Optimal method of practical cool storage process parameters in ice cool storage systems

Combined with the practical testing method, proposes a simplified analysis model for ice cool storage system and applies an analytic method to its optimization procedure. Optimizes two practical cases of project A and B. Obtains that the optimal temperature difference between supply and return water is 2.7 ℃ in the project A and 4.5 ℃ in the project B. The whole process simulation results of the practical cases show that the optimal temperature difference is 0.2~0.3 ℃ higher than that of simulation results, which demonstrates the effectiveness of the analysis model. The proposed model is of significance in the parameter setting and planning process in ice cool storage systems.