The radiation intensity of sunlight in free space at the average distance to Earth in a 3A level solar simulator is defined as the solar constant, with a value of 1353W/m2. The degree to which the atmosphere affects the reception of sunlight on the Earth's surface is defined as the air mass.
3ALevel Solar SimulatorThe radiation intensity of sunlight in free space at its average distance to Earth is defined as the solar constant, with a value of 1353W/m2. The degree to which the atmosphere affects the reception of sunlight on the Earth's surface is defined as the air mass. The state of zero atmospheric quality (AM 0) refers to the situation where sunlight is received in outer space, suitable for applications such as artificial satellites and spacecraft. The state of atmospheric quality 1 (AM 1) refers to the situation where sunlight directly shines vertically on the Earth's surface, with an incident light power of 925 W/m2. Equivalent to the sunlight that a clear summer day can withstand at sea level. The difference between these two lies in the attenuation of sunlight by the atmosphere, mainly including the absorption of ultraviolet rays by the ozone layer, the absorption of infrared rays by water vapor, and the scattering of dust and suspended particles in the atmosphere.
3AlevelApplication direction of solar simulator:
1. IV testing and judgment of various solar cells;
2. Photocatalysis, photocatalyst
3. Testing and evaluation of LCD substrates
4. Light resistance experiments on cosmetics, coatings, and various materials
5. Inspection and testing of photoorganisms
All black anti reflection design;
Adopting imported short arc xenon lamps;
Integrate efficient spotlight cover;
Self designed optical integrator for uniform light intensity;
Continuous adjustable light intensity;
3D bulb position adjustment;
Radiation intensity: 1.0Sun;
Quasi right angle: better than 4 degrees;
Xenon lamp uses a timer device;
Radiation area:
50mm*50mm; 100mm*100mm; 156mm*156mm; 180mm*180mm; 200mm * 200mm available for selection;