A new CPV/PV hybrid module with a self-powered, integrated, 3D meso solar tracker based on shape memory alloys

A new CPV/PV hybrid module (PVSMART2), with a self-powered, integrated 3D meso solar tracking system based on shape memory alloy actuators (SMA), is proposed. The use of SMAs allows simplifying the solar tracker technology, drastically reducing its costs to 0.04 Euro/W. The PVSMART2 module has no de...

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Hauptverfasser:	Minuto, Alessandro, Timò, Gianluca, Celi, Edoardo
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	Actuators Incidence angle Photovoltaic cells Shape memory alloys Solar radiation Tracking systems Weather
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creator	Minuto, Alessandro Timò, Gianluca Celi, Edoardo
description	A new CPV/PV hybrid module (PVSMART2), with a self-powered, integrated 3D meso solar tracking system based on shape memory alloy actuators (SMA), is proposed. The use of SMAs allows simplifying the solar tracker technology, drastically reducing its costs to 0.04 Euro/W. The PVSMART2 module has no dead area and exploits at best the solar radiation thanks to the innovative smart performance control, which allows selecting the PV module working condition as function of the weather condition, sun spectrum and sun incidence angle. With this contribution the proof of the 2D-meso tracking concept, as well as the preliminary simulation results on the energy production of the PVSMART2 technology are reported. It will be shown that PVSMART2 technology has the potential to produce up to 55% more energy than 20% efficient Si PV modules.
doi_str_mv	10.1063/5.0099278
format	Conference Proceeding
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source	AIP Journals Complete
subjects	Actuators Incidence angle Photovoltaic cells Shape memory alloys Solar radiation Tracking systems Weather
title	A new CPV/PV hybrid module with a self-powered, integrated, 3D meso solar tracker based on shape memory alloys
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