Range of standard solar simulators are available at FEL for the evaluation of Power Conversion Efficiency (PCE) and IV measurements of devices/modules having active area varying from 0.1cm2 to ~1000cm2.
Range of standard solar simulators are available at FEL for the evaluation of Power Conversion Efficiency (PCE) and IV measurements of devices/modules having active area varying from 0.1cm2 to ~1000cm2.
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Maximum Power Point (MPP) tracker for the stability and lifetime analysis of small PV devices and large-area modules.
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Our in-house built Light Beam Induced Current (LBIC) mapping (also known as photocurrent mapping) system is a well-established method for the analysis of recombination active defects and degradation mechanism of printed photovoltaics cells and modules.
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Outdoor stability and operational lifetime studies of mini-modules (approx. 100 cm2) are carried out using our in-house built solar cell assessment rig (‘OSCAR’) at the FEL at CSIRO (Clayton). This system enables frequent I-V measurements of devices/modules installed on a North-facing panel for evaluating performance under real outdoor conditions.
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Photoluminescence![](https://i0.wp.com/research.csiro.au/printedpv/wp-content/uploads/sites/197/2019/07/PL.jpg?resize=300%2C172&ssl=1)
Samples: Devices, films, solutions
Excitation/Emission: 300 → 850 nm
Time resolution: <1 ns → 1 s
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Transient Absorption
Samples: Films, solutions
Excitation: 355 nm, 420 → 650 nm
Absorption: 300 → 850 nm
Time resolution: <100 ns → >100 ms
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PhotoCELIV
Samples: Devices
Excitation: 337 nm
Time resolution: 1 ms → >1 ms
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Electroluminescence Imaging
0.1 cm2 pixels (~ 11 mm2 / pixel)
Andor, CMOS, 4.2 MP, 16-bit
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Wide-angle lens for modules (~ 0.015 mm2 / pixel)
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Olympus BX60 Optical Microscope
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In addition, CSIRO’s Manufacturing division has a Materials Characterisation team that hosts equipment such as Scanning Electron Microscopes, TEM, XRD, XPS, AFM, etc. Our team has access to these equipment and experts operating them.