包含动态装置稳态特性的广义潮流法

I. Kopcak, V.F. da Costa, L. D. da Silva
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引用次数: 6

摘要

电力电子领域的不断进步导致了与电力系统相关的新技术的出现。例如连接到网络的不同类型的FACTS设备,以执行许多控制功能或加强拥塞区域。然而,传统的潮流方法不能准确地表示这些新组件。本文提出了一种广义潮流方法,该方法使用与时域仿真相同的模型,能够包含任何动态器件的稳态特性。所提出的方法允许在某些参数发生变化时监测动态设备的性能,例如给定控制器的负载水平或电压设定值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Generalized Load Flow Method Including the Steady State Characteristic of Dynamic Devices
Continuous advances in the field of power electronics have resulted in new technologies connected to power systems. Examples are the different types of FACTS devices connected to the network to perform a number of control functions or to reinforce congested areas. However, conventional power flow methods are not capable of representing these new components with accuracy. This paper presents a generalized power flow method able to include the steady state characteristics of any dynamic device by using the same models considered for time domain simulation. The proposed method allows the monitoring of the performance of the dynamic devices when certain parameter is changed, such as the load level or the voltage setpoint of a given controller.
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