Material Characterisation - infinityPV

Solar simulators

Solar simulators

infinityPV ApS offers a broad range of solar simulator systems from the low cost laboratory work horse ISOSun that runs 24/7 in the lab, through high power lamps to advanced solar concentrators to industrial R2R solar simulators. ...
Source/Sink measure unit (SMU)

Source/Sink measure unit (SMU)

infinityPV ApS offers a versatile range of source measure units (SMUs) enabling testing of many solar cells in the same setup (from 1 to 40 channels) using a unique series multiplexers (MUXs) that cover from low voltage to high vo...
Active Load

Active Load

Active load combined with an infinityPV SMU and infinityPV software allow you to measure and keep photovoltaic devices at the maximum power point during operation (MPPT). The initial values at the MPP are obtained from a user pred...
Sample Holder

Sample Holder

Custom made sample holders The substrate and substrate layout is often a careful choice by scientists studying and developing novel PV technology. Whereas the holder and its mechanics can be the same. infinityPV now offer custom m...
CalCell reference device

CalCell reference device

infinityPV ApS offers the CalCell reference device which is a calibrated photodiode with filter that you can use to calibrate the intensity of you solar simulator at the position of your device under test. The infinityPV ISOSun so...
infinityPV Professional LBIC

infinityPV Professional LBIC

The infinityPV Professional LBIC desktop system enables fast high resolution mapping of the photovoltaic response over large areas. Ultrafast laser beam induced current (LBIC) mapping is carried out with a laser spot having a diam...
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    Material Science & Nanotechnology