摘要
为实现在同一平台下对常用的不同类型冰箱进行仿真设计,通过提出冰箱部件的通用计算模型(压缩机通用计算模型、换热器通用计算模型和箱体通用计算模型),和开发多类型冰箱仿真平台的数据交互方法和系统控制策略的集成方法,建立了多类型冰箱的集成式仿真设计平台。通过实验对设计平台进行了验证,结果表明,多类型冰箱的集成式仿真设计平台能够对常用类型的冰箱进行仿真计算,计算得出的冰箱耗电量和开机率的计算误差都在10%以内。
In order to simulate different types of refrigerators under the same platform, an mtegratea slmuiauon platform for multi-type refrigerators is introduced. Firstly, the general model for compressor, heat exchanger and cabinet is built separately, and then the method of data interaction and integration of system control algorithm is put forward. The experimental validation results show that the integrated simulation platform for multi-type refrigerators is able to deviations of energy consumption and on-off ratio are within 10%. simulate the commonly-used types of refrigerators, and the
出处
《制冷学报》
CAS
CSCD
北大核心
2012年第4期35-42,共8页
Journal of Refrigeration
关键词
热工学
冰箱
多类型
仿真
模型
Pyrology
Refrigerator
Multi-type
Simulation
Model
