Computational implementation of photovoltaic modules mathematical models for software application to estimate PV systems energy production

Luis Guilherme Monteiro Oliveira, Rafael Isaac dos Santos, Lucas Bacha Pereira Horta, Wilson Negrão Macêdo, João Tavares Pinho, S. Rocha Silva, Eduardo Nohme, Igor Carvalho Finelli, Bruno Marciano Lopes
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Abstract

This paper approaches the computational implementation in MATLAB® R2013a of mathematical models proposed by Lorenzo, De Soto and Mermound & Lejeune, that describes the behavior of photovoltaic modules. These models were implemented and validated using real measured data from different technologies (under distinct operating conditions) provided by UFPA's - GEDAE group, located in North of Brazil, together with statistic methods.
计算实现了光伏组件数学模型,用于软件估计光伏系统的发电量
本文探讨了Lorenzo, De Soto和Mermound & Lejeune提出的描述光伏组件行为的数学模型在MATLAB®R2013a中的计算实现。这些模型是利用位于巴西北部的UFPA - GEDAE集团提供的不同技术(在不同操作条件下)的实际测量数据以及统计方法来实施和验证的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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