The theoretical model can be applied to the design and analysis of soil source heat pump system.
该理论模型可应用于土壤源热泵系统的分析和设计中。
The soil source heat pump is a new kind of equipment to obtain the cold(or heat) energy in soil by the using of the medium.
土壤源热泵是利用媒介质取其土壤内冷（热）能量的新型装置。
The COP of the ground source heat pump is higher than that of the air source heat pump because of the soil annual temperature change characteristics.
由于土壤温度的全年温度变化特性，地源热泵比空气源热泵具有更高的COP。
The cold-heat cycle underground is closely related to the hydrogeological characteristics of various rock and soil stratum (aquifer) when groundwater source heat pump system is running.
地下水源热泵系统运行期间，地下冷热量循环过程与地下不同岩土层（含水层）的水文地质特征密切相关。
It is very important to determine the heat transfer between ground heat exchanger and surrounding soil for a closed ground source heat pump.
闭环埋地换热器与周围土壤和岩石层的热量交换速率是闭环地源热泵系统设计和成功运行的关键。
The difference about the areas where the ground source heat pump be used in was presented, which lead to the thermal imbalance of soil between absorbing and releasing.
介绍了地埋管地源热泵使用地区的地域差异和由此导致的土壤吸、放热不平衡。
This article introduces tow options leads to soil heat-absorbing, exothermic imbalance and solves the thermal imbalance of that the ground-source heat pump.
本文介绍了土壤源热泵导致的土壤吸、放热不平衡以及解决这种热失衡的两种方案。
This article introduces tow options leads to soil heat-absorbing, exothermic imbalance and solves the thermal imbalance of that the ground-source heat pump.
本文介绍了土壤源热泵导致的土壤吸、放热不平衡以及解决这种热失衡的两种方案。
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