Passive daytime radiative cooling (PDRC) is a game‐changing strategy for cooling, aiming
to alleviate the major problems such as global warming. It is featured with zero energy …

Passive daytime radiative cooling has emerged as a promising sustainable technique for
meeting ever-growing demand for cooling across multiple sectors. Although a number of …

Phase change material (PCM) featured with high latent heat thermal energy storage
capacity and isothermal phase transition is employed into building walls decorated with …

Global warming is a major concern, and active cooling technology, which consumes
substantial energy, contributes to global warming. Radiative cooling (RC) is a form of …

Heat is added to the surroundings as a result of replacing natural landscapes with buildings.
This includes waste heat from air conditioning systems and heat transferred into the …

Buildings with radiative cooling can significantly reduce energy consumption for cooling, but
the overcooling phenomenon also occurs in cold seasons, which causes negative effects in …

As the global energy demand rises and climate change creates more challenges, optimizing
the performance of non-residential buildings becomes essential. Traditional simulation …

Passive daytime radiative cooling is gaining increasing relevance as recent studies report
that newly developed materials with very high reflectivity and emissivity could be able to …

In this paper, the energy performance of an integrated adaptive envelope system (AES) is
evaluated when applied to detached houses in four US climates. Three main technologies …

While pavements are currently a significant contributor to the urban heat island effect,
modified pavements could play a role in cooling cities. Specifically, the radiative and thermal …