Abstract
Augmented capacity conductors (ACC) are emerged with the increase of electricity demand and the improvement of materials science and technology. Transient current-carrying capability (CCC) of ACC has an important effect on the reliability service of the power grid, and it has a closely relationship with the temperature distribution of the ACC, while few academic are conducting. In view of this problem, the fine calculation of the temperature field of the ACC by the Finite element analysis is conducted, aiming to analysis the temperature distribution of ACC and increase the reliability service of the power grid. In this paper, based on the calculation of heat source and thermal convection coefficient of ACC, the thermal model of one type of the ACC is established, and the calculation results are verified by the experiment.
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