Modelling and Simulation of Solar Cell Mathematical Model Parameters Determination Based on Different Methods

Suha SHIHAB; Mohammed RASHEED

doi:10.18282/mta.v1i1.256

Suha SHIHAB Applied Sciences Department, University of Technology, Baghdad, Iraq
Mohammed RASHEED http://orcid.org/0000-0003-3730-0149

DOI: https://doi.org/10.18282/mta.v1i1.256

Keywords: Newton-Raphson Method, Aitken's Method, Extrapolation Technique, Solar Cell Parameters, Single-diode Model

Abstract

Finding the roots of nonlinear equations is one of the most important computational problems and their applications. In this paper, a new algorithm is used to find the real roots of nonlinear equations of a single-diode solar cell by combining the Aitken's extrapolation algorithm (AEM) and the Newton-Raphson algorithm (NRM), describing, and comparing them. The extrapolation method in the form of Aitken –acceleration is applied for improvement the convergence of the iterative method (Newton-Raphson) method. Using anew improve to Aitken technique enables one to acquire efficiently the numerical solution of the single-diode solar cell equation. The speed of the proposed algorithms is compared by different values of the load resistance () in the range of and with the given voltage of the cell as an initial value in room temperature. The results showed that the proposed technique (AEM) is faster than (NRM); in addition, the current and power of the cell have been described and calculated.

Author Biography

Mohammed RASHEED

She was born in Baghdad in 1970. He had her B.Sc., M.Sc. degrees in Applied Physics from University of Technology, Baghdad (Iraq) in 27/06/1992, 28/12/1995 respectively, and Ph.D. degree in the College of Science, Al-Mustansiriya University Baghdad (Iraq) in 04/10/2005. He has become a Lecturer in 06/03/1999, Assistant professor at 15/03/2002 and Professor at 02/05/2012. She has research gate h-index 3, Scopus h-index 1 and more than 60 published articles inside, outside Iraq. She supervised on many students (Msc. and PHD.) degrees. He was having a many research group on numerical Analysis, optimal Control Systems, and Mathematical Physics. As well as; She have a group for the characterization of semiconducting thin films and nanostructures materials especially the Optical properties with mathematical models produced by different techniques of preparation such as: Spin Coating and Dip Coating (Sol Gel), Sputtering (DC and RF), PLD, chemical bath deposition (CBD) and ....etc. In addition; I have group for the characterization of Ceramic and Polymer materials mathematically produced by many techniques like solid-state and hydrothermal. Authored more than Five books published it in Lambert Academic Publishing in 2012 in Germany. She is reviewer for many international journals. She participate in more than 12 conferences all of them outside Iraq in France, Romania, Algeria and Tunisia.

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M. RASHEED, Estimation of Single-Diode Model Parameters of Industrial Solar Cell, Insight Electronics, (2019).