The need for healthy indoor conditions, the energy crisis, and environmental concerns make
building ventilation systems very important today. The elements of ventilation systems to …

This paper provides an up-to-date survey on recent advances in earth-air heat exchanger
(EAHE) systems for buildings, and presents systematic information on the main design …

Geothermal energy with abundance and large quantity can partially cover building
heating/cooling loads and promote the carbon-neutrality transitions. Shallow geothermal …

Greenhouses rely on an appropriate environment to support vegetable growth, and multi-
pipe earth-to-air heat exchangers (EAHEs) are commonly used to regulate the temperature …

Earth-to-air heat exchangers (EAHEs) can be used in the ventilation systems of various
types of buildings. Multipipe structures can be found in large-volume buildings, yet scientific …

Aiming to provide the thermal comfort inside building houses in arid regions, an
experimental investigation is performed regarding the effect of earth-to-air heat exchanger …

Multi-pipe parallel earth to air heat exchangers (EAHE) could be used to heat or cool air by
the utilization of geothermal energy. As a renewable energy, it could decrease CO 2 …

The energy exchange between the subsurface and the infrastructure may serve as an
effective way to reduce energy consumption in space heating. In China, the concepts of …

Earth-air heat exchangers (EAHE) represent a sustainable way to explore the soil to heat or
cool buildings. Due to the Earth's thermal inertia, its superficial layers can be used as a heat …

Natural air ventilation in the hot‐dry regions plays a key role to decrease indoor air
temperature in hot season, also to improve thermal comfort during the cold season. One of …