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Home / programming language / Online Matlab Projects / Enhanced Active Power By Solar PV fed Cascaded H-bridge Converter
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Enhanced Active Power By Solar PV fed Cascaded H-bridge Converter

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Categories: 2019-2020 Projects, Online Matlab Projects, Power Electronics Projects Tags: 2019 projects, 2019-2020 Projects, Active power, Cascaded H-bridge multilevel converter(CHB), IEEE Projects, maximum power point tracking (MPPT), Reactive power, Solar Photovoltaic, Zero sequence voltage
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Enhanced Active Power balancing capability of Grid connected Solar PV fed Cascaded H-bridge Converter

Abstract-Cascaded H-bridge converter is a promising solution for next generation large scale PV system having both active and reactive power exchange capacity. However, one challenge with this converter is unbalanced power generation among the clusters or cells due to variation in radiation level, temperature, dusting on PV cells etc. In order to inject balanced power to the grid, in this paper, a controlled exchange of reactive power is proposed so that the converter can work with unbalanced power generation within the clusters. Magnitude of reactive power exchange is derived and necessary conditions to prevent over-modulation is discussed. Additionally, the magnitude of zero voltage is derived taking into account both active and reactive power exchange with the grid. By exchanging reactive power, the converter can also be used during low voltage ride through (LVRT) condition. This paper introduces a novel representation of unbalanced power generation using barycentric coordinate system which helps to identify regions in the power plane which require the exchange of reactive power. The proposed method is verified through computer simulation and in a laboratory prototype.

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