Achieve High Efficiency with Labor-Saving Innovation
This single-head design boasts a cleaning width of up to 30cm, empowering a single operator to clean an impressive 250 to 350 square meters per hour.
Maximize productivity! Clean between 1800 and 2500 square meters in just 8 hours a day.
Insight into our Advanced Manufacturing Techniques
Smart Angle Adaptation: Keeping Your Brush Head on Track
During cleaning, our adaptive brush head seamlessly adjusts to the photovoltaic panel's angle, ensuring perfect alignment with the panel for even force distribution and precise control. This prevents deviations and enhances cleaning efficacy.
Customizable Water-Fed Telescopic Poles Extend Up to 7.5m
Designed with a user-friendly locking buckle structure, these telescopic rods allow effortless length adjustments, offering three convenient lengths of
3.5m/5.5m/7.5m, allowing you to clean with ease from the base to great heights. Capable of reaching vertical photovoltaic panel arrays up to 4 rows high. (For custom longer rods, kindly contact our customer service.)
Engineered with a Waterproof Design for All-Weather Use
Crafted to withstand the demanding outdoor cleaning environment, our product features a high-grade waterproof design that significantly extends its lifespan. This includes export-quality waterproof joints and a brushless motor with an integrated waterproof structure, ensuring reliability in rain, preventing water-induced short circuits, and resisting oxidation and rust.
Durability Redefined with Pure Copper Brushless Motor
Surpass ordinary brush motors with our robust brushless motor, designed to last over 10,000 hours. Its superior dustproof and waterproof capabilities ensure peak performance in dusty surroundings.
Understanding the Science Behind Our TechnologyThe brushless motor operates through electronic commutation without carbon brushes, offering a cleaner, more efficient alternative to traditional brush motors.
Understanding Motor Technology Differences: Brushless motors excel in efficiency and longevity, free from carbon brush wear, though they come at a higher cost. In contrast, brushed motors, while cost-effective and larger, suffer from low efficiency and shorter lifespans due to carbon brush wear.
