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The improvement performance of refrigerating dehumidification system was  theoretically discusses based on a dehumidification model. The influence of  evaporator inlet wind speed, dry bulb temperature and relative humidity on  dehumidification were analysed by the model. The results show that, when  inlet air temperature and humidity were kept constant, the dehumidification  capacity increased first and then decreased with increase of the wind speed;  When the moisture content and the wind speed of the inlet air were kept  constant, the dehumidification capacity gradually decreased with increase of  the inlet air dry bulb temperature; The inlet air dry bulb temperature was  between 21-36 °C and the relative humidity was between 40% and 85%, the  difference between the inlet air wet bulb temperature and the evaporation  temperature at the optimum COP was about 10 °C; There was a nearly linear  relationship between the corresponding evaporation temperature at the  optimal COP and the evaporation temperature with the maximum  dehumidification capacity, compared with the test value, the error was less  than 10%.

Simulation analysis and optimization research on cooling and dehumidifying effects for evaporator