In this paper, the thermoelectric heat pump performance is enhanced by air recirculation and
regenerative energy recovery. Compared to conventional vapor-compressed heat pumps …

Restrictive environmental regulations are driving the use of CO 2 as working fluid in
commercial vapour compression plants due to its ultra-low global warming potential (GWP …

Water dispensers are considered essential. So, water dispensers that use vapor-
compression urgently need more energy-saving and environmentally friendly alternatives …

A novel split-type liquid-circulation thermoelectric cooling device is experimentally
investigated for different conditions. The parameters including uh, the wind speed, Tc, Th …

Water dispensers are currently one of the essential home items. The international
marketplace for water dispensers uses a vapour compression refrigeration cycle, which …

The need to reach a full energy decarbonisation is well known. Heating and cooling
consumption is almost half of the global energy end-use. Thus, development of low-carbon …

The operational temperature of the magnetorheological (MR) fluid retarder is usually over
80° C, and it reaches 150° C when heat dissipation doesn't function well. The high …

The Stirling cycle is regarded as one alternative to the compressive cooling cycle. The
current study examines the performance of a beta Stirling refrigerator with a cylinder with …

Abstract Cu2SnS3 (CTS), as a potential thermoelectric (TE) material, the electrical and
thermal transport properties are heavily determined by its original phase structure and the …

Experiments were performed to test a novel solar photovoltaic (PV) powered Thermoelectric
Heat Exchanger (TE-HE) to provide hot/cold water. The experiments were carried out for 3 …