infinityOPV comprises flexible organic solar cell (OPV) modules prepared entirely using ambient roll-to-roll (R2R) printing and coating techniques. The technology does not include toxic or scarce elements and is an environmentally safe technology with a fast energy pay back time.
infinityPV solar cells are fully sustainable and employ current material technology and carbon electrodes. The Demonstrator modules are made for teaching and demonstration purposes and represent what can be prepared on large scale.
infinityPV foils are infinitely printed organic solar cell (OPV) modules. The infinityPV foil can be cut to fit your application or used in a serial connection as delivered.
Solar Tape is a flexible organic solar cell foil with optional semi-transparent lined adhesive on the front or backside and can be applied like regular tape.
infinityPV Panels can be delivered in bulk quantities in custom sizes laminated onto durable polycarbonate roof plates.
infinityPV can produce custom designs based on specific needs. The "graphical" outline of the solar cell can take a number of appearances with colours of electrode structures ranging from shiny metalic to carbon-black and colours of active layers with darker shades of red, green, blue, grey or black.
infinityPV offers custom electronics optimized for organic solar cells.
The OPV3W60V board is a customized DCDC converter kit made for high-voltage printed organic solar cells (OPV) and low power requirements from 0.5 to 3 Watts and up to 60 Volt input. It offers USB output or battery charging capabilities.
The LiBAT5V2A is an evaluation board to complement solar battery chargers in your solar-powered projects. The LiBAT5V2A is a boost step-up DCDC converter, which gives a stable 5 V output with up to 2 A from Li-based rechargeable single-cell batteries.
infinityPV is a producer of flexible polymer solar cells. As a part of the product portfolio is the Consumer product catagory.
The infinityPV HeLi-on is the world's most compact solar charger. It fits into your pocket, and the solar panel can be rolled out when needed. Inside HeLi-on there is a powerful printed solar panel and a battery, so it can both generate and store energy.
infinityPV Hardware is proven instrumentation for the purpose of characterising and/or testing photovoltaic films, single junction devices and modules. Solar simulation under AM1.5G conditions, at high concentration, stability and lifetime testing testing, IPCE, inverse IPCE and EQE measurements, synthesis of light spectra and defect analysis. You will find it all here.
ISOSun solar simulator
The ISOSun is a stable solar simulator that provides homogeneous full light spectrum simulation over a large area with easy implementation of filters, neutral density filters, cooling and wiring. Maintenance is simple and exchange of light bulbs is facile without changing or moving the setup.
ISOSunMLC multiwavelength LED characterizer
The ISOSunMLC is a multiwavelength LED characterizer enabeling spectral synthesis intensity control from 0-3 suns, and allows for fast measurement of IPCE, inverse IPCE and lifetime testing.
ISOSun100 solar concentrator
The ISOSun100 is a compact solar concentrator that delivers tunable concentration in the range of 1-100 suns with excellent homogeneity over 1 cm2. A higher concentration 50-250 suns can also be reached with a simple mechanical change.
Economy LBIC laser beam induced current mapping
The system enables fast high resolution mapping of the photovoltaic response over large areas. Defects introduced in various printing or fabrication steps are easily identified and multi-wavelength options makes the defect analysis of complex multijunctions and tandem devices straight forward. Ideally suited for junction studies but also applicable to modules.
Flow synthesis system
Industrial production of polymer solar cells requires access to processable, high-performance conjugated polymers in kilogram quantities. infinityPV is now offering a simple, compact, robust and cost efficient flow synthesis system for large scale production of polymer materials.
The infinityPV switcher allows for switching, shunt-burning, de-doping, and simple testing of single junctions or modules with many junctions. The systems range from the small table-top systems for manual operation on discrete units to large and fully R2R operated systems.
The TR2RC is a mobile desktop sized R2R coating and printing machine. The TR2RC bridges the entire gap from small devices to serially produced small prototype modules
The Solar workstation is a turnkey solution for accurate characterization of solar cells in a highly cost efficient platform. The Solar workstation includes the ISOSun Solar Simulator and LBIC.
ISOS testing laboratory
infinityPV offers a complete testing laboratory for characterization of the solar cell lifetime behavior. Full testing possibilities for ISOS-D-1/2/3, ISOS-L-1/2/3, ISOS-O-1/2/3.
Roll-to-roll startup lab
The R2R start-up solar laboratory comprises everything you need to go from material to tested and packaged solar cell device. The package includes, R2R coater, solar simulator, LBIC, on-site training, and consumables.
infinityPV can supply a number of materials for OPV production. Common to them is that they are all prepared on a large scale and with a high degree of reproducibility, a long shelf life and guaranteed efficiency in use by the skilled operator. We can also supply a number of inks for other layers in the solar cell stack with limited warranty due properties that imposes requirements for i.e. fast use, special pre-application operations, short shelf-life or use that requires special proprietary instruction.
Inks for processing of printed solar cells such as OPV and perovskite solar cells. Currently we feature our high performing electron transport layers based on zinc oxide
Production Inks from infinityPV are offered in several different versions of active material ink which allow our customers to choose the right ink for their particular purpose and project.
The infinityPV stack pack includes all the materials needed to fabricate your own flexible polymer solar cells from the laboratory scale to full industrial scale.
Flextrode comprise substrates and superstrates bearing an electrode structure for either hole or electron extraction. The material is ready for application of active layers and top electrode structures.
We offer services to the solar cell industry and academia. If you have special requests you are welcome to contact us at info@infinityPV.com. For custom manufactoring of solar cells we refer you to the custom OPV page.
ISOS solar cell lifetime and stability testing
Stability and lifetime tests of solar cells in accordance within ISOS procedure including dark testing, outdoor testing, laboratory weathering testing, and thermal cycling testing.