Compared with the pure fluids, the zeotropic mixtures can balance the requirements of
environmental protection, heat source matching and system safety, and exhibit excellent …

In recent years, the international community has been continuously encouraged the
development of new vapor compression refrigeration systems, that operate with ecological …

Heat pumps, as highly efficient water heating devices, represent one of the most promising
technologies for replacing coal-fired boilers and conventional electric heating systems. The …

Abstract The application of Photovoltaic/Thermal and heat pumps in buildings is becoming
more and more attractive to many scholars due to its advantage of providing building …

High-efficiency air source heat pumps are of great importance for energy saving and
environmental protection, especially for the cold area in north China. In this study, the …

A cascaded dual-loop organic Rankine cycle (CD-ORC) consisting of a high-temperature
ORC (HT-ORC) and a low-temperature ORC (LT-ORC) with a shared heat exchanger is …

In the current investigation, a novel ejector‐enhanced heat pump system was presented and
comprehensively evaluated using zeotropic mixtures. In the suggested plant, a booster was …

In this paper, an experimental study of an innovative latent heat storage unit integrated with
the condenser of the heat pump system is presented. Novelty: a heat exchanger has been …

Heat pumps are generally recognized as an efficient energy-saving method, and are widely
used in industrial and residential applications. Due to the ratification of the Kyoto Protocol …

After decades of using reliable synthetic refrigerants, it is now necessary to look for their low-
GWP climate-friendly safe alternatives. This paper summarizes a search for the best …