AIM: development of an integrated experimental-computational methodology to assess the durability of photovoltaic (PV) modules by considering microcracking in Silicon. INSTRUMENTS: thermocamera and electroluminescence camera for integrity assessment of PV modules on site and in laboratory. METHODOLOGY: Multi-physics approach based on FEM and nonlinear fracture mechanics to predict crack patterns and their effects on the electric response. APPLICATION FIELDS: improvement of quality standards (PV manufacturers) inspection of PV installations for forensics applications (end users).
Efficiency and durability of photovoltaic modules: experimental methods and computational modelling
Paggi M.
2012-01-01
Abstract
AIM: development of an integrated experimental-computational methodology to assess the durability of photovoltaic (PV) modules by considering microcracking in Silicon. INSTRUMENTS: thermocamera and electroluminescence camera for integrity assessment of PV modules on site and in laboratory. METHODOLOGY: Multi-physics approach based on FEM and nonlinear fracture mechanics to predict crack patterns and their effects on the electric response. APPLICATION FIELDS: improvement of quality standards (PV manufacturers) inspection of PV installations for forensics applications (end users).File in questo prodotto:
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