论文分享：Residential loads modeling and load profile generation for microgrid EMS design in Tunisia

标题：Residential loads modeling and load profile generation for microgrid EMS design in Tunisia

作者：Sonia Moussa, Ilhem Slama-Belkhodja

单位：突尼斯-萨尔瓦多马纳尔大学

阅读全文：https://ieeexplore.ieee.org/document/10043983

论文简介

“本文介绍了一种考虑微电网能源管理系统（EMS）设计的住宅日常负载曲线生成方法。文中设计的微电网能源管理系统考虑了潮流变换和电能质量问题。为此，作者通过电路模型来实现静态ZIP负载模型和文献中提到的住宅负载的等效电路模型。后者使用DSIM软件进行聚合和仿真，根据最终用户活动生成每日负载信息。”

“This paper introduces a methodology for residential daily load profile generation considering microgrid energy management system (EMS) design. The envisioned EMS considers power flow exchange and power quality issues. For this purpose, static ZIP load models and equivalent circuit model of residential loads taken from literature are implemented as circuit models. This latter is aggregated and simulated using DSIM software to generate the daily load profile according to the end-user activity.”

使用DSIM进行聚合和仿真住宅负荷的等效电路模型

本文利用等效电路负载模型生成住宅日负荷曲线。文中展示了使用DSIM建立的基于每位用户活动开启/关闭负载以生成负荷曲线的原理图。

本文也对ZIP负载模型和等效电路负载模型进行了仿真计算。DSIM显示了“两种模型的整体负载有功功率以及相应的绘制电流波形”。“这两种仿真的有功功率几乎完全相同。”

“与现有的仿真软件相比，DSIM具有惊人的仿真速度。DSIM能够同时仿真大型变换器和耦合开关瞬态，这使它成为大规模功率变换器系统、微电网和需要密集计算的系统的仿真理想选择。”

“the overall load active powers of both models, and the corresponding drawn current waveforms”

“Both simulated active powers are almost identical.”

“DSIM offers interesting simulation speed compared to existing simulation software. With its ability to simultaneously simulate large converter and commute switch transients makes it ideal for large scale power converter systems, microgrids and systems that require intensive calculations.”