Brief: Want to know how the Semi Automatic Solar Panel Rotating Brush System delivers efficient cleaning for photovoltaic stations? This video provides a detailed walkthrough of its dual-disc operation, adjustable brush head, and versatile power options, demonstrating how it tackles stubborn stains and reduces labor costs in large-scale solar installations.
Related Product Features:
Features a unique 5-petal brush head design that reduces weight and enhances energy efficiency for single-person operation.
Equipped with dual brushless motors for balanced power, lowering operating resistance and ensuring stable dual-disc rotation.
Offers a 90-degree adjustable brush head angle to expand cleaning scope and access hard-to-reach panel edges and corners.
Utilizes anti-static nylon brush bristles and carbon fiber poles for dual static elimination, enhancing safety in dry environments.
Supports both dry and wet cleaning modes, efficiently removing light dust or tackling hardened stains with water connection.
Constructed with high-grade carbon fiber telescopic poles for excellent rigidity, lightweight handling, and corrosion resistance.
Provides multiple telescopic pole lengths (3.6m, 5.4m, 7.5m) in carbon fiber or aluminum alloy to suit various installation layouts.
Available in three power models: cord-powered, lithium-ion battery-driven, and a versatile dual-use version for flexible deployment.
FAQs:
What are the available power options for this solar panel cleaning brush?
The system is offered in three models: a cord-powered version using AC/DC power, a lithium-ion battery-driven version for cordless operation, and a versatile model that supports both power sources for maximum flexibility.
How does the brush handle hard-to-reach areas on solar panels?
The dual-disc brush head is adjustable up to 90 degrees, allowing users to angle the brushes to effectively clean edges, corners, and other difficult spots on solar panel arrays.
Is the system suitable for use in dry, dusty environments like desert solar farms?
Yes, it features dual anti-static protection with anti-static nylon bristles and carbon fiber poles to prevent static buildup, making it ideal for dry and dusty conditions.
What materials are used for the telescopic poles and what are their benefits?
Poles are made from carbon fiber or aluminum alloy, offering high strength, lightweight properties, corrosion resistance, and UV stability for durable performance in harsh environments.