Rana, Aniket and Kumar, Amit and Rahman, Md. Wazedur and Vashistha, Nikita and Garg, Kuldeep K. and Pandey, Sandeep and Sahoo, Nanda Gopal and Chand, Suresh and Singh, Rajiv K. (2018) Non-approximated series resistance evaluation by considering high ideality factor in organic solar cell. AIP Advances, 8 (12). pp. 125121-125130. ISSN 2158-3226

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Abstract

The quality performance analysis of any solar cell can only be predicted through the parameters extracted from its current-voltage characteristics. Herein, we demonstrate an efficient analytical method to calculate the series resistance of organic solar cells without any pre approximation. It has been shown that the inaccuracy in series resistance takes place due to the high ideality factor of the organic based solar cells, usually ranging from 2-5. Using a systemic approach, we solved the single diode solar cell model to determine the series resistance expression. The dependence of series resistance on ideality factor of the device and the reverse saturation current calculation through the illuminated current-voltage characteristics has been presented here for the first time. The entire method has been programmatically realized in MAT-LAB. The extracted parameters values have been compared to the other methods for the proof of validation and it shows good agreement where as some outputs are better resolved. Additionally, the effectiveness of the present method is also matched with NREL certified silicon solar cell (reference cell model 60623) parameter extracted from K24XX cell software provided with PET cell tester model, CT200AAA solar simulators. The present proposed method is not restricted to the organic solar cell only but it can also be applied for the other type of solar cell as well. Therefore, the proposed method shows the relevance in the present scenario of solar cell research and development.

Item Type:	Article
Additional Information:	Copyright for this article belongs to M/s American Institute of Physics.
Subjects:	Materials Science Applied Physics/Condensed Matter Nanoscience/ Nanotechnology
Divisions:	UNSPECIFIED
Depositing User:	Mr. Yogesh Joshi
Date Deposited:	20 Nov 2019 11:39
Last Modified:	20 Nov 2019 11:39
URI:	http://npl.csircentral.net/id/eprint/3993

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