本文描述了一个数值模型，用于预测内部融冰盘管储罐在全充和部分充放电循环期间的动态性能。当峰值负载不高或充电/放电时间有限时，尤其是在实时定价率下，可能会发生部分充电和放电循环。本文提出的模型考虑了每层冰和水的质量效应。通过在实验室控制的部分充电和放电循环条件下进行的试验获得的实验数据，对模型预测进行了验证。 此外，还进行了参数分析，以评估不同操作条件对内部融冰盘管蓄冷系统的热性能以及部分充放电循环下制冷机的能效的影响。单位:I-PCITION:研讨会论文，大西洋城，2002年

This paper describes a numerical model to predict the dynamic performance of an internal melt ice-on-coil storage tank during full as well as partial charging and discharging cycles. Partial charging and discharging cycles may occur when the peak load is not high or when the charging/discharging time is limited, especially under real-time pricing rates. The model presented in this paper takes into account the mass effect of each layer of ice and water. The model predictions are validated using experimental data obtained from tests conducted under laboratory controlled conditions for both partial charging and discharging cycles. Moreover, parametric analyses are carried out to evaluate the effect of various operating conditions on the thermal performance of the internal melt ice-on-coil storage system and the energy efficiency of the chiller under partial charging and discharging cycles.Units: I-P