Feasibility evaluation of DC extruded cable with conductor operating temperature of 90°C

Tao Zhu, Xiao Gu, Haiyong Long
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引用次数: 0

Abstract

In recent years, flexible DC transmission technology has developed rapidly. In China, the rated voltage of extruded HVDC project has raised to 400kV since Dec. 9th, 2021. In order to improve transmission power more effectively and obtain higher economic benefits, the increase of voltage level and maximum conductor operating temperature will be future development trend. In this paper, the construction of ±535kV DC cable with maximum conductor operating temperature of 90 °c is introduced. The current carrying capacity of DC extruded cable is approximately calculated. The qualification process and the results of HVDC system are present. The volume resistivity parameters are obtained by testing the cable insulation slice samples under different field strengths and temperatures.
导体工作温度为90℃的直流挤压电缆的可行性评价
近年来,柔性直流输电技术发展迅速。在中国,自2021年12月9日起,挤压式高压直流工程额定电压提高到400kV。为了更有效地提高输电功率,获得更高的经济效益,提高电压等级和导线最高工作温度将是未来的发展趋势。介绍了导体最高工作温度为90℃±535kV直流电缆的结构。对直流挤压电缆的载流能力进行了近似计算。介绍了高压直流系统的鉴定过程和结果。通过对电缆绝缘片试样在不同场强和温度下的测试,得到其体积电阻率参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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