高压直流电缆冷却外导体两层绝缘中的应力分布

F. Amouri, Mohammed R. Almallah
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引用次数: 0

摘要

在直流输电中,应力反转是发生在电缆绝缘中的一种复杂现象,严重阻碍了高压直流电缆的设计。径向变化的温度依赖直流电导率,迫使应力反转在一定条件下。为了提高直流电缆的性能,在直流电压下分析了一种新的采用强制冷却油的双层绝缘(交联聚乙烯和油)电力电缆。新的冷却方法增加了电缆的电流,减小了空间电荷的影响,减小了径向温降,从而减小了直流应力分布的变化。
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Stress Distribution In Two Layers Of H.V.D.C Cable Insulation For Cooling Outer Conductor
In DC transmission, Stress inversion is a complex phenomena occurring in the cable insulation seriously hampering the design of HVDC cables. Radial variation of the temperature dependent DC conductivity, forces the stress inversion under certain conditions. A new proposed power cable with two insulation layers (XLPE and oil) with forced coolant oil has been analyzed under DC voltage to improve the performance of DC cables. The new proposed cooling method increase the ampacity of the cable, reducing space charge affection and reducing the radial temperature drop which is in turn causing less variation in DC stress distribution.
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