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Solar Energy Potential of the State of Rajasthan in India

机译:印度拉贾斯坦邦的太阳能潜力

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/day with approximately 300 sunny days per year (27.0238° N, 74.2179° E). The total installed capacity of Renewable energy in India is 71 GW as on June 2018, where 23.02 GW power is installed capacity of SPV plants including rooftop systems. This paper discusses about the theoretical analysis of the potential of Rajasthan state in energy production from solar energy using the SPV system considering 33 locations which are headquarters of the each of the districts of Rajasthan. Here results are obtained using three software namely: PV syst, System Advisory Module (SAM), RET Screen, and analysis s of these results is done for all the 33 locations. By selecting one location using each of the above software assuming 1 MW SPV power plant power generated and supplied to the grid is calculated. Apart from this, Performance ratio and cumulative utilization factor are also calculated. The calculations are repeated for all the 33 locations. Calculations have also been performed assuming 1 % area of the state as available land for installation of SPV power plants and estimated the power generated. Similar calculations have been done by assuming available land for the establishment of SPV plant as 2%, 3%, 4%, 5% of the total land area of the state of Rajasthan.
机译:/天,每年大约300晴天(27.0238°N,74.2179°E)。截至2018年6月,印度可再生能源的总装机容量为71吉瓦,其中包括屋顶系统在内的SPV电厂的装机容量为23.02吉瓦。本文讨论了使用SPV系统对拉贾斯坦邦从太阳能中生产能源的潜力进行的理论分析,其中考虑了拉贾斯坦邦每个地区的总部所在地的33个地点。这里的结果是使用三个软件获得的,即:PV系统,系统咨询模块(SAM),RET屏幕,并对所有33个位置进行了这些结果的分析。通过使用上述每个软件选择一个位置,假设计算出了1兆瓦SPV电厂的发电量并提供给电网。除此之外,还计算性能比和累积利用率。对所有33个位置重复进行计算。还进行了计算,假设该州的面积为1%,可用于安装SPV电厂,并估算了发电量。通过假设可用于建立SPV工厂的可用土地分别为拉贾斯坦州总土地面积的2%,3%,4%,5%,进行了类似的计算。

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