Low Cost Solar Simulators

SciSun Solar Simulator - Sciencetech

Sciencetech Low Cost Solar Simulators


Sciencetech is proud to offer our newly improved line of Low Cost Solar Simulator Systems, based on small area lenses. Sciencetech offers two lines (SF and SciSun) of solar simulators that produce up to 2 Suns (AM1.5G), depending on the selected model.

These systems are a great choice if low price is a high priority, without having to compromise on important solar simulator specifications. 

At the heart of a Sciencetech Solar Simulator, a xenon arc lamp, housing, a special optical assembly, power supply with igniter, filter holder and manual shutter are included. SF solar simulators also include UV fused silica lenses for higher UV emission.

These systems are complete plug-and-play operable and come with easily configurable, touchscreen power supply and control software. Class AAA Solar Simulator spectral matching, spatial non-uniformity, and temporal instability are conformed to ASTM, IEC and JIS standards.


SciSun Solar Simulator Series

(Previously Sciencetech SLB Solar Simulator series)


The most cost-effective solar simulator on the market. The SciSun comes with an adjustable beam turner mounted at the output to direct the beam at any angle: down or up, left or right. Designed for 150 - 300W Xenon arc lamps.



Class AAA solar simulation in accordance with ASTM, IEC, and JIS
2 inch x 2 inch (50mm x 50mm) target area illumination
Up to 2 suns irradiance
Provides a manual variable attenuator to adjust from 0.1–2 suns



AM1.5G or AM0 Spectral Match available

SF Solar Simulator Series



Sciencetech SF Series offers Highly Collimated Beam Solar Simulators for applications requiring a more collimated beam or more UV production. Sciencetech SF Solar Simulator include an arc lamp housing, 1 arc lamp, touchscreen power supply with igniter, and filter holder. 


Class AAA solar simulation (AM1.5G)
High collimation: 1 degree half angle collimation
Up to 2 inch (50mm) diameter target area
AM1.5G and AM0 spectral match

Low Cost Solar Simulator Configuration


Product Comparison

Click an image for larger version
Product Uniformity Target Size (mm) Collimation
(half angle)
Working Distance (mm)
With beam turner
Working Distance (mm)
Without beam turner
Power Typical Non-Uniformity Measurement
SF300A < 2 % Class A 25 1 degree 25 - 50 75 - 100 1 Sun AM1.5G SF300A Solar Simulator Typical Non-Uniformity Measurement - Sciencetech
SF150B < 5 % Class B 25 1 degree 25 - 50 75 - 100 1 Sun AM1.5G SF150B Solar Simulator Typical Non-Uniformity Measurement - Sciencetech
SF300B < 5 % Class B 50 1 degree 25 - 50 75 - 100 1 Sun AM1.5G SF300B Solar Simulator Typical Non-Uniformity Measurement - Sciencetech
SciSun-AM1.5G < 2 % Class A 50 × 50 12 degree Use Vertical Stand 365 - 395 1 Sun AM1.5G SciSun-LP-150 Solar Simulator Typical Non-Uniformity Measurement - Sciencetech
SciSun-LP-150
Manual Power Supply
< 2 % Class A 50 x 50 12 degree Use Vertical Stand 365 - 395 1 Sun AM1.5G SciSun300 Solar Simulator Typical Non-Uniformity Measurement - Sciencetech
SciSun-AM0 < 2 % Class A 50 × 50 12 degree Use Vertical Stand 365 - 395 2 Sun AM1.5G CONTACT
SciSun-LP-300
Manual Power Supply
< 2 % Class A 50 x 50 12 degree Use Vertical Stand 365 - 395 2 Sun AM1.5G CONTACT

Configuration SciSun SF Model
Arc Lamp Housing with integrated igniter (Included)
 
(Included)
Xenon Arc Lamp (Included)
(Included)
Filter Holder (Included)
(Included)
Beam Turner (Included)
(Unavailable)
Continuous beam angle variations for 0-360° (Included)
(Unavailable)
Quality Control Report (Included)
(Included)
Touchscreen power supply interface (Included)
(Included)
Power supply control software (Included)
(Included)
Manual variable attenuator (Optional)
(Unavailable)
Height adjustable stand (Optional)
(Optional)
SciSun-AM1.5G and SciSun-AM0 DimensionsSciencetech Low Cost Solar Simulator Specifications
SF-series Dimensions

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