Study for increasing efficiency in photovoltaic modules - Margarido, Gustavo N;Trigoso, Federico;Frajuca, Carlos
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The work verifies the hypothesis of compensation of the efficiency loss in photovoltaic modules by the working temperature, with the co-generation of energy, using the thermal energy of the modules to be converted into electric energy, by the Seebeck effect, using thermoelectric wafers (known by the acronym TEG). Theoretical analysis and also the simulation for the application of the system in commercial photovoltaic modules in several areas within the State of São Paulo - Brazil is performed.

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Produktbeschreibung
The work verifies the hypothesis of compensation of the efficiency loss in photovoltaic modules by the working temperature, with the co-generation of energy, using the thermal energy of the modules to be converted into electric energy, by the Seebeck effect, using thermoelectric wafers (known by the acronym TEG). Theoretical analysis and also the simulation for the application of the system in commercial photovoltaic modules in several areas within the State of São Paulo - Brazil is performed.
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Autorenporträt
The author is a professor and lives in the region of São Paulo - Brazil, has a Doctorate in Energy from the Federal University of ABC (UFABC), a Master in Automation from the Federal Institute of São Paulo (IFSP), and an Automation Engineer (UFABC). He has experience in metrology and technological education.