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Dynamic Behavior Model for Cooling System Based on Vapor Compression: Experimental Analysis and Simulation Validation Grounded on a Reduced Order Differential Equation with Few Degrees of Freedom

机译:基于蒸汽压缩的冷却系统动态行为模型:实验分析和仿真验证与几种自由度的降低级微分方程接地

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This article presents the dynamic analysis of a single-stage vapor-compression refrigeration system. The model is based on the development of submodels for each component of the refrigeration system, applying the space state approach. The developing and verification of dynamic models for different configurations of thermal systems is critical in order to design control algorithms with optimal energy consumption. This analysis culminates with the comparison between direct performance of the refrigerant R134a as working fluid and the behavior temperature of the compartment in a refrigerator and the results obtained are similar in the evaporator temperature and pressure.
机译:本文介绍了单级蒸汽压缩制冷系统的动态分析。该模型基于用于制冷系统的每个部件的子模型的开发,应用空间状态方法。用于不同配置的热系统配置的动态模型的开发和验证是至关重要的,以便设计具有最佳能耗的控制算法。该分析在制冷剂R134a的直接性能与制冷剂的直接性能和冰箱中的行为温度的比较中的比较,并且在蒸发器温度和压力中获得的结果类似。

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