Real-time synchronization control for standalone distribution networks in islanded power systems

Yucheng Zhang, Huaxi Zheng, H. Mohammadpour, R. Dougal
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引用次数: 3

Abstract

Traditional synchronizer cannot control multiple generators in distribution networks in coordination. In this paper, a real-time synchronization control (RTSC) is designed to keep all generators in different standalone distribution networks in synchronization at all times, which realizes a fast and reliable reconnection of disconnected power network. The frequency control and phase control in RTSC are investigated and low-pass filters are properly designed to avoid interference between these two controls. The simulation results in an isolated power system is verified the effectiveness of RTSC and have proved that the transient stability during reconfiguration process can be greatly enhanced by applying RTSC into system-level supervisory control of isolated power system.
孤岛电力系统中独立配电网的实时同步控制
传统的同步器无法对配电网中的多台发电机进行协调控制。本文设计了一种实时同步控制系统(RTSC),使不同独立配电网中的所有发电机始终保持同步状态,实现了断开电网的快速、可靠的重新连接。研究了RTSC的频率控制和相位控制,并设计了适当的低通滤波器以避免这两个控制之间的干扰。仿真结果验证了RTSC的有效性,并证明了将RTSC应用于隔离电力系统的系统级监控,可以大大提高系统重构过程中的暂态稳定性。
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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