This paper presents an overview of control systems for heat pumps, and more specifically, a
critical review of control methodologies for thermally activated absorption heat pumps. The …

In this paper, a review of the performance and development of thermal-powered cooling
systems is presented. The review covers the current state of theoretical and experimental …

The present study comprehensively analyses the thermodynamic performance of a zero-
emissions solar driven trigeneration system using a numerical approach. The analysis is …

The solar-powered lithium bromide absorption refrigeration serves as a low-carbon
refrigeration technology, but it is difficult to control the operation of solar-powered lithium …

Solar absorption refrigeration systems provide one of the economical options for air
conditioning. In order to reduce the complexity and economic cost, a more advanced solar …

This paper sets out to make a dynamic analysis of a single-effect, lithium bromide–water
(LiBr/H 2 O) absorption chiller. A mathematical model has been developed based on …

The global energy demand is increasing at alarming rates. Until 2040, most of this energy
will still be coming from fossil fuels, which generate pollution and global warming, thereby …

Optimization of absorption chillers benefits energy conservation, and many related analysis
and optimization researches have been conducted extensively from different perspectives …

This paper presents a dynamic modeling of a single-effect absorption chiller working with
LiBr–H 2 O solution used in a solar cooling installation operating without any backup …

Lithium bromide absorption refrigeration system (ARS) is promising in utilizing industrial
exhaust heat and improving energy efficiency. ARS consists of a generator, absorber …