The goal of this paper is to estimate the conductance of components required to achieve the approach
temperatures, and gain insights into a double-effect
absorption chiller using LiBr-H2O solution as the working
fluid. An in-house computer program is developed to
simulate the cycle. Conductance of all components is
evaluated based on the approach temperatures assumed as
input parameters. The effect of input data on the cycle
performance and the exergetic efficiency are investigated.