The objective of this thesis is to develop a laboratory I-V measurement system that is simpler, faster, and more cost-effective than expensive commercial solutions, with the potential for future implementation of an ultra-low-cost, simplified measurement methodology for compact systems. Various I-V characterization methods for photovoltaic modules of different sizes—and therefore different power ratings—have been analyzed and described, highlighting the theoretical principles, experimental procedures, and practical applications of this technique, with particular attention to its advantages and possible limitations.
L’obiettivo della tesi è sviluppare un sistema di misura I-V da laboratorio, semplice, veloce ed economico, rispetto a soluzioni commerciali molto costose, con la possibilità futura di sviluppare una metodologia di misura semplificata ed ultra-economica, per sistemi compatti. Sono stati analizzati e descritti metodi di caratterizzazione I-V di moduli fotovoltaici di diverse dimensioni, quindi di diversa potenza, evidenziando i principi teorici, le modalità sperimentali e le applicazioni pratiche di tale tecnica, con particolare attenzione ai vantaggi e ad eventuali limiti.
Sviluppo di un sistema di misura ultrarapido per moduli fotovoltaici connessi in stringa
TARGA, ANDREA
2024/2025
Abstract
The objective of this thesis is to develop a laboratory I-V measurement system that is simpler, faster, and more cost-effective than expensive commercial solutions, with the potential for future implementation of an ultra-low-cost, simplified measurement methodology for compact systems. Various I-V characterization methods for photovoltaic modules of different sizes—and therefore different power ratings—have been analyzed and described, highlighting the theoretical principles, experimental procedures, and practical applications of this technique, with particular attention to its advantages and possible limitations.| File | Dimensione | Formato | |
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Targa_Andrea.pdf
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https://hdl.handle.net/20.500.12608/99094