Research Articles Featuring infinityPV Characterization Equipment

Source Measure Unit

Reer-reviewed publications using infinityPV’s Source Measure Units.

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Gdańsk University of Technology Analyze Outdoor Stability of Perovskite Solar Cells Using infinityPV Source Measure Unit
Gdańsk University of Technology Analyze Outdoor Stability of Perovskite Solar Cells Using infinityPV Source Measure Unit

How researchers tested perovskite solar cell stability, revealing key findings on degradation mechanisms, seasonal effects, and how laboratory testing predicts real-world performance.

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Source Measure Unit Enables Breakthrough in Perovskite Solar Cell Stability
Source Measure Unit Enables Breakthrough in Perovskite Solar Cell Stability

How researchers pushed perovskite efficiency from 19.1% to 20.5% and retained 98% output after 1500 hours of outdoor testing using SMU.

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Solar Simulators

Reer-reviewed publications using infinityPV’s Solar Simulators.

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University of Southern Denmark Validates Long-Lasting Organic Photovoltaics with ISOSun Solar Simulator
University of Southern Denmark Validates Long-Lasting Organic Photovoltaics with ISOSun Solar Simulator

Researchers achieved a record 15.9% power conversion efficiency and superior long-term stability, with less than 10% efficiency loss after 1,000 hours in OPVs.

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Laser Beam Induced Current (LBIC)

Reer-reviewed publications using infinityPV’s LBICs.

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LBIC Enables High-Performance Roll-to-Roll Solar Production: Real-World Mapping of ITO-Free OPVs
LBIC Enables High-Performance Roll-to-Roll Solar Production: Real-World Mapping of ITO-Free OPVs

How researchers used the infinityPV LBIC to achieve record-high performance in ITO-free, roll-to-roll processed organic solar modules.

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Precision Sunlight In Your Lab

The ISOSun Solar Simulators delivers highly controlled, laboratory-grade sunlight for accurate indoor testing of solar cells and materials. Designed for stability, uniform illumination, and tunable spectra, ISOSun systems allow researchers and engineers to replicate real-world solar conditions with exceptional precision.

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High-Resolution Mapping of Solar Cell Performance

Laser Beam Induced Current (LBIC) is a high-resolution technique that maps the local photocurrent of a solar cell using a focused laser beam. It reveals spatial variations in performance, helping identify defects, shunts, inactive regions, and coating non-uniformities—making it a powerful tool for improving device quality, reliability, and manufacturing control.

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