Photovoltaic Module Simultaneous Open-and Short-Circuit Faults Modeling and Detection using the I-V Characteristic

Wail Rezgui (1, 2) , Hayet Mouss (2) , Nadia Mouss (2) , Djamel Mouss (2) , Mohamed Benbouzid (1) , Yassine Amirat (1)

1 LBMS - Laboratoire brestois de mécanique et des systèmes
2 LAP - Laboratoire d'Automatique et de Productique de Batna

This paper created a new research space in the faults modeling and detection area of the industrial systems, especially photovoltaic generators. It reserved for modeling and detection the hybrid defects, like the presence of cells open- and short-circuit within the same photovoltaic cells group. For a small investment, the new algorithm created a new platform. It exposed a display screen of the database, which presented the power of the PV module production in each period. The display screen allows real-time monitoring of the PV module production throughout the year, and detecting its anomalies.

Mots clés: Platform; PV Module; Modeling; Detection; Open-Circuit; Short-Circuit

Domaines: Energie électrique

Wail Rezgui, Hayet Mouss, Nadia Mouss, Djamel Mouss, Mohamed Benbouzid, et al.. Photovoltaic Module Simultaneous Open-and Short-Circuit Faults Modeling and Detection using the I-V Characteristic. 2015 IEEE ISIE, IEEE, Jun 2015, Buzios - Rio de Janeiro, Brazil. pp.919-924. ⟨hal-01161622⟩