Solar Simulation Filters

Solar simulation filters are mainly used in solar simulators to simulate sunlight in the AM1.5 time period. The basic principle of solar simulation filters is to use artificial light sources (generally metal halide lamps, carbon arc lamps, halogen lamps, tungsten filament lamps, xenon lamps, LEDs and other light sources) to simulate solar radiation after being processed by solar simulation filters to overcome the shortcomings of solar radiation being affected by time and climate, and the total irradiance cannot be adjusted. They are widely used in thermal balance tests of spacecraft, material aging tests, calibration of optoelectronic devices for aerospace, online or offline detection of solar cells, solar simulators, ecological experiments, and crop cultivation experiments.

Solar simulation filters mainly simulate sunlight conditions after instruments and equipment are converted through specific optical filters. At present, solar energy light simulation devices on the market have been widely used in research and quality inspection.

The AAA-level solar simulation filters developed and produced by Borisun have the characteristics of light collimation, good spot uniformity, and high spectrum matching with sunlight. It can meet the needs of most customers to create an environment that requires sunlight under indoor conditions.

Technical indicators:

0° incident

Light source: metal halide lamp, carbon arc lamp, halogen lamp, tungsten lamp, xenon lamp, LED and other light sources

Output target: AM1.5 sunlight (customizable)

Applications: solar cell detection, solar simulator, ecological experiment, indoor animal breeding sunlight simulation light source.