High Efficiency, Labor Saving
With a single-head design, enjoy a generous cleaning width of up to 30cm. This allows a single operator to efficiently clean between 250-350 square meters in just one hour.
Achieve exceptional productivity, cleaning between 1800-2500 square meters in an 8-hour workday.
Manufacturing Technique Description
Angle Adaptation: Brush Head Stability
Our brush head offers remarkable adaptability, adjusting its angle to match the photovoltaic panel's orientation for optimum contact. This self-adaptive feature ensures uniform force distribution and minimizes deviation, enhancing control and cleaning efficacy.
Versatile Water-Fed Telescopic Pole Reaches Up to 7.5m
Featuring a secure locking buckle structure, the telescopic rod allows for customizable length adjustments, providing maximum flexibility.
Available in lengths of 3.5m, 5.5m, and 7.5m, it ensures effortless cleaning from the ground to extensive distances. It can effectively clean vertical photovoltaic panel arrays up to 4 rows high. For custom telescopic rod lengths, please reach out to our customer service team.
Rainproof Design Ensures Continuous Performance
Designed to withstand challenging outdoor conditions, our product's exceptional waterproof capabilities significantly extend its longevity. Featuring export-grade waterproof connections and a brushless waterproof motor with an integrated waterproof structure, it prevents water penetration, short circuits, and oxidation rust, maintaining reliability even on rainy days.
Durable Pure Copper Brushless Motor
Our brushless motor surpasses conventional brush motors with a theoretical lifespan exceeding 10,000 hours. It boasts superior dust and water resistance, ensuring consistent performance in dusty environments without compromise.
Understanding Motor Types: The brushless motor operates through electronic commutation, eliminating the need for carbon brushes. In contrast, brushed motors rely on carbon brushes for commutation.
Motor Characteristics: Brushless motors are renowned for their high efficiency, compact size, lack of carbon brush wear, and extended lifespan, though at a higher cost. Conversely, brushed motors offer lower efficiency, larger size, carbon brush wear, shorter lifespan, but are more cost-effective.
