Fast Cleaning Solar Panel Washer Brush 630RPM Multi Scenario Roof And Solar Panel Cleaning

Fast Cleaning Solar Cleaning Brush Roller Cleaner Multi-Scenario Adaptation Mountain Desert Use

To satisfy cleaning requirements across various scenarios with precision, our cleaning brush provides three tailored options, allowing seamless adaptation to diverse working conditions:​
Wired Model: Operates by relying on an external power supply, ideal for fixed cleaning locations where power outlets are readily accessible—such as the routine maintenance and cleaning of solar panels inside industrial facilities.​
Lithium Battery Model: Equipped with a rechargeable lithium battery, it breaks away from the constraints of power cords entirely. This enables flexible outdoor mobile cleaning tasks, including operations at field photovoltaic power stations and open-air solar arrays.​
Dual-Function Model: Combines both wired and lithium battery power supply methods. Flexible switching is allowed based on the availability of on-site power sources, which satisfies the dual needs of fixed-location cleaning and outdoor mobile operations.​
To ensure that the product maintains high efficiency, structural stability, and a long service life during extended use, telescopic poles made from two materials—carbon fiber and aluminum alloy—are provided to customers. These poles come in three length options: 3.6 meters, 5.4 meters, and 7.5 meters. They accurately match the cleaning demands of solar panels with different installation layouts, preventing a decline in work efficiency caused by improperly sized poles.​
The telescopic poles of this cleaning brush have a wide range of applications, and solar panel cleaning is the core scenario. According to your specific operational needs, we can customize the specifications and parameters of the telescopic poles, ensuring the optimal user experience for your cleaning projects and helping to enhance overall work efficiency.​

Core Product Characteristics​
1.Cleaning Efficiency: A self-propelled design is adopted for the brush head, with a maximum speed of 630 RPM. No manual pushing is needed during operation, which provides strong dust removal effects, greatly shortens cleaning time, and significantly improves overall work efficiency.​
2.Lightweight Build: The overall light weight of the product minimizes physical pressure on operators, effectively relieving fatigue caused by long-term use—it is especially suitable for scenarios with heavy daily cleaning workloads.​
3.Material Advantages: High-quality carbon fiber is used to make the handle. While achieving extreme lightness, it ensures excellent structural hardness and stability, which greatly enhances grip comfort and reduces the burden of hand operation.​
4.Length Adjustment: The telescopic pole supports full-range length adjustment, with a smooth telescoping process. It can flexibly reach cleaning areas of different heights (e.g., solar panels on high roofs) and can be retracted to a compact size for storage when not in use, thus saving a large amount of storage space.​
5.Durability: The carbon fiber structure has excellent corrosion resistance and UV resistance. Even when applied in harsh environments like high temperatures, high humidity, and heavy dust, it maintains stable performance, effectively extending the product's service life.​
6.Modular Design: The brush head is designed with a quick-release modular structure. No complex tools are required for replacement, making the operation simple and convenient. This greatly reduces the waiting time for equipment maintenance and ensures the continuous progress of cleaning operations.​

Five Core Strengths​
1.Self-Propelled Power Design: A high-power self-propelled single roller brush design is adopted, which enables ultra-high-speed forward operation with a maximum speed of 630 RPM. The propulsion process is as smooth and light as sliding, so manual pushing is not needed. This design significantly reduces fatigue from long-term single-person operation, and it is particularly suitable for large-scale, continuous cleaning scenarios such as large photovoltaic power stations, effectively boosting single-person work efficiency.​
2.Powerful Cleaning Performance: With the brush head's maximum speed of 630 RPM, the strong force generated by high-speed rotation can easily remove stubborn stains (such as compacted dust and small amounts of oil) from the surface of solar panels. Combined with the self-propelled power design, it achieves the dual advantages of "high-speed propulsion + lightweight operation"—it completes cleaning tasks quickly while reducing physical effort, making it an ideal tool for improving cleaning efficiency.​
3.IP65-Rated Brushless Motor: High-quality brushless motors with an IP65 protection level are chosen. The product adopts a fully encapsulated process using thermally conductive epoxy resin, achieving a perfect balance between efficient heat dissipation and waterproof performance. Even in harsh working environments like rainy days and heavy dust, it operates normally without interference. Compared with traditional brushed motors, it runs more stably, has a service life 3-5 times longer, and significantly reduces the cost of motor maintenance and replacement.​
4.Flexible Selection of Two Pole Materials: Two types of telescopic poles are available for customers to choose from. One is a carbon fiber telescopic pole with lightweight, anti-static, and corrosion-resistant properties, which is suitable for humid environments with high levels of corrosive substances (e.g., coastal photovoltaic power stations). The other is a newly upgraded aluminum alloy spliced pole, which has the advantages of high strength and durability, making it ideal for cleaning scenarios that have high requirements for pole load-bearing capacity. Multiple materials and specifications can be flexibly combined to easily meet the cleaning needs of solar panels with different heights and density layouts.​
5.Dual-Mode Efficient Cleaning: Both dry and wet cleaning modes are supported. The dry cleaning mode can efficiently remove light pollutants like floating dust and sand particles from the surface of solar panels without requiring additional water sources, so it is suitable for arid and water-scarce areas. The wet cleaning mode can be used with multiple water supply solutions (e.g., bucket water, water pipes) to powerfully remove stubborn stains. It can effectively adapt to complex environments such as mountains, deserts, and coasts, meet the deep cleaning needs across multiple scenarios, and greatly enhance the product's environmental adaptability.