Advanced Technology
Empowering Optimal Solar Station Cleaning Strategy With Continuous Innovation
For trackless type robot
Its specially designed crawler belt delivers strong grip and traction power, handling various installation angles ranging from 0~30°, subject to specific model selection and cleaning method adoption.
Commonly used for fixed tilt solar arrays.
For hanging type robot
Its unique walking structure along the solar panel frame, enables seamless compatibility with solar inclination up to 45°.
As for tracker-adaptive models, more complex slope variations can be can achieved.
Gap Crossing
The ability to drive across certain gaps within safe width between adjacent solar panels.
Assisted Bridging
When encountering large gaps exceeding max. rated width of robots, auxiliary connection rails and pads can be employed to reduce manual handling and interference.
Obstacle Clearance
The capacity to deal with certain level of misalignment and step difference.
For trackless type robot
Its compact body and agile maneuverability prepare it for easier handling of segmented solar surfaces with random protruding barriers, by means of high end sensor detection or human supervision on site.
For hanging type robot
Its vast cleaning coverage per pass, engineered for scalable and massive cleaning operations across continuous solar panel areas, raises requirements for more centralized and neater installation layout.
Anti-falling
Equipped with high precision edge detection sensors, the robot can perceive the solar panel frame during efficient cleaning cycles, to avoid falling off.
Anti-skidding
Advance algorithm supports automatic posture correction and motion adjustment to keep a stable and straight cleaning path.
Emergent Brake
When sudden occurance of power loss and boundary overstep, the robots perform emergency stop and trigger self-locking.
Other Features
High IP class
Anti-corrosion
Wide temperature range
Solar panel friendly
Dry & Wet Cleaning Option
Flexible cleaning methods for solar panel O&M: choose dry mode in arid and water-scarce regions; while adopt wet mode for stubborn stains and grimes.
Combining superior cleaning efficiency and soiling removal effectiveness.
Soiling Recognition
Powered by sophistcated visual recognition and AI deep learning model, smart robots can bring cleaning priority to high soiling spots thanks to accurate understanding of dirt dynamics.
Enhanced Uptime
Robust power supply maximizes the battery life, ensuring best machine availability.
Fearless of rainy and night conditions, fully automatic robots smoothly enhance your operation continuity.
Onsite Control
The onsite operator uses a remote controller to steer the robot, adjusting its cleaning speed and direction of traval, within effective RF range.
Additional organization of water tube might be need when connected to a water source.
Online Setup
By 4G or 5G signal communication and IoT technology (when supported), online control and remote command from afar can be realized via App end or Web end setting up of relevant configurations for solar panel cleaning.
Full Automation
Resorting to precise positioning and navigation technology, fully automatic robots can plan its own routes after a simple click of switch on button. Then enjoy a cup of coffee at leisure!
Featuring self return function upon low battery level, waiting for wireless charging in docking station or deriving power from onboard PV modules when parking, the ultimate robot automation thus deliver all round unattended cleaning services.
Fleet Coordination
Grouping management
Real time monitoring
Early fault alert
Smart scheduling
Flexible frequency setting
Smart timing planning
Data-linked decision
Documentation & Report
Traceable logs
Verifiable results
Quantifiable gains
Adapt Technology To Your Solar Panel Cleaning Reality
The technology shall be suited for real cleaning demands for specific solar operation and maintenance jobs. Diverse site conditions rarely call for a single universal solution which solves all the soiling challenges.
Different application priority determines the process of equipment evaluation when selecting the right solar panel cleaning system and matched robot model. Namely access limitations, climatic conditions and resources availability, etc.
Combining available robotic cleaning solutions with your best and realistic operation practices:
Permanent installations prefer hanging type solar panel cleaning robots for long-term operational convenience and efficiency;
While multiple solar sites with less frequent maintenance requirements, opt for trackless type solar panel cleaning robots when flexibility and portability facilitate quicker relocation and higher business turnover.
