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Development of a thyristor valve for next generation 500 kV HVDC transmission systems

机译:开发用于下一代500 kV HVDC输电系统的晶闸管阀

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A high voltage thyristor valve is the basic component of an HVDC transmission system. Development of a 500 kV valve for next generation HVDC transmission systems is described. First, the power loss of the valve is analyzed to decide a reasonable wafer size for the light-triggered thyristor. From these results, a six inch diameter wafer size is selected. A light-triggered thyristor, with ratings of 8 kV and 3.5 kA, is developed using the six inch wafer. The design of the valve employing the thyristor and test results with a prototype valve prove that a 500 kV valve can be realized by this design method.
机译:高压晶闸管阀是高压直流输电系统的基本组件。描述了用于下一代HVDC传输系统的500 kV阀门的开发。首先,分析阀的功率损耗,以决定光触发晶闸管的合理晶片尺寸。从这些结果中,选择了六英寸直径的晶片尺寸。使用六英寸晶圆开发了额定值为8 kV和3.5 kA的光触发晶闸管。使用晶闸管的阀的设计和原型阀的测试结果证明,通过这种设计方法可以实现500 kV的阀。

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