Evaluating Heat Transfer in Electronic Cabinet Applications: An Analytical and Experimental Approach

In this study, an investigation was conducted into the heat transfer dynamics of electronic cabinets cooled using a vortex tube in two scenarios: without insulation and with insulation. The study was conducted both analytically and experimentally, with the aim of calculating the operational time and operational cycles of a compressor as a vortex tube feeder. The findings of the study reveal that the implementation of insulation leads to a considerable reduction in the time required to cool the electronic cabinet, and the proposed analytical relationships proved to be highly accurate.