solar Panel Cleaners - SolarWalker S1
About the robot
| Robot name | solar Panel Cleaners - SolarWalker S1 | ||||
| Employment type | Full-time employees | ||||
| Dimensions |
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| Load capacity | |||||
| The speed of movement | |||||
| Energy consumption | |||||
| Working hours | 4,83-5,16 hours | ||||
| The warranty period | |||||
| Power |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
• Model: SolarWalker S1;
• Type: Autonomous/Semi-autonomous solar panel cleaning robot;
• Frames and battery pack: Fully detachable for easier installation and maintenance;
• Detachable parts: Roller brushes, watering components.
• Gap between two modules: ≤ 400 mm;
• Height difference between two modules: ≤ 200 mm.
• Operating ambient temperature: –20°C to +60°C;
• Maximum module surface temperature: up to 85°C;
• Weatherproof rating: IP65;
• Wind resistance: Operates in winds up to 38 km/h;
• Rainfall tolerance: Up to 50 mm/h;
• Safety note: Do not use during thunderstorms or extreme weather.
• Battery life: Up to 4 hours on a single charge;
• Full-day cleaning: 2 batteries allow cleaning of 1.5–2 MW solar arrays/day;
• Productivity: High-efficiency power system for extended cleaning cycles.
• Modules: 1400 pcs Mysolar 720W HJT, ground-mounted;
• Array size: 20 arrays × 70 pcs;
• Module dimensions: 2384 × 1303 mm;
• Total capacity: 1.008 MW.
Full-Automatic dry cleaning:
• Time: 5 hours 10 minutes;
• Average efficiency: 195 kW/hour.
Semi-Automatic dry cleaning:
• Time: 4 hours 50 minutes;
• Average efficiency: 215 kW/hour.
SolarWalker S1 Solar Panel Cleaning Robot
Advanced Technology for Solar Panel Maintenance
The SolarWalker S1 is a fully automatic solar panel cleaning robot designed to deliver efficient wet and dry cleaning. In dry conditions it operates autonomously, covering entire solar arrays and returning to its starting point without manual intervention. In wet conditions it follows a smart cleaning pattern supported by high-precision sensors and intelligent algorithms. This combination makes the SolarWalker S1 a reliable option among autonomous robots that adapts to different environments and ensures maximum cleaning efficiency, showcasing the best of modern robot automation.
Efficiency and Performance
Equipped with 120cm roller brushes, the SolarWalker S1 maximizes coverage and minimizes cleaning time. Nylon brushes remove dirt without scratching delicate surfaces, while dual rotating brushes eliminate dust, ash, bird droppings, and even stubborn residues when combined with chemical cleaners. With a strong battery delivering up to four hours of runtime, this service robot can clean 1.5–2MW solar arrays in a single day when paired with dual batteries. Its IP65 weatherproof design ensures reliable operation in rain and wind, while temperature resistance allows it to function from -20°C to 60°C and on module surfaces up to 85°C. These features make it one of the most efficient cleaning robots available for large-scale solar installations.
Control and Versatility
The SolarWalker S1 offers both full-auto and semi-auto modes. Remote control via 2.4GHz frequency with a range of up to 100 meters makes it easy to operate in complex environments. OTA updates and optional APP control allow seamless optimization and the ability to manage up to 20 robots simultaneously. This industrial robot is suitable for solar farms, energy plants, commercial rooftops, and large residential installations. It is a dependable robot worker that provides consistent results across different types of solar modules including M2, M4, M6, M10, and G12, proving its adaptability in diverse conditions.
SolarWalker S1: Industrial Cleaning Robot for Solar Efficiency
The SolarWalker S1 is more than just a cleaning robot; it is a powerful industrial robot designed for solar energy efficiency. Whether you want to hire robot, rent a robot, or find a robot for sale, the SolarWalker S1 offers unmatched productivity. With opportunities for job for robots in solar farms, commercial energy facilities, and residential complexes, this device proves how modern work for the robot can transform maintenance. Investing in this solar panel cleaning robot means choosing innovation, reliability, and efficiency for the future of clean energy.
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