Energy and Exergy Analysis of an Innovative Power/Refrigeration Cycle: Kalina Cycle and Ejector Refrigeration Cycle

This study presents a thermodynamic analysis of new combined power/refrigeration cycle. The cycle is comprised two innovative cycles: Kalina (KNC) and ejector refrigeration (ERC) for power production, respectively. Recovery heat process involved in the design to rise energetic exergetic efficiencies: emitted by KNC absorbed ERC order generate cooling. Effects variation operational conditions which have direct effects on turbine production capacity (temperature pressure working fluid flow at inlet) performance evaluation parameters system (energy efficiency, exergy content produced net power) are investigated. A detailed discussion results also reported. Energetic efficiency substantially dominated generated power, i.e., impose effect superior importance energy efficiencies.