isosun solar simulator
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ISOSVis LTI.png
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isosun solar simulator
Spectral_Irradiance.png
ISOSVis LTI.png
ISOSVis Spectral Uniformity.png

ISOSun Vis Solar Simulator

€2,999.00

Compact solar simulator (390–700 nm) with six tunable LEDs, Class A uniformity, and excellent temporal stability. Ideal for small to medium solar cells and controlled illumination experiments.

Compact solar simulator (390–700 nm) with six tunable LEDs, Class A uniformity, and excellent temporal stability. Ideal for small to medium solar cells and controlled illumination experiments.

Ultra Compact Solar Simulator

The ISOSun Vis is a compact solar simulator designed for precise light condition simulation in the 390–700 nm range. Equipped with six independently tunable LED channels, it allows accurate reproduction of both indoor and outdoor spectra, including an AM1.5G setting. With Class A ratings for spectral uniformity and temporal stability, the ISOSun Vis ensures reliable and consistent measurements, making it ideal for small to medium-sized solar cell testing and controlled illumination experiments. Its lightweight design and included software make it easy to use in laboratories, offices, or research environments.

Key Features

  • Adjustable spectrum (390–700 nm) with six tunable LED channels (UV, blue, green, amber, red, white)

  • Class A spectral uniformity and Class A short- and long-term temporal stability

  • Overall intensity and relative spectral tuning, including AM1.5G setting (0–47,500 lux)

  • Compact design (37 × 22 × 22 cm, 5.8 kg) for easy lab or office placement

  • Free software for spectrum matching to reference standards

  • Suitable for small to medium-sized solar cells and controlled illumination research

  • Total intensity: 0–131,400 lux (UV: 0–14,490, Blue: 0–52,900, Green: 0–28,200, Amber: 0–9,580, Red: 0–13,400, White: 0–54,500)

  • Spatial uniformity: Class A (30 mm), Class B (40 mm), Class C (55 mm)

Spectral Irradiance

Easy tuning of 6 individual LED outputs (UV, blue, green, amber, red and white light), allows for easy tuning of simulated indoor light conditions. A simulator program, provided with the lamp, furthermore, gives you the possibility to easily find the settings of the lamp to fit the spectral output to a reference spectrum. Besides relative tuning of the individual colours the lamp allows for variating the overall light intensity as a single entity.

Spatial Uniformity

The measure that is used to describe the evenness of a light source is called the spatial uniformity. Below is shown the spatial uniformity of the ISOSun Vis, showing areas to be rated class A, B and C with respect to uniformity. The high uniformity, especially in the class A area around the centre of the lamp, makes it ideal for testing of small to medium sized solar cells.

Temporal Instability

The ISOSun Vis shows excellent stability over time being class A in both short-term and long-term temporal instability. The high stability over time allows for consistent measurements of your devices.

 

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