Investigate the effect of dust deposition on the performance of solar PV module using LABVIEW based data logger

Vinay Gupta, Prateek Raj, A. Yadav
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引用次数: 14

Abstract

With the growing demand of energy across the globe, different sources and alternatives of energy has been invented or improved but PV system has been proven to be the best energy generating source. This type of dependency on solar energy is seen due to its perpetual source of energy and negligible side effect. But the efficiency of solar cell is affected due to many internal factors (due to component used in manufacturing) as well as external/environmental factors (wind, dust, humidity, location etc.). The objective of this project is to analyse the effect of dust on the performance of PV system in Manipal University, Jaipur with the use of LABVIEW based data logger. All the important parameters (open circuit voltage, short circuit current, output power etc.) related to both the panels were noted down and compared with the use of characteristic curve. It was observed that reduction in power generation of unclean panel was 9% after 55 days.
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利用基于LABVIEW的数据记录仪研究了粉尘沉积对太阳能光伏组件性能的影响
随着全球能源需求的不断增长,各种能源和替代能源被发明或改进,但光伏系统已被证明是最好的能源发电方式。这种对太阳能的依赖是由于其永久的能源和微不足道的副作用。但是太阳能电池的效率受到许多内部因素(由于制造中使用的组件)以及外部/环境因素(风,灰尘,湿度,位置等)的影响。本项目的目的是利用基于LABVIEW的数据记录仪,分析灰尘对斋浦尔马尼帕尔大学光伏系统性能的影响。记录下与两个面板相关的所有重要参数(开路电压、短路电流、输出功率等),并使用特性曲线进行比较。观察发现,55天后,不洁面板的发电量减少了9%。
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