Challenges with Multi-Terminal UHVDC Transmissions

V. Lescale, A. Kumar, L. Juhlin, H. Bjorklund, K. Nyberg
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引用次数: 63

Abstract

The paper gives an overview of the operations aspects of parallel operation of HVDC converters, especially in multi-terminal schemes where the converters are located in different locations. For UHVDC schemes, plusmn800 kV or even higher the geographic distances between the stations can be very significant. Considering the high power rating of UHVDC transmissions, the reliability and availability aspects are considered during all stages of development and design. Thus, the consequences of any outage have to be minimized. It is important that faulty equipment is quickly and safely isolated from the remaining transmission system. In a multi-terminal transmission system the telecommunication is important for coordination of current order and maneuvers in the different stations even if there are back-up controls for not losing the power transmission in case of telecommunication failures. The control and protection systems for a multi-terminal UHVDC transmission are conceptually described.
多终端特高压直流输电的挑战
本文概述了高压直流变流器并联运行的运行方面,特别是在变流器位于不同位置的多端方案中。对于特高压直流输电方案,超过800千伏甚至更高的站点之间的地理距离可能非常重要。由于特高压直流输电系统具有较高的额定功率,因此在开发设计的各个阶段都要考虑可靠性和可用性。因此,任何中断的后果都必须最小化。将故障设备与剩余的传输系统快速安全地隔离开来是很重要的。在多终端输电系统中,即使存在备用控制,为了在通信故障时不丢失电力传输,通信对于协调各站的当前秩序和机动也是重要的。对多端子特高压直流输电的控制和保护系统进行了概念描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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