LED Class AAA Solar Simulator Lamps

Built For Experts Changing The World of Tomorrow

Our LED Solar Simulators Are Trusted By

Meet The Pico & The Sunbrick

Tunable Class AAA Solar Simulators Created For Experts Changing the World

Our Pico and Sunbrick led solar simulators provide a reliable, stable light source for scientific testing that closely mimics the sun’s spectrum. These AAA LED solar simulators allow users to easily adjust the spectrum without the need for complicated calibrations or frequent bulb replacements, ultimately streamlining the research and testing process.

The Pico™ Small Area LED Solar Simulator

Our Pico is a Class AAA small-area solar simulator designed for experts who require the capability to test small exposure areas, like solar cells:

Class AAA light for a maximum application size of 2.5 cm x 2.5 cm
Up to 32 tunable LED channels to provide research flexibility
Small form factor with flexible mounting options
10,000 hour or a 2 year warranty
Python API and network connectivity for automating and synchronizing with other equipment

The Sunbrick™ Large Area LED Solar Simulator

Our Sunbrick is a Class AAA large-area solar simulator designed for experts who require:

Class AAA starting at 20 cm x 20 cm and scaling to any size needed
Up to 36 tunable LED channels to provide research flexibility
10,000 hour or a 2 year warranty
No bulb replacement or field calibration required
Python API and LabView DLL for automation, scripting, and integration with other equipment

*Mirrored Optical Stand Required For Use

The ability to customize the intensity and wavelength profiles, all while maintaining excellent uniformity and stability has been key in our perovskite manufacturing process.

The G2V system is able to autonomously characterize multiple devices at predetermined time-intervals while switching between resistive loads, monitor and adjust the device temperature, and control the intensity of the solar simulator.

The high spectral fidelity of the Sunbrick has provided us with the certainty that our ground-based tests will accurately match the light flux that the spacecraft will experience in outer space.

Tunable Class AAA Quality

Light The One Variable You Can Completely Control

Our solar simulators are designed to produce high-quality light that closely mimics natural sunlight. This ensures that your experiments and tests are conducted under conditions that are as realistic as possible.

The wavelength range of our solar simulators can span from 350 nm to 1500 nm, providing an accurate spectral match that meets standard guidelines for solar simulation applications.

Class A Spectral Match

Our instruments were created to give experts Engineered Sunlight™ in their lab and the first step to this was giving them a solar spectrum that replicates our sun.

The Pico and Sunbrick’s AM1.5G spectral match exceeds the ASTM E927 and IEC 60904-9 standards and Class A requirements by 5x. These solar simulators include the air mass filter AM1.5G to ensure they meet specific optical performance standards under designated lighting conditions. The air mass filter plays a crucial role in maintaining spectral accuracy under different lamp illumination conditions.

Accurate light for advancing your applications.

Class A Spatial Uniformity

Quality and stable light from one corner to the other corner of your sample is critical. We have engineered our instruments to ensure that no matter where your sample is in our illumination plane, your light is consistent across it.

One sun irradiance area with spatial non-uniformity < 2% for 2.5 cm x 2.5 cm with the Pico or 20 cm x 20 cm with the Sunbrick.

Peace of mind knowing your light is consistent across your sample.

Class A Temporal Stability

Our instruments are built to produce stable light from the moment you turn them on until they turn off, from the beginning to the end of your application.

Long-term temporal Instability <2% for 1000+ hours and exceeding Class A Short-term Stability of <0.1% for 100 seconds.

Drifting light quality is no longer a concern in your research.

Ready To Discover How A Class AAA Solar Simulator Will Change Your Research?

An instrument built for experts changing the world of tomorrow with the technology of today.

Quality Beyond The Standards

The Standards Are A Given; Here is What Sets Us Apart

Our solar simulators not only meet but exceed the stringent standards set by international bodies such as IEC, JIS, and ASTM. We ensure that our products deliver consistent and reliable performance, which is crucial for accurate testing and research.

The importance of solar simulator models in achieving Class A spectral match ratings cannot be overstated. These models must align closely with specified intensity percentages across various spectral ranges to meet international standards.

One Size Doesn't Fit All When It Comes to Solar Simulators

Flexible Mounting Options To Fit Your Lab Space & Customizable Spectrums To Match Your Needs

Do You Have a Unique Project Requiring A Custom Solar Simulator Solution?

Need a custom configuration from above? Have a Unique Design? Custom Spectral Requirements?

We have a custom engineering division to create the perfect design for your needs.

Solar Simulation Expertise and Knowledge

We make sure that our customers have access to resources that help them understand more not only about our products, but about relevant applications and standards. Visit the knowledge base to learn more about Solar Simulation, Angle of Emission, Qualifying Optical Detectors, and much more.

Solar Simulator Prices: Determine the TCO before buying

Solar Simulator Prices – How Much Should a Solar Simulator Cost? This article gives an overview of the necessary considerations when pricing and comparing solar simulators, and provides specific examples of the impact of a solar simulator’s quality on research. Additionally, we...