多量程信号振荡检测。概念和应用

M. Adamiak, Zhiying Zhang, I. Voloh
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引用次数: 0

摘要

电力系统上的振荡代表电网上的实体之间的实功率或无功功率的交换,或感应到电网的数量,或作为谐振的结果。由于电网的机电结构,振荡从一开始就存在。最初,振荡的主要来源是机器对机器的搜索——导致了今天所知的区域间振荡。当能量系统成长并扩展到新的领域时,振荡的来源和频率也扩展了。本文确定了一组次同步振荡的范围,介绍了一种新的测量这些振荡的技术,并确定了可能的缓解策略。
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Multi-range signal oscillation detection — Concepts and applications
Oscillations on the power system represent an exchange of real or reactive power between entities on the grid or quantities induced onto the grid or as the result of a resonance. Due to the electromechanical make-up of the grid, oscillations have existed from the beginning power system time. In the beginning, the primary source of oscillations was machine-to-machine hunting — resulting in what is known today as Inter-Area Oscillations. As the power system has grown and expanded into new realms, the sources and frequencies of oscillations have expanded. This paper identifies a set of ranges of sub-synchronous oscillations, introduces a new measurement technique for these oscillations, and identifies possible mitigation strategies.
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