Achieve optimal efficiency and significant labor savings with our high-performance cleaning solution.
With a remarkable double-head design, the cleaning width extends to an impressive 65cm, allowing a single user to clean between 500 to 700 square meters per hour.
When operated for 8 hours a day, this powerful tool can clean an astounding 3500 to 5000 square meters, equating to a cleaning volume of 1.2MW to 1.6MW.

Cutting-Edge Manufacturing Technique Description
Our dual-head balanced power technology ensures more stable and reliable operation, enhancing the cleaning process.
Designed for ease of use, remote cleaning is facilitated through simple control mechanisms. Our product employs double brush heads rotating in opposite directions, offering balanced power that allows for one-handed operation. The telescopic rod is engineered to rotate freely, enabling a mop-like back-and-forth brushing motion. This innovative design surpasses single brush head or roller brush products in terms of stability and ease of use, reducing worker fatigue and maintaining efficiency over long distances.
Embrace the future of cleaning with our patented Water Curtain Quick Cleaning technology.
As the brush head effectively strips off a large amount of dirt from the photovoltaic panel, it addresses the potential issue of secondary contamination.The EB-01 model, equipped with four strategically placed water sprinklers at both the front and rear ends of the brush head, delivers a fan-shaped spray. These sprays connect seamlessly to form a robust water curtain that swiftly channels sewage away from the photovoltaic panel, enhancing cleaning efficiency by a compelling 75%.
*Note: This remarkable feature is exclusive to our brushless products and is not included in brushed versions.
Designed for all-weather versatility, the entire machine features a waterproof design, ensuring reliability even during rainy days.
Crafted to withstand the demanding environments of outdoor cleaning, our product's superior waterproof performance markedly extends its service life. It employs export-grade waterproof butt joints and a brushless waterproof motor, featuring an integrated waterproof structure that prevents water infiltration, short circuits, and oxidation rust, maintaining its reliability during rainy conditions.
Enjoy the flexibility of our telescopic length, extending up to an impressive 7.5 meters.
Our telescopic rod is engineered with a secure locking buckle structure for effortless length adjustments, offering three convenient lengths,
3.5m, 5.5m, and 7.5m. This flexibility allows for cleaning from ground level to considerable heights, accommodating vertical photovoltaic panel arrays of up to 4 rows. For custom requirements of longer telescopic rods, please contact our customer service team.
Featuring a pure copper brushless motor, our product promises unparalleled durability.
Renowned for its longevity, the brushless motor outlasts ordinary brush motors with a theoretical lifespan exceeding 10,000 hours. It also boasts superior dustproof and waterproof qualities, ensuring reliable performance even in dusty conditions.
Understanding the Science: A Popular Science Overview: Brushless motors operate with electronic commutation, eliminating the need for carbon brushes. In contrast, brush motors rely on carbon brushes for commutation, highlighting the superior efficiency and performance of brushless technology.
Motor difference: When choosing a motor, there are two main options to consider: brushless and brushed. The brushless motor is renowned for its exceptional efficiency and compact design. It boasts a long lifespan thanks to the absence of carbon brush wear, making it a reliable choice for the long term. However, this advanced technology comes with a higher cost. On the other hand, the brushed motor offers a more budget-friendly alternative. While its efficiency is comparatively lower and the carbon brushes wear out over time, necessitating replacement, its larger size and lower price point make it an accessible option for those with cost considerations.
