High Efficiency, Labor Saving
Boasting a single-head design, our brush offers a generous cleaning width of up to 30cm. With ease, a single operator can achieve an impressive cleaning coverage of 250-350 square meters per hour.
With a full 8-hour workload, this powerful machine can achieve an exceptional cleaning range of 1800-2500 square meters.
Manufacturing Technique Description
Angle Adaptation: Brush Head Precision and Stability
Our innovative cleaning system provides a dynamic range of self-adaptive brush head angles, perfectly aligning with the photovoltaic panel's angle. This self-adaptive feature ensures the brush head remains completely attached to the panel, distributing force evenly and maintaining precise control, without deviation.
Versatile Water-Fed Telescopic Length Pole: Extends Up to 7.5m
The telescopic rod features a secure locking buckle mechanism, allowing for effortless adjustment to three versatile lengths:
With flexible options of 3.5m, 5.5m, and 7.5m, the cleaning can be effortlessly managed from ground level to extended distances. It can effectively clean vertical photovoltaic panel arrays up to four rows high. (For custom telescopic rod lengths, kindly reach out to our dedicated customer service team.)
Complete Waterproof Design: Reliable Even in the Rain
Engineered to withstand the challenges of outdoor environments, our product's superior waterproof design significantly enhances its lifespan. This advanced system incorporates export-grade waterproof joints and a brushless waterproof motor. The motor's integrated waterproof structure prevents water ingress, short circuits, and oxidation rust, ensuring dependable performance even during rainy conditions.
Durable Pure Copper Brushless Motor
Crafted for enduring durability, the pure copper brushless motor boasts a theoretical lifespan exceeding 10,000 hours. It excels in both high dustproof and waterproof capabilities, confidently operating unaffected in dusty conditions.
Principle of Popular ScienceA brushless motor operates through electronic commutation, eliminating the need for carbon brushes, whereas a brushed motor relies on carbon brush commutation. Brushless motors use electronic commutation, while brushed motors use carbon brushes.
Motor Difference: The brushless motor is distinguished by its high efficiency, compact size, and absence of carbon brush wear, granting it a longer lifespan, albeit at a higher cost. Conversely, brushed motors, while more affordable, feature lower efficiency, larger size, worn carbon brushes, and a shorter lifespan.
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