印度东部季风早期屋顶光伏的可靠性估计

S. Pal, R. Kumar, K. Das Bhattacharya, D. Mukherjee
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引用次数: 3

摘要

太阳能光伏系统(SPS)的部署目前是印度城市和农村实现可再生能源(RES)大规模渗透以获得低成本电力的主要活动。在此背景下,用户友好、可靠且价格适中的光伏表征技术势在必行。这是光伏行业以及该领域的消费者和研究人员的高度要求。在此基础上,对Poly-Si太阳能光伏组件在季风前期的基本参数进行了可靠性分析。对清晰度指数(KT)对性能参数的影响进行了严格的研究。研究表明,即使在这个热带地区的季风期间,Poly-Si模块在其估计的电气参数方面保持稳定的性能。目前正在进行的工作是将这种新的计量实践的部署扩展到其他季节可用的更高瓦数的模块。
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A reliability estimate for a roof-top PV during early monsoon in Eastern India
The deployment of Solar Photovoltaic Systems (SPS) is now a predominant activity to achieve the large-scale penetration of Renewable Energy Sources (RES) for access to low cost electric power, both for urban and rural India. In this backdrop an user friendly, reliable and modestly priced PV characterization technique is imperative. This is highly required for the PV industry and also by the consumers and researchers in this area. Thereafter, the reliability analysis of the essential parameters of Poly-Si Solar PV modules during the early monsoon has been initiated in this work. The impacts of clearness index (KT) on the performance parameters have been critically examined. Studies show that, even during the monsoon in this tropical zone, the Poly-Si modules maintain a steady performance with respect to their estimated electrical parameters. Work is currently in progress to extend the deployment of this new metrological practice to available modules of higher wattages in various other seasons.
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