Cahier des transitions

Étiquette : BATTERIES LIFESPAN

  • Design and Optimization of a Standalone Photovoltaic System Considering Panel Position, Battery Lifespan, and Cost

    Design and Optimization of a Standalone Photovoltaic System Considering Panel Position, Battery Lifespan, and Cost

    Design and Optimization of a Standalone Photovoltaic System Considering Panel Position, Battery Lifespan, and Cost

    Dhaker ABBES, André MARTINEZ , Gérard CHAMPENOIS , Tarik BOURAGBA

    Conférence Internationale en Sciences et Technologies Electriques au Maghreb
    26-28 Octobre, Marrakech, Maroc : CISTEM 2016

    KEYWORDS : Photovoltaic, design, multi-objective optimization, panel’s position, batteries’ lifespan.

    ABSTRACT : 

    This paper focusses on the design and the optimization of a photovoltaic system that includes battery storage. We have developed an optimization method that takes into account Life Cycle Cost (LCC) and Loss of Power Supply Probability (LPSP). Batteries’ lifespan is considered at the design phase especially for replacement. This approach is rather recent in the literature and brings a significant contribution. For the improvement of the management system, other aspects such as the inclination of the panels as well as batteries charge or discharge are considered. Finally, the methodology will help developers and installers to design appropriate renewable systems, particularly in standalone areas.


  • Energy management and batteries lifespan estimation in a photovoltaïc system with hybrid storage : a comparative study

    Energy management and batteries lifespan estimation in a photovoltaïc system with hybrid storage : a comparative study


    PV hybrid storage
     

    RÉSUMÉ / ABSTRACT :

    In this paper, a photovoltaic system with hybrid storage connected to the grid has been studied. A smart supervision algorithm based on fuzzy logic has been successfully developed. In addition, a comparative study of different hybrid storage possibilities in terms of batteries longevity has been done using rain-flow cumulative damage method.





  • Hybridization of electrical energy storage for intelligent integration of photovoltaics in electric networks

    Hybridization of electrical energy storage for intelligent integration of photovoltaics in electric networks


    Energy management structure
     

    RÉSUMÉ / ABSTRACT :

    In this paper, a photovoltaic system with super capacitors and batteries hybrid storage connected to the grid has been studied. A smart supervision algorithm based on fuzzy logic has been successfully developed. In addition, contribution of storage hybridization on batteries longevity has been proved using rain-flow cumulative damage method.





  • BATTERIES LIFESPAN ESTIMATION IN A PHOTOVOLTAÏCSYSTEM WITH HYBRID STORAGE A COMPARATIVE STUDY

    BATTERIES LIFESPAN ESTIMATION IN A PHOTOVOLTAÏCSYSTEM WITH HYBRID STORAGE A COMPARATIVE STUDY

    BATTERIES LIFESPAN ESTIMATION IN A PHOTOVOLTAÏC SYSTEM WITH HYBRID STORAGE
    A COMPARATIVE STUDY

    DhakerABBES, FaycalBENSMAINE, AntoineLABRUNIE , BenoitROBYNS

    13th Brazilian Power Electronics Conference and 1st Southern Power Electronics Conference (COBEP/SPEC), 2015

    KEYWORDS : Photovoltaic System , Hybrid Storage, Energy Management, Batteries Lifespan, Rainflow Method.

    ABSTRACT :

    In this paper, a photovoltaic system with hybrid storage connected to the grid has been studied. A smart supervision algorithm based on fuzzy logic has been successfully developed. In addition, a comparative study of different hybrid storage possibilities in terms of batteries longevity has been done using rain-flow cumulative damage method.




  • Hybridization of electrical energy storage for intelligent integration of photovoltaics in electric networks

    Hybridization of electrical energy storage for intelligent integration of photovoltaics in electric networks

    Hybridization of electrical energy storage for intelligent integration of photovoltaics in electric networks
    Azeddine HOUARI, Dhaker ABBES, Antoine LABRUNIE, Benoit ROBYNS
    17th European Conference on Power Electronics and Applications (EPE ’15 ECCE Europe)

    KEYWORDS : « Photovoltaic System », « Hybrid Storage », « Energy Management », « Batteries Lifespan», « Rainflow Method » 

    ABSTRACT : 

    In this paper, a photovoltaic system with super capacitors and batteries hybrid storage connected to the grid has been studied. A smart supervision algorithm based on fuzzy logic has been successfully developed. In addition, contribution of storage hybridization on batteries longevity has been proved using rain-flow cumulative damage method.