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    • 1. 发明授权
    • Reactive power compensator
    • 无功补偿器
    • US06680602B2
    • 2004-01-20
    • US10199133
    • 2002-07-22
    • Isao IyodaKoji TemmaKatsuhiko MatsunoYoshinao Matsushita
    • Isao IyodaKoji TemmaKatsuhiko MatsunoYoshinao Matsushita
    • G05F170
    • H02J3/1878Y02E40/30
    • When a voltage of a system is stabilized by connecting the system with two types of voltage regulators, i.e., a slow-response tap-changing transformer and a quick-response reactive power regulator, it is not always clear how characteristics of the reactive power regulator should be regulated. Moreover, the regulation takes much time. In a range where voltage fluctuation of the system is small and a tap-changing transformer can cope with the change, gain of a reactive power regulator is set to be low, and its output is restrained. In a range where voltage fluctuation of the system is large and the voltage deviates from a width of a dead zone of the tap-changing transformer, gain of the reactive power regulator is set to be high, and regulating current is fully utilized.
    • 当系统通过将系统与两种类型的电压调节器(即慢响应分接变换变压器和快速响应无功功率调节器)连接来稳定系统的电压时,并不总是清楚无功功率调节器的特性 应该受到管制。 此外,监管需要很多时间。 在系统的电压波动小,分接变压变压器可以应付变化的范围内,无功功率调节器的增益被设定为低,其输出被抑制。 在系统的电压波动大并且电压偏离分接变换变压器的死区宽度的范围内,无功功率调节器的增益被设定为高,并且调节电流被充分利用。