Energy piles, a technology integrating the heat exchange component within building pile
foundations for shallow geothermal energy utilization, have proven economically efficient …

Fossil fuels have been heavily used to meet the rising global energy demand brought on by
population growth, which has resulted in negative environmental effects such pollution …

Soil thermal imbalance due to excessive heat extraction and photovoltaic efficiency decline
caused by temperature increase are two bottleneck problems that hinder the utilization of …

This research conducts a technical and economic feasibility study of multi-energy hybrid
systems (MEHS) combining different renewables for a northern climate city of Finland to …

Geothermal energy is considered environmentally friendly than fossil fuel sources, and
geothermal power plants are expected to have a low carbon footprint. It is renewable that …

Abstract When a Borehole Heat Exchanger (BHE) array is coupled with heat pump to
provide cooling and heating to the buildings, thermal interaction between BHEs may occur …

This paper investigated the combined energy, economic and carbon performances of
energy piles used for heating and cooling buildings, an issue that has received limited …

This study aimed to formulate an accurate design strategy for hybrid ground heat exchanger
(HyGHE) of ground source heat pump system and optimize HyGHE size based on techno …

Energy pile with groundwater seepage usually exhibits more complex thermo-mechanical
behaviour than that without groundwater seepage because of the existence of seepage field …

This paper presents an experimental investigation of building room heating and ventilation
by using a combination of solar chimney and geothermal air tube heat exchanger. The …