MATLAB® Modeling of a Microgrid: Towards a Vision Based on Entropy Balance

Ameer Abdullah Khan, Herminio Martinez Garcia, Ángel Cuadras Tomas
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Abstract

A microgrid is defined as the link of consumer loads and decentralized energy assets with the ability to control the entire system as a whole. The modeling of an electromagnetic microgrid is discussed in this work to analyze energy effectiveness and entropy balance. The method computes the associated losses and simulates the electrical behavior of the components. The model is built and tested by using the MATLAB Simulink application. The system is made up of several blocks consisting of solar panels, batteries, consumer loads, and the inverter needed to connect them all. Their energy efficiency is assessed using the findings from each of these components. The system's entropy generation is also calculated to study how it relates to performance.
微电网的MATLAB®建模:迈向基于熵平衡的视觉
微电网被定义为连接用户负荷和分散能源资产的纽带,具有整体控制整个系统的能力。本文讨论了电磁微电网的建模,以分析其能量有效性和熵平衡。该方法计算相关损耗并模拟元件的电气行为。利用MATLAB Simulink建立了模型并对其进行了测试。该系统由几个模块组成,包括太阳能电池板、电池、消费负载和连接它们所需的逆变器。它们的能源效率是使用这些组件的结果来评估的。还计算了系统的熵生成,以研究它与性能的关系。
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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