High Efficiency, Labor Saving
With a single-head and a generous cleaning width of up to 30 cm, this device empowers a single operator to scrub 250-350 square meters per hour, enhancing productivity like never before.
In just 8 hours a day, cover an impressive 1800-2500 square meters, ensuring all your solar panels are spotless.
Manufacturing Technique Description
Angle adaptation Brush head does not deviate
Engineered for precision, the brush head's self-adaptive angle adjusts to the photovoltaic panel's inclination, ensuring complete contact and uniform force distribution. This prevents deviation and allows for superior control and cleaning efficiency.
Arbitrary Water Fed Telescopic Length Pole Up to 7.5m
Featuring an innovative locking buckle design, this telescopic rod offers adjustable lengths for effortless cleaning.
Choose from 3.5m, 5.5m, or 7.5m lengths to easily reach distant panels and clean vertical photovoltaic arrays up to four rows high. Need something longer? Contact our customer service for customization options.
The entire machine boasts a waterproof design, ensuring reliable operation even in rainy conditions.
Built to withstand harsh outdoor environments, this product features export-grade waterproof connections and a brushless waterproof motor, extending its service life. The integrated waterproof motor structure prevents water ingress, averting short circuits and rust, maintaining reliability, come rain or shine.
Pure copper brushless motor, more durable
Crafted for longevity, the brushless motor surpasses standard brush motors, boasting over 10,000 hours of theoretical operation. Its superior dust and water resistance ensure peak performance, even in dusty conditions.
Principle of popular scienceBrushless motors are electronically commutated, eliminating the need for carbon brushes. In contrast, brush motors use carbon brushes for commutation, which require more maintenance.
Motor difference: Brushless motors stand out with high efficiency, compact size, long lifespan, and absence of carbon brush wear, though they come at a higher cost. Conversely, brushed motors, while affordable, are larger, less efficient, and suffer from worn carbon brushes, leading to shorter lifespans.
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