Title : ( Thermal analysis of hybrid solar power plant )
Authors: S. Farahat , Hossein Ajam , F. Sarhaddi-student , M. Mohammadi-student ,
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Abstract
ABSTRACT Solar thermal power plants are commercially proven in more than a decade of successful operation. As steam power plant, solar thermal power plant can be combined with fossil energy sources. It is possible to retrofit existing conventional steam power plant with solar collectors (e.g., flat plate solar collectors) as an additional solar steam generator. It causes the higher the temperature of steam and so the higher the efficiency of the cycle. In this paper based on 1st, and 2nd of thermodynamic and exergy concept, several parts of power plant studied. Plant highest thermal cycle efficiency is determined for mean day of each month during a year and new operating conditions are proposed.
Keywords
, Thermal analysis, hybrid solar, power plant
@inproceedings{paperid:1027120,
author = {S. Farahat and Ajam, Hossein and F. Sarhaddi-student and M. Mohammadi-student},
title = {Thermal analysis of hybrid solar power plant},
booktitle = {7th International Conference on Heat Transfer Fluid Mechanics and Thermodynamics (HEFAT2010)},
year = {2010},
location = {آنتالیا},
keywords = {Thermal analysis; hybrid solar; power plant},
}
%0 Conference Proceedings
%T Thermal analysis of hybrid solar power plant
%A S. Farahat
%A Ajam, Hossein
%A F. Sarhaddi-student
%A M. Mohammadi-student
%J 7th International Conference on Heat Transfer Fluid Mechanics and Thermodynamics (HEFAT2010)
%D 2010
