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The main objective of this paper is to propose an algorithm for the   determination of the allowable ampacities of single rectangular-section bus   bars without the occurrence of correction factors. Without correction   factors, the ampacity computation of the copper and aluminium bus bars is   fully automatized. The analytical algorithm has been implemented in a   computer program code that along with the allowable ampacity can compute the   bus bar temperature and the individual heat transfer coefficient for each   side of the bus bar, as well as their corresponding power losses. Natural and   forced convection correlations for rectangular bus bars are applied. Effects   of the solar radiation and radiation heat losses from the bus bar surface are   taken into consideration as well. The finite element method (FEM) has been   used for the linear/non-linear steady-state thermal analysis, i.e. for   validation of the analytical algorithm. All FEM-based numerical computations   were carried out using the COMSOL Heat Transfer Module. [Projekat   Ministarstva nauke Republike Srbije, br. TR33046

An analytical algorithm to determine allowable ampacities of horizontally installed rectangular bus bars