Solar Power Analysis Under Varying Environmental Condition Using Solar Emulator

Anjali Garg
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Abstract

The current situation of fast depleting non-renewable resources and excessive damage done to mother earth due to severe mechanization and industrialization has resulted in alarming rate of pollutions. The one-word answer for it is that we should start harnessing renewable resources of energy. Tapping sun’s energy is a wonderful and apt answer to the current situation of energy requirement. World over this technology is worked upon to make use of sun’s energy easy to be converted into usable energy form i.e. electricity. The research work being carried on in varied fields however to mention one such aspect of solar panels is irradiance -receiving and capturing powers. Along with the irradiance, the area of a panel which is exposed to sun, the daytime and location are some of the factors affecting the amount of power generated using solar power as generating source. From research point of view, to analyze the effect of variation of these parameters, it is difficult to get the analysis data using solar panels and hence now a day’s emulator is preferred and used for research purposes. This paper focuses on the basics of emulator, its structure, functioning, effect of various parameter variations on the analysis of the generated power and other related benefits using emulator. The paper also presents the effect of partial shading on the maximum power generated and the efficiency hence obtained. The performance analysis is done on an Experimental set up fabricated in Research lab.
利用太阳能模拟器分析不同环境条件下的太阳能功率
不可再生资源的快速消耗和严重的机械化和工业化对地球母亲的过度破坏的现状导致了惊人的污染速度。一个词的答案是,我们应该开始利用可再生能源。开发太阳能是对能源需求现状的一个绝妙而贴切的回答。全世界都在研究这项技术,以使利用太阳能容易地转化为可用的能源形式,即电力。研究工作正在各个领域进行,然而,提到太阳能电池板的一个这样的方面是辐射接收和捕捉能力。随着辐照度,面板暴露在阳光下的面积,白天和位置是影响使用太阳能作为发电源的发电量的一些因素。从研究的角度来看,为了分析这些参数变化的影响,使用太阳能电池板很难获得分析数据,因此现在首选日化模拟器并用于研究目的。本文重点介绍了仿真器的基本原理、结构、功能、各种参数变化对仿真器产生功率的影响以及使用仿真器的其他相关好处。本文还介绍了部分遮阳对产生的最大功率和由此获得的效率的影响。在实验室制作的实验装置上进行了性能分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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