Brief: Looking for a straightforward way to solve the challenge of maintaining solar panel efficiency? This video provides a detailed walkthrough of the RHINO700-EC6 remote-controlled solar panel cleaning robot. You'll see how its dual floating roller brushes deliver streak-free cleaning, witness its intelligent parking system in action, and observe its stable performance on various terrains, all designed to reduce manual labor and boost operational safety.
Related Product Features:
Features two ductile extra-wide floating roller brushes for continuous contact and exhaustive, streak-free cleaning.
Equipped with an intelligent parking and stowage system to combat brush deformation and extend operational lifespan.
Includes an internal anti-tipping device for enhanced safety and consistent performance on rough terrains.
Operates in both dry and wet cleaning modes with an adjustable travel speed up to 0.4 m/s.
Powered by a portable 24V 30AH lithium battery offering over 4 hours of endurance.
Designed with a crawler style and a cleaning width of 1.3 meters for efficient coverage.
Capable of cleaning up to 1.2 MW of solar panels in an 8-hour workday.
Built to withstand wind resistance up to level 7 and operate in temperatures from 0ºC to 50ºC.
FAQs:
What is the cleaning capacity of the RHINO700-EC6 robot?
The RHINO700-EC6 has a daily cleaning capacity of 1.2 MW when operating for 8 hours, making it highly efficient for large-scale solar power systems.
How does the robot ensure safe operation on uneven terrain?
It is fitted with an internal anti-tipping device that guarantees stable performance and significantly boosts operational safety, even when traversing rough terrains.
What power source does the cleaner use and how long does the battery last?
The robot is powered by a portable 24V 30AH lithium battery, which provides an endurance of at least 4 hours on a single charge, with a standard charging time of 8 hours or 4 hours for fast charging.