Design of the DC ±500kV full scale transmission test line in Gochang

K. Shin, Dong-il Lee, Jae-seop Lim, M. Ju, Kwang-ho Yang
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引用次数: 5

Abstract

A HVDC test line that functions as a prototype variation was constructed in Korea, after considering the main functions and characteristics of diverse ±500kV DC transmission test line towers and the results of the analysis of the line's insulation, environment, fitting, transmission equipment, economic feasibility, and operational efficiency. The variable prototype test line has advantages in line-related researches, including in the fitting design, insulation coordination design, line construction technology and transmission equipment development, and does not require high-cost towers, unlike overseas test lines. The maximum applied voltage of the newly constructed DC test line was ±600 kV, and a measurement system was established around the line to evaluate the interference factors. Tests on various environmental characteristics will be performed to derive the optimal pole arrangement coordinates for the Korean environment, while changing the pole arrangement and height of the line using a large hoist installed at special arms in tower No. 2 and 3.
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高昌直流±500kV全尺寸输电试验线路设计
在综合考虑各种±500kV直流输电试验线路塔的主要功能和特点,并对线路的绝缘、环境、安装、输电设备、经济可行性和运行效率进行分析的基础上,在韩国建设了一条具有原型变化功能的高压直流试验线路。可变样机试验线路在线路相关研究方面具有优势,包括管件设计、绝缘配合设计、线路施工技术和输电设备开发等,并且不像国外试验线路那样需要高造价的塔。新建直流测试线路的最大外加电压为±600 kV,并在线路周围建立了测量系统,对干扰因素进行评估。将利用安装在2号塔和3号塔的特殊臂上的大型提升机,对各种环境特性进行试验,得出最适合韩国环境的杆子布置坐标,并改变杆子布置和线路高度。
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