Studying and Detecting the Influences of the Solar Irradiance and Temperature Regarding the Characteristic of Photovoltaic at Al- Nasiriya City

Abdullh Saiwan Majli, S. H. Mnaathr
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Abstract

Solar energy is obtainable in the earth as an unlimited source of clean energy. There is an increasing bearing in the carbon release in the world. There are two parameters mainly affect the efficiency of the solar system that are solar radiation and temperature. In this research, the Effect of the Solar Irradiance and Temperature on the Characteristic of Photovoltaic in Al-Nasiriya City is studied. PVsyst simulation facility is to be used for design and optimization. A computation has been conducted to verify the change in i-v and p-v characteristics of the system. The suggest model is based on a behavioral cell model for styling solar radiance to electricity transformation and to confirm the different factors assuming the solar PV system competence. The temperature and radiation data has been possessed from the position of Al-Nasiriya City in Iraq south.
研究和检测太阳辐照度和温度对纳西里耶市光伏特性的影响
太阳能作为一种取之不尽、用之不竭的清洁能源,在地球上是可以获得的。世界上的碳排放量越来越大。影响太阳能系统效率的参数主要有两个:太阳辐射和温度。本文研究了太阳辐照度和温度对Al-Nasiriya市光伏发电特性的影响。PVsyst仿真工具用于设计和优化。通过计算验证了系统的i-v和p-v特性的变化。建议的模型是基于行为细胞模型来确定太阳辐射对电力转换的影响,并确定太阳能光伏系统能力的不同因素。从伊拉克南部Al-Nasiriya市的位置获得了温度和辐射数据。
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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