The utilization of solar energy and low-grade waste energy for building heating to reduce
carbon emissions is an effective way to curb global warming. As a suitable approach for …

The performance of the ground heat exchanger (GHE) possesses a pivotal role in the
geothermal exploitation. In recent years, a growing body of literature that recognizes the …

The heat transfer calculation of deep coaxial borehole heat exchangers (DCBHE) involves
complex geological conditions, mainly including geothermal gradient, layered ground …

Deep geothermal energy can be used as space heating as an important sustainable, clean
and efficient method through deep borehole heat exchanger (DBHE). However, the heat …

Deep borehole heat exchangers (BHEs) can be utilised effectively for geothermal (heat)
extraction from up to a few kilometres below the subsurface using the conventional closed U …

The geothermal heat pump system based on deep borehole heat exchanger (DBHE) is one
of the important systems to realize cleaner heating. It is key to ensure that DBHE can make …

In the presence of groundwater flows, more compact and affordable geothermal heat
exchangers can be constructed thanks to the increased heat transfer capabilities of the …

To contribute to the goal of carbon neutralization, the closed-loop borehole heat exchanger
system is widely applied to use geothermal energy for building cooling and heating. In this …

The article summarizes the results of the 25-year time horizon performance analysis of the
ground source heat pump that serves as a heat source in a detached house in the climatic …

Ground heat exchanger (GHE) is vital to geothermal energy utilization, seasonal energy
storage, etc. The transient heat transfer analytical model is still a challenge for U-tube GHE …