Remarkable Efficiency, Labor Reduction
Boasting a single-head configuration, this tool achieves a cleaning width of up to 30cm, empowering a single operator to cleanse between 250-350 square meters per hour.
With an 8-hour workday, you can treat an astonishing 1800-2500 square meters.
Manufacturing Technique Description
Ingenious Angle-Adaptive Brush Head
During operation, the brush head ingeniously adapts to the photovoltaic panel's angle, offering a customizable range of self-adaptive angles. This ensures full brush-head contact with the panel, distributing force uniformly and reducing the risk of deviation, thus enhancing control and efficiency.
Versatile Water-Fed Telescopic Pole Extends up to 7.5m
The telescopic rod features a secure locking buckle mechanism for versatile length adjustment, offering three distinct lengths to suit varying needs.
Available in 3.5m, 5.5m, and 7.5m lengths, this pole enables thorough cleaning from ground level to elevated panels, effectively servicing vertical photovoltaic panel arrays up to four rows high. For longer customization, customer support is ready to assist.
Robust Waterproof Design for All-Weather Use
Engineered to withstand demanding outdoor conditions, this product features superior waterproof capabilities to prolong service life. With export-grade waterproof connectors and a brushless waterproof motor in an integrated design, it ensures protection against water damage, short circuits, and oxidation. This robust construction ensures reliability, even amidst rainy conditions.
Long-Lasting Pure Copper Brushless Motor
Our motor outlasts standard brush motors, boasting a theoretical lifespan exceeding 10,000 hours. It also offers exceptional dust and water resistance, maintaining functionality even in dusty environments.
Scientific Insights Behind Our DesignDelve into the science: Brushless motors utilize electronic commutation, eliminating carbon brushes, whereas traditional brush motors rely on carbon brushes for commutation.
Comparing Motors: Brushless motors deliver superior efficiency, compact design, and longevity without the wear of carbon brushes, though at a higher cost. Conversely, brushed motors offer lower efficiency, larger size, potential wear, and a shorter lifespan, but are more cost-efficient.
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