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Research on the electrical insulation design of a bushing for a 154 kV class HTS transformer

机译:154 kV级高温超导变压器套管电气绝缘设计研究

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The cryogenic high voltage bushing for a 154 kV/100 MVA high temperatures superconducting (HTS) transformer is described. The bushing is energized with the line-to-ground voltage between the coaxial center and outer surrounding conductors, in the axial direction there is a temperature difference between ambient and 77 K. Therefore, it has to endure for electrical insulation as well as the thermal contraction as well. In this research, the electrical insulation characteristics of GFRP to achieve high durability in the cryogenic environment were surveyed in the air and LN2. Moreover, the insulation constructions of the commercial condenser type bushing were studied. Based on these data, the electrical insulation design of the cryogenic condenser type bushing for a 154 kV class HTS transformer was performed. (C) 2007 Elsevier B.V. All rights reserved.
机译:描述了用于154 kV / 100 MVA高温超导(HTS)变压器的低温高压套管。同轴中心与外部周围导体之间的线对地电压为套管通电,在轴向上环境温度与77 K之间存在温差。因此,套管必须承受电绝缘和热绝缘收缩也是如此。在这项研究中,在空气和LN2中对GFRP在低温环境下实现高耐久性的电绝缘特性进行了调查。此外,还研究了商用冷凝器式套管的绝缘构造。基于这些数据,进行了154 kV级HTS变压器的低温电容器型套管的电气绝缘设计。 (C)2007 Elsevier B.V.保留所有权利。

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