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The DC busbar is an important component for the ITER PF converter module to connect the converter and the reactor.This paper analyzes different cross-sections and different thermodynamic properties under natural-cooling and water-cooling conditions,and simulation is carried out by the software of the finite element method(FEM).The result of the analysis shows that the water-cooling method is the better choice for the DC busbar.
The DC busbar is an important component for the ITER PF converter module to connect the converter and the reactor. This paper shows different cross-sections and different thermodynamic properties under natural-cooling and water-cooling conditions, and simulation is carried out by the software of the finite element method (FEM). The result of the analysis shows that the water-cooling method is the better choice for the DC busbar.