Comparison Between Black Start and Islanding Process for The Establishment of a Rural Microgrid with Biogas Generator

Patrícia Poloni, B. C. Pinheiro, Marcelo Henrique Manzke Brandt, Vanderlei Ferreira, Nádia Carolina Ribeiro, Natali Nunes dos Reis da Silva, Thiago José Lippo de França, Rogério Meneghetti, M. Vendrame
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引用次数: 1

Abstract

Microgrid arrangements have been applied in scenarios where is necessary to offer most reliability in the electricity supply system, requiring definitions of priority loads, transition between modes of operation, among others. This paper presents an analysis of two scenarios for establishing of a microgrid operating in the rural area in the south region of Brazil with a biogas generator. In the fist scenario the islanded mode is performed by Black Start procedure while in the second intentional inslanding is performed without interruption of energy supply. This paper present the modeling of the system in the Matlab/Simulink software using real data from the implanted microgrid and the results of the simulations and the analysis of the effects of the establishment of the microgrid island from the different strategies adopted. It is confirmed the islanding allows the continuous operation of loads and the generation of microgrid without the need to interrupt the power supply as occurs in Black Start.
沼气发电机组建设农村微电网黑启动与孤岛过程的比较
微电网安排已应用于需要提供电力供应系统最可靠的情况,需要确定优先负荷、在运行模式之间转换等。本文分析了在巴西南部农村地区用沼气发电机建立微电网的两种方案。在第一种情况下,孤岛模式由黑启动程序执行,而在第二种情况下,故意孤岛模式在不中断能源供应的情况下执行。本文利用植入微电网的真实数据,在Matlab/Simulink软件中对系统进行了建模,并对仿真结果进行了分析,分析了采用不同策略建立微电网岛的效果。验证了孤岛可以实现负荷的连续运行和微电网的发电,而不需要像黑启动那样中断供电。
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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