Circuit Analyses and Considerations on Advanced Inverters Constructed by Minimum Circuit Components - Pursuit for concise PCS of photovoltaicic power generations

K. Matsui, Mikio Yasubayashi Yuuichi Hirate Sudip Adhikari Masaru H Eiji Oishi
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引用次数: 1

Abstract

Photovoltaic power generations (PVG) have been used generally and applied widely. Various power conditioning systems-PCS used in PVG have been also working on by many researchers. In addition to usual utilization, such PVGs are often applied for the time of disaster. In such a way, the solar panels having limited power are almost installed in limited area such as on top of the roof of the building. Some medical institutions have fairly desire to keep such PVG since they must keep the lives of people. The generating power in such case is fair limited, so the system construction should balance the reduced power. In such reasons, it is important to construct toward simple one. In this paper, in order to give the reply, simple and concise PCS, especially novel inverter is considered. Considering fair reduced power and narrow space of installation, the system constructions should be much compact. The circuit strategy which gratifies their operating characteristic is presented and analytically discussed about circuit construction as advanced converter. The circuit operation is confirmed by using the circuit software constructed by PSpice.
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采用最小电路元件构建先进逆变器的电路分析与思考——对光伏发电简洁PCS的追求
光伏发电已经得到了广泛的应用。用于PVG的各种电源调节系统- pcs也已被许多研究者所研究。除了通常的使用之外,这种PVGs还经常用于灾难发生时。这样,功率有限的太阳能电池板几乎被安装在建筑物的屋顶等有限的区域。一些医疗机构有保留这样的PVG的愿望,因为他们必须保持人们的生命。在这种情况下,发电功率是有限的,因此系统建设应平衡减少的功率。在这样的原因中,重要的是构造一个简单的原因。为了给出答案,本文考虑了简单简洁的PCS,特别是新型逆变器。考虑到合理的降低功耗和狭小的安装空间,系统结构应更加紧凑。提出了满足其工作特性的电路策略,并对作为高级变换器的电路结构进行了分析讨论。利用PSpice构建的电路软件对电路的运行进行了验证。
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