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Cascaded H-Bridge MV Grid and Power Balance Control for PV Systems

机译:用于光伏系统的级联H桥MV网格和电源平衡控制

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In this paper, a new centralized cascaded H-bridge medium-voltage (MV) grid topology model based on the three-phase power system is established and presented, including its control strategy. The influence that the power supply imbalance between three phases which caused by PV array partial shading or module mismatch of Cascaded H-Bridge is analyzed as well, based on which the power balance control algorithm is put forward. Simulation and experimental results show that the algorithm is effective and reliable, it improves the conversion efficiency and grid-connected power quality, solves the key problem of cascaded H-bridge topology used in three-phase system, provides a theoretical basis for the development of new high-power photovoltaic grid-connected inverter.
机译:本文建立和呈现了一种基于三相电力系统的新集中式级联H桥中电压(MV)网格拓扑模型,包括其控制策略。 分析了由级联H桥的PV阵列部分着色或模块失配引起的三相之间的电源不平衡的影响,基于该级联H桥的模块不匹配。 仿真和实验结果表明,该算法是有效可靠的,它提高了转换效率和电网连接功率质量,解决了三相系统中使用的级联H桥拓扑的关键问题,为开发提供了理论依据 新型高功率光伏电网连接逆变器。

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