Automatic Switching Algorithm for Photovoltaic Power Generation System

I. Husain, Canny Dahlia, F. Yusivar
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Abstract

within remote area worldwide, solar panel is still considered as an alternative with lower efficiency rate and a complex system needing backup source and storage such as battery. PI MPPT controller then used to remarkably improve the efficiency rate of the solar panel by maintaining it on its Maximum Power Point (MPP) reference. However, tackling the complexity of photovoltaic generator for remote area require another solution. This paper provide a simple yet applicable solution by presenting an algorithm to automatically control the photovoltaic generator system for remote area. The algorithm logic is determined by the key parameters from each systems inside, which are solar panel, PI Boost Converter, Battery, and Load. The simulation result proves that the algorithm is able to provide an appropriate result with all condition working properly. Thus, the algorithm is eligible to be applied and to be developed further
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光伏发电系统的自动切换算法
在世界范围内的偏远地区,太阳能电池板仍然被认为是效率较低的替代方案,并且需要备用电源和电池等存储的复杂系统。然后使用PI MPPT控制器通过将其保持在最大功率点(MPP)参考来显着提高太阳能电池板的效率。然而,解决偏远地区光伏发电机的复杂性需要另一种解决方案。本文提出了一种实现偏远地区光伏发电系统自动控制的算法,提供了一种简单实用的解决方案。算法逻辑由每个系统内部的关键参数决定,这些参数是太阳能电池板,PI升压转换器,电池和负载。仿真结果表明,该算法能够在所有条件正常工作的情况下给出合适的结果。因此,该算法具有推广应用和进一步发展的条件
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