Distributed thermoelectric model of a PV module: effect of inhomogeneous boundary conditions
Résumé
A distributed thermoelectric model for photovoltaic (PV) modules is introduced, incorpo- rating comprehensive heat transfer modes, electrical coupling, and spatially resolved convective heat transfer coefficients. Validated against the SANDIA model, this model accurately captures temperature distribution and power loss due to inhomogeneous convective boundary conditions. It serves as a precursor to a more intricate aerodynamic model, aiming to refine PV performance predictions and inform the design of new PV installations, particularly in aquatic settings or with innovative geometries
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