%0 Journal Article %A Buyadgie, Dmytro I. %A Buyadgie, Olexiy D. %A Drakhnia, Oleksii %A Sladkovskyi, Yehor %A Artemenko, Sergiy V. %A Chamchine, Andrei %D 2011 %I Begell House %K dew point, evaporative cooling, Maisotsenko cycle, effectiveness, binary fluid, ejector, air cooling %N 2-4 %P 309-318 %R 10.1615/InterJEnerCleanEnv.2013005893 %T THEORETICAL STUDY OF THE COMBINED M-CYCLE/EJECTOR AIR-CONDITIONING SYSTEM %U https://www.dl.begellhouse.com/journals/6d18a859536a7b02,10b176ea48497f3d,1a02d8c979485ead.html %V 12 %X The Maisotsenko cycle (M-cycle) for air-conditioning technologies offers opportunities for energy conservation and reduction of greenhouse gas emissions. It also improves the quality of the cooled air without additional inputs for the return air system.
The high efficiency of the M-cycle is observed at low relative humidity of the outside air, which restricts the M-cycle detached application. Obviously, an application of the M-cycle paired with conventional electrically-driven cooling systems will worsen energy characteristics due to the compressor work required. If the ejector refrigerating system (ERS) is combined with the M-cycle, the overall system performance increases as described in this paper. The combination of the M-cycle with ejector-based cooling systems explores application spheres of the M-cycle associated air conditioners. %8 2013-05-21