A New Interconnection Of Micro Grid Distributed Energy Sources Using Space Vector Multilevel Inverter

S. Senthil, K. Ravi
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引用次数: 1

Abstract

This paper describes on a new compilation of micro grid era the usage of multilevel inverter. In this paper we have linked three renewable resources are parallel like wind turbine, PV cellular and Pico Hydel generator set to deliver strength to a exceptionally small assortment of residential, reputable of business building in a locality. The electricity is generated from renewable power resources and it's far connected to space vector primarily based multilevel inverter. Therefore the power is completely computerized for this reason the strength losses can be less, reduced switching sample losses and grids have the capacity to reply robotically to the versions in electric parameters answerable for the clean functioning of the grid [1]. Moreover, decrease prices of power switches in the new semiconductor technologies as well as the current demand on excessive overall performance inverters required through Renewable Energy Systems (RES) decreased total Harmonic distortion(THD) within the spectrum of switching waveform have extended the programs of Multilevel inverters.
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基于空间矢量多电平逆变器的新型微网分布式能源互联
本文介绍了新编译微网时代多电平逆变器的使用情况。在本文中,我们连接了三种平行的可再生资源,如风力涡轮机,光伏电池和Pico水力发电机组,为当地的小型住宅,信誉良好的商业建筑提供电力。该系统采用可再生能源发电,与空间矢量为主的多电平逆变器相连接。因此,电力是完全计算机化的,因此强度损失可以更少,减少了开关样本损耗,电网有能力自动响应电力参数的版本,以保证电网的清洁运行[1]。此外,新半导体技术中功率开关价格的下降以及可再生能源系统(RES)对逆变器整体性能要求过高的当前需求降低了开关波形频谱内的总谐波失真(THD),从而扩展了多电平逆变器的程序。
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