一种新的简单的高压直流系统电源切换技术

S. Watanabe, Y. Sagara, S. Yamane, S. Aso, K. Kokura, S. Ikeda, M. Mori
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引用次数: 0

摘要

本文提出了一种适用于直流电压大于380 V的高压直流系统的简单新颖的直流开关装置功率切换方法。该方法在打开电源电路时扩展并熄灭电触点之间的电弧。此外,即使电流方向相反,电源电路也可以断开。这种方法简单地由一个小磁铁、一个棒状铁芯和一个绝缘体的独特组合组成。此外,该方法可以防止磁体的热退磁,并且该方法使用磁芯作为磁性介质,不需要强大的力和大的磁体。验证实验证实,该方法中使电弧与绝缘子碰撞的控制比使用灭火气体的控制更能提高电流中断性能。此外,还演示了使用实际装置断开800v 20a直流电源电路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel simple technology for power switching in HVDC system
In this paper, a novel simple power switching method for dc switching devices is proposed to apply to HVDC system of more than 380 V DC. The method extends and extinguishes an arc between electrical contacts when opening power circuit. In addition, the power circuit can be disconnected even if the current direction reverses. The method is composed simply by using a unique combination of a small magnet, a rod-like iron core and an insulator. Moreover, it is able to prevent thermal demagnetization of the magnet, and besides, the method does not require a strong force and large magnet by using the core as a magnetic medium. In validation experiment, it was confirmed that the control to make the arc collide with an insulator in the method enhances the current interruption performance more than the case using an extinguishing gas. Furthermore, it was demonstrated to disconnect a power circuit of 800 V 20 A DC by using an actual device.
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