Anti-soil modules
  • They can make dust fall off easily in windy and rainy weather to reduce the cleaning cost in an effective way and simultaneously increase the power output by 5%.
  • Such a module has a high resistance to environment corrosion and the decrease of its light transmittance is less than 1%after the aging test.
Non-coated glassConventional coated glassAnti-soil glass

The rate of coverage by dust displayed under an electron microscope is 20.8%.

The rate of coverage by dust displayed under an electron microscope is 11.1%.

The rate of coverage by dust displayed under an electron microscope is 2.3%.
The soil resistance test based on laboratory simulation shows that the decrease of light transmittance of the anti-soil glass is less than 0.5% after the soil resistance test, obviously lower than that of a conventional coated glass or non-coated glass.
An outdoor test indicates that the overall generating capacity increase of an anti-soil module is 0.6% higher than that of a conventional coated module (relative to a non-coated module).
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