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A Novel Current-Injection Based Design for HVDC Circuit Breakers

机译:一种基于电流注入的新型高压直流断路器设计

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This article deals with a new design for HVDC Circuit Breakers (HVDC CB) based on high current injection. HVDC CBs have to withstand and break DC currents under additional stress caused by line inductances. Its current breaking capability is a key feature for holistic grid construction. Semiconductors are a limiting factor in this field. Besides thermal problems, physical switching mechanisms set limitations according to the device's Safe Operating Area (SOA). The new design has an improved current switching capability and an adequate voltage protection suitable for high performance demands of a HVDC grid environment. Simulations in MATLAB Simulink verify the outlined benefits.
机译:本文介绍了一种基于大电流注入的HVDC断路器(HVDC CB)的新设计。 HVDC CB必须承受和破坏由线路电感引起的额外应力下的直流电流。其当前的分断能力是整体网格构建的关键功能。半导体是该领域的限制因素。除了散热问题,物理开关机制还根据设备的安全工作区(SOA)设置了限制。新设计具有改进的电流开关能力和足够的电压保护,适合HVDC电网环境的高性能要求。在MATLAB Simulink中进行的仿真验证了所概述的优点。

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