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The coupling model of flow and heat transfer of aquifer thermal energy storing and its numerical analysis.
| Content Provider | CiteSeerX |
|---|---|
| Author | Ma, Jie Dai, Bin Wang, Mingyu Kong, Qiaoling Ni, Yuanfang Du, Lele |
| Abstract | Abstract: Aquifer’s thermal energy storage process is directly related to the water distribution around the single well while water is drawn out or recharged into the aquifer, especially related to the water distribution when it recharged into the aquifer half a year later. Coupling groundwater’s fluid model with heat transfer model should compose heat transfer mathematical model of groundwater. When considering the energy storage capacity of aquifer and choosing position of the well accurately, it is as far as possible to consider the original groundwater’s flow. As long as the law of the flow in the aquifer matches the Darcy’s law, whether recharging or pumping the energy-storing groundwater, this coupling model is always applicable. Computing result has enough precision, which is the credible basis for designing the aquifer’s thermal energy storage engineering. Key words: aquifer; flow; heat transfer; coupling model |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Heat Transfer Numerical Analysis Coupling Model Aquifer Thermal Energy Storing Water Distribution Darcy Law Enough Precision Heat Transfer Mathematical Model Groundwater Fluid Model Original Groundwater Flow Thermal Energy Storage Process Aquifer Thermal Energy Storage Engineering Credible Basis Energy-storing Groundwater Aquifer Half Single Well Energy Storage Capacity Heat Transfer Model |
| Content Type | Text |
| Resource Type | Article |
