Modelica-Based Dynamic Modeling of a Solar-Powered Ground Source Heat Pump System: A Preliminary Case Study

Defeng Qian, Zheng O’Neill
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Abstract

This paper presents preliminary simulation results from a Modelica – based dynamic model of a solar-powered ground source heat pump (GSHP) system. The model is calibrated and tested using the data collected from a test rig in the laboratory. The preliminary data collected from the test rig includes temperatures for water and air loops, solar heat radiation flux, solar panel output power, and power consumption of the GSHP. This preliminary study is focusing on the comparisons between Modelica model outputs and experimental data, which includes the power consumption of the GSHP unit, unit cooling capacity, and unit coefficient of performance (COP).
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基于modelica的太阳能地源热泵系统动态建模:初步案例研究
本文给出了基于Modelica的太阳能地源热泵系统动力学模型的初步仿真结果。该模型使用从实验室试验台收集的数据进行校准和测试。从试验台收集的初步数据包括水和空气回路的温度、太阳热辐射通量、太阳能电池板输出功率和地源热泵的功耗。本初步研究的重点是将Modelica模型的输出结果与实验数据进行比较,包括地源热泵机组的功耗、机组制冷量和机组性能系数(COP)。
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