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System for electrical energy quality improvement

机译:电能质量改善系统

摘要

the system consists of parallel compensation active filters in each conduit coupling containing phase and an energy electronic converter ac / dcand / or from the system dynamic reproduction voltage containing in each phase line filter transformer and coupling (3, 4, 5), (7, 8, 9) and energoelektroniczne ac / dc converters.and energy reserve in the form of storage capacitor c1 set to clamp stałoprądowe listed converter.in each phase the filter coupling type lclr each of resistors is replaced by an energy recovery system consisting of półmostkowego energoelektronicznego adapter(16, 17, 18) (26, 27, 28) connected through reactors and block measuring voltage and current (13, 14, 15) (23, 24, 25) to filter the coupling in place of his principal rezystora,and signal wires block measuring voltage and current are attached to the adapter.in the parallel compensation actively to both leave each fittings are attached in series connected capacitors (c2, c3) constituting the intermediate reservoir energyand by an energy electronic converter (22), with galvanic isolation circuit input circuit from the output dc / dc, to terminals of storage capacitor (c1).a point of capacitors (c2, c3) is attached to the neutral (n) blocks and by measuring voltage and current to one of the out coupling filters (3, 4, 5).in the system dynamic reproduction voltage to both leave each of energoelektronicznych (26, 27, 28) for each phase separately.attached are in series connected capacitors and by individual converters (32, 33, 34) to a storage capacitor (c1).accordingly, in each phase, the common capacitors is attached, by measuring the voltage and current to block one of the out coupling filter (7, 8, 9).
机译:该系统由并联补偿有源滤波器组成,每个滤波器耦合包含相和一个能量电子转换器ac / dc和/或来自系统动态再生电压,包含在每个相线滤波器变压器和耦合中(3,4,5),( 7、8、9)和energoelektroniczne交流/直流转换器,以及以设置为钳位stałoprądowe列出的转换器的存储电容器c1形式存储的能量。在每个相中,滤波器耦合类型lclr的每个电阻都由一个能量回收系统取代通过电抗器连接的półmostkowegoenergoelektronicznego适配器(16、17、18)(26、27、28)的连接,并阻止测量电压和电流(13、14、15)(23、24、25)来过滤耦合以代替其主体并在适配器上连接阻止电压和电流测量的信号线。在有效的并行补偿中,使两个配件都离开,将每个配件连接到构成中间水库的串联电容器(c2,c3)中ir能量并通过一个能量电子转换器(22),其电隔离电路的输入电路从输出dc / dc到存储电容器(c1)的端子。电容器(c2,c3)的一点连接到中性点(n )并通过测量到输出耦合滤波器(3、4、5)之一的电压和电流来实现。系统中的动态再现电压使每个相位的energoelektronicznych(26、27、28)分别分开。串联连接的电容器,并通过单独的转换器(32、33、34)连接到存储电容器(c1)。相应地,在每一相中,通过测量电压和电流来连接公共电容器以阻止其中一个输出耦合滤波器(7 ,8、9)。

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