Cool Photovoltaics - An experimental study of cooling devices for densely packed photovoltaic arrays under high concentration

An experimental study of cooling devices for denselypacked photovoltaic arrays under high concentration

Omschrijving

Photovoltaic cells under concentrated illumination experience a high heat load which must be dissipated efficiently in order to maintain a low cell temperature. Tower and dish solar concentrators typically use arrays of densely packed cells where all of the heat must be removed in the direction normal to the surface. This book identifies jet impingement cooling as a promising technology for this type of configuration. A prototype cooling device is manufactured and the heat transfer and flow characteristics of this device are tested in the laboratory. Correlations for average heat transfer coefficient and pressure drop are established and combined to form a model for required pumping power at a given average heat transfer coefficient. This model is used to make general predictions for the optimal cooling device configuration and to propose an optimising design procedure. Combining this model with a model for PV output as a function of temperature gives the optimal system operating range. The effect of a nonuniform heat transfer coefficient distribution on single and interconnected PV cells is investigated and found to be minor.
Gratis verzending vanaf
€ 19,95 binnen Nederland
Schrijver
Royne, Anja
Titel
Cool Photovoltaics - An experimental study of cooling devices for densely packed photovoltaic arrays under high concentration
Uitgever
VDM Verlag
Jaar
2008
Taal
Engels
Pagina's
136
Gewicht
219 gr
EAN
9783836480314
Afmetingen
220 x 150 x 8 mm
Bindwijze
Paperback

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