Thermodynamic and Efficiency Analysis of Solar Steam Power Plant Cycle

Ahmed Bensenouci, Ahmed Medjelled

Abstract


Abstract
In this work, we propose the study of solar power plant in Hassi - R'Mel, Algeria, according to the efficiency method. During this analysis the main parameters that govern the solar power plant were varied to provide the global behavior of the steam Rankine cycle system. The purpose of varying these parameters is to predict the influence of these on the overall performance of the power plant. Special attention is taken on the energy contribution of the solar field and its cyclical influence on the efficiency of the station. This study was conducted by the engineering equations solver (EES) software simulation, this software has enabled us to predict the evolution of the thermal system based on parametric calculations. The results obtained from this research show their accuracy by comparing with the theory and practice.


Keywords


Hybrid Solar-Gas Station, parametric study, effeciency analysis, EES.

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References


References

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DOI (PDF): https://doi.org/10.20508/ijrer.v6i4.4823.g6946

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