(1) Breaking through the high temperature bottleneck - breaking through the temperature bottleneck of the original
dehumidification and drying heat pump, the effective temperature of the air outlet can reach 70 degrees, which solves the problems of frosting and poor dehumidification performance in winter.
(2) Multi-stage dehumidification technology - adopting intermediate heat exchange cooling dehumidification and temperature gradient utilization technology, the dehumidification performance can effectively reach more than 3kg.H2O/KW.h.
(3) Break through the bottleneck of dehumidification - solve technical problems such as
poor dehumidification performance of traditional dehumidification equipment under high temperature and low humidity conditions, and even compressor idling without dehumidification.
(4) Refrigerant heat recovery technology - through the heat exchange between low-pressure gas and high-pressure liquid of the economizer, the low-pressure gas is superheated and the refrigerant liquid is supercooled, which improves the refrigeration efficiency of the compressor and saves operating costs.
(5) Wide range of drying temperature - the air outlet temperature of the equipment ranges from 15 to 70 degrees, and the air supply temperature can reach 80 degrees, which can meet the requirements of hot air, cold air, and cold and hot drying.