应用AI控制SEPIC变流器的太阳能MPPT控制器的研制

P. Panaiotov, G. Goranov
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引用次数: 0

摘要

为了控制太阳能电池板的电池充电,通常使用由MPPT控制器控制的DC / DC转换器来降低直流功率。在大多数研究中解决的主要问题是快速确定面板的电源点。本文建议开发一种更多功能的控制器,即使在阴天也能保持电池电量。在太阳能板的不同模式下,对给定的功能进行计算。值被记录下来,因此我们有许多函数,这些函数随后被特定模式调用。在电流限制模式下实现了两个PID控制器。计算第一次幂导数并保持结果为零。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Solar MPPT Controller with AI for Control SEPIC Converter
To control the battery charge from a solar panel, the DC / DC converters controlled by the MPPT controller are often used to lower DC power. The major problem that is solved in most researches is to quickly determine the power point of the panel. This article proposes developing a more functionality controller and maintaining battery power even in cloudy weather. Calculations are made for a given function in different modes of the solar panel. Values are recorded and so we have a number of functions that are subsequently called for the particular mode. Two PID controllers are implemented in the current limitation mode. Calculate the first power derivative and keep the result to be zero.
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