Publication: Análisis termodinámico de un ciclo termosolar de generación directa de vapor
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2018-07
Defense date
2018-07-12
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Abstract
La energía solar por generación directa de vapor aprovecha mejor los niveles altos de
temperatura alcanzados que otras tecnologías. En este proyecto se hace la comparación entre
una planta de energía solar con generación directa de vapor basada en un ciclo Rankine con
recalentamiento y sin recalentamiento. El recalentamiento es útil para evitar la humedad en la
turbina, lo que hace que su vida útil sea mayor.
En este proyecto hay un análisis termodinámico, exergético y económico que muestra que esta
tecnología puede ser competitiva en el mercado energético actual.
Solar direct steam generation is a technology that approach the high temperature levels better than other technologies. This project does the comparison between solar direct steam plant based on a Rankine cycle with reheating and non-reheating. Reheating is useful to avoid wetness in the turbine which make longer their lifetime. During the project is a thermodynamic, exergetic and economic analysis that show that this technology could be competitive in the actual energy market.
Solar direct steam generation is a technology that approach the high temperature levels better than other technologies. This project does the comparison between solar direct steam plant based on a Rankine cycle with reheating and non-reheating. Reheating is useful to avoid wetness in the turbine which make longer their lifetime. During the project is a thermodynamic, exergetic and economic analysis that show that this technology could be competitive in the actual energy market.
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Energías renovables, Energía solar, Generación directa de vapor, Recalentamiento, Eficiencia energética