Thermodynamic Analysis of Solar assisted vapour absorption air conditioning System

Abstract

In This study thermodynamic modeling is presented for an air conditioning system by using waste heat of CNG station, also assisted by solar collector. The continuous compression of Natural gas at CNG station results huge amount of heat energy, which is wasted without any utilization. This heat has great potential of recovery and can be utilized for useful purpose. This research work represents the thermodynamic model development of waste heat recovery from the Compressed Natural gas (CNG) station. Therefore, a thermodynamic model has been developed for the Vapour absorption cooling system along with adjustable solar energy. The thermodynamic model has been developed in engineering equation solver (EES) software. For the analysis of developed model, a parametric study is carried out by considering various parameters. The results of developed model reveal that the Coefficient of performance (COP) of cooling system increases with increase in generator temperature. Higher COP is achieved with adjustable solar collector efficiency. The overall results reveal that about 140KW of cooling load can be saved through waste heat and solar energy.

Authors and Affiliations

Aakash Ali Khoso

Keywords

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  • EP ID EP647434
  • DOI -
  • Views 117
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How To Cite

Aakash Ali Khoso (2019). Thermodynamic Analysis of Solar assisted vapour absorption air conditioning System. International Journal of Modern Research In Engineering & Management., 2(4), 1-6. https://europub.co.uk./articles/-A-647434