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Let's Rethink Negative Reactance Transformer Paralleling

机译:让我们重新思考负电抗变压器平行

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摘要

A means for the control of the load tap changer (LTC) of multiple power transformers operating in parallel is based on judiciously employing the line drop compensation (LDC) capability available on the basic control. By using the LDC reactance element in reverse polarity, the tendency is such as to bias the controls on the independent transformers so as to trend the respective tap changers to the same tap position, as is desired for the great preponderance of such applications. The installation requires no correspondence such as a current loop, serial communication or any other interconnection between the controls. The means also circumvents many of the difficulties of implementation encountered with other better known means of paralleling. It may be that distribution system improvements over the years which have resulted in a high and generally steady power factor of the substation load, plus technical advancements now incorporated into commonly used digital controls, will revive this long forgotten means of transformer paralleling.
机译:用于控制并联操作的多电力变压器的负载分接换换剂(LTC)的装置基于明智地采用基本控制上可用的线路降低补偿(LDC)能力。通过使用反极性的LDC电抗元件,趋势是为了使得独立变压器上的控制偏置,以便趋向于相同的抽头位置,这是因为这种应用的大优势的所期望的。安装不需要对应关系,例如当前环路,串行通信或控件之间的任何其他互连。该手段还规避了与其他更好的公知的平行手段遇到的实现困难。多年来,经过多年来的分配系统改进,导致变电站负荷的高且稳定的功率因数,加上现代化的技术进步,将恢复这种长期忘记的变压器平行装置。

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