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Adjustable-Length Solmaks P ​

  • Adjustable-Length from 2.8m to 4m ( Adjustment range : around 1.2m )

  • Length-adjustable mechanism with a lead screw and hand wheel

  • Capable of accommodating various array sizes

  • Operated via remote control (RC)

Constructed with all-aluminum and stainless steel materials

a high ratio of precision-machined and laser-cut components—such as bearing housings—to ensure exceptional accuracy and reliability

automatic solar panel cleaning machine

Dimensions ( approx. L  x  W  x  H )

  • ​< 4.200mm X 600mm ~  X  300mm 

  • Adjustment range : 2,800 ~ 4,200mm

Weight ( approx. )

  • 80 ~ 85Kg

  • Weight distribution design

Materials 

  • Structure, cover, parts : Aluminum + Stainless steel

  • Precision prcess parts

  • Wheel : Urethan + Aluminum

Brush

  • Nylon + Stainless steel

  • Easy replacement

Control​

  • Solmaks SE : Remote Control

  • Solmaks E : Sensor based + timer + solar panel(s) to charge battery

                              + WiFi mobile device control (Android) + built-in control box

Travel speed

  • < 0.4/sec. / speed controlled

​​

 

Protection

  • IP55 ( NEMA 4X level ) 

  • Rust resistant / Dust resistant

  • Cooling fan(s)​

​​

Battery

  • Lithium Ion 

  • Rechargeable / Removable 

Adjustments ( Micro )

  • Main driving wheel position

  • Rotating brush height position 

Water supply

  • Water nozzles

  • One touch coupling base to connect a water hose

Site

  • Ground mounted / Roof mounted solar system / Solar carports

  • Commercial and utility scale

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Daily Cleaning Capacity

  • Based on an 4m width solar array

  • On an 8-hour workday

  • 80% operating efficiency

  • Panel surface cleaning area per hour : approx. 2,304m²

  • 8-hour high-efficiency panel cleaning : approx. 4,147kW

  • 8-hour conventional panel cleaning : approx. 2,950kW 

 

  • Note on 80% operating efficiency :

The actual daily cleaning output may vary depending on site operating conditions, including the operator's equipment handling skills, travel efficiency, water supply accessibility, battery replacement, solar plant layout, panel arrangement, travel routes, and break times. Therefore, an average practical operating efficiency of approximately 80% is generally applied.

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