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 …

As an alternative to all-air conditioning systems, radiant cooling has the potential for energy
saving and better thermal comfort. One of the limitations of radiant cooling is the risk of …

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 …

The global warming and urban heat island effect call for mitigation strategies for improving
thermal environments in open urban spaces. Radiant cooling can remove heat from the …

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 …

Air-conditioning in buildings is energy intensive and takes up large proportion of global
energy consumption. To pursue low energy expenditure, herein, we propose a radiant air …

Radiant cooling systems offer several advantages over conventional air-cooling systems,
such as better thermal comfort, quieter operation, and less air ductwork. However, their …

Membrane-assisted radiant cooling systems offer a promising solution for directly cooling
human bodies in outdoor settings. In this study a prototype system is experimentally …

Heat waves pose increasing threats to human well-being, especially in urban areas, and
staying safe beyond comfort during heat waves is a crucial issue. Localised cooling hubs …

Thermal resistances of the ceiling radiant cooling panels with an inbuilt air gap (AGP) are
large, which are mainly contributed by the air gap and the radiation shield. Replacing the …