Bond Graph Modelling of a UV Water Disinfection Pilot Unit Fed by a Photovoltaic Source

N. Zitouni(1*), R. Andoulsi(2), A. Sellami(3), R. Mhiri(4)

(1) Laboratoire photovoltaïque et semi-conducteur au CRTEn, BP 95 Hammam lif 2050, Tunisia
(2) Laboratoire photovoltaïque et semi-conducteur au CRTEn, BP 95 Hammam lif 2050, Tunisia
(3) Laboratoire photovoltaïque et semi-conducteur au CRTEn, BP 95 Hammam lif 2050, Tunisia
(4) Unité de Recherche RME- Groupe AIA à l’INSAT, Tunisia
(*) Corresponding author

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This paper presents a Bond Graph (BG) modelling of ultraviolet (UV) water disinfection pilot unit fed by a photovoltaic source. This unit is intended to be mainly used in rural zones where the water availability is often rare. The use of the photovoltaic modules as source of energy is an adequate solution considering the dispersion of the sites. However, the sunning variation during the day poses the problem of energy storage. For that, we used electrochemical batteries which present the best solution by their good adaptation to photovoltaic source. The ultraviolet irradiations are used to solve the bacteriological problem of the drinking water quality. A gas-discharge lamp is used to produce this type of radiation. A centrifugal motor-driven pump ensures the circulation of treated water between the two tanks (input and output) through UV lamp. The pilot unit presents a complex model because of his hybrid components. For that we used the bond graph methodology to present the B.G models of the various unit elements and a global model for simulation is carried out.
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Bond-Graph; Photovoltaic; UV Water Disinfection; Battery Storage; Modelling and Simulations

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A. Cherif, Mjraidi, A Dhouib, A battery ageing model used in stand alone PV. Journal of Power Source. 112 (2002) 49-53.

B. Wei Chen, Hui Shen, Bifen Shu, Hong Qin, Tao Deng, Evaluation of performance of MPPT devices in PV systems with storage batterie. Renewable energie 2006.

C.Coastache Mongrand,’ Etude d’un système lampe à décharge alimentation-réacteyr.Application au traitement tertiaire de l’eau, Thesis 2000 Université Paul Sabatier, France.

J.L. Balino, A.E. Larreteguy, E.F. Gandolfo Raso,’ Ageneral Bond-graph approach for computational fluid dynamics’, Simulation Modeling Practice and Theory 14 (2006) 884-908.

R. Ratiff, K. L. Wood and R. H. Grawford,’ Modelling of vertical centrifugal pump,’ ICBGM’93 International conference for Bon Graph Modeling,269-274.

A. Hassen, Traitement des eaux usées et étude des interactions micro-organisme métaux lourds – matière organiques’, Thesis de doctorat d’état en science biologique, université de Tunis II.

Abdennaceur Hassen, Meryem Mabrouk, Hadda Ouazri, Mohamed Cherif, Abdeltif Boudabous, Jean Jacques Damelincourt, “UV disinfection of treated waste water in a large-scale pilot plant and inactivation of selected bacteria in a laboratory UV device”, Bioresource Technology (2000).

B. S.Borowy and Z. M. Salameh., Dynamic response of a stand-Alone wind energy conversion system with battery storage to a wind gurst, IEEE Transaction on Energy conversion vo1. 12, issue 1 Marsh 1997, 73-75.

A.laugier, J.A. Roger : les photopiles : Du matériaux au dispositif, du dispositif aux applications (Technique de documentation. Paris cedex 08.1981).

B.Allard, H Morel,Ph Lautier, and J.M.Retif, Bong-graphs for averaged modelling of power electronic converters. Proceeding of the SCS International Conference on Bond-graph Modeling (ICBGM’ 97). Phoenix, USA, Vol 29, N° 1, 201-206.

R. Andoulsi, A.Mami, G. Dauphin-tanguy, M.Annabi, Bond graph modelling and dynamic study of a photovoltaic system using MPPT buck-boost converter. SMC 2002, IEEE (TA1B6)

N.Zitouni, R.Andoulsi, A.Sellemi,R.Mhiri,’Bond graph modelling of UV water disinfection pilot unit fed by a photovoltaic source’, JTEA2006 Journée Tunisienne de l’Electrotechnique et Automatique.

Bogdan S.Borouy, Zied M. Salameh: Dynamic reponse of a stand-Alone wind energy Conversion System with battery energy storage to a wind Gust. IEEE transaction on Energy Conversion. Vol 12.N°1,marsh1997.

J.N. Ross, T. Markvart and WHE, Modeling battery charge regulation for a stand-alone photovoltaic system, Solar Energy vol.69 N°3, issue 2000,181-190.

R.L. Hammond & J.F. Tqin, S.R. Harrington, PV batteries and charge controllers: technical Issues, costs, and market trends. 26th PVSC; Sept. 30-0ct. 3,1997; Anaheim, CA, IEEE

Sioe Yao Kan, Martin Verwal, Herman Broekhuizen. The use of battery- capacitor combinations in photovoltaic powered products. Journal of Power Source. 162 (2006) 971-974.

D.Mezghanni, R. Andoulsi, A. Mami, G. Dauphin-Tanguy, “ Bond graph modelling of a photovoltaic system feeding an induction motor-pump” Simulation Modelling Practice and Theory 15 (2007) 1224–1238.

Janette GARCIA, Genevieve DAUPHIN-TANGUY, Christian ROMBAUT,” Electrothermal Bond Graph model for semiconductor switching devices” 1996 IEEE

Krister Edstrom, Jan-Erik Stromberg, Jan Top, Aspects on simulation of switched bond graphs the 35th Conference on Decision and Control Kobe, Japan December 1996 IEEE


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