半切电池太阳能电池板的有效回溯算法

Filippo Cheein, D. Dolan, Salter H Patrick
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引用次数: 1

摘要

金树太阳能农场是一个单轴跟踪设备,由两种不同的电池板组成:传统的单电池和半切割电池太阳能电池板。在水平单轴跟踪器中,通过消除阴影来最大化发电量的标准是一种称为回溯的算法。传统的回溯是为传统面板设计的,并调整跟踪器角度以消除行到行的阴影。然而,对于使用半切割电池面板的安装,这可能不是所有情况下的最佳算法。通过改变算法,在特定时间遮蔽一半的面板,可以使用一种称为半回溯的技术,在一天的开始和结束时增加半切割电池面板的发电量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECTIVE BACKTRACKING ALGORITHM FOR HALF-CUT CELL SOLAR PANELS
The Gold Tree Solar Farm is a single-axis tracking facility that is made up of two different kinds of panels: conventional single cell and half-cut cell solar panels. The standard for maximizing power production through shade elimination in a horizontal single axis tracker is an algorithm known as backtracking. Traditional backtracking is designed for conventional panels and adjusts the tracker angle to eliminate row to row shading. However, this may not be the optimal algorithm in all cases for an installation using half-cut cell panels. By altering the algorithm to shade half of the panel at certain times, it is possible to increase the power production of half-cut cell panels during the beginning and end of a day using a technique that will be called half-backtracking.
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