确定光伏发电系统与电网的规模

Raúl García García, G. Orozco Gamboa, Marco Antonio Zamora Antuñano, Marisela Cruz Ramírez, Saturnino García García, Lourdes Vital López, Eyra Liliana Ortiz Pérez
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引用次数: 1

摘要

可再生能源被认为是最好的替代能源,因为它们对环境友好,而且可以再生。可再生能源的来源之一是光伏系统。通过清洁能源发电,如与电网相连的光伏系统,在住宅、商业中心和工业中显示出多年来的持续增长。因此,对圣胡安德尔Río地区某特定行业的光伏并网系统进行了实际研究,以确定光伏并网系统运行的有效性和成本效率。我们还调查了获得投资回报的最快时间。投资回报是通过峰值太阳能小时数、面板数量、逆变器、导体、直流和交流保护器来估算的。虽然启动光伏系统的成本可能相当昂贵,但我们的分析显示,投资回报可以在很短的时间内开始生效。这一政策的含义是,政府应该通过对企业的财政支持和其他政策来鼓励对光伏系统的投资,这些政策可以使客户的交付成本更低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sizing photovoltaic systems interconnected to the grid in the industry
Renewable energy sources have been regarded as the best alternative for energy generation because they are environmentally friendly and can be renewed. Among the sources of renewable energy is the photovoltaic system. The generation of energy through clean energies such as photovoltaic systems connected to the grid have shown sustained growth for years in residences, commercial centers, and industry. Therefore, a practical study of a photovoltaic system connected to the grid of a specific industry in the San Juan del Río region was carried out to determine the effectiveness and the cost efficiency of running a photovoltaic system connected to a grid. We also investigated the fastest possible time to get return on investment. The return on investment was estimated using the peak solar hours, numbers of panels, inverter, conductors, and DC and AC protectors. Although, the cost of starting a photovoltaic system can be quite expensive, our analysis revealed that the return on the investment can start to come to effect within a very short period. The policy implication of this is that the government should encourage investment on the photovoltaic system through financial support to firm and other policies that can make delivery cheaper for the customers.
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