Optimized for High Efficiency and Labor Savings
Featuring a single head, this tool cleans with a generous width of up to 30cm. Remarkably, a single operator can effectively clean an expansive area of 250-350 square meters per hour, making it a powerhouse in solar panel maintenance.
With continuous operation of 8 hours a day, the machine can efficiently clean between 1800-2500 square meters, perfect for extensive solar panel installations.
Description of Advanced Manufacturing Techniques
Ingenious Angle Adaptation Ensures Brush Head Precision
During operation, the brush head ingeniously adapts to the photovoltaic panel's angle, offering a self-adjustable range that maintains complete contact with the panel. This uniform force application minimizes deviation, ensuring superior control and cleaning efficiency.
Flexible Water-Fed Telescopic Pole Extends Up to 7.5m
The telescopic rod features a user-friendly locking buckle system, allowing for convenient length adjustments across three different sizes up to
3.5m/5.5m/7.5m. This flexibility allows cleaning from ground level to distant reaches, handling vertical photovoltaic panel arrays up to 4 rows high. For custom rod lengths, please contact our customer service.
Robust Waterproof Design for All-Weather Cleaning
Engineered to withstand the rigors of outdoor environments, this machine's exceptional waterproof design significantly extends its service life. It features export-grade waterproof connectors and a brushless waterproof motor with an integrated waterproof structure. This design prevents water ingress, short circuits, and oxidation rust, ensuring reliability even in rainy conditions.
Premium Brushless Motor Made from Pure Copper for Enhanced Durability
Outperforming ordinary brush motors, our pure copper brushless motor boasts a theoretical lifespan exceeding 10,000 hours. Its superior dustproof and waterproof capabilities ensure uninterrupted performance in dusty settings.
Principle of Advanced Motor TechnologyBrushless motors operate with electronic commutation, eliminating the need for carbon brushes, while traditional brush motors rely on carbon brush commutation.
Comparative Analysis of Motor Types: Brushless motors offer high efficiency, compact size, and durability without the wear of carbon brushes, albeit at a higher cost. Conversely, brushed motors are less efficient, larger, experience carbon brush wear, and have a shorter lifespan, but come at a lower cost.
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