From greenhouse roofs and building façades to high-altitude mountain deployments, photovoltaics now go far beyond standard modules. This lab bridges the gap between research and application, delivering tailor-made solutions that are flexible in design and adapted to specific materials, use cases and environmental conditions.
The laboratory facilitates all the necessary steps in the development process: from early concepts to near-series modules. This is made possible by a semi-automated lamination line (up to 1x1m2), a wide range of measurement methods and close links to the Solar PV Lab and the Accelerated Life Testing Lab. Together, these labs cover electrical testing, ageing simulations and service life testing.
Our focus is on developing innovative modules for a wide range of applications: from conventional PV to building-integrated photovoltaics (BIPV), agrivoltaics (agriPV) and solutions for extreme environments, including Alpine PV and Floating PV.
You can find all the information about the PV Prototyping Lab here.
Tailor-made, deployable PV prototypes for a wide range of applications
For industry partners, research institutions and technology developers
Close ties with testing infrastructure (e.g. Solar PV Lab, Accelerated Life Testing Lab)
Realistic, near-series production
Validation of early concepts, optimisation of materials and processes
Support with design, prototype production and pre-certification of new PV modules
Optical, thermal and mechanical analyses
Evaluation and development of customised bills of materials (BoMs)
I-V and EQE measurements for minimodules (25x25 cm2)
Semi-automatic laminating press (1x1m2)
Spectrometer & colorimeter
Differential scanning calorimeter (DSC), peel tester, polariscope
I-V and EQE measurements
Technology sector
Operator
Direct contact: +39 0471 066 648
