Integrating radiative sky cooling materials into buildings as a super-cool roof strategy can be
one of the most direct pathways to implement this passive cooling technology. Accordingly …

Passive radiative cooling is an innovative way to radiate heat from objects to outer space by
reflecting the sunlight and producing emission in the infrared spectrum especially in the …

Passive daytime radiative cooling (PDRC) is a promising alternative to current compression-
based cooling systems, which can directly radiate energy into outer space with a high …

The combined use of solar energy and radiative cooling utilization can simultaneously
develop the energy utilization of solar and outer space, the two ultimate “heat sources” and …

This paper proposes a sizing method to guide the design of water-circulating radiative sky
cooling systems and water-based energy storage solutions. Following this method, the …

This study proposes a novel deep space-source heat pump (DSSHP) system for efficient
heat rejection, considering the spectral selectivity of cooling coatings and atmospheric …

Quantifying the losses in the various energy transfer and conversion processes is essential
for the study and application of the spectrum splitting photovoltaic-thermoelectric system …

A new hybrid system model mainly consisting of a high-temperature proton exchange
membrane fuel cell and a direct contact membrane distillation is proposed. According to …

Amidst the escalating energy and global warming challenges, the reduction in electricity
consumption by air conditioners for cooling has become a pressing issue. Although zero …

The emerge of daytime radiative cooling as a promising cooling technology, has attracted
the attention of scientists to investigate its performance for different applications. The …