Solar simulators are mainly used for the evaluation of solar cells as well as for other types of tests where sunlight needs to be recreated, such as: AR/VR wearable devices, smart glass, touch panel, fingerprint recognition, aerospace, photochemistry testing and so on.
LiveStrong provides two types of solar simulators with state-of-the-art structures: Xenon lamp-based and LED-based, either of which has the most accurate solar simulation technology for the most accurate research outcomes! Exceeding Class A! rated Class AAA according to ICE, ASTM, JIS standards. Furthermore, the solar simulator can be arranged in pair with I-V data acquisition system, QE system, reference solar cell or electrochemistry chemistry system, etc.
The numerous solutions are waiting for you to explore.
▋Application Industry
◆ Solar & Renewables industry-
The research and testing on different types of solar cells and photosensitive materials
◆ Photochemistry and photobiology industry-
Study the effects of light in living organisms, bioluminescence, light therapy、 research and testing photodegradation , photooxidation, photocatalyst and photocatalysis
◆ Panel industry-
The research and inspection of Liquid Crystal Display (LCD) and sensors
◆ Aerospace-
Develop novel material for radiation-hardened space travel, part of an attitude and orbit control subsystem (AOCS), or part of a satellite’s solar battery.
◆ Automotive industry-
Light soaking test, optical parts performance testing
◆ Wearable devices-
Test your wearables in any sun and exposing it to different light conditions, both indoors and out. You need to ensure the viability of your wearable tech, from the highest to lowest intensities, in mW/cm2 or in lux.
◆ Smart glass-
Develop dynamic thermochromic glazing, integrated sun protection and so on.
◆ Others-
Photostability experiment on different kinds of material, such as, cosmetics, coating, and adhesive Light aging test
▋Application Scenarios and Cases
■ ■ ■ Highly spectral match (Dual light source)solar simulator combined with IV tester and temperature controlled probe stage
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■ ■ ■ Solar simulator combined with IV tester and probe stage
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■ ■ ■ Variable-angled solar simulator combined with IV tester and probe stage
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■ ■ ■ Testing solar cell and different sensors
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■ ■ ■ Testing aerospace attitude and orbit control systems (AOCS) with a high-quality modular solar simulator
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■ ■ ■ Enter programmable full-spectrum LED grow lights for molecular plant research
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▋Comparison Table between Different Solar Simulators
