This work studied an innovative technology regarding renewable energies. The idea is to combine classical Photo-Voltaic technology with an active fluid cooling
The idea is to combine classical Photo-Voltaic technology with an active fluid cooling system in order to strongly reduce operative cell temperatures which means an increase of PV-cell electrical efficiency.
The system gives two main advantages: first increases electrical energy production of the PV system thanks to lower temperatures, allowing us to use solar energy in a more efficient way. Furthermore, heat absorbed by the cooling fluid can be used as for solar thermal collectors even if, in this case, temperatures are lower.

Resources needed

Production costs are still being estimated

Evidence of success

The system can be integrated with traditional systems for warm water production. The efficiency of this system strongly depends on climate conditions. The production of electrical energy can rise up to 15-20% than a standard photo-voltaic system in southern Italy regions.

Potential for learning or transfer

At the moment the first prototype of a water-cooled photovoltaic module has been built and tested in various climatic conditions. Soon it will be possible to have a marketable model.
Project
Main institution
University of Basilicata
Location
Basilicata, Italy (Italia)
Start Date
January 2017
End Date
Ongoing

Contact

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