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Antón, I.1
Sala, G.2
Heasman, K.3
Kern, R.4
Bruton, T.M.5
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0027612070
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Distributed parameter analysis of dark I-V characteristics of the solar cell: Estimation of equivalent lumped series resistance and diode quality factor
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Vishnoi A, Gopal R, Dwivedi R, Srivastava SK. Distributed parameter analysis of dark I-V characteristics of the solar cell: estimation of equivalent lumped series resistance and diode quality factor. Proceedings G IEEE of Circuits, Devices and Systems 1993; 140(3): 155-164.
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Extended distributed model for analysis of non-ideal concentrator operation
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Distributed series resistance effects in solar cells
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A new method for accurate measurements of the lumped series resistance of solar cells
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Aberle, A.G.1
Wenham, S.R.2
Green, M.A.3
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The effect of distributed series resistance on the dark and illuminated current - voltage characteristics of solar cells
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The voltage that needs to be applied to a pn+ junction in order to reach the high injection regime (VHI) is VHI, 2 kT/q In (2NA/ni, where NA is the doping level of the p side and ni is the intrinsic concentration of the semiconductor [G.L: Ara-jo, G. Sala, J.M. Ruiz, Física de los dispositivitos electrónicos, ETSIT, 1980, ISBN: 84-7402-1002-2, For a typical GaAs concentrator solar cell, NA is between 2·10 17 and 1·1018 cm-3 thus obtaining 1.281 V < VHI < 1.361 V. Taking into account that VHI is the voltage applied at the pn junction so ohmic losses must be considered, illumination concentrations between 5000X and 1000X are required
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HI is the voltage applied at the pn junction (so ohmic losses must be considered), illumination concentrations between 5000X and 1000X are required.
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A 3-D model for concentrator solar cells based on distributed circuit units
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Microplasma breakdown in high-concentration III-V solar cells
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Gonzalez, J.R.1
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33745642716
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Comparison of ID and 3D analysis of the front contact influence on GaAs concentrator solar cell performance
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Galiana B, Rey-Stolle I, Algora C. Comparison of ID and 3D analysis of the front contact influence on GaAs concentrator solar cell performance. Solar Energy Materials and Solar Cells 2006; 90(16): 2589-2604.
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Galiana, B.1
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Algora, C.3
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