SINUS-360 ADVANCED

The versatile, high precision LED solar simulator for cell testing in research & development

With its highly accurate and precise simulation of the sun spectrum, the SINUS-360 ADVANCED is suited for solar cell efficiency measurement as well as for experiments in life and material sciences – just to name a few of the possible applications. The intelligent LED-based light source is what makes this exceptional accuracy possible. LED’s present the new benchmark!

SINUS-360 ADVANCED

The versatile, high precision LED solar simulator for cell testing in research & development

With its highly accurate and precise simulation of the sun spectrum, the SINUS-360 PRO is optimized for solar cell efficiency measurement characterization. The intelligent LED-based light source is what makes this exceptional accuracy possible. LED’s present the new benchmark!

highlights
PRODUCT BROCHURE

Multicolor LED-based light source

for a perfect copy of the sun

All LEDs can be tuned separately

for user-defined spectra

Special optical lens system

for perfect color mixing

Wide range of exposure times

from flashes up to continuous illumination

Electroluminescence and infrared imaging

can be integrated (optional)

Exceeds class A+A+A+ criteria

(IEC 60904-9 ed.3) for spectral match, non-uniformity and temporal stability

Second LED light source

for bifacial testing (optional)

Built-in spectrometer

spectrum monitoring for every flash

Reference intensity sensor

in combination with fast feedback loop for automatic intensity correction

THE SINUS-360 ADVANCED

LED’s copy the sun!

The SINUS-360 ADVANCED is the next generation LED solar simulator for cell testing in research and R&D. It combines high precision and flexibility, stable long-term illumination up to several days, precise tandem cell characterization and a large illumination area.

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High precision and flexibility through 27 individually controllable LED ​channels to set individual spectra, intensity & illumination time​.

WAVELABS SINUS-2100 close-up
WAVELABS SINUS-2100 close-up

Stable long-term illumination up to several days and precise tandem cell characterization with tunable spectrum, MPP-Tracking, qEQE.

Integrated cameras for infrared hot-spot detection and electroluminescence measurement. With optional EL for measurement of bottom and top cells.

WAVELABS SINUS-2100 close-up
WAVELABS SINUS-2100 close-up

Ready for the future with 260 mm x 260 mm illumination area & modular design enabling easy upgrade to emerging cell technologies.

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with a WAVELABS expert today to find out how we can help your research results or manufacturing processes shine brighter.

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Request a copy of the SINUS-360 ADVANCED product brochure for your reference