Thermal energy storage is a promising method to balance the timing mismatch between the
intermittent energy sources and time-variable user loads but cannot address the low-grade …

The utilization of waste heat and renewable energy sources has attracted extensive
attention due to pursuit of sustainable energy solutions. Absorption heat pump (AHP) system …

Heat pumps, especially the air-source systems, have been regarded as promising
technology for deep decarbonization of thermal energy, but its industrial application is …

Decarbonizing the energy sector becomes a key topic to solving man-made climate change.
For achieving indoor thermal comfort conditions, conventional heating, ventilating, and air …

Absorption technologies show great potential in utilizing renewable energy and waste heat.
In this study, novel CO 2/ionic liquid (IL) mixtures are investigated to overcome the …

Heat pump technology is promising for low-carbon heating supply. However, temperature lift
of current technology is still insufficient to meet different industrial demands. Aiming at larger …

Efficient use of renewable energy, eg, solar energy, is an important pathway towards net-
zero energy buildings and carbon neutrality. However, renewable energy is difficult to be …

Ground source heat pump is a promising technology for achieving carbon neutrality in the
building sector owing to its high energy efficiency in heating and cooling applications. To …

Heating electrification is a trend for the current carbon neutrality setting. The air-source heat
pump (ASHP) has been widely used in residential or commercial buildings to replace …

In this study, optimal discharge conditions of sorption thermal battery (STB) are determined
for stable supply of the building cooling load based on different load patterns. Parametric …