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Research on simulation of coupled dynamic model of air conditioning system Part1: Significance and current problems of dynamic air conditioning system simulation

机译:空调系统耦合动力学模型的仿真研究第1部分:动态空调系统仿真的意义和当前问题

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As for a current air-conditioning equipment design, it was given priority in the equipment capacity decision to process the maximum air-conditioning load. However, the majority of an actual air-conditioning load occupy by a low load, and are requested the air-conditioning equipment design that improves the system efficiency at a partial load. The Model-based design, which is a design development method based on simulation models, will streamline the design of optimum control that maximizes system efficiency. Dynamic air conditioning system simulation model needs to be examined since the current model cannot fully express transient characteristics. For example, the chilled water coil model is constructed by combining a dynamic HVACSIM+ TYPE602 model and a calculation method using the coefficient of the wetted surface. The calculation value and the actually measured value of temperature at the chilled water outlet were the same for the most flow rate region, but differed greatly in the low flow rate region. And those values of absolute humidity of supply air were also differed when the wetted surface was dried condition.
机译:对于当前的空调设备设计,在设备容量决定中优先处理最大的空调负载。然而,实际的空调负荷中的大部分由低负荷占据,因此要求在局部负荷时提高系统效率的空调设备设计。基于模型的设计是基于仿真模型的设计开发方法,它将简化使系统效率最大化的最佳控制的设计。由于当前模型无法完全表达瞬态特性,因此需要检查动态空调系统仿真模型。例如,通过将动态HVACSIM + TYPE602模型与使用润湿表面系数的计算方法结合起来,构造了冷水盘管模型。对于最大流量区域,冷却水出口处的温度的计算值和实际测量值相同,但在低流量区域中相差很大。并且,当湿润的表面处于干燥状态时,供气的绝对湿度的那些值也不同。

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