First 3-phase Grid-connected Photovoltaic System in Mexico

R. González, H. Jiménez, J. Huacuz, G. Munguia
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引用次数: 5

Abstract

High levels of solar irradiance falling on Mexico are a good motivation for the installation of grid-connected photovoltaic systems (GPVS) to produce electricity on site. Given the potential benefits of such systems, both for the electricity company and the user, electricity consumers are becoming interested in purchasing and installing them. In this work the first privately owned, 3-phase 30.6 kW GPVS installed in Mexico city is presented. In this application the photovoltaic (PV) generator also constitutes the roof of the building, which represents an additional benefit from this kind of systems. Technical characteristics of the GPVS are presented along with the results from the first few weeks of system operation. It is concluded that due to the particular consumption pattern of electricity in the building, an excess of PV electricity is generated during the morning and midday hours of operation. This excess electricity is fed to the grid in the modality of net metering, as a means to study the flow patterns in such interconnection scheme
墨西哥首个三相并网光伏系统
落在墨西哥的高太阳辐照度是安装并网光伏系统(GPVS)现场发电的良好动机。鉴于这种系统对电力公司和用户都有潜在的好处,电力消费者对购买和安装它们越来越感兴趣。在这项工作中,介绍了在墨西哥城安装的第一个私人拥有的三期30.6千瓦GPVS。在这种应用中,光伏(PV)发电机也构成了建筑物的屋顶,这代表了这种系统的额外好处。介绍了GPVS的技术特点以及系统运行前几周的结果。结果表明,由于该建筑的特殊用电模式,在运行的上午和中午产生了过量的光伏电力。这些多余的电力以净计量的方式馈送到电网,作为研究这种互联方案中的潮流模式的一种手段
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