粉尘对印度太阳能光伏的影响

Rashmi Chawla, Poonam Singhal, A. Garg
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引用次数: 1

摘要

太阳能系统将太阳光轻松转化为电能主要与太阳辐照度、无数环境/气候因素以及所使用的光活性材料有关。然而,与太阳能资源丰富的地理位置(印度)相关的其他外部因素对系统性能的影响可能更大。在这些问题中,灰尘往往是一个被忽视或低估的问题,它可能是太阳能电池板输出性能的主要绊脚石。本章提供了粉尘对光伏组件的影响,并评估了因粉尘积累而导致的功率损失和其他性能参数的缓解。此外,本章还分析了46台逆变器每月总发电量114819.30千瓦时(平均4416.13千瓦时/天)对实时数据采集的影响。该研究进一步回顾了灰尘对太阳能组件的理解和性能影响的关键贡献,并提出了一个包容性的文献调查/评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Dust for Solar PV in Indian Scenario
The facile conversion of sunlight into electricity of a solar-energy system is predominantly associated with the sun's irradiance as well as myriad environmental/climatic factors and photoactive material employed. However, the impact of other external factors associated with solar-rich geographical location (India) can be more influential on system performance. Among these, dust is oft-times an overlooked or understated issue that can be a major stumbling block in a solar panel's output performance. This chapter provides an insight of dust's impact on photovoltaic modules and evaluates mitigation of power loss and other performance parameters due to dust accumulation. In addition, this chapter analyzes dust's impact on the real-time data collected for 46 inverters with total 114819.30 kWh productions in a month with an average of 4416.13 kWh/day. The research further reviews key contributions to the understanding and performance effects of dust on solar module and presents an inclusive literature survey/assessment.
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