UC知道一点英语材料翻译，需要手译的，软件请绕行，谢谢！
来源：百度知道 编辑：UC知道 时间：2024/06/22 02:43:38
D. Interconnection with high voltage direct current (HVDC)
HVDC technology can he applied to reduce short circuit levels in power systems. First, as an alternative to connect new generation without increasing fault current levels. Second, to split the electric network and limit fault currents, keeping system flexibility with back-to-back interconnections [11]. Additionally, the use of voltage source converters allows for a dynamic voltage support [12].
E. Interphase Power Controller
Within the family of flexible ac transmission systems (FACTS) [13], a generic controller has been developed, which can be adapted to limit increasing fault currents [14]. This technology is called the Interphase Power Controller (IPC) and basically consists of two parallel branches in each phase, one inductive and the other capacitive, subject to individual phase-shifting voltages. The configuration proposed to limit the growth of fault currents is made up of an autotransformer, with its low
HVDC technology can he applied to reduce short circuit levels in power systems. First, as an alternative to connect new generation without increasing fault current levels. Second, to split the electric network and limit fault currents, keeping system flexibility with back-to-back interconnections [11]. Additionally, the use of voltage source converters allows for a dynamic voltage support [12].
E. Interphase Power Controller
Within the family of flexible ac transmission systems (FACTS) [13], a generic controller has been developed, which can be adapted to limit increasing fault currents [14]. This technology is called the Interphase Power Controller (IPC) and basically consists of two parallel branches in each phase, one inductive and the other capacitive, subject to individual phase-shifting voltages. The configuration proposed to limit the growth of fault currents is made up of an autotransformer, with its low
高压直流输电（以下简称HVDC）的互连。
在电力系统中，HVDC技术可以应用于减少短路。首先，它可以替代连接发动机而不会增加故障电流。第二，分开电网并限制故障电流，在互连同时保持系统灵活性。此外，使用电压源转换器考虑到了动态电压支持。
相间功率控制器
在灵活交流输电系统（FACTS)家族内，新开发了一种通用控制器，它可以适应有限的增加的故障电流。这项技术被称为相间功率控制器(IPC) ，在每个相位里基本上由两个平行支路组成，一个是电感，另一个是电容，分别属于两个移项电压，用来限制增加故障电流的装置由一个自动转换器（低压一端接感应器 ），一个电容器和一系列转换器构成。感应器和电容器是平行的，调整的基本频率10 。
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参照词典手译的,不知道有些词是不是专来,供参考.
互连高压直流（直流）
直流输电技术可用于减少短路水平的电力系统。首先，作为一种替代连接，而不增加新的一代故障电流水平。其次，分裂电网和限制故障电流，使系统的灵活性与背对背互联 。此外，使用电压源转换器，允许动态电压 。
体育相间功率控制器
在家庭内的灵活交流输电系统（事实） ，通用控制器已经开发，可适应日益故障电流限制 。这项技术被称为相间功率控制器（ IPC ）和基本上由两个平行部门的每个阶段，一个电感和其他电容，符合个别相移电压。配置建议，以限制经济增长的故障电流由一个自耦变压器，其低压侧连接到一个电感器，电容器和一系列变压器。电感器和电容器的平行和调整10的基本频率
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