Pre-Installation Analysis of a Solar Grid-Connected Photovoltaic System for a Countryside Energization in Jharkhand via “PV syst”, India

2022 International Conference on Computer, Power and Communications (ICCPC) Pub Date : 2022-12-14 DOI:10.1109/ICCPC55978.2022.10072149

Shashank K Pandey, B. Gupta, Sarang Kapoor

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Abstract

In India due to diversified topography, it is impossible to satisfy the power demands through conventional energy resources. Therefore, many engineers & scientists are trying to establish an effective technique which can substitute existing energy systems i.e. coal energy. It has been proven that solar energy has the potential to fulfil the energy requirement of rural and urban regions of India. Earlier a simulation based design has been carried out for a 50 kWp solar PV system for village-Pathrota addressed at Madhya Pradesh. In this study, a solar grid-connected PV system which has a capacity of 65 kWp has been done via PVsyst tool version 7.2.12 for countryside in Garhwa district of Jharkhand, India. The latitude and longitude of the sites are 24.27° North & 83.48° East respectively. The entire analysis is based on seasonal tilt angles for the proposed site. The performance ratio for the designed system is 76.15 % as per selected geographical location, which is quite satisfactory. Further, suggested solar-cell system produces satisfactory amount of energy i.e. 98.36 MWh/year. The specific production is 1511 kWh/kWp/year for the proposed methodology. Based on the experimental study & data, it is found that the suggested PV system has the capability to fulfil the required load demands with great efficiency & reliability.

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通过“光伏系统”，印度贾坎德邦农村能源的太阳能并网光伏系统预安装分析

在印度，由于地形多样，传统的能源资源无法满足电力需求。因此，许多工程师和科学家正在试图建立一种有效的技术，可以替代现有的能源系统，即煤炭能源。事实证明，太阳能有潜力满足印度农村和城市地区的能源需求。早些时候，为中央邦的pathrota村进行了一个50千瓦时太阳能光伏系统的模拟设计。在这项研究中，在印度贾坎德邦Garhwa地区的农村，通过PVsyst 7.2.12版本的工具完成了一个容量为65千瓦时的太阳能并网光伏系统。地点的经纬度分别为北纬24.27°和东经83.48°。整个分析是基于拟议场地的季节性倾斜角。在选定的地理位置上，设计的系统的性能比为76.15%，令人满意。此外，建议的太阳能电池系统产生令人满意的能量，即98.36兆瓦时/年。具体产量为1511千瓦时/千瓦时/年。实验研究和数据表明，所提出的光伏发电系统能够高效、可靠地满足所要求的负荷需求。

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2022 International Conference on Computer, Power and Communications (ICCPC)

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