Brief: We tested it—see the highlights and what to expect in real operation. This video provides a detailed walkthrough of the RHINO700-EC6 Remote Control Solar Panel Cleaning Robot in action. You'll see how its dual floating roller brushes deliver streak-free cleaning, witness the intelligent parking system, and observe the anti-drop safety features on complex terrain. Learn how this crawler-style robot enhances solar farm efficiency and reduces manual labor.
Related Product Features:
Features two adaptive extra-wide floating roller brushes for thorough, streak-free cleaning of solar panel surfaces.
Equipped with an intelligent parking and storage function to prevent brush warping and extend service life.
Includes a built-in anti-drop system for stable operation and enhanced safety on complex terrains.
Offers 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 providing over 4 hours of continuous operation.
Designed with a cleaning width of 1.3 meters and a daily capacity of 1.2 MW over 8 hours.
Constructed with durable nylon brush hair and operates in temperatures from 0ºC to 50ºC.
Features remote control operation and can withstand wind resistance up to Level 7.
FAQs:
What cleaning methods does the RHINO700-EC6 robot support?
The RHINO700-EC6 supports both dry cleaning and wet cleaning modes, allowing flexibility based on the level of soiling and environmental conditions.
How long can the robot operate on a single charge?
With its 24V 30AH portable lithium battery, the robot can operate for over 4 hours on a standard charge, which takes approximately 8 hours, or 4 hours with fast charging.
What safety features are included to prevent the robot from falling off panels?
The robot is equipped with a built-in anti-drop system that ensures stable operation even on complex terrains, significantly enhancing operational safety during cleaning tasks.
What is the daily cleaning capacity of this solar panel cleaning robot?
The RHINO700-EC6 has a daily cleaning capacity of 1.2 MW when operated for 8 hours, making it highly efficient for large-scale solar farm maintenance.