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    Sinus-70 Advanced 50 mm x 50 mm R&D Simulator

    The SINUS-70 ADVANCED is the ideal solar simulator for research. With its highly accurate and precise simulation of the sun spectrum, it is suited for solar cell efficiency measurement as well as for experiments in life and materials sciences – just to name a few of the applications possible. The intelligent LED-based light source is what makes this exceptional accuracy possible.

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    Overview

    The SINUS-70 ADVANCED is the ideal solar simulator for research. With its highly accurate and precise simulation of the sun spectrum, it is suited for solar cell efficiency measurement as well as for experiments in life and materials sciences – just to name a few of the applications possible. The intelligent LED-based light source is what makes this exceptional accuracy possible.

    HIGHLIGHTS:

    • The LED Advantage: Customizable spectrum with single tunable LEDs offering endless R&D possibilities.
    • World-Class Light Engine: Exceeding class A+A+A+ criteria (IEC 60904-9 ed. 3), calibration lab level accuracy. Proprietary optics with feedback control for high repeatability.
    • Tandem Ready: Automatic spectrum calibration to tandem solar cells, simulate current match/mismatch lighting, and MPP tracking. Wide range of exposure times, up to continuous illumination.
    • Industry-Grade Hardware: Proven reliability 1000+ times in the field around the world.

    Highlights

    • The LED Advantage: Customizable spectrum with single tunable LEDs offering endless R&D possibilities.
    • World-Class Light Engine: Exceeding class A+A+A+ criteria (IEC 60904-9 ed. 3), calibration lab level accuracy. Proprietary optics with feedback control for high Repeatability.
    • Tandem Ready: Automatic spectrum calibration to tandem solar cells, simulate current match/mismatch lighting, and MPP tracking. Wide range of exposure times, up to continuous illumination.
    • Industry-Grade Hardware: Proven reliability 1000+ times in the field around the world.

    Key Features

    Key Features Details
    Light source Multiple individually controlled sets of LEDs with different peak wavelengths
    Spectral range Modular system allows for spectral range from 350 nm up to 1,100 nm or 1,260 nm (IR booster)
    Intensity range From 0.2 up to 1.3 sun
    Spectrum Comes with AM1.5g spectrum. User can easily define other spectra including illumination by single LEDs or a combination of various LEDs
    Irradiance time From 10 ms up to continuous illumination (continuous illumination requires water-cooling of LEDs)
    Special optical lens system The multilevel special optical lens system ensures that all LEDs/colors are perfectly mixed so that each spot in the test plane is illuminated with an identical spectrum
    Feedback system Monitor cell and spectrometer measure intensity and spectrum during each single flash multiple times. Intensity adjustments, if necessary, are made on the fly
    Active cooling A special temperature cooling unit ensures that all LEDs are run at the perfect operating temperature. As a result, intensity and spectrum are perfectly stable for highly accurate measurements. For long exposure times and high repetition rates or continuous light, water-cooling is necessary for the best stability and life span
    Test area 51 x 51 mm²
    Distance light engine – sample 335 mm is the designated operating distance; the rack allows for easy height adjustment if sample thickness varies, for example
    Light engine orientation Rack allows for flexible head orientation for sunny side up, sunny side down and various other angles
    System control Software runs on conventional Windows PC or laptop. GUI can be controlled via mouse and keyboard. Connection to SINUS-70 via USB. Remote control via TCP/IP commands using LabVIEW or Python routine possible.
    Spectral calibration Factory-calibrated
    Recipe management User can save different settings each with different spectral composition and intensity

    Classification

    SINUS-70 Class AAA requirements
    (IEC 60904-9 Ed. 2)
    Spectral match Class A++
    0.95 – 1.05    		 0.75 – 1.25
    Nonuniformity of irradiance (25 x 25 mm²) Class A+
    < 1%    		 < 2%
    Nonuniformity of irradiance (51 x 51 mm²) Class A
    < 1.8%    		 < 2%
    Long-term instability (LTI) flash length < 0.5 s Class A++
    < 0.5%    		 < 2%
    Long-term instability (LTI) flash length > 0.5 s Class A+
    < 0.6%    		 < 2%

    Validity of classification: WPVS cell ISE021/030-2014, 1 sun, AM1.5g, 250 ms, 51 x 51 mm2 , 335 mm distance between light engine and test plane.

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