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Hydro-Geologic Status on the Temperature of Water in Aquifer Surrounded by the Well of Standing Column Well Heat Pumps

机译:立柱井热泵井周围含水层水温的水文地质状况

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The temperature of water in aquifer surrounded by the well of the standing column well heat pump (SCW), by direct effects of the hydrogeology conditions, will directly impact on the energy efficiency of the heat pump and the life of SCW system. The temperature of water in aquifer surrounded by the well of SCW was simulated in this paper by using finite-difference simulation software, FlowHeat. The results show that both the permeability coefficient and the porosity of the soil around the well have little effect on temperature of the water in aquifer near the production segment of SCW, as well as the smaller the thickness of the aquifer, the larger the temperature change of water in aquifer of the pumping section.
机译:受水文地质条件的直接影响,被立柱式井热泵(SCW)井包围的含水层中的水温将直接影响热泵的能效和SCW系统的寿命。本文利用有限差分模拟软件FlowHeat对SCW井周围的含水层中的水温进行了模拟。结果表明,井壁周围土壤的渗透系数和孔隙率对SCW生产段附近含水层中水温的影响很小,且含水层厚度越小,温度变化越大。抽水段含水层中的水。

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