电能质量:谐波电流畸变,标准,现场测试与评估

S. Makasheva, P. Pinchukov
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引用次数: 2

摘要

电能质量问题涉及从家庭到经济和交通的人类活动的各个领域。确保供电系统电磁兼容性的标准化、监测、管理和协调是世界上大多数国家不断进行的研究课题。为了引起人们对谐波电流问题的重视,对城市用户的谐波电流畸变进行了研究。分析了电能质量指标的术语、管理和结构等方面的整合。详细考虑了电流和电压波形畸变及相关谐波分量。以方框图的形式对目前各种法规标准所采用的电能质量指标结构进行了系统化的阐述。基于对现有城市基础设施进行的质量指标测量,与IEEE 519-2014标准要求进行对比分析。通过现场测量分析,揭示了部分谐波电流畸变不理想的情况,阐述了电流质量差的最可能原因和后果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power Quality: Harmonic Current Distortion, Standards, Field Testing and Evaluation
The power quality problems concern absolutely all spheres of human activity from household to economic and transport. Standardization, monitoring, management and coordination to ensure electromagnetic compatibility in the power supply system is the subject of constant, ongoing research in most countries of the world. In order to attract attention to problems of harmonics current the research focus is made on the harmonic current distortion at city's customers. The consolidation aspects of terminology, management and structure of power quality indicators are analyzed. The current and voltage waveform distortions and related harmonic components are considered in details. The systematization of the power quality indicators structure currently used by various regulations and standards was given as block-diagram. Based on quality indicators measurements taken place on existing urban infrastructure facilities, a comparative analysis with the IEEE 519-2014 standard requirements was made. As a result of field measurements analysis, an unsatisfactory situation in part of harmonic current distortions was revealed, the most probable causes and consequences of poor current quality are described.
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