使用venin等价物来提高交流和直流系统的电力输送效率

M. Malengret, T. Gaunt
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引用次数: 3

摘要

最近南非的一项发明和国际临时注册专利包括多端口电转换器。转换器将在公共耦合点(PCC)注入或抽接电力,这样一来,注入或吸取的总功率通过电网从源到目的地传输,从而使与传输相关的损耗最小。这适用于任何m个数的导线。电线的电压和电流可以是直流电、交流电或两者的组合。该装置首先以一种新颖的方式确定在共耦合点(PCC)处动态变化的等效电路。该方法的一些应用包括:从传统、可再生能源、存储中调度电力,以及将电力接收到存储设备或消费者点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using thevenin equivalents to improve electricity delivery efficiency in AC and DC systems
A recent South African invention and internationally provisionally registered patent consists of multi-port electrical converters. The converter will inject or tap electric power at a point of common coupling (PCC) in such a way that the total power injected or drawn is transmitted from source to destination throughout an electrical network so that the losses associated with the transmission will be minimum. This applies to any m-number of wires. The wires voltages and currents can be DC, AC or a combination. The device does this by first determining in a novel way the dynamically changing Thévenin equivalent circuit at the point of common coupling (PCC). Some of the applications of the approach are: dispatching power from conventional, renewable sources, storage, as well as receiving power into a storage device or at a consumer point.
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