High Efficiency, Labor Saving
Boasting a cleaning width of up to 30cm, this single-head tool empowers one person to clean an impressive 250-350 square meters per hour with ease.
Designed for productivity, our cleaner enables you to cover 1800-2500 square meters over an 8-hour workday.
Manufacturing Technique Description
Angle adaptation Brush head does not deviate
During operation, the brush head smartly adapts to the photovoltaic panel's angle, ensuring full contact and uniform pressure distribution. This self-adaptive feature minimizes deviation, providing superior control and cleaning efficiency.
Arbitrary Water Fed Telescopic Length Pole Up to 7.5m
Utilizing a robust locking buckle structure, the telescopic rod seamlessly locks into place, offering three extendable lengths
3.5m, 5.5m, and 7.5m. This adaptability allows for effortless cleaning from the ground to elevated heights, suitable for vertical arrays up to four rows. For extended customization, please reach out to our customer service team.
The entire machine boasts a waterproof design, allowing for efficient cleaning even under rainy conditions.
Engineered for the rigors of outdoor environments, the product's waterproof capabilities significantly extend its lifespan. Featuring export-grade waterproof joints and a brushless, waterproof motor, the machine is safeguarded against water ingress, short circuits, and corrosion, maintaining performance reliability even in adverse weather.
Pure copper brushless motor, more durable
Our brushless motor outperforms traditional brush motors with a theoretical lifespan exceeding 10,000 hours. Enhanced with superior dustproof and waterproof properties, it remains unaffected by dusty conditions.
Principle of popular scienceA brushless motor operates through electronic commutation, eliminating the need for carbon brushes. Conversely, brushed motors rely on carbon brushes for commutation, making brushless motors more efficient and durable.
Motor difference: Brushless motors offer high efficiency, compact size, and longevity without carbon brush wear, albeit at a higher cost. In contrast, brushed motors are less efficient, larger, and subject to wear, but are more economical.
