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Modular Solmaks M
An efficient cleaning solution designed to handle various solar panel arrays with just a single unit.
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Composed of 1-4 modular sections, assembled on-site
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Dual brush
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Easily adjustable to different array sizes by connecting only the required sections
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A single Solmaks M unit can adapt to various solar panel configurations
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Capable of cleaning 1m wide arrays with a single section in use
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Maximum design length available : approximately 5.5m
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Width : approx.750mm, Height : approx. 250mm, Length(fully assembled) : approx. 5,000 ~ 5,500mm
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Modular structure for easy transport and maintenance, and adaptable design to fit different array sizes
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Constructed with all-aluminum and stainless steel materials
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A high ratio of precision-machined and laser-cut components—such as bearing housings—to ensure exceptional accuracy and reliability
Available Length
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Aporox.1,300-7,500mm
Weight ( approx. )
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Main section : Approx.40-45Kg
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Sub section : Approx.20-3520Kg
Materials
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Structure, cover, parts : Aluminum + Stainless steel
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Precision prcess parts
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Wheel : Urethan + Aluminum
Brush
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Nylon + Stainless steel
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Dual rotating brush
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Easy replacement
Control
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Remote Control or Automatic Back-and-Forth Cleaning System Available
Travel speed
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< 0.4/sec. / speed controlled
Protection
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IP45
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Rust resistant / Dust resistant
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Cooling fan(s)
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Dual Battery Protection Structure
Battery
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Lithium Ion
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Rechargeable / Removable
Adjustments ( Micro )
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Main driving wheel position
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Rotating brush height position
Water supply
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Water nozzles
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One touch coupling base to connect a water hose
Site
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Ground mounted / Roof mounted solar system / Solar carports
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Commercial and utility scale
Preventing Occupational Safety Risks, Reduce Labor Costs,Improve Operational Efficiency
Capable of cleaning 1m wide arrays with a single section in use
To be designed to clean around 4-meter array using a two-section extension
Daily Cleaning Capacity
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Based on an 4m width solar array
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On an 8-hour workday
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80% operating efficiency
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Panel surface cleaning area per hour : approx. 2,304m²
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8-hour high-efficiency panel cleaning : approx. 4,147kW
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8-hour conventional panel cleaning : approx. 2,950kW
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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.
