Feeder Terminal Unit Model Based on Electromagnetic Transient Simulation Platform

Yajuan Wang, Bo Liu, Weichen Liang, Xuan Li, Zhi-xue Zhao, Bowen Liu
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Abstract

The feeder terminal unit (FTU) is the core equipment for realizing power distribution automation. In this paper, the logic function model of the feeder terminal unit is established based on the electromagnetic transient simulation platform. First of all, the functions of the feeder terminal unit are clarified, including measurement, protection and control functions. Then, the action logic of the feeder terminal unit is designed, and the power distribution terminal model is established by using the logic custom module of the electromagnetic transient simulation platform. Finally, a simple distribution network model is established to verify the rationality of the parameter configuration of the feeder terminal unit model established in this paper and the action logic of the coordination of multiple feeder terminal units. The model serves as a simulation reference for the actual feeder terminal unit to put into operation the distribution network, which is beneficial to improve the power supply reliability of the distribution network.
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基于电磁瞬变仿真平台的馈线终端单元模型
馈线终端单元是实现配电自动化的核心设备。本文基于电磁暂态仿真平台,建立了馈线终端单元的逻辑功能模型。首先,明确了馈线终端单元的功能,包括测量、保护和控制功能。然后,设计馈线终端单元的动作逻辑,并利用电磁暂态仿真平台的逻辑定制模块建立配电终端模型。最后,建立了一个简单的配电网模型,验证了本文所建立的馈线终端单元模型参数配置的合理性以及多个馈线终端单元协调的动作逻辑。该模型为实际馈线终端机组投入配电网运行提供了仿真参考,有利于提高配电网供电可靠性。
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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