Optimal Exploitation of a Solar Power System for a Semi-Arid Zone (Case Study: Ferkène, Algeria)

Year 2014, Volume: 4 Issue: 2, 389 - 400, 01.06.2014

DIB Djalel Guesmi Moatezbillah

Abstract

Contribute to the development of renewable energies in rich areas of new potential energy same Algeria, was the main cause of our work in this paper. The Contribution to a study of power supply by solar energy system called a common Ferkène north of Algerian desert in the semi-arid area is our objective in this paper.  The optimal exploitation of the system, goes through stages of study and essential design, the choice of the model of the photovoltaic panel, the study of behavior with all the parameters involved in simulation before fixing the trajectory tracking the maximum point the power to extract (MPPT), form the essential platform to shape the design of the solar system set up to supply the town Ferkène without considering the grid. The identification of the common Ferkène by the collection of geographical, meteorological, demographic and electrical provides a basis uniform and important data. To set provide a computing tools, modeling and control of MPPT more practical we have developed a software system PVSSS using Matlab. The results reflect a valid fictive model for any attempt to study and design a solar system to supply an arid or semi-arid zone by electrical energy from photovoltaic panels.

Keywords

Solar power, photovoltaic panel, Boost converter, PVSSS, design, electric power, Ferkène, Algeria

References

• A. Laburet, M. Villoz: “Energie Solaire Photovoltaïque" Edition Dunod –Paris, 2006. (Book)
• M. Manikanda prabhu, A. Manivannan, “Modelling And Performance Analysis Of PV Panel Using Incremental Conductance Maximum Power Point Tracking” IJERT, Vol. 2 Issue 3, March – 2013 (article)
• D. Turcotte, M. Ross and F. Sheriff. «Photovoltaic hybrid System Sizing and Simulation Tools»; PV Horizon, Canada, 2001. (article)
• K. Vandana, K. D. Bijoy, B. Dinesh, “MATLAB/ SIMELECTRONICS Models Based Study of Solar Cells “ IJRER, Vol.3, No.1, 2013 (article)
• D. S. Koussa et M. Haddadi, ‘’Modélisation d'un générateur photovoltaïque dans l'environnement « Matlab’’. 4th International Conférence CIP'2007, (Conference paper)
• H. Mohammed, I. Boualit, S. L. Hadj Arab, A. Youcef, ’’Application d'un modèle généralisé de courant - tension d'une cellule photovoltaïque pour des mesures extérieures sur le module de type monocristallin, Sharp NT-R5E3E’’. Revue des Énergies Renouvelables, pp : 149- 152, 2007, (Article)
• W.C. Ben moussa, S. Amara and A. Zerga, ’’Étude comparative des modèles de la caractéristique courant- tension d'une cellule solaire au silicium monocristallin ‘’. Revue Ene Ren , 2007, (Article)
• N. Belhaouas, M.S. Ait Cheikh, A. Malek and C. Larbes, “Matlab-Simulink of photovoltaic system based on a two- diode model simulator with shaded solar cells” Revue RER, V. 16 N°1 (2013) 65 – 73 65(article)
• M. Angel-Cid-Pastor «’’Conception et réalisation de modules photovoltaïques électriques’’ Toulouse. France. , doctorat Thesis N. Chayawatto, K. Kirtikara K, V. Monyakul , C. Jivacate, D. Chenvidhya. “DC-AC switching converter modelings of a PV grid-connected System under isolanding phenomena”. Renewable energy. V 34. pp : 2544. 2009. (article)
• F. Hadj arab, A. Chrifa and F. Chenlo, “Grid- connected photovoltaic at CDER-Algeria”, 20th European photovoltaic solar energies conference and exhibition . Barcelona .6-10 june 2005. (Conference paper)
• L.Castaner and S. Santiago, Modeling photovoltaic systems Using Pspice, John Wiley&Sons, LTD. (book) Official document of data planification from wilaya of Tebessa, 2102(Standard report)
• Agency Meteorological maps of Tebessa, 2012. www.mem.dz 2013 www.sonelgaz.dz 2013 www.solargis.com 2012 www.Atlas.org 2012 www.solarwatt.de http://www.batterie-solaire.com http://www.ecologie-shop.com/conseils