Design of a photovoltaic-wind power generation system with grid connection and two micro-grids

German Alfonso Osma Pinto, G. O. Plata
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引用次数: 2

Abstract

This paper presents the design of a hybrid photovoltaic-wind power generation system with an installed capacity of 27,6 kW for the Complejo E3T of the Universidad Industrial de Santander. The system consists of five subsystems, four photovoltaic (97,46%) and one wind power (2,54%). The system will generate 40 MWh per year, it will have a predominantly injection of kind grid-tied (95%); but also it will have storage energy from batteries in two micro-grids to ensure supplies to specific loads, both AC or DC (5%).
并网双微网光伏-风力发电系统设计
本文介绍了桑坦德工业大学E3T综合体装机容量为27,6 kW的光伏-风力混合发电系统的设计。该系统由五个子系统组成,四个光伏(97,46%)和一个风电(2,54%)。该系统将产生40兆瓦时/年,它将有主要的注入类型并网(95%);而且它还将在两个微电网中储存来自电池的能量,以确保向特定负载供电,无论是交流还是直流(5%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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