R2R processing promises high-throughput, cost-efficient & large-area production of OPV devices.
Organic Photovoltaics (OPVs), the 3rd generation of PV technologies, have undergone significant progress during the last decade boosted by the introduction of Roll-to-Roll (R2R) printing processing applied on plastics with any custom shape and size and almost unlimited coloring. OPVs on plastics focus on both existing, and new markets.
OET designs and develops R2R printing, laser processing and quality control technologies, aiming at cost-effective, high-throughput manufacturing of OPVs on flexible plastic surfaces. Its progress in scalable production and achieving the nanoscale precision in R2R printing machines, optical engineering, reduction of manufacturing costs and increasing yield and efficiency of OPVs is based on a huge R&D investment took place the last years in developing unique production lines, laser scribing technologies and in-line optical precision metrology and quality control tools.
OET’s experienced engineers have designed, developed and optimized a unique and versatile R2R printing manufacturing plant with a production capacity of OPVs of >100.000 m2 /year and planned to be manufactured a production capacity of 1.000.000 m2 /year by 2019.
The superior characteristics of OPVs as compared with Si-based PVs enable the development of products for new applications. OPVs are very thin and flexible, lightweight (<0.5kg/m2), can be produced by R2R printing processes, can be used under ambient interior lighting, can be made in custom shapes and sizes. In addition, their flexible slim line nature can be adapted to a number of static and mobile uses in various environments, they offer unlimited choice of coloration including color and aesthetic patterns while maintaining optical transparency.
OET’s OPV modules provide supplementary power to portable electronics, to automotive and buildings applications and help to improve aesthetics and performance in urban and wintery conditions where the light conditions are far from optimal for Si and other PV technologies. OET’s OPV modules, due to their lightweight (<0.5 kg/m2!), can be easily used on roof and sun visor on cars and provide electricity for onboard. Also, their flexibility and transparency make them ideal to be integrated on greenhouses, windows, buildings, and on the roof, adding extra value to the final building, such as energy, shading, aesthetic and design.
OET’s OPV modules on plastics target both existing markets and mainly new emerging markets. OPVs are also ideal for a wide range of niche applications extending from portable electronics to smart packaging, wearables, automotive, greenhouses and building-integrated systems.
OET has expertise in materials processing, deposition and characterization for scalable manufacturing OPV devices. OET develops the Process Technology platform for the cost-efficient production of OPVs by optimizing all the key parameters that affect the R2R printing processes, the lifetime and the OPVs efficiency, such as ink modification, printing speed, drying conditions, morphology & phase separation, design and architecture, laser scribing, thin barrier films and encapsulation.
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“Improvement of Inverted OPV Performance by Enhancement of ZnO Layer Properties as an Electron Transfer Layer”, Materials Today: Proceedings 3 (2016) 758 – 771, DOI: 10.1016/j.matpr.2016.02.007
“Gravure Printed Organic Photovoltaic Modules Onto Flexible Substrates Consisting of a P3HT:PCBM Photoactive Blend” Materials Today: Proceedings 3 ( 2016 ) 746 – 757 DOI: 10.1016/j.matpr.2016.02.006
For more details about OPVs manufacturing processes, OPV integrated in Mediterranean Greenhouses - Automotive - Buildings and pricing, you can contact us.