High Efficiency, Labor Saving
With its innovative double-head design, the cleaning width impressively extends up to 65cm, empowering a single individual to efficiently clean between 500 and 700 square meters per hour.
Operating for up to 8 hours each day, this remarkable unit can effortlessly clean an expansive area ranging from 3500 to 5000 square meters, translating to an impressive cleaning volume of 1.2MW to 1.6MW.

Manufacturing Technique Description
Harnessing advanced dual-head balanced power technology, this product ensures an exceptionally stable and reliable performance.
Revolutionizing remote cleaning, this unit offers unmatched ease and control. With dual brush heads spinning in opposite directions to deliver balanced power, the device can be comfortably maneuvered using just one hand. Moreover, the telescopic rod offers seamless rotation and back-and-forth movement, akin to a mop, optimizing brushing efficiency. This ingenious double brush head configuration surpasses single brush head or roller brush designs, offering superior stability and effortless usability. Workers experience less fatigue, while the device consistently maintains its trajectory over extended distances.
Water curtain quick cleaning innovative patent technology
Once the brush head effectively dislodges a significant amount of dirt from the photovoltaic panel, there arises a risk of secondary pollution.The EB-01 model is ingeniously equipped with four strategically placed water sprinklers at both the front and rear of the brush head. These sprinklers emit a fan-shaped spray that interconnects, forming a magnificent water curtain. This feature propels sewage efficiently down the photovoltaic panel, boosting cleaning efficiency by a remarkable 75%.
*Note: This exclusive feature is designed specifically for brushless models and is not available in versions with brushes.
Meticulously engineered with a waterproof design, the entire machine remains fully operational even in rainy conditions.
Built to endure the rigorous demands of outdoor cleaning, this product's superior waterproof performance has been meticulously refined to significantly extend its service life. As a result, it incorporates export-grade waterproof butt joints and a brushless waterproof motor. The motor boasts an integrated waterproof design, providing protection against water infiltration to prevent short circuits and oxidation rust, ensuring reliable performance even on rainy days.
Arbitrary telescopic length Up to 7.5 meters long
The telescopic rod is equipped with a secure locking buckle mechanism for precise length adjustments, offering three extendable options:
3.5m, 5.5m, and 7.5m. Effortlessly execute cleaning tasks from the ground level to extended heights, effectively covering vertical photovoltaic panel arrays up to 4 rows. (For customized longer telescopic rods, please contact our customer service.)
Pure copper brushless motor, more durable
This motor significantly outperforms ordinary brush motors in durability, boasting a theoretical lifespan exceeding 10,000 hours. Its exceptional high dustproof and waterproof capabilities ensure consistent, reliable performance even in dusty environments.
Principle of popular science: Brushless motors, the pinnacle of modern engineering, are electronically commutated, which means they ingeniously eliminate the need for traditional carbon brushes. In contrast, brush motors rely on carbon brush commutation. With brushless motors, electronic commutation ensures seamless operation, leaving behind the outdated necessity of carbon brushes. Meanwhile, brush motors continue to function through the time-tested, yet maintenance-demanding, carbon brush commutation.
Motor difference: The brushless motor represents a triumph in engineering innovation, characterized by its outstanding efficiency, sleek and compact design, and extended longevity, all attributed to the clever exclusion of carbon brush wear. Yet, this state-of-the-art advancement bears a higher price tag. Conversely, the traditional brushed motor provides a cost-effective alternative, though it comes with its trade-offs: reduced efficiency, a more cumbersome structure, and a curtailed lifespan due to the inevitable wear of carbon brushes.
