Renewable energy is becoming increasingly popular in the development of low-carbon
societies. Radiative sky cooling (RSC) technology utilizes long waves in the atmospheric …

The urgent need for sustainable cooling solutions has propelled the development of passive
radiative cooling (RC) technology. However, the static nature of traditional RC (SRC) …

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 …

Radiative sky cooling, which utilizes outer space as the cooling source for heat dissipation,
is attracting global interests for its ability to cool passively without using any energy …

Radiative sky cooling is an appealing form of heat exchange between terrestrial objects and
outer space through thermal radiation, which is attracting worldwide interest due to its nature …

Energy walls (ie wall heat exchangers) exhibit more complex thermal performance than do
energy piles and borehole heat exchangers in ground source heat pump systems, due to …

This study presents an analytical model for the radiative SkyCool radiators (RSCR) with
various interior flowing channels by using Laplace transformations. Moreover, the …

At present, the heat storage sub-system in the adiabatic compressed air energy storage
system generally has low heat storage density and limited heat storage temperature …

Ground source heat pump (GSHP) systems have been widely studied for space heating in
recent years. Aiming at reducing the power consumption of GSHP, this study focuses on …

High cooling demand in tropical regions like Thailand highlights the need for efficient air
conditioning systems to mitigate environmental impacts. This study explores ground source …