本文总结了一个创新型地源热泵（GSHP）系统的案例研究，该系统使用泛热管作为热源和散热器。该地源热泵系统为现有56000平方英尺（5203平方米）的研究设施以及现有的空间加热和空间冷却系统提供空间调节。利用2014年1月至7月的可用测量数据，分析了地源热泵系统的传热性能和整体效率。性能分析发现了使用矿井水进行冷却以及地源热泵系统与现有蒸汽加热系统集成的一些问题。 我们提出了改进GSHP系统控制和运行的建议。这些建议，连同可用的测量数据，被用来预测该系统的年度能源使用量。最后，通过与基准情景进行比较，估算了地源热泵系统的能源和成本节约以及二氧化碳排放减少潜力。本案例研究深入了解了矿井水源热泵系统的性能和潜在问题，与其他地源热泵系统设计和配置相比，该系统的开发相对不足。 引用:2016年年度会议，密苏里州圣路易斯，2016年交易，第122卷。2.

This paper summarizes a case study of an innovativeground-source heat pump (GSHP) system that uses floodedmines as a heat source and heat sink. This GSHP systemprovides space conditioning to an existing 56,000 ft2(5203m2)research facility, in conjunction with existing space heatingand space cooling systems. Heat transfer performance andoverall efficiency of the GSHP system were analyzed using theavailable measured data from January through July 2014. Theperformance analysis identified some issues with using minewater for cooling and the integration of the GSHP system withthe existing steam heating system. Recommendations weremade to improve the control and operation of the GSHPsystem. These recommendations, in conjunction with the availablemeasured data, were used to predict the annual energy useof the system. Finally, the energy and cost savings and CO2emission reduction potential of the GSHP system were estimatedby comparing them with a baseline scenario. This casestudy provides insights into the performance of and potentialissues with the mine-water-source heat pump system, which isrelatively underexplored compared to other GSHP systemdesigns and configurations.