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Research on common grounding electrode in HVDC

机译:高压直流输电共用接地电极的研究

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摘要

Compared to regular independent ground electrode, common grounding electrode has its own technical challenges and more complex aspects to be considered in the design. The characteristics between common grounding electrode and regular independent ground electrode are presented in this paper. The different forms that common grounding electrode can adopt and the applicability of each form are analyzed. The main operating mode, the selection of the system conditions, the designed life, the maximum allowable temperature rise and the maximum allowable step voltage of common grounding electrode are of particular analysis here. All that above can be used as references for future design of common grounding electrode. Finally, it is theoretically analyzed that establishing the disconnecting switch on the lead-in line of common grounding electrode can facilitate the maintenance of the grounding line and common grounding electrode, also it can reduce the impact between the DC systems associated by common grounding electrode.
机译:与常规的独立接地电极相比,普通接地电极具有自身的技术挑战和设计中要考虑的更复杂的方面。介绍了公共接地电极与常规独立接地电极之间的特性。分析了公共接地电极可以采用的不同形式以及每种形式的适用性。此处主要分析公共接地电极的主要工作模式,系统条件的选择,设计寿命,最大允许温升和最大允许阶跃电压。以上所有内容可作为将来通用接地电极设计的参考。最后,从理论上分析,在公共接地电极的引入线上建立隔离开关可以方便地线和公共接地电极的维护,也可以减少公共接地电极所关联的直流系统之间的影响。

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