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The aim of this article is therefore to propose a parabolic trough-type thermodynamic power plant model. This model will be the starting point for modeling thermodynamic solar power plants, and research and development organizations in the field should be interested in its feasibility. Key words: Solar energy conversion, Parabolic trough solar concentration, Parabolic trough thermodynamic solar power plant.

Produktbeschreibung
The aim of this article is therefore to propose a parabolic trough-type thermodynamic power plant model. This model will be the starting point for modeling thermodynamic solar power plants, and research and development organizations in the field should be interested in its feasibility. Key words: Solar energy conversion, Parabolic trough solar concentration, Parabolic trough thermodynamic solar power plant.
Autorenporträt
MBARAGA MAKAMBA Justin, Lehrer am Institut Pedagogique de Goma, Demokratische Republik Kongo, Provinz Süd-Kivu, ISPT-GOMA.