Radiant cooling in buildings, as an energy-saving and comfort cooling method, is very
promising in creating a green and healthy indoor thermal environment in buildings …

There is an ever-increasing interest in radiant cooling systems (RCSs) due to their energy-
saving potential and improved indoor thermal environment in modern buildings. In this part …

The increasing need to cool the air in our built environment is both a cause and an effect of
climate change. Air conditioning accounts for a large portion of global greenhouse gas …

Radiant cooling-assisted natural ventilation is an innovative technical approach that
combines new radiant cooling technology with natural ventilation to increase fresh air …

We present results of a radiant cooling system that made the hot and humid tropical climate
of Singapore feel cool and comfortable. Thermal radiation exchange between occupants …

In an experimental study set in Singapore's tropical climate, we evaluated the thermal
environmental performance, energy consumption, and thermal comfort of air and radiant …

Radiant cooling has been well acknowledged as high-performance space cooling technique
owing to the advantages of thermal comfort and energy efficiency. However, there are two …

Mean radiant temperature is one of the four physical quantities required for the objective
assessment of thermal environments. Due to its simplicity and relatively good accuracy, the …

Radiant cooling is an energy-efficient space cooling technology in built environments to
achieve high thermal comfort. However, there are technical bottlenecks of condensation risk …

Ceiling radiant cooling panels (RCPs), encapsulating smooth tubes, are the most commonly
used terminals in radiant cooling systems. The main limitations of commercial RCPs include …