![]() The influence on the rock-soil temperature is approximately 13Â % higher for the double- U heat exchanger than that of the single- U heat exchanger. ![]() Computational-fluid-dynamics (CFD) numerical simulation software, ANSYS-FLUENT17.0 have been performed the calculations under the working conditions of a continuous and intermittent operation over 7 days on a GSHP with a single-well, single- U and double- U heat exchanger and the impact of single- U and double- U buried heat pipes on the surrounding rock-soil temperature field and the impact of intermittent operation and continuous operation on the outlet water temperature. The underground buried pipe heat exchanging system of a ground source heat pump (GSHP) is the basis for the normal operation of an entire heat pump system. Ground source heat pumps is a building energy conservation technique. ![]() Heat transfer analysis of underground U-type heat exchanger of ground source heat pump system.
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