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    High Flux Solar Simulator


    Sciencetech's High Flux Solar Simulators (HFSS) systems are used for a variety of applications that require intense and controlled light conditions. They are essential in developing and testing solar receivers and reactors, which are used in concentrating solar power (CSP) systems to convert sunlight into thermal energy.

    These simulators are also used to test thermal energy storage systems, which store heat for later use, ensuring they can effectively capture and release energy under different conditions.

    Additionally, HFSS are employed in materials science to study the behavior of materials under high-temperature and high-radiative flux conditions.

    They are also used in aerospace to test thermal protection systems for space vehicles, ensuring these materials can withstand the extreme conditions of space travel.

    By providing a stable and repeatable light source, HFSS enable researchers to conduct experiments without the variability caused by natural sunlight, leading to more accurate and reliable results.



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    The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

    The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HF variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

    Common Specifications
    AM1.5G Spectral Match: Class A
    AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
    Temporal Instability: Class A
    Lamp Power: 6500 W
    Illumination Direction: Horizontal (beam turner available)
    Standard for Classification: ASTM E927-19

    SLP-320-COL
    Spatial Non-Uniformity: Class C
    Target Size: 320 mm diameter
    Working Distance: 1-3 m
    Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
    Collimation (half angle): 0.9 degrees

    SLP-320-HOM
    Spatial Non-Uniformity: Class A
    Target Size: 320 mm diameter
    Working Distance: 1-3 m
    Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
    Collimation (half angle): <8 degrees

    SLP-500-LA
    Spatial Non-Uniformity: Class C
    Target Size: 500 × 500 mm
    Working Distance: 0.2-1.0 m
    Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
    Collimation (half angle): <20 degrees

    SLP-200-HF
    Spatial Non-Uniformity: Class C
    Target Size: 200 × 200 mm
    Working Distance: 0.1-0.5m
    Maximum Irradiance: 8.0 Suns (AM0), 10 Suns (AM1.5G), 15 Suns (Unfiltered)

    Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

    Power Options:
    200-240 VAC, 50/60 Hz, 24 A 3P+N+G. Includes one L23-30P power cable, detachable, 3.6 m in length. Commonly used globally.
    380-440 VAC, 50/60 Hz, 12.5 A, 3P+N+G. Includes one BS4343 (4P5W) power cable, detachable, 3.6 m in length. Not used in North America.
    380-480 VAC, 50/60 Hz, 16.8 A, 3P+G. Includes one L16-30 power cable, detachable, 3.6 m in length. Commonly used globally.
    The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

    The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HF variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

    Common Specifications
    AM1.5G Spectral Match: Class A
    AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
    Temporal Instability: Class A
    Lamp Power: 6500 W
    Illumination Direction: Horizontal (beam turner available)
    Standard for Classification: ASTM E927-19

    SLP-320-COL
    Spatial Non-Uniformity: Class C
    Target Size: 320 mm diameter
    Working Distance: 1-3 m
    Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
    Collimation (half angle): 0.9 degrees

    SLP-320-HOM
    Spatial Non-Uniformity: Class A
    Target Size: 320 mm diameter
    Working Distance: 1-3 m
    Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
    Collimation (half angle): <8 degrees

    SLP-500-LA
    Spatial Non-Uniformity: Class C
    Target Size: 500 × 500 mm
    Working Distance: 0.2-1.0 m
    Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
    Collimation (half angle): <20 degrees

    SLP-200-HF
    Spatial Non-Uniformity: Class C
    Target Size: 200 × 200 mm
    Working Distance: 0.1-0.5m
    Maximum Irradiance: 8.0 Suns (AM0), 10 Suns (AM1.5G), 15 Suns (Unfiltered)

    Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

    Power Options:
    200-240 VAC, 50/60 Hz, 24 A 3P+N+G. Includes one L23-30P power cable, detachable, 3.6 m in length. Commonly used globally.
    380-440 VAC, 50/60 Hz, 12.5 A, 3P+N+G. Includes one BS4343 (4P5W) power cable, detachable, 3.6 m in length. Not used in North America.
    380-480 VAC, 50/60 Hz, 16.8 A, 3P+G. Includes one L16-30 power cable, detachable, 3.6 m in length. Commonly used globally.
    $ 119,395.00 119395.0 USD

    Price Valid only in North America

    A height-adjustable stand for downward-facing operation of Sciencetech’s line of High Flux Solar Simulators (HFSS). This stand holds up to four radiative modules (168-9000) when the High Flux Solar Simulator Lateral and Tilt Adjustment (168-8022) is included. Each radiative module requires one High Flux Solar Simulator Lateral and Tilt Adjustment (168-8022). The support structure includes two access doors, each with its own viewport; one on the front and one on the back. It also includes four access panels on each side of the support structure to allow for routing large cables, pipes, etc. in and out of the support structure based on the experiment to be conducted with the HFSS system.

    Key Dimensions
    Maximum Outer Dimensions (H x W x D)[mm]: 2913 x 1728 x 1728
    Interior Dimensions (H x D)[mm]: 1550 x 1550
    Four Access Panel Dimensions (H x W)[mm]: 558 x 1054, 305 x 1054, 177 x 1054, 177 x 1054
    Target Plane Location (no rotation on each radiative module, normal incidence): 420-825 mm off the floor
    Target Plane Location (all lamps angled to same focal point, 18.1° incidence): 505-910 mm off the floor

    Power Requirements: 100–120 VAC, 60 Hz, 2.0 A. This system requires 1 IEC 60320 C13 compatible power cable. Please select 1 region-specific power cable (see product 491-9001) at no cost.
    A height-adjustable stand for downward-facing operation of Sciencetech’s line of High Flux Solar Simulators (HFSS). This stand holds up to four radiative modules (168-9000) when the High Flux Solar Simulator Lateral and Tilt Adjustment (168-8022) is included. Each radiative module requires one High Flux Solar Simulator Lateral and Tilt Adjustment (168-8022). The support structure includes two access doors, each with its own viewport; one on the front and one on the back. It also includes four access panels on each side of the support structure to allow for routing large cables, pipes, etc. in and out of the support structure based on the experiment to be conducted with the HFSS system.

    Key Dimensions
    Maximum Outer Dimensions (H x W x D)[mm]: 2913 x 1728 x 1728
    Interior Dimensions (H x D)[mm]: 1550 x 1550
    Four Access Panel Dimensions (H x W)[mm]: 558 x 1054, 305 x 1054, 177 x 1054, 177 x 1054
    Target Plane Location (no rotation on each radiative module, normal incidence): 420-825 mm off the floor
    Target Plane Location (all lamps angled to same focal point, 18.1° incidence): 505-910 mm off the floor

    Power Requirements: 100–120 VAC, 60 Hz, 2.0 A. This system requires 1 IEC 60320 C13 compatible power cable. Please select 1 region-specific power cable (see product 491-9001) at no cost.
    $ 23,936.00 23936.0 USD

    Price Valid only in North America
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