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Economic Analysis and Comparison of Stand alone and Grid Connected Roof Top Photovoltaic Systems

机译:独立和网格连接屋顶光伏系统的经济分析与比较

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Generation of electrical power from renewable energy resources is highly encouraged through different policies established by governmental authorities in Oman. This paper deals with the analysis of the cost of stand-alone and grid connected roof top photovoltaic systems in the south of Oman. This region is characterized by its high solar energy potential. It is well known that the prices of PV panels and batteries have decrease during the last 10 years. The cost of renewable energy projects is remarkably affected by this break down of PV panel’s prices. An optimization is performed using the software Homer to analyze the cost of the optimal PV system required to generate the energy consumed by the load. The sizes of the required PV panels, inverters and batteries are calculated based on the load profile variation and solar irradiations at the site. The optimization results show that the size of the required PV panels is 13 kWp. The total cost of the project is about 16 650 €. The PV system allows producing 25053 kWh per year. The grid connected PV panels system represents the optimum solution. It has the lowest initial cost and the lowest cost of energy.
机译:通过在阿曼政府当局建立的不同政策中,高度鼓励来自可再生能源的电力。本文讨论了阿曼南部独立和网格连接屋顶光伏系统成本的分析。该区域的特点是其高太阳能潜力。众所周知,PV面板和电池的价格在过去10年内减少。可再生能源项目的成本受到光伏面板价格下跌的显着影响。使用软件HOMER执行优化以分析所需的最佳PV系统的成本,以产生负载消耗的能量所需的。基于站点的负载轮廓变化和太阳照射来计算所需的PV面板,逆变器和电池的尺寸。优化结果表明所需的PV面板的尺寸为13 kWp。该项目的总成本约为16 650欧元。 PV系统允许每年生产25053千瓦时。网格连接的PV面板系统代表了最佳解决方案。它具有最低的初始成本和最低的能量成本。

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