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Hardware implementation of GCPVS using isolated Cuk converter

机译:使用隔离CUK转换器的GCPV的硬件实现

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摘要

In a Grid Connected Photo Voltaic System (GCPVS), using suitable maximum power point tracking algorithms, converter topologies and control algorithms, maximum power is to be drawn from the PV array and has to be supplied to the Grid. There are various topologies available for the same like single stage and two stage topologies. Loss factors such as irradiance, temperature, shading effects etc. have zero loss in a two stage system [2]. Here in this paper, hardware model of two stage GCPVs using isolated Cuk converter is being presented. Current control at the output of the converter is done using the controller IC3842 and the grid synchronized center tapped inverter is controlled using the IC SG3525.
机译:在网格连接的光伏系统(GCPV)中,使用合适的最大功率点跟踪算法,转换器拓扑和控制算法,将从PV阵列中汲取最大功率,并且必须提供给网格。有各种拓扑结构与单级和两个阶段拓扑相同。诸如辐照度,温度,阴影效果等的损耗因素在两个阶段系统中具有零损失[2]。本文在本文中,呈现了使用隔离CUK转换器的两级GCPV的硬件模型。转换器输出时的电流控制是使用控制器IC3842完成的,并使用IC SG3525控制电网同步中心螺纹逆变器。

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