Dry Wet Double-Disc Rotating Solar Cleaning Brush Photovoltaic Cleaner Lithium Battery Powered

RHINO700-EH2 Double Disc Brush
September 10, 2025
카테고리 연결: 태양 전지 회전 브러쉬
개요: Discover the Dry Wet Double-Disc Rotating Solar Cleaning Brush, a lithium battery-powered photovoltaic cleaner designed for efficiency and durability. Featuring a 5-petal brush head, anti-static design, and adjustable telescopic rods, this cleaner is perfect for solar panel maintenance. Choose from plug-in, lithium battery, or dual-use versions for versatile cleaning solutions.
관련 제품 특징:
  • 5-petal brush head design for lightweight, energy-efficient, and high cleaning efficiency.
  • Bidirectional rotating brush head quickly removes stubborn stains with anti-static bristles.
  • Premium-grade carbon fiber handle ensures rigidity and lightweight performance.
  • Lightweight design minimizes user fatigue, ideal for extended cleaning sessions.
  • Fully adjustable telescopic rods (3.6m, 5.4m, 7.5m) for flexible reach and compact storage.
  • Anti-static and corrosion-resistant carbon fiber structure for durability in harsh conditions.
  • Supports both dry and wet cleaning modes for strong environmental adaptability.
  • Dual brushless motor drive system reduces operating resistance for easier, labor-saving operation.
질문과대답:
  • What are the power options available for the Dry Wet Double-Disc Solar Cleaning Brush?
    The cleaner comes in three versions: plug-in (AC/DC), lithium battery-powered, and a dual-use version that combines both options for versatile power supply.
  • What materials are used for the telescopic rods, and what lengths are available?
    The telescopic rods are made of premium carbon fiber or aluminum alloy, available in lengths of 3.6 meters, 5.4 meters, and 7.5 meters to suit different solar panel setups.
  • How does the anti-static feature work in the cleaning brush?
    The brush features anti-static nylon bristles and, when paired with a carbon fiber telescopic rod, forms a dual static elimination system to reduce static electricity accumulation and discharge risks, ensuring worker safety.