A solar ejector cooling system using refrigerant R141b
Journal
Solar Energy
Journal Volume
64
Journal Issue
4-6
Pages
223-226
Date Issued
1998
Author(s)
Abstract
A high-performance solar ejector cooling system using R141b as the working fluid was developed. We obtain experimentally a COP of 0.5 for a single-stage ejector cooling system at a generating temperature of 90°C, condensing temperature of 28°C, and an evaporating temperature 8°C. For solar cooling application, an optimum overall COP can be obtained around 0.22 at a generating temperature of 95°C, evaporating temperature of 8°C and solar radiation at 700 W m-2. A high-performance solar ejector cooling system using R141b as the working fluid was developed. We obtain experimentally a COP of 0.5 for a single-stage ejector cooling system at a generating temperature of 90 °C, condensing temperature of 28 °C, and an evaporating temperature 8 °C. For solar cooling application, an optimum overall COP can be obtained around 0.22 at a generating temperature of 95 °C, evaporating temperature of 8 °C and solar radiation at 700 W m-2.
SDGs
Publisher
Elsevier Sci Ltd, Exeter, United Kingdom
Type
journal article