Condensation heat removal due to the combined impact of natural convection and radiative cooling

The work examines the heat exchange characteristics of a condenser in which removal refrigerant condensation occurs due to natural convection and radiation cooling. exchanger is designed reduce energy costs for heat. Unlike traditional air cooling condensers, it uses cooling, method based on its transmission form infrared through planet’s atmosphere into surrounding outer space. A calculating thickness radiating plate has been developed. To minimize material consumption cost, distance between tubes reduced 40 mm, aluminum 0.32 mm. inner diameter coolant channels 1 For experimental study condenser, an stand working R134a was Theoretical studies transfer have carried out. coefficient exchanger, area surface, from 10.3±1.36 18.7±2.47 W·m–2·°C–1, when temperature 12.8...21.9 °С higher than atmospheric air. operability shown both during day at night, presence precipitation rain snow, high level cloudiness. capacity filling are comparable air-cooled condensers with forced circulation. At same time, does not consume electricity. It can be used stationary refrigeration systems (in data processing centers, commercial equipment, conditioners) increase their efficiency