Brief: Here’s a fast, informative look at what this solution does and how it behaves. Watch as we demonstrate the RHINO700-EC6 solar panel cleaning robot in action, showcasing its dual rotating brushes, remote-controlled crawler movement, and smart parking system for efficient, streak-free cleaning on industrial solar farms.
Related Product Features:
Features adaptable extra-wide floating roller brushes at the front and rear for constant surface contact and thorough, streak-free cleaning.
Equipped with a smart parking and storage system to prevent brush deformation and extend the robot's operational lifespan.
Includes an integrated anti-fall system for enhanced safety and stable operation on complex terrains.
Operates in both dry and wet cleaning modes with an adjustable travel speed of up to 0.4 m/s.
Powered by a portable 24V 30AH lithium battery offering over 4 hours of endurance and supports standard or fast charging.
Designed with a cleaning width of 1.3 meters and a daily capacity of 1.2 MW, suitable for large-scale solar installations.
Built to withstand wind resistance up to level 7 and operate in temperatures from 0ºC to 50ºC with high humidity tolerance.
Remote-controlled crawler style ensures easy maneuverability and reduces manual labor in commercial solar power plants.
FAQs:
What cleaning methods does the RHINO700-EC6 robot support?
The robot supports both dry cleaning and wet cleaning modes, allowing flexibility based on soiling conditions and water availability at your solar farm.
How does the robot ensure safety and stability during operation?
It features an integrated anti-fall system and a crawler-style design, providing stable performance even on intricate terrains and preventing accidental falls.
What is the daily cleaning capacity and battery life of this robot?
The robot can clean up to 1.2 MW of solar panels in an 8-hour day and has a battery endurance of at least 4 hours on a single charge.
Can the brushes be damaged when not in use, and how is this prevented?
The smart parking and storage capability prevents brush deformation during idle periods, thereby prolonging the brushes' and robot's overall lifespan.