Elnaz Kermani

MANIFOLD MICROCHANNEL COOLING OF PHOTOVOLTAIC CELLS

FOR HIGH EFFICIENCY SOLAR ENERGY CONVERSION SYSTEMS

• Broschiertes Buch

Produktbeschreibung

Several works have been published on concentration of solar radiation by mirrors or lenses onto smaller size solar panels, which reduce cost and increase conversion efficiency at higher concentration ratio. One of the challenges is active and uniform cooling of high heat flux solar arrays, because conversion efficiency is dependent on device temperatures and drops with increasing temperature. This research is targeted at cooling of small, high concentrated solar cells. Benefits of manifold microchannel are attractive for cooling of electronic devices but have not been studied for cooling of high concentrated solar cells which is the objective of this research, where the microchannel can be microfabricated and etched on the backside of the silicon solar cell to form a sealed heat sink with the manifold fabricated in the silicon substrate. This design not only minimizes the pressure drop, but also maximizes the heat transfer and provides uniform temperature across the device.

Produktdetails

• Verlag: VDM Verlag Dr. Müller
• Seitenzahl: 76
• Englisch
• Gewicht: 115g
• ISBN-13: 9783639174519
• ISBN-10: 3639174518
• Artikelnr.: 26858994

Autorenporträt

I was born in Tehran in 1983, and received my bachelor in mechanical engineering from University of Tehran in 2005. Then I moved to USA to pursue my studies and obtained my master of science in mechanical engineering from University of Maryland in December 2008 with specialization in cooling of high heat flux electronic devices.