2014
DOI: 10.21640/ns.v7i13.3
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Modelo térmico para estimar la potencia de cocción estándar de cocinas solares

Abstract: Se presenta el estudio de algunos aspectos de la física térmica necesarios para el desarrollo de  cocinas solares de pequeñas dimensiones, mediante el desarrollo de un modelo térmico semi-empírico computacional.  Los parámetros libres del modelo se ajustan con datos obtenidos de un diseño experimental, que consiste en calentamiento de un fluido, exponiendo las cocinas a la radiación que produce un arreglo de lámparas incandescentes para simular la radiación solar.  El modelo permite estimar algunos parámetros … Show more

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“…The design features and the elements used allow a very efficient use of solar energy, thanks to which the system can easily access temperatures close to 170°C, sufficient to cover the cooking needs of all types of food. (González-Avilés, 2015), presents the study of some aspects of thermal physics necessary for the development of small solar cookers, through the development of a semiempirical computational thermal model. The free parameters of the model are adjusted with data obtained from an experimental design, which consists of heating a fluid, exposing the cookers to the radiation produced by an array of incandescent lamps to simulate solar radiation.…”
Section: Journal Innovative Designmentioning
confidence: 99%
“…The design features and the elements used allow a very efficient use of solar energy, thanks to which the system can easily access temperatures close to 170°C, sufficient to cover the cooking needs of all types of food. (González-Avilés, 2015), presents the study of some aspects of thermal physics necessary for the development of small solar cookers, through the development of a semiempirical computational thermal model. The free parameters of the model are adjusted with data obtained from an experimental design, which consists of heating a fluid, exposing the cookers to the radiation produced by an array of incandescent lamps to simulate solar radiation.…”
Section: Journal Innovative Designmentioning
confidence: 99%