| According to the power consumption ratio of large-scale air conditioner and small-scale air conditioner in our country at present, applying ice thermal storage technology on small-scale air conditioner could relieve the problem of the difference between peak and low of power load better. However, comparing with the wide use of large-scale ice storage air conditioner, the small-scale ice storage air conditioner is seldom used. In view of this existing situation, for the purpose of tapping the potential of pitching the peak load to the low of residential ice storage air conditioning system, this thesis launched the research of developing residential ice storage air conditioning system.Be aimed at the users of home, office, and other residential air conditioner users, from the needs of small space occupation, good economy performance, convenient control and high reliability, this thesis put forward a type of residential ice storage air conditioning system which took the direct evaporation as its' ice storage form, the partial storage as its' running strategy and the parallel connection with refrigerator as its' running model. A set of experimental apparatus of residential ice storage air conditioning system which consists of air conditioning system and measuring and control system was devised and built up. The mathematical models of ice charging and discharging of the system were established from the angles of energy conservation equation and governing equation. The corresponding programs were compiled and the ice charging and discharging process were analyzed by simulated results. Moreover, the experimental research of ice charging and discharging characteristics of the system were done through doing a series of experiments on the set of experimental apparatus.According to the experimental results, the thesis got the laws of the heat charging characteristics influenced by the temperature distribution of ice storage tank, the initial...
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