基于晶闸管开关的静态无功补偿器特性实验研究

D. I. Panfilov, M. Astashev, A. N. Rozhkov, R. N. Krasnoperov, Elena M. Dukhnich
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引用次数: 0

摘要

介绍了基于晶闸管开关的静态无功补偿器(SVC)的主要特点和优点。考虑了补偿电路在形成电感无功功率和电容无功功率时的工作特性。通过电感式和电容式SVCs的运行实例,说明了提供正弦形式无功电流的无功功率调节原理。讨论了SVC控制系统在瞬态和稳态工作模式下可靠运行的特殊性。阐述了SVC物理模型的实验研究任务。给出了在SVC物理模型上得到的实验结果,说明了该器件的主要特性。
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Experimental Research of Characteristics of Static VAR Compensators Based on Thyristor-Switched Schemes
Main characteristics and advantages of static VAR compensators (SVC) based on thyristor-switched schemes are presented. The operating features of compensator circuits when forming inductive and capacitive reactive power are considered. The reactive power regulation principles that provide the sinusoidal form of reactive current are explained on examples of operation of inductive and capacitive SVCs. The specificity of the operation of SVC control systems ensuring reliable operation in transient and steady-state working modes is discussed. The tasks of experimental research of SVC physical models are formulated. Experimental results obtained on the SVC physical models illustrating main characteristics of such devices are presented.
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