This paper thoroughly reviews the integration of absorption, adsorption and desiccant
cooling technologies into vapor compression cooling/refrigeration systems. Different …

The aim of this study is to assess the state-of-the-art situation of mechanical compressors
with thermal compressor systems in combined cooling systems and their ability to provide …

Present work compares the performance of commercially available 170 kW vapor
compression chiller with equivalent three configurations (parallel, series and combined …

In this paper, a novel solar-biomass organic Rankine cycle (ORC) powered cascaded vapor
compression-absorption system is proposed for low temperature cooling applications. The …

Due to the intrinsic complexity of two-phase flow distribution and the limited mathematical
flexibility of conventional formulations of the phenomenon, previous attempts generally fall …

Gas engine heat pump (GEHP) is attracting increasing interests owing to the high heating
efficiency. However, the refrigerants used in existing GEHPs present high global warming …

Absorption-resorption heat pumps (ARHPs) can efficiently utilize low-temperature solar heat
for winter space heating, but are restricted by the relatively weak low ambient temperature …

The present work aims to explore a new energy supply way for users with chilled and hot
water demand in summer. To achieve this goal, a water source gas engine-driven heat …

To realize the stability and efficiency of the gas engine-driven heat pump, the cooling
performance of system are studied. In this paper, the effects of gas engine and superheat (△ …

From solar, geothermal and waste energy, ultra-low-grade heat of 45–60° C is large in
scale, and is still interesting challenges in converting into useful refrigeration of 7° C. In this …