Enhancing fault diagnosis in photovoltaic plants: managing the simultaneity of faulty bypass diodes, series resistance increases, and partial shading effects

HIGHLIGHTS

• What: The findings of the study provide a methodology foundation for the development of advanced fault detection and diagnosis tools, aiming to improve their reliability and performance when dealing with the simultaneous occurrence of the aforementioned faults. The research provides detailed guidelines for data processing, with the goal of enhancing the effectiveness of diagnostic algorithms in detecting faults, particularly in complex scenarios where multiple concurrent issues are present within a PV plant. The aim of this analysis has been twofold: on the one hand, to characterize the malfunctions through the time analysis of electrical parameters acquired by . . .
  

   

  

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