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Flexible AC transmission systems: technology for the future

机译:灵活的交流传输系统:面向未来的技术

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摘要

A novel concept of power systems design and operation has been developed: flexible AC transmission systems (FACTS). FACTS technology can increase the loading on existing systems and assist in directing power flow in an interconnected network. The concept is based on the following view: systems are mechanically controlled for the most part, and the speed of response is slow. If control could be achieved at electronic speed with smart power electronic devices, great strides could be made in increasing loading of existing transmission systems and providing more flexible systems in the future where power flows could be controlled to facilitate business transactions among utilities. The first element in this work is to develop large semiconductors capable of handling power-class voltages and currents. A second area of research is now producing the smart devices. Controllers can be built to use the characteristics of these smart power electronic devices to perform functions such as controlling voltage, impedance, and phase angle.
机译:已经开发出一种新颖的电力系统设计和操作概念:灵活的交流输电系统(FACTS)。 FACTS技术可以增加现有系统的负载,并有助于引导互连网络中的功率流。该概念基于以下观点:系统在很大程度上受到机械控制,并且响应速度很慢。如果可以使用智能电力电子设备以电子速度实现控制,则可以大大提高现有传输系统的负载,并在将来提供更灵活的系统,从而可以控制潮流以促进公用事业之间的业务交易。这项工作的第一步是开发能够处理功率级电压和电流的大型半导体。现在的第二个研究领域是生产智能设备。可以构建控制器来使用这些智能电力电子设备的特性来执行诸如控制电压,阻抗和相角之类的功能。

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