Enhancing Efficiency and Reducing Labor
Boasting a single-head design, this tool delivers a cleaning width of up to 30cm. Empower a single operator to efficiently clean between 250-350 square meters per hour.
Capable of cleaning 1800-2500 square meters with just 8 hours of use per day.
Innovative Manufacturing Techniques Explained
Precision Angle Adaptation for Superior Stability
During the cleaning process, the brush head’s self-adaptive angle aligns seamlessly with the photovoltaic panel’s angle, adjustable within a certain range. By ensuring the brush head fully adheres to the panel, we achieve uniform force distribution, minimizing deviation and enhancing control.
Versatile Telescopic Pole with Water Feed Extends Up to 7.5m
The telescopic rod features a user-friendly locking buckle system, allowing for flexible and secure length adjustments.
Available in lengths of 3.5m, 5.5m, and 7.5m, this tool effortlessly extends from base to high reach, accommodating vertical photovoltaic panel arrays up to 4 rows. For custom telescopic rod lengths, please contact our customer service team.
Fully Waterproof Design for All-Weather Performance
Engineered to withstand harsh outdoor conditions, our machine's waterproof construction ensures enhanced longevity. By integrating export-grade waterproof joints and a brushless motor design, we prevent water penetration, short-circuiting, and oxidation-induced rust, maintaining reliability in all weather, even rain.
Dependable Pure Copper Brushless Motor for Longevity
Outlasting ordinary brush motors, these brushless motors offer a robust theoretical lifespan exceeding 10,000 hours. Their superior dustproof and waterproof capabilities ensure optimal performance even in dusty environments.
Understanding the Science Behind the MotorA brushless motor operates with electronic commutation, eliminating the need for a carbon brush, whereas a brush motor relies on carbon brush commutation.
Comparative Insights into Motor Types: Brushless motors are compact, efficient, with minimal wear due to absent carbon brushes, lending them longevity albeit at a higher cost. Brushed motors, while cost-effective, suffer from reduced efficiency, larger size, and frequent carbon brush wear, resulting in a shorter lifespan.
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