Radiative sky cooling has been extensively studied as a passive cooling technology with the
advantages of no-pollution and great energy-saving potential. The development of high …

Organic-based materials capable of radiative cooling have attracted widespread interest in
recent years due to their ease of engineering and good adaptability to different application …

Passive radiative cooling is a promising technology for heat dissipation that does not
consume energy. However, current radiative cooling materials can only exhibit subambient …

Cooling down the surface temperature of buildings and saving energy consumption are
tasks of top priority in mitigating the urban heat island (UHI) effect. The bright and colorful …

Thermoelectric generators (TEGs) based on radiative cooling have attracted significant
attention in the energy conversion field because they are energy-independent and pollution …

To maintain a comfortable indoor living environment in low latitude or tropical regions,
humans consume significant amounts of electrical energy in air conditioning, leading to …

Passive daytime radiative cooling (PDRC) technologies can achieve sub-ambient
temperatures by reflecting sunlight and radiating heat to outer space without energy …

In the context of low-carbon and energy conservation initiatives, smart thermal management
textiles for the human body, which operate without energy consumption and pollution, are …

Although concrete and cement-based materials are the most engineered materials
employed by mankind, their potential for use in daytime radiative cooling applications has …

Passive daytime radiative cooling (PDRC) presents a sustainable cooling technology that
operates without energy consumption, by radiating heat through the atmospheric window …