High Efficiency, Labor Saving
Designed with precision, the single-head cleaning brush boasts a width of up to 30cm, enabling a single operator to clean an impressive area of 250-350 square meters per hour, making it a testament to productivity and efficiency.
Operating for just 8 hours a day, this powerhouse can clean a staggering 1800-2500 square meters, showcasing its incredible capability and efficiency.
Manufacturing Technique Description
Angle adaptation Brush head does not deviate
Our innovative cleaning brush features a self-adaptive head that adjusts seamlessly according to the angle of the photovoltaic panel, ensuring a perfect fit and consistent force across the surface. This adaptation minimizes deviation and enhances control, providing a superior cleaning experience.
Arbitrary Water Fed Telescopic Length Pole Up to 7.5m
The telescopic rod features a reliable locking buckle mechanism for flexible length adjustment, offering three convenient lengths up to
3.5m/5.5m/7.5m, facilitating easy cleaning from ground level to extended heights. It is tailored for vertical photovoltaic panel arrays, covering up to 4 rows. For custom lengths beyond these specifications, please reach out to our dedicated customer service team.
The entire machine is robustly designed to be waterproof, ensuring functionality even during rainy conditions.
Constructed to withstand the rigors of outdoor environments and based on extensive product testing, our solar panel cleaning device boasts superior waterproof capabilities. The integration of an export-grade waterproof butt joint and a brushless waterproof motor significantly extends its service life. The motor's integrated waterproof design effectively prevents water penetration, mitigating risks of short-circuiting and oxidation. This ensures reliable performance even on rainy days.
Pure copper brushless motor, a model of durability
This premium brushless motor surpasses standard motors in durability, boasting a theoretical lifespan exceeding 10,000 hours. Its design includes exceptional dustproof and waterproof properties, guaranteeing uninterrupted operation even in dusty environments.
Principle of Motor DesignA brushless motor operates through electronic commutation, eliminating the need for carbon brushes. In contrast, a traditional brush motor relies on carbon brushes for commutation. The absence of carbon brushes in brushless motors leads to significant performance advantages.
Motor difference: Brushless motors excel with high efficiency, compact size, and extended lifespan due to the absence of carbon brush wear, though at a higher initial cost. Conversely, brushed motors, while more affordable, have lower efficiency, larger size, and shorter life due to the wear-prone nature of carbon brushes.
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