Infrastructure Equipments
The 11th call is open. Apply to access!!
Submit your proposal as soon as possible.
Deadline May 31st, 2024 (23:59:59 CET)
After around 3 years and ten successful calls, more than 115 submitted projects were widely granted to access. We open now the 11th call.
Processing facilities have reached their budget limit. In response, this call exclusively welcomes proposals for characterization and virtual facilities.
The projects submitted by the last call and the previous ones are under review. Applicants will be very soon notified about the result
Infrastructure catalogue
VIPERLAB identifies perovskite PV as the key emerging technology that will be the lever for a future market penetration of EU-based PV production with lowest costs and lowest carbon footprint.
Through facilitated and coordinated access to the best and complimentary EU perovskite infrastructures , both physical and virtual and the use of advanced data mining approaches, VIPERLAB project stimulates European academic and industrial researchers to work together on the research and development of the next generation of solar cell technology, which will accelerate the perovskite PV technology development in Europe.
Free access to top-ranked infrastuctures involved in
- Innovative material synthesis,
- State-of-the-art device design and development
- Standardized testing methods
- Simulation methods, and databases
is offered for EU researchers in academia and industry in order to validate at lab-scale and at pre-industrial-scale, the technology that will form the backbone for EU PV recovered worldwide leadership all along the value chain
You can find below a catalogue of the offered physical infrastructures.
Further information about Virtual infrastructures can be found on VAPo platform the point of access to all Virtual Infrastructures of VIPERLAB.
Particularly
 |
A list of available Simulation tools can be found here |
Evaluate the best infrastructure that fits efficiently your project needs and apply to access
|
Be aware! the abbreviations used in the list of instruments you can find here are needed for the proposal submission by VIPERLAB GATE |
Search
ENEA has been developing over the past few decades a strong expertise on photovoltaic devices starting from thin-film and crystalline silicon based solar cells to last generation of organic/hybrid materials for PV. At the present, the proposed infrastructure is mainly devoted to the fabrication and characterization of perovskite solar cells to be used in 2T monolithic perovskite/silicon tandem solar cells. The infrastructure comprises (main equipment):
- Three glove boxes (one in nitrogen atmosphere, one in nitrogen or dry air atmosphere with controlled relative humidity in the range of 5 % - 70 %, and one equipped with a thermal evaporator for electric contacts);
- PECVD (standard and VHF) multichambered for doped and intrinsic...
The infrastructure comprises (main equipment):
Solar simulator with sensitivity to a broader range of wavelengths, at least between 300 nm and 1200 nm, and with longer lamp pulse duration, at least 100 ms or steady state, to characterize innovative PV materials and with the possibility of heating the samples for determining the temperature coefficients and for energy rating estimation
- Device characterization (illuminated and dark current-voltage (J-V) characteristics, external/internal quantum efficiency (EQE/IQE) with extended wavelength range up to 1800 nm
- WACOM class AAA dual-lamp solar simulator
- Fully equipped facilities for solar cells and PV module performance and reliability testing according to IEC...
