Comparative performance analysis of DC module integrated converter for photovoltaic according to various conditions

Hee-Seo Lee, Dong-Hee Kim, Byoung-Kuk Lee, T. Lee
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引用次数: 1

Abstract

Photovoltaic DC module integrated converter topologies are various and suitability of each topology is different in actual applications. Therefore, in this paper, DC module integrated converter topology selection criteria are proposed in consideration of environmental conditions and related operation with a central power conditioning system. For this, photovoltaic systems are divided by several classifications such as a structural and an environmental. Environmental conditions are divided by photovoltaic plant, residential building integrated photovoltaic and large scale building integrated photovoltaic. According to these conditions, the performance of DC module integrated converter is analyzed regarding to operation and system design consideration. The proposed environmental suitability of DC module integrated topology is verified by simulation results.
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光伏直流模块集成变换器在不同工况下的性能对比分析
光伏直流模块集成变换器的拓扑结构多种多样,在实际应用中,每种拓扑结构的适用性不同。因此,本文提出了考虑环境条件和中央电力调节系统相关运行的直流模块集成变换器拓扑选择准则。为此,光伏系统被分为结构和环境等几个类别。环境条件分为光伏电站、住宅建筑一体化光伏和大型建筑一体化光伏。在此基础上,从运行和系统设计的角度分析了直流模块集成变换器的性能。仿真结果验证了所提出的直流模块集成拓扑的环境适应性。
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