The solar energy and mechanical power driving hybrid two-stage chillers with deep
intercooling is proposed for the energy saving of cold storages, because it is more efficient …

ABSTRACT A novel two-stage refrigeration cycle with deep intercooling and series-parallel
integration of thermal and mechanical compression is proposed. Its mechanical energy …

The energy saving of solar absorption-subcooled compression hybrid cooling system
(SASCHCS) for cold storages is dramatically lower than its upper limit. Such phenomenon is …

The consumption of low temperature refrigeration systems goes up dramatically due to the
fast development of cold chain. In this regard, developing the absorption-compression …

A novel hybrid solar energy and waste heat driving absorption subcooled carbon dioxide
(CO 2/R744) booster refrigeration system (SE+ WH) is proposed to improve the energy …

The solar absorption-subcooled compression hybrid cooling system is an economically
viable energy-saving solution for cold storage refrigeration system. However, the …

Solar-assisted hybrid cooling systems are promising for the energy saving of refrigeration
systems. In most cases, the solar thermal gain is only able to power the heat-driven process …

The solar absorption-subcooled compression hybrid cooling system is a novel and better
solution for the building with many floors. The existing study only reports the thermodynamic …

Present work compares and optimizes the performance of cooling tower assisted cascaded
and hybrid configurations of vapor compression-absorption integrated refrigeration system …

In this paper, to prevent the waste energy and reduce the power consumption in cascade
refrigeration cycle (CRC), a new integrated system, including CRC, solar cycle (SC) and …