Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
Solar Panel Cleaning Robot — Wide-Coverage Robotic Solution for Large-Scale PV Cleaning Sweeper-180 / Sweeper-180 PRO
1.8 m Wide Cleaning Coverage — Cleans more area per pass, ideal for utility-scale PV fields.
Intelligent Path Planning (Optional) — Automatic navigation and efficient route optimization for minimal overlap.
Automatic Traction Control — Smart correction within 3 seconds to prevent slipping and maintain precise alignment.
Anti-Drop & Power-Off Self-Locking Systems — Enhanced safety on tilted panels; prevents falls and rollaways.
Modular Lightweight Design — Six detachable modules (<15 kg each) for fast transport and quick assembly.
Dual-Brush Option — Optional front and rear brushes for deeper cleaning and faster operation.
Long-Range Remote Control — Stable 100 m control distance with 30-hour battery life and real-time status display.
The Sweeper-180 series represents a new generation of solar panel cleaning robots designed for utility-scale photovoltaic systems.
With its 1.8-meter ultra-wide cleaning brush, robust traction system, and smart automation options, it ensures fast, uniform, and reliable cleaning performance across large solar fields — reducing labor intensity while protecting long-term energy output.
Sweeper-180 — Standard Remote-Control Version
The standard Sweeper-180 model features a 1.8 m single brush with integrated squeegee, optimized for wide-area dust removal and surface protection.
It offers three adjustable speed modes (20 / 30 / 40 m/min), ultrasonic obstacle sensing, and cruise control for stable cleaning on various terrains.
This model is ideal for operators seeking dependable, easy-to-control cleaning on ground-mounted or rooftop PV systems.
Sweeper-180 PRO — Intelligent Autonomous Route-Planning Version
The PRO edition takes automation further with smart route planning and automatic cruise operation, executing efficient bow-shaped cleaning paths with over 99% coverage precision.
By intelligently correcting its course in real time and minimizing overlap, it can autonomously clean up to 12,000 square meters per day, ensuring consistent performance with minimal human involvement — the perfect choice for large, unmanned PV maintenance sites.