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Solar Simulator

  • Origin: China
  • Supply Type: oem service
  • Processing Time: 10 days
  • Min Order: 1

Supplier Info.

  • Employees Total 51-100
  • Annual Revenue US$5 Million - US$10 Million

The solar simulator is used to simulate the real sunlight conditions and is widely used in the research and quality inspection of solar tovoltaic devices.

The solar simulator has the characteristics of beam collimation, uniform spot, and spectrum matching with sunlight. It can complete experiments that require sunlight irradiation conditions. It is suitable for single crystal silicon, polycrystalcon, amorus film, dye sensitization, organic, III- V semiconductors. The solar simulator is not only used in solar research, but also for toresponsive device testing, surface tovoltage spectroscopy, tocatalysis, tocatalyst, liquid crystal substrate testing and evaluation, cosmetics, coatings, light resistance experiments of various materials, tobiological Inspection and testing, surface defect analysis and other fields.

The solar simulator is used to simulate solar equipment. In the tovoltaic field, it is equipped with electronic loads, data collection and calculation equipment, which can be used to test the electricity of tovoltaic devices (including various solar ). Performance, such as Pmax, lmax, Vmax, etc. and IV curve, etc.

Advantages

1. Conform to the standards of AAA simulator specified by ASTM E927-5, IEC60904-9 2007 Ed2, JIS C8912;

2. AM1.5G air quality filter to ensure perfect spectral matching;

3.High-precision optical integrator, uniform light output;

4.USHIO, OSRAM xenon lamp bulb, energy decay is slow, performance is stable and reliable;

Model

CEL-AAAS50

CEL-AAAS100

Light spot size

50mm*50mm(2inch *2inch)

100mm*100mm(4inch *4inch)

Working distance

120mm±30

300mm±50

angle of collimation

<±5°

<±5°

Optical power output

100mW/cm²±20%(1Sun、1000W/m²)

100mW/cm²±20%(1Sun、1000W/m²)

Spectral matching degree

A level, 0.75-1.25

A level, 0.75-1.25

Spatial heterogeneity:

A level, Superior ±2%

A level, Superior ±2%

Time stability

A level, Superior ±2%

A level, Superior ±2%

Irradiance

0.7-1.2 Sun

0.7-1.2 Sun

Light output direction

Horizontal, vertical, any angle

Horizontal, vertical, any angle

Cooling method

Air cool and thermal module

Air cool and thermal module

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