Characterization

infinityPV Hardware is proven instrumentation for the purpose of characterising and/or testing photovoltaic films, single junction devices and modules.

Academic LBIC

The academic LBIC offers high resolution and tremendously fast mapping of any photovoltaic device and with a scanning area of 50 x 50 mm this equipment will handle most device prepared in the laboratory.

Professional LBIC

Fast high-resolution mapping of the photovoltaic response over large areas. Defects introduced in various printing or fabrication steps are easily identified.

SMU

A versatile range of source measure units (SMUs) with 1 to 40 channels, multiplexer, software and option for active load for maximum power point tracking

Active Load

Active load for advanced testing of PV devices. Measured and keep the device at MPP while performing lifetime studies using infinityPV SMU.

Sample Holder

infinityPV offer customized sample holders that fit with your device layout. Choose between top and bottom side illumination, let us know the placement of the connects and we will handle the rest.

CalCell

The CalCell is a calibrated photodiode with filter that can be used to calibrate the intensity of solar simulators at the position of the device.

Lab collections

Our characterization hardware is also sold as part of our lab collections. Please browse our lab collections below.

Academic Research Line

With the academic research line infinityPV offers three essential pieces of equipment that allows you to do it all. The equipment counts the research laboratory coater (RLC), the UV-LED solar simulator and the academic LBIC.

Solar workstation

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.