Modelling and Control Optimization of Diesel Synchronous Generators in LV Microgrids

S. Eberlein, A. Heider, K. Rudion
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引用次数: 6

Abstract

This work investigates the power sharing of distributed energy resources, such as diesel synchronous generators and inverter-coupled batteries, in islanded microgrids after load transients. Firstly, the necessary accuracy of the diesel synchronous generator model for dynamic simulation and small signal stability studies is examined. Secondly, the controller parameters are optimized deploying a genetic algorithm to enhance the transient load sharing between synchronous generators and battery inverters.
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低压微电网柴油同步发电机建模与控制优化
本文研究了负载暂态后孤岛微电网中分布式能源(如柴油同步发电机和逆变器耦合电池)的电力共享问题。首先,验证了柴油同步发电机模型在动态仿真和小信号稳定性研究中所必需的精度。其次,采用遗传算法优化控制器参数,增强同步发电机与蓄电池逆变器之间的暂态负荷共享;
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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