PSCR has passed the TUV SUD cleaning test for 5000 consecutive times. The test results show that PSCR has no impact on the PV module glass, no hidden crack of the module and no power attenuation of the module.

Conventional PV power stations can increase by about 5%~7%.

PV power stations with dust or other light pollution can increase by about 7%~12%.

PV power stations with serious iron dust and sand pollution can increase by about 12%~30%.

Application scenarios：

Centralized photovoltaic power stations:

? Photovoltaic power stations in deserts, Gobi deserts, and barren deserts.

? Tidal flat photovoltaic power stations.

? Fishery-photovoltaic complementary photovoltaic power stations.

? Agriculture-photovoltaic complementary photovoltaic power stations.

? Photovoltaic power stations in coal mine subsidence areas.

? Mountain photovoltaic power stations.

? Tracking support power stations.

Industrial and commercial photovoltaic power stations:

? Roof power stations of steel, aluminum, and forging manufacturing enterprises with metal and dust.

? Roof power stations of flour mills and food factories with sticky pollutants.

? Roof power stations with high pollutant emissions such as power plants and cement plants nearby.

? Highway slope protection photovoltaic power stations.

? Unattended photovoltaic charging and swapping stations.

? Roof power stations where there are personnel safety hazards in cleaning the roof.

? Roof power stations where there is no reserved cleaning pipeline or where it is difficult to draw water and the water cost is high.

? Roof power stations where the power generation is still seriously affected even after being cleaned more than four times a year.