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Increasing the Output Power and Efficiency of Solar Panel using CPV by Water Cooling System


Manjunath , malnad college of engineering; N. A. Ranjan, malnad college of engineering; Dhavala R. K, malnad college of engineering; M. E. Tejamoorthy, malnad college of engineering


Concentrated Photovoltaic Innovation (CPV), Water Cooling System, Solar Panel


Concentrated photovoltaic innovation (CPV) utilizes optics, for example, mirrors and focal point to concentrate daylight on sunlight based cells for producing power. CPV has advantage over non-concentrated photovoltaic as less number of sun powered cells is required for a similar power yield. Alongside span and force of daylight, temperature additionally has extraordinary impact on the execution of PV module as high temperature altogether decreases yield control. This undertaking discloses a handy way to deal with improve the proficiency of sun oriented board by the utilization of mirrors and cooling instrument. These reflectors are shabby, simple to deal with, sufficiently straightforward to utilize and require no additional hardware or gadgets to utilize. In any case, CPV work effectively in concentrated light as long as the sun based cells are kept cool by methods for some warmth sinks. Exploratory outcomes demonstrate calculable upgrade in general yield of sun based board. Trial readings got from a) without reflectors and without cooling b) with reflectors and without cooling c) with reflectors and with cooling are thought about. Comparing comes about acquired from various conditions indicating change in control yield and productivity up to 32%in case (b) and 44% on the off chance that (c) are tabled and plotted.

Other Details

Paper ID: IJSRDV5I70233
Published in: Volume : 5, Issue : 7
Publication Date: 01/10/2017
Page(s): 393-397

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