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Grid connected monocrytalline and polycrystalline photovoltaic system: A comparative study on performance

机译:并网单晶与多晶光伏系统性能比较研究

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Performance indicator is important as a comparison for improvement in any form of technology. It provides the direction for technology improvement. For photovoltaic system, the normal indicator for performance is the performance ratio while for the solar cells, the cell efficiency is normally being used. This paper will analyze the use of performance ratio as a performance indicator for a system. The analysis and discussion will provide the rationale for using performance ratio as an indicator for photovoltaic performance but performance ratio alone is not good enough. For the period of one year from April 2012 to March 2013, the performance ratio for monocrystalline was 77% while for polycrystalline was found to be 80%. Solar cell efficiency was found to be 11.8% for monocrystalline and polycrystalline to be 11.5%. Higher performance ratio just indicates the energy yield compared to the expected energy yield.
机译:绩效指标对于任何形式的技术改进都是很重要的。它为技术改进提供了方向。对于光伏系统,性能的正常指标是性能比,而对于太阳能电池,通常使用电池效率。本文将分析性能比率作为系统性能指标的用途。分析和讨论将提供使用性能比作为光伏性能指标的理由,但仅性能比还不够好。从2012年4月到2013年3月的一年中,单晶硅的性能比为77%,而多晶硅的性能比为80%。发现单晶和多晶的太阳能电池效率为11.8%,为11.5%。较高的性能比仅表示与预期的能量产量相比的能量产量。

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