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首页> 外文期刊>International journal of Power and energy conversion >An intelligent reconfiguration technique for enhancing the power from photovoltaic module in partially shaded environments
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An intelligent reconfiguration technique for enhancing the power from photovoltaic module in partially shaded environments

机译:一种智能重配置技术,用于在部分阴影环境中增强光伏模块的功率

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摘要

Partial shading in PV panels occur due to passing of clouds, shadows of tree, building and poles which in turn greatly reduces the power output. In the proposed work, the solar PV modules are rearranged using a novel reconfiguration topology resulting in the effective distribution of the shadowing effect over the entire PV array without modifying the electrical connections. This proposed reconfiguration topology is so versatile that it can be extended for any number of PV modules. The system performances are investigated for different shadowing pattern and the results obtained using the intelligent reconfiguring technique yields improved performance compared with Su Do Ku configuration.
机译:由于云层,树木,建筑物和电线杆的通过,PV面板中的部分阴影会发生,从而大大降低了功率输出。在提出的工作中,使用新颖的重新配置拓扑对太阳能PV模块进行了重新排列,从而在不更改电气连接的情况下在整个PV阵列上有效地实现了阴影效果。提议的这种重新配置拓扑是如此通用,可以扩展为任意数量的PV模块。针对不同的阴影模式研究了系统性能,并且与Su Do Ku配置相比,使用智能重新配置技术获得的结果可提高性能。

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