The current study investigates a holistically developed solar energy system combined with a
ground-sourced heat pump system for stand-alone usage to produce power, heat, and …

With the constant increase in energy demand, using renewable energy has become a
priority. Geothermal energy is a widely available, constant source of renewable energy that …

Below a certain depth, the ground temperature remains almost unchanged annually. This
phenomenon can be exploited by coupling a ground heat exchanger to a heat pump, storing …

Based on the experimental studies, the process of ground regeneration around the borehole
loaded with brine-water heat pumps working exclusively for heating purposes in the period …

This study used moving line source technique as a practical approach to simultaneously
determine effective thermal conductivity, groundwater velocity and borehole resistance. It …

Unmanaged heat extraction, as well as the adjacency of multiple borehole heat exchangers
(BHEs) in a field, can lead to undesirable thermal conditions in the ground. The failure to …

The present research paper reports experimental results on the coupled phenomena of heat
extraction and heat recovery by a double U-tube borehole heat exchanger (BHE) and its …

On the basis of experimental studies, the operational power of four borehole heat
exchangers (BHE) under real conditions was determined. The research was carried out in …

As the energy sector undergoes rapid technological transformation, the resilience of electric
power systems has become a focal point in the context of climate change and energy …

This paper provides recommendations for improved analyses of the performance of ground-
coupled heat pumps. Most research on ground-coupled heat pumps focuses on improving …