳树由金属结构制成,它具有许多太阳能电池板,这些太阳能电池板用于形成树的形状并排列在高塔中。螺旋状叶栅技术是用来提高植物效率的技术,因为它可以防止下部面板阴影。太阳能光伏组件以斐波那契数列之类的串联形式代替太阳能树中的叶子。通过使用这种技术,太阳树产生的能量数量要多于太阳能电池阵列产生的能量数量。太阳树产生的电能约增加50%。不断增长的能源需求,土地经济,太阳树概念是非常成功的一种,应实施以提供电能。从面积上看,太阳能树比传统太阳能光伏系统好得多,并且效率更高。

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