| Titre : | Desing and realization of PV Panel Curves Tracer | | Type de document : | document multimédia | | Auteurs : | Souhil Zine Elabidine Lagraa, Auteur ; Mokhtar Sabba, Auteur ; Nabil Abouchabana, Directeur de thèse | | Année de publication : | 2024 | | Importance : | 60 p. | | Note générale : | Option : Instrumentation | | Langues : | Anglais | | Mots-clés : | Photovoltaic PVCT PV Curve Tracer TFT display Temperature sensor MOSFET Voltage sensor Current sensor | | Résumé : | The project aims to design and implement an innovative photovoltaic curve tracer (PVCT), an advanced tool for accurately measuring the electrical characteristics of photovoltaic panels. This device contributes to improving the testing and maintenance processes of photovoltaic panels while enabling performance evaluation over time to ensure high efficiency and energy sustainability. The project began with an in-depth study of photovoltaic panel characteristics, including an analysis of current methods used for extracting electrical data. During the theoretical design phase, the focus was on developing a device that relies on an electronic load to achieve optimal performance. The practical implementation included several steps:- Selecting precise electronic com ponents, such as voltage and current sensors, a TFT display, a temperature sensor, and MOSFET switches.- Conducting preliminary tests to verify the efficiency of the de sign.- Designing final printed circuit boards (PCBs).- Developing integrated software for device control and data analysis. The experimental results of the prototype demon strated high efficiency and reliability, making it an effective tool for characterizing the performance of photovoltaic panels. To ensure the project’s sustainability and market impact, a comprehensive business plan was developed, aiming to establish a startup to commercialize this innovation, thereby contributing to the promotion of renewable energy use and the development of local technology.PV: | | note de thèses : | Mémoire de master en électronique |
Desing and realization of PV Panel Curves Tracer [document multimédia] / Souhil Zine Elabidine Lagraa, Auteur ; Mokhtar Sabba, Auteur ; Nabil Abouchabana, Directeur de thèse . - 2024 . - 60 p. Option : Instrumentation Langues : Anglais | Mots-clés : | Photovoltaic PVCT PV Curve Tracer TFT display Temperature sensor MOSFET Voltage sensor Current sensor | | Résumé : | The project aims to design and implement an innovative photovoltaic curve tracer (PVCT), an advanced tool for accurately measuring the electrical characteristics of photovoltaic panels. This device contributes to improving the testing and maintenance processes of photovoltaic panels while enabling performance evaluation over time to ensure high efficiency and energy sustainability. The project began with an in-depth study of photovoltaic panel characteristics, including an analysis of current methods used for extracting electrical data. During the theoretical design phase, the focus was on developing a device that relies on an electronic load to achieve optimal performance. The practical implementation included several steps:- Selecting precise electronic com ponents, such as voltage and current sensors, a TFT display, a temperature sensor, and MOSFET switches.- Conducting preliminary tests to verify the efficiency of the de sign.- Designing final printed circuit boards (PCBs).- Developing integrated software for device control and data analysis. The experimental results of the prototype demon strated high efficiency and reliability, making it an effective tool for characterizing the performance of photovoltaic panels. To ensure the project’s sustainability and market impact, a comprehensive business plan was developed, aiming to establish a startup to commercialize this innovation, thereby contributing to the promotion of renewable energy use and the development of local technology.PV: | | note de thèses : | Mémoire de master en électronique |
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