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A novel PV system topology reconstruction method under mismatch conditions

机译:一种新的PV系统拓扑重建方法在不匹配条件下

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This paper proposes a novel strategy to optimize the dynamic performance of PV system— concerning low power output of centralized PV system under severe mismatch condition and high costs of distributed PV system with several converters. A kind of reconfigurable PV system is transforming between Total Cross Tied topology and multiple PV strings integrated with DC/DC converters with maximum power point tracking functions. The two different modes can adapt to variable mismatch conditions intelligently, and the power output is significantly improved comparing with traditional series-parallel topology. The judgment of topology reconstruction depends on the maximum power output of the two PV system topologies. The inference of irradiance on the mismatch module depends on the relationship between current of mismatch module and the on- plane irradiance of this module.
机译:本文提出了一种新颖的策略,以优化PV系统的动态性能,在具有多个转换器的分布式光伏系统的严重失配条件下集中式PV系统的低功率输出。 一种可重构的PV系统正在与具有最大功率点跟踪功能的DC / DC转换器集成的总交叉绑定拓扑和多个PV串之间变换。 两种不同的模式可以智能地适应可变的不匹配条件,与传统的串行平行拓扑相比,功率输出显着改善。 拓扑重建的判断取决于两个光伏系统拓扑的最大功率输出。 不匹配模块对辐照度的推动取决于不匹配模块电流与该模块的面内辐照度的关系。

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