Anti-Skid Lightweight Electricity Roller Solar Panel Cleaning Brush for PV Module Exterior Washing Commercial Photovoltaic Farm Array Generation System Cleaner

Solar Panel Cleaning Brush and Pole Water Feed Solar Panel Cleaning Brush Kit

Our Solar Panel Cleaning Brush line-up includes three exclusive models, all backed by full technical specifications detailed below:
1.Wired Electric Version
2.Rechargeable Li-Ion Battery Version
3.2-in-1 Hybrid Version (combining the key functionalities of the two models above)
To cater to our clients’ diverse operational needs, we supply telescopic poles crafted from high-grade carbon fiber and aluminum alloy. This premium material pairing ensures superior working efficiency, exceptional structural steadiness, and an extended service cycle.
Matching various solar panel installation setups, these telescopic poles are available in three fixed length options: 3.6 meters, 5.4 meters, and 7.5 meters.
Built for maximum adaptability, our carbon fiber-aluminum alloy telescopic poles are purpose-designed for solar panel cleaning applications. We also offer custom specification services to meet your unique project requirements, guaranteeing optimal tool performance for your specific use cases.

Key Features
1.Innovative Brush Architecture:The 5-lobe brush design cuts down the product’s overall weight and energy consumption significantly, without compromising on cleaning power. Its modular build allows for fast, tool-free brush head replacement.
2.Commercial-Grade Cleaning Efficiency:The bidirectional rotating brush head wipes out tough dirt and grime with ease. In addition, the anti-static bristle design minimizes secondary dust deposition effectively.
3.Top-Tier Material Engineering:The handle is made of high-end carbon fiber, which achieves a perfect balance between impressive structural rigidity and easy portability.
4.Ergonomic Lightweight Design:The tool’s lightweight construction reduces operator fatigue dramatically, making it well-suited for long-hour cleaning tasks.
5.Smooth Length Customization:The telescopic pole supports stepless length adjustment with seamless extension and retraction, enabling easy access to hard-to-reach areas and compact storage when idle.
6.Superior Durability & Reliability:The carbon fiber structure has inherent anti-static properties, along with strong resistance to corrosion, UV damage, and extreme weather conditions.

Five Core Selling Points
1.5-Lobe Brush Head:Unlike conventional disc-shaped brushes, this unique 5-lobe design is lighter and more energy-efficient. It elevates cleaning efficiency substantially, making it the go-to tool for single-person high-efficiency photovoltaic panel cleaning jobs.
2.Dual-Head Balanced Power for Effortless Use:Equipped with an advanced dual brushless motor system, the tool minimizes operational friction while ensuring steady rotation of the dual discs. This makes the equipment easier to maneuver, more flexible in operation, and less physically demanding, thus boosting overall cleaning productivity.
3.90° Adjustable Brush Head Angle:The dual-disc brush head can be tilted up to 90 degrees. Users can tweak the angle based on on-site needs, expanding cleaning coverage effectively and simplifying the cleaning of tricky blind spots.
4.Dual-Layer Anti-Static Protection:The integration of anti-static nylon bristles and anti-static carbon fiber telescopic poles creates a dual static dissipation system. This system prevents static buildup effectively, lowers discharge risks, and protects worker safety—making it especially suitable for dry, dusty work environments.
(Note: Two pole material options are available: carbon fiber and aluminum alloy. The anti-static function is only available with the carbon fiber pole.)
5.Dual Cleaning Modes for Versatility:The tool supports both dry and wet cleaning operations. It delivers high-efficiency dry cleaning results, and when connected to a water supply, it provides powerful washing performance. Boasting excellent environmental adaptability, it offers tailored cleaning solutions for all application scenarios.