变电站通断调压的方法和结构

V. Klimash, B. Tabarov
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引用次数: 3

摘要

三相晶闸管键用于在稳态运行中形成电气设备及其后续并联电气设备的涌流启动电流。针对变电站,实现电力变压器的无冲击连接,不产生涌流和电压骤降。为了扩展晶闸管键的功能,除了电力变压器的无冲击连接外,建议在电气设备的触点之间进行无电弧断开,并在用户使用时进行连续电压调节,以改变线路电压。所提出的基于三相晶闸管键、双电抗器和电容器组的实现方法和结构允许在线路电压变化的情况下,在稳定变电站输出电压的同时,稳定变电站输入端产生的无功功率,而不会在电力变压器和线路中产生电流畸变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Method and Structure of Switching on and off, and Regulating the Voltage of a Transformer Substation
Three-phase thyristor keys are intended to form the in-rush starting currents of electrical equipment with their subsequent shunted electrical apparatus in steady state operation. With reference to transformer substations, they perform shockless connection of the power transformer without generating inrush currents and voltage slump. To extend the functionality of thyristor keys it is proposed, except for shockless connection of the power transformer, to perform its disconnection without arcing between contacts of electrical apparatus, and perform continuous voltage regulation when used by the consumers when changing line voltage. The proposed method and structure for its realization on the basis of three-phase thyristor keys, a twinned reactor and a capacitor bank allows in case of change of the line voltage, simultaneously with the stabilization of the output voltage of a substation, to stabilize the generated reactive power at the input of the substation without creating current distortion in the power transformer and the line.
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