Public Projects
We participate in publicly funded projects that are ambitious and driven by a vision for the advancement of the field of printed solar cells.
Active Projects
EIFFEL
The EIFFEL project aims to advance NFA materials and OSCs to regain Europe's leadership from Asia. It will use goal-driven design strategies, stakeholder collaboration, and investigate vacuum processing to address stability issues.
LUMINOSITY
LUMINOSITY is an industry driven project aimed at leveraging the flexible perovskite solar cells (PSC) technology to commercially relevant production scales, using established industrial processes.
SPOT-IT
SPOT-IT develops sustainable indoor solar cells for IoT, optimizing materials and techniques for efficiency and scalability.
OPVStability
OPVStability aims to enhance stability and efficiency through understanding degradation mechanisms, predicting lifetimes, and developing innovative strategies
GreenhousePV
Increasing global food demand challenges traditional agriculture, which harms the environment. Greenhouse-based agriculture is more efficient but uses more energy. This project aims to create semi-transparent solar cells for Net Zero Energy Greenhouses, promoting sustainable agriculture and reducing fossil fuel reliance.
Completed Projects
RealNano
RealNano, funded by EU's HORIZON 2020, creates rapid nano-characterization tools for Organic & Printed Electronics, integrated into manufacturing lines such as R2R Printing and OVPD. These tools improve product quality and reliability through non-destructive testing, fostering collaboration across academia, SMEs, and industry to advance manufacturing in electronics, wearables, and energy sectors.
MADRAS
MADRAS, funded by EU's HORIZON 2020, advances OLAE devices through high-speed, scalable IMHyPE manufacturing. It develops materials to enhance performance and stability, targeting flexible plastronic products for authentication and smart manufacturing in sectors like automotive and healthcare.
SOLO
Crystalline silicon solar cells are widely used but fragile, requiring glass mounting. Printed solar cells offer rapid, eco-friendly production and are recyclable. SOLO panels are lightweight, flexible, moldable, and suitable for any structure due to their low weight. We aim to innovate production of 12-Watt SOLO panels, optimizing equipment and processes at infinityPV to enhance flexibility and output.
Scalable Electronics
This EUDP-supported project aims to enhance plastic solar cell adoption by developing scalable electronics. infinityPV has pioneered small-scale electronics and seeks to industrialize them for full scalability in voltage and power, enabling integration into the Danish energy system for applications like carports and greenhouses, with efficient energy harvesting and potential for grid connection and battery storage.
Robotization of Solar Cell Fabrication
Innovation Fund Denmark's Innobooster initiative supports infinityPV in automating solar cell post-treatment using UR5 robots for vision control, laser cutting, foil handling, and testing. Key developments include the robotic system implementation, safety exploration, and a mobile platform for various tasks.
INKA
The project focuses on developing a specialized ink for the active layer of polymer solar cells, optimized for industrial printing machines. This ink aims to achieve at least six percent efficiency in converting solar energy into electricity, doubling initial capabilities. Key challenges include ensuring the ink's compatibility with large-scale production methods and meeting specific performance criteria for solar cell manufacturing.
Build Your Own R2R Lab Coater
With its modular design, the Laboratory Roll-to-Roll Coater empowers you to customize your system with the components you need. Choose between slot-die heads, flexographic printers, slurry coaters, air knives, drying and curing units, knife cutters, laminators, laser systems and more.
Related Pages
Processing Equipment
We offer comprehensive solutions for printed electronics manufacturing, from small-scale prototyping to large-scale Roll-to-Roll production.
Characterization Equipment
infinityPV equipment is proven instrumentation for the purpose of characterizing and/or testing photovoltaic films, single junction devices and modules.
About Us
infinityPV, a Danish company, specializes in printed electronics, covering materials, characterization, and production hardware.