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A case study for solarification project of different places in India

机译:印度不同地方的阳光工程案例研究

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As the population is increasing day by day, so the energy demands are bound to increase. In recent years India has seen several blackouts. To meet the future demand of power we should start investing in renewable energy. India has great potential for solar energy which is still untapped. Solar energy is residential friendly and can be installed easily in residential areas. This paper presents the Modeling and Cost analysis of solar photovoltaic (PV) systems and the energy saved in a domestic household from its use. The study is conducted in five different places of INDIA using RETSCREEN software. The role of solar radiation on size of PV system and their economic influence of different location is analyzed for equal load demand. The parameters used for economic analysis of modeling work are Net Present value (NPV), payback period, Internal Rate of Return (IRR) etc. Different parameters were compared for different selected locations. Finally, it is found in the analysis that solar irradiation level has great influence on the PV array size, its efficiency, capital cost, IRR, payback period and levelised cost of energy, etc. Also electricity generated by the solar PV system reduces greenhouse gas (GHG) emission and makes the environment more eco friendly. The weather information was taken from the NASA website.
机译:由于人口日益增加,因此能源需求必然会增加。近年来,印度看到了几个停电。为了满足未来的权力需求,我们应该开始投资可再生能源。印度对太阳能的潜力有很大的潜力,仍未开发。太阳能是住宅友好的,可以在住宅区轻松安装。本文介绍了太阳能光伏(PV)系统的建模和成本分析,以及在国内家庭中保存的能量。该研究在印度的五个不同的地点进行了使用RETSCREEN软件进行。分析了太阳辐射对光伏系统大小的作用及其不同地点的经济影响,以进行等负载需求。用于建模工作的经济分析的参数是净现值(NPV),投资回收期,返回内部返回(IRR)等。比较不同的选定位置的参数。最后,在分析中发现,太阳能照射水平对光伏阵列大小产生了很大影响,其效率,资本成本,IRR,回收期和能源的调整成本等。也由太阳能光伏系统产生的电力减少温室气体(温室气体)排放,使环境更加生态。天气信息来自美国宇航局网站。

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