Influence of Fin Thickness on the Thermal Performance and Selection of Coating Method for a Bus Duct Conductor

This paper studies the fin thickness variation effect on a bus duct conductor’s thermal performance and nanocomposite coating method selection for heat sink. ANSYS FLUENT was used to create numerical model resembling experimental setup. The IEC 60439-1 60439-2 standards were benchmark data. results revealed that “chimney effect” induces an increment of hot air adjacent A conspicuous increase in total transfer rate effectiveness observed as reduced. study s1 = 1 mm best with 1.254 effectiveness, 1.862 W rate, 17.5 Nusselt number. Additionally, various methods examined experimentally select ultrasonic agitation method, which resulted lowest average resistance (8.8 μΩ) better percentage Ag (0.6%–2.5%) substrate surface. Thus, current outcomes are expected comprehend impact performance, well conductor.